Package io.army.criteria.impl

Class Postgres

java.lang.Object

io.army.criteria.impl.Postgres

public abstract class Postgres
extends Object

This class is Postgre SQL syntax utils.

Since:

0.6.0

Nested Class Summary

Nested Classes

Modifier and Type	Class	Description
static interface	Postgres._PeriodOverlapsClause
static interface	Postgres._RowsFromAsClause
static interface	Postgres._RowsFromCommaClause	This interface not start with underscore, so this interface can present in application developer code.
static interface	Postgres._RowsFromConsumerAsClause
static interface	Postgres._RowsFromSpaceClause
static interface	Postgres._XmlNamedElementClause
static interface	Postgres._XmlNamedElementFieldClause
static interface	Postgres._XmlTableColumnsClause
static interface	Postgres.DoubleColon
static interface	Postgres.Modifier
static interface	Postgres.RowFromConsumer
static interface	Postgres.WordDistinct
static interface	Postgres.WordMaterialized
static interface	Postgres.WordName
static interface	Postgres.XmlTableCommaClause	This interface not start with underscore, so this interface can present in application developer code.

Field Summary

Fields

Modifier and Type	Field	Description
static final Postgres.Modifier	ALL
static final io.army.criteria.impl.PostgreStringFunctions.PassingOption	BY_REF
static final io.army.criteria.impl.PostgreStringFunctions.PassingOption	BY_VALUE
static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField	CENTURY
static final io.army.criteria.impl.SQLs.WordContent	CONTENT
static final io.army.criteria.Expression	CURRENT_CATALOG	The MappingType of function return type: TextType
static final io.army.criteria.Expression	CURRENT_DATE	The MappingType of function return type: LocalDateType
static final io.army.criteria.Expression	CURRENT_TIME	The MappingType of function return type: OffsetTimeType
static final io.army.criteria.Expression	CURRENT_TIMESTAMP	The MappingType of function return type: OffsetDateTimeType
static final io.army.criteria.Expression	CURRENT_USER	The MappingType of function return type: TextType
static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField	DAY
static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField	DECADE
static final io.army.criteria.impl.PostgreDocumentFunctions.NullTreatMode	DELETE_KEY
static final Postgres.WordDistinct	DISTINCT
static final io.army.criteria.impl.SQLs.WordDocument	DOCUMENT
static final Postgres.DoubleColon	DOUBLE_COLON
static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField	DOW
static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField	DOY
static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField	EPOCH
static final io.army.criteria.impl.SQLs.BooleanTestWord	FROM_NORMALIZED
static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField	HOUR
static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField	ISODOW
static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField	ISOYEAR
static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField	JULIAN
static final io.army.criteria.Expression	LOCALTIME	The MappingType of function return type: LocalTimeType
static final io.army.criteria.Expression	LOCALTIMESTAMP	The MappingType of function return type: LocalDateTimeType
static final Postgres.WordMaterialized	MATERIALIZED
static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField	MICROSECONDS
static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField	MILLENNIUM
static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField	MILLISECONDS
static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField	MINUTE
static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField	MONTH
static final Postgres.WordName	NAME
static final io.army.criteria.impl.PostgreStringFunctions.WordNormalizeForm	NFC
static final io.army.criteria.impl.PostgreStringFunctions.WordNormalizeForm	NFD
static final io.army.criteria.impl.PostgreStringFunctions.WordNormalizeForm	NFKC
static final io.army.criteria.impl.PostgreStringFunctions.WordNormalizeForm	NFKD
static final io.army.criteria.impl.PostgreStringFunctions.StandaloneOption	NO
static final io.army.criteria.impl.PostgreStringFunctions.WordsNoValue	NO_VALUE
static final io.army.criteria.impl.SQLs.BooleanTestWord	NORMALIZED
static final Postgres.WordMaterialized	NOT_MATERIALIZED
static final io.army.criteria.impl.PostgreStringFunctions.WordPassing	PASSING
static final io.army.criteria.impl.PostgreStringFunctions.WordPlacing	PLACING
static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField	QUARTER
static final io.army.criteria.impl.PostgreDocumentFunctions.NullTreatMode	RAISE_EXCEPTION
static final io.army.criteria.impl.PostgreDocumentFunctions.NullTreatMode	RETURN_TARGET
static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField	SECOND
static final io.army.criteria.Expression	SESSION_USER	The MappingType of function return type: TextType
static final io.army.criteria.impl.PostgreStringFunctions.WordStandalone	STANDALONE
static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField	TIMEZONE
static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField	TIMEZONE_HOUR
static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField	TIMEZONE_MINUTE
static final io.army.criteria.impl.PostgreDocumentFunctions.NullTreatMode	USE_JSON_NULL
static final io.army.criteria.Expression	USER	The MappingType of function return type: TextType
static final io.army.criteria.impl.PostgreStringFunctions.WordVersion	VERSION
static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField	WEEK
static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField	YEAR
static final io.army.criteria.impl.PostgreStringFunctions.StandaloneOption	YES

Method Summary

Modifier and Type	Method	Description
static io.army.criteria.SimpleExpression	abbrev(io.army.criteria.Expression exp)	The MappingType of function return type: StringType
static io.army.criteria.SimpleExpression	abs(Object arg0)
static io.army.criteria.SimpleExpression	aclDefault(io.army.criteria.Expression type, io.army.criteria.Expression ownerId)	The MappingType of function return type: PostgreAclItemArrayType.LINEAR
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	aclExplode(io.army.criteria.Expression exp)	The MappingType of function return type: grantor : LongType.INSTANCE grantee : LongType.INSTANCE privilege_type : TextType.INSTANCE is_grantable : BooleanType.INSTANCE
static io.army.criteria.SimpleExpression	acos(Object arg0)
static io.army.criteria.SimpleExpression	acosd(io.army.criteria.Expression expr)	The MappingType of function return type: DoubleType
static io.army.criteria.SimpleExpression	acosh(io.army.criteria.Expression expr)	The MappingType of function return type: DoubleType
static io.army.criteria.SimpleExpression	age(io.army.criteria.Expression timestamp)	The MappingType of function return type: StringType
static io.army.criteria.SimpleExpression	age(io.army.criteria.Expression timestamp1, io.army.criteria.Expression timestamp2)	The MappingType of function return type: StringType
static io.army.criteria.CompoundExpression	ampAmp(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundPredicate	ampGt(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundPredicate	ampLt(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundPredicate	ampLtVertical(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.SimpleExpression	area(io.army.criteria.Expression geometricType)	The MappingType of function return type: DoubleType *
static io.army.criteria.impl.SQLs._ArrayConstructorSpec	array()	Static array constructor, array is TextArrayType.LINEAR type.
static io.army.criteria.impl.SQLs._ArrayConstructorSpec	array(Object element)	Static array constructor
static io.army.criteria.impl.SQLs._ArrayConstructorSpec	array(Object one, Object two)	Static array constructor, array is TextArrayType.LINEAR type.
static io.army.criteria.impl.SQLs._ArrayConstructorSpec	array(Object one, Object two, Object three)	Static array constructor, array is TextArrayType.LINEAR type.
static io.army.criteria.impl.SQLs._ArrayConstructorSpec	array(Object one, Object two, Object three, Object four)	Static array constructor, array is TextArrayType.LINEAR type.
static io.army.criteria.impl.SQLs._ArrayConstructorSpec	array(Object one, Object two, Object three, Object four, Object five, Object... rest)	Static array constructor, array is TextArrayType.LINEAR type.
static io.army.criteria.impl.SQLs._ArrayConstructorSpec	array(java.util.function.Consumer<java.util.function.Consumer<Object>> consumer)	Dynamic array constructor, if empty,then array is TextArrayType.LINEAR type.
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	arrayAgg(io.army.criteria.Expression any)	The MappingType of function return type: the array MappingType of any
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	arrayAgg(io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: the array MappingType of any
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	arrayAgg(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any)	The MappingType of function return type: the array MappingType of any
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	arrayAgg(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: the array MappingType of any
static io.army.criteria.SimpleExpression	arrayAppend(io.army.criteria.Expression anyCompatibleArray, io.army.criteria.Expression anyCompatible)	The MappingType of function return type: the MappingType of fist anyCompatibleArray
static io.army.criteria.SimpleExpression	arrayCat(io.army.criteria.Expression anyCompatibleArray1, io.army.criteria.Expression anyCompatibleArray2)	The MappingType of function return type: the MappingType of fist anyCompatibleArray1
static io.army.criteria.SimpleExpression	arrayDims(io.army.criteria.Expression anyArray)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	arrayFill(io.army.criteria.Expression anyElement, io.army.criteria.Expression dimensions)	The MappingType of function return type: the array type of MappingType of anyElement.
static io.army.criteria.SimpleExpression	arrayFill(io.army.criteria.Expression anyElement, io.army.criteria.Expression dimensions, io.army.criteria.Expression bounds)	The MappingType of function return type: the array type of MappingType of anyElement.
static <T> io.army.criteria.Expression	arrayFill(io.army.criteria.Expression anyElement, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForDimension, T dimensions)	The MappingType of function return type: the array type of MappingType of anyElement.
static <T, U> io.army.criteria.Expression	arrayFill(io.army.criteria.Expression anyElement, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForDimension, T dimensions, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForBound, U bounds)	The MappingType of function return type: the array type of MappingType of anyElement.
static io.army.criteria.SimpleExpression	arrayLength(io.army.criteria.Expression anyArray, io.army.criteria.Expression dimension)	The MappingType of function return type: IntegerType.INSTANCE
static <T> io.army.criteria.Expression	arrayLength(io.army.criteria.Expression anyArray, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T dimension)	The MappingType of function return type: IntegerType.INSTANCE
static io.army.criteria.SimpleExpression	arrayLower(io.army.criteria.Expression anyArray, io.army.criteria.Expression dimension)	The MappingType of function return type: IntegerType.INSTANCE
static io.army.criteria.SimpleExpression	arrayNDims(io.army.criteria.Expression anyArray)	The MappingType of function return type: IntegerType.INSTANCE
static io.army.criteria.SimpleExpression	arrayPosition(io.army.criteria.Expression anyCompatibleArray, io.army.criteria.Expression anyCompatible)	The MappingType of function return type: IntegerType.INSTANCE
static io.army.criteria.SimpleExpression	arrayPosition(io.army.criteria.Expression anyCompatibleArray, io.army.criteria.Expression anyCompatible, io.army.criteria.Expression subscript)	The MappingType of function return type: IntegerType.INSTANCE
static <T> io.army.criteria.Expression	arrayPosition(io.army.criteria.Expression anyCompatibleArray, io.army.criteria.Expression anyCompatible, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T subscript)	The MappingType of function return type: IntegerType.INSTANCE
static io.army.criteria.SimpleExpression	arrayPositions(io.army.criteria.Expression anyCompatibleArray, io.army.criteria.Expression anyCompatible)	The MappingType of function return type: IntegerArrayType.LINEAR
static io.army.criteria.SimpleExpression	arrayPrepend(io.army.criteria.Expression anyCompatible, io.army.criteria.Expression anyCompatibleArray)	The MappingType of function return type: the MappingType of anyCompatibleArray.
static io.army.criteria.SimpleExpression	arrayRemove(io.army.criteria.Expression anyCompatibleArray, io.army.criteria.Expression anyCompatible)	The MappingType of function return type: the MappingType of anyCompatibleArray.
static io.army.criteria.SimpleExpression	arrayReplace(io.army.criteria.Expression anyCompatibleArray, io.army.criteria.Expression anyCompatible, io.army.criteria.Expression replacement)	The MappingType of function return type: the MappingType of anyCompatibleArray.
static io.army.criteria.SimpleExpression	arrayToJson(io.army.criteria.Expression array)	The MappingType of function return type: JsonType.TEXT *
static io.army.criteria.SimpleExpression	arrayToJson(io.army.criteria.Expression array, io.army.criteria.Expression lineFeed)	The MappingType of function return type: JsonType.TEXT *
static io.army.criteria.SimpleExpression	arrayToString(io.army.criteria.Expression array, io.army.criteria.Expression delimiter, io.army.criteria.Expression nullString)	The MappingType of function return type: TextType.INSTANCE.
static io.army.criteria.SimpleExpression	arrayToTsVector(io.army.criteria.Expression exp)	The MappingType of function return type: PostgreTsVectorType *
static <T> io.army.criteria.Expression	arrayToTsVector(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T value)	The MappingType of function return type: PostgreTsVectorType *
static io.army.criteria.SimpleExpression	arrayUpper(io.army.criteria.Expression anyArray, io.army.criteria.Expression dimension)	The MappingType of function return type: IntegerType.INSTANCE.
static io.army.criteria.SimpleExpression	ascii(io.army.criteria.Expression exp)	The MappingType of function return type: IntegerType .
static io.army.criteria.SimpleExpression	asin(Object arg0)
static io.army.criteria.SimpleExpression	asind(io.army.criteria.Expression expr)	The MappingType of function return type: DoubleType
static io.army.criteria.SimpleExpression	asinh(io.army.criteria.Expression expr)	The MappingType of function return type: DoubleType
static io.army.criteria.Expression	at(io.army.criteria.Expression operand)	The MappingType of function return type: the MappingType of exp
static io.army.criteria.SimpleExpression	atan(Object arg0)
static io.army.criteria.SimpleExpression	atan(Object arg0, Object arg1)
static io.army.criteria.SimpleExpression	atan2(io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType
static io.army.criteria.SimpleExpression	atan2d(io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType
static io.army.criteria.SimpleExpression	atand(io.army.criteria.Expression expr)	The MappingType of function return type: DoubleType
static io.army.criteria.SimpleExpression	atanh(io.army.criteria.Expression expr)	The MappingType of function return type: DoubleType
static io.army.criteria.Expression	atAt(io.army.criteria.Expression operand)
static io.army.criteria.CompoundPredicate	atGt(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.Expression	atHyphenAt(io.army.criteria.Expression operand)
static io.army.criteria.CompoundPredicate	atQuestion(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundExpression	atTimeZone(io.army.criteria.Expression source, io.army.criteria.Expression zone)	AT TIME ZONE operator,The MappingType of operator return type: If The MappingType of source is MappingType.SqlLocalDateTimeType,then OffsetDateTimeType If The MappingType of source is MappingType.SqlOffsetDateTimeType,then LocalDateTimeType If The MappingType of source is MappingType.SqlLocalTimeType,then OffsetTimeType If The MappingType of source is MappingType.SqlOffsetTimeType,then LocalTimeType Else raise CriteriaException
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	avg(io.army.criteria.Expression exp)	The MappingType of function return type: exp is integer type → BigDecimalType.INSTANCE exp is decimal type → BigDecimalType.INSTANCE exp is float type → DoubleType.INSTANCE exp is interval type → IntervalType.TEXT else → TextType.INSTANCE
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	avg(io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: exp is integer type → BigDecimalType.INSTANCE exp is decimal type → BigDecimalType.INSTANCE exp is float type → DoubleType.INSTANCE exp is interval type → IntervalType.TEXT else → TextType.INSTANCE
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	avg(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any)	The MappingType of function return type: exp is integer type → BigDecimalType.INSTANCE exp is decimal type → BigDecimalType.INSTANCE exp is float type → DoubleType.INSTANCE exp is interval type → IntervalType.TEXT else → TextType.INSTANCE
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	avg(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: exp is integer type → BigDecimalType.INSTANCE exp is decimal type → BigDecimalType.INSTANCE exp is float type → DoubleType.INSTANCE exp is interval type → IntervalType.TEXT else → TextType.INSTANCE
static PostgreQuery.WithSpec<io.army.criteria.Statement._BatchSelectParamSpec>	batchQuery()	create batch SELECT statement that is primary statement.
static PostgreDelete._SingleWithSpec<io.army.criteria.Statement._BatchDeleteParamSpec,io.army.criteria.Statement._BatchReturningDeleteParamSpec>	batchSingleDelete()	create batch single-table DELETE statement that is primary statement.
static PostgreUpdate._SingleWithSpec<io.army.criteria.Statement._BatchUpdateParamSpec,io.army.criteria.Statement._BatchReturningUpdateParamSpec>	batchSingleUpdate()	create batch single-table UPDATE statement that is primary statement.
static io.army.criteria.SimpleExpression	bernoulli(io.army.criteria.Expression fraction)	The MappingType of function return type: VoidType.VOID
static io.army.criteria.SimpleExpression	binLength(Object arg0)
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	bitAnd(io.army.criteria.Expression exp)	The MappingType of function return type: exp is integer type → the MappingType of exp exp is bit type → the MappingType of exp else → TextType.INSTANCE
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	bitAnd(io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: exp is integer type → the MappingType of exp exp is bit type → the MappingType of exp else → TextType.INSTANCE
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	bitAnd(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any)	The MappingType of function return type: exp is integer type → the MappingType of exp exp is bit type → the MappingType of exp else → TextType.INSTANCE
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	bitAnd(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: exp is integer type → the MappingType of exp exp is bit type → the MappingType of exp else → TextType.INSTANCE
static io.army.criteria.SimpleExpression	bitCount(io.army.criteria.Expression bit)	The MappingType of function return type: LongType
static io.army.criteria.SimpleExpression	bitLength(io.army.criteria.Expression exp)	The MappingType of function return type: IntegerType
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	bitOr(io.army.criteria.Expression exp)	The MappingType of function return type: exp is integer type → the MappingType of exp exp is bit type → the MappingType of exp else → TextType.INSTANCE
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	bitOr(io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: exp is integer type → the MappingType of exp exp is bit type → the MappingType of exp else → TextType.INSTANCE
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	bitOr(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any)	The MappingType of function return type: exp is integer type → the MappingType of exp exp is bit type → the MappingType of exp else → TextType.INSTANCE
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	bitOr(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: exp is integer type → the MappingType of exp exp is bit type → the MappingType of exp else → TextType.INSTANCE
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	bitXor(io.army.criteria.Expression exp)	The MappingType of function return type: exp is integer type → the MappingType of exp exp is bit type → the MappingType of exp else → TextType.INSTANCE
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	bitXor(io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: exp is integer type → the MappingType of exp exp is bit type → the MappingType of exp else → TextType.INSTANCE
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	bitXor(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any)	The MappingType of function return type: exp is integer type → the MappingType of exp exp is bit type → the MappingType of exp else → TextType.INSTANCE
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	bitXor(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: exp is integer type → the MappingType of exp exp is bit type → the MappingType of exp else → TextType.INSTANCE
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	boolAnd(io.army.criteria.Expression exp)	The MappingType of function return type: BooleanType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	boolAnd(io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: BooleanType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	boolAnd(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any)	The MappingType of function return type: BooleanType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	boolAnd(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: BooleanType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	boolOr(io.army.criteria.Expression exp)	The MappingType of function return type: BooleanType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	boolOr(io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: BooleanType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	boolOr(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any)	The MappingType of function return type: BooleanType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	boolOr(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: BooleanType.INSTANCE.
static io.army.criteria.SimpleExpression	boundBox(io.army.criteria.Expression exp1, io.army.criteria.Expression exp2)	The MappingType of function return type: PostgreBoxType *
static io.army.criteria.SimpleExpression	box(io.army.criteria.Expression exp)	The MappingType of function return type: PostgreBoxType *
static io.army.criteria.SimpleExpression	box(io.army.criteria.Expression exp1, io.army.criteria.Expression exp2)	The MappingType of function return type: PostgreBoxType *
static io.army.criteria.SimpleExpression	broadcast(io.army.criteria.Expression inet)	The MappingType of function return type: PostgreInetType
static io.army.criteria.SimpleExpression	btrim(io.army.criteria.Expression exp)	The MappingType of function return type: the MappingType of exp.
static io.army.criteria.SimpleExpression	btrim(io.army.criteria.Expression exp, io.army.criteria.Expression characters)	The MappingType of function return type: the MappingType of exp.
static io.army.criteria.SimpleExpression	cardinality(io.army.criteria.Expression anyArray)	The MappingType of function return type: IntegerType.INSTANCE.
static io.army.criteria.CompoundExpression	caret(io.army.criteria.Expression left, io.army.criteria.Expression right)	The MappingType of function return type: follow
static io.army.criteria.CompoundPredicate	caretAt(io.army.criteria.Expression left, io.army.criteria.Expression right)	The MappingType of operator return type: BooleanType .
static io.army.criteria.standard.SQLFunction._CaseFuncWhenClause	cases()
static io.army.criteria.standard.SQLFunction._CaseFuncWhenClause	cases(io.army.criteria.Expression arg0)
static io.army.criteria.SimpleExpression	cbrt(io.army.criteria.Expression exp)	The MappingType of function return type: DoubleType
static io.army.criteria.SimpleExpression	ceil(Object arg0)
static io.army.criteria.SimpleExpression	center(io.army.criteria.Expression geometricType)	The MappingType of function return type: PostgrePointType *
static io.army.criteria.SimpleExpression	charLength(io.army.criteria.Expression exp)	The MappingType of function return type: IntegerType
static io.army.criteria.SimpleExpression	chr(io.army.criteria.Expression exp)	The MappingType of function return type: StringType.
static io.army.criteria.SimpleExpression	circle(io.army.criteria.Expression exp)	The MappingType of function return type: PostgreCircleType *
static io.army.criteria.SimpleExpression	circle(io.army.criteria.Expression point, io.army.criteria.Expression radius)	The MappingType of function return type: PostgreCircleType *
static <T> io.army.criteria.Expression	circle(io.army.criteria.Expression point, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T radius)	The MappingType of function return type: PostgreCircleType *
static <T> io.army.criteria.Expression	circle(java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> funcRefForPoint, String point, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForRadius, T radius)	The MappingType of function return type: PostgreCircleType *
static io.army.criteria.SimpleExpression	clockTimestamp()	The MappingType of function return type: OffsetDateTimeType
static io.army.criteria.SimpleDmlStatement	closeAllCursor()	Create postgre CLOSE statement.
static io.army.criteria.SimpleDmlStatement	closeCursor(String name)	Create postgre CLOSE statement.
static io.army.criteria.SimpleExpression	coalesce(io.army.criteria.Expression firstValue, io.army.criteria.Expression... rest)	The MappingType of function return type: the MappingType of firstValue
static io.army.criteria.SimpleExpression	coalesce(java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.Expression>> consumer)	The MappingType of function return type: the MappingType of fist argument
static io.army.criteria.SimpleExpression	colDescription(io.army.criteria.Expression table, io.army.criteria.Expression column)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleResultExpression	collate(io.army.criteria.Expression expr, String collation)
static io.army.criteria.SimpleExpression	collationSpaceFor(io.army.criteria.Expression any)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	concat(io.army.criteria.Expression exp1, io.army.criteria.Expression... rest)	The MappingType of function return type: StringType.
static io.army.criteria.SimpleExpression	concat(List<io.army.criteria.Expression> expList)	The MappingType of function return type: StringType.
static io.army.criteria.SimpleExpression	concatWs(io.army.criteria.Expression sep, io.army.criteria.Expression exp1, io.army.criteria.Expression... rest)	The MappingType of function return type: StringType.
static io.army.criteria.SimpleExpression	concatWs(io.army.criteria.Expression sep, List<io.army.criteria.Expression> expList)	The MappingType of function return type: StringType.
static io.army.criteria.SimpleExpression	conv(Object arg0, Object arg1, Object arg2)
static io.army.criteria.SimpleExpression	convert(io.army.criteria.Expression bytea, io.army.criteria.Expression srcEncoding, io.army.criteria.Expression destEncoding)	The MappingType of function return type: the MappingType of bytea
static io.army.criteria.SimpleExpression	convertFrom(io.army.criteria.Expression bytea, io.army.criteria.Expression srcEncoding)	The MappingType of function return type: TextType .
static io.army.criteria.SimpleExpression	convertTo(io.army.criteria.Expression bytea, io.army.criteria.Expression destEncoding)	The MappingType of function return type: VarBinaryType .
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	corr(io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	corr(io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	corr(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	corr(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.SimpleExpression	cos(Object arg0)
static io.army.criteria.SimpleExpression	cosd(io.army.criteria.Expression expr)	The MappingType of function return type: DoubleType
static io.army.criteria.SimpleExpression	cosh(io.army.criteria.Expression expr)	The MappingType of function return type: DoubleType
static io.army.criteria.SimpleExpression	cot(Object arg0)
static io.army.criteria.SimpleExpression	cotd(io.army.criteria.Expression expr)	The MappingType of function return type: DoubleType
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	count(io.army.criteria.Expression exp)	The MappingType of function return type: LongType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	count(io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: LongType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	count(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any)	The MappingType of function return type: LongType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	count(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: LongType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	countAsterisk()	The MappingType of function return type: LongType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	covarPop(io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	covarPop(io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	covarPop(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	covarPop(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	covarSamp(io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	covarSamp(io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	covarSamp(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	covarSamp(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.SimpleExpression	crc32(Object arg0)
static io.army.criteria.GroupByItem	cube(io.army.criteria.GroupByItem.ExpressionItem exp)
static io.army.criteria.GroupByItem	cube(io.army.criteria.GroupByItem.ExpressionItem exp1, io.army.criteria.GroupByItem.ExpressionItem exp2)
static io.army.criteria.GroupByItem	cube(io.army.criteria.GroupByItem.ExpressionItem exp1, io.army.criteria.GroupByItem.ExpressionItem exp2, io.army.criteria.GroupByItem.ExpressionItem exp3, io.army.criteria.GroupByItem.ExpressionItem... rest)
static io.army.criteria.GroupByItem	cube(java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.GroupByItem.ExpressionItem>> consumer)
static io.army.criteria.impl.PostgreWindowFunctions._OverSpec	cumeDist()	The MappingType of function return type: DoubleType.INSTANCE
static io.army.criteria.impl.PostgreWindowFunctions._AggWithGroupClause	cumeDist(io.army.criteria.Expression args)	The MappingType of function return type: DoubleType.INSTANCE
static io.army.criteria.SimpleExpression	currentDatabase()	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	currentQuery()	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	currentSchema()	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	currentSchema(io.army.criteria.Expression includeImplicit)	The MappingType of function return type: TextArrayType.LINEAR
static io.army.criteria.SimpleExpression	currentTime(io.army.criteria.Expression integer)	The MappingType of function return type: OffsetTimeType
static io.army.criteria.SimpleExpression	currentTimestamp(io.army.criteria.Expression integer)	The MappingType of function return type: OffsetDateTimeType
static io.army.criteria.SimpleExpression	currVal(io.army.criteria.Expression exp)	The MappingType of function return type: LongType
static io.army.criteria.SimpleExpression	cursorToXml(io.army.criteria.Expression cursor, io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	cursorToXmlSchema(io.army.criteria.Expression cursor, io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	databaseToXml(io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	databaseToXmlAndXmlSchema(io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	databaseToXmlSchema(io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	dateBin(io.army.criteria.Expression interval, io.army.criteria.Expression timestamp1, io.army.criteria.Expression timestamp2)	The MappingType of function return type: LocalDateTimeType
static io.army.criteria.SimpleExpression	datePart(io.army.criteria.Expression field, io.army.criteria.Expression source)	The MappingType of function return type: DoubleType
static io.army.criteria.SimpleExpression	datePart(String field, io.army.criteria.Expression source)	The MappingType of function return type: DoubleType
static io.army.criteria.SimpleExpression	dateTrunc(io.army.criteria.Expression field, io.army.criteria.Expression source)	The MappingType of function return type: If the MappingType of source is IntervalType,then the MappingType of source Else LocalDateTimeType
static io.army.criteria.SimpleExpression	dateTrunc(io.army.criteria.Expression field, io.army.criteria.Expression source, io.army.criteria.Expression timeZone)	The MappingType of function return type: OffsetDateTimeType
static io.army.criteria.SimpleExpression	dateTrunc(String field, io.army.criteria.Expression source)	The MappingType of function return type: If the MappingType of source is IntervalType,then the MappingType of source Else LocalDateTimeType
static io.army.criteria.SimpleExpression	dateTrunc(String field, io.army.criteria.Expression source, String timeZone)	The MappingType of function return type: OffsetDateTimeType
static PostgreCursor._PostgreDeclareClause	declareStmt()	Create postgre DECLARE statement.
static io.army.criteria.SimpleExpression	decode(io.army.criteria.Expression text, io.army.criteria.Expression format)	The MappingType of function return type: VarBinaryType
static io.army.criteria.SimpleExpression	degrees(Object arg0)
static io.army.criteria.impl.PostgreWindowFunctions._OverSpec	denseRank()	The MappingType of function return type: LongType.INSTANCE
static io.army.criteria.impl.PostgreWindowFunctions._AggWithGroupClause	denseRank(io.army.criteria.Expression args)	The MappingType of function return type: LongType.INSTANCE
static io.army.criteria.SimpleExpression	diagonal(io.army.criteria.Expression box)	The MappingType of function return type: PostgreLsegType *
static io.army.criteria.SimpleExpression	diameter(io.army.criteria.Expression circle)	The MappingType of function return type: DoubleType
static io.army.criteria.SimpleExpression	div(io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: the MappingType of y
static io.army.criteria.CompoundExpression	divide(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundPredicate	doubleAmp(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundPredicate	doubleAt(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.Expression	doubleExclamation(io.army.criteria.Expression exp)
static io.army.criteria.CompoundExpression	doubleVertical(io.army.criteria.Expression left, io.army.criteria.Expression right)	The MappingType of operator return type: follow
static io.army.criteria.Expression	doubleVerticalSlash(io.army.criteria.Expression operand)	The MappingType of function return type:DoubleType
static io.army.criteria.SimpleExpression	encode(io.army.criteria.Expression bytea, io.army.criteria.Expression format)	The MappingType of function return type: TextType
static io.army.criteria.SimpleExpression	enumFirst(io.army.criteria.Expression anyEnum)	The MappingType of function return type: StringType
static io.army.criteria.SimpleExpression	enumFirst(io.army.criteria.Expression anyEnum, io.army.mapping.MappingType returnType)	The MappingType of function return type: StringType
static io.army.criteria.SimpleExpression	enumLast(io.army.criteria.Expression anyEnum)	The MappingType of function return type: StringType
static io.army.criteria.SimpleExpression	enumLast(io.army.criteria.Expression anyEnum, io.army.mapping.MappingType returnType)	The MappingType of function return type: StringType
static io.army.criteria.SimpleExpression	enumRange(io.army.criteria.Expression anyEnum)	The MappingType of function return type: StringArrayType
static io.army.criteria.SimpleExpression	enumRange(io.army.criteria.Expression leftEnum, io.army.criteria.Expression rightEnum)	The MappingType of function return type: StringArrayType
static io.army.criteria.SimpleExpression	enumRange(io.army.criteria.Expression leftEnum, io.army.criteria.Expression rightEnum, io.army.mapping.MappingType returnType)
static io.army.criteria.SimpleExpression	enumRange(io.army.criteria.Expression anyEnum, io.army.mapping.MappingType returnType)	The MappingType of function return type: StringArrayType
static io.army.criteria.CompoundPredicate	equal(io.army.criteria.Expression left, io.army.criteria.impl.SQLs.QuantifiedWord word, io.army.criteria.ArrayExpression array)
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	every(io.army.criteria.Expression exp)	The MappingType of function return type: BooleanType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	every(io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: BooleanType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	every(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any)	The MappingType of function return type: BooleanType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	every(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: BooleanType.INSTANCE.
static io.army.criteria.Expression	excluded(io.army.meta.FieldMeta<?> field)
static io.army.criteria.SimpleExpression	exp(Object arg0)
static io.army.criteria.SimpleExpression	extract(io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField field, io.army.criteria.impl.SQLs.WordFrom from, io.army.criteria.Expression timestampOrInterval)	The MappingType of function return type: BigDecimalType
static io.army.criteria.SimpleExpression	factorial(io.army.criteria.Expression exp)	The MappingType of function return type: BigDecimalType
static io.army.criteria.SimpleExpression	family(io.army.criteria.Expression inet)	The MappingType of function return type: IntegerType
static io.army.criteria.impl.PostgreWindowFunctions._OverSpec	firstValue(io.army.criteria.Expression value)	The MappingType of function return type: the MappingType of value
static io.army.criteria.SimpleExpression	floor(io.army.criteria.Expression exp)	The MappingType of function return type: MappingType of exp
static io.army.criteria.SimpleExpression	floor(Object arg0)
static io.army.criteria.SimpleExpression	format(io.army.criteria.Expression formatStr)	The MappingType of function return type: the MappingType of formatStr.
static io.army.criteria.SimpleExpression	format(io.army.criteria.Expression formatStr, io.army.criteria.Expression... formatArgs)	The MappingType of function return type: the MappingType of formatStr.
static io.army.criteria.SimpleExpression	format(Object arg0, Object arg1)
static io.army.criteria.SimpleExpression	formatType(io.army.criteria.Expression type, io.army.criteria.Expression typeMode)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	gcd(io.army.criteria.Expression exp1, io.army.criteria.Expression exp2)	The MappingType of function return type: MappingType of exp1
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	generateSeries(io.army.criteria.Expression start, io.army.criteria.Expression stop)	The MappingType of function return type: the MappingType of start
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	generateSeries(io.army.criteria.Expression start, io.army.criteria.Expression stop, io.army.criteria.Expression step)	The MappingType of function return type: the MappingType of start
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	generateSubscripts(io.army.criteria.Expression array, io.army.criteria.Expression dim)	The MappingType of function return type: IntegerType.INSTANCE rt
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	generateSubscripts(io.army.criteria.Expression array, io.army.criteria.Expression dim, io.army.criteria.Expression reverse)	The MappingType of function return type: IntegerType.INSTANCE
static io.army.criteria.SimpleExpression	genRandomUuid()	The MappingType of function return type: UUIDType
static io.army.criteria.SimpleExpression	getBit(io.army.criteria.Expression bits, io.army.criteria.Expression n)	The MappingType of function return type: IntegerType
static io.army.criteria.SimpleExpression	getByte(io.army.criteria.Expression bits, io.army.criteria.Expression n)	The MappingType of function return type: IntegerType
static io.army.criteria.SimpleExpression	getCurrentTsConfig()	The MappingType of function return type: StringType
static io.army.criteria.CompoundPredicate	greater(io.army.criteria.Expression left, io.army.criteria.impl.SQLs.QuantifiedWord word, io.army.criteria.ArrayExpression array)
static io.army.criteria.CompoundPredicate	greaterEqual(io.army.criteria.Expression left, io.army.criteria.impl.SQLs.QuantifiedWord word, io.army.criteria.ArrayExpression array)
static io.army.criteria.SimpleExpression	greatest(io.army.criteria.Expression firstValue, io.army.criteria.Expression... rest)	The MappingType of function return type: the MappingType of firstValue
static io.army.criteria.SimpleExpression	greatest(java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.Expression>> consumer)	The MappingType of function return type: the MappingType of fist argument
static io.army.criteria.GroupByItem	groupingSets(io.army.criteria.GroupByItem item)
static io.army.criteria.GroupByItem	groupingSets(io.army.criteria.GroupByItem item1, io.army.criteria.GroupByItem item2)
static io.army.criteria.GroupByItem	groupingSets(io.army.criteria.GroupByItem item1, io.army.criteria.GroupByItem item2, io.army.criteria.GroupByItem item3, io.army.criteria.GroupByItem... rest)
static io.army.criteria.GroupByItem	groupingSets(java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.GroupByItem>> consumer)
static io.army.criteria.CompoundPredicate	gtCaret(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundPredicate	gtGt(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundPredicate	gtGtEqual(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.SimplePredicate	hasAnyColumnPrivilege(io.army.criteria.Expression table, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasAnyColumnPrivilege(io.army.criteria.Expression user, io.army.criteria.Expression table, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasColumnPrivilege(io.army.criteria.Expression table, io.army.criteria.Expression column, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasColumnPrivilege(io.army.criteria.Expression user, io.army.criteria.Expression table, io.army.criteria.Expression column, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasDatabasePrivilege(io.army.criteria.Expression database, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasDatabasePrivilege(io.army.criteria.Expression user, io.army.criteria.Expression database, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasForeignDataWrapperPrivilege(io.army.criteria.Expression fdw, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasForeignDataWrapperPrivilege(io.army.criteria.Expression user, io.army.criteria.Expression fdw, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasFunctionPrivilege(io.army.criteria.Expression function, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasFunctionPrivilege(io.army.criteria.Expression user, io.army.criteria.Expression function, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasLanguagePrivilege(io.army.criteria.Expression language, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasLanguagePrivilege(io.army.criteria.Expression user, io.army.criteria.Expression language, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasParameterPrivilege(io.army.criteria.Expression parameter, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasParameterPrivilege(io.army.criteria.Expression user, io.army.criteria.Expression parameter, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasSchemaPrivilege(io.army.criteria.Expression schema, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasSchemaPrivilege(io.army.criteria.Expression user, io.army.criteria.Expression schema, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasSequencePrivilege(io.army.criteria.Expression sequence, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasSequencePrivilege(io.army.criteria.Expression user, io.army.criteria.Expression sequence, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasServerPrivilege(io.army.criteria.Expression server, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasServerPrivilege(io.army.criteria.Expression user, io.army.criteria.Expression server, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasTablePrivilege(io.army.criteria.Expression table, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasTablePrivilege(io.army.criteria.Expression user, io.army.criteria.Expression table, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasTablespacePrivilege(io.army.criteria.Expression tablespace, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasTablespacePrivilege(io.army.criteria.Expression user, io.army.criteria.Expression tablespace, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasTypePrivilege(io.army.criteria.Expression type, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	hasTypePrivilege(io.army.criteria.Expression user, io.army.criteria.Expression type, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimpleExpression	height(io.army.criteria.Expression box)	The MappingType of function return type: DoubleType *
static io.army.criteria.SimpleExpression	host(io.army.criteria.Expression inet)	The MappingType of function return type: StringType
static io.army.criteria.SimpleExpression	hostmask(io.army.criteria.Expression inet)	The MappingType of function return type: PostgreInetType
static io.army.criteria.CompoundExpression	hyphenGt(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundExpression	hyphenGtGt(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.SimpleExpression	inetClientAddr()	The MappingType of function return type: PostgreInetType.INSTANCE
static io.army.criteria.SimpleExpression	inetClientPort()	The MappingType of function return type: IntegerType.INSTANCE
static io.army.criteria.SimpleExpression	inetMerge(io.army.criteria.Expression exp1, io.army.criteria.Expression exp2)	The MappingType of function return type: PostgreCidrType
static io.army.criteria.SimplePredicate	inetSameFamily(io.army.criteria.Expression exp1, io.army.criteria.Expression exp2)	The MappingType of function return type: BooleanType
static io.army.criteria.SimpleExpression	inetServerAddr()	The MappingType of function return type: PostgreInetType.INSTANCE
static io.army.criteria.SimpleExpression	inetServerPort()	The MappingType of function return type: IntegerType.INSTANCE
static io.army.criteria.SimpleExpression	initcap(io.army.criteria.Expression exp)	The MappingType of function return type: the MappingType of exp.
static io.army.criteria.SimplePredicate	isClosed(io.army.criteria.Expression path)	The MappingType of function return type: BooleanType *
static io.army.criteria.SimplePredicate	isClosed(java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> funcRef, String path)	The MappingType of function return type: BooleanType *
static <T extends io.army.criteria.SQLExpression> io.army.criteria.CompoundPredicate	isDistinctFrom(T left, T right)
static io.army.criteria.SimplePredicate	isEmpty(io.army.criteria.Expression exp)	The MappingType of function return type: BooleanType.INSTANCE.
static io.army.criteria.IPredicate	isFinite(io.army.criteria.Expression exp)	The MappingType of function return type: BooleanType
static <T extends io.army.criteria.SQLExpression> io.army.criteria.CompoundPredicate	isNotDistinctFrom(T left, T right)
static io.army.criteria.SimplePredicate	isOpen(io.army.criteria.Expression path)	The MappingType of function return type: BooleanType *
static io.army.criteria.SimplePredicate	isOpen(java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> funcRef, String path)	The MappingType of function return type: BooleanType *
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	jsonAgg(io.army.criteria.Expression exp)	The MappingType of function return type: JsonType.TEXT.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	jsonAgg(io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: JsonType.TEXT.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	jsonAgg(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any)	The MappingType of function return type: JsonType.TEXT.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	jsonAgg(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: JsonType.TEXT.
static io.army.criteria.SimpleExpression	jsonArrayAgg(io.army.criteria.Expression arg0)
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonArrayElements(io.army.criteria.Expression json)	The MappingType of function return type: JsonType.TEXT.
static <T> io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonArrayElements(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T value)	The MappingType of function return type: JsonType.TEXT.
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonArrayElementsText(io.army.criteria.Expression json)	The MappingType of function return type: TextType.INSTANCE.
static <T> io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonArrayElementsText(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T value)	The MappingType of function return type: TextType.INSTANCE.
static io.army.criteria.SimpleExpression	jsonArrayLength(io.army.criteria.Expression json)	The MappingType of function return type: IntegerType.
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	jsonbAgg(io.army.criteria.Expression exp)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	jsonbAgg(io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	jsonbAgg(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	jsonbAgg(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonbArrayElements(io.army.criteria.Expression json)	The MappingType of function return type: JsonbType.TEXT.
static <T> io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonbArrayElements(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T value)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonbArrayElementsText(io.army.criteria.Expression json)	The MappingType of function return type: TextType.INSTANCE.
static <T> io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonbArrayElementsText(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T value)	The MappingType of function return type: TextType.INSTANCE.
static io.army.criteria.SimpleExpression	jsonbArrayLength(io.army.criteria.Expression jsonb)	The MappingType of function return type: IntegerType.
static io.army.criteria.SimpleExpression	jsonbBuildArray()	The MappingType of function return type: JsonbType.TEXT *
static io.army.criteria.SimpleExpression	jsonbBuildArray(Object arg)	The MappingType of function return type: JsonbType.TEXT *
static io.army.criteria.SimpleExpression	jsonbBuildArray(Object arg1, Object arg2)	The MappingType of function return type: JsonbType.TEXT *
static io.army.criteria.SimpleExpression	jsonbBuildArray(Object arg1, Object arg2, Object arg3, Object... variadic)	The MappingType of function return type: JsonbType.TEXT *
static io.army.criteria.SimpleExpression	jsonbBuildArray(java.util.function.Consumer<java.util.function.Consumer<Object>> consumer)	The MappingType of function return type: JsonbType.TEXT *
static io.army.criteria.SimpleExpression	jsonbBuildObject()
static io.army.criteria.SimpleExpression	jsonbBuildObject(io.army.criteria.impl.SQLs.SymbolSpace space, java.util.function.Consumer<io.army.criteria.Clause._PairVariadicConsumerClause> consumer)	The MappingType of function return type: JsonbType.TEXT *
static io.army.criteria.SimpleExpression	jsonbBuildObject(String derivedAlias, io.army.criteria.impl.SQLs.SymbolPeriod period, io.army.criteria.impl.SQLs.SymbolAsterisk asterisk)
static io.army.criteria.SimpleExpression	jsonbBuildObject(String tableAlias, io.army.criteria.impl.SQLs.SymbolPeriod period, io.army.meta.TableMeta<?> table)
static io.army.criteria.SimpleExpression	jsonbBuildObject(java.util.function.Consumer<io.army.criteria.Clause._PairVariadicSpaceClause> consumer)	The MappingType of function return type: JsonbType.TEXT *
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	jsonbEach(io.army.criteria.Expression json)	The MappingType of fields of derived table : key : TextType value : JsonbType.TEXT ordinality (optioinal) : IntegerType.
static <T> io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	jsonbEach(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T value)	The MappingType of fields of derived table : key : TextType value : JsonbType.TEXT ordinality (optioinal) : IntegerType.
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	jsonbEachText(io.army.criteria.Expression json)	The MappingType of fields of derived table : key : StringType value : TextType ordinality (optioinal) : IntegerType.
static <T> io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	jsonbEachText(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T value)	The MappingType of fields of derived table : key : TextType value : TextType ordinality (optioinal) : IntegerType.
static io.army.criteria.SimpleExpression	jsonbExtractPath(io.army.criteria.Expression fromJson, io.army.criteria.Expression firstPath, io.army.criteria.Expression... rest)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbExtractPath(io.army.criteria.Expression fromJson, java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRef, String firstPath, String... rest)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbExtractPath(io.army.criteria.Expression fromJson, java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRef, java.util.function.Consumer<java.util.function.Consumer<String>> consumer)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbExtractPath(io.army.criteria.Expression fromJson, java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.Expression>> consumer)	The MappingType of function return type: JsonbType.TEXT.
static <T> io.army.criteria.Expression	jsonbExtractPath(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForJson, T json, java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRefForPath, String firstPath, String... rest)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbExtractPathText(io.army.criteria.Expression fromJson, io.army.criteria.Expression firstPath, io.army.criteria.Expression... rest)	The MappingType of function return type: TextType.INSTANCE.
static io.army.criteria.SimpleExpression	jsonbExtractPathText(io.army.criteria.Expression fromJson, java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRef, String firstPath, String... rest)	The MappingType of function return type: TextType.INSTANCE.
static io.army.criteria.SimpleExpression	jsonbExtractPathText(io.army.criteria.Expression fromJson, java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRef, java.util.function.Consumer<java.util.function.Consumer<String>> consumer)	The MappingType of function return type: TextType.INSTANCE.
static io.army.criteria.SimpleExpression	jsonbExtractPathText(io.army.criteria.Expression fromJson, java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.Expression>> consumer)	The MappingType of function return type: TextType.INSTANCE.
static <T> io.army.criteria.Expression	jsonbExtractPathText(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForJson, T json, java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRefForPath, String firstPath, String... rest)	The MappingType of function return type: TextType.INSTANCE.
static io.army.criteria.SimpleExpression	jsonbInsert(io.army.criteria.Expression jsonb, io.army.criteria.Expression path, io.army.criteria.Expression newValue)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbInsert(io.army.criteria.Expression jsonb, io.army.criteria.Expression path, io.army.criteria.Expression newValue, io.army.criteria.Expression insertAfter)	The MappingType of function return type: JsonbType.TEXT.
static <T, U> io.army.criteria.Expression	jsonbInsert(io.army.criteria.Expression jsonb, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T paths, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForValue, U newValue)	The MappingType of function return type: JsonbType.TEXT.
static <T, U> io.army.criteria.Expression	jsonbInsert(io.army.criteria.Expression jsonb, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T paths, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForValue, U newValue, io.army.criteria.Expression insertAfter)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbObject(io.army.criteria.Expression pairArray)	The MappingType of function return type: JsonbType.TEXT *
static io.army.criteria.SimpleExpression	jsonbObject(io.army.criteria.Expression keyArray, io.army.criteria.Expression valueArray)	The MappingType of function return type: JsonbType.TEXT *
static io.army.criteria.SimpleExpression	jsonbObject(io.army.criteria.impl.SQLs.SymbolSpace space, java.util.function.BiFunction<io.army.mapping.MappingType,String[],io.army.criteria.Expression> funcRef, java.util.function.Consumer<io.army.criteria.Statement._StringObjectConsumer> consumer)	The MappingType of function return type: JsonbType.TEXT *
static io.army.criteria.SimpleExpression	jsonbObject(java.util.function.BiFunction<io.army.mapping.MappingType,String[],io.army.criteria.Expression> funcRef, java.util.function.Consumer<io.army.criteria.Statement._StringObjectSpaceClause> consumer)	The MappingType of function return type: JsonbType.TEXT *
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	jsonbObjectAgg(io.army.criteria.Expression key, io.army.criteria.Expression value)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	jsonbObjectAgg(io.army.criteria.Expression key, io.army.criteria.Expression value, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	jsonbObjectAgg(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression key, io.army.criteria.Expression value)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	jsonbObjectAgg(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression key, io.army.criteria.Expression value, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: JsonbType.TEXT.
static <K, V> io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	jsonbObjectAgg(java.util.function.BiFunction<io.army.mapping.TextType,K,io.army.criteria.Expression> keyFunc, K key, java.util.function.BiFunction<io.army.mapping.TextType,V,io.army.criteria.Expression> valueFunc, V value)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonbObjectKeys(io.army.criteria.Expression json)	The MappingType of fields of derived table : function alias(is specified by AS clause) : TextType ordinality (optioinal) : IntegerType.
static <T> io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonbObjectKeys(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T value)	The MappingType of fields of derived table : function alias(is specified by AS clause) : TextType ordinality (optioinal) : IntegerType.
static io.army.criteria.SimplePredicate	jsonbPathExists(io.army.criteria.Expression target, io.army.criteria.Expression path)	The MappingType of function return type: BooleanType.
static io.army.criteria.SimplePredicate	jsonbPathExists(io.army.criteria.Expression target, io.army.criteria.Expression path, io.army.criteria.Expression vars)	The MappingType of function return type: BooleanType.
static io.army.criteria.SimplePredicate	jsonbPathExists(io.army.criteria.Expression target, io.army.criteria.Expression path, io.army.criteria.Expression vars, io.army.criteria.Expression silent)	The MappingType of function return type: BooleanType.
static <T> io.army.criteria.SimplePredicate	jsonbPathExists(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path)	The MappingType of function return type: BooleanType.
static <T> io.army.criteria.SimplePredicate	jsonbPathExists(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, io.army.criteria.Expression vars)	The MappingType of function return type: BooleanType.
static <T> io.army.criteria.SimplePredicate	jsonbPathExists(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, io.army.criteria.Expression vars, io.army.criteria.Expression silent)	The MappingType of function return type: BooleanType.
static <T, U> io.army.criteria.SimplePredicate	jsonbPathExists(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars, U vars)	The MappingType of function return type: BooleanType.
static <T, U> io.army.criteria.SimplePredicate	jsonbPathExists(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars, U vars, io.army.criteria.Expression silent)	The MappingType of function return type: BooleanType.
static io.army.criteria.SimplePredicate	jsonbPathExistsTz(io.army.criteria.Expression target, io.army.criteria.Expression path)	The MappingType of function return type: BooleanType.
static io.army.criteria.SimplePredicate	jsonbPathExistsTz(io.army.criteria.Expression target, io.army.criteria.Expression path, io.army.criteria.Expression vars)	The MappingType of function return type: BooleanType.
static io.army.criteria.SimplePredicate	jsonbPathExistsTz(io.army.criteria.Expression target, io.army.criteria.Expression path, io.army.criteria.Expression vars, io.army.criteria.Expression silent)	The MappingType of function return type: BooleanType.
static <T> io.army.criteria.SimplePredicate	jsonbPathExistsTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T path)	The MappingType of function return type: BooleanType.
static <T> io.army.criteria.SimplePredicate	jsonbPathExistsTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T path, io.army.criteria.Expression vars)	The MappingType of function return type: BooleanType.
static <T> io.army.criteria.SimplePredicate	jsonbPathExistsTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T path, io.army.criteria.Expression vars, io.army.criteria.Expression silent)	The MappingType of function return type: BooleanType.
static <T, U> io.army.criteria.SimplePredicate	jsonbPathExistsTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars, U vars)	The MappingType of function return type: BooleanType.
static <T, U> io.army.criteria.SimplePredicate	jsonbPathExistsTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars, U vars, io.army.criteria.Expression silent)	The MappingType of function return type: BooleanType.
static io.army.criteria.SimplePredicate	jsonbPathMatch(io.army.criteria.Expression target, io.army.criteria.Expression path)	The MappingType of function return type: BooleanType.
static io.army.criteria.SimplePredicate	jsonbPathMatch(io.army.criteria.Expression target, io.army.criteria.Expression path, io.army.criteria.Expression vars)	The MappingType of function return type: BooleanType.
static io.army.criteria.SimplePredicate	jsonbPathMatch(io.army.criteria.Expression target, io.army.criteria.Expression path, io.army.criteria.Expression vars, io.army.criteria.Expression silent)	The MappingType of function return type: BooleanType.
static io.army.criteria.SimplePredicate	jsonbPathMatch(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> funcRefForPath, String path)	The MappingType of function return type: BooleanType.
static <T> io.army.criteria.SimplePredicate	jsonbPathMatch(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path)	The MappingType of function return type: BooleanType.
static <T> io.army.criteria.SimplePredicate	jsonbPathMatch(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, io.army.criteria.Expression vars)	The MappingType of function return type: BooleanType.
static <T> io.army.criteria.SimplePredicate	jsonbPathMatch(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, io.army.criteria.Expression vars, io.army.criteria.Expression silent)	The MappingType of function return type: BooleanType.
static <T, U> io.army.criteria.SimplePredicate	jsonbPathMatch(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars, U vars)	The MappingType of function return type: BooleanType.
static <T, U> io.army.criteria.SimplePredicate	jsonbPathMatch(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars, U vars, io.army.criteria.Expression silent)	The MappingType of function return type: BooleanType.
static io.army.criteria.SimplePredicate	jsonbPathMatchTz(io.army.criteria.Expression target, io.army.criteria.Expression path)	The MappingType of function return type: BooleanType.
static io.army.criteria.SimplePredicate	jsonbPathMatchTz(io.army.criteria.Expression target, io.army.criteria.Expression path, io.army.criteria.Expression vars)	The MappingType of function return type: BooleanType.
static io.army.criteria.SimplePredicate	jsonbPathMatchTz(io.army.criteria.Expression target, io.army.criteria.Expression path, io.army.criteria.Expression vars, io.army.criteria.Expression silent)	The MappingType of function return type: BooleanType.
static <T> io.army.criteria.SimplePredicate	jsonbPathMatchTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T path)	The MappingType of function return type: BooleanType.
static <T> io.army.criteria.SimplePredicate	jsonbPathMatchTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T path, io.army.criteria.Expression vars)	The MappingType of function return type: BooleanType.
static <T> io.army.criteria.SimplePredicate	jsonbPathMatchTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T path, io.army.criteria.Expression vars, io.army.criteria.Expression silent)	The MappingType of function return type: BooleanType.
static <T, U> io.army.criteria.SimplePredicate	jsonbPathMatchTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars, U vars)	The MappingType of function return type: BooleanType.
static <T, U> io.army.criteria.SimplePredicate	jsonbPathMatchTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars, U vars, io.army.criteria.Expression silent)	The MappingType of function return type: BooleanType.
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonbPathQuery(io.army.criteria.Expression target, io.army.criteria.Expression path)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonbPathQuery(io.army.criteria.Expression target, io.army.criteria.Expression path, io.army.criteria.Expression vars)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonbPathQuery(io.army.criteria.Expression target, io.army.criteria.Expression path, io.army.criteria.Expression vars, io.army.criteria.Expression silent)	The MappingType of function return type: JsonbType.TEXT.
static <T> io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonbPathQuery(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path)	The MappingType of function return type: JsonbType.TEXT.
static <T> io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonbPathQuery(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, io.army.criteria.Expression vars)	The MappingType of function return type: JsonbType.TEXT.
static <T> io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonbPathQuery(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, io.army.criteria.Expression vars, io.army.criteria.Expression silent)	The MappingType of function return type: JsonbType.TEXT.
static <T, U> io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonbPathQuery(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars, U vars)	The MappingType of function return type: JsonbType.TEXT.
static <T, U> io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonbPathQuery(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars, U vars, io.army.criteria.Expression silent)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbPathQueryArray(io.army.criteria.Expression target, io.army.criteria.Expression path)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbPathQueryArray(io.army.criteria.Expression target, io.army.criteria.Expression path, io.army.criteria.Expression vars)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbPathQueryArray(io.army.criteria.Expression target, io.army.criteria.Expression path, io.army.criteria.Expression vars, io.army.criteria.Expression silent)	The MappingType of function return type: JsonbType.TEXT.
static <T> io.army.criteria.Expression	jsonbPathQueryArray(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path)	The MappingType of function return type: JsonbType.TEXT.
static <T> io.army.criteria.Expression	jsonbPathQueryArray(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, io.army.criteria.Expression vars)	The MappingType of function return type: JsonbType.TEXT.
static <T> io.army.criteria.Expression	jsonbPathQueryArray(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, io.army.criteria.Expression vars, io.army.criteria.Expression silent)	The MappingType of function return type: JsonbType.TEXT.
static <T, U> io.army.criteria.Expression	jsonbPathQueryArray(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars, U vars)	The MappingType of function return type: JsonbType.TEXT.
static <T, U> io.army.criteria.Expression	jsonbPathQueryArray(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars, U vars, io.army.criteria.Expression silent)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbPathQueryArrayTz(io.army.criteria.Expression target, io.army.criteria.Expression path)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbPathQueryArrayTz(io.army.criteria.Expression target, io.army.criteria.Expression path, io.army.criteria.Expression vars)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbPathQueryArrayTz(io.army.criteria.Expression target, io.army.criteria.Expression path, io.army.criteria.Expression vars, io.army.criteria.Expression silent)	The MappingType of function return type: JsonbType.TEXT.
static <T> io.army.criteria.Expression	jsonbPathQueryArrayTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path)	The MappingType of function return type: JsonbType.TEXT.
static <T> io.army.criteria.Expression	jsonbPathQueryArrayTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, io.army.criteria.Expression vars)	The MappingType of function return type: JsonbType.TEXT.
static <T> io.army.criteria.Expression	jsonbPathQueryArrayTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, io.army.criteria.Expression vars, io.army.criteria.Expression silent)	The MappingType of function return type: JsonbType.TEXT.
static <T, U> io.army.criteria.Expression	jsonbPathQueryArrayTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars, U vars)	The MappingType of function return type: JsonbType.TEXT.
static <T, U> io.army.criteria.Expression	jsonbPathQueryArrayTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars, U vars, io.army.criteria.Expression silent)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbPathQueryFirst(io.army.criteria.Expression target, io.army.criteria.Expression path)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbPathQueryFirst(io.army.criteria.Expression target, io.army.criteria.Expression path, io.army.criteria.Expression vars)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbPathQueryFirst(io.army.criteria.Expression target, io.army.criteria.Expression path, io.army.criteria.Expression vars, io.army.criteria.Expression silent)	The MappingType of function return type: JsonbType.TEXT.
static <T> io.army.criteria.Expression	jsonbPathQueryFirst(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path)	The MappingType of function return type: JsonbType.TEXT.
static <T> io.army.criteria.Expression	jsonbPathQueryFirst(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, io.army.criteria.Expression vars)	The MappingType of function return type: JsonbType.TEXT.
static <T> io.army.criteria.Expression	jsonbPathQueryFirst(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, io.army.criteria.Expression vars, io.army.criteria.Expression silent)	The MappingType of function return type: JsonbType.TEXT.
static <T, U> io.army.criteria.Expression	jsonbPathQueryFirst(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars, U vars)	The MappingType of function return type: JsonbType.TEXT.
static <T, U> io.army.criteria.Expression	jsonbPathQueryFirst(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars, U vars, io.army.criteria.Expression silent)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbPathQueryFirstTz(io.army.criteria.Expression target, io.army.criteria.Expression path)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbPathQueryFirstTz(io.army.criteria.Expression target, io.army.criteria.Expression path, io.army.criteria.Expression vars)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbPathQueryFirstTz(io.army.criteria.Expression target, io.army.criteria.Expression path, io.army.criteria.Expression vars, io.army.criteria.Expression silent)	The MappingType of function return type: JsonbType.TEXT.
static <T> io.army.criteria.Expression	jsonbPathQueryFirstTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path)	The MappingType of function return type: JsonbType.TEXT.
static <T> io.army.criteria.Expression	jsonbPathQueryFirstTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, io.army.criteria.Expression vars)	The MappingType of function return type: JsonbType.TEXT.
static <T> io.army.criteria.Expression	jsonbPathQueryFirstTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, io.army.criteria.Expression vars, io.army.criteria.Expression silent)	The MappingType of function return type: JsonbType.TEXT.
static <T, U> io.army.criteria.Expression	jsonbPathQueryFirstTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars, U vars)	The MappingType of function return type: JsonbType.TEXT.
static <T, U> io.army.criteria.Expression	jsonbPathQueryFirstTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars, U vars, io.army.criteria.Expression silent)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonbPathQueryTz(io.army.criteria.Expression target, io.army.criteria.Expression path)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonbPathQueryTz(io.army.criteria.Expression target, io.army.criteria.Expression path, io.army.criteria.Expression vars)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonbPathQueryTz(io.army.criteria.Expression target, io.army.criteria.Expression path, io.army.criteria.Expression vars, io.army.criteria.Expression silent)	The MappingType of function return type: JsonbType.TEXT.
static <T> io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonbPathQueryTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path)	The MappingType of function return type: JsonbType.TEXT.
static <T> io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonbPathQueryTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, io.army.criteria.Expression vars)	The MappingType of function return type: JsonbType.TEXT.
static <T> io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonbPathQueryTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, io.army.criteria.Expression vars, io.army.criteria.Expression silent)	The MappingType of function return type: JsonbType.TEXT.
static <T, U> io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonbPathQueryTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars, U vars)	The MappingType of function return type: JsonbType.TEXT.
static <T, U> io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonbPathQueryTz(io.army.criteria.Expression target, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T path, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars, U vars, io.army.criteria.Expression silent)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	jsonbPopulateRecord(io.army.criteria.Expression base, io.army.criteria.Expression json)	The MappingType of fields of derived table : fields follow MappingType.SqlCompositeType.fieldList() ordinality (optioinal) : IntegerType.
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	jsonbPopulateRecordSet(io.army.criteria.Expression base, io.army.criteria.Expression json)	The MappingType of fields of derived table : fields follow MappingType.SqlCompositeType.fieldList() ordinality (optioinal) : IntegerType.
static io.army.criteria.SimpleExpression	jsonbPretty(io.army.criteria.Expression jsonb)	The MappingType of function return type: TextType.
static io.army.criteria.SimpleExpression	jsonbSet(io.army.criteria.Expression jsonb, io.army.criteria.Expression path, io.army.criteria.Expression newValue)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbSet(io.army.criteria.Expression jsonb, io.army.criteria.Expression path, io.army.criteria.Expression newValue, io.army.criteria.Expression createIfMissing)	The MappingType of function return type: JsonbType.TEXT.
static <T, U> io.army.criteria.Expression	jsonbSet(io.army.criteria.Expression jsonb, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T paths, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForValue, U newValue)	The MappingType of function return type: JsonbType.TEXT.
static <T, U> io.army.criteria.Expression	jsonbSet(io.army.criteria.Expression jsonb, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T paths, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForValue, U newValue, io.army.criteria.Expression createIfMissing)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbSetLax(io.army.criteria.Expression jsonb, io.army.criteria.Expression path, io.army.criteria.Expression newValue)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbSetLax(io.army.criteria.Expression jsonb, io.army.criteria.Expression path, io.army.criteria.Expression newValue, io.army.criteria.Expression createIfMissing)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbSetLax(io.army.criteria.Expression jsonb, io.army.criteria.Expression path, io.army.criteria.Expression newValue, io.army.criteria.Expression createIfMissing, io.army.criteria.Expression nullTreatMode)	The MappingType of function return type: JsonbType.TEXT.
static <T, U> io.army.criteria.Expression	jsonbSetLax(io.army.criteria.Expression jsonb, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T paths, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForValue, U newValue)	The MappingType of function return type: JsonbType.TEXT.
static <T, U> io.army.criteria.Expression	jsonbSetLax(io.army.criteria.Expression jsonb, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T paths, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForValue, U newValue, io.army.criteria.Expression createIfMissing)	The MappingType of function return type: JsonbType.TEXT.
static <T, U> io.army.criteria.Expression	jsonbSetLax(io.army.criteria.Expression jsonb, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath, T paths, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForValue, U newValue, io.army.criteria.Expression createIfMissing, io.army.criteria.impl.PostgreDocumentFunctions.NullTreatMode nullTreatMode)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.SimpleExpression	jsonbStripNulls(io.army.criteria.Expression json)	The MappingType of function return type: JsonbType.TEXT.
static io.army.criteria.UndoneFunction	jsonbToRecord(io.army.criteria.Expression json)	Expands the top-level JSON object to a row having the composite type defined by an AS clause.
static <T> io.army.criteria.UndoneFunction	jsonbToRecord(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T value)	Expands the top-level JSON object to a row having the composite type defined by an AS clause.
static io.army.criteria.UndoneFunction	jsonbToRecordSet(io.army.criteria.Expression json)	Expands the top-level JSON array of objects to a set of rows having the composite type defined by an AS clause.
static <T> io.army.criteria.UndoneFunction	jsonbToRecordSet(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T value)	Expands the top-level JSON array of objects to a set of rows having the composite type defined by an AS clause.
static io.army.criteria.SimpleExpression	jsonbToTsVector(io.army.criteria.Expression document, io.army.criteria.Expression filter)	The MappingType of function return type: PostgreTsVectorType *
static io.army.criteria.SimpleExpression	jsonbToTsVector(io.army.criteria.Expression config, io.army.criteria.Expression document, io.army.criteria.Expression filter)	The MappingType of function return type: PostgreTsVectorType *
static <T, U> io.army.criteria.Expression	jsonbToTsVector(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForDocument, T document, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForFilter, U filter)	The MappingType of function return type: PostgreTsVectorType *
static <T, U, V> io.army.criteria.Expression	jsonbToTsVector(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForConfig, T config, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForDocument, U document, java.util.function.BiFunction<io.army.mapping.MappingType,V,io.army.criteria.Expression> funcRefForFilter, V filter)	The MappingType of function return type: PostgreTsVectorType *
static io.army.criteria.SimpleExpression	jsonbTypeOf(io.army.criteria.Expression json)	The MappingType of function return type: TextType.
static io.army.criteria.SimpleExpression	jsonBuildArray()	The MappingType of function return type: JsonType.TEXT *
static io.army.criteria.SimpleExpression	jsonBuildArray(Object arg)	The MappingType of function return type: JsonType.TEXT *
static io.army.criteria.SimpleExpression	jsonBuildArray(Object arg1, Object arg2)	The MappingType of function return type: JsonType.TEXT *
static io.army.criteria.SimpleExpression	jsonBuildArray(Object arg1, Object arg2, Object arg3, Object... variadic)	The MappingType of function return type: JsonType.TEXT *
static io.army.criteria.SimpleExpression	jsonBuildArray(java.util.function.Consumer<java.util.function.Consumer<Object>> consumer)	The MappingType of function return type: JsonType.TEXT *
static io.army.criteria.SimpleExpression	jsonBuildObject()
static io.army.criteria.SimpleExpression	jsonBuildObject(io.army.criteria.impl.SQLs.SymbolSpace space, java.util.function.Consumer<io.army.criteria.Clause._PairVariadicConsumerClause> consumer)	The MappingType of function return type: JsonType.TEXT *
static io.army.criteria.SimpleExpression	jsonBuildObject(String derivedAlias, io.army.criteria.impl.SQLs.SymbolPeriod period, io.army.criteria.impl.SQLs.SymbolAsterisk asterisk)
static io.army.criteria.SimpleExpression	jsonBuildObject(String tableAlias, io.army.criteria.impl.SQLs.SymbolPeriod period, io.army.meta.TableMeta<?> table)
static io.army.criteria.SimpleExpression	jsonBuildObject(java.util.function.Consumer<io.army.criteria.Clause._PairVariadicSpaceClause> consumer)	The MappingType of function return type: JsonType.TEXT *
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	jsonEach(io.army.criteria.Expression json)	The MappingType of fields of derived table : key : TextType value : JsonType.TEXT ordinality (optioinal) : IntegerType.
static <T> io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	jsonEach(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T value)	The MappingType of fields of derived table : key : TextType value : JsonType.TEXT ordinality (optioinal) : IntegerType.
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	jsonEachText(io.army.criteria.Expression json)	The MappingType of fields of derived table : key : TextType value : TextType ordinality (optioinal) : IntegerType.
static <T> io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	jsonEachText(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T value)	The MappingType of fields of derived table : key : TextType value : TextType ordinality (optioinal) : IntegerType.
static io.army.criteria.SimpleExpression	jsonExtractPath(io.army.criteria.Expression fromJson, io.army.criteria.Expression firstPath, io.army.criteria.Expression... rest)	The MappingType of function return type: JsonType.TEXT.
static io.army.criteria.SimpleExpression	jsonExtractPath(io.army.criteria.Expression fromJson, java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRef, String firstPath, String... rest)	The MappingType of function return type: JsonType.TEXT.
static io.army.criteria.SimpleExpression	jsonExtractPath(io.army.criteria.Expression fromJson, java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRef, java.util.function.Consumer<java.util.function.Consumer<String>> consumer)	The MappingType of function return type: JsonType.TEXT.
static io.army.criteria.SimpleExpression	jsonExtractPath(io.army.criteria.Expression fromJson, java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.Expression>> consumer)	The MappingType of function return type: JsonType.TEXT.
static <T> io.army.criteria.Expression	jsonExtractPath(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForJson, T json, java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRefForPath, String firstPath, String... rest)	The MappingType of function return type: JsonType.TEXT.
static io.army.criteria.SimpleExpression	jsonExtractPathText(io.army.criteria.Expression fromJson, io.army.criteria.Expression firstPath, io.army.criteria.Expression... rest)	The MappingType of function return type: TextType.INSTANCE.
static io.army.criteria.SimpleExpression	jsonExtractPathText(io.army.criteria.Expression fromJson, java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRef, String firstPath, String... rest)	The MappingType of function return type: TextType.INSTANCE.
static io.army.criteria.SimpleExpression	jsonExtractPathText(io.army.criteria.Expression fromJson, java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRef, java.util.function.Consumer<java.util.function.Consumer<String>> consumer)	The MappingType of function return type: TextType.INSTANCE.
static io.army.criteria.SimpleExpression	jsonExtractPathText(io.army.criteria.Expression fromJson, java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.Expression>> consumer)	The MappingType of function return type: TextType.INSTANCE.
static <T> io.army.criteria.Expression	jsonExtractPathText(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForJson, T json, java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRefForPath, String firstPath, String... rest)	The MappingType of function return type: TextType.INSTANCE.
static io.army.criteria.SimpleExpression	jsonObject(io.army.criteria.Expression pairArray)	The MappingType of function return type: JsonType.TEXT *
static io.army.criteria.SimpleExpression	jsonObject(io.army.criteria.Expression keyArray, io.army.criteria.Expression valueArray)	The MappingType of function return type: JsonType.TEXT *
static io.army.criteria.SimpleExpression	jsonObject(io.army.criteria.impl.SQLs.SymbolSpace space, java.util.function.BiFunction<io.army.mapping.MappingType,String[],io.army.criteria.Expression> funcRef, java.util.function.Consumer<io.army.criteria.Statement._StringObjectConsumer> consumer)	The MappingType of function return type: JsonType.TEXT *
static io.army.criteria.SimpleExpression	jsonObject(java.util.function.BiFunction<io.army.mapping.MappingType,String[],io.army.criteria.Expression> funcRef, java.util.function.Consumer<io.army.criteria.Statement._StringObjectSpaceClause> consumer)	The MappingType of function return type: JsonType.TEXT *
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	jsonObjectAgg(io.army.criteria.Expression key, io.army.criteria.Expression value)	The MappingType of function return type: JsonType.TEXT.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	jsonObjectAgg(io.army.criteria.Expression key, io.army.criteria.Expression value, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: JsonType.TEXT.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	jsonObjectAgg(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression key, io.army.criteria.Expression value)	The MappingType of function return type: JsonType.TEXT.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	jsonObjectAgg(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression key, io.army.criteria.Expression value, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: JsonType.TEXT.
static <K, V> io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	jsonObjectAgg(java.util.function.BiFunction<io.army.mapping.TextType,K,io.army.criteria.Expression> keyFunc, K key, java.util.function.BiFunction<io.army.mapping.TextType,V,io.army.criteria.Expression> valueFunc, V value)	The MappingType of function return type: JsonType.TEXT.
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonObjectKeys(io.army.criteria.Expression json)	The MappingType of fields of derived table : function alias(is specified by AS clause) : TextType ordinality (optioinal) : IntegerType.
static <T> io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	jsonObjectKeys(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T value)	The MappingType of fields of derived table : function alias(is specified by AS clause) : TextType ordinality (optioinal) : IntegerType.
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	jsonPopulateRecord(io.army.criteria.Expression base, io.army.criteria.Expression json)	The MappingType of fields of derived table : fields follow MappingType.SqlCompositeType.fieldList() ordinality (optioinal) : IntegerType.
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	jsonPopulateRecordSet(io.army.criteria.Expression base, io.army.criteria.Expression json)	The MappingType of fields of derived table : fields follow MappingType.SqlCompositeType.fieldList() ordinality (optioinal) : IntegerType.
static io.army.criteria.SimpleExpression	jsonStripNulls(io.army.criteria.Expression json)	The MappingType of function return type: JsonType.TEXT.
static io.army.criteria.UndoneFunction	jsonToRecord(io.army.criteria.Expression json)	Expands the top-level JSON object to a row having the composite type defined by an AS clause.
static <T> io.army.criteria.UndoneFunction	jsonToRecord(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T value)	Expands the top-level JSON object to a row having the composite type defined by an AS clause.
static io.army.criteria.UndoneFunction	jsonToRecordSet(io.army.criteria.Expression json)	Expands the top-level JSON array of objects to a set of rows having the composite type defined by an AS clause.
static <T> io.army.criteria.UndoneFunction	jsonToRecordSet(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T value)	Expands the top-level JSON array of objects to a set of rows having the composite type defined by an AS clause.
static io.army.criteria.SimpleExpression	jsonToTsVector(io.army.criteria.Expression document, io.army.criteria.Expression filter)	The MappingType of function return type: PostgreTsVectorType *
static io.army.criteria.SimpleExpression	jsonToTsVector(io.army.criteria.Expression config, io.army.criteria.Expression document, io.army.criteria.Expression filter)	The MappingType of function return type: PostgreTsVectorType *
static <T, U> io.army.criteria.Expression	jsonToTsVector(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForDocument, T document, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForFilter, U filter)	The MappingType of function return type: PostgreTsVectorType *
static <T, U, V> io.army.criteria.Expression	jsonToTsVector(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForConfig, T config, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForDocument, U document, java.util.function.BiFunction<io.army.mapping.MappingType,V,io.army.criteria.Expression> funcRefForFilter, V filter)	The MappingType of function return type: PostgreTsVectorType *
static io.army.criteria.SimpleExpression	jsonTypeOf(io.army.criteria.Expression json)	The MappingType of function return type: TextType.
static io.army.criteria.SimpleExpression	justifyDays(io.army.criteria.Expression exp)	The MappingType of function return type: IntervalType
static io.army.criteria.SimpleExpression	justifyHours(io.army.criteria.Expression exp)	The MappingType of function return type: IntervalType
static io.army.criteria.SimpleExpression	justifyInterval(io.army.criteria.Expression exp)	The MappingType of function return type: IntervalType
static io.army.criteria.impl.PostgreWindowFunctions._OverSpec	lag(io.army.criteria.Expression value)	The MappingType of function return type: the MappingType of value
static io.army.criteria.impl.PostgreWindowFunctions._OverSpec	lag(io.army.criteria.Expression value, io.army.criteria.Expression offset)	The MappingType of function return type: the MappingType of value
static io.army.criteria.impl.PostgreWindowFunctions._OverSpec	lag(io.army.criteria.Expression value, io.army.criteria.Expression offset, io.army.criteria.Expression defaultValue)	The MappingType of function return type: the MappingType of value
static io.army.criteria.SimpleExpression	lastVal(io.army.criteria.Expression exp)	The MappingType of function return type: LongType
static io.army.criteria.impl.PostgreWindowFunctions._OverSpec	lastValue(io.army.criteria.Expression value)	The MappingType of function return type: the MappingType of value
static io.army.criteria.SimpleExpression	lcm(io.army.criteria.Expression exp1, io.army.criteria.Expression exp2)	The MappingType of function return type: MappingType of exp1
static io.army.criteria.impl.PostgreWindowFunctions._OverSpec	lead(io.army.criteria.Expression value)	The MappingType of function return type: the MappingType of value
static io.army.criteria.impl.PostgreWindowFunctions._OverSpec	lead(io.army.criteria.Expression value, io.army.criteria.Expression offset)	The MappingType of function return type: the MappingType of value
static io.army.criteria.impl.PostgreWindowFunctions._OverSpec	lead(io.army.criteria.Expression value, io.army.criteria.Expression offset, io.army.criteria.Expression defaultValue)	The MappingType of function return type: the MappingType of value
static io.army.criteria.SimpleExpression	least(io.army.criteria.Expression firstValue, io.army.criteria.Expression... rest)	The MappingType of function return type: the MappingType of firstValue
static io.army.criteria.SimpleExpression	least(java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.Expression>> consumer)	The MappingType of function return type: the MappingType of fist argument
static io.army.criteria.SimpleExpression	left(io.army.criteria.Expression string, io.army.criteria.Expression n)	The MappingType of function return type: the MappingType of string.
static io.army.criteria.SimpleExpression	length(io.army.criteria.Expression geometricType)	The MappingType of function return type: If geometricType is MappingType.SqlGeometryType or PostgreGeometricType,then DoubleType Else IntegerType *
static io.army.criteria.SimpleExpression	length(io.army.criteria.Expression bytes, io.army.criteria.Expression encoding)	The MappingType of function return type: IntegerType
static io.army.criteria.CompoundPredicate	less(io.army.criteria.Expression left, io.army.criteria.impl.SQLs.QuantifiedWord word, io.army.criteria.ArrayExpression array)
static io.army.criteria.CompoundPredicate	lessEqual(io.army.criteria.Expression left, io.army.criteria.impl.SQLs.QuantifiedWord word, io.army.criteria.ArrayExpression array)
static io.army.criteria.SimpleExpression	line(io.army.criteria.Expression point1, io.army.criteria.Expression point2)	The MappingType of function return type: PostgreLineType *
static io.army.criteria.SimpleExpression	ln(Object arg0)
static io.army.criteria.SimpleExpression	localtime(io.army.criteria.Expression integer)	The MappingType of function return type: LocalTimeType
static io.army.criteria.SimpleExpression	localtimestamp(io.army.criteria.Expression integer)	The MappingType of function return type: LocalDateTimeType
static io.army.criteria.SimpleExpression	locate(Object arg0, Object arg1)
static io.army.criteria.SimpleExpression	locate(Object arg0, Object arg1, Object arg2)
static io.army.criteria.SimpleExpression	log(Object arg0)
static io.army.criteria.SimpleExpression	log(Object arg0, Object arg1)
static io.army.criteria.SimpleExpression	log10(Object arg0)
static io.army.criteria.SimpleExpression	lower(io.army.criteria.Expression exp)	The MappingType of function return type: TextType .
static io.army.criteria.SimpleExpression	lower(Object arg0)
static io.army.criteria.SimplePredicate	lowerInc(io.army.criteria.Expression exp)	The MappingType of function return type: BooleanType.INSTANCE.
static io.army.criteria.SimplePredicate	lowerInf(io.army.criteria.Expression exp)	The MappingType of function return type: BooleanType.INSTANCE.
static io.army.criteria.SimpleExpression	lpad(io.army.criteria.Expression string, io.army.criteria.Expression length)	The MappingType of function return type: the MappingType of string.
static io.army.criteria.SimpleExpression	lpad(io.army.criteria.Expression string, io.army.criteria.Expression length, io.army.criteria.Expression fill)	The MappingType of function return type: the MappingType of string.
static io.army.criteria.SimpleExpression	lseg(io.army.criteria.Expression exp)	The MappingType of function return type: PostgreLsegType *
static io.army.criteria.SimpleExpression	lseg(io.army.criteria.Expression point1, io.army.criteria.Expression point2)	The MappingType of function return type: PostgreLsegType *
static io.army.criteria.SimpleExpression	lseg(java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> funcRef, String point1, String point2)	The MappingType of function return type: PostgreLsegType *
static io.army.criteria.CompoundPredicate	ltAt(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundPredicate	ltCaret(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundExpression	ltHyphenGt(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundPredicate	ltLt(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundPredicate	ltLtEqual(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundPredicate	ltLtVertical(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.SimpleExpression	ltrim(io.army.criteria.Expression string)	The MappingType of function return type: the MappingType of string.
static io.army.criteria.SimpleExpression	ltrim(io.army.criteria.Expression string, io.army.criteria.Expression characters)	The MappingType of function return type: the MappingType of string.
static io.army.criteria.SimpleExpression	macAddr8Set7bit(io.army.criteria.Expression macAddr8)	The MappingType of function return type: The MappingType of macAddr8
static io.army.criteria.SimpleExpression	makeAclItem(io.army.criteria.Expression grantee, io.army.criteria.Expression grantor, io.army.criteria.Expression privileges, io.army.criteria.Expression isGrantable)	The MappingType of function return type: PostgreAclItemType.TEXT
static io.army.criteria.SimpleExpression	makeDate(io.army.criteria.Expression year, io.army.criteria.Expression month, io.army.criteria.Expression day)	The MappingType of function return type: LocalDateType
static io.army.criteria.SimpleExpression	makeInterval(io.army.criteria.Expression years)	The MappingType of function return type: IntervalType
static io.army.criteria.SimpleExpression	makeInterval(io.army.criteria.Expression years, io.army.criteria.Expression months)	The MappingType of function return type: IntervalType
static io.army.criteria.SimpleExpression	makeInterval(io.army.criteria.Expression years, io.army.criteria.Expression months, io.army.criteria.Expression weeks)	The MappingType of function return type: IntervalType
static io.army.criteria.SimpleExpression	makeInterval(io.army.criteria.Expression years, io.army.criteria.Expression months, io.army.criteria.Expression weeks, io.army.criteria.Expression days)	The MappingType of function return type: IntervalType
static io.army.criteria.SimpleExpression	makeInterval(io.army.criteria.Expression years, io.army.criteria.Expression months, io.army.criteria.Expression weeks, io.army.criteria.Expression days, io.army.criteria.Expression hours)	The MappingType of function return type: IntervalType
static io.army.criteria.SimpleExpression	makeInterval(io.army.criteria.Expression years, io.army.criteria.Expression months, io.army.criteria.Expression weeks, io.army.criteria.Expression days, io.army.criteria.Expression hours, io.army.criteria.Expression mins)	The MappingType of function return type: IntervalType
static io.army.criteria.SimpleExpression	makeInterval(io.army.criteria.Expression years, io.army.criteria.Expression months, io.army.criteria.Expression weeks, io.army.criteria.Expression days, io.army.criteria.Expression hours, io.army.criteria.Expression mins, io.army.criteria.Expression secs)	The MappingType of function return type: IntervalType
static io.army.criteria.SimpleExpression	makeTime(io.army.criteria.Expression hour, io.army.criteria.Expression min, io.army.criteria.Expression sec)	The MappingType of function return type: LocalTimeType
static io.army.criteria.SimpleExpression	makeTimestamp(io.army.criteria.Expression year, io.army.criteria.Expression month, io.army.criteria.Expression day, io.army.criteria.Expression hour, io.army.criteria.Expression min, io.army.criteria.Expression sec)	The MappingType of function return type: LocalDateTimeType
static io.army.criteria.SimpleExpression	makeTimestampTz(io.army.criteria.Expression year, io.army.criteria.Expression month, io.army.criteria.Expression day, io.army.criteria.Expression hour, io.army.criteria.Expression min, io.army.criteria.Expression sec)	The MappingType of function return type: OffsetDateTimeType
static io.army.criteria.SimpleExpression	makeTimestampTz(io.army.criteria.Expression year, io.army.criteria.Expression month, io.army.criteria.Expression day, io.army.criteria.Expression hour, io.army.criteria.Expression min, io.army.criteria.Expression sec, io.army.criteria.Expression timeZone)	The MappingType of function return type: OffsetDateTimeType
static io.army.criteria.SimpleExpression	maskLen(io.army.criteria.Expression inet)	The MappingType of function return type: IntegerType
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	max(io.army.criteria.Expression exp)	The MappingType of function return type: the MappingType of exp.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	max(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression exp)	The MappingType of function return type: the MappingType of exp.
static io.army.criteria.SimpleExpression	md5(io.army.criteria.Expression string)	The MappingType of function return type: TextType.
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	min(io.army.criteria.Expression exp)	The MappingType of function return type: the MappingType of exp.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	min(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression exp)	The MappingType of function return type: the MappingType of exp.
static io.army.criteria.SimpleExpression	minScale(io.army.criteria.Expression exp)	The MappingType of function return type: IntegerType
static io.army.criteria.CompoundExpression	minus(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.SimpleExpression	mod(Object arg0, Object arg1)
static io.army.criteria.impl.PostgreWindowFunctions._AggWithGroupClause	mode()	The MappingType of function return type: the MappingType of order by clause first item.
static io.army.criteria.CompoundExpression	mode(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.SimpleExpression	multiRange(io.army.criteria.Expression anyRange)	The MappingType of function return type: If anyRange is PostgreRangeType.SingleRangeType ,then the multi range of the MappingType of anyRange. Else TextType.INSTANCE
static io.army.criteria.SimplePredicate	myFunc(String arg0)
static io.army.criteria.SimplePredicate	myFunc(String arg0, io.army.criteria.Expression arg1)
static io.army.criteria.SimplePredicate	myFunc(String arg0, io.army.criteria.Expression arg1, io.army.criteria.Expression arg2)
static io.army.criteria.SimplePredicate	myFunc(String arg0, io.army.criteria.Expression arg1, io.army.criteria.Expression arg2, io.army.criteria.Expression arg3)
static io.army.criteria.SimpleExpression	myFunc(String arg0, io.army.criteria.Expression arg1, io.army.criteria.Expression arg2, io.army.criteria.Expression arg3, io.army.meta.TypeMeta arg4)
static io.army.criteria.SimpleExpression	myFunc(String arg0, io.army.criteria.Expression arg1, io.army.criteria.Expression arg2, io.army.meta.TypeMeta arg3)
static io.army.criteria.SimpleExpression	myFunc(String arg0, io.army.criteria.Expression arg1, io.army.meta.TypeMeta arg2)
static io.army.criteria.SimpleExpression	myFunc(String arg0, io.army.meta.TypeMeta arg1)
static io.army.criteria.SimplePredicate	myFunc(String arg0, List<io.army.criteria.Expression> arg1)
static io.army.criteria.SimpleExpression	myFunc(String arg0, List<io.army.criteria.Expression> arg1, io.army.meta.TypeMeta arg2)
static io.army.criteria.impl.PostgreWindowFunctions._AggWithGroupClause	myWithGroupAggFunc(String name, io.army.criteria.Expression one, io.army.meta.TypeMeta returnType)	user-defined WITH GROUP aggregate function
static io.army.criteria.impl.PostgreWindowFunctions._AggWithGroupClause	myWithGroupAggFunc(String name, io.army.meta.TypeMeta returnType)	user-defined WITH GROUP aggregate function
static io.army.criteria.impl.PostgreWindowFunctions._AggWithGroupClause	myWithGroupAggFunc(String name, List<io.army.criteria.Expression> argList, io.army.meta.TypeMeta returnType)	user-defined WITH GROUP aggregate function
static io.army.criteria.Expression	namedNotation(String name, io.army.criteria.Expression expression)
static <T> io.army.criteria.Expression	namedNotation(String name, java.util.function.Function<T,io.army.criteria.Expression> valueOperator, T value)
static io.army.criteria.SimpleExpression	netmask(io.army.criteria.Expression inet)	The MappingType of function return type: PostgreInetType
static io.army.criteria.SimpleExpression	network(io.army.criteria.Expression inet)	The MappingType of function return type: PostgreCidrType
static io.army.criteria.SimpleExpression	nextVal(io.army.criteria.Expression exp)	The MappingType of function return type: LongType
static io.army.criteria.SimpleExpression	normalize(io.army.criteria.Expression exp)	The MappingType of function return type: the MappingType of exp.
static io.army.criteria.SimpleExpression	normalize(io.army.criteria.Expression exp, io.army.criteria.impl.PostgreStringFunctions.WordNormalizeForm form)	The MappingType of function return type: the MappingType of exp.
static io.army.criteria.CompoundPredicate	notEqual(io.army.criteria.Expression left, io.army.criteria.impl.SQLs.QuantifiedWord word, io.army.criteria.ArrayExpression array)
static io.army.criteria.CompoundPredicate	notSimilarTo(io.army.criteria.Expression exp, io.army.criteria.Expression pattern)
static io.army.criteria.CompoundPredicate	notSimilarTo(io.army.criteria.Expression exp, io.army.criteria.Expression pattern, io.army.criteria.impl.SQLs.WordEscape escape, io.army.criteria.Expression escapeChar)
static io.army.criteria.CompoundPredicate	notTilde(io.army.criteria.Expression left, io.army.criteria.Expression right)	The MappingType of function return type:BooleanType
static io.army.criteria.CompoundPredicate	notTildeStar(io.army.criteria.Expression left, io.army.criteria.Expression right)	The MappingType of function return type:BooleanType
static io.army.criteria.SimpleExpression	now()	The MappingType of function return type: OffsetDateTimeType
static io.army.criteria.SimpleExpression	npoints(io.army.criteria.Expression geometricType)	The MappingType of function return type: IntegerType *
static io.army.criteria.impl.PostgreWindowFunctions._OverSpec	nthValue(io.army.criteria.Expression value, io.army.criteria.Expression n)	The MappingType of function return type: the MappingType of value
static <T> io.army.criteria.impl.PostgreWindowFunctions._OverSpec	nthValue(io.army.criteria.Expression value, java.util.function.BiFunction<io.army.mapping.IntegerType,T,io.army.criteria.Expression> func, T n)	The MappingType of function return type: the MappingType of value
static io.army.criteria.impl.PostgreWindowFunctions._OverSpec	ntile(io.army.criteria.Expression numBuckets)	The MappingType of function return type: IntegerType.INSTANCE
static <T> io.army.criteria.impl.PostgreWindowFunctions._OverSpec	ntile(java.util.function.BiFunction<io.army.mapping.IntegerType,T,io.army.criteria.Expression> func, T value)	The MappingType of function return type: IntegerType.INSTANCE
static io.army.criteria.SimpleExpression	nullIf(Object arg0, Object arg1)
static io.army.criteria.SimpleExpression	numNode(io.army.criteria.Expression exp)	The MappingType of function return type: IntegerType
static io.army.criteria.SimpleExpression	numNonNulls(io.army.criteria.Expression first, io.army.criteria.Expression... rest)	The MappingType of function return type: IntegerType
static io.army.criteria.SimpleExpression	numNulls(io.army.criteria.Expression first, io.army.criteria.Expression... rest)	The MappingType of function return type: IntegerType
static io.army.criteria.SimpleExpression	objDescription(io.army.criteria.Expression object)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	objDescription(io.army.criteria.Expression object, io.army.criteria.Expression catalog)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	octetLength(io.army.criteria.Expression exp)	The MappingType of function return type: IntegerType.
static io.army.criteria.SimpleExpression	overlay(io.army.criteria.Expression string, io.army.criteria.impl.PostgreStringFunctions.WordPlacing placing, io.army.criteria.Expression newSubstring, io.army.criteria.impl.SQLs.WordFrom from, io.army.criteria.Expression start)	The MappingType of function return type: the MappingType of string.
static io.army.criteria.SimpleExpression	overlay(io.army.criteria.Expression string, io.army.criteria.impl.PostgreStringFunctions.WordPlacing placing, io.army.criteria.Expression newSubstring, io.army.criteria.impl.SQLs.WordFrom from, io.army.criteria.Expression start, io.army.criteria.impl.SQLs.WordFor wordFor, io.army.criteria.Expression count)	The MappingType of function return type: the MappingType of string.
static io.army.criteria.GroupByItem.ExpressionGroup	parens()
static io.army.criteria.GroupByItem.ExpressionGroup	parens(io.army.criteria.Expression exp)
static io.army.criteria.GroupByItem.ExpressionGroup	parens(io.army.criteria.Expression exp1, io.army.criteria.Expression exp2)
static io.army.criteria.GroupByItem.ExpressionGroup	parens(io.army.criteria.Expression exp1, io.army.criteria.Expression exp2, io.army.criteria.Expression exp3, io.army.criteria.Expression... rest)
static io.army.criteria.GroupByItem.ExpressionGroup	parens(java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.Expression>> consumer)
static io.army.criteria.SimpleExpression	parseIdent(io.army.criteria.Expression qualifiedIdentifier)	The MappingType of function return type: TextArrayType .
static io.army.criteria.SimpleExpression	parseIdent(io.army.criteria.Expression qualifiedIdentifier, io.army.criteria.impl.SQLs.WordBooleans strictMode)	The MappingType of function return type: TextArrayType .
static io.army.criteria.SimpleExpression	path(io.army.criteria.Expression exp)	The MappingType of function return type: PostgrePathType *
static io.army.criteria.SimpleExpression	pclose(io.army.criteria.Expression path)	The MappingType of function return type: PostgrePathType *
static io.army.criteria.SimpleExpression	pclose(java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> funcRef, String path)	The MappingType of function return type: PostgrePathType *
static io.army.criteria.impl.PostgreWindowFunctions._AggWithGroupClause	percentileCont(io.army.criteria.Expression fraction)	The MappingType of function return type: If fraction is double array type and order by clause first item is sql double type type,then DoubleType.INSTANCE If fraction is sql double array type and order by clause first item is sql interval type,then IntervalType.TEXT If fraction is sql double type and order by clause first item is sql double type type,then DoubleArrayType.LINEAR If fraction is sql double type and order by clause first item is sql interval type,then IntervalArrayType.LINEAR Else TextType.INSTANCE
static io.army.criteria.impl.PostgreWindowFunctions._AggWithGroupClause	percentileDisc(io.army.criteria.Expression fraction)	The MappingType of function return type: If fraction is double array type ,then it is the MappingType of order by clause first item If fraction is double array type ,then it is the array MappingType of order by clause first item Else TextType.INSTANCE
static io.army.criteria.impl.PostgreWindowFunctions._OverSpec	percentRank()	The MappingType of function return type: DoubleType.INSTANCE
static io.army.criteria.impl.PostgreWindowFunctions._AggWithGroupClause	percentRank(io.army.criteria.Expression args)	The MappingType of function return type: DoubleType.INSTANCE
static Postgres._PeriodOverlapsClause	period(io.army.criteria.Expression start, io.army.criteria.Expression endOrLength)	OVERLAPS operator
static <T> Postgres._PeriodOverlapsClause	period(io.army.criteria.Expression start, java.util.function.BiFunction<io.army.criteria.Expression,T,io.army.criteria.Expression> valueOperator, T value)	OVERLAPS operator
static Postgres._PeriodOverlapsClause	period(io.army.criteria.TypeInfer type, java.util.function.BiFunction<io.army.criteria.TypeInfer,Object,io.army.criteria.Expression> valueOperator, Object start, Object endOrLength)	OVERLAPS operator
static <T> Postgres._PeriodOverlapsClause	period(java.util.function.BiFunction<io.army.criteria.Expression,T,io.army.criteria.Expression> valueOperator, T value, io.army.criteria.Expression endOrLength)	OVERLAPS operator
static io.army.criteria.SimpleExpression	pgBackendPid()	The MappingType of function return type: IntegerType.INSTANCE
static io.army.criteria.SimpleExpression	pgBlockingPids(io.army.criteria.Expression exp)	The MappingType of function return type: IntegerArrayType.PRIMITIVE_LINEAR
static io.army.criteria.SimpleExpression	pgCharToEncoding(io.army.criteria.Expression encoding)	The MappingType of function return type: IntegerType.INSTANCE
static io.army.criteria.SimpleExpression	pgClientEncoding()	The MappingType of function return type: StringType .
static io.army.criteria.SimplePredicate	pgCollationIsVisible(io.army.criteria.Expression collation)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimpleExpression	pgConfLoadTime()	The MappingType of function return type: OffsetDateTimeType.INSTANCE
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	pgControlCheckpoint()	The MappingType of function return type: checkpoint_lsn : PostgrePgLsnType.LONG redo_lsn : PostgrePgLsnType.LONG redo_wal_file : TextType.INSTANCE timeline_id : IntegerType.INSTANCE prev_timeline_id : IntegerType.INSTANCE full_page_writes : BooleanType.INSTANCE next_xid : TextType.INSTANCE next_oid : LongType.INSTANCE next_multixact_id : IntegerType.INSTANCE next_multi_offset : IntegerType.INSTANCE oldest_xid : IntegerType.INSTANCE oldest_xid_dbid : LongType.INSTANCE oldest_active_xid : IntegerType.INSTANCE oldest_multi_xid : IntegerType.INSTANCE oldest_multi_dbid : LongType.INSTANCE oldest_commit_ts_xid : IntegerType.INSTANCE newest_commit_ts_xid : IntegerType.INSTANCE checkpoint_time : OffsetDateTimeType.INSTANCE ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	pgControlInit()	The MappingType of function return type: max_data_alignment : IntegerType.INSTANCE database_block_size : IntegerType.INSTANCE blocks_per_segment : IntegerType.INSTANCE wal_block_size : IntegerType.INSTANCE bytes_per_wal_segment : IntegerType.INSTANCE max_identifier_length : IntegerType.INSTANCE max_index_columns : IntegerType.INSTANCE max_toast_chunk_size : IntegerType.INSTANCE large_object_chunk_size : IntegerType.INSTANCE float8_pass_by_value : BooleanType.INSTANCE data_page_checksum_version : IntegerType.INSTANCE ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	pgControlRecovery()	The MappingType of function return type: min_recovery_end_lsn : PostgrePgLsnType.LONG min_recovery_end_timeline : IntegerType.INSTANCE backup_start_lsn : PostgrePgLsnType.LONG backup_end_lsn : PostgrePgLsnType.LONG end_of_backup_record_required : BooleanType.INSTANCE ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	pgControlSystem()	The MappingType of function return type: pg_control_version : IntegerType.INSTANCE catalog_version_no : IntegerType.INSTANCE system_identifier : LongType.INSTANCE pg_control_last_modified : OffsetDateTimeType.INSTANCE ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause
static io.army.criteria.SimplePredicate	pgConversionIsVisible(io.army.criteria.Expression conversion)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimpleExpression	pgCurrentLogFile()	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	pgCurrentLogFile(io.army.criteria.Expression exp)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	pgCurrentSnapshot()	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	pgCurrentXactId()	The MappingType of function return type: LongType.INSTANCE
static io.army.criteria.SimpleExpression	pgCurrentXactIdIfAssigned()	The MappingType of function return type: LongType.INSTANCE
static io.army.criteria.SimpleExpression	pgDescribeObject(io.army.criteria.Expression classId, io.army.criteria.Expression objId, io.army.criteria.Expression objSubId)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	pgEncodingToChar(io.army.criteria.Expression encoding)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimplePredicate	pgFunctionIsVisible(io.army.criteria.Expression function)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	pgGetCatalogForeignKeys()	The MappingType of function return type: fktable : TextType.INSTANCE fkcols : TextArrayType.LINEAR pktable : TextType.INSTANCE pkcols : TextArrayType.LINEAR is_array : BooleanType.INSTANCE is_opt : BooleanType.INSTANCE ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause
static io.army.criteria.SimpleExpression	pgGetConstraintDef(io.army.criteria.Expression constraint)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	pgGetConstraintDef(io.army.criteria.Expression constraint, io.army.criteria.Expression pretty)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	pgGetExpr(io.army.criteria.Expression expr, io.army.criteria.Expression relation, io.army.criteria.Expression pretty)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	pgGetFunctionArguments(io.army.criteria.Expression func)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	pgGetFunctionDef(io.army.criteria.Expression func)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	pgGetFunctionIdentityArguments(io.army.criteria.Expression func)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	pgGetFunctionResult(io.army.criteria.Expression func)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	pgGetIndexDef(io.army.criteria.Expression func)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	pgGetIndexDef(io.army.criteria.Expression func, io.army.criteria.Expression column, io.army.criteria.Expression pretty)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	pgGetKeywords()	The MappingType of function return type: word : TextType.INSTANCE catcode : CharacterType.INSTANCE barelabel : BooleanType.INSTANCE catdesc : TextType.INSTANCE baredesc : TextType.INSTANCE ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	pgGetObjectAddress(io.army.criteria.Expression type, io.army.criteria.Expression objectNames, io.army.criteria.Expression objectArgs)	The MappingType of function return type: classid : LongType.INSTANCE objid : LongType.INSTANCE objsubid : IntegerType.INSTANCE ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause
static io.army.criteria.SimpleExpression	pgGetRuleDef(io.army.criteria.Expression rule)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	pgGetRuleDef(io.army.criteria.Expression rule, io.army.criteria.Expression pretty)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	pgGetSerialSequence(io.army.criteria.Expression table, io.army.criteria.Expression column)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	pgGetStatisticsObjDef(io.army.criteria.Expression statObj)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	pgGetTriggerDef(io.army.criteria.Expression trigger)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	pgGetTriggerDef(io.army.criteria.Expression trigger, io.army.criteria.Expression pretty)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	pgGetUserById(io.army.criteria.Expression role)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	pgGetViewDef(io.army.criteria.Expression view)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	pgGetViewDef(io.army.criteria.Expression view, io.army.criteria.Expression exp)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimplePredicate	pgHasRole(io.army.criteria.Expression role, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	pgHasRole(io.army.criteria.Expression user, io.army.criteria.Expression role, io.army.criteria.Expression privilege)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	pgIdentifyObject(io.army.criteria.Expression classId, io.army.criteria.Expression objId, io.army.criteria.Expression objSubId)	The MappingType of function return type: type : TextType.INSTANCE schema : TextType.INSTANCE name : TextType.INSTANCE identity : TextType.INSTANCE ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	pgIdentifyObjectAsAddress(io.army.criteria.Expression classId, io.army.criteria.Expression objId, io.army.criteria.Expression objSubId)	The MappingType of function return type: type : TextType.INSTANCE object_names : TextArrayType.LINEAR object_args : TextArrayType.LINEAR ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause
static io.army.criteria.SimplePredicate	pgIndexAmHasProperty(io.army.criteria.Expression am, io.army.criteria.Expression property)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	pgIndexColumnHasProperty(io.army.criteria.Expression index, io.army.criteria.Expression column, io.army.criteria.Expression property)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	pgIndexHasProperty(io.army.criteria.Expression index, io.army.criteria.Expression property)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	pgIsOtherTempSchema(io.army.criteria.Expression exp)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	pgJitAvailable()	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	pgLastCommittedXact()	The MappingType of function return type: xid : IntegerType.INSTANCE timestamp : OffsetDateTimeType.INSTANCE roident : LongType.INSTANCE ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	pgListeningChannels()	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	pgMcvListItems(io.army.criteria.Expression pgMcvList)	The MappingType of function return type: index : IntegerType.INSTANCE values : TextArrayType.LINEAR nulls : BooleanArrayType.PRIMITIVE_LINEAR frequency : DoubleType.INSTANCE base_frequency : DoubleType.INSTANCE ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause
static io.army.criteria.SimpleExpression	pgMyTempSchema()	The MappingType of function return type: LongType.INSTANCE
static io.army.criteria.SimpleExpression	pgNotificationQueueUsage()	The MappingType of function return type: DoubleType.INSTANCE
static io.army.criteria.SimplePredicate	pgOpClassIsVisible(io.army.criteria.Expression opclass)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	pgOperatorIsVisible(io.army.criteria.Expression operator)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	pgOpFamilyIsVisible(io.army.criteria.Expression opClass)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	pgOptionsToTable(io.army.criteria.Expression optionsArray)	The MappingType of function return type: option_name : TextType.INSTANCE option_value : TextType.INSTANCE ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause
static io.army.criteria.SimpleExpression	pgPostMasterStartTime()	The MappingType of function return type: OffsetDateTimeType.INSTANCE
static io.army.criteria.SimpleExpression	pgSafeSnapshotBlockingPids(io.army.criteria.Expression exp)	The MappingType of function return type: IntegerArrayType.PRIMITIVE_LINEAR
static io.army.criteria.SimpleExpression	pgSettingsGetFlags(io.army.criteria.Expression guc)	The MappingType of function return type: TextArrayType.LINEAR
static io.army.criteria.SimpleExpression	pgSleep(io.army.criteria.Expression seconds)	The MappingType of function return type: StringType
static io.army.criteria.SimpleExpression	pgSleepFor(io.army.criteria.Expression interval)	The MappingType of function return type: StringType
static io.army.criteria.SimpleExpression	pgSleepUntil(io.army.criteria.Expression timestampTz)	The MappingType of function return type: StringType
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	pgSnapshotXip(io.army.criteria.Expression pgSnapshot)	The MappingType of function return type: "Anonymous field" ( you must use as clause definite filed name) : LongType.INSTANCE ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause
static io.army.criteria.SimpleExpression	pgSnapshotXMax(io.army.criteria.Expression pgSnapshot)	The MappingType of function return type: LongType.INSTANCE
static io.army.criteria.SimpleExpression	pgSnapshotXMin(io.army.criteria.Expression pgSnapshot)	The MappingType of function return type: LongType.INSTANCE
static io.army.criteria.SimplePredicate	pgStatisticsObjIsVisible(io.army.criteria.Expression stat)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	pgTableIsVisible(io.army.criteria.Expression table)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	pgTablespaceDatabases(io.army.criteria.Expression tablespace)	The MappingType of function return type: "Anonymous field" ( you must use as clause definite filed name) : LongType.INSTANCE ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause
static io.army.criteria.SimpleExpression	pgTablespaceLocation(io.army.criteria.Expression tablespace)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	pgTriggerDepth()	The MappingType of function return type: IntegerType.INSTANCE
static io.army.criteria.SimplePredicate	pgTsConfigIsVisible(io.army.criteria.Expression config)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	pgTsDictIsVisible(io.army.criteria.Expression dict)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	pgTsParserIsVisible(io.army.criteria.Expression parser)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	pgTsTemplateIsVisible(io.army.criteria.Expression template)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimplePredicate	pgTypeIsVisible(io.army.criteria.Expression type)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimpleExpression	pgTypeOf(io.army.criteria.Expression any)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimplePredicate	pgVisibleInSnapshot(io.army.criteria.Expression xid8, io.army.criteria.Expression pgSnapshot)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimpleExpression	pgXactCommitTimestamp(io.army.criteria.Expression xid)	The MappingType of function return type: OffsetDateTimeType.INSTANCE
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	pgXactCommitTimestampOrigin(io.army.criteria.Expression xid)	The MappingType of function return type: timestamp : OffsetDateTimeType.INSTANCE roident : LongType.INSTANCE ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause
static io.army.criteria.SimpleExpression	pgXactStatus(io.army.criteria.Expression xid8)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	phraseToTsQuery(io.army.criteria.Expression query)	The MappingType of function return type: PostgreTsQueryType *
static io.army.criteria.SimpleExpression	phraseToTsQuery(io.army.criteria.Expression config, io.army.criteria.Expression query)	The MappingType of function return type: PostgreTsQueryType *
static <T> io.army.criteria.Expression	phraseToTsQuery(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForQuery, T query)	The MappingType of function return type: PostgreTsQueryType *
static <T, U> io.army.criteria.Expression	phraseToTsQuery(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForConfig, T config, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForQuery, U query)	The MappingType of function return type: PostgreTsQueryType *
static io.army.criteria.SimpleExpression	pi()
static io.army.criteria.SimpleExpression	plainToTsQuery(io.army.criteria.Expression query)	The MappingType of function return type: PostgreTsQueryType *
static io.army.criteria.SimpleExpression	plainToTsQuery(io.army.criteria.Expression config, io.army.criteria.Expression query)	The MappingType of function return type: PostgreTsQueryType *
static <T> io.army.criteria.Expression	plainToTsQuery(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForQuery, T query)	The MappingType of function return type: PostgreTsQueryType *
static <T, U> io.army.criteria.Expression	plainToTsQuery(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForConfig, T config, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForQuery, U query)	The MappingType of function return type: PostgreTsQueryType *
static io.army.criteria.CompoundExpression	plus(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.SimpleExpression	point(io.army.criteria.Expression exp)	The MappingType of function return type: PostgrePointType *
static io.army.criteria.SimpleExpression	point(io.army.criteria.Expression x, io.army.criteria.Expression y)	The MappingType of function return type: PostgrePointType *
static <T> io.army.criteria.Expression	point(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T x, T y)	The MappingType of function return type: PostgrePointType *
static io.army.criteria.SimpleExpression	polygon(io.army.criteria.Expression exp)	The MappingType of function return type: PostgrePolygonType *
static io.army.criteria.SimpleExpression	polygon(io.army.criteria.Expression exp1, io.army.criteria.Expression exp2)	The MappingType of function return type: PostgrePolygonType *
static io.army.criteria.SimpleExpression	popen(io.army.criteria.Expression path)	The MappingType of function return type: PostgrePathType *
static io.army.criteria.SimpleExpression	popen(java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> funcRef, String path)	The MappingType of function return type: PostgrePathType *
static io.army.criteria.SimpleExpression	position(io.army.criteria.Expression substring, io.army.criteria.impl.SQLs.WordIn in, io.army.criteria.Expression string)	The MappingType of function return type: IntegerType.
static io.army.criteria.Expression	pound(io.army.criteria.Expression operand)
static io.army.criteria.CompoundExpression	pound(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundExpression	poundGt(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundExpression	poundGtGt(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundExpression	poundHyphen(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.SimpleExpression	pow(Object arg0, Object arg1)
static io.army.criteria.SimpleExpression	power(io.army.criteria.Expression x, io.army.criteria.Expression y)	The MappingType of function return type: If the MappingType of exp is float number type,then DoubleType Else BigDecimalType
static PostgreQuery.WithSpec<io.army.criteria.Select>	query()	create simple(non-batch) SELECT statement that is primary statement.
static io.army.criteria.SimpleExpression	queryToXml(io.army.criteria.Expression query, io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	queryToXml(io.army.criteria.Select query, io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	queryToXml(io.army.criteria.Select query, io.army.criteria.Visible visible, io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	queryToXmlAndXmlSchema(io.army.criteria.Expression query, io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	queryToXmlAndXmlSchema(io.army.criteria.Select query, io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	queryToXmlAndXmlSchema(io.army.criteria.Select query, io.army.criteria.Visible visible, io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	queryToXmlSchema(io.army.criteria.Expression query, io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	queryToXmlSchema(io.army.criteria.Select query, io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	queryToXmlSchema(io.army.criteria.Select query, io.army.criteria.Visible visible, io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	queryTree(io.army.criteria.Expression tsQuery)	The MappingType of function return type: TextType *
static io.army.criteria.CompoundPredicate	question(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundPredicate	questionAmp(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.IPredicate	questionHyphen(io.army.criteria.Expression operand)
static io.army.criteria.CompoundPredicate	questionHyphen(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundPredicate	questionHyphenVertical(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundPredicate	questionPound(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.IPredicate	questionVertical(io.army.criteria.Expression operand)
static io.army.criteria.CompoundPredicate	questionVertical(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundPredicate	questionVerticalVertical(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.SimpleExpression	quoteLiteral(io.army.criteria.Expression anyElement)	The MappingType of function return type: If the MappingType of anyElement is string type,then the MappingType of anyElement Else StringType
static io.army.criteria.SimpleExpression	quoteNullable(io.army.criteria.Expression anyElement)	The MappingType of function return type: If the MappingType of anyElement is string type,then the MappingType of anyElement Else StringType
static io.army.criteria.SimpleExpression	radians(Object arg0)
static io.army.criteria.SimpleExpression	radius(io.army.criteria.Expression circle)	The MappingType of function return type: DoubleType *
static io.army.criteria.SimpleExpression	rand()
static io.army.criteria.SimpleExpression	rand(Object arg0)
static io.army.criteria.SimpleExpression	random()	The MappingType of function return type: DoubleType
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	rangeAgg(io.army.criteria.Expression exp)	The MappingType of function return type: the MappingType of exp.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	rangeAgg(io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: the MappingType of exp.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	rangeAgg(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any)	The MappingType of function return type: the MappingType of exp.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	rangeAgg(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: the MappingType of exp.
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	rangeIntersectAgg(io.army.criteria.Expression exp)	The MappingType of function return type: the MappingType of exp.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	rangeIntersectAgg(io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: the MappingType of exp.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	rangeIntersectAgg(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any)	The MappingType of function return type: the MappingType of exp.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	rangeIntersectAgg(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: the MappingType of exp.
static io.army.criteria.SimpleExpression	rangeMerge(io.army.criteria.Expression range1, io.army.criteria.Expression range2)	The MappingType of function return type: the MappingType of range1.
static io.army.criteria.impl.PostgreWindowFunctions._OverSpec	rank()	The MappingType of function return type: LongType.INSTANCE
static io.army.criteria.impl.PostgreWindowFunctions._AggWithGroupClause	rank(io.army.criteria.Expression args)	The MappingType of function return type: LongType.INSTANCE
static io.army.criteria.SimpleExpression	regexpCount(io.army.criteria.Expression string, io.army.criteria.Expression pattern)	The MappingType of function return type: IntegerType
static io.army.criteria.SimpleExpression	regexpCount(io.army.criteria.Expression string, io.army.criteria.Expression pattern, io.army.criteria.Expression start)	The MappingType of function return type: IntegerType
static io.army.criteria.SimpleExpression	regexpCount(io.army.criteria.Expression string, io.army.criteria.Expression pattern, io.army.criteria.Expression start, io.army.criteria.Expression flags)	The MappingType of function return type: IntegerType
static io.army.criteria.IPredicate	regexpLike(io.army.criteria.Expression string, io.army.criteria.Expression pattern)	The MappingType of function return type: BooleanType
static io.army.criteria.IPredicate	regexpLike(io.army.criteria.Expression string, io.army.criteria.Expression pattern, io.army.criteria.Expression flags)	The MappingType of function return type: BooleanType
static io.army.criteria.IPredicate	regexpLike(io.army.criteria.Expression string, java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> valueFunc, String pattern)	The MappingType of function return type: BooleanType
static io.army.criteria.IPredicate	regexpLike(io.army.criteria.Expression string, java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> valueFunc, String pattern, io.army.criteria.Expression flags)	The MappingType of function return type: BooleanType
static io.army.criteria.IPredicate	regexpLike(io.army.criteria.Expression string, java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> valueFunc, String pattern, String flags)	The MappingType of function return type: BooleanType
static io.army.criteria.SimpleExpression	regexpMatch(io.army.criteria.Expression string, io.army.criteria.Expression pattern)	The MappingType of function return type: TextArrayType
static io.army.criteria.SimpleExpression	regexpMatch(io.army.criteria.Expression string, io.army.criteria.Expression pattern, io.army.criteria.Expression flags)	The MappingType of function return type: TextArrayType
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	regexpMatches(io.army.criteria.Expression string, io.army.criteria.Expression pattern)	The MappingType of function return type: TextArrayType
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	regexpMatches(io.army.criteria.Expression string, io.army.criteria.Expression pattern, io.army.criteria.Expression flags)	The MappingType of function return type: TextArrayType
static io.army.criteria.SimpleExpression	regexpReplace(io.army.criteria.Expression string, io.army.criteria.Expression pattern, io.army.criteria.Expression replacement)	The MappingType of function return type: TextType
static io.army.criteria.SimpleExpression	regexpReplace(io.army.criteria.Expression string, io.army.criteria.Expression pattern, io.army.criteria.Expression replacement, io.army.criteria.Expression startOrFlag)	The MappingType of function return type: TextType
static io.army.criteria.SimpleExpression	regexpReplace(io.army.criteria.Expression string, io.army.criteria.Expression pattern, io.army.criteria.Expression replacement, io.army.criteria.Expression start, io.army.criteria.Expression nOrFlat)	The MappingType of function return type: TextType
static io.army.criteria.SimpleExpression	regexpReplace(io.army.criteria.Expression string, io.army.criteria.Expression pattern, io.army.criteria.Expression replacement, io.army.criteria.Expression start, io.army.criteria.Expression n, io.army.criteria.Expression flags)	The MappingType of function return type: TextType
static io.army.criteria.SimpleExpression	regexpSplitToArray(io.army.criteria.Expression string, io.army.criteria.Expression pattern)	The MappingType of function return type: TextArrayType
static io.army.criteria.SimpleExpression	regexpSplitToArray(io.army.criteria.Expression string, io.army.criteria.Expression pattern, io.army.criteria.Expression flags)	The MappingType of function return type: TextArrayType
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	regexpSplitToTable(io.army.criteria.Expression string, io.army.criteria.Expression pattern)	The MappingType of function return type: TextType
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	regexpSplitToTable(io.army.criteria.Expression string, io.army.criteria.Expression pattern, io.army.criteria.Expression flags)	The MappingType of function return type: TextType
static io.army.criteria.SimpleExpression	regexpSubstr(io.army.criteria.Expression string, io.army.criteria.Expression pattern, io.army.criteria.Expression start)	The MappingType of function return type: TextType
static io.army.criteria.SimpleExpression	regexpSubstr(io.army.criteria.Expression string, io.army.criteria.Expression pattern, io.army.criteria.Expression start, io.army.criteria.Expression n)	The MappingType of function return type: TextType
static io.army.criteria.SimpleExpression	regexpSubstr(io.army.criteria.Expression string, io.army.criteria.Expression pattern, io.army.criteria.Expression start, io.army.criteria.Expression n, io.army.criteria.Expression flags)	The MappingType of function return type: TextType
static io.army.criteria.SimpleExpression	regexpSubstr(io.army.criteria.Expression string, io.army.criteria.Expression pattern, io.army.criteria.Expression start, io.army.criteria.Expression n, io.army.criteria.Expression flags, io.army.criteria.Expression subExpr)	The MappingType of function return type: TextType
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	regrAvgx(io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrAvgx(io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrAvgx(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrAvgx(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	regrAvgy(io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrAvgy(io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrAvgy(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrAvgy(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	regrCount(io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: LongType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrCount(io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: LongType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrCount(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: LongType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrCount(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: LongType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	regrIntercept(io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrIntercept(io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrIntercept(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrIntercept(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	regrR2(io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrR2(io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrR2(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrR2(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	regrSlope(io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrSlope(io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	/**
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrSlope(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrSlope(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	regrSxx(io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrSxx(io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrSxx(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrSxx(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	regrSxy(io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrSxy(io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrSxy(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrSxy(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	regrSyy(io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrSyy(io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrSyy(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	regrSyy(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression y, io.army.criteria.Expression x, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.SimpleExpression	repeat(io.army.criteria.Expression string, io.army.criteria.Expression number)	The MappingType of function return type: TextType
static io.army.criteria.SimpleExpression	replace(io.army.criteria.Expression string, io.army.criteria.Expression from, io.army.criteria.Expression to)	The MappingType of function return type: TextType
static io.army.criteria.SimpleExpression	reverse(io.army.criteria.Expression string)	The MappingType of function return type: TextType
static io.army.criteria.SimpleExpression	right(io.army.criteria.Expression string, io.army.criteria.Expression n)	The MappingType of function return type: TextType
static io.army.criteria.GroupByItem	rollup(io.army.criteria.GroupByItem.ExpressionItem exp)
static io.army.criteria.GroupByItem	rollup(io.army.criteria.GroupByItem.ExpressionItem exp1, io.army.criteria.GroupByItem.ExpressionItem exp2)
static io.army.criteria.GroupByItem	rollup(io.army.criteria.GroupByItem.ExpressionItem exp1, io.army.criteria.GroupByItem.ExpressionItem exp2, io.army.criteria.GroupByItem.ExpressionItem exp3, io.army.criteria.GroupByItem.ExpressionItem... rest)
static io.army.criteria.GroupByItem	rollup(java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.GroupByItem.ExpressionItem>> consumer)
static io.army.criteria.SimpleExpression	round(Object arg0)
static io.army.criteria.SimpleExpression	round(Object arg0, Object arg1)
static io.army.criteria.RowExpression	row()	create empty row.
static io.army.criteria.impl.PostgreWindowFunctions._OverSpec	rowNumber()	The MappingType of function return type: LongType.INSTANCE
static io.army.criteria.SimplePredicate	rowSecurityActive(io.army.criteria.Expression table)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	rowsFrom(io.army.criteria.impl.SQLs.SymbolSpace space, java.util.function.Consumer<Postgres.RowFromConsumer> consumer)
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	rowsFrom(java.util.function.Consumer<Postgres._RowsFromSpaceClause> consumer)
static io.army.criteria.SimpleExpression	rowToJson(io.army.criteria.RowElement record)	The MappingType of function return type: JsonType.TEXT *
static io.army.criteria.SimpleExpression	rowToJson(io.army.criteria.RowElement record, io.army.criteria.Expression lineFeed)	The MappingType of function return type: JsonType.TEXT *
static io.army.criteria.SimpleExpression	rpad(io.army.criteria.Expression string, io.army.criteria.Expression length)	The MappingType of function return type: TextType
static io.army.criteria.SimpleExpression	rpad(io.army.criteria.Expression string, io.army.criteria.Expression length, io.army.criteria.Expression fill)	The MappingType of function return type: TextType
static io.army.criteria.SimpleExpression	rtrim(io.army.criteria.Expression string)	The MappingType of function return type: TextType
static io.army.criteria.SimpleExpression	rtrim(io.army.criteria.Expression string, io.army.criteria.Expression characters)	The MappingType of function return type: the MappingType of string
static PostgreQuery.WithSpec<io.army.criteria.Expression>	scalarSubQuery()	create SUB-SELECT statement that is sub query statement and would be converted to Expression.
static io.army.criteria.SimpleExpression	scale(io.army.criteria.Expression x, io.army.criteria.Expression y)	The MappingType of function return type: IntegerType
static io.army.criteria.SimpleExpression	schemaToXml(io.army.criteria.Expression schema, io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	schemaToXmlAndXmlSchema(io.army.criteria.Expression schema, io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	schemaToXmlSchema(io.army.criteria.Expression schema, io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	setBit(io.army.criteria.Expression bits, io.army.criteria.Expression n)	The MappingType of function return type: the MappingType of bits
static io.army.criteria.SimpleExpression	setBit(io.army.criteria.Expression bits, io.army.criteria.Expression n, io.army.criteria.Expression newValue)	The MappingType of function return type: the MappingType of bits
static io.army.criteria.SimpleExpression	setByte(io.army.criteria.Expression bits, io.army.criteria.Expression n, io.army.criteria.Expression newValue)	The MappingType of function return type: the MappingType of bits
static io.army.criteria.SimpleExpression	setMaskLen(io.army.criteria.Expression exp1, io.army.criteria.Expression exp2)	The MappingType of function return type: If exp1 type is PostgreInetType,then PostgreInetType If exp1 type is PostgreCidrType,then PostgreCidrType Else The MappingType of exp1
static <T> io.army.criteria.Expression	setMaskLen(io.army.criteria.Expression exp1, java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T value)	The MappingType of function return type: If exp1 type is PostgreInetType,then PostgreInetType If exp1 type is PostgreCidrType,then PostgreCidrType Else The MappingType of exp1
static io.army.criteria.SimpleExpression	setSeed(io.army.criteria.Expression exp)	The MappingType of function return type: StringType
static io.army.criteria.SimpleExpression	setVal(io.army.criteria.Expression regClass, io.army.criteria.Expression value)	The MappingType of function return type: LongType
static io.army.criteria.SimpleExpression	setVal(io.army.criteria.Expression regClass, io.army.criteria.Expression value, io.army.criteria.Expression isCalled)	The MappingType of function return type: LongType
static io.army.criteria.SimpleExpression	setWeight(io.army.criteria.Expression vector, io.army.criteria.Expression weight)	The MappingType of function return type: PostgreTsVectorType *
static io.army.criteria.SimpleExpression	setWeight(io.army.criteria.Expression vector, io.army.criteria.Expression weight, io.army.criteria.Expression lexemes)	The MappingType of function return type: PostgreTsVectorType *
static <T, U> io.army.criteria.Expression	setWeight(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForVector, T vector, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForWeight, U weight)	The MappingType of function return type: PostgreTsVectorType *
static <T, U, V> io.army.criteria.Expression	setWeight(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForVector, T vector, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForWeight, U weight, java.util.function.BiFunction<io.army.mapping.MappingType,V,io.army.criteria.Expression> funcRefForLexemes, V lexemes)	The MappingType of function return type: PostgreTsVectorType *
static io.army.criteria.SimpleExpression	sha224(io.army.criteria.Expression bytea)	The MappingType of function return type: the MappingType of bytea
static io.army.criteria.SimpleExpression	sha256(io.army.criteria.Expression bytea)	The MappingType of function return type: the MappingType of bytea
static io.army.criteria.SimpleExpression	sha384(io.army.criteria.Expression bytea)	The MappingType of function return type: the MappingType of bytea
static io.army.criteria.SimpleExpression	sha512(io.army.criteria.Expression bytea)	The MappingType of function return type: the MappingType of bytea
static io.army.criteria.SimpleExpression	shObjDescription(io.army.criteria.Expression object, io.army.criteria.Expression catalog)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	sign(Object arg0)
static io.army.criteria.CompoundPredicate	similarTo(io.army.criteria.Expression exp, io.army.criteria.Expression pattern)
static io.army.criteria.CompoundPredicate	similarTo(io.army.criteria.Expression exp, io.army.criteria.Expression pattern, io.army.criteria.impl.SQLs.WordEscape escape, io.army.criteria.Expression escapeChar)
static io.army.criteria.SimpleExpression	sin(Object arg0)
static io.army.criteria.SimpleExpression	sind(io.army.criteria.Expression expr)	The MappingType of function return type: DoubleType
static PostgreDelete._SingleWithSpec<io.army.criteria.Delete,io.army.criteria.dialect.ReturningDelete>	singleDelete()	create simple(non-batch) single-table DELETE statement that is primary statement.
static PostgreInsert._PrimaryOptionSpec	singleInsert()	create single-table INSERT statement that is primary statement.
static PostgreMerge._WithSpec	singleMerge()	Create postgre single-table MERGE statement.
static PostgreUpdate._SingleWithSpec<io.army.criteria.Update,io.army.criteria.dialect.ReturningUpdate>	singleUpdate()	create simple(non-batch) single-table UPDATE statement that is primary statement.
static io.army.criteria.SimpleExpression	sinh(io.army.criteria.Expression expr)	The MappingType of function return type: DoubleType
static io.army.criteria.SimpleExpression	slope(io.army.criteria.Expression point1, io.army.criteria.Expression point2)	The MappingType of function return type: DoubleType *
static io.army.criteria.LiteralExpression	space(String literal, Postgres.DoubleColon doubleColon, String typeName)	Create PostgreSQL-style typecast expression.
static io.army.criteria.SimpleExpression	splitPart(io.army.criteria.Expression string, io.army.criteria.Expression delimiter, io.army.criteria.Expression n)	The MappingType of function return type: TextType
static io.army.criteria.SimpleExpression	sqrt(Object arg0)
static io.army.criteria.IPredicate	startsWith(io.army.criteria.Expression string, io.army.criteria.Expression prefix)	The MappingType of function return type: BooleanType
static io.army.criteria.SimpleExpression	statementTimestamp()	The MappingType of function return type: OffsetDateTimeType
static io.army.criteria.SimpleExpression	std(io.army.criteria.Expression arg0)
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	stdDev(io.army.criteria.Expression exp)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	stdDev(io.army.criteria.Expression exp, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	stdDev(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression exp)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	stdDev(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression exp, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	stdDevPop(io.army.criteria.Expression exp)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	stdDevPop(io.army.criteria.Expression exp, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	stdDevPop(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression exp)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	stdDevPop(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression exp, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	stdDevSamp(io.army.criteria.Expression exp)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	stdDevSamp(io.army.criteria.Expression exp, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	stdDevSamp(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression exp)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	stdDevSamp(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression exp, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	stringAgg(io.army.criteria.Expression value, io.army.criteria.Expression delimiter)	The MappingType of function return type: the MappingType of exp.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	stringAgg(io.army.criteria.Expression value, io.army.criteria.Expression delimiter, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: the MappingType of exp.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	stringAgg(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression value, io.army.criteria.Expression delimiter)	The MappingType of function return type: the MappingType of exp.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	stringAgg(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression value, io.army.criteria.Expression delimiter, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: the MappingType of exp.
static io.army.criteria.SimpleExpression	stringToArray(io.army.criteria.Expression string, io.army.criteria.Expression delimiter)	The MappingType of function return type: TextArrayType
static io.army.criteria.SimpleExpression	stringToArray(io.army.criteria.Expression string, io.army.criteria.Expression delimiter, io.army.criteria.Expression nullString)	The MappingType of function return type: TextArrayType
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	stringToTable(io.army.criteria.Expression string, io.army.criteria.Expression delimiter)	The MappingType of function return type: TextType
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	stringToTable(io.army.criteria.Expression string, io.army.criteria.Expression delimiter, io.army.criteria.Expression nullString)	The MappingType of function return type: TextType
static io.army.criteria.SimpleExpression	strip(io.army.criteria.Expression tsVector)	The MappingType of function return type: PostgreTsVectorType *
static <T> io.army.criteria.Expression	strip(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef, T value)	The MappingType of function return type: PostgreTsVectorType *
static io.army.criteria.SimpleExpression	strPos(io.army.criteria.Expression string, io.army.criteria.Expression substring)	The MappingType of function return type: IntegerType
static PostgreQuery.WithSpec<io.army.criteria.SubQuery>	subQuery()	create SUB-SELECT statement that is sub query statement.
static io.army.criteria.SimpleExpression	substr(io.army.criteria.Expression string, io.army.criteria.Expression start)	The MappingType of function return type: the MappingType of string
static io.army.criteria.SimpleExpression	substr(io.army.criteria.Expression string, io.army.criteria.Expression start, io.army.criteria.Expression count)	The MappingType of function return type: the MappingType of string
static io.army.criteria.SimpleExpression	substring(io.army.criteria.Expression string, io.army.criteria.impl.SQLs.WordFor wordFor, io.army.criteria.Expression count)	The MappingType of function return type: the MappingType of string.
static io.army.criteria.SimpleExpression	substring(io.army.criteria.Expression string, io.army.criteria.impl.SQLs.WordFrom from, io.army.criteria.Expression startOrPattern)	The MappingType of function return type: the MappingType of string.
static io.army.criteria.SimpleExpression	substring(io.army.criteria.Expression string, io.army.criteria.impl.SQLs.WordFrom from, io.army.criteria.Expression startOrPattern, io.army.criteria.impl.SQLs.WordFor wordFor, io.army.criteria.Expression countOrEscape)	The MappingType of function return type: the MappingType of string.
static io.army.criteria.SimpleExpression	substring(io.army.criteria.Expression string, io.army.criteria.impl.SQLs.WordSimilar similar, io.army.criteria.Expression pattern, io.army.criteria.impl.SQLs.WordEscape wordEscape, io.army.criteria.Expression escape)	The MappingType of function return type: the MappingType of string.
static io.army.criteria.SimpleExpression	substring(Object arg0, Object arg1, Object arg2)
static PostgreValues.ValuesSpec<io.army.criteria.SubValues>	subValues()
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	sum(io.army.criteria.Expression exp)	The MappingType of function return type: If exp is ByteType,then ShortType Else if exp is ShortType,then IntegerType Else if exp is MediumIntType,then IntegerType Else if exp is LongType,then BigIntegerType Else if exp is BigDecimalType,then BigDecimalType Else if exp is FloatType,then FloatType Else if exp is sql float type,then DoubleType Else he MappingType of exp
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	sum(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression exp)	The MappingType of function return type: If exp is ByteType,then ShortType Else if exp is ShortType,then IntegerType Else if exp is MediumIntType,then IntegerType Else if exp is LongType,then BigIntegerType Else if exp is BigDecimalType,then BigDecimalType Else if exp is FloatType,then FloatType Else if exp is sql float type,then DoubleType Else he MappingType of exp
static io.army.criteria.SimpleExpression	system(io.army.criteria.Expression fraction)	The MappingType of function return type: VoidType.VOID
static io.army.criteria.SimpleExpression	tableToXml(io.army.criteria.Expression table, io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	tableToXml(io.army.meta.TableMeta<?> table, io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	tableToXmlAndXmlSchema(io.army.criteria.Expression table, io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	tableToXmlAndXmlSchema(io.army.meta.TableMeta<?> table, io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	tableToXmlSchema(io.army.criteria.Expression table, io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	tableToXmlSchema(io.army.meta.TableMeta<?> table, io.army.criteria.Expression nulls, io.army.criteria.Expression tableForest, io.army.criteria.Expression targetNs)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	tan(Object arg0)
static io.army.criteria.SimpleExpression	tand(io.army.criteria.Expression expr)	The MappingType of function return type: DoubleType
static io.army.criteria.SimpleExpression	tanh(io.army.criteria.Expression expr)	The MappingType of function return type: DoubleType
static io.army.criteria.SimpleExpression	text(io.army.criteria.Expression inet)	The MappingType of function return type: StringType
static io.army.criteria.CompoundPredicate	tilde(io.army.criteria.Expression left, io.army.criteria.Expression right)	The MappingType of function return type:BooleanType
static io.army.criteria.CompoundPredicate	tildeEqual(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundPredicate	tildeStar(io.army.criteria.Expression left, io.army.criteria.Expression right)	The MappingType of function return type:BooleanType
static io.army.criteria.SimpleExpression	timeOfDay()	The MappingType of function return type: StringType
static io.army.criteria.CompoundExpression	times(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.SimpleExpression	toAscii(io.army.criteria.Expression string)	The MappingType of function return type: TextType
static io.army.criteria.SimpleExpression	toAscii(io.army.criteria.Expression string, io.army.criteria.Expression encoding)	The MappingType of function return type: TextType
static io.army.criteria.SimpleExpression	toChar(io.army.criteria.Expression exp, io.army.criteria.Expression format)	The MappingType of function return type: StringType
static io.army.criteria.SimpleExpression	toDate(io.army.criteria.Expression exp, io.army.criteria.Expression format)	The MappingType of function return type: LocalDateType
static io.army.criteria.SimpleExpression	toHex(io.army.criteria.Expression integer)	The MappingType of function return type: TextType
static io.army.criteria.SimpleExpression	toJson(Object arg)	The MappingType of function return type: JsonType.TEXT *
static io.army.criteria.SimpleExpression	toJsonb(Object arg)	The MappingType of function return type: JsonbType.TEXT *
static io.army.criteria.SimpleExpression	toNumber(io.army.criteria.Expression exp, io.army.criteria.Expression format)	The MappingType of function return type: BigDecimalType
static io.army.criteria.SimpleExpression	toRegClass(io.army.criteria.Expression exp)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	toRegCollation(io.army.criteria.Expression exp)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	toRegNamespace(io.army.criteria.Expression exp)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	toRegOper(io.army.criteria.Expression exp)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	toRegOperator(io.army.criteria.Expression exp)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	toRegProc(io.army.criteria.Expression exp)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	toRegProcedure(io.army.criteria.Expression exp)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	toRegRole(io.army.criteria.Expression exp)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	toRegType(io.army.criteria.Expression exp)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimpleExpression	toTimestamp(io.army.criteria.Expression exp)	The MappingType of function return type: OffsetDateTimeType
static io.army.criteria.SimpleExpression	toTimestamp(io.army.criteria.Expression exp, io.army.criteria.Expression format)	The MappingType of function return type: OffsetDateTimeType
static io.army.criteria.SimpleExpression	toTsQuery(io.army.criteria.Expression query)	The MappingType of function return type: PostgreTsQueryType *
static io.army.criteria.SimpleExpression	toTsQuery(io.army.criteria.Expression config, io.army.criteria.Expression query)	The MappingType of function return type: PostgreTsQueryType *
static <T> io.army.criteria.Expression	toTsQuery(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForQuery, T query)	The MappingType of function return type: PostgreTsQueryType *
static <T, U> io.army.criteria.Expression	toTsQuery(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForConfig, T config, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForQuery, U query)	The MappingType of function return type: PostgreTsQueryType *
static io.army.criteria.SimpleExpression	toTsVector(io.army.criteria.Expression document)	The MappingType of function return type: PostgreTsVectorType *
static io.army.criteria.SimpleExpression	toTsVector(io.army.criteria.Expression config, io.army.criteria.Expression document)	The MappingType of function return type: PostgreTsVectorType *
static io.army.criteria.SimpleExpression	transactionTimestamp()	The MappingType of function return type: OffsetDateTimeType
static io.army.criteria.SimpleExpression	translate(io.army.criteria.Expression string, io.army.criteria.Expression from, io.army.criteria.Expression to)	The MappingType of function return type: TextType
static io.army.criteria.SimpleExpression	trim(io.army.criteria.Expression string)	The MappingType of function return type: the MappingType of string.
static io.army.criteria.SimpleExpression	trim(io.army.criteria.Expression string, io.army.criteria.Expression characters)	The MappingType of function return type: the MappingType of string.
static io.army.criteria.SimpleExpression	trim(io.army.criteria.Expression characters, io.army.criteria.impl.SQLs.WordFrom from, io.army.criteria.Expression string)	The MappingType of function return type: the MappingType of string.
static io.army.criteria.SimpleExpression	trim(io.army.criteria.impl.SQLs.TrimSpec position, io.army.criteria.Expression characters, io.army.criteria.impl.SQLs.WordFrom from, io.army.criteria.Expression string)	The MappingType of function return type: the MappingType of string.
static io.army.criteria.SimpleExpression	trim(io.army.criteria.impl.SQLs.TrimSpec position, io.army.criteria.impl.SQLs.WordFrom from, io.army.criteria.Expression string)	The MappingType of function return type: the MappingType of string.
static io.army.criteria.SimpleExpression	trim(io.army.criteria.impl.SQLs.TrimSpec position, io.army.criteria.impl.SQLs.WordFrom from, io.army.criteria.Expression string, io.army.criteria.Expression characters)	The MappingType of function return type: the MappingType of string.
static io.army.criteria.SimpleExpression	trim(io.army.criteria.impl.SQLs.TrimSpec arg0, io.army.criteria.impl.SQLs.WordFrom arg1, Object arg2)
static io.army.criteria.SimpleExpression	trim(io.army.criteria.impl.SQLs.TrimSpec arg0, Object arg1, io.army.criteria.impl.SQLs.WordFrom arg2, Object arg3)
static io.army.criteria.SimpleExpression	trim(io.army.criteria.impl.SQLs.WordFrom from, io.army.criteria.Expression string)	The MappingType of function return type: the MappingType of string.
static io.army.criteria.SimpleExpression	trim(io.army.criteria.impl.SQLs.WordFrom from, io.army.criteria.Expression string, io.army.criteria.Expression characters)	The MappingType of function return type: the MappingType of string.
static io.army.criteria.SimpleExpression	trim(Object arg0)
static io.army.criteria.SimpleExpression	trim(Object arg0, io.army.criteria.impl.SQLs.WordFrom arg1, Object arg2)
static io.army.criteria.SimpleExpression	trimArray(io.army.criteria.Expression array, io.army.criteria.Expression n)	The MappingType of function return type: the MappingType of array.
static io.army.criteria.SimpleExpression	trimScale(io.army.criteria.Expression exp)	The MappingType of function return type: BigDecimalType
static io.army.criteria.CompoundPredicate	tripleAt(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.SimpleExpression	trunc(io.army.criteria.Expression exp)	The MappingType of function return type:The MappingType of exp
static io.army.criteria.SimpleExpression	trunc(io.army.criteria.Expression v, io.army.criteria.Expression s)	The MappingType of function return type: BigDecimalType
static io.army.criteria.SimpleExpression	truncate(Object arg0, Object arg1)
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	tsDebug(io.army.criteria.Expression document)	The MappingType of function returned fields type: alias TextType description TextType token TextType dictionaries TextArrayType.LINEAR dictionary TextType lexemes TextArrayType.LINEAR ordinality (this is optional) LongType,see Functions._WithOrdinalityClause.withOrdinality()
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	tsDebug(io.army.criteria.Expression config, io.army.criteria.Expression document)	The MappingType of function returned fields type: alias TextType description TextType token TextType dictionaries TextArrayType.LINEAR dictionary TextType lexemes TextArrayType.LINEAR ordinality (this is optional) LongType,see Functions._WithOrdinalityClause.withOrdinality()
static io.army.criteria.SimpleExpression	tsDelete(io.army.criteria.Expression tsVector, io.army.criteria.Expression lexeme)	The MappingType of function return type: PostgreTsVectorType *
static io.army.criteria.SimpleExpression	tsFilter(io.army.criteria.Expression tsVector, io.army.criteria.Expression lexeme)	The MappingType of function return type: PostgreTsVectorType *
static io.army.criteria.SimpleExpression	tsHeadline(io.army.criteria.Expression document, io.army.criteria.Expression query)	The MappingType of function return type: TextType *
static io.army.criteria.SimpleExpression	tsHeadline(io.army.criteria.Expression exp1, io.army.criteria.Expression exp2, io.army.criteria.Expression exp3)	The MappingType of function return type: TextType *
static io.army.criteria.SimpleExpression	tsHeadline(io.army.criteria.Expression config, io.army.criteria.Expression document, io.army.criteria.Expression query, io.army.criteria.Expression options)	The MappingType of function return type: TextType *
static io.army.criteria.SimpleExpression	tsLexize(io.army.criteria.Expression dict, io.army.criteria.Expression token)	The MappingType of function return type: TextArrayType.LINEAR.
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	tsParse(io.army.criteria.Expression parserName, io.army.criteria.Expression document)	The MappingType of function returned fields type: tokid IntegerType token TextType ordinality (this is optional) LongType,see Functions._WithOrdinalityClause.withOrdinality()
static io.army.criteria.SimpleExpression	tsQueryPhrase(io.army.criteria.Expression query1, io.army.criteria.Expression query2)	The MappingType of function return type: PostgreTsQueryType *
static io.army.criteria.SimpleExpression	tsQueryPhrase(io.army.criteria.Expression query1, io.army.criteria.Expression query2, io.army.criteria.Expression distance)	The MappingType of function return type: PostgreTsQueryType *
static io.army.criteria.SimpleExpression	tsRank(io.army.criteria.Expression vector, io.army.criteria.Expression query)	The MappingType of function return type: FloatType *
static io.army.criteria.SimpleExpression	tsRank(io.army.criteria.Expression exp1, io.army.criteria.Expression exp2, io.army.criteria.Expression exp3)	The MappingType of function return type: FloatType *
static io.army.criteria.SimpleExpression	tsRank(io.army.criteria.Expression weights, io.army.criteria.Expression vector, io.army.criteria.Expression query, io.army.criteria.Expression normalization)	The MappingType of function return type: FloatType *
static io.army.criteria.SimpleExpression	tsRankCd(io.army.criteria.Expression vector, io.army.criteria.Expression query)	The MappingType of function return type: FloatType *
static io.army.criteria.SimpleExpression	tsRankCd(io.army.criteria.Expression exp1, io.army.criteria.Expression exp2, io.army.criteria.Expression exp3)	The MappingType of function return type: FloatType *
static io.army.criteria.SimpleExpression	tsRankCd(io.army.criteria.Expression weights, io.army.criteria.Expression vector, io.army.criteria.Expression query, io.army.criteria.Expression normalization)	The MappingType of function return type: FloatType *
static io.army.criteria.SimpleExpression	tsRewrite(io.army.criteria.Expression query, io.army.criteria.Expression select)	The MappingType of function return type: PostgreTsQueryType *
static io.army.criteria.SimpleExpression	tsRewrite(io.army.criteria.Expression query, io.army.criteria.Expression target, io.army.criteria.Expression substitute)	The MappingType of function return type: PostgreTsQueryType *
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	tsStat(io.army.criteria.Expression sqlQuery)	The MappingType of function returned fields type: word TextType ndoc IntegerType nentry IntegerType ordinality (this is optional) LongType,see Functions._WithOrdinalityClause.withOrdinality()
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	tsStat(io.army.criteria.Expression sqlQuery, io.army.criteria.Expression weights)	The MappingType of function returned fields type: word TextType ndoc IntegerType nentry IntegerType ordinality (this is optional) LongType,see Functions._WithOrdinalityClause.withOrdinality()
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	tsTokenType(io.army.criteria.Expression exp)	The MappingType of function returned fields type: tokid IntegerType alias TextType description TextType ordinality (this is optional) LongType,see Functions._WithOrdinalityClause.withOrdinality()
static io.army.criteria.SimpleExpression	tsVectorToArray(io.army.criteria.Expression tsVector)	The MappingType of function return type: TextArrayType with one dimension.
static io.army.criteria.SimpleExpression	txidCurrent()	The MappingType of function return type: LongType.INSTANCE
static io.army.criteria.SimpleExpression	txidCurrentIfAssigned()	The MappingType of function return type: LongType.INSTANCE
static io.army.criteria.SimpleExpression	txidCurrentSnapshot()	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	txidSnapshotXip(io.army.criteria.Expression txidSnapshot)	The MappingType of function return type: "Anonymous field" ( you must use as clause definite filed name) : LongType.INSTANCE ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause
static io.army.criteria.SimpleExpression	txidSnapshotXMax(io.army.criteria.Expression txidSnapshot)	The MappingType of function return type: LongType.INSTANCE
static io.army.criteria.SimpleExpression	txidSnapshotXMin(io.army.criteria.Expression txidSnapshot)	The MappingType of function return type: LongType.INSTANCE
static io.army.criteria.SimpleExpression	txidStatus(io.army.criteria.Expression exp)	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.SimplePredicate	txidVisibleInSnapshot(io.army.criteria.Expression exp1, io.army.criteria.Expression exp2)	The MappingType of function return type: BooleanType.INSTANCE
static io.army.criteria.SimpleExpression	uniStr(io.army.criteria.Expression string)	The MappingType of function return type: TextType
static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction	unnest(io.army.criteria.ArrayExpression exp)	If exp is array,then the MappingType of function returned is the MappingType of the element.
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	unnest(io.army.criteria.ArrayExpression array1, io.army.criteria.ArrayExpression array2)	If exp is array,then the MappingType of function returned is the MappingType of the element.
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	unnest(io.army.criteria.ArrayExpression array1, io.army.criteria.ArrayExpression array2, io.army.criteria.ArrayExpression array3, io.army.criteria.ArrayExpression... restArray)	If exp is array,then the MappingType of function returned is the MappingType of the element.
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	unnest(io.army.criteria.Expression exp)	The MappingType of function returned fields type: lexeme TextType positions ShortArrayType with one dimension weights TextType ordinality (this is optional) LongType,see Functions._WithOrdinalityClause.withOrdinality()
static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction	unnest(java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.ArrayExpression>> consumer)	If exp is array,then the MappingType of function returned is the MappingType of the element.
static io.army.criteria.SimpleExpression	upper(io.army.criteria.Expression exp)	The MappingType of function return type: TextType .
static io.army.criteria.SimpleExpression	upper(Object arg0)
static io.army.criteria.SimplePredicate	upperInc(io.army.criteria.Expression exp)	The MappingType of function return type: BooleanType.INSTANCE.
static io.army.criteria.SimplePredicate	upperInf(io.army.criteria.Expression exp)	The MappingType of function return type: BooleanType.INSTANCE.
static PostgreValues.ValuesSpec<io.army.criteria.Values>	valuesStmt()
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	variance(io.army.criteria.Expression exp)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	variance(io.army.criteria.Expression exp, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	variance(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression exp)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	variance(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression exp, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	varPop(io.army.criteria.Expression exp)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	varPop(io.army.criteria.Expression exp, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	/**
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	varPop(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression exp)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	varPop(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression exp, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	varSamp(io.army.criteria.Expression exp)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	varSamp(io.army.criteria.Expression exp, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	varSamp(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression exp)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	varSamp(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression exp, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: DoubleType.INSTANCE.
static io.army.criteria.SimpleExpression	version()	The MappingType of function return type: TextType.INSTANCE
static io.army.criteria.CompoundPredicate	verticalAmpGt(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.CompoundPredicate	verticalGtGt(io.army.criteria.Expression left, io.army.criteria.Expression right)
static io.army.criteria.Expression	verticalSlash(io.army.criteria.Expression exp)	The MappingType of function return type:DoubleType
static io.army.criteria.SimpleExpression	webSearchToTsQuery(io.army.criteria.Expression query)	The MappingType of function return type: PostgreTsQueryType *
static io.army.criteria.SimpleExpression	webSearchToTsQuery(io.army.criteria.Expression config, io.army.criteria.Expression query)	The MappingType of function return type: PostgreTsQueryType *
static <T> io.army.criteria.Expression	webSearchToTsQuery(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForQuery, T query)	The MappingType of function return type: PostgreTsQueryType *
static <T, U> io.army.criteria.Expression	webSearchToTsQuery(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForConfig, T config, java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForQuery, U query)	The MappingType of function return type: PostgreTsQueryType *
static io.army.criteria.SimpleExpression	width(io.army.criteria.Expression box)	The MappingType of function return type: DoubleType *
static io.army.criteria.SimpleExpression	widthBucket(io.army.criteria.Expression operand, io.army.criteria.Expression thresholds)	The MappingType of function return type: IntegerType
static io.army.criteria.SimpleExpression	widthBucket(io.army.criteria.Expression operand, io.army.criteria.Expression low, io.army.criteria.Expression high, io.army.criteria.Expression count)	The MappingType of function return type: IntegerType
static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc	xmlAgg(io.army.criteria.Expression xml)	The MappingType of function return type: XmlType.TEXT.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	xmlAgg(io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: XmlType.TEXT.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	xmlAgg(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any)	The MappingType of function return type: XmlType.TEXT.
static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc	xmlAgg(io.army.criteria.impl.SQLs.ArgDistinct modifier, io.army.criteria.Expression any, java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)	The MappingType of function return type: XmlType.TEXT.
static io.army.criteria.impl.PostgreStringFunctions.XmlAttributes	xmlAttributes(java.util.function.Consumer<Postgres._XmlNamedElementFieldClause> consumer)	Note:This function cannot exist independently,see xmlElement(Postgres.WordName, String, XmlAttributes, Expression...) *
static io.army.criteria.SimpleExpression	xmlComment(io.army.criteria.Expression exp)	The MappingType of function return type: XmlType *
static io.army.criteria.SimpleExpression	xmlConcat(io.army.criteria.Expression xmls)	The MappingType of function return type: XmlType *
static io.army.criteria.SimpleExpression	xmlConcat(io.army.criteria.Expression xml1, io.army.criteria.Expression... xml2)	The MappingType of function return type: XmlType *
static io.army.criteria.SimpleExpression	xmlConcat(List<io.army.criteria.Expression> xmlList)	The MappingType of function return type: XmlType *
static io.army.criteria.SimpleExpression	xmlElement(Postgres.WordName wordName, String name, io.army.criteria.Expression... contents)
static io.army.criteria.SimpleExpression	xmlElement(Postgres.WordName wordName, String name, io.army.criteria.impl.PostgreStringFunctions.XmlAttributes attributes, io.army.criteria.Expression... contents)
static io.army.criteria.SimpleExpression	xmlElement(Postgres.WordName wordName, String name, io.army.criteria.impl.PostgreStringFunctions.XmlAttributes attributes, List<io.army.criteria.Expression> contentList)
static io.army.criteria.SimpleExpression	xmlElement(Postgres.WordName wordName, String name, List<io.army.criteria.Expression> contentList)
static io.army.criteria.SimplePredicate	xmlExists(io.army.criteria.Expression text, io.army.criteria.impl.PostgreStringFunctions.WordPassing passing, io.army.criteria.Expression xml)	The MappingType of function return type: Boolean *
static io.army.criteria.SimplePredicate	xmlExists(io.army.criteria.Expression text, io.army.criteria.impl.PostgreStringFunctions.WordPassing passing, io.army.criteria.Expression xml, io.army.criteria.impl.PostgreStringFunctions.PassingOption xmlOption)	The MappingType of function return type: Boolean *
static io.army.criteria.SimplePredicate	xmlExists(io.army.criteria.Expression text, io.army.criteria.impl.PostgreStringFunctions.WordPassing passing, io.army.criteria.impl.PostgreStringFunctions.PassingOption textOption, io.army.criteria.Expression xml)	The MappingType of function return type: Boolean *
static io.army.criteria.SimplePredicate	xmlExists(io.army.criteria.Expression text, io.army.criteria.impl.PostgreStringFunctions.WordPassing passing, io.army.criteria.impl.PostgreStringFunctions.PassingOption textOption, io.army.criteria.Expression xml, io.army.criteria.impl.PostgreStringFunctions.PassingOption xmlOption)	The MappingType of function return type: Boolean *
io.army.criteria.SimpleExpression	xmlForest(java.util.function.Consumer<Postgres._XmlNamedElementFieldClause> consumer)	The MappingType of function return type: XmlType.TEXT *
static io.army.criteria.SimplePredicate	xmlIsWellFormed(io.army.criteria.Expression text)	The MappingType of function return type: Boolean *
static io.army.criteria.SimplePredicate	xmlIsWellFormedContent(io.army.criteria.Expression text)	The MappingType of function return type: Boolean *
static io.army.criteria.SimplePredicate	xmlIsWellFormedDocument(io.army.criteria.Expression text)	The MappingType of function return type: Boolean *
static io.army.criteria.impl.PostgreDocumentFunctions.XmlNameSpaces	xmlNamespaces(io.army.criteria.Expression namespaceUri, io.army.criteria.impl.SQLs.WordAs as, String namespaceName)
static io.army.criteria.impl.PostgreDocumentFunctions.XmlNameSpaces	xmlNamespaces(java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> funcRef, String namespaceUri, io.army.criteria.impl.SQLs.WordAs as, String namespaceName)
static io.army.criteria.impl.PostgreDocumentFunctions.XmlNameSpaces	xmlNamespaces(java.util.function.Consumer<Postgres._XmlNamedElementClause> consumer)
static io.army.criteria.SimpleExpression	xmlParse(io.army.criteria.impl.SQLs.DocumentValueOption option, io.army.criteria.Expression value)
static io.army.criteria.SimpleExpression	xmlParse(io.army.criteria.impl.SQLs.DocumentValueOption option, java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> funcRef, String value)
static io.army.criteria.SimpleExpression	xmlPi(Postgres.WordName wordName, String name)	The MappingType of function return type: XmlType.TEXT *
static io.army.criteria.SimpleExpression	xmlPi(Postgres.WordName wordName, String name, io.army.criteria.Expression content)	The MappingType of function return type: XmlType.TEXT *
static io.army.criteria.SimpleExpression	xmlPi(Postgres.WordName wordName, String name, java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> funcRef, String content)	The MappingType of function return type: XmlType.TEXT *
static io.army.criteria.SimpleExpression	xmlRoot(io.army.criteria.Expression xml, io.army.criteria.impl.PostgreStringFunctions.WordVersion version, io.army.criteria.Expression text)	The MappingType of function return type: XmlType.TEXT *
static io.army.criteria.SimpleExpression	xmlRoot(io.army.criteria.Expression xml, io.army.criteria.impl.PostgreStringFunctions.WordVersion version, io.army.criteria.Expression text, io.army.criteria.impl.PostgreStringFunctions.WordStandalone standalone, io.army.criteria.impl.PostgreStringFunctions.StandaloneOption option)	The MappingType of function return type: XmlType.TEXT *
static io.army.criteria.SimpleExpression	xmlRoot(io.army.criteria.Expression xml, io.army.criteria.impl.PostgreStringFunctions.WordVersion version, io.army.criteria.impl.PostgreStringFunctions.WordsNoValue noValue)	The MappingType of function return type: XmlType.TEXT *
static io.army.criteria.SimpleExpression	xmlRoot(io.army.criteria.Expression xml, io.army.criteria.impl.PostgreStringFunctions.WordVersion version, io.army.criteria.impl.PostgreStringFunctions.WordsNoValue noValue, io.army.criteria.impl.PostgreStringFunctions.WordStandalone standalone, io.army.criteria.impl.PostgreStringFunctions.StandaloneOption option)	The MappingType of function return type: XmlType.TEXT *
static io.army.criteria.SimpleExpression	xmlSerialize(io.army.criteria.impl.SQLs.DocumentValueOption option, io.army.criteria.Expression value, io.army.criteria.impl.SQLs.WordAs as, io.army.mapping.MappingType type)
static io.army.criteria.impl.Functions._TabularFunction	xmlTable(io.army.criteria.Expression rowExp, io.army.criteria.impl.PostgreStringFunctions.WordPassing passing, io.army.criteria.Expression docExp, io.army.criteria.impl.PostgreStringFunctions.PassingOption docOption, java.util.function.Consumer<Postgres._XmlTableColumnsClause> consumer)	XMLTABLE ( [ XMLNAMESPACES ( namespace_uri AS namespace_name [, ...] ), ] row_expression PASSING [BY {REF|VALUE}] document_expression [BY {REF|VALUE}] COLUMNS name { type [PATH column_expression] [DEFAULT default_expression] [NOT NULL | NULL] | FOR ORDINALITY } [, ...] ) → setof record
static io.army.criteria.impl.Functions._TabularFunction	xmlTable(io.army.criteria.Expression rowExp, io.army.criteria.impl.PostgreStringFunctions.WordPassing passing, io.army.criteria.Expression docExp, java.util.function.Consumer<Postgres._XmlTableColumnsClause> consumer)	XMLTABLE ( [ XMLNAMESPACES ( namespace_uri AS namespace_name [, ...] ), ] row_expression PASSING [BY {REF|VALUE}] document_expression [BY {REF|VALUE}] COLUMNS name { type [PATH column_expression] [DEFAULT default_expression] [NOT NULL | NULL] | FOR ORDINALITY } [, ...] ) → setof record
static io.army.criteria.impl.Functions._TabularFunction	xmlTable(io.army.criteria.Expression rowExp, io.army.criteria.impl.PostgreStringFunctions.WordPassing passing, io.army.criteria.impl.PostgreStringFunctions.PassingOption rowOption, io.army.criteria.Expression docExp, io.army.criteria.impl.PostgreStringFunctions.PassingOption docOption, java.util.function.Consumer<Postgres._XmlTableColumnsClause> consumer)	XMLTABLE ( [ XMLNAMESPACES ( namespace_uri AS namespace_name [, ...] ), ] row_expression PASSING [BY {REF|VALUE}] document_expression [BY {REF|VALUE}] COLUMNS name { type [PATH column_expression] [DEFAULT default_expression] [NOT NULL | NULL] | FOR ORDINALITY } [, ...] ) → setof record
static io.army.criteria.impl.Functions._TabularFunction	xmlTable(io.army.criteria.Expression rowExp, io.army.criteria.impl.PostgreStringFunctions.WordPassing passing, io.army.criteria.impl.PostgreStringFunctions.PassingOption rowOption, io.army.criteria.Expression docExp, java.util.function.Consumer<Postgres._XmlTableColumnsClause> consumer)	XMLTABLE ( [ XMLNAMESPACES ( namespace_uri AS namespace_name [, ...] ), ] row_expression PASSING [BY {REF|VALUE}] document_expression [BY {REF|VALUE}] COLUMNS name { type [PATH column_expression] [DEFAULT default_expression] [NOT NULL | NULL] | FOR ORDINALITY } [, ...] ) → setof record
static io.army.criteria.impl.Functions._TabularFunction	xmlTable(io.army.criteria.impl.PostgreDocumentFunctions.XmlNameSpaces nameSpaces, io.army.criteria.Expression rowExp, io.army.criteria.impl.PostgreStringFunctions.WordPassing passing, io.army.criteria.Expression docExp, io.army.criteria.impl.PostgreStringFunctions.PassingOption docOption, java.util.function.Consumer<Postgres._XmlTableColumnsClause> consumer)	XMLTABLE ( [ XMLNAMESPACES ( namespace_uri AS namespace_name [, ...] ), ] row_expression PASSING [BY {REF|VALUE}] document_expression [BY {REF|VALUE}] COLUMNS name { type [PATH column_expression] [DEFAULT default_expression] [NOT NULL | NULL] | FOR ORDINALITY } [, ...] ) → setof record
static io.army.criteria.impl.Functions._TabularFunction	xmlTable(io.army.criteria.impl.PostgreDocumentFunctions.XmlNameSpaces nameSpaces, io.army.criteria.Expression rowExp, io.army.criteria.impl.PostgreStringFunctions.WordPassing passing, io.army.criteria.Expression docExp, java.util.function.Consumer<Postgres._XmlTableColumnsClause> consumer)	XMLTABLE ( [ XMLNAMESPACES ( namespace_uri AS namespace_name [, ...] ), ] row_expression PASSING [BY {REF|VALUE}] document_expression [BY {REF|VALUE}] COLUMNS name { type [PATH column_expression] [DEFAULT default_expression] [NOT NULL | NULL] | FOR ORDINALITY } [, ...] ) → setof record
static io.army.criteria.impl.Functions._TabularFunction	xmlTable(io.army.criteria.impl.PostgreDocumentFunctions.XmlNameSpaces nameSpaces, io.army.criteria.Expression rowExp, io.army.criteria.impl.PostgreStringFunctions.WordPassing passing, io.army.criteria.impl.PostgreStringFunctions.PassingOption rowOption, io.army.criteria.Expression docExp, io.army.criteria.impl.PostgreStringFunctions.PassingOption docOption, java.util.function.Consumer<Postgres._XmlTableColumnsClause> consumer)	XMLTABLE ( [ XMLNAMESPACES ( namespace_uri AS namespace_name [, ...] ), ] row_expression PASSING [BY {REF|VALUE}] document_expression [BY {REF|VALUE}] COLUMNS name { type [PATH column_expression] [DEFAULT default_expression] [NOT NULL | NULL] | FOR ORDINALITY } [, ...] ) → setof record
static io.army.criteria.impl.Functions._TabularFunction	xmlTable(io.army.criteria.impl.PostgreDocumentFunctions.XmlNameSpaces nameSpaces, io.army.criteria.Expression rowExp, io.army.criteria.impl.PostgreStringFunctions.WordPassing passing, io.army.criteria.impl.PostgreStringFunctions.PassingOption rowOption, io.army.criteria.Expression docExp, java.util.function.Consumer<Postgres._XmlTableColumnsClause> consumer)	XMLTABLE ( [ XMLNAMESPACES ( namespace_uri AS namespace_name [, ...] ), ] row_expression PASSING [BY {REF|VALUE}] document_expression [BY {REF|VALUE}] COLUMNS name { type [PATH column_expression] [DEFAULT default_expression] [NOT NULL | NULL] | FOR ORDINALITY } [, ...] ) → setof record
static io.army.criteria.SimpleExpression	xpath(io.army.criteria.Expression xpath, io.army.criteria.Expression xml)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimpleExpression	xpath(io.army.criteria.Expression xpath, io.army.criteria.Expression xml, io.army.criteria.Expression nsArray)	The MappingType of function return type: XmlArrayType.TEXT_LINEAR *
static io.army.criteria.SimplePredicate	xpathExists(io.army.criteria.Expression xpath, io.army.criteria.Expression xml)	The MappingType of function return type: BooleanType *
static io.army.criteria.SimplePredicate	xpathExists(io.army.criteria.Expression xpath, io.army.criteria.Expression xml, io.army.criteria.Expression nsArray)	The MappingType of function return type: BooleanType *

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Details

ALL

public static final Postgres.Modifier ALL

DISTINCT

public static final Postgres.WordDistinct DISTINCT

MATERIALIZED

public static final Postgres.WordMaterialized MATERIALIZED

NOT_MATERIALIZED

public static final Postgres.WordMaterialized NOT_MATERIALIZED

FROM_NORMALIZED

public static final io.army.criteria.impl.SQLs.BooleanTestWord FROM_NORMALIZED

NORMALIZED

public static final io.army.criteria.impl.SQLs.BooleanTestWord NORMALIZED

NAME

public static final Postgres.WordName NAME

VERSION

public static final io.army.criteria.impl.PostgreStringFunctions.WordVersion VERSION

STANDALONE

public static final io.army.criteria.impl.PostgreStringFunctions.WordStandalone STANDALONE

YES

public static final io.army.criteria.impl.PostgreStringFunctions.StandaloneOption YES

NO

public static final io.army.criteria.impl.PostgreStringFunctions.StandaloneOption NO

NO_VALUE

public static final io.army.criteria.impl.PostgreStringFunctions.WordsNoValue NO_VALUE

DOCUMENT

public static final io.army.criteria.impl.SQLs.WordDocument DOCUMENT

CONTENT

public static final io.army.criteria.impl.SQLs.WordContent CONTENT

PASSING

public static final io.army.criteria.impl.PostgreStringFunctions.WordPassing PASSING

BY_REF

public static final io.army.criteria.impl.PostgreStringFunctions.PassingOption BY_REF

BY_VALUE

public static final io.army.criteria.impl.PostgreStringFunctions.PassingOption BY_VALUE

RAISE_EXCEPTION

public static final io.army.criteria.impl.PostgreDocumentFunctions.NullTreatMode RAISE_EXCEPTION

USE_JSON_NULL

public static final io.army.criteria.impl.PostgreDocumentFunctions.NullTreatMode USE_JSON_NULL

DELETE_KEY

public static final io.army.criteria.impl.PostgreDocumentFunctions.NullTreatMode DELETE_KEY

RETURN_TARGET

public static final io.army.criteria.impl.PostgreDocumentFunctions.NullTreatMode RETURN_TARGET

DOUBLE_COLON

public static final Postgres.DoubleColon DOUBLE_COLON

CENTURY

public static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField CENTURY

DAY

public static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField DAY

DECADE

public static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField DECADE

DOW

public static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField DOW

DOY

public static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField DOY

EPOCH

public static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField EPOCH

HOUR

public static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField HOUR

ISODOW

public static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField ISODOW

ISOYEAR

public static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField ISOYEAR

JULIAN

public static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField JULIAN

MICROSECONDS

public static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField MICROSECONDS

MILLENNIUM

public static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField MILLENNIUM

MILLISECONDS

public static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField MILLISECONDS

MINUTE

public static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField MINUTE

MONTH

public static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField MONTH

QUARTER

public static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField QUARTER

SECOND

public static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField SECOND

TIMEZONE

public static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField TIMEZONE

TIMEZONE_HOUR

public static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField TIMEZONE_HOUR

TIMEZONE_MINUTE

public static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField TIMEZONE_MINUTE

WEEK

public static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField WEEK

YEAR

public static final io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField YEAR

CURRENT_DATE

public static final io.army.criteria.Expression CURRENT_DATE

The MappingType of function return type: LocalDateType

See Also:

• current_date → date

CURRENT_TIME

public static final io.army.criteria.Expression CURRENT_TIME

The MappingType of function return type: OffsetTimeType

See Also:

• current_time

CURRENT_TIMESTAMP

public static final io.army.criteria.Expression CURRENT_TIMESTAMP

The MappingType of function return type: OffsetDateTimeType

See Also:

• current_timestamp → timestamp with time zone

LOCALTIME

public static final io.army.criteria.Expression LOCALTIME

The MappingType of function return type: LocalTimeType

See Also:

• localtime → time

LOCALTIMESTAMP

public static final io.army.criteria.Expression LOCALTIMESTAMP

The MappingType of function return type: LocalDateTimeType

See Also:

• localtimestamp → timestamp

CURRENT_CATALOG

public static final io.army.criteria.Expression CURRENT_CATALOG

The MappingType of function return type: TextType

See Also:

• current_catalog → name

CURRENT_USER

public static final io.army.criteria.Expression CURRENT_USER

The MappingType of function return type: TextType

See Also:

• current_user → name

SESSION_USER

public static final io.army.criteria.Expression SESSION_USER

The MappingType of function return type: TextType

See Also:

• session_user → name

USER

public static final io.army.criteria.Expression USER

The MappingType of function return type: TextType

See Also:

• user → name

NFC

public static final io.army.criteria.impl.PostgreStringFunctions.WordNormalizeForm NFC

NFD

public static final io.army.criteria.impl.PostgreStringFunctions.WordNormalizeForm NFD

NFKC

public static final io.army.criteria.impl.PostgreStringFunctions.WordNormalizeForm NFKC

NFKD

public static final io.army.criteria.impl.PostgreStringFunctions.WordNormalizeForm NFKD

PLACING

public static final io.army.criteria.impl.PostgreStringFunctions.WordPlacing PLACING

Method Details

singleInsert

public static PostgreInsert._PrimaryOptionSpec singleInsert()

create single-table INSERT statement that is primary statement.

query

public static PostgreQuery.WithSpec<io.army.criteria.Select> query()

create simple(non-batch) SELECT statement that is primary statement.

batchQuery

public static PostgreQuery.WithSpec<io.army.criteria.Statement._BatchSelectParamSpec> batchQuery()

create batch SELECT statement that is primary statement.

subQuery

public static PostgreQuery.WithSpec<io.army.criteria.SubQuery> subQuery()

create SUB-SELECT statement that is sub query statement.

scalarSubQuery

public static PostgreQuery.WithSpec<io.army.criteria.Expression> scalarSubQuery()

create SUB-SELECT statement that is sub query statement and would be converted to Expression.

singleUpdate

public static PostgreUpdate._SingleWithSpec<io.army.criteria.Update,io.army.criteria.dialect.ReturningUpdate> singleUpdate()

create simple(non-batch) single-table UPDATE statement that is primary statement.

batchSingleUpdate

public static PostgreUpdate._SingleWithSpec<io.army.criteria.Statement._BatchUpdateParamSpec,io.army.criteria.Statement._BatchReturningUpdateParamSpec> batchSingleUpdate()

create batch single-table UPDATE statement that is primary statement.

singleDelete

public static PostgreDelete._SingleWithSpec<io.army.criteria.Delete,io.army.criteria.dialect.ReturningDelete> singleDelete()

create simple(non-batch) single-table DELETE statement that is primary statement.

batchSingleDelete

public static PostgreDelete._SingleWithSpec<io.army.criteria.Statement._BatchDeleteParamSpec,io.army.criteria.Statement._BatchReturningDeleteParamSpec> batchSingleDelete()

create batch single-table DELETE statement that is primary statement.

valuesStmt

public static PostgreValues.ValuesSpec<io.army.criteria.Values> valuesStmt()

subValues

public static PostgreValues.ValuesSpec<io.army.criteria.SubValues> subValues()

declareStmt

public static PostgreCursor._PostgreDeclareClause declareStmt()

Create postgre DECLARE statement.

     

    @Transactional(readOnly = true)
    @Test
    public void readOnlyCursor(final SyncLocalSession session) {
        final List<ChinaRegion<?>> regionList = createReginListWithCount(300);
        session.batchSave(regionList);

        final DeclareCursor stmt;
        stmt = Postgres.declareStmt()
                .declare("my_china_region_cursor").cursor()
                .forSpace()
                .select("c", PERIOD, ChinaRegion_.T)
                .from(ChinaRegion_.T, AS, "c")
                .where(ChinaRegion_.id.in(SQLs::rowParam, extractRegionIdList(regionList)))
                .orderBy(ChinaRegion_.id)
                .limit(SQLs::literal, regionList.size())
                .asQuery()
                .asCommand();

        final ResultStates states;
        states = session.updateAsStates(stmt);

        try (SyncStmtCursor cursor = states.nonNullOf(SyncStmtCursor.SYNC_STMT_CURSOR)) {
            ChinaRegion<?> region, firstRow;
            int rowCount = 0;
            while ((region = cursor.next(ChinaRegion_.CLASS)) != null) {
                LOG.debug("region : {}", region);
                rowCount++;
                if (rowCount > 200) {
                    break;
                }
            }
            firstRow = cursor.fetchOneObject(Direction.FIRST, ChinaRegion_::constructor, ResultStates.IGNORE_STATES);
            LOG.debug("{} firstRow : {}", session.name(), firstRow);
            cursor.move(Direction.LAST);

            cursor.fetch(Direction.FORWARD_ALL, ChinaRegion_.CLASS, ResultStates.IGNORE_STATES)
                    .forEach(System.out::println);
        }

    }
     
 

See Also:

• closeCursor(String)
• closeAllCursor()
• DECLARE — define a cursor

closeCursor

public static io.army.criteria.SimpleDmlStatement closeCursor(String name)

Create postgre CLOSE statement.

See Also:

• closeCursor(String)
• declareStmt()
• CLOSE — close a cursor

closeAllCursor

public static io.army.criteria.SimpleDmlStatement closeAllCursor()

Create postgre CLOSE statement.

See Also:

• declareStmt()
• closeAllCursor()
• CLOSE — close a cursor

singleMerge

public static PostgreMerge._WithSpec singleMerge()

Create postgre single-table MERGE statement.

See Also:

• MERGE — conditionally insert, update, or delete rows of a table

array

public static io.army.criteria.impl.SQLs._ArrayConstructorSpec array()

Static array constructor, array is TextArrayType.LINEAR type.

See Also:

• Array Constructors

array

public static io.army.criteria.impl.SQLs._ArrayConstructorSpec array(Object element)

Static array constructor

See Also:

• Array Constructors

array

public static io.army.criteria.impl.SQLs._ArrayConstructorSpec array(Object one,
 Object two)

Static array constructor, array is TextArrayType.LINEAR type.

See Also:

• Array Constructors

array

public static io.army.criteria.impl.SQLs._ArrayConstructorSpec array(Object one,
 Object two,
 Object three)

Static array constructor, array is TextArrayType.LINEAR type.

See Also:

• Array Constructors

array

public static io.army.criteria.impl.SQLs._ArrayConstructorSpec array(Object one,
 Object two,
 Object three,
 Object four)

Static array constructor, array is TextArrayType.LINEAR type.

See Also:

• Array Constructors

array

public static io.army.criteria.impl.SQLs._ArrayConstructorSpec array(Object one,
 Object two,
 Object three,
 Object four,
 Object five,
 Object... rest)

Static array constructor, array is TextArrayType.LINEAR type.

See Also:

• Array Constructors

array

public static io.army.criteria.impl.SQLs._ArrayConstructorSpec array(java.util.function.Consumer<java.util.function.Consumer<Object>> consumer)

Dynamic array constructor, if empty,then array is TextArrayType.LINEAR type.

See Also:

• Array Constructors

excluded

public static io.army.criteria.Expression excluded(io.army.meta.FieldMeta<?> field)

namedNotation

public static io.army.criteria.Expression namedNotation(String name,
 io.army.criteria.Expression expression)

Parameters:

expression - couldn't be multi-value parameter/literal, for example SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• Using Positional Notation
• Using Named Notation
• make_interval ( [ years int [, months int [, weeks int [, days int [, hours int [, mins int [, secs double precision ]]]]]]] ) → interval

namedNotation

public static <T> io.army.criteria.Expression namedNotation(String name,
 java.util.function.Function<T,io.army.criteria.Expression> valueOperator,
 T value)

Parameters:

valueOperator - couldn't return multi-value parameter/literal, for example SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• Using Positional Notation
• Using Named Notation
• make_interval ( [ years int [, months int [, weeks int [, days int [, hours int [, mins int [, secs double precision ]]]]]]] ) → interval

row

public static io.army.criteria.RowExpression row()

create empty row. non-empty row see SQLSyntax.row(Object)

See Also:

• SQLSyntax.row(Object)
• SQLSyntax.row(SubQuery)
• SQLSyntax.row(Consumer)
• Row Constructors

at

public static io.army.criteria.Expression at(io.army.criteria.Expression operand)

The MappingType of function return type: the MappingType of exp

See Also:

• Absolute value operator

atHyphenAt

public static io.army.criteria.Expression atHyphenAt(io.army.criteria.Expression operand)

See Also:

• @-@ geometric_type → double precision
  Computes the total length. Available for lseg, path.

atAt

public static io.army.criteria.Expression atAt(io.army.criteria.Expression operand)

See Also:

• @@ geometric_type → point
  Computes the center point. Available for box, lseg, polygon, circle.

pound

public static io.army.criteria.Expression pound(io.army.criteria.Expression operand)

See Also:

• # geometric_type → integer
  Returns the number of points. Available for path, polygon.

space

public static io.army.criteria.LiteralExpression space(String literal,
 Postgres.DoubleColon doubleColon,
 String typeName)

Create PostgreSQL-style typecast expression. Format : 'string'::type . This method is used for postgre dialect type, for example : text, regclass .

NOTE: TypeInfer.typeMeta() always is NoCastTextType.INSTANCE

examples :

        Postgres.space("my_seq",Postgres.DOUBLE_COLON,"regclass")
        Postgres.space('my_seq',DOUBLE_COLON,"regclass")
        Postgres.space('QinArmy',DOUBLE_COLON,"text")
     

Parameters:

literal - text literal

doubleColon - must be DOUBLE_COLON

typeName - not key word , a simple sql identifier.

Returns:

a LiteralExpression whose TypeInfer.typeMeta() always is NoCastTextType.INSTANCE

Throws:

io.army.criteria.CriteriaException - throw when

• literal error,here is delay , throw when parsing
• typeName error,here is delay , throw when parsing
• dialect isn't PostgreDialect,here is delay , throw when parsing

pound

public static io.army.criteria.CompoundExpression pound(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• geometric_type # geometric_type → point
  Computes the point of intersection, or NULL if there is none. Available for lseg, line.

ltHyphenGt

public static io.army.criteria.CompoundExpression ltHyphenGt(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• geometric_type <-> geometric_type → double precision
  Computes the distance between the objects. Available for all seven geometric types, for all combinations of point with another geometric type, and for these additional pairs of types: (box, lseg), (lseg, line), (polygon, circle) (and the commutator cases).

plus

public static io.army.criteria.CompoundExpression plus(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• numeric_type + numeric_type → numeric_type

minus

public static io.army.criteria.CompoundExpression minus(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• numeric_type - numeric_type → numeric_type
  Subtraction
• jsonb - text → jsonb
  jsonb - text[] → jsonb
  jsonb - integer → jsonb
  

times

public static io.army.criteria.CompoundExpression times(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• numeric_type * numeric_type → numeric_type
  Multiplication

divide

public static io.army.criteria.CompoundExpression divide(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• numeric_type / numeric_type → numeric_type
  Division (for integral types, division truncates the result towards zero)

mode

public static io.army.criteria.CompoundExpression mode(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• numeric_type % numeric_type → numeric_type
  Modulo (remainder); available for smallint, integer, bigint, and numeric

caret

public static io.army.criteria.CompoundExpression caret(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

The MappingType of function return type: follow

    private static MappingType caretResultType(final MappingType left, final MappingType right) {
        final MappingType returnType;
        if (left instanceof MappingType.IntegerOrDecimalType
                && right instanceof MappingType.IntegerOrDecimalType) {
            returnType = BigDecimalType.INSTANCE;
        } else {
            returnType = DoubleType.INSTANCE;
        }
        return returnType;
    }
 

See Also:

• numeric ^ numeric → numeric
  double precision ^ double precision → double precision
  Exponentiation

ampAmp

public static io.army.criteria.CompoundExpression ampAmp(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• doubleAmp(Expression, Expression)
• tsquery && tsquery → tsquery
  ANDs two tsquerys together, producing a query that matches documents that match both input queries.

hyphenGt

public static io.army.criteria.CompoundExpression hyphenGt(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• json -> integer → json
  jsonb -> integer → jsonb
  Extracts n'th element of JSON array (array elements are indexed from zero, but negative integers count from the end).
  '[{"a":"foo"},{"b":"bar"},{"c":"baz"}]'::json -> 2 → {"c":"baz"}

hyphenGtGt

public static io.army.criteria.CompoundExpression hyphenGtGt(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• json ->> integer → text
  jsonb ->> integer → text
  Extracts n'th element of JSON array, as text.
  '[1,2,3]'::json ->> 2 → 3
  json ->> text → text
  jsonb ->> text → text
  

poundHyphen

public static io.army.criteria.CompoundExpression poundHyphen(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• jsonb #- text[] → jsonb
  Deletes the field or array element at the specified path, where path elements can be either field keys or array indexes.
  '["a", {"b":1}]'::jsonb #- '{1,b}' → ["a", {}]

poundGt

public static io.army.criteria.CompoundExpression poundGt(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• json #> text[] → json
  jsonb #> text[] → jsonb
  Extracts JSON sub-object at the specified path, where path elements can be either field keys or array indexes. '{"a": {"b": ["foo","bar"]}}'::json #> '{a,b,1}' → "bar"

poundGtGt

public static io.army.criteria.CompoundExpression poundGtGt(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• json #>> text[] → text
  jsonb #>> text[] → text
  Extracts JSON sub-object at the specified path as text. '{"a": {"b": ["foo","bar"]}}'::json #>> '{a,b,1}' → bar

doubleVertical

public static io.army.criteria.CompoundExpression doubleVertical(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

The MappingType of operator return type: follow

    private static MappingType doubleVerticalType(final MappingType left, final MappingType right) {
        final MappingType returnType;
        if (left instanceof MappingType.SqlStringType || right instanceof MappingType.SqlStringType) {
            returnType = TextType.INSTANCE;
        } else if (left instanceof MappingType.SqlBinaryType || right instanceof MappingType.SqlBinaryType) {
            if (left instanceof MappingType.SqlBitType || right instanceof MappingType.SqlBitType) {
                throw CriteriaUtils.dualOperandError(DualOperator.DOUBLE_VERTICAL, left, right);
            }
            returnType = PrimitiveByteArrayType.INSTANCE;
        } else if (left instanceof MappingType.SqlBitType || right instanceof MappingType.SqlBitType) {
            returnType = BitSetType.INSTANCE;
        } else {
            throw CriteriaUtils.dualOperandError(DualOperator.DOUBLE_VERTICAL, left, right);
        }
        return returnType;
    }
    
 

Parameters:

left - not SQLs.DEFAULT etc.

right - not SQLs.DEFAULT etc.

See Also:

• Expression.space(BiFunction, Object)
• DefiniteExpression.space(BiFunction, BiFunction, Object)
• bit || bit → bit
• text || text → text
  text || anynonarray → text
  anynonarray || text → text
• bytea || bytea → bytea
• tsvector || tsvector → tsvector
• tsquery || tsquery → tsquery
• tsquery || tsquery → tsquery
• jsonb || jsonb → jsonb
• anycompatiblearray || anycompatiblearray → anycompatiblearray
• anycompatible || anycompatiblearray → anycompatiblearray

verticalSlash

public static io.army.criteria.Expression verticalSlash(io.army.criteria.Expression exp)

The MappingType of function return type:DoubleType

See Also:

• |/ double precision → double precision
  Square root

doubleExclamation

public static io.army.criteria.Expression doubleExclamation(io.army.criteria.Expression exp)

See Also:

• !! tsquery → tsquery
  Negates a tsquery, producing a query that matches documents that do not match the input query.

doubleVerticalSlash

public static io.army.criteria.Expression doubleVerticalSlash(io.army.criteria.Expression operand)

The MappingType of function return type:DoubleType

See Also:

• ||/ double precision → double precision
  Cube root

questionHyphen

public static io.army.criteria.IPredicate questionHyphen(io.army.criteria.Expression operand)

See Also:

• ?- line → boolean
  ?- lseg → boolean
  Is line horizontal?

questionVertical

public static io.army.criteria.IPredicate questionVertical(io.army.criteria.Expression operand)

See Also:

• ?| line → boolean
  ?| lseg → boolean
  Is line vertical?
  

atGt

public static io.army.criteria.CompoundPredicate atGt(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• Expression.whiteSpace(BiFunction, Object)
• DefiniteExpression.whiteSpace(BiFunction, BiFunction, Object)
• geometric_type @> geometric_type → boolean
  Does first object contain second? Available for these pairs of types: (box, point), (box, box), (path, point), (polygon, point), (polygon, polygon), (circle, point), (circle, circle).
• tsquery @> tsquery → boolean
  
• jsonb @> jsonb → boolean
  
• anyarray @> anyarray → boolean
  

atQuestion

public static io.army.criteria.CompoundPredicate atQuestion(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• Expression.whiteSpace(BiFunction, Object)
• DefiniteExpression.whiteSpace(BiFunction, BiFunction, Object)
• jsonb @? jsonpath → boolean
  Does JSON path return any item for the specified JSON value?
  '{"a":[1,2,3,4,5]}'::jsonb @? '$.a[*] ? (@ > 2)' → t

ltAt

public static io.army.criteria.CompoundPredicate ltAt(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• Expression.whiteSpace(BiFunction, Object)
• DefiniteExpression.whiteSpace(BiFunction, BiFunction, Object)
• geometric_type <@ geometric_type → boolean
  Is first object contained in or on second? Available for these pairs of types: (point, box), (point, lseg), (point, line), (point, path), (point, polygon), (point, circle), (box, box), (lseg, box), (lseg, line), (polygon, polygon), (circle, circle).
• tsquery <@ tsquery → boolean
  
• jsonb <@ jsonb → boolean
  
• anyarray <@ anyarray → boolean
  

doubleAmp

public static io.army.criteria.CompoundPredicate doubleAmp(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• Expression.whiteSpace(BiFunction, Object)
• DefiniteExpression.whiteSpace(BiFunction, BiFunction, Object)
• geometric_type && geometric_type → boolean
  Do these objects overlap? (One point in common makes this true.) Available for box, polygon, circle.
• inet && inet → boolean
  Does either subnet contain or equal the other?
  inet '192.168.1/24' && inet '192.168.1.80/28' → t
  inet '192.168.1/24' && inet '192.168.2.0/28' → f
• anyarray && anyarray → boolean
  

ltLt

public static io.army.criteria.CompoundPredicate ltLt(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• Expression.whiteSpace(BiFunction, Object)
• DefiniteExpression.whiteSpace(BiFunction, BiFunction, Object)
• geometric_type << geometric_type → boolean
  Is first object strictly left of second? Available for point, box, polygon, circle.
  inet << inet → boolean
  Is subnet strictly contained by subnet? This operator, and the next four, test for subnet inclusion. They consider only the network parts of the two
  addresses (ignoring any bits to the right of the netmasks) and determine whether one network is identical to or a subnet of the other.
  inet '192.168.1.5' << inet '192.168.1/24' → t
  inet '192.168.0.5' << inet '192.168.1/24' → f
  inet '192.168.1/24' << inet '192.168.1/24' → f
• inet << inet → boolean
  Is subnet strictly contained by subnet? This operator, and the next four, test for subnet inclusion. They consider only the network parts of the two
  addresses (ignoring any bits to the right of the netmasks) and determine whether one network is identical to or a subnet of the other.
  inet '192.168.1.5' << inet '192.168.1/24' → t
  inet '192.168.0.5' << inet '192.168.1/24' → f
  inet '192.168.1/24' << inet '192.168.1/24' → f

gtGt

public static io.army.criteria.CompoundPredicate gtGt(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• Expression.whiteSpace(BiFunction, Object)
• DefiniteExpression.whiteSpace(BiFunction, BiFunction, Object)
• geometric_type >> geometric_type → boolean
  Is first object strictly right of second? Available for point, box, polygon, circle.

ltLtEqual

public static io.army.criteria.CompoundPredicate ltLtEqual(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• Expression.whiteSpace(BiFunction, Object)
• DefiniteExpression.whiteSpace(BiFunction, BiFunction, Object)
• inet <<= inet → boolean
  Is subnet contained by or equal to subnet?
  inet '192.168.1/24' <<= inet '192.168.1/24' → t

gtGtEqual

public static io.army.criteria.CompoundPredicate gtGtEqual(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• Expression.whiteSpace(BiFunction, Object)
• DefiniteExpression.whiteSpace(BiFunction, BiFunction, Object)
• inet >>= inet → boolean
  Does subnet contain or equal subnet?
  inet '192.168.1/24' >>= inet '192.168.1/24' → t

ampLt

public static io.army.criteria.CompoundPredicate ampLt(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• Expression.whiteSpace(BiFunction, Object)
• DefiniteExpression.whiteSpace(BiFunction, BiFunction, Object)
• geometric_type &< geometric_type → boolean
  Does first object not extend to the right of second? Available for box, polygon, circle.

ampGt

public static io.army.criteria.CompoundPredicate ampGt(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• Expression.whiteSpace(BiFunction, Object)
• DefiniteExpression.whiteSpace(BiFunction, BiFunction, Object)
• geometric_type &> geometric_type → boolean
  Does first object not extend to the left of second? Available for box, polygon, circle.

ltLtVertical

public static io.army.criteria.CompoundPredicate ltLtVertical(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• Expression.whiteSpace(BiFunction, Object)
• DefiniteExpression.whiteSpace(BiFunction, BiFunction, Object)
• geometric_type <<| geometric_type → boolean
  Is first object strictly below second? Available for point, box, polygon, circle.

verticalGtGt

public static io.army.criteria.CompoundPredicate verticalGtGt(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• Expression.whiteSpace(BiFunction, Object)
• DefiniteExpression.whiteSpace(BiFunction, BiFunction, Object)
• geometric_type |>> geometric_type → boolean
  Is first object strictly above second? Available for point, box, polygon, circle.

ampLtVertical

public static io.army.criteria.CompoundPredicate ampLtVertical(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• Expression.whiteSpace(BiFunction, Object)
• DefiniteExpression.whiteSpace(BiFunction, BiFunction, Object)
• geometric_type &<| geometric_type → boolean
  Does first object not extend above second? Available for box, polygon, circle.

verticalAmpGt

public static io.army.criteria.CompoundPredicate verticalAmpGt(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• Expression.whiteSpace(BiFunction, Object)
• DefiniteExpression.whiteSpace(BiFunction, BiFunction, Object)
• geometric_type |&> geometric_type → boolean
  Does first object not extend below second? Available for box, polygon, circle.

ltCaret

public static io.army.criteria.CompoundPredicate ltCaret(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• Expression.whiteSpace(BiFunction, Object)
• DefiniteExpression.whiteSpace(BiFunction, BiFunction, Object)
• box <^ box → boolean
  Is first object below second (allows edges to touch)?

gtCaret

public static io.army.criteria.CompoundPredicate gtCaret(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• Expression.whiteSpace(BiFunction, Object)
• DefiniteExpression.whiteSpace(BiFunction, BiFunction, Object)
• box >^ box → boolean
  Is first object above second (allows edges to touch)?

question

public static io.army.criteria.CompoundPredicate question(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• Expression.whiteSpace(BiFunction, Object)
• DefiniteExpression.whiteSpace(BiFunction, BiFunction, Object)
• jsonb ? text → boolean
  Does the text string exist as a top-level key or array element within the JSON value?
  '{"a":1, "b":2}'::jsonb ? 'b' → t
  '["a", "b", "c"]'::jsonb ? 'b' → t

questionPound

public static io.army.criteria.CompoundPredicate questionPound(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• Expression.whiteSpace(BiFunction, Object)
• DefiniteExpression.whiteSpace(BiFunction, BiFunction, Object)
• geometric_type ?# geometric_type → boolean
  Is first object above second (allows edges to touch)?

questionAmp

public static io.army.criteria.CompoundPredicate questionAmp(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• Expression.whiteSpace(BiFunction, Object)
• DefiniteExpression.whiteSpace(BiFunction, BiFunction, Object)
• jsonb ?& text[] → boolean
  Do all of the strings in the text array exist as top-level keys or array elements?
  '["a", "b", "c"]'::jsonb ?& array['a', 'b'] → t

questionHyphen

public static io.army.criteria.CompoundPredicate questionHyphen(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• Expression.whiteSpace(BiFunction, Object)
• DefiniteExpression.whiteSpace(BiFunction, BiFunction, Object)
• point ?- point → boolean
  Are points horizontally aligned (that is, have same y coordinate)?

questionVertical

public static io.army.criteria.CompoundPredicate questionVertical(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• Expression.whiteSpace(BiFunction, Object)
• DefiniteExpression.whiteSpace(BiFunction, BiFunction, Object)
• point ?| point → boolean
  Are points vertically aligned (that is, have same x coordinate)?
• jsonb ?| text[] → boolean
  Do any of the strings in the text array exist as top-level keys or array elements?
  '{"a":1, "b":2, "c":3}'::jsonb ?| array['b', 'd'] → t

questionHyphenVertical

public static io.army.criteria.CompoundPredicate questionHyphenVertical(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• Expression.whiteSpace(BiFunction, Object)
• DefiniteExpression.whiteSpace(BiFunction, BiFunction, Object)
• line ?-| line → boolean
  lseg ?-| lseg → boolean

questionVerticalVertical

public static io.army.criteria.CompoundPredicate questionVerticalVertical(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• line ?|| line → boolean
  lseg ?|| lseg → boolean

tildeEqual

public static io.army.criteria.CompoundPredicate tildeEqual(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• geometric_type ~= geometric_type → boolean
  Are these objects the same? Available for point, box, polygon, circle.
  

doubleAt

public static io.army.criteria.CompoundPredicate doubleAt(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• tsvector @@ tsquery → boolean
  tsquery @@ tsvector → boolean
  text @@ tsquery → boolean
  
• jsonb @@ jsonpath → boolean
  tReturns the result of a JSON path predicate check for the specified JSON value. Only the first item of the result is taken into account. If the result is not Boolean, then NULL is returned.
  '{"a":[1,2,3,4,5]}'::jsonb @@ '$.a[*] > 2' → t
  

tripleAt

public static io.army.criteria.CompoundPredicate tripleAt(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

See Also:

• tsvector @@@ tsquery → boolean
  tsquery @@@ tsvector → boolean
  

caretAt

public static io.army.criteria.CompoundPredicate caretAt(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

The MappingType of operator return type: BooleanType .

Parameters:

left - not SQLs.DEFAULT etc.

See Also:

• Expression.space(BiFunction, Object)
• DefiniteExpression.space(BiFunction, BiFunction, Object)
• PostgreStringFunctions.startsWith(Expression, Expression)
• text ^@ text → boolean

tilde

public static io.army.criteria.CompoundPredicate tilde(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

The MappingType of function return type:BooleanType

See Also:

• PostgreStringFunctions.regexpLike(Expression, Expression)
• PostgreStringFunctions.regexpLike(Expression, Expression, Expression)
• text ~ text → boolean
  String matches regular expression, case sensitively

notTilde

public static io.army.criteria.CompoundPredicate notTilde(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

The MappingType of function return type:BooleanType

See Also:

• PostgreStringFunctions.regexpLike(Expression, Expression)
• PostgreStringFunctions.regexpLike(Expression, Expression, Expression)
• text !~ text → boolean
  String does not match regular expression, case sensitively

tildeStar

public static io.army.criteria.CompoundPredicate tildeStar(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

The MappingType of function return type:BooleanType

See Also:

• text ~* text → boolean
  String matches regular expression, case insensitively

notTildeStar

public static io.army.criteria.CompoundPredicate notTildeStar(io.army.criteria.Expression left,
 io.army.criteria.Expression right)

The MappingType of function return type:BooleanType

See Also:

• text !~* text → boolean
  String does not match regular expression, case insensitively

period

public static Postgres._PeriodOverlapsClause period(io.army.criteria.Expression start,
 io.army.criteria.Expression endOrLength)

OVERLAPS operator

See Also:

• OVERLAPS operato

period

public static <T> Postgres._PeriodOverlapsClause period(io.army.criteria.Expression start,
 java.util.function.BiFunction<io.army.criteria.Expression,T,io.army.criteria.Expression> valueOperator,
 T value)

OVERLAPS operator

See Also:

• OVERLAPS operato

period

public static <T> Postgres._PeriodOverlapsClause period(java.util.function.BiFunction<io.army.criteria.Expression,T,io.army.criteria.Expression> valueOperator,
 T value,
 io.army.criteria.Expression endOrLength)

OVERLAPS operator

See Also:

• OVERLAPS operato

period

public static Postgres._PeriodOverlapsClause period(io.army.criteria.TypeInfer type,
 java.util.function.BiFunction<io.army.criteria.TypeInfer,Object,io.army.criteria.Expression> valueOperator,
 Object start,
 Object endOrLength)

OVERLAPS operator

See Also:

• OVERLAPS operato

atTimeZone

public static io.army.criteria.CompoundExpression atTimeZone(io.army.criteria.Expression source,
 io.army.criteria.Expression zone)

AT TIME ZONE operator,The MappingType of operator return type:

1. If The MappingType of source is MappingType.SqlLocalDateTimeType,then OffsetDateTimeType
2. If The MappingType of source is MappingType.SqlOffsetDateTimeType,then LocalDateTimeType
3. If The MappingType of source is MappingType.SqlLocalTimeType,then OffsetTimeType
4. If The MappingType of source is MappingType.SqlOffsetTimeType,then LocalTimeType
5. Else raise CriteriaException

Parameters:

source - non-multi value parameter/literal

zone - non-multi value parameter/literal

Throws:

io.army.criteria.CriteriaException - throw when

• source is multi value parameter/literal
• zone is multi value parameter/literal
• The MappingType of source error

See Also:

• AT TIME ZONE Variants

similarTo

public static io.army.criteria.CompoundPredicate similarTo(io.army.criteria.Expression exp,
 io.army.criteria.Expression pattern)

See Also:

• SIMILAR TO Regular Expressions

similarTo

public static io.army.criteria.CompoundPredicate similarTo(io.army.criteria.Expression exp,
 io.army.criteria.Expression pattern,
 io.army.criteria.impl.SQLs.WordEscape escape,
 io.army.criteria.Expression escapeChar)

See Also:

• SIMILAR TO Regular Expressions

notSimilarTo

public static io.army.criteria.CompoundPredicate notSimilarTo(io.army.criteria.Expression exp,
 io.army.criteria.Expression pattern)

See Also:

• SIMILAR TO Regular Expressions

notSimilarTo

public static io.army.criteria.CompoundPredicate notSimilarTo(io.army.criteria.Expression exp,
 io.army.criteria.Expression pattern,
 io.army.criteria.impl.SQLs.WordEscape escape,
 io.army.criteria.Expression escapeChar)

See Also:

• SIMILAR TO Regular Expressions

isDistinctFrom

public static <T extends io.army.criteria.SQLExpression>
io.army.criteria.CompoundPredicate isDistinctFrom(T left,
 T right)

See Also:

• row_constructor IS DISTINCT FROM row_constructor
  

isNotDistinctFrom

public static <T extends io.army.criteria.SQLExpression>
io.army.criteria.CompoundPredicate isNotDistinctFrom(T left,
 T right)

See Also:

• row_constructor IS NOT DISTINCT FROM row_constructor
  

equal

public static io.army.criteria.CompoundPredicate equal(io.army.criteria.Expression left,
 io.army.criteria.impl.SQLs.QuantifiedWord word,
 io.army.criteria.ArrayExpression array)

Parameters:

word - see

• SQLs.ALL
• SQLs.SOME
• SQLs.ANY

See Also:

• ANY/SOME (array)

notEqual

public static io.army.criteria.CompoundPredicate notEqual(io.army.criteria.Expression left,
 io.army.criteria.impl.SQLs.QuantifiedWord word,
 io.army.criteria.ArrayExpression array)

Parameters:

word - see

• SQLs.ALL
• SQLs.SOME
• SQLs.ANY

See Also:

• ANY/SOME (array)

less

public static io.army.criteria.CompoundPredicate less(io.army.criteria.Expression left,
 io.army.criteria.impl.SQLs.QuantifiedWord word,
 io.army.criteria.ArrayExpression array)

Parameters:

word - see

• SQLs.ALL
• SQLs.SOME
• SQLs.ANY

See Also:

• ANY/SOME (array)

lessEqual

public static io.army.criteria.CompoundPredicate lessEqual(io.army.criteria.Expression left,
 io.army.criteria.impl.SQLs.QuantifiedWord word,
 io.army.criteria.ArrayExpression array)

Parameters:

word - see

• SQLs.ALL
• SQLs.SOME
• SQLs.ANY

See Also:

• ANY/SOME (array)

greater

public static io.army.criteria.CompoundPredicate greater(io.army.criteria.Expression left,
 io.army.criteria.impl.SQLs.QuantifiedWord word,
 io.army.criteria.ArrayExpression array)

Parameters:

word - see

• SQLs.ALL
• SQLs.SOME
• SQLs.ANY

See Also:

• ANY/SOME (array)
  

greaterEqual

public static io.army.criteria.CompoundPredicate greaterEqual(io.army.criteria.Expression left,
 io.army.criteria.impl.SQLs.QuantifiedWord word,
 io.army.criteria.ArrayExpression array)

Parameters:

word - see

• SQLs.ALL
• SQLs.SOME
• SQLs.ANY

See Also:

• ANY/SOME (array)
  

collate

public static io.army.criteria.SimpleResultExpression collate(io.army.criteria.Expression expr,
 String collation)

See Also:

• Collation Expressions
• collation

parens

public static io.army.criteria.GroupByItem.ExpressionGroup parens()

See Also:

• grouping_element

parens

public static io.army.criteria.GroupByItem.ExpressionGroup parens(io.army.criteria.Expression exp)

See Also:

• grouping_element

parens

public static io.army.criteria.GroupByItem.ExpressionGroup parens(io.army.criteria.Expression exp1,
 io.army.criteria.Expression exp2)

See Also:

• grouping_element

parens

public static io.army.criteria.GroupByItem.ExpressionGroup parens(io.army.criteria.Expression exp1,
 io.army.criteria.Expression exp2,
 io.army.criteria.Expression exp3,
 io.army.criteria.Expression... rest)

See Also:

• grouping_element

parens

public static io.army.criteria.GroupByItem.ExpressionGroup parens(java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.Expression>> consumer)

See Also:

• grouping_element

rollup

public static io.army.criteria.GroupByItem rollup(io.army.criteria.GroupByItem.ExpressionItem exp)

See Also:

• grouping_element

rollup

public static io.army.criteria.GroupByItem rollup(io.army.criteria.GroupByItem.ExpressionItem exp1,
 io.army.criteria.GroupByItem.ExpressionItem exp2)

See Also:

• grouping_element

rollup

public static io.army.criteria.GroupByItem rollup(io.army.criteria.GroupByItem.ExpressionItem exp1,
 io.army.criteria.GroupByItem.ExpressionItem exp2,
 io.army.criteria.GroupByItem.ExpressionItem exp3,
 io.army.criteria.GroupByItem.ExpressionItem... rest)

See Also:

• grouping_element

rollup

public static io.army.criteria.GroupByItem rollup(java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.GroupByItem.ExpressionItem>> consumer)

See Also:

• grouping_element

cube

public static io.army.criteria.GroupByItem cube(io.army.criteria.GroupByItem.ExpressionItem exp)

See Also:

• grouping_element

cube

public static io.army.criteria.GroupByItem cube(io.army.criteria.GroupByItem.ExpressionItem exp1,
 io.army.criteria.GroupByItem.ExpressionItem exp2)

See Also:

• grouping_element

cube

public static io.army.criteria.GroupByItem cube(io.army.criteria.GroupByItem.ExpressionItem exp1,
 io.army.criteria.GroupByItem.ExpressionItem exp2,
 io.army.criteria.GroupByItem.ExpressionItem exp3,
 io.army.criteria.GroupByItem.ExpressionItem... rest)

See Also:

• grouping_element

cube

public static io.army.criteria.GroupByItem cube(java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.GroupByItem.ExpressionItem>> consumer)

See Also:

• grouping_element

groupingSets

public static io.army.criteria.GroupByItem groupingSets(io.army.criteria.GroupByItem item)

See Also:

• grouping_element

groupingSets

public static io.army.criteria.GroupByItem groupingSets(io.army.criteria.GroupByItem item1,
 io.army.criteria.GroupByItem item2)

See Also:

• grouping_element

groupingSets

public static io.army.criteria.GroupByItem groupingSets(io.army.criteria.GroupByItem item1,
 io.army.criteria.GroupByItem item2,
 io.army.criteria.GroupByItem item3,
 io.army.criteria.GroupByItem... rest)

See Also:

• grouping_element

groupingSets

public static io.army.criteria.GroupByItem groupingSets(java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.GroupByItem>> consumer)

See Also:

• grouping_element

rowsFrom

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction rowsFrom(java.util.function.Consumer<Postgres._RowsFromSpaceClause> consumer)

See Also:

• ROWS FROM

rowsFrom

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction rowsFrom(io.army.criteria.impl.SQLs.SymbolSpace space,
 java.util.function.Consumer<Postgres.RowFromConsumer> consumer)

See Also:

• ROWS FROM

rowNumber

public static io.army.criteria.impl.PostgreWindowFunctions._OverSpec rowNumber()

The MappingType of function return type: LongType.INSTANCE

See Also:

• row_number () → bigint
  Returns the number of the current row within its partition, counting from 1.

rank

public static io.army.criteria.impl.PostgreWindowFunctions._OverSpec rank()

The MappingType of function return type: LongType.INSTANCE

See Also:

• rank () → bigint
  Returns the rank of the current row, with gaps; that is, the row_number of the first row in its peer group.

denseRank

public static io.army.criteria.impl.PostgreWindowFunctions._OverSpec denseRank()

The MappingType of function return type: LongType.INSTANCE

See Also:

• dense_rank () → bigint
  Returns the rank of the current row, without gaps; this function effectively counts peer groups.

percentRank

public static io.army.criteria.impl.PostgreWindowFunctions._OverSpec percentRank()

The MappingType of function return type: DoubleType.INSTANCE

See Also:

• percent_rank () → double precision
  Returns the relative rank of the current row, that is (rank - 1) / (total partition rows - 1). The value thus ranges from 0 to 1 inclusive.

cumeDist

public static io.army.criteria.impl.PostgreWindowFunctions._OverSpec cumeDist()

The MappingType of function return type: DoubleType.INSTANCE

See Also:

• cume_dist () → double precision
  Returns the cumulative distribution, that is (number of partition rows preceding or peers with current row) / (total partition rows). The value thus ranges from 1/N to 1.

ntile

public static <T>
io.army.criteria.impl.PostgreWindowFunctions._OverSpec ntile(java.util.function.BiFunction<io.army.mapping.IntegerType,T,io.army.criteria.Expression> func,
 T value)

The MappingType of function return type: IntegerType.INSTANCE

Parameters:

func - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of func always is IntegerType.INSTANCE.

value - non-null,it will be passed to func as the second argument of func

See Also:

• ntile(Expression)
• ntile ( num_buckets integer ) → integer
  Returns an integer ranging from 1 to the argument value, dividing the partition as equally as possible.

ntile

public static io.army.criteria.impl.PostgreWindowFunctions._OverSpec ntile(io.army.criteria.Expression numBuckets)

The MappingType of function return type: IntegerType.INSTANCE

See Also:

• ntile ( num_buckets integer ) → integer
  Returns an integer ranging from 1 to the argument value, dividing the partition as equally as possible.

lag

public static io.army.criteria.impl.PostgreWindowFunctions._OverSpec lag(io.army.criteria.Expression value)

The MappingType of function return type: the MappingType of value

See Also:

• lag ( value anycompatible [, offset integer [, default anycompatible ]] ) → anycompatible
  Returns value evaluated at the row that is offset rows before the current row within the partition; if there is no such row,
  instead returns default (which must be of a type compatible with value).
  Both offset and default are evaluated with respect to the current row. If omitted, offset defaults to 1 and default to NULL.

lag

public static io.army.criteria.impl.PostgreWindowFunctions._OverSpec lag(io.army.criteria.Expression value,
 io.army.criteria.Expression offset)

The MappingType of function return type: the MappingType of value

See Also:

• lag ( value anycompatible [, offset integer [, default anycompatible ]] ) → anycompatible
  Returns value evaluated at the row that is offset rows before the current row within the partition; if there is no such row,
  instead returns default (which must be of a type compatible with value).
  Both offset and default are evaluated with respect to the current row. If omitted, offset defaults to 1 and default to NULL.

lag

public static io.army.criteria.impl.PostgreWindowFunctions._OverSpec lag(io.army.criteria.Expression value,
 io.army.criteria.Expression offset,
 io.army.criteria.Expression defaultValue)

The MappingType of function return type: the MappingType of value

See Also:

• lag ( value anycompatible [, offset integer [, default anycompatible ]] ) → anycompatible
  Returns value evaluated at the row that is offset rows before the current row within the partition; if there is no such row,
  instead returns default (which must be of a type compatible with value).
  Both offset and default are evaluated with respect to the current row. If omitted, offset defaults to 1 and default to NULL.

lead

public static io.army.criteria.impl.PostgreWindowFunctions._OverSpec lead(io.army.criteria.Expression value)

The MappingType of function return type: the MappingType of value

See Also:

• lead ( value anycompatible [, offset integer [, default anycompatible ]] ) → anycompatible
  Returns value evaluated at the row that is offset rows after the current row within the partition;
  if there is no such row, instead returns default (which must be of a type compatible with value).
  Both offset and default are evaluated with respect to the current row. If omitted, offset defaults to 1 and default to NULL.

lead

public static io.army.criteria.impl.PostgreWindowFunctions._OverSpec lead(io.army.criteria.Expression value,
 io.army.criteria.Expression offset)

The MappingType of function return type: the MappingType of value

See Also:

• lead ( value anycompatible [, offset integer [, default anycompatible ]] ) → anycompatible
  Returns value evaluated at the row that is offset rows after the current row within the partition;
  if there is no such row, instead returns default (which must be of a type compatible with value).
  Both offset and default are evaluated with respect to the current row. If omitted, offset defaults to 1 and default to NULL.

lead

public static io.army.criteria.impl.PostgreWindowFunctions._OverSpec lead(io.army.criteria.Expression value,
 io.army.criteria.Expression offset,
 io.army.criteria.Expression defaultValue)

The MappingType of function return type: the MappingType of value

See Also:

• lead ( value anycompatible [, offset integer [, default anycompatible ]] ) → anycompatible
  Returns value evaluated at the row that is offset rows after the current row within the partition;
  if there is no such row, instead returns default (which must be of a type compatible with value).
  Both offset and default are evaluated with respect to the current row. If omitted, offset defaults to 1 and default to NULL.

firstValue

public static io.army.criteria.impl.PostgreWindowFunctions._OverSpec firstValue(io.army.criteria.Expression value)

The MappingType of function return type: the MappingType of value

See Also:

• first_value ( value anyelement ) → anyelement
  Returns value evaluated at the row that is the first row of the window frame.

lastValue

public static io.army.criteria.impl.PostgreWindowFunctions._OverSpec lastValue(io.army.criteria.Expression value)

The MappingType of function return type: the MappingType of value

See Also:

• last_value ( value anyelement ) → anyelement
  Returns value evaluated at the row that is the last row of the window frame.

nthValue

public static <T>
io.army.criteria.impl.PostgreWindowFunctions._OverSpec nthValue(io.army.criteria.Expression value,
 java.util.function.BiFunction<io.army.mapping.IntegerType,T,io.army.criteria.Expression> func,
 T n)

The MappingType of function return type: the MappingType of value

Parameters:

func - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of func always is IntegerType.INSTANCE.

n - non-null,it will be passed to func as the second argument of func

See Also:

• nthValue(Expression, Expression)
• nth_value ( value anyelement, n integer ) → anyelement
  Returns value evaluated at the row that is the n'th row of the window frame (counting from 1); returns NULL if there is no such row.

nthValue

public static io.army.criteria.impl.PostgreWindowFunctions._OverSpec nthValue(io.army.criteria.Expression value,
 io.army.criteria.Expression n)

The MappingType of function return type: the MappingType of value

See Also:

• nth_value ( value anyelement, n integer ) → anyelement
  Returns value evaluated at the row that is the n'th row of the window frame (counting from 1); returns NULL if there is no such row.

arrayAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc arrayAgg(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any)

The MappingType of function return type: the array MappingType of any

Parameters:

modifier - see SQLs.DISTINCT or DISTINCT

See Also:

• array_agg ( anynonarray ) → anyarray
  Collects all the input values, including nulls, into an array.

arrayAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc arrayAgg(io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: the array MappingType of any

See Also:

• array_agg ( anynonarray ) → anyarray
  Collects all the input values, including nulls, into an array.

arrayAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc arrayAgg(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: the array MappingType of any

Parameters:

modifier - see SQLs.DISTINCT or DISTINCT

See Also:

• array_agg ( anynonarray ) → anyarray
  Collects all the input values, including nulls, into an array.

arrayAgg

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc arrayAgg(io.army.criteria.Expression any)

The MappingType of function return type: the array MappingType of any

See Also:

• array_agg ( anynonarray ) → anyarray
  Collects all the input values, including nulls, into an array.

avg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc avg(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any)

The MappingType of function return type:

• exp is integer type → BigDecimalType.INSTANCE
• exp is decimal type → BigDecimalType.INSTANCE
• exp is float type → DoubleType.INSTANCE
• exp is interval type → IntervalType.TEXT
• else → TextType.INSTANCE

See Also:

• avg ( smallint ) → numeric
  avg ( integer ) → numeric
  avg ( bigint ) → numeric
  avg ( numeric ) → numeric
  avg ( real ) → double precision
  avg ( double precision ) → double precision
  avg ( interval ) → interval
  

avg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc avg(io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type:

• exp is integer type → BigDecimalType.INSTANCE
• exp is decimal type → BigDecimalType.INSTANCE
• exp is float type → DoubleType.INSTANCE
• exp is interval type → IntervalType.TEXT
• else → TextType.INSTANCE

See Also:

• avg ( smallint ) → numeric
  avg ( integer ) → numeric
  avg ( bigint ) → numeric
  avg ( numeric ) → numeric
  avg ( real ) → double precision
  avg ( double precision ) → double precision
  avg ( interval ) → interval
  

avg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc avg(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type:

• exp is integer type → BigDecimalType.INSTANCE
• exp is decimal type → BigDecimalType.INSTANCE
• exp is float type → DoubleType.INSTANCE
• exp is interval type → IntervalType.TEXT
• else → TextType.INSTANCE

See Also:

• avg ( smallint ) → numeric
  avg ( integer ) → numeric
  avg ( bigint ) → numeric
  avg ( numeric ) → numeric
  avg ( real ) → double precision
  avg ( double precision ) → double precision
  avg ( interval ) → interval
  

avg

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc avg(io.army.criteria.Expression exp)

The MappingType of function return type:

• exp is integer type → BigDecimalType.INSTANCE
• exp is decimal type → BigDecimalType.INSTANCE
• exp is float type → DoubleType.INSTANCE
• exp is interval type → IntervalType.TEXT
• else → TextType.INSTANCE

See Also:

• avg ( smallint ) → numeric
  avg ( integer ) → numeric
  avg ( bigint ) → numeric
  avg ( numeric ) → numeric
  avg ( real ) → double precision
  avg ( double precision ) → double precision
  avg ( interval ) → interval
  

bitAnd

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc bitAnd(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any)

The MappingType of function return type:

• exp is integer type → the MappingType of exp
• exp is bit type → the MappingType of exp
• else → TextType.INSTANCE

See Also:

• bit_and ( smallint ) → smallint
  bit_and ( integer ) → integer
  bit_and ( bigint ) → bigint
  bit_and ( bit ) → bit
  Computes the bitwise AND of all non-null input values.

bitAnd

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc bitAnd(io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type:

• exp is integer type → the MappingType of exp
• exp is bit type → the MappingType of exp
• else → TextType.INSTANCE

See Also:

• bit_and ( smallint ) → smallint
  bit_and ( integer ) → integer
  bit_and ( bigint ) → bigint
  bit_and ( bit ) → bit
  Computes the bitwise AND of all non-null input values.

bitAnd

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc bitAnd(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type:

• exp is integer type → the MappingType of exp
• exp is bit type → the MappingType of exp
• else → TextType.INSTANCE

See Also:

• bit_and ( smallint ) → smallint
  bit_and ( integer ) → integer
  bit_and ( bigint ) → bigint
  bit_and ( bit ) → bit
  Computes the bitwise AND of all non-null input values.

bitAnd

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc bitAnd(io.army.criteria.Expression exp)

The MappingType of function return type:

• exp is integer type → the MappingType of exp
• exp is bit type → the MappingType of exp
• else → TextType.INSTANCE

See Also:

• bit_and ( smallint ) → smallint
  bit_and ( integer ) → integer
  bit_and ( bigint ) → bigint
  bit_and ( bit ) → bit
  Computes the bitwise AND of all non-null input values.

bitOr

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc bitOr(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any)

The MappingType of function return type:

• exp is integer type → the MappingType of exp
• exp is bit type → the MappingType of exp
• else → TextType.INSTANCE

See Also:

• bit_or ( smallint ) → smallint
  bit_or ( integer ) → integer
  bit_or ( bigint ) → bigint
  bit_or ( bit ) → bit
  Computes the bitwise OR of all non-null input values.

bitOr

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc bitOr(io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type:

• exp is integer type → the MappingType of exp
• exp is bit type → the MappingType of exp
• else → TextType.INSTANCE

See Also:

• bit_or ( smallint ) → smallint
  bit_or ( integer ) → integer
  bit_or ( bigint ) → bigint
  bit_or ( bit ) → bit
  Computes the bitwise OR of all non-null input values.

bitOr

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc bitOr(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type:

• exp is integer type → the MappingType of exp
• exp is bit type → the MappingType of exp
• else → TextType.INSTANCE

See Also:

• bit_or ( smallint ) → smallint
  bit_or ( integer ) → integer
  bit_or ( bigint ) → bigint
  bit_or ( bit ) → bit
  Computes the bitwise OR of all non-null input values.

bitOr

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc bitOr(io.army.criteria.Expression exp)

The MappingType of function return type:

• exp is integer type → the MappingType of exp
• exp is bit type → the MappingType of exp
• else → TextType.INSTANCE

See Also:

• bit_or ( smallint ) → smallint
  bit_or ( integer ) → integer
  bit_or ( bigint ) → bigint
  bit_or ( bit ) → bit
  Computes the bitwise OR of all non-null input values.

bitXor

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc bitXor(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any)

The MappingType of function return type:

• exp is integer type → the MappingType of exp
• exp is bit type → the MappingType of exp
• else → TextType.INSTANCE

See Also:

• bit_xor ( smallint ) → smallint
  bit_xor ( integer ) → integer
  bit_xor ( bigint ) → bigint
  bit_xor ( bit ) → bit
  Computes the bitwise OR of all non-null input values.

bitXor

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc bitXor(io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type:

• exp is integer type → the MappingType of exp
• exp is bit type → the MappingType of exp
• else → TextType.INSTANCE

See Also:

• bit_xor ( smallint ) → smallint
  bit_xor ( integer ) → integer
  bit_xor ( bigint ) → bigint
  bit_xor ( bit ) → bit
  Computes the bitwise OR of all non-null input values.

bitXor

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc bitXor(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type:

• exp is integer type → the MappingType of exp
• exp is bit type → the MappingType of exp
• else → TextType.INSTANCE

See Also:

• bit_xor ( smallint ) → smallint
  bit_xor ( integer ) → integer
  bit_xor ( bigint ) → bigint
  bit_xor ( bit ) → bit
  Computes the bitwise OR of all non-null input values.

bitXor

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc bitXor(io.army.criteria.Expression exp)

The MappingType of function return type:

• exp is integer type → the MappingType of exp
• exp is bit type → the MappingType of exp
• else → TextType.INSTANCE

See Also:

• bit_xor ( smallint ) → smallint
  bit_xor ( integer ) → integer
  bit_xor ( bigint ) → bigint
  bit_xor ( bit ) → bit
  Computes the bitwise OR of all non-null input values.

boolAnd

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc boolAnd(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any)

The MappingType of function return type: BooleanType.INSTANCE.

See Also:

• bool_and ( boolean ) → boolean
  Returns true if all non-null input values are true, otherwise false.

boolAnd

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc boolAnd(io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: BooleanType.INSTANCE.

See Also:

• bool_and ( boolean ) → boolean
  Returns true if all non-null input values are true, otherwise false.

boolAnd

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc boolAnd(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: BooleanType.INSTANCE.

See Also:

• bool_and ( boolean ) → boolean
  Returns true if all non-null input values are true, otherwise false.

boolAnd

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc boolAnd(io.army.criteria.Expression exp)

The MappingType of function return type: BooleanType.INSTANCE.

See Also:

• bool_and ( boolean ) → boolean
  Returns true if all non-null input values are true, otherwise false.

boolOr

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc boolOr(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any)

The MappingType of function return type: BooleanType.INSTANCE.

See Also:

• bool_or ( boolean ) → boolean
  Returns true if any non-null input value is true, otherwise false.

boolOr

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc boolOr(io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: BooleanType.INSTANCE.

See Also:

• bool_or ( boolean ) → boolean
  Returns true if any non-null input value is true, otherwise false.

boolOr

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc boolOr(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: BooleanType.INSTANCE.

See Also:

• bool_or ( boolean ) → boolean
  Returns true if any non-null input value is true, otherwise false.

boolOr

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc boolOr(io.army.criteria.Expression exp)

The MappingType of function return type: BooleanType.INSTANCE.

See Also:

• bool_or ( boolean ) → boolean
  Returns true if any non-null input value is true, otherwise false.

countAsterisk

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc countAsterisk()

The MappingType of function return type: LongType.INSTANCE.

See Also:

• count ( * ) → bigint
  Computes the number of input rows.
• countAsterisk()

count

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc count(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any)

The MappingType of function return type: LongType.INSTANCE.

See Also:

• count ( "any" ) → bigint
  Computes the number of input rows in which the input value is not null.
• count(Expression)

count

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc count(io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: LongType.INSTANCE.

See Also:

• count ( "any" ) → bigint
  Computes the number of input rows in which the input value is not null.
• count(Expression)

count

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc count(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: LongType.INSTANCE.

See Also:

• count ( "any" ) → bigint
  Computes the number of input rows in which the input value is not null.
• count(Expression)

count

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc count(io.army.criteria.Expression exp)

The MappingType of function return type: LongType.INSTANCE.

See Also:

• count ( "any" ) → bigint
  Computes the number of input rows in which the input value is not null.
• count(Expression)

every

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc every(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any)

The MappingType of function return type: BooleanType.INSTANCE.

See Also:

• every ( boolean ) → boolean
  This is the SQL standard's equivalent to bool_and.
• boolAnd(Expression)

every

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc every(io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: BooleanType.INSTANCE.

See Also:

• every ( boolean ) → boolean
  This is the SQL standard's equivalent to bool_and.
• boolAnd(Expression)

every

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc every(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: BooleanType.INSTANCE.

See Also:

• every ( boolean ) → boolean
  This is the SQL standard's equivalent to bool_and.
• boolAnd(Expression)

every

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc every(io.army.criteria.Expression exp)

The MappingType of function return type: BooleanType.INSTANCE.

See Also:

• every ( boolean ) → boolean
  This is the SQL standard's equivalent to bool_and.
• boolAnd(Expression)

jsonAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc jsonAgg(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any)

The MappingType of function return type: JsonType.TEXT.

See Also:

• json_agg ( anyelement ) → json
  Collects all the input values, including nulls, into a JSON array. Values are converted to JSON as per to_json or to_jsonb.

jsonAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc jsonAgg(io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: JsonType.TEXT.

See Also:

• json_agg ( anyelement ) → json
  Collects all the input values, including nulls, into a JSON array. Values are converted to JSON as per to_json or to_jsonb.

jsonAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc jsonAgg(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: JsonType.TEXT.

See Also:

• json_agg ( anyelement ) → json
  Collects all the input values, including nulls, into a JSON array. Values are converted to JSON as per to_json or to_jsonb.

jsonAgg

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc jsonAgg(io.army.criteria.Expression exp)

The MappingType of function return type: JsonType.TEXT.

See Also:

• json_agg ( anyelement ) → json
  Collects all the input values, including nulls, into a JSON array. Values are converted to JSON as per to_json or to_jsonb.

jsonbAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc jsonbAgg(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any)

The MappingType of function return type: JsonbType.TEXT.

See Also:

• jsonb_agg ( anyelement ) → jsonb_agg
  Collects all the input values, including nulls, into a JSON array. Values are converted to JSON as per to_json or to_jsonb.

jsonbAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc jsonbAgg(io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: JsonbType.TEXT.

See Also:

• jsonb_agg ( anyelement ) → jsonb_agg
  Collects all the input values, including nulls, into a JSON array. Values are converted to JSON as per to_json or to_jsonb.

jsonbAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc jsonbAgg(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: JsonbType.TEXT.

See Also:

• jsonb_agg ( anyelement ) → jsonb_agg
  Collects all the input values, including nulls, into a JSON array. Values are converted to JSON as per to_json or to_jsonb.

jsonbAgg

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc jsonbAgg(io.army.criteria.Expression exp)

The MappingType of function return type: JsonbType.TEXT.

See Also:

• jsonb_agg ( anyelement ) → jsonb_agg
  Collects all the input values, including nulls, into a JSON array. Values are converted to JSON as per to_json or to_jsonb.

jsonObjectAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc jsonObjectAgg(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression key,
 io.army.criteria.Expression value)

The MappingType of function return type: JsonType.TEXT.

See Also:

• json_object_agg ( key "any", value "any" ) → json
  Collects all the key/value pairs into a JSON object. Key arguments are coerced to text; value arguments are converted as per to_json or to_jsonb. Values can be null, but not keys.

jsonObjectAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc jsonObjectAgg(io.army.criteria.Expression key,
 io.army.criteria.Expression value,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: JsonType.TEXT.

See Also:

• json_object_agg ( key "any", value "any" ) → json
  Collects all the key/value pairs into a JSON object. Key arguments are coerced to text; value arguments are converted as per to_json or to_jsonb. Values can be null, but not keys.

jsonObjectAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc jsonObjectAgg(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression key,
 io.army.criteria.Expression value,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: JsonType.TEXT.

See Also:

• json_object_agg ( key "any", value "any" ) → json
  Collects all the key/value pairs into a JSON object. Key arguments are coerced to text; value arguments are converted as per to_json or to_jsonb. Values can be null, but not keys.

jsonObjectAgg

public static <K,
V>
io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc jsonObjectAgg(java.util.function.BiFunction<io.army.mapping.TextType,K,io.army.criteria.Expression> keyFunc,
 K key,
 java.util.function.BiFunction<io.army.mapping.TextType,V,io.army.criteria.Expression> valueFunc,
 V value)

The MappingType of function return type: JsonType.TEXT.

Parameters:

keyFunc - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of keyFunc always is TextType.INSTANCE.

key - non-null,it will be passed to keyFunc as the second argument of keyFunc

valueFunc - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of valueFunc always is TextType.INSTANCE.

value - non-null,it will be passed to valueFunc as the second argument of valueFunc

See Also:

• jsonObjectAgg(Expression, Expression)
• json_object_agg ( key "any", value "any" ) → json
  Collects all the key/value pairs into a JSON object. Key arguments are coerced to text; value arguments are converted as per to_json or to_jsonb. Values can be null, but not keys.

jsonObjectAgg

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc jsonObjectAgg(io.army.criteria.Expression key,
 io.army.criteria.Expression value)

The MappingType of function return type: JsonType.TEXT.

See Also:

• json_object_agg ( key "any", value "any" ) → json
  Collects all the key/value pairs into a JSON object. Key arguments are coerced to text; value arguments are converted as per to_json or to_jsonb. Values can be null, but not keys.

jsonbObjectAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc jsonbObjectAgg(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression key,
 io.army.criteria.Expression value)

The MappingType of function return type: JsonbType.TEXT.

See Also:

• jsonb_object_agg ( key "any", value "any" ) → json
  Collects all the key/value pairs into a JSON object. Key arguments are coerced to text; value arguments are converted as per to_json or to_jsonb. Values can be null, but not keys.

jsonbObjectAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc jsonbObjectAgg(io.army.criteria.Expression key,
 io.army.criteria.Expression value,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: JsonbType.TEXT.

See Also:

• jsonb_object_agg ( key "any", value "any" ) → json
  Collects all the key/value pairs into a JSON object. Key arguments are coerced to text; value arguments are converted as per to_json or to_jsonb. Values can be null, but not keys.

jsonbObjectAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc jsonbObjectAgg(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression key,
 io.army.criteria.Expression value,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: JsonbType.TEXT.

See Also:

• jsonb_object_agg ( key "any", value "any" ) → json
  Collects all the key/value pairs into a JSON object. Key arguments are coerced to text; value arguments are converted as per to_json or to_jsonb. Values can be null, but not keys.

jsonbObjectAgg

public static <K,
V>
io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc jsonbObjectAgg(java.util.function.BiFunction<io.army.mapping.TextType,K,io.army.criteria.Expression> keyFunc,
 K key,
 java.util.function.BiFunction<io.army.mapping.TextType,V,io.army.criteria.Expression> valueFunc,
 V value)

The MappingType of function return type: JsonbType.TEXT.

Parameters:

keyFunc - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of keyFunc always is TextType.INSTANCE.

key - non-null,it will be passed to keyFunc as the second argument of keyFunc

valueFunc - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of valueFunc always is TextType.INSTANCE.

value - non-null,it will be passed to valueFunc as the second argument of valueFunc

See Also:

• jsonbObjectAgg(Expression, Expression)
• json_object_agg ( key "any", value "any" ) → json
  Collects all the key/value pairs into a JSON object. Key arguments are coerced to text; value arguments are converted as per to_json or to_jsonb. Values can be null, but not keys.

jsonbObjectAgg

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc jsonbObjectAgg(io.army.criteria.Expression key,
 io.army.criteria.Expression value)

The MappingType of function return type: JsonbType.TEXT.

See Also:

• jsonb_object_agg ( key "any", value "any" ) → json
  Collects all the key/value pairs into a JSON object. Key arguments are coerced to text; value arguments are converted as per to_json or to_jsonb. Values can be null, but not keys.

max

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc max(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression exp)

The MappingType of function return type: the MappingType of exp.

See Also:

• max ( see text ) → same as input type
  Computes the maximum of the non-null input values. Available for any numeric, string, date/time, or enum type, as well as inet, interval, money, oid, pg_lsn, tid, xid8, and arrays of any of these types.

max

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc max(io.army.criteria.Expression exp)

The MappingType of function return type: the MappingType of exp.

See Also:

• max ( see text ) → same as input type
  Computes the maximum of the non-null input values. Available for any numeric, string, date/time, or enum type, as well as inet, interval, money, oid, pg_lsn, tid, xid8, and arrays of any of these types.

min

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc min(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression exp)

The MappingType of function return type: the MappingType of exp.

See Also:

• min ( see text ) → same as input type
  Computes the minimum of the non-null input values. Available for any numeric, string, date/time, or enum type, as well as inet, interval, money, oid, pg_lsn, tid, xid8, and arrays of any of these types.

min

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc min(io.army.criteria.Expression exp)

The MappingType of function return type: the MappingType of exp.

See Also:

• min ( see text ) → same as input type
  Computes the minimum of the non-null input values. Available for any numeric, string, date/time, or enum type, as well as inet, interval, money, oid, pg_lsn, tid, xid8, and arrays of any of these types.

rangeAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc rangeAgg(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any)

The MappingType of function return type: the MappingType of exp.

See Also:

• range_agg ( value anyrange ) → anymultirange
  range_agg ( value anymultirange ) → anymultirange Computes the union of the non-null input values.

rangeAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc rangeAgg(io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: the MappingType of exp.

See Also:

• range_agg ( value anyrange ) → anymultirange
  range_agg ( value anymultirange ) → anymultirange Computes the union of the non-null input values.

rangeAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc rangeAgg(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: the MappingType of exp.

See Also:

• range_agg ( value anyrange ) → anymultirange
  range_agg ( value anymultirange ) → anymultirange Computes the union of the non-null input values.

rangeAgg

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc rangeAgg(io.army.criteria.Expression exp)

The MappingType of function return type: the MappingType of exp.

See Also:

• range_agg ( value anyrange ) → anymultirange
  range_agg ( value anymultirange ) → anymultirange Computes the union of the non-null input values.

rangeIntersectAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc rangeIntersectAgg(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any)

The MappingType of function return type: the MappingType of exp.

See Also:

• range_intersect_agg ( value anyrange ) → anymultirange
  range_intersect_agg ( value anymultirange ) → anymultirange Computes the intersection of the non-null input values.

rangeIntersectAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc rangeIntersectAgg(io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: the MappingType of exp.

See Also:

• range_intersect_agg ( value anyrange ) → anymultirange
  range_intersect_agg ( value anymultirange ) → anymultirange Computes the intersection of the non-null input values.

rangeIntersectAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc rangeIntersectAgg(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: the MappingType of exp.

See Also:

• range_intersect_agg ( value anyrange ) → anymultirange
  range_intersect_agg ( value anymultirange ) → anymultirange Computes the intersection of the non-null input values.

rangeIntersectAgg

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc rangeIntersectAgg(io.army.criteria.Expression exp)

The MappingType of function return type: the MappingType of exp.

See Also:

• range_intersect_agg ( value anyrange ) → anymultirange
  range_intersect_agg ( value anymultirange ) → anymultirange Computes the intersection of the non-null input values.

stringAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc stringAgg(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression value,
 io.army.criteria.Expression delimiter)

The MappingType of function return type: the MappingType of exp.

See Also:

• string_agg ( value text, delimiter text ) → text
  string_agg ( value bytea, delimiter bytea ) → bytea Concatenates the non-null input values into a string. Each value after the first is preceded by the corresponding delimiter (if it's not null).

stringAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc stringAgg(io.army.criteria.Expression value,
 io.army.criteria.Expression delimiter,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: the MappingType of exp.

See Also:

• string_agg ( value text, delimiter text ) → text
  string_agg ( value bytea, delimiter bytea ) → bytea Concatenates the non-null input values into a string. Each value after the first is preceded by the corresponding delimiter (if it's not null).

stringAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc stringAgg(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression value,
 io.army.criteria.Expression delimiter,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: the MappingType of exp.

See Also:

• string_agg ( value text, delimiter text ) → text
  string_agg ( value bytea, delimiter bytea ) → bytea Concatenates the non-null input values into a string. Each value after the first is preceded by the corresponding delimiter (if it's not null).

stringAgg

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc stringAgg(io.army.criteria.Expression value,
 io.army.criteria.Expression delimiter)

The MappingType of function return type: the MappingType of exp.

See Also:

• string_agg ( value text, delimiter text ) → text
  string_agg ( value bytea, delimiter bytea ) → bytea Concatenates the non-null input values into a string. Each value after the first is preceded by the corresponding delimiter (if it's not null).

sum

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc sum(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression exp)

The MappingType of function return type:

• If exp is ByteType,then ShortType
• Else if exp is ShortType,then IntegerType
• Else if exp is MediumIntType,then IntegerType
• Else if exp is LongType,then BigIntegerType
• Else if exp is BigDecimalType,then BigDecimalType
• Else if exp is FloatType,then FloatType
• Else if exp is sql float type,then DoubleType
• Else he MappingType of exp

See Also:

• sum ( smallint ) → bigint
  sum ( integer ) → bigint
  sum ( bigint ) → numeric
  sum ( numeric ) → numeric
  sum ( real ) → real
  sum ( double precision ) → double precision
  sum ( interval ) → interval
  sum ( money ) → money
  Computes the sum of the non-null input values.

sum

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc sum(io.army.criteria.Expression exp)

The MappingType of function return type:

• If exp is ByteType,then ShortType
• Else if exp is ShortType,then IntegerType
• Else if exp is MediumIntType,then IntegerType
• Else if exp is LongType,then BigIntegerType
• Else if exp is BigDecimalType,then BigDecimalType
• Else if exp is FloatType,then FloatType
• Else if exp is sql float type,then DoubleType
• Else he MappingType of exp

See Also:

• sum ( smallint ) → bigint
  sum ( integer ) → bigint
  sum ( bigint ) → numeric
  sum ( numeric ) → numeric
  sum ( real ) → real
  sum ( double precision ) → double precision
  sum ( interval ) → interval
  sum ( money ) → money
  Computes the sum of the non-null input values.

xmlAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc xmlAgg(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any)

The MappingType of function return type: XmlType.TEXT.

See Also:

• xmlagg ( xml ) → xml
  Concatenates the non-null XML input values

xmlAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc xmlAgg(io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: XmlType.TEXT.

See Also:

• xmlagg ( xml ) → xml
  Concatenates the non-null XML input values

xmlAgg

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc xmlAgg(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression any,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: XmlType.TEXT.

See Also:

• xmlagg ( xml ) → xml
  Concatenates the non-null XML input values

xmlAgg

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc xmlAgg(io.army.criteria.Expression xml)

The MappingType of function return type: XmlType.TEXT.

See Also:

• xmlagg ( xml ) → xml
  Concatenates the non-null XML input values

corr

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc corr(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• corr ( Y double precision, X double precision ) → double precision
  Computes the correlation coefficient.

corr

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc corr(io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• corr ( Y double precision, X double precision ) → double precision
  Computes the correlation coefficient.

corr

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc corr(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• corr ( Y double precision, X double precision ) → double precision
  Computes the correlation coefficient.

corr

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc corr(io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• corr ( Y double precision, X double precision ) → double precision
  Computes the correlation coefficient.

covarPop

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc covarPop(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• covar_pop ( Y double precision, X double precision ) → double precision
  Computes the population covariance.

covarPop

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc covarPop(io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• covar_pop ( Y double precision, X double precision ) → double precision
  Computes the population covariance.

covarPop

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc covarPop(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• covar_pop ( Y double precision, X double precision ) → double precision
  Computes the population covariance.

covarPop

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc covarPop(io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• covar_pop ( Y double precision, X double precision ) → double precision
  Computes the population covariance.

covarSamp

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc covarSamp(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• covar_samp ( Y double precision, X double precision ) → double precision
  Computes the sample covariance.

covarSamp

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc covarSamp(io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• covar_samp ( Y double precision, X double precision ) → double precision
  Computes the sample covariance.

covarSamp

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc covarSamp(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• covar_samp ( Y double precision, X double precision ) → double precision
  Computes the sample covariance.

covarSamp

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc covarSamp(io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• covar_samp ( Y double precision, X double precision ) → double precision
  Computes the sample covariance.

regrAvgx

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrAvgx(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_avgx ( Y double precision, X double precision ) → double precision
  Computes the average of the independent variable, sum(X)/N.

regrAvgx

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrAvgx(io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_avgx ( Y double precision, X double precision ) → double precision
  Computes the average of the independent variable, sum(X)/N.

regrAvgx

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrAvgx(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_avgx ( Y double precision, X double precision ) → double precision
  Computes the average of the independent variable, sum(X)/N.

regrAvgx

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc regrAvgx(io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_avgx ( Y double precision, X double precision ) → double precision
  Computes the average of the independent variable, sum(X)/N.

regrAvgy

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrAvgy(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_avgy ( Y double precision, X double precision ) → double precision
  Computes the average of the dependent variable, sum(Y)/N.

regrAvgy

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrAvgy(io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_avgy ( Y double precision, X double precision ) → double precision
  Computes the average of the dependent variable, sum(Y)/N.

regrAvgy

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrAvgy(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_avgy ( Y double precision, X double precision ) → double precision
  Computes the average of the dependent variable, sum(Y)/N.

regrAvgy

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc regrAvgy(io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_avgy ( Y double precision, X double precision ) → double precision
  Computes the average of the dependent variable, sum(Y)/N.

regrCount

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrCount(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: LongType.INSTANCE.

See Also:

• regr_count ( Y double precision, X double precision ) → bigint
  Computes the number of rows in which both inputs are non-null.

regrCount

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrCount(io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: LongType.INSTANCE.

See Also:

• regr_count ( Y double precision, X double precision ) → bigint
  Computes the number of rows in which both inputs are non-null.

regrCount

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrCount(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: LongType.INSTANCE.

See Also:

• regr_count ( Y double precision, X double precision ) → bigint
  Computes the number of rows in which both inputs are non-null.

regrCount

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc regrCount(io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: LongType.INSTANCE.

See Also:

• regr_count ( Y double precision, X double precision ) → bigint
  Computes the number of rows in which both inputs are non-null.

regrIntercept

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrIntercept(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_intercept ( Y double precision, X double precision ) → double precision
  Computes the y-intercept of the least-squares-fit linear equation determined by the (X, Y) pairs.

regrIntercept

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrIntercept(io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_intercept ( Y double precision, X double precision ) → double precision
  Computes the y-intercept of the least-squares-fit linear equation determined by the (X, Y) pairs.

regrIntercept

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrIntercept(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_intercept ( Y double precision, X double precision ) → double precision
  Computes the y-intercept of the least-squares-fit linear equation determined by the (X, Y) pairs.

regrIntercept

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc regrIntercept(io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_intercept ( Y double precision, X double precision ) → double precision
  Computes the y-intercept of the least-squares-fit linear equation determined by the (X, Y) pairs.

regrR2

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrR2(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_r2 ( Y double precision, X double precision ) → double precision
  Computes the square of the correlation coefficient.

regrR2

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrR2(io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_r2 ( Y double precision, X double precision ) → double precision
  Computes the square of the correlation coefficient.

regrR2

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrR2(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_r2 ( Y double precision, X double precision ) → double precision
  Computes the square of the correlation coefficient.

regrR2

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc regrR2(io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_r2 ( Y double precision, X double precision ) → double precision
  Computes the square of the correlation coefficient.

regrSlope

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrSlope(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_slope ( Y double precision, X double precision ) → double precision
  Computes the slope of the least-squares-fit linear equation determined by the (X, Y) pairs.

regrSlope

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrSlope(io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

/**

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_slope ( Y double precision, X double precision ) → double precision
  Computes the slope of the least-squares-fit linear equation determined by the (X, Y) pairs.

regrSlope

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrSlope(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_slope ( Y double precision, X double precision ) → double precision
  Computes the slope of the least-squares-fit linear equation determined by the (X, Y) pairs.

regrSlope

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc regrSlope(io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_slope ( Y double precision, X double precision ) → double precision
  Computes the slope of the least-squares-fit linear equation determined by the (X, Y) pairs.

regrSxx

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrSxx(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_sxx ( Y double precision, X double precision ) → double precision
  Computes the “sum of squares” of the independent variable, sum(X^2) - sum(X)^2/N.

regrSxx

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrSxx(io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_sxx ( Y double precision, X double precision ) → double precision
  Computes the “sum of squares” of the independent variable, sum(X^2) - sum(X)^2/N.

regrSxx

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrSxx(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_sxx ( Y double precision, X double precision ) → double precision
  Computes the “sum of squares” of the independent variable, sum(X^2) - sum(X)^2/N.

regrSxx

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc regrSxx(io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_sxx ( Y double precision, X double precision ) → double precision
  Computes the “sum of squares” of the independent variable, sum(X^2) - sum(X)^2/N.

regrSxy

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrSxy(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_sxy ( Y double precision, X double precision ) → double precision
  Computes the “sum of products” of independent times dependent variables, sum(X*Y) - sum(X) * sum(Y)/N.

regrSxy

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrSxy(io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_sxy ( Y double precision, X double precision ) → double precision
  Computes the “sum of products” of independent times dependent variables, sum(X*Y) - sum(X) * sum(Y)/N.

regrSxy

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrSxy(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_sxy ( Y double precision, X double precision ) → double precision
  Computes the “sum of products” of independent times dependent variables, sum(X*Y) - sum(X) * sum(Y)/N.

regrSxy

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc regrSxy(io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_sxy ( Y double precision, X double precision ) → double precision
  Computes the “sum of products” of independent times dependent variables, sum(X*Y) - sum(X) * sum(Y)/N.

regrSyy

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrSyy(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_syy ( Y double precision, X double precision ) → double precision
  Computes the “sum of squares” of the dependent variable, sum(Y^2) - sum(Y)^2/N.

regrSyy

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrSyy(io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_syy ( Y double precision, X double precision ) → double precision
  Computes the “sum of squares” of the dependent variable, sum(Y^2) - sum(Y)^2/N.

regrSyy

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc regrSyy(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression y,
 io.army.criteria.Expression x,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_syy ( Y double precision, X double precision ) → double precision
  Computes the “sum of squares” of the dependent variable, sum(Y^2) - sum(Y)^2/N.

regrSyy

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc regrSyy(io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• regr_syy ( Y double precision, X double precision ) → double precision
  Computes the “sum of squares” of the dependent variable, sum(Y^2) - sum(Y)^2/N.

stdDev

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc stdDev(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression exp)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• stddev ( numeric_type ) → double precision for real or double precision, otherwise numeric
  This is a historical alias for stddev_samp.

stdDev

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc stdDev(io.army.criteria.Expression exp,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• stddev ( numeric_type ) → double precision for real or double precision, otherwise numeric
  This is a historical alias for stddev_samp.

stdDev

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc stdDev(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression exp,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• stddev ( numeric_type ) → double precision for real or double precision, otherwise numeric
  This is a historical alias for stddev_samp.

stdDev

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc stdDev(io.army.criteria.Expression exp)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• stddev ( numeric_type ) → double precision for real or double precision, otherwise numeric
  This is a historical alias for stddev_samp.

stdDevPop

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc stdDevPop(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression exp)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• stddev_pop ( numeric_type ) → double precision for real or double precision, otherwise numeric
  Computes the population standard deviation of the input values.

stdDevPop

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc stdDevPop(io.army.criteria.Expression exp,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• stddev_pop ( numeric_type ) → double precision for real or double precision, otherwise numeric
  Computes the population standard deviation of the input values.

stdDevPop

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc stdDevPop(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression exp,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• stddev_pop ( numeric_type ) → double precision for real or double precision, otherwise numeric
  Computes the population standard deviation of the input values.

stdDevPop

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc stdDevPop(io.army.criteria.Expression exp)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• stddev_pop ( numeric_type ) → double precision for real or double precision, otherwise numeric
  Computes the population standard deviation of the input values.

stdDevSamp

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc stdDevSamp(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression exp)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• stddev_samp ( numeric_type ) → double precision for real or double precision, otherwise numeric
  Computes the sample standard deviation of the input values.

stdDevSamp

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc stdDevSamp(io.army.criteria.Expression exp,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• stddev_samp ( numeric_type ) → double precision for real or double precision, otherwise numeric
  Computes the sample standard deviation of the input values.

stdDevSamp

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc stdDevSamp(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression exp,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• stddev_samp ( numeric_type ) → double precision for real or double precision, otherwise numeric
  Computes the sample standard deviation of the input values.

stdDevSamp

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc stdDevSamp(io.army.criteria.Expression exp)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• stddev_samp ( numeric_type ) → double precision for real or double precision, otherwise numeric
  Computes the sample standard deviation of the input values.

variance

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc variance(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression exp)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• variance ( numeric_type ) → double precision for real or double precision, otherwise numeric
  This is a historical alias for var_samp.

variance

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc variance(io.army.criteria.Expression exp,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• variance ( numeric_type ) → double precision for real or double precision, otherwise numeric
  This is a historical alias for var_samp.

variance

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc variance(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression exp,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• variance ( numeric_type ) → double precision for real or double precision, otherwise numeric
  This is a historical alias for var_samp.

variance

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc variance(io.army.criteria.Expression exp)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• variance ( numeric_type ) → double precision for real or double precision, otherwise numeric
  This is a historical alias for var_samp.

varPop

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc varPop(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression exp)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• var_pop ( numeric_type ) → double precision for real or double precision, otherwise numeric
  Computes the population variance of the input values (square of the population standard deviation).

varPop

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc varPop(io.army.criteria.Expression exp,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

/**

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• var_pop ( numeric_type ) → double precision for real or double precision, otherwise numeric
  Computes the population variance of the input values (square of the population standard deviation).

varPop

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc varPop(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression exp,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• var_pop ( numeric_type ) → double precision for real or double precision, otherwise numeric
  Computes the population variance of the input values (square of the population standard deviation).

varPop

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc varPop(io.army.criteria.Expression exp)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• var_pop ( numeric_type ) → double precision for real or double precision, otherwise numeric
  Computes the population variance of the input values (square of the population standard deviation).

varSamp

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc varSamp(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression exp)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• var_samp ( numeric_type ) → double precision for real or double precision, otherwise numeric
  Computes the sample variance of the input values (square of the sample standard deviation).

varSamp

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc varSamp(io.army.criteria.Expression exp,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• var_samp ( numeric_type ) → double precision for real or double precision, otherwise numeric
  Computes the sample variance of the input values (square of the sample standard deviation).

varSamp

public static io.army.criteria.impl.PostgreWindowFunctions._PgAggFunc varSamp(@Nullable
 io.army.criteria.impl.SQLs.ArgDistinct modifier,
 io.army.criteria.Expression exp,
 java.util.function.Consumer<io.army.criteria.Statement._SimpleOrderByClause> consumer)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• var_samp ( numeric_type ) → double precision for real or double precision, otherwise numeric
  Computes the sample variance of the input values (square of the sample standard deviation).

varSamp

public static io.army.criteria.impl.PostgreWindowFunctions._AggWindowFunc varSamp(io.army.criteria.Expression exp)

The MappingType of function return type: DoubleType.INSTANCE.

See Also:

• var_samp ( numeric_type ) → double precision for real or double precision, otherwise numeric
  Computes the sample variance of the input values (square of the sample standard deviation).

mode

public static io.army.criteria.impl.PostgreWindowFunctions._AggWithGroupClause mode()

The MappingType of function return type: the MappingType of order by clause first item.

See Also:

• mode () WITHIN GROUP ( ORDER BY anyelement ) → anyelement
  Computes the mode, the most frequent value of the aggregated argument (arbitrarily choosing the first one if there are multiple equally-frequent values). The aggregated argument must be of a sortable type.

percentileCont

public static io.army.criteria.impl.PostgreWindowFunctions._AggWithGroupClause percentileCont(io.army.criteria.Expression fraction)

The MappingType of function return type:

• If fraction is double array type and order by clause first item is sql double type type,then DoubleType.INSTANCE
• If fraction is sql double array type and order by clause first item is sql interval type,then IntervalType.TEXT
• If fraction is sql double type and order by clause first item is sql double type type,then DoubleArrayType.LINEAR
• If fraction is sql double type and order by clause first item is sql interval type,then IntervalArrayType.LINEAR
• Else TextType.INSTANCE

See Also:

• percentile_cont ( fraction double precision ) WITHIN GROUP ( ORDER BY double precision ) → double precision
  

percentileDisc

public static io.army.criteria.impl.PostgreWindowFunctions._AggWithGroupClause percentileDisc(io.army.criteria.Expression fraction)

The MappingType of function return type:

• If fraction is double array type ,then it is the MappingType of order by clause first item
• If fraction is double array type ,then it is the array MappingType of order by clause first item
• Else TextType.INSTANCE

See Also:

• percentile_disc ( fraction double precision ) WITHIN GROUP ( ORDER BY anyelement ) → anyelement
  percentile_disc ( fractions double precision[] ) WITHIN GROUP ( ORDER BY anyelement ) → anyarray

rank

public static io.army.criteria.impl.PostgreWindowFunctions._AggWithGroupClause rank(io.army.criteria.Expression args)

The MappingType of function return type: LongType.INSTANCE

See Also:

• rank ( args ) WITHIN GROUP ( ORDER BY sorted_args ) → bigint
  

denseRank

public static io.army.criteria.impl.PostgreWindowFunctions._AggWithGroupClause denseRank(io.army.criteria.Expression args)

The MappingType of function return type: LongType.INSTANCE

See Also:

• dense_rank ( args ) WITHIN GROUP ( ORDER BY sorted_args ) → bigint
  

percentRank

public static io.army.criteria.impl.PostgreWindowFunctions._AggWithGroupClause percentRank(io.army.criteria.Expression args)

The MappingType of function return type: DoubleType.INSTANCE

See Also:

• percent_rank ( args ) WITHIN GROUP ( ORDER BY sorted_args ) → double precision
  

cumeDist

public static io.army.criteria.impl.PostgreWindowFunctions._AggWithGroupClause cumeDist(io.army.criteria.Expression args)

The MappingType of function return type: DoubleType.INSTANCE

See Also:

• cume_dist ( args ) WITHIN GROUP ( ORDER BY sorted_args ) → double precision
  

myWithGroupAggFunc

public static io.army.criteria.impl.PostgreWindowFunctions._AggWithGroupClause myWithGroupAggFunc(String name,
 io.army.meta.TypeMeta returnType)

user-defined WITH GROUP aggregate function

myWithGroupAggFunc

public static io.army.criteria.impl.PostgreWindowFunctions._AggWithGroupClause myWithGroupAggFunc(String name,
 io.army.criteria.Expression one,
 io.army.meta.TypeMeta returnType)

user-defined WITH GROUP aggregate function

myWithGroupAggFunc

public static io.army.criteria.impl.PostgreWindowFunctions._AggWithGroupClause myWithGroupAggFunc(String name,
 List<io.army.criteria.Expression> argList,
 io.army.meta.TypeMeta returnType)

user-defined WITH GROUP aggregate function

arrayToTsVector

public static <T> io.army.criteria.Expression arrayToTsVector(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T value)

The MappingType of function return type: PostgreTsVectorType *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is TextArrayType with one dimension array.

value - non-null,it will be passed to funcRef as the second argument of funcRef

See Also:

• arrayToTsVector(Expression)
• array_to_tsvector ( text[] ) → tsvector

arrayToTsVector

public static io.army.criteria.SimpleExpression arrayToTsVector(io.army.criteria.Expression exp)

The MappingType of function return type: PostgreTsVectorType *

See Also:

• array_to_tsvector ( text[] ) → tsvector

plainToTsQuery

public static <T> io.army.criteria.Expression plainToTsQuery(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForQuery,
 T query)

The MappingType of function return type: PostgreTsQueryType *

Parameters:

funcRefForQuery - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. the first argument of funcRefForQuery always is TextType.INSTANCE.

query - non-null,it will be passed to funcRefForQuery as the second argument of funcRefForQuery

See Also:

• plainToTsQuery(Expression)
• plainto_tsquery ( [ config regconfig, ] query text ) → tsquery

plainToTsQuery

public static io.army.criteria.SimpleExpression plainToTsQuery(io.army.criteria.Expression query)

The MappingType of function return type: PostgreTsQueryType *

See Also:

• plainto_tsquery ( [ config regconfig, ] query text ) → tsquery

plainToTsQuery

public static <T,
U> io.army.criteria.Expression plainToTsQuery(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForConfig,
 T config,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForQuery,
 U query)

The MappingType of function return type: PostgreTsQueryType *

Parameters:

funcRefForConfig - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForConfig always is StringType.INSTANCE.

config - non-null,it will be passed to funcRefForConfig as the second argument of funcRefForConfig

funcRefForQuery - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. the first argument of funcRefForQuery always is TextType.INSTANCE.

query - non-null,it will be passed to funcRefForQuery as the second argument of funcRefForQuery

See Also:

• plainToTsQuery(Expression, Expression)
• plainto_tsquery ( [ config regconfig, ] query text ) → tsquery

plainToTsQuery

public static io.army.criteria.SimpleExpression plainToTsQuery(io.army.criteria.Expression config,
 io.army.criteria.Expression query)

The MappingType of function return type: PostgreTsQueryType *

See Also:

• plainto_tsquery ( [ config regconfig, ] query text ) → tsquery

phraseToTsQuery

public static <T> io.army.criteria.Expression phraseToTsQuery(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForQuery,
 T query)

The MappingType of function return type: PostgreTsQueryType *

Parameters:

funcRefForQuery - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. he first argument of funcRefForQuery always is TextType.INSTANCE.

query - non-null,it will be passed to funcRefForQuery as the second argument of funcRefForQuery

See Also:

• phraseToTsQuery(Expression)
• phraseto_tsquery ( [ config regconfig, ] query text ) → tsquery

phraseToTsQuery

public static io.army.criteria.SimpleExpression phraseToTsQuery(io.army.criteria.Expression query)

The MappingType of function return type: PostgreTsQueryType *

See Also:

• phraseto_tsquery ( [ config regconfig, ] query text ) → tsquery

phraseToTsQuery

public static <T,
U> io.army.criteria.Expression phraseToTsQuery(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForConfig,
 T config,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForQuery,
 U query)

The MappingType of function return type: PostgreTsQueryType *

Parameters:

funcRefForConfig - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForConfig always is StringType.INSTANCE.

config - non-null,it will be passed to funcRefForConfig as the second argument of funcRefForConfig

funcRefForQuery - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. he first argument of funcRefForQuery always is TextType.INSTANCE.

query - non-null,it will be passed to funcRefForQuery as the second argument of funcRefForQuery

See Also:

• phraseToTsQuery(Expression, Expression)
• phraseto_tsquery ( [ config regconfig, ] query text ) → tsquery

phraseToTsQuery

public static io.army.criteria.SimpleExpression phraseToTsQuery(io.army.criteria.Expression config,
 io.army.criteria.Expression query)

The MappingType of function return type: PostgreTsQueryType *

See Also:

• phraseto_tsquery ( [ config regconfig, ] query text ) → tsquery

webSearchToTsQuery

public static <T> io.army.criteria.Expression webSearchToTsQuery(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForQuery,
 T query)

The MappingType of function return type: PostgreTsQueryType *

Parameters:

funcRefForQuery - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. the first argument of funcRefForQuery always is TextType.INSTANCE.

query - non-null,it will be passed to funcRefForQuery as the second argument of funcRefForQuery

See Also:

• webSearchToTsQuery(Expression)
• websearch_to_tsquery ( [ config regconfig, ] query text ) → tsquery

webSearchToTsQuery

public static io.army.criteria.SimpleExpression webSearchToTsQuery(io.army.criteria.Expression query)

The MappingType of function return type: PostgreTsQueryType *

See Also:

• websearch_to_tsquery ( [ config regconfig, ] query text ) → tsquery

webSearchToTsQuery

public static <T,
U> io.army.criteria.Expression webSearchToTsQuery(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForConfig,
 T config,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForQuery,
 U query)

The MappingType of function return type: PostgreTsQueryType *

Parameters:

funcRefForConfig - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForConfig always is StringType.INSTANCE.

config - non-null,it will be passed to funcRefForConfig as the second argument of funcRefForConfig

funcRefForQuery - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. the first argument of funcRefForQuery always is TextType.INSTANCE.

query - non-null,it will be passed to funcRefForQuery as the second argument of funcRefForQuery

See Also:

• webSearchToTsQuery(Expression, Expression)
• websearch_to_tsquery ( [ config regconfig, ] query text ) → tsquery

webSearchToTsQuery

public static io.army.criteria.SimpleExpression webSearchToTsQuery(io.army.criteria.Expression config,
 io.army.criteria.Expression query)

The MappingType of function return type: PostgreTsQueryType *

See Also:

• websearch_to_tsquery ( [ config regconfig, ] query text ) → tsquery

queryTree

public static io.army.criteria.SimpleExpression queryTree(io.army.criteria.Expression tsQuery)

The MappingType of function return type: TextType *

See Also:

• querytree ( tsquery ) → text

setWeight

public static <T,
U> io.army.criteria.Expression setWeight(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForVector,
 T vector,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForWeight,
 U weight)

The MappingType of function return type: PostgreTsVectorType *

Parameters:

funcRefForVector - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForVector always is PostgreTsVectorType.INSTANCE.

vector - non-null,it will be passed to funcRefForVector as the second argument of funcRefForVector

funcRefForWeight - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. the first argument of funcRefForWeight always is CharacterType.INSTANCE.

weight - non-null,it will be passed to funcRefForWeight as the second argument of funcRefForWeight

See Also:

• setWeight(Expression, Expression)
• setweight ( vector tsvector, weight "char" ) → tsvector
  Assigns the specified weight to each element of the vector.
  setweight('fat:2,4 cat:3 rat:5B'::tsvector, 'A') → 'cat':3A 'fat':2A,4A 'rat':5A

setWeight

public static io.army.criteria.SimpleExpression setWeight(io.army.criteria.Expression vector,
 io.army.criteria.Expression weight)

The MappingType of function return type: PostgreTsVectorType *

See Also:

• setweight ( vector tsvector, weight "char" ) → tsvector
  Assigns the specified weight to each element of the vector.
  setweight('fat:2,4 cat:3 rat:5B'::tsvector, 'A') → 'cat':3A 'fat':2A,4A 'rat':5A

setWeight

public static <T,
U,
V> io.army.criteria.Expression setWeight(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForVector,
 T vector,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForWeight,
 U weight,
 java.util.function.BiFunction<io.army.mapping.MappingType,V,io.army.criteria.Expression> funcRefForLexemes,
 V lexemes)

The MappingType of function return type: PostgreTsVectorType *

Parameters:

funcRefForVector - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForVector always is PostgreTsVectorType.INSTANCE.

vector - non-null,it will be passed to funcRefForVector as the second argument of funcRefForVector

funcRefForWeight - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. the first argument of funcRefForWeight always is CharacterType.INSTANCE.

weight - non-null,it will be passed to funcRefForWeight as the second argument of funcRefForWeight

funcRefForLexemes - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. the first argument of funcRefForLexemes always is TextArrayType with one dimension array.

lexemes - non-null,it will be passed to funcRefForLexemes as the second argument of funcRefForLexemes

See Also:

• setWeight(Expression, Expression, Expression)
• setweight ( vector tsvector, weight "char", lexemes text[] ) → tsvector
  Assigns the specified weight to elements of the vector that are listed in lexemes. The strings in lexemes are taken as lexemes as-is, without further
  processing. Strings that do not match any lexeme in vector are ignored.
  setweight('fat:2,4 cat:3 rat:5,6B'::tsvector, 'A', '{cat,rat}') → 'cat':3A 'fat':2,4 'rat':5A,6A
  

setWeight

public static io.army.criteria.SimpleExpression setWeight(io.army.criteria.Expression vector,
 io.army.criteria.Expression weight,
 io.army.criteria.Expression lexemes)

The MappingType of function return type: PostgreTsVectorType *

See Also:

• setweight ( vector tsvector, weight "char", lexemes text[] ) → tsvector
  Assigns the specified weight to elements of the vector that are listed in lexemes. The strings in lexemes are taken as lexemes as-is, without further
  processing. Strings that do not match any lexeme in vector are ignored.
  setweight('fat:2,4 cat:3 rat:5,6B'::tsvector, 'A', '{cat,rat}') → 'cat':3A 'fat':2,4 'rat':5A,6A
  

strip

public static <T> io.army.criteria.Expression strip(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T value)

The MappingType of function return type: PostgreTsVectorType *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is PostgreTsVectorType with one dimension array.

value - non-null,it will be passed to funcRef as the second argument of funcRef

See Also:

• strip(Expression)
• array_to_tsvector ( text[] ) → tsvector

strip

public static io.army.criteria.SimpleExpression strip(io.army.criteria.Expression tsVector)

The MappingType of function return type: PostgreTsVectorType *

See Also:

• strip ( tsvector ) → tsvector
  Removes positions and weights from the tsvector.
  strip('fat:2,4 cat:3 rat:5A'::tsvector) → 'cat' 'fat' 'rat'
  

toTsQuery

public static <T> io.army.criteria.Expression toTsQuery(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForQuery,
 T query)

The MappingType of function return type: PostgreTsQueryType *

Parameters:

funcRefForQuery - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. the first argument of funcRefForQuery always is TextType.INSTANCE.

query - non-null,it will be passed to funcRefForQuery as the second argument of funcRefForQuery

See Also:

• toTsQuery(Expression)
• to_tsquery ( [ config regconfig, ] query text ) → tsquery

toTsQuery

public static io.army.criteria.SimpleExpression toTsQuery(io.army.criteria.Expression query)

The MappingType of function return type: PostgreTsQueryType *

See Also:

• to_tsquery ( [ config regconfig, ] query text ) → tsquery

toTsQuery

public static <T,
U> io.army.criteria.Expression toTsQuery(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForConfig,
 T config,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForQuery,
 U query)

The MappingType of function return type: PostgreTsQueryType *

Parameters:

funcRefForConfig - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForConfig always is StringType.INSTANCE.

config - non-null,it will be passed to funcRefForConfig as the second argument of funcRefForConfig

funcRefForQuery - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. the first argument of funcRefForQuery always is TextType.INSTANCE.

query - non-null,it will be passed to funcRefForQuery as the second argument of funcRefForQuery

See Also:

• toTsQuery(Expression, Expression)
• to_tsquery ( [ config regconfig, ] query text ) → tsquery

toTsQuery

public static io.army.criteria.SimpleExpression toTsQuery(io.army.criteria.Expression config,
 io.army.criteria.Expression query)

The MappingType of function return type: PostgreTsQueryType *

See Also:

• to_tsquery ( [ config regconfig, ] query text ) → tsquery

toTsVector

public static io.army.criteria.SimpleExpression toTsVector(io.army.criteria.Expression document)

The MappingType of function return type: PostgreTsVectorType *

See Also:

• toTsVector(Expression, Expression)
• to_tsvector ( [ config regconfig, ] document text ) → tsvector

toTsVector

public static io.army.criteria.SimpleExpression toTsVector(io.army.criteria.Expression config,
 io.army.criteria.Expression document)

The MappingType of function return type: PostgreTsVectorType *

See Also:

• to_tsvector ( [ config regconfig, ] document text ) → tsvector

jsonToTsVector

public static <T,
U> io.army.criteria.Expression jsonToTsVector(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForDocument,
 T document,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForFilter,
 U filter)

The MappingType of function return type: PostgreTsVectorType *

Parameters:

funcRefForDocument - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. the first argument of funcRefForDocument always is JsonType.TEXT.

document - non-null,it will be passed to funcRefForDocument as the second argument of funcRefForDocument

funcRefForFilter - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. the first argument of funcRefForFilter always is JsonbType.TEXT .

filter - non-null,it will be passed to funcRefForFilter as the second argument of funcRefForFilter

See Also:

• jsonToTsVector(Expression, Expression)
• json_to_tsvector ( [ config regconfig, ] document json, filter jsonb ) → tsvector

jsonToTsVector

public static io.army.criteria.SimpleExpression jsonToTsVector(io.army.criteria.Expression document,
 io.army.criteria.Expression filter)

The MappingType of function return type: PostgreTsVectorType *

See Also:

• json_to_tsvector ( [ config regconfig, ] document json, filter jsonb ) → tsvector

jsonToTsVector

public static <T,
U,
V> io.army.criteria.Expression jsonToTsVector(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForConfig,
 T config,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForDocument,
 U document,
 java.util.function.BiFunction<io.army.mapping.MappingType,V,io.army.criteria.Expression> funcRefForFilter,
 V filter)

The MappingType of function return type: PostgreTsVectorType *

Parameters:

funcRefForConfig - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForConfig always is StringType.INSTANCE.

config - non-null,it will be passed to funcRefForConfig as the second argument of funcRefForConfig

funcRefForDocument - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. the first argument of funcRefForDocument always is JsonType.TEXT.

document - non-null,it will be passed to funcRefForDocument as the second argument of funcRefForDocument

funcRefForFilter - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. the first argument of funcRefForFilter always is JsonbType.TEXT .

filter - non-null,it will be passed to funcRefForFilter as the second argument of funcRefForFilter

See Also:

• jsonToTsVector(Expression, Expression, Expression)
• json_to_tsvector ( [ config regconfig, ] document json, filter jsonb ) → tsvector

jsonToTsVector

public static io.army.criteria.SimpleExpression jsonToTsVector(io.army.criteria.Expression config,
 io.army.criteria.Expression document,
 io.army.criteria.Expression filter)

The MappingType of function return type: PostgreTsVectorType *

See Also:

• json_to_tsvector ( [ config regconfig, ] document json, filter jsonb ) → tsvector

jsonbToTsVector

public static <T,
U> io.army.criteria.Expression jsonbToTsVector(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForDocument,
 T document,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForFilter,
 U filter)

The MappingType of function return type: PostgreTsVectorType *

Parameters:

funcRefForDocument - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. the first argument of funcRefForDocument always is JsonType.TEXT.

document - non-null,it will be passed to funcRefForDocument as the second argument of funcRefForDocument

funcRefForFilter - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. the first argument of funcRefForFilter always is JsonbType.TEXT .

filter - non-null,it will be passed to funcRefForFilter as the second argument of funcRefForFilter

See Also:

• jsonbToTsVector(Expression, Expression)
• jsonb_to_tsvector ( [ config regconfig, ] document json, filter jsonb ) → tsvector

jsonbToTsVector

public static io.army.criteria.SimpleExpression jsonbToTsVector(io.army.criteria.Expression document,
 io.army.criteria.Expression filter)

The MappingType of function return type: PostgreTsVectorType *

See Also:

• jsonb_to_tsvector ( [ config regconfig, ] document json, filter jsonb ) → tsvector

jsonbToTsVector

public static <T,
U,
V> io.army.criteria.Expression jsonbToTsVector(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForConfig,
 T config,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForDocument,
 U document,
 java.util.function.BiFunction<io.army.mapping.MappingType,V,io.army.criteria.Expression> funcRefForFilter,
 V filter)

The MappingType of function return type: PostgreTsVectorType *

Parameters:

funcRefForConfig - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForConfig always is StringType.INSTANCE.

config - non-null,it will be passed to funcRefForConfig as the second argument of funcRefForConfig

funcRefForDocument - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. the first argument of funcRefForDocument always is JsonType.TEXT.

document - non-null,it will be passed to funcRefForDocument as the second argument of funcRefForDocument

funcRefForFilter - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. the first argument of funcRefForFilter always is JsonbType.TEXT .

filter - non-null,it will be passed to funcRefForFilter as the second argument of funcRefForFilter

See Also:

• jsonbToTsVector(Expression, Expression, Expression)
• jsonb_to_tsvector ( [ config regconfig, ] document json, filter jsonb ) → tsvector

jsonbToTsVector

public static io.army.criteria.SimpleExpression jsonbToTsVector(io.army.criteria.Expression config,
 io.army.criteria.Expression document,
 io.army.criteria.Expression filter)

The MappingType of function return type: PostgreTsVectorType *

See Also:

• jsonb_to_tsvector ( [ config regconfig, ] document json, filter jsonb ) → tsvector

tsDelete

public static io.army.criteria.SimpleExpression tsDelete(io.army.criteria.Expression tsVector,
 io.army.criteria.Expression lexeme)

The MappingType of function return type: PostgreTsVectorType *

See Also:

• ts_delete ( vector tsvector, lexeme text ) → tsvector
• ts_delete ( vector tsvector, lexemes text[] ) → tsvector

tsFilter

public static io.army.criteria.SimpleExpression tsFilter(io.army.criteria.Expression tsVector,
 io.army.criteria.Expression lexeme)

The MappingType of function return type: PostgreTsVectorType *

See Also:

• ts_filter ( vector tsvector, weights "char"[] ) → tsvector

tsHeadline

public static io.army.criteria.SimpleExpression tsHeadline(io.army.criteria.Expression config,
 io.army.criteria.Expression document,
 io.army.criteria.Expression query,
 io.army.criteria.Expression options)

The MappingType of function return type: TextType *

See Also:

• ts_headline ( [ config regconfig, ] document text, query tsquery [, options text ] ) → text
• ts_headline ( [ config regconfig, ] document json, query tsquery [, options text ] ) → text
• ts_headline ( [ config regconfig, ] document jsonb, query tsquery [, options text ] ) → text

tsHeadline

public static io.army.criteria.SimpleExpression tsHeadline(io.army.criteria.Expression exp1,
 io.army.criteria.Expression exp2,
 io.army.criteria.Expression exp3)

The MappingType of function return type: TextType *

See Also:

• ts_headline ( [ config regconfig, ] document text, query tsquery [, options text ] ) → text
• ts_headline ( [ config regconfig, ] document json, query tsquery [, options text ] ) → text
• ts_headline ( [ config regconfig, ] document jsonb, query tsquery [, options text ] ) → text

tsHeadline

public static io.army.criteria.SimpleExpression tsHeadline(io.army.criteria.Expression document,
 io.army.criteria.Expression query)

The MappingType of function return type: TextType *

See Also:

• ts_headline ( [ config regconfig, ] document text, query tsquery [, options text ] ) → text
• ts_headline ( [ config regconfig, ] document json, query tsquery [, options text ] ) → text
• ts_headline ( [ config regconfig, ] document jsonb, query tsquery [, options text ] ) → text

tsRank

public static io.army.criteria.SimpleExpression tsRank(io.army.criteria.Expression weights,
 io.army.criteria.Expression vector,
 io.army.criteria.Expression query,
 io.army.criteria.Expression normalization)

The MappingType of function return type: FloatType *

See Also:

• ts_rank ( [ weights real[], ] vector tsvector, query tsquery [, normalization integer ] ) → real

tsRank

public static io.army.criteria.SimpleExpression tsRank(io.army.criteria.Expression exp1,
 io.army.criteria.Expression exp2,
 io.army.criteria.Expression exp3)

The MappingType of function return type: FloatType *

See Also:

• ts_rank ( [ weights real[], ] vector tsvector, query tsquery [, normalization integer ] ) → real

tsRank

public static io.army.criteria.SimpleExpression tsRank(io.army.criteria.Expression vector,
 io.army.criteria.Expression query)

The MappingType of function return type: FloatType *

See Also:

• ts_rank ( [ weights real[], ] vector tsvector, query tsquery [, normalization integer ] ) → real

tsRankCd

public static io.army.criteria.SimpleExpression tsRankCd(io.army.criteria.Expression weights,
 io.army.criteria.Expression vector,
 io.army.criteria.Expression query,
 io.army.criteria.Expression normalization)

The MappingType of function return type: FloatType *

See Also:

• ts_rank_cd ( [ weights real[], ] vector tsvector, query tsquery [, normalization integer ] ) → real

tsRankCd

public static io.army.criteria.SimpleExpression tsRankCd(io.army.criteria.Expression exp1,
 io.army.criteria.Expression exp2,
 io.army.criteria.Expression exp3)

The MappingType of function return type: FloatType *

See Also:

• ts_rank_cd ( [ weights real[], ] vector tsvector, query tsquery [, normalization integer ] ) → real

tsRankCd

public static io.army.criteria.SimpleExpression tsRankCd(io.army.criteria.Expression vector,
 io.army.criteria.Expression query)

The MappingType of function return type: FloatType *

See Also:

• ts_rank_cd ( [ weights real[], ] vector tsvector, query tsquery [, normalization integer ] ) → real

tsRewrite

public static io.army.criteria.SimpleExpression tsRewrite(io.army.criteria.Expression query,
 io.army.criteria.Expression target,
 io.army.criteria.Expression substitute)

The MappingType of function return type: PostgreTsQueryType *

See Also:

• ts_rewrite ( query tsquery, target tsquery, substitute tsquery ) → tsquery

tsRewrite

public static io.army.criteria.SimpleExpression tsRewrite(io.army.criteria.Expression query,
 io.army.criteria.Expression select)

The MappingType of function return type: PostgreTsQueryType *

See Also:

• ts_rewrite ( query tsquery, select text ) → tsquery

tsQueryPhrase

public static io.army.criteria.SimpleExpression tsQueryPhrase(io.army.criteria.Expression query1,
 io.army.criteria.Expression query2)

The MappingType of function return type: PostgreTsQueryType *

See Also:

• tsquery_phrase ( query1 tsquery, query2 tsquery ) → tsquery

tsQueryPhrase

public static io.army.criteria.SimpleExpression tsQueryPhrase(io.army.criteria.Expression query1,
 io.army.criteria.Expression query2,
 io.army.criteria.Expression distance)

The MappingType of function return type: PostgreTsQueryType *

See Also:

• tsquery_phrase ( query1 tsquery, query2 tsquery, distance integer ) → tsquery

tsVectorToArray

public static io.army.criteria.SimpleExpression tsVectorToArray(io.army.criteria.Expression tsVector)

The MappingType of function return type: TextArrayType with one dimension. *

See Also:

• tsvector_to_array ( tsvector ) → text[]

xmlParse

public static io.army.criteria.SimpleExpression xmlParse(io.army.criteria.impl.SQLs.DocumentValueOption option,
 java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> funcRef,
 String value)

Parameters:

option - DOCUMENT or CONTENT

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is TextType.INSTANCE.

value - non-null,it will be passed to funcRef as the second argument of funcRef

See Also:

• xmlParse(SQLs.DocumentValueOption, Expression)
• XMLPARSE ( { DOCUMENT | CONTENT } value)
  

xmlParse

public static io.army.criteria.SimpleExpression xmlParse(io.army.criteria.impl.SQLs.DocumentValueOption option,
 io.army.criteria.Expression value)

Parameters:

option - DOCUMENT or CONTENT

See Also:

• XMLPARSE ( { DOCUMENT | CONTENT } value)
  

xmlSerialize

public static io.army.criteria.SimpleExpression xmlSerialize(io.army.criteria.impl.SQLs.DocumentValueOption option,
 io.army.criteria.Expression value,
 io.army.criteria.impl.SQLs.WordAs as,
 io.army.mapping.MappingType type)

Parameters:

option - DOCUMENT or CONTENT

See Also:

• XMLSERIALIZE ( { DOCUMENT | CONTENT } value AS type )
  

xmlForest

public io.army.criteria.SimpleExpression xmlForest(java.util.function.Consumer<Postgres._XmlNamedElementFieldClause> consumer)

The MappingType of function return type: XmlType.TEXT *

See Also:

• Xmlforest
  

xmlComment

public static io.army.criteria.SimpleExpression xmlComment(io.army.criteria.Expression exp)

The MappingType of function return type: XmlType *

See Also:

• xmlcomment ( text ) → xml

xmlConcat

public static io.army.criteria.SimpleExpression xmlConcat(io.army.criteria.Expression xmls)

The MappingType of function return type: XmlType *

See Also:

• xmlconcat ( xml [, ...] ) → xml

xmlConcat

public static io.army.criteria.SimpleExpression xmlConcat(io.army.criteria.Expression xml1,
 io.army.criteria.Expression... xml2)

The MappingType of function return type: XmlType *

See Also:

• xmlconcat ( xml [, ...] ) → xml

xmlConcat

public static io.army.criteria.SimpleExpression xmlConcat(List<io.army.criteria.Expression> xmlList)

The MappingType of function return type: XmlType *

See Also:

• xmlconcat ( xml [, ...] ) → xml

xmlAttributes

public static io.army.criteria.impl.PostgreStringFunctions.XmlAttributes xmlAttributes(java.util.function.Consumer<Postgres._XmlNamedElementFieldClause> consumer)

Note:This function cannot exist independently,see xmlElement(Postgres.WordName, String, XmlAttributes, Expression...) *

See Also:

• 9.15.1.3. Xmlelement
  xmlelement ( NAME name [, XMLATTRIBUTES ( attvalue [ AS attname ] [, ...] ) ] [, content [, ...]] ) → xml

xmlElement

public static io.army.criteria.SimpleExpression xmlElement(Postgres.WordName wordName,
 String name,
 io.army.criteria.impl.PostgreStringFunctions.XmlAttributes attributes,
 io.army.criteria.Expression... contents)

Parameters:

wordName - see NAME

name - The nam items shown in the syntax are simple identifiers, not values.

attributes - see xmlAttributes(Consumer)

See Also:

• 9.15.1.3. Xmlelement
  xmlelement ( NAME name [, XMLATTRIBUTES ( attvalue [ AS attname ] [, ...] ) ] [, content [, ...]] ) → xml

xmlElement

public static io.army.criteria.SimpleExpression xmlElement(Postgres.WordName wordName,
 String name,
 io.army.criteria.Expression... contents)

Parameters:

wordName - see NAME

name - The nam items shown in the syntax are simple identifiers, not values.

See Also:

• 9.15.1.3. Xmlelement
  xmlelement ( NAME name [, XMLATTRIBUTES ( attvalue [ AS attname ] [, ...] ) ] [, content [, ...]] ) → xml

xmlElement

public static io.army.criteria.SimpleExpression xmlElement(Postgres.WordName wordName,
 String name,
 io.army.criteria.impl.PostgreStringFunctions.XmlAttributes attributes,
 List<io.army.criteria.Expression> contentList)

Parameters:

wordName - see NAME

name - The nam items shown in the syntax are simple identifiers, not values.

attributes - see xmlAttributes(Consumer)

See Also:

• 9.15.1.3. Xmlelement
  xmlelement ( NAME name [, XMLATTRIBUTES ( attvalue [ AS attname ] [, ...] ) ] [, content [, ...]] ) → xml

xmlElement

public static io.army.criteria.SimpleExpression xmlElement(Postgres.WordName wordName,
 String name,
 List<io.army.criteria.Expression> contentList)

Parameters:

wordName - see NAME

name - The nam items shown in the syntax are simple identifiers, not values.

See Also:

• 9.15.1.3. Xmlelement
  xmlelement ( NAME name [, XMLATTRIBUTES ( attvalue [ AS attname ] [, ...] ) ] [, content [, ...]] ) → xml

xmlPi

public static io.army.criteria.SimpleExpression xmlPi(Postgres.WordName wordName,
 String name)

The MappingType of function return type: XmlType.TEXT *

See Also:

• xmlPi(Postgres.WordName, String, Expression)
• xmlpi ( NAME name [, content ] ) → xml
  

xmlPi

public static io.army.criteria.SimpleExpression xmlPi(Postgres.WordName wordName,
 String name,
 java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> funcRef,
 String content)

The MappingType of function return type: XmlType.TEXT *

See Also:

• xmlPi(Postgres.WordName, String)
• xmlpi ( NAME name [, content ] ) → xml
  

xmlPi

public static io.army.criteria.SimpleExpression xmlPi(Postgres.WordName wordName,
 String name,
 io.army.criteria.Expression content)

The MappingType of function return type: XmlType.TEXT *

See Also:

• xmlPi(Postgres.WordName, String)
• xmlpi ( NAME name [, content ] ) → xml
  

xmlRoot

public static io.army.criteria.SimpleExpression xmlRoot(io.army.criteria.Expression xml,
 io.army.criteria.impl.PostgreStringFunctions.WordVersion version,
 io.army.criteria.impl.PostgreStringFunctions.WordsNoValue noValue)

The MappingType of function return type: XmlType.TEXT *

See Also:

• xmlRoot(Expression, WordVersion, Expression)
• xmlRoot(Expression, WordVersion, WordsNoValue, WordStandalone, StandaloneOption)
• xmlRoot(Expression, WordVersion, Expression, WordStandalone, StandaloneOption)
• xmlroot ( xml, VERSION {text|NO VALUE} [, STANDALONE {YES|NO|NO VALUE} ] ) → xml
  

xmlRoot

public static io.army.criteria.SimpleExpression xmlRoot(io.army.criteria.Expression xml,
 io.army.criteria.impl.PostgreStringFunctions.WordVersion version,
 io.army.criteria.Expression text)

The MappingType of function return type: XmlType.TEXT *

See Also:

• xmlRoot(Expression, WordVersion, WordsNoValue)
• xmlRoot(Expression, WordVersion, WordsNoValue, WordStandalone, StandaloneOption)
• xmlRoot(Expression, WordVersion, Expression, WordStandalone, StandaloneOption)
• xmlroot ( xml, VERSION {text|NO VALUE} [, STANDALONE {YES|NO|NO VALUE} ] ) → xml
  

xmlRoot

public static io.army.criteria.SimpleExpression xmlRoot(io.army.criteria.Expression xml,
 io.army.criteria.impl.PostgreStringFunctions.WordVersion version,
 io.army.criteria.impl.PostgreStringFunctions.WordsNoValue noValue,
 io.army.criteria.impl.PostgreStringFunctions.WordStandalone standalone,
 io.army.criteria.impl.PostgreStringFunctions.StandaloneOption option)

The MappingType of function return type: XmlType.TEXT *

See Also:

• xmlRoot(Expression, WordVersion, WordsNoValue)
• xmlRoot(Expression, WordVersion, Expression)
• xmlRoot(Expression, WordVersion, Expression, WordStandalone, StandaloneOption)
• xmlroot ( xml, VERSION {text|NO VALUE} [, STANDALONE {YES|NO|NO VALUE} ] ) → xml
  

xmlRoot

public static io.army.criteria.SimpleExpression xmlRoot(io.army.criteria.Expression xml,
 io.army.criteria.impl.PostgreStringFunctions.WordVersion version,
 io.army.criteria.Expression text,
 io.army.criteria.impl.PostgreStringFunctions.WordStandalone standalone,
 io.army.criteria.impl.PostgreStringFunctions.StandaloneOption option)

The MappingType of function return type: XmlType.TEXT *

See Also:

• xmlRoot(Expression, WordVersion, WordsNoValue)
• xmlRoot(Expression, WordVersion, Expression)
• xmlRoot(Expression, WordVersion, WordsNoValue, WordStandalone, StandaloneOption)
• xmlroot ( xml, VERSION {text|NO VALUE} [, STANDALONE {YES|NO|NO VALUE} ] ) → xml
  

xmlExists

public static io.army.criteria.SimplePredicate xmlExists(io.army.criteria.Expression text,
 io.army.criteria.impl.PostgreStringFunctions.WordPassing passing,
 io.army.criteria.Expression xml)

The MappingType of function return type: Boolean *

See Also:

• xmlExists(Expression, WordPassing, PassingOption, Expression)
• xmlExists(Expression, WordPassing, Expression, PassingOption)
• xmlExists(Expression, WordPassing, PassingOption, Expression, PassingOption)
• XMLEXISTS ( text PASSING [BY {REF|VALUE}] xml [BY {REF|VALUE}] ) → boolean
  

xmlExists

public static io.army.criteria.SimplePredicate xmlExists(io.army.criteria.Expression text,
 io.army.criteria.impl.PostgreStringFunctions.WordPassing passing,
 io.army.criteria.Expression xml,
 io.army.criteria.impl.PostgreStringFunctions.PassingOption xmlOption)

The MappingType of function return type: Boolean *

See Also:

• xmlExists(Expression, WordPassing, Expression)
• xmlExists(Expression, WordPassing, PassingOption, Expression)
• xmlExists(Expression, WordPassing, PassingOption, Expression, PassingOption)
• XMLEXISTS ( text PASSING [BY {REF|VALUE}] xml [BY {REF|VALUE}] ) → boolean
  

xmlExists

public static io.army.criteria.SimplePredicate xmlExists(io.army.criteria.Expression text,
 io.army.criteria.impl.PostgreStringFunctions.WordPassing passing,
 io.army.criteria.impl.PostgreStringFunctions.PassingOption textOption,
 io.army.criteria.Expression xml)

The MappingType of function return type: Boolean *

See Also:

• xmlExists(Expression, WordPassing, Expression)
• xmlExists(Expression, WordPassing, Expression, PassingOption)
• xmlExists(Expression, WordPassing, PassingOption, Expression, PassingOption)
• XMLEXISTS ( text PASSING [BY {REF|VALUE}] xml [BY {REF|VALUE}] ) → boolean
  

xmlExists

public static io.army.criteria.SimplePredicate xmlExists(io.army.criteria.Expression text,
 io.army.criteria.impl.PostgreStringFunctions.WordPassing passing,
 io.army.criteria.impl.PostgreStringFunctions.PassingOption textOption,
 io.army.criteria.Expression xml,
 io.army.criteria.impl.PostgreStringFunctions.PassingOption xmlOption)

The MappingType of function return type: Boolean *

See Also:

• xmlExists(Expression, WordPassing, Expression)
• xmlExists(Expression, WordPassing, PassingOption, Expression)
• xmlExists(Expression, WordPassing, Expression, PassingOption)
• XMLEXISTS ( text PASSING [BY {REF|VALUE}] xml [BY {REF|VALUE}] ) → boolean
  

xmlIsWellFormed

public static io.army.criteria.SimplePredicate xmlIsWellFormed(io.army.criteria.Expression text)

The MappingType of function return type: Boolean *

See Also:

• xml_is_well_formed ( text ) → boolean
  

xmlIsWellFormedDocument

public static io.army.criteria.SimplePredicate xmlIsWellFormedDocument(io.army.criteria.Expression text)

The MappingType of function return type: Boolean *

See Also:

• xml_is_well_formed_document ( text ) → boolean
  

xmlIsWellFormedContent

public static io.army.criteria.SimplePredicate xmlIsWellFormedContent(io.army.criteria.Expression text)

The MappingType of function return type: Boolean *

See Also:

• xml_is_well_formed_content ( text ) → boolean
  

xpath

public static io.army.criteria.SimpleExpression xpath(io.army.criteria.Expression xpath,
 io.army.criteria.Expression xml)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

See Also:

• xpath(Expression, Expression, Expression)
• xpath ( xpath text, xml xml [, nsarray text[] ] ) → xml[]
  

xpath

public static io.army.criteria.SimpleExpression xpath(io.army.criteria.Expression xpath,
 io.army.criteria.Expression xml,
 io.army.criteria.Expression nsArray)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

See Also:

• xpath ( xpath text, xml xml [, nsarray text[] ] ) → xml[]
  

xpathExists

public static io.army.criteria.SimplePredicate xpathExists(io.army.criteria.Expression xpath,
 io.army.criteria.Expression xml)

The MappingType of function return type: BooleanType *

See Also:

• xpathExists(Expression, Expression, Expression)
• xpath_exists ( xpath text, xml xml [, nsarray text[] ] ) → boolean
  

xpathExists

public static io.army.criteria.SimplePredicate xpathExists(io.army.criteria.Expression xpath,
 io.army.criteria.Expression xml,
 io.army.criteria.Expression nsArray)

The MappingType of function return type: BooleanType *

See Also:

• xpathExists(Expression, Expression)
• xpath_exists ( xpath text, xml xml [, nsarray text[] ] ) → boolean
  

xmlNamespaces

public static io.army.criteria.impl.PostgreDocumentFunctions.XmlNameSpaces xmlNamespaces(java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> funcRef,
 String namespaceUri,
 io.army.criteria.impl.SQLs.WordAs as,
 String namespaceName)

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is TextType.INSTANCE.

namespaceUri - non-null,it will be passed to funcRef as the second argument of funcRef

as - see SQLs.AS

namespaceName - a simple identifier

Throws:

io.army.criteria.CriteriaException - throw when :

• Expression returned by funcRef isn't operable Expression,for example SQLs.DEFAULT
• namespaceName isn't simple identifier

See Also:

• xmlNamespaces(Expression, SQLs.WordAs, String)
• XMLNAMESPACES ( namespace_uri AS namespace_name [, ...] )
  

xmlNamespaces

public static io.army.criteria.impl.PostgreDocumentFunctions.XmlNameSpaces xmlNamespaces(io.army.criteria.Expression namespaceUri,
 io.army.criteria.impl.SQLs.WordAs as,
 String namespaceName)

Parameters:

namespaceUri - a text expression

as - see SQLs.AS

namespaceName - a simple identifier

See Also:

• xmlNamespaces(BiFunction, String, SQLs.WordAs, String)
• xmlNamespaces(Consumer)
• XMLNAMESPACES ( namespace_uri AS namespace_name [, ...] )
  

xmlNamespaces

public static io.army.criteria.impl.PostgreDocumentFunctions.XmlNameSpaces xmlNamespaces(java.util.function.Consumer<Postgres._XmlNamedElementClause> consumer)

See Also:

• xmlNamespaces(BiFunction, String, SQLs.WordAs, String)
• xmlNamespaces(Consumer)
• XMLNAMESPACES ( namespace_uri AS namespace_name [, ...] )
  

xmlTable

public static io.army.criteria.impl.Functions._TabularFunction xmlTable(io.army.criteria.Expression rowExp,
 io.army.criteria.impl.PostgreStringFunctions.WordPassing passing,
 io.army.criteria.Expression docExp,
 java.util.function.Consumer<Postgres._XmlTableColumnsClause> consumer)

     XMLTABLE (
     [ XMLNAMESPACES ( namespace_uri AS namespace_name [, ...] ), ]
     row_expression PASSING [BY {REF|VALUE}] document_expression [BY {REF|VALUE}]
     COLUMNS name { type [PATH column_expression] [DEFAULT default_expression] [NOT NULL | NULL]
                   | FOR ORDINALITY }
             [, ...]
 ) → setof record
 

See Also:

• xmlTable(Expression, WordPassing, Expression, Consumer)
• xmlTable(Expression, WordPassing, PassingOption, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, Expression, PassingOption, Consumer)
• xmlTable(Expression, WordPassing, Expression, PassingOption, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, PassingOption, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, PassingOption, Expression, PassingOption, Consumer)
• XMLTABLE

xmlTable

public static io.army.criteria.impl.Functions._TabularFunction xmlTable(io.army.criteria.impl.PostgreDocumentFunctions.XmlNameSpaces nameSpaces,
 io.army.criteria.Expression rowExp,
 io.army.criteria.impl.PostgreStringFunctions.WordPassing passing,
 io.army.criteria.Expression docExp,
 java.util.function.Consumer<Postgres._XmlTableColumnsClause> consumer)

     XMLTABLE (
     [ XMLNAMESPACES ( namespace_uri AS namespace_name [, ...] ), ]
     row_expression PASSING [BY {REF|VALUE}] document_expression [BY {REF|VALUE}]
     COLUMNS name { type [PATH column_expression] [DEFAULT default_expression] [NOT NULL | NULL]
                   | FOR ORDINALITY }
             [, ...]
 ) → setof record
 

See Also:

• xmlTable(Expression, WordPassing, Expression, Consumer)
• xmlTable(Expression, WordPassing, PassingOption, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, Expression, PassingOption, Consumer)
• xmlTable(Expression, WordPassing, Expression, PassingOption, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, PassingOption, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, PassingOption, Expression, PassingOption, Consumer)
• XMLTABLE

xmlTable

public static io.army.criteria.impl.Functions._TabularFunction xmlTable(io.army.criteria.Expression rowExp,
 io.army.criteria.impl.PostgreStringFunctions.WordPassing passing,
 io.army.criteria.impl.PostgreStringFunctions.PassingOption rowOption,
 io.army.criteria.Expression docExp,
 java.util.function.Consumer<Postgres._XmlTableColumnsClause> consumer)

     XMLTABLE (
     [ XMLNAMESPACES ( namespace_uri AS namespace_name [, ...] ), ]
     row_expression PASSING [BY {REF|VALUE}] document_expression [BY {REF|VALUE}]
     COLUMNS name { type [PATH column_expression] [DEFAULT default_expression] [NOT NULL | NULL]
                   | FOR ORDINALITY }
             [, ...]
 ) → setof record
 

See Also:

• xmlTable(Expression, WordPassing, Expression, Consumer)
• xmlTable(Expression, WordPassing, PassingOption, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, Expression, PassingOption, Consumer)
• xmlTable(Expression, WordPassing, Expression, PassingOption, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, PassingOption, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, PassingOption, Expression, PassingOption, Consumer)
• XMLTABLE

xmlTable

public static io.army.criteria.impl.Functions._TabularFunction xmlTable(io.army.criteria.Expression rowExp,
 io.army.criteria.impl.PostgreStringFunctions.WordPassing passing,
 io.army.criteria.Expression docExp,
 io.army.criteria.impl.PostgreStringFunctions.PassingOption docOption,
 java.util.function.Consumer<Postgres._XmlTableColumnsClause> consumer)

     XMLTABLE (
     [ XMLNAMESPACES ( namespace_uri AS namespace_name [, ...] ), ]
     row_expression PASSING [BY {REF|VALUE}] document_expression [BY {REF|VALUE}]
     COLUMNS name { type [PATH column_expression] [DEFAULT default_expression] [NOT NULL | NULL]
                   | FOR ORDINALITY }
             [, ...]
 ) → setof record
 

See Also:

• xmlTable(Expression, WordPassing, Expression, Consumer)
• xmlTable(Expression, WordPassing, PassingOption, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, Expression, PassingOption, Consumer)
• xmlTable(Expression, WordPassing, Expression, PassingOption, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, PassingOption, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, PassingOption, Expression, PassingOption, Consumer)
• XMLTABLE

xmlTable

public static io.army.criteria.impl.Functions._TabularFunction xmlTable(io.army.criteria.impl.PostgreDocumentFunctions.XmlNameSpaces nameSpaces,
 io.army.criteria.Expression rowExp,
 io.army.criteria.impl.PostgreStringFunctions.WordPassing passing,
 io.army.criteria.impl.PostgreStringFunctions.PassingOption rowOption,
 io.army.criteria.Expression docExp,
 java.util.function.Consumer<Postgres._XmlTableColumnsClause> consumer)

     XMLTABLE (
     [ XMLNAMESPACES ( namespace_uri AS namespace_name [, ...] ), ]
     row_expression PASSING [BY {REF|VALUE}] document_expression [BY {REF|VALUE}]
     COLUMNS name { type [PATH column_expression] [DEFAULT default_expression] [NOT NULL | NULL]
                   | FOR ORDINALITY }
             [, ...]
 ) → setof record
 

See Also:

• xmlTable(Expression, WordPassing, Expression, Consumer)
• xmlTable(Expression, WordPassing, PassingOption, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, Expression, PassingOption, Consumer)
• xmlTable(Expression, WordPassing, Expression, PassingOption, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, PassingOption, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, PassingOption, Expression, PassingOption, Consumer)
• XMLTABLE

xmlTable

public static io.army.criteria.impl.Functions._TabularFunction xmlTable(io.army.criteria.impl.PostgreDocumentFunctions.XmlNameSpaces nameSpaces,
 io.army.criteria.Expression rowExp,
 io.army.criteria.impl.PostgreStringFunctions.WordPassing passing,
 io.army.criteria.Expression docExp,
 io.army.criteria.impl.PostgreStringFunctions.PassingOption docOption,
 java.util.function.Consumer<Postgres._XmlTableColumnsClause> consumer)

     XMLTABLE (
     [ XMLNAMESPACES ( namespace_uri AS namespace_name [, ...] ), ]
     row_expression PASSING [BY {REF|VALUE}] document_expression [BY {REF|VALUE}]
     COLUMNS name { type [PATH column_expression] [DEFAULT default_expression] [NOT NULL | NULL]
                   | FOR ORDINALITY }
             [, ...]
 ) → setof record
 

See Also:

• xmlTable(Expression, WordPassing, Expression, Consumer)
• xmlTable(Expression, WordPassing, PassingOption, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, Expression, PassingOption, Consumer)
• xmlTable(Expression, WordPassing, Expression, PassingOption, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, PassingOption, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, PassingOption, Expression, PassingOption, Consumer)
• XMLTABLE

xmlTable

public static io.army.criteria.impl.Functions._TabularFunction xmlTable(io.army.criteria.Expression rowExp,
 io.army.criteria.impl.PostgreStringFunctions.WordPassing passing,
 io.army.criteria.impl.PostgreStringFunctions.PassingOption rowOption,
 io.army.criteria.Expression docExp,
 io.army.criteria.impl.PostgreStringFunctions.PassingOption docOption,
 java.util.function.Consumer<Postgres._XmlTableColumnsClause> consumer)

     XMLTABLE (
     [ XMLNAMESPACES ( namespace_uri AS namespace_name [, ...] ), ]
     row_expression PASSING [BY {REF|VALUE}] document_expression [BY {REF|VALUE}]
     COLUMNS name { type [PATH column_expression] [DEFAULT default_expression] [NOT NULL | NULL]
                   | FOR ORDINALITY }
             [, ...]
 ) → setof record
 

See Also:

• xmlTable(Expression, WordPassing, Expression, Consumer)
• xmlTable(Expression, WordPassing, PassingOption, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, Expression, PassingOption, Consumer)
• xmlTable(Expression, WordPassing, Expression, PassingOption, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, PassingOption, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, PassingOption, Expression, PassingOption, Consumer)
• XMLTABLE

xmlTable

public static io.army.criteria.impl.Functions._TabularFunction xmlTable(io.army.criteria.impl.PostgreDocumentFunctions.XmlNameSpaces nameSpaces,
 io.army.criteria.Expression rowExp,
 io.army.criteria.impl.PostgreStringFunctions.WordPassing passing,
 io.army.criteria.impl.PostgreStringFunctions.PassingOption rowOption,
 io.army.criteria.Expression docExp,
 io.army.criteria.impl.PostgreStringFunctions.PassingOption docOption,
 java.util.function.Consumer<Postgres._XmlTableColumnsClause> consumer)

     XMLTABLE (
     [ XMLNAMESPACES ( namespace_uri AS namespace_name [, ...] ), ]
     row_expression PASSING [BY {REF|VALUE}] document_expression [BY {REF|VALUE}]
     COLUMNS name { type [PATH column_expression] [DEFAULT default_expression] [NOT NULL | NULL]
                   | FOR ORDINALITY }
             [, ...]
 ) → setof record
 

See Also:

• xmlTable(Expression, WordPassing, Expression, Consumer)
• xmlTable(Expression, WordPassing, PassingOption, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, Expression, PassingOption, Consumer)
• xmlTable(Expression, WordPassing, Expression, PassingOption, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, PassingOption, Expression, Consumer)
• xmlTable(XmlNameSpaces, Expression, WordPassing, PassingOption, Expression, PassingOption, Consumer)
• XMLTABLE

tableToXml

public static io.army.criteria.SimpleExpression tableToXml(io.army.meta.TableMeta<?> table,
 io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

Parameters:

table - will output strings identifying tables using the usual notation, including optional schema qualification and double quotes

See Also:

• tableToXml(Expression, Expression, Expression, Expression)
• table_to_xml

tableToXml

public static io.army.criteria.SimpleExpression tableToXml(io.army.criteria.Expression table,
 io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

See Also:

• table_to_xml

queryToXml

public static io.army.criteria.SimpleExpression queryToXml(io.army.criteria.Select query,
 io.army.criteria.Visible visible,
 io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

Parameters:

query - will output literal sql

See Also:

• query_to_xml

queryToXml

public static io.army.criteria.SimpleExpression queryToXml(io.army.criteria.Select query,
 io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

Parameters:

query - will output literal sql

See Also:

• query_to_xml

queryToXml

public static io.army.criteria.SimpleExpression queryToXml(io.army.criteria.Expression query,
 io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

See Also:

• query_to_xml

cursorToXml

public static io.army.criteria.SimpleExpression cursorToXml(io.army.criteria.Expression cursor,
 io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

See Also:

• cursor_to_xml

tableToXmlSchema

public static io.army.criteria.SimpleExpression tableToXmlSchema(io.army.meta.TableMeta<?> table,
 io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

Parameters:

table - will output strings identifying tables using the usual notation, including optional schema qualification and double quotes

See Also:

• tableToXmlSchema(Expression, Expression, Expression, Expression)
• table_to_xmlschema

tableToXmlSchema

public static io.army.criteria.SimpleExpression tableToXmlSchema(io.army.criteria.Expression table,
 io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

See Also:

• table_to_xmlschema

queryToXmlSchema

public static io.army.criteria.SimpleExpression queryToXmlSchema(io.army.criteria.Select query,
 io.army.criteria.Visible visible,
 io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

Parameters:

query - will output literal sql

See Also:

• query_to_xmlschema

queryToXmlSchema

public static io.army.criteria.SimpleExpression queryToXmlSchema(io.army.criteria.Select query,
 io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

Parameters:

query - will output literal sql

See Also:

• query_to_xmlschema

queryToXmlSchema

public static io.army.criteria.SimpleExpression queryToXmlSchema(io.army.criteria.Expression query,
 io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

See Also:

• query_to_xmlschema

cursorToXmlSchema

public static io.army.criteria.SimpleExpression cursorToXmlSchema(io.army.criteria.Expression cursor,
 io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

See Also:

• cursor_to_xmlschema

tableToXmlAndXmlSchema

public static io.army.criteria.SimpleExpression tableToXmlAndXmlSchema(io.army.meta.TableMeta<?> table,
 io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

Parameters:

table - will output strings identifying tables using the usual notation, including optional schema qualification and double quotes

See Also:

• tableToXmlAndXmlSchema(Expression, Expression, Expression, Expression)
• table_to_xml_and_xmlschema

tableToXmlAndXmlSchema

public static io.army.criteria.SimpleExpression tableToXmlAndXmlSchema(io.army.criteria.Expression table,
 io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

See Also:

• table_to_xml_and_xmlschema

queryToXmlAndXmlSchema

public static io.army.criteria.SimpleExpression queryToXmlAndXmlSchema(io.army.criteria.Select query,
 io.army.criteria.Visible visible,
 io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

Parameters:

query - will output literal sql

See Also:

• query_to_xml_and_xmlschema

queryToXmlAndXmlSchema

public static io.army.criteria.SimpleExpression queryToXmlAndXmlSchema(io.army.criteria.Select query,
 io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

Parameters:

query - will output literal sql

See Also:

• query_to_xml_and_xmlschema

queryToXmlAndXmlSchema

public static io.army.criteria.SimpleExpression queryToXmlAndXmlSchema(io.army.criteria.Expression query,
 io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

See Also:

• query_to_xml_and_xmlschema

schemaToXml

public static io.army.criteria.SimpleExpression schemaToXml(io.army.criteria.Expression schema,
 io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

See Also:

• schema_to_xml

schemaToXmlSchema

public static io.army.criteria.SimpleExpression schemaToXmlSchema(io.army.criteria.Expression schema,
 io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

See Also:

• schema_to_xmlschema

schemaToXmlAndXmlSchema

public static io.army.criteria.SimpleExpression schemaToXmlAndXmlSchema(io.army.criteria.Expression schema,
 io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

See Also:

• schema_to_xml_and_xmlschema

databaseToXml

public static io.army.criteria.SimpleExpression databaseToXml(io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

See Also:

• database_to_xml

databaseToXmlSchema

public static io.army.criteria.SimpleExpression databaseToXmlSchema(io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

See Also:

• database_to_xmlschema

databaseToXmlAndXmlSchema

public static io.army.criteria.SimpleExpression databaseToXmlAndXmlSchema(io.army.criteria.Expression nulls,
 io.army.criteria.Expression tableForest,
 io.army.criteria.Expression targetNs)

The MappingType of function return type: XmlArrayType.TEXT_LINEAR *

See Also:

• database_to_xml_and_xmlschema

toJson

public static io.army.criteria.SimpleExpression toJson(Object arg)

The MappingType of function return type: JsonType.TEXT *

This method don't support SQLSyntax.space(String, SQLs.SymbolPeriod, TableMeta),because it will output non-mapping column . you should use

• jsonBuildObject(String, SQLs.SymbolPeriod, TableMeta)
• jsonbBuildObject(String, SQLs.SymbolPeriod, TableMeta)

*

Parameters:

arg - valid type:

• constant
• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)

Throws:

io.army.criteria.CriteriaException - throw when arg type error , but probably defer if arg is SQLSyntax.refField(String, String)

See Also:

• to_json ( anyelement ) → json

toJsonb

public static io.army.criteria.SimpleExpression toJsonb(Object arg)

The MappingType of function return type: JsonbType.TEXT *

This method don't support SQLSyntax.space(String, SQLs.SymbolPeriod, TableMeta),because it will output non-mapping column . you should use

• jsonBuildObject(String, SQLs.SymbolPeriod, TableMeta)
• jsonbBuildObject(String, SQLs.SymbolPeriod, TableMeta)

Parameters:

arg - valid type:

• constant
• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)

Throws:

io.army.criteria.CriteriaException - throw when arg type error , but probably defer if arg is SQLSyntax.refField(String, String)

See Also:

• to_jsonb ( anyelement ) → jsonb

arrayToJson

public static io.army.criteria.SimpleExpression arrayToJson(io.army.criteria.Expression array)

The MappingType of function return type: JsonType.TEXT *

See Also:

• arrayToJson(Expression, Expression)
• array_to_json ( anyarray [, boolean ] ) → json
  Converts an SQL array to a JSON array. The behavior is the same as to_json except that line feeds will be added between top-level array elements if the optional boolean parameter is true.

arrayToJson

public static io.army.criteria.SimpleExpression arrayToJson(io.army.criteria.Expression array,
 io.army.criteria.Expression lineFeed)

The MappingType of function return type: JsonType.TEXT *

Parameters:

lineFeed - in most case ,SQLs.TRUE or SQLs.FALSE

See Also:

• array_to_json ( anyarray [, boolean ] ) → json
  Converts an SQL array to a JSON array. The behavior is the same as to_json except that line feeds will be added between top-level array elements if the optional boolean parameter is true.

rowToJson

public static io.army.criteria.SimpleExpression rowToJson(io.army.criteria.RowElement record)

The MappingType of function return type: JsonType.TEXT *

This method don't support SQLSyntax.space(String, SQLs.SymbolPeriod, TableMeta),because it will output non-mapping column . you should use

• jsonBuildObject(String, SQLs.SymbolPeriod, TableMeta)
• jsonbBuildObject(String, SQLs.SymbolPeriod, TableMeta)

Parameters:

record - valid type:

• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)

Throws:

io.army.criteria.CriteriaException - throw when arg type error , but probably defer if arg is SQLSyntax.refField(String, String)

See Also:

• row_to_json ( record [, boolean ] ) → json
  Converts an SQL composite value to a JSON object. The behavior is the same as to_json except that line feeds will be added between top-level elements if the optional boolean parameter is true.

rowToJson

public static io.army.criteria.SimpleExpression rowToJson(io.army.criteria.RowElement record,
 io.army.criteria.Expression lineFeed)

The MappingType of function return type: JsonType.TEXT *

This method don't support SQLSyntax.space(String, SQLs.SymbolPeriod, TableMeta),because it will output non-mapping column . you should use

• jsonBuildObject(String, SQLs.SymbolPeriod, TableMeta)
• jsonbBuildObject(String, SQLs.SymbolPeriod, TableMeta)

Parameters:

record - valid type:

• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)

lineFeed - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when arg type error , but probably defer if arg is SQLSyntax.refField(String, String)

See Also:

• row_to_json ( record [, boolean ] ) → json
  Converts an SQL composite value to a JSON object. The behavior is the same as to_json except that line feeds will be added between top-level elements if the optional boolean parameter is true.

jsonBuildArray

public static io.army.criteria.SimpleExpression jsonBuildArray()

The MappingType of function return type: JsonType.TEXT *

create a empty json array *

See Also:

• json_build_array ( VARIADIC "any" ) → json
  Builds a possibly-heterogeneously-typed JSON array out of a variadic argument list. Each argument is converted as per to_json or to_jsonb.

jsonBuildArray

public static io.army.criteria.SimpleExpression jsonBuildArray(Object arg)

The MappingType of function return type: JsonType.TEXT *

This method don't support SQLSyntax.space(String, SQLs.SymbolPeriod, TableMeta),because it will output non-mapping column . you should use

• jsonBuildObject(String, SQLs.SymbolPeriod, TableMeta)
• jsonbBuildObject(String, SQLs.SymbolPeriod, TableMeta)

*

Parameters:

arg - valid type:

• constant
• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)

Throws:

io.army.criteria.CriteriaException - throw when arg type error , but probably defer if arg is SQLSyntax.refField(String, String)

See Also:

• json_build_array ( VARIADIC "any" ) → json
  Builds a possibly-heterogeneously-typed JSON array out of a variadic argument list. Each argument is converted as per to_json or to_jsonb.

jsonBuildArray

public static io.army.criteria.SimpleExpression jsonBuildArray(Object arg1,
 Object arg2)

The MappingType of function return type: JsonType.TEXT *

This method don't support SQLSyntax.space(String, SQLs.SymbolPeriod, TableMeta),because it will output non-mapping column . you should use

• jsonBuildObject(String, SQLs.SymbolPeriod, TableMeta)
• jsonbBuildObject(String, SQLs.SymbolPeriod, TableMeta)

*

Parameters:

arg1 - valid type:

• constant
• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)

arg2 - valid type:

• constant
• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)

Throws:

io.army.criteria.CriteriaException - throw when arg type error , but probably defer if arg is SQLSyntax.refField(String, String)

See Also:

• json_build_array ( VARIADIC "any" ) → json
  Builds a possibly-heterogeneously-typed JSON array out of a variadic argument list. Each argument is converted as per to_json or to_jsonb.

jsonBuildArray

public static io.army.criteria.SimpleExpression jsonBuildArray(Object arg1,
 Object arg2,
 Object arg3,
 Object... variadic)

The MappingType of function return type: JsonType.TEXT *

This method don't support SQLSyntax.space(String, SQLs.SymbolPeriod, TableMeta),because it will output non-mapping column . you should use

• jsonBuildObject(String, SQLs.SymbolPeriod, TableMeta)
• jsonbBuildObject(String, SQLs.SymbolPeriod, TableMeta)

*

Parameters:

arg1 - valid type:

• constant
• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)

arg2 - valid type:

• constant
• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)

arg3 - valid type:

• constant
• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)

variadic - valid type:

• constant
• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)

Throws:

io.army.criteria.CriteriaException - throw when arg type error , but probably defer if arg is SQLSyntax.refField(String, String)

See Also:

• json_build_array ( VARIADIC "any" ) → json
  Builds a possibly-heterogeneously-typed JSON array out of a variadic argument list. Each argument is converted as per to_json or to_jsonb.

jsonBuildArray

public static io.army.criteria.SimpleExpression jsonBuildArray(java.util.function.Consumer<java.util.function.Consumer<Object>> consumer)

The MappingType of function return type: JsonType.TEXT *

This method don't support SQLSyntax.space(String, SQLs.SymbolPeriod, TableMeta),because it will output non-mapping column . you should use

• jsonBuildObject(String, SQLs.SymbolPeriod, TableMeta)
• jsonbBuildObject(String, SQLs.SymbolPeriod, TableMeta)

*

Parameters:

consumer - valid type:

• constant
• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)

Throws:

io.army.criteria.CriteriaException - throw when arg type error , but probably defer if arg is SQLSyntax.refField(String, String)

See Also:

• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)
• SQLSyntax.space(String, SQLs.SymbolPeriod, TableMeta)
• jsonBuildObject(String, SQLs.SymbolPeriod, TableMeta)
• jsonbBuildObject(String, SQLs.SymbolPeriod, TableMeta)
• json_build_array ( VARIADIC "any" ) → json
  Builds a possibly-heterogeneously-typed JSON array out of a variadic argument list. Each argument is converted as per to_json or to_jsonb.

jsonbBuildArray

public static io.army.criteria.SimpleExpression jsonbBuildArray()

The MappingType of function return type: JsonbType.TEXT *

create a empty jsonb array *

See Also:

• jsonb_build_array ( VARIADIC "any" ) → json
  Builds a possibly-heterogeneously-typed JSON array out of a variadic argument list. Each argument is converted as per to_json or to_jsonb.

jsonbBuildArray

public static io.army.criteria.SimpleExpression jsonbBuildArray(Object arg)

The MappingType of function return type: JsonbType.TEXT *

This method don't support SQLSyntax.space(String, SQLs.SymbolPeriod, TableMeta),because it will output non-mapping column . you should use

• jsonBuildObject(String, SQLs.SymbolPeriod, TableMeta)
• jsonbBuildObject(String, SQLs.SymbolPeriod, TableMeta)

*

Parameters:

arg - valid type:

• constant
• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)

Throws:

io.army.criteria.CriteriaException - throw when arg type error , but probably defer if arg is SQLSyntax.refField(String, String)

See Also:

• jsonb_build_array ( VARIADIC "any" ) → json
  Builds a possibly-heterogeneously-typed JSON array out of a variadic argument list. Each argument is converted as per to_json or to_jsonb.

jsonbBuildArray

public static io.army.criteria.SimpleExpression jsonbBuildArray(Object arg1,
 Object arg2)

The MappingType of function return type: JsonbType.TEXT *

This method don't support SQLSyntax.space(String, SQLs.SymbolPeriod, TableMeta),because it will output non-mapping column . you should use

• jsonBuildObject(String, SQLs.SymbolPeriod, TableMeta)
• jsonbBuildObject(String, SQLs.SymbolPeriod, TableMeta)

Parameters:

arg1 - valid type:

• constant
• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)

arg2 - valid type:

• constant
• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)

Throws:

io.army.criteria.CriteriaException - throw when arg type error , but probably defer if arg is SQLSyntax.refField(String, String)

See Also:

• jsonb_build_array ( VARIADIC "any" ) → json
  Builds a possibly-heterogeneously-typed JSON array out of a variadic argument list. Each argument is converted as per to_json or to_jsonb.

jsonbBuildArray

public static io.army.criteria.SimpleExpression jsonbBuildArray(Object arg1,
 Object arg2,
 Object arg3,
 Object... variadic)

The MappingType of function return type: JsonbType.TEXT *

This method don't support SQLSyntax.space(String, SQLs.SymbolPeriod, TableMeta),because it will output non-mapping column . you should use

• jsonBuildObject(String, SQLs.SymbolPeriod, TableMeta)
• jsonbBuildObject(String, SQLs.SymbolPeriod, TableMeta)

Parameters:

arg1 - valid type:

• constant
• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)

arg2 - valid type:

• constant
• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)

arg3 - valid type:

• constant
• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)

variadic - valid type:

• constant
• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)

Throws:

io.army.criteria.CriteriaException - throw when arg type error , but probably defer if arg is SQLSyntax.refField(String, String)

See Also:

• jsonb_build_array ( VARIADIC "any" ) → json
  Builds a possibly-heterogeneously-typed JSON array out of a variadic argument list. Each argument is converted as per to_json or to_jsonb.

jsonbBuildArray

public static io.army.criteria.SimpleExpression jsonbBuildArray(java.util.function.Consumer<java.util.function.Consumer<Object>> consumer)

The MappingType of function return type: JsonbType.TEXT *

This method don't support SQLSyntax.space(String, SQLs.SymbolPeriod, TableMeta),because it will output non-mapping column . you should use

• jsonBuildObject(String, SQLs.SymbolPeriod, TableMeta)
• jsonbBuildObject(String, SQLs.SymbolPeriod, TableMeta)

*

Parameters:

consumer - valid type:

• constant
• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)

Throws:

io.army.criteria.CriteriaException - throw when arg type error , but probably defer if arg is SQLSyntax.refField(String, String)

See Also:

• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)
• SQLSyntax.space(String, SQLs.SymbolPeriod, TableMeta)
• jsonBuildObject(String, SQLs.SymbolPeriod, TableMeta)
• jsonbBuildObject(String, SQLs.SymbolPeriod, TableMeta)
• jsonb_build_array ( VARIADIC "any" ) → json
  Builds a possibly-heterogeneously-typed JSON array out of a variadic argument list. Each argument is converted as per to_json or to_jsonb.

jsonBuildObject

public static io.army.criteria.SimpleExpression jsonBuildObject()

jsonbBuildObject

public static io.army.criteria.SimpleExpression jsonbBuildObject()

jsonBuildObject

public static io.army.criteria.SimpleExpression jsonBuildObject(String tableAlias,
 io.army.criteria.impl.SQLs.SymbolPeriod period,
 io.army.meta.TableMeta<?> table)

jsonBuildObject

public static io.army.criteria.SimpleExpression jsonBuildObject(String derivedAlias,
 io.army.criteria.impl.SQLs.SymbolPeriod period,
 io.army.criteria.impl.SQLs.SymbolAsterisk asterisk)

jsonBuildObject

public static io.army.criteria.SimpleExpression jsonBuildObject(java.util.function.Consumer<io.army.criteria.Clause._PairVariadicSpaceClause> consumer)

The MappingType of function return type: JsonType.TEXT *

Parameters:

consumer - value valid type:

• constant
• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)
• SQLSyntax.space(String, SQLs.SymbolPeriod, TableMeta)

See Also:

• json_build_object ( VARIADIC "any" ) → json
  Builds a possibly-heterogeneously-typed JSON array out of a variadic argument list. Each argument is converted as per to_json or to_jsonb.

jsonBuildObject

public static io.army.criteria.SimpleExpression jsonBuildObject(io.army.criteria.impl.SQLs.SymbolSpace space,
 java.util.function.Consumer<io.army.criteria.Clause._PairVariadicConsumerClause> consumer)

The MappingType of function return type: JsonType.TEXT *

Parameters:

space - see SQLs.SPACE

consumer - value valid type:

• constant
• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)
• SQLSyntax.space(String, SQLs.SymbolPeriod, TableMeta)

See Also:

• json_build_object ( VARIADIC "any" ) → json
  Builds a possibly-heterogeneously-typed JSON array out of a variadic argument list. Each argument is converted as per to_json or to_jsonb.

jsonbBuildObject

public static io.army.criteria.SimpleExpression jsonbBuildObject(String tableAlias,
 io.army.criteria.impl.SQLs.SymbolPeriod period,
 io.army.meta.TableMeta<?> table)

jsonbBuildObject

public static io.army.criteria.SimpleExpression jsonbBuildObject(String derivedAlias,
 io.army.criteria.impl.SQLs.SymbolPeriod period,
 io.army.criteria.impl.SQLs.SymbolAsterisk asterisk)

jsonbBuildObject

public static io.army.criteria.SimpleExpression jsonbBuildObject(java.util.function.Consumer<io.army.criteria.Clause._PairVariadicSpaceClause> consumer)

The MappingType of function return type: JsonbType.TEXT *

Parameters:

consumer - value valid type:

• constant
• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)
• SQLSyntax.space(String, SQLs.SymbolPeriod, TableMeta)

See Also:

• jsonb_build_object ( VARIADIC "any" ) → json
  Builds a possibly-heterogeneously-typed JSON array out of a variadic argument list. Each argument is converted as per to_json or to_jsonb.

jsonbBuildObject

public static io.army.criteria.SimpleExpression jsonbBuildObject(io.army.criteria.impl.SQLs.SymbolSpace space,
 java.util.function.Consumer<io.army.criteria.Clause._PairVariadicConsumerClause> consumer)

The MappingType of function return type: JsonbType.TEXT *

Parameters:

space - see SQLs.SPACE

consumer - value valid type:

• constant
• RowExpression
• Expression
• SQLSyntax.row(Object)
• SQLSyntax.row(Consumer)
• SQLSyntax.space(String, SQLs.SymbolPeriod, SQLs.SymbolAsterisk)
• SQLSyntax.space(String, SQLs.SymbolPeriod, TableMeta)

See Also:

• jsonb_build_object ( VARIADIC "any" ) → json
  Builds a possibly-heterogeneously-typed JSON array out of a variadic argument list. Each argument is converted as per to_json or to_jsonb.

jsonObject

public static io.army.criteria.SimpleExpression jsonObject(io.army.criteria.Expression pairArray)

The MappingType of function return type: JsonType.TEXT *

See Also:

• json_object ( text[] ) → json
  Builds a JSON object out of a text array. The array must have either exactly one dimension with an even number of members, in which case they are taken
  as alternating key/value pairs, or two dimensions such that each inner array has exactly two elements, which are taken as a key/value pair. All values are
  converted to JSON strings.

jsonObject

public static io.army.criteria.SimpleExpression jsonObject(java.util.function.BiFunction<io.army.mapping.MappingType,String[],io.army.criteria.Expression> funcRef,
 java.util.function.Consumer<io.army.criteria.Statement._StringObjectSpaceClause> consumer)

The MappingType of function return type: JsonType.TEXT *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• developer custom method

. The first argument of funcRef always is TextArrayType.LINEAR.

See Also:

• jsonObject(Expression)
• json_object ( text[] ) → json
  Builds a JSON object out of a text array. The array must have either exactly one dimension with an even number of members, in which case they are taken
  as alternating key/value pairs, or two dimensions such that each inner array has exactly two elements, which are taken as a key/value pair. All values are
  converted to JSON strings.

jsonObject

public static io.army.criteria.SimpleExpression jsonObject(io.army.criteria.impl.SQLs.SymbolSpace space,
 java.util.function.BiFunction<io.army.mapping.MappingType,String[],io.army.criteria.Expression> funcRef,
 java.util.function.Consumer<io.army.criteria.Statement._StringObjectConsumer> consumer)

The MappingType of function return type: JsonType.TEXT *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• developer custom method

. The first argument of funcRef always is TextArrayType.LINEAR.

See Also:

• jsonObject(Expression)
• json_object ( text[] ) → json
  Builds a JSON object out of a text array. The array must have either exactly one dimension with an even number of members, in which case they are taken
  as alternating key/value pairs, or two dimensions such that each inner array has exactly two elements, which are taken as a key/value pair. All values are
  converted to JSON strings.

jsonbObject

public static io.army.criteria.SimpleExpression jsonbObject(io.army.criteria.Expression pairArray)

The MappingType of function return type: JsonbType.TEXT *

See Also:

• jsonb_object ( text[] ) → json
  Builds a JSON object out of a text array. The array must have either exactly one dimension with an even number of members, in which case they are taken
  as alternating key/value pairs, or two dimensions such that each inner array has exactly two elements, which are taken as a key/value pair. All values are
  converted to JSON strings.

jsonbObject

public static io.army.criteria.SimpleExpression jsonbObject(java.util.function.BiFunction<io.army.mapping.MappingType,String[],io.army.criteria.Expression> funcRef,
 java.util.function.Consumer<io.army.criteria.Statement._StringObjectSpaceClause> consumer)

The MappingType of function return type: JsonbType.TEXT *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• developer custom method

. The first argument of funcRef always is TextArrayType.LINEAR.

See Also:

• jsonbObject(Expression)
• jsonb_object ( text[] ) → json
  Builds a JSON object out of a text array. The array must have either exactly one dimension with an even number of members, in which case they are taken
  as alternating key/value pairs, or two dimensions such that each inner array has exactly two elements, which are taken as a key/value pair. All values are
  converted to JSON strings.

jsonbObject

public static io.army.criteria.SimpleExpression jsonbObject(io.army.criteria.impl.SQLs.SymbolSpace space,
 java.util.function.BiFunction<io.army.mapping.MappingType,String[],io.army.criteria.Expression> funcRef,
 java.util.function.Consumer<io.army.criteria.Statement._StringObjectConsumer> consumer)

The MappingType of function return type: JsonbType.TEXT *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• developer custom method

. The first argument of funcRef always is TextArrayType.LINEAR.

See Also:

• jsonbObject(Expression)
• jsonb_object ( text[] ) → json
  Builds a JSON object out of a text array. The array must have either exactly one dimension with an even number of members, in which case they are taken
  as alternating key/value pairs, or two dimensions such that each inner array has exactly two elements, which are taken as a key/value pair. All values are
  converted to JSON strings.

jsonObject

public static io.army.criteria.SimpleExpression jsonObject(io.army.criteria.Expression keyArray,
 io.army.criteria.Expression valueArray)

The MappingType of function return type: JsonType.TEXT *

See Also:

• json_object ( keys text[], values text[] ) → json
  This form of json_object takes keys and values pairwise from separate text arrays. Otherwise it is identical to the one-argument form.
  json_object('{a,b}', '{1,2}') → {"a": "1", "b": "2"}
  

jsonbObject

public static io.army.criteria.SimpleExpression jsonbObject(io.army.criteria.Expression keyArray,
 io.army.criteria.Expression valueArray)

The MappingType of function return type: JsonbType.TEXT *

See Also:

• jsonb_object ( keys text[], values text[] ) → json
  This form of json_object takes keys and values pairwise from separate text arrays. Otherwise it is identical to the one-argument form.
  json_object('{a,b}', '{1,2}') → {"a": "1", "b": "2"}
  

jsonArrayElements

public static <T>
io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonArrayElements(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T value)

The MappingType of function return type: JsonType.TEXT. Default Selection alias is 'value'. *

   select * from json_array_elements('[1,true, [2,false]]') →

      value
   -----------
    1
    true
    [2,false]
 

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is JsonType.TEXT.

value - non-null,it will be passed to funcRef as the second argument of funcRef

See Also:

• jsonArrayElements(Expression)
• json_array_elements ( json ) → setof json
  Expands the top-level JSON array into a set of JSON values.
  

jsonArrayElements

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonArrayElements(io.army.criteria.Expression json)

The MappingType of function return type: JsonType.TEXT. Default Selection alias is 'value'. *

   select * from json_array_elements('[1,true, [2,false]]') →

      value
   -----------
    1
    true
    [2,false]
 

See Also:

• json_array_elements ( json ) → setof json
  Expands the top-level JSON array into a set of JSON values.
  

jsonbArrayElements

public static <T>
io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonbArrayElements(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T value)

The MappingType of function return type: JsonbType.TEXT. Default Selection alias is 'value'. *

   select * from jsonb_array_elements('[1,true, [2,false]]') →

      value
   -----------
    1
    true
    [2,false]
 

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is JsonbType.TEXT.

value - non-null,it will be passed to funcRef as the second argument of funcRef

See Also:

• jsonbArrayElements(Expression)
• jsonb_array_elements ( json ) → setof json
  Expands the top-level JSON array into a set of JSON values.
  

jsonbArrayElements

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonbArrayElements(io.army.criteria.Expression json)

The MappingType of function return type: JsonbType.TEXT. Default Selection alias is 'value'. *

   select * from jsonb_array_elements('[1,true, [2,false]]') →

      value
   -----------
    1
    true
    [2,false]
 

See Also:

• jsonb_array_elements ( json ) → setof json
  Expands the top-level JSON array into a set of JSON values.
  

jsonArrayElementsText

public static <T>
io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonArrayElementsText(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T value)

The MappingType of function return type: TextType.INSTANCE. Default Selection alias is 'value'. *

   select * from json_array_elements_text('["foo", "bar"]') →

      value
   -----------
    foo
    bar
 

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is JsonType.TEXT.

value - non-null,it will be passed to funcRef as the second argument of funcRef

See Also:

• jsonArrayElementsText(Expression)
• json_array_elements_text ( json ) → setof text
  Expands the top-level JSON array into a set of JSON values.
  

jsonArrayElementsText

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonArrayElementsText(io.army.criteria.Expression json)

The MappingType of function return type: TextType.INSTANCE. Default Selection alias is 'value'. *

   select * from json_array_elements_text('["foo", "bar"]') →

      value
   -----------
    foo
    bar
 

See Also:

• json_array_elements_text ( json ) → setof text
  Expands the top-level JSON array into a set of text values.
  

jsonbArrayElementsText

public static <T>
io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonbArrayElementsText(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T value)

The MappingType of function return type: TextType.INSTANCE. Default Selection alias is 'value'. *

   select * from jsonb_array_elements_text('["foo", "bar"]') →

      value
   -----------
    foo
    bar
 

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is JsonbType.TEXT.

value - non-null,it will be passed to funcRef as the second argument of funcRef

See Also:

• jsonbArrayElementsText(Expression)
• jsonb_array_elements_text ( json ) → setof text
  Expands the top-level JSON array into a set of JSON values.
  

jsonbArrayElementsText

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonbArrayElementsText(io.army.criteria.Expression json)

The MappingType of function return type: TextType.INSTANCE. Default Selection alias is 'value'. *

   select * from jsonb_array_elements_text('["foo", "bar"]') →

      value
   -----------
    foo
    bar
 

See Also:

• jsonb_array_elements_text ( json ) → setof text
  Expands the top-level JSON array into a set of text values.
  

jsonArrayLength

public static io.army.criteria.SimpleExpression jsonArrayLength(io.army.criteria.Expression json)

The MappingType of function return type: IntegerType. *

See Also:

• json_array_length ( json ) → integer
  Returns the number of elements in the top-level JSON array.
  

jsonbArrayLength

public static io.army.criteria.SimpleExpression jsonbArrayLength(io.army.criteria.Expression jsonb)

The MappingType of function return type: IntegerType.

See Also:

• jsonb_array_length ( json ) → integer
  Returns the number of elements in the top-level JSON array.
  

jsonEach

public static <T>
io.army.criteria.impl.Functions._TabularWithOrdinalityFunction jsonEach(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T value)

The MappingType of fields of derived table :

• key : TextType
• value : JsonType.TEXT
• ordinality (optioinal) : IntegerType. see Functions._WithOrdinalityClause.withOrdinality()

*

   select * from json_each('{"a":"foo", "b":"bar"}') →

    key | value
   -----+-------
    a   | "foo"
    b   | "bar"
 

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is JsonType.TEXT.

value - non-null,it will be passed to funcRef as the second argument of funcRef

See Also:

• jsonEach(Expression)
• json_each ( json ) → setof record ( key text, value json )
  Expands the top-level JSON object into a set of key/value pairs.
  

jsonEach

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction jsonEach(io.army.criteria.Expression json)

The MappingType of fields of derived table :

• key : TextType
• value : JsonType.TEXT
• ordinality (optioinal) : IntegerType. see Functions._WithOrdinalityClause.withOrdinality()

*

   select * from json_each('{"a":"foo", "b":"bar"}') →

    key | value
   -----+-------
    a   | "foo"
    b   | "bar"
 

See Also:

• jsonEach(Expression)
• json_each ( json ) → setof record ( key text, value json )
  Expands the top-level JSON object into a set of key/value pairs.
  

jsonbEach

public static <T>
io.army.criteria.impl.Functions._TabularWithOrdinalityFunction jsonbEach(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T value)

The MappingType of fields of derived table :

• key : TextType
• value : JsonbType.TEXT
• ordinality (optioinal) : IntegerType. see Functions._WithOrdinalityClause.withOrdinality()

   select * from jsonb_each('{"a":"foo", "b":"bar"}') →

    key | value
   -----+-------
    a   | "foo"
    b   | "bar"
 

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is JsonbType.TEXT.

value - non-null,it will be passed to funcRef as the second argument of funcRef

See Also:

• jsonbEach(Expression)
• jsonb_each ( json ) → setof record ( key text, value json )
  Expands the top-level JSON object into a set of key/value pairs.
  

jsonbEach

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction jsonbEach(io.army.criteria.Expression json)

The MappingType of fields of derived table :

• key : TextType
• value : JsonbType.TEXT
• ordinality (optioinal) : IntegerType. see Functions._WithOrdinalityClause.withOrdinality()

   select * from jsonb_each('{"a":"foo", "b":"bar"}') →

    key | value
   -----+-------
    a   | "foo"
    b   | "bar"
 

See Also:

• jsonEach(Expression)
• jsonb_each ( json ) → setof record ( key text, value json )
  Expands the top-level JSON object into a set of key/value pairs.
  

jsonEachText

public static <T>
io.army.criteria.impl.Functions._TabularWithOrdinalityFunction jsonEachText(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T value)

The MappingType of fields of derived table :

• key : TextType
• value : TextType
• ordinality (optioinal) : IntegerType. see Functions._WithOrdinalityClause.withOrdinality()

*

   select * from json_each_text('{"a":"foo", "b":"bar"}') →

    key | value
   -----+-------
    a   | "foo"
    b   | "bar"
 

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is JsonType.TEXT.

value - non-null,it will be passed to funcRef as the second argument of funcRef

See Also:

• jsonEachText(Expression)
• json_each_text ( json ) → setof record ( key text, value text )
  Expands the top-level JSON object into a set of key/value pairs. The returned values will be of type text.
  

jsonEachText

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction jsonEachText(io.army.criteria.Expression json)

The MappingType of fields of derived table :

• key : TextType
• value : TextType
• ordinality (optioinal) : IntegerType. see Functions._WithOrdinalityClause.withOrdinality()

*

   select * from json_each_text('{"a":"foo", "b":"bar"}') →

    key | value
   -----+-------
    a   | "foo"
    b   | "bar"
 

See Also:

• jsonEachText(BiFunction, Object)
• json_each_text ( json ) → setof record ( key text, value text )
  Expands the top-level JSON object into a set of key/value pairs. The returned values will be of type text.
  

jsonbEachText

public static <T>
io.army.criteria.impl.Functions._TabularWithOrdinalityFunction jsonbEachText(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T value)

The MappingType of fields of derived table :

• key : TextType
• value : TextType
• ordinality (optioinal) : IntegerType. see Functions._WithOrdinalityClause.withOrdinality()

*

   select * from jsonb_each_text('{"a":"foo", "b":"bar"}') →

    key | value
   -----+-------
    a   | "foo"
    b   | "bar"
 

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is JsonbType.TEXT.

value - non-null,it will be passed to funcRef as the second argument of funcRef

See Also:

• jsonbEachText(Expression)
• jsonb_each_text ( json ) → setof record ( key text, value text )
  Expands the top-level JSON object into a set of key/value pairs. The returned values will be of type text.
  

jsonbEachText

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction jsonbEachText(io.army.criteria.Expression json)

The MappingType of fields of derived table :

• key : StringType
• value : TextType
• ordinality (optioinal) : IntegerType. see Functions._WithOrdinalityClause.withOrdinality()

*

   select * from jsonb_each_text('{"a":"foo", "b":"bar"}') →

    key | value
   -----+-------
    a   | "foo"
    b   | "bar"
 

See Also:

• jsonbEachText(BiFunction, Object)
• jsonb_each_text ( json ) → setof record ( key text, value text )
  Expands the top-level JSON object into a set of key/value pairs. The returned values will be of type text.
  

jsonExtractPath

public static io.army.criteria.SimpleExpression jsonExtractPath(io.army.criteria.Expression fromJson,
 io.army.criteria.Expression firstPath,
 io.army.criteria.Expression... rest)

The MappingType of function return type: JsonType.TEXT. *

Parameters:

firstPath - should be TextType or StringType type.

rest - each element should be TextType or StringType type.

See Also:

• json_extract_path ( from_json json, VARIADIC path_elems text[] ) → json
  Extracts JSON sub-object at the specified path. (This is functionally equivalent to the #> operator, but writing the path out as a variadic list can be more convenient in some cases.)
  

jsonExtractPath

public static io.army.criteria.SimpleExpression jsonExtractPath(io.army.criteria.Expression fromJson,
 java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.Expression>> consumer)

The MappingType of function return type: JsonType.TEXT. *

Parameters:

consumer - should be TextType or StringType type.

See Also:

• json_extract_path ( from_json json, VARIADIC path_elems text[] ) → json
  Extracts JSON sub-object at the specified path. (This is functionally equivalent to the #> operator, but writing the path out as a variadic list can be more convenient in some cases.)
  

jsonExtractPath

public static <T> io.army.criteria.Expression jsonExtractPath(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForJson,
 T json,
 java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRefForPath,
 String firstPath,
 String... rest)

The MappingType of function return type: JsonType.TEXT. *

Parameters:

funcRefForJson - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForJson always is JsonType.TEXT.

json - non-null,it will be passed to funcRefForJson as the second argument of funcRefForJson

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.rowParam(TypeInfer, Collection)
• SQLSyntax.rowLiteral(TypeInfer, Collection)
• developer custom method

. The first argument of funcRefForPath always is NoCastTextType.INSTANCE.

firstPath - firstPath and rest will be collected to unmodified List and passed to funcRef as the second argument of funcRef

rest - rest and firstPath will be collected to unmodified List and passed to funcRef as the second argument of funcRef

See Also:

• json_extract_path ( from_json json, VARIADIC path_elems text[] ) → json
  Extracts JSON sub-object at the specified path. (This is functionally equivalent to the #> operator, but writing the path out as a variadic list can be more convenient in some cases.)
  

jsonExtractPath

public static io.army.criteria.SimpleExpression jsonExtractPath(io.army.criteria.Expression fromJson,
 java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRef,
 String firstPath,
 String... rest)

The MappingType of function return type: JsonType.TEXT. *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.rowParam(TypeInfer, Collection)
• SQLSyntax.rowLiteral(TypeInfer, Collection)
• developer custom method

. The first argument of funcRef always is NoCastTextType.INSTANCE.

firstPath - firstPath and rest will be collected to unmodified List and passed to funcRef as the second argument of funcRef

rest - rest and firstPath will be collected to unmodified List and passed to funcRef as the second argument of funcRef

See Also:

• json_extract_path ( from_json json, VARIADIC path_elems text[] ) → json
  Extracts JSON sub-object at the specified path. (This is functionally equivalent to the #> operator, but writing the path out as a variadic list can be more convenient in some cases.)
  

jsonExtractPath

public static io.army.criteria.SimpleExpression jsonExtractPath(io.army.criteria.Expression fromJson,
 java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRef,
 java.util.function.Consumer<java.util.function.Consumer<String>> consumer)

The MappingType of function return type: JsonType.TEXT. *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.rowParam(TypeInfer, Collection)
• SQLSyntax.rowLiteral(TypeInfer, Collection)
• developer custom method

. The first argument of funcRefForPath always is NoCastTextType.INSTANCE.

See Also:

• json_extract_path ( from_json json, VARIADIC path_elems text[] ) → json
  Extracts JSON sub-object at the specified path. (This is functionally equivalent to the #> operator, but writing the path out as a variadic list can be more convenient in some cases.)
  

jsonbExtractPath

public static io.army.criteria.SimpleExpression jsonbExtractPath(io.army.criteria.Expression fromJson,
 io.army.criteria.Expression firstPath,
 io.army.criteria.Expression... rest)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

firstPath - should be TextType or StringType type.

rest - each element should be TextType or StringType type.

See Also:

• jsonb_extract_path ( from_json jsonb, VARIADIC path_elems text[] ) → jsonb
  Extracts JSON sub-object at the specified path. (This is functionally equivalent to the #> operator, but writing the path out as a variadic list can be more convenient in some cases.)
  

jsonbExtractPath

public static io.army.criteria.SimpleExpression jsonbExtractPath(io.army.criteria.Expression fromJson,
 java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.Expression>> consumer)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

consumer - should be TextType or StringType type.

See Also:

• jsonb_extract_path ( from_json json, VARIADIC path_elems text[] ) → json
  Extracts JSON sub-object at the specified path. (This is functionally equivalent to the #> operator, but writing the path out as a variadic list can be more convenient in some cases.)
  

jsonbExtractPath

public static <T> io.army.criteria.Expression jsonbExtractPath(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForJson,
 T json,
 java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRefForPath,
 String firstPath,
 String... rest)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForJson - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForJson always is JsonbType.TEXT.

json - non-null,it will be passed to funcRefForJson as the second argument of funcRefForJson

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.rowParam(TypeInfer, Collection)
• SQLSyntax.rowLiteral(TypeInfer, Collection)
• developer custom method

. The first argument of funcRefForPath always is NoCastTextType.INSTANCE.

firstPath - firstPath and rest will be collected to unmodified List and passed to funcRef as the second argument of funcRef

rest - rest and firstPath will be collected to unmodified List and passed to funcRef as the second argument of funcRef

See Also:

• jsonb_extract_path ( from_json jsonb, VARIADIC path_elems text[] ) → jsonb
  Extracts JSON sub-object at the specified path. (This is functionally equivalent to the #> operator, but writing the path out as a variadic list can be more convenient in some cases.)
  

jsonbExtractPath

public static io.army.criteria.SimpleExpression jsonbExtractPath(io.army.criteria.Expression fromJson,
 java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRef,
 String firstPath,
 String... rest)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.rowParam(TypeInfer, Collection)
• SQLSyntax.rowLiteral(TypeInfer, Collection)
• developer custom method

. The first argument of funcRef always is NoCastTextType.INSTANCE.

firstPath - firstPath and rest will be collected to unmodified List and passed to funcRef as the second argument of funcRef

rest - rest and firstPath will be collected to unmodified List and passed to funcRef as the second argument of funcRef

See Also:

• jsonb_extract_path ( from_json jsonb, VARIADIC path_elems text[] ) → jsonb
  Extracts JSON sub-object at the specified path. (This is functionally equivalent to the #> operator, but writing the path out as a variadic list can be more convenient in some cases.)
  

jsonbExtractPath

public static io.army.criteria.SimpleExpression jsonbExtractPath(io.army.criteria.Expression fromJson,
 java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRef,
 java.util.function.Consumer<java.util.function.Consumer<String>> consumer)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.rowParam(TypeInfer, Collection)
• SQLSyntax.rowLiteral(TypeInfer, Collection)
• developer custom method

. The first argument of funcRefForPath always is NoCastTextType.INSTANCE.

See Also:

• jsonb_extract_path ( from_json json, VARIADIC path_elems text[] ) → json
  Extracts JSON sub-object at the specified path. (This is functionally equivalent to the #> operator, but writing the path out as a variadic list can be more convenient in some cases.)
  

jsonExtractPathText

public static io.army.criteria.SimpleExpression jsonExtractPathText(io.army.criteria.Expression fromJson,
 io.army.criteria.Expression firstPath,
 io.army.criteria.Expression... rest)

The MappingType of function return type: TextType.INSTANCE. *

Parameters:

firstPath - should be TextType or StringType type.

rest - each element should be TextType or StringType type.

See Also:

• json_extract_path_text ( from_json json, VARIADIC path_elems text[] ) → text
  Extracts JSON sub-object at the specified path as text. (This is functionally equivalent to the #>> operator.)
  

jsonExtractPathText

public static <T> io.army.criteria.Expression jsonExtractPathText(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForJson,
 T json,
 java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRefForPath,
 String firstPath,
 String... rest)

The MappingType of function return type: TextType.INSTANCE. *

Parameters:

funcRefForJson - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForJson always is JsonType.TEXT.

json - non-null,it will be passed to funcRefForJson as the second argument of funcRefForJson

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.rowParam(TypeInfer, Collection)
• SQLSyntax.rowLiteral(TypeInfer, Collection)
• developer custom method

. The first argument of funcRefForPath always is TextType.INSTANCE.

firstPath - firstPath and rest will be collected to unmodified List and passed to funcRef as the second argument of funcRef

rest - rest and firstPath will be collected to unmodified List and passed to funcRef as the second argument of funcRef

See Also:

• json_extract_path_text ( from_json json, VARIADIC path_elems text[] ) → text
  Extracts JSON sub-object at the specified path as text. (This is functionally equivalent to the #>> operator.)
  

jsonExtractPathText

public static io.army.criteria.SimpleExpression jsonExtractPathText(io.army.criteria.Expression fromJson,
 java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRef,
 String firstPath,
 String... rest)

The MappingType of function return type: TextType.INSTANCE. *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.rowParam(TypeInfer, Collection)
• SQLSyntax.rowLiteral(TypeInfer, Collection)
• developer custom method

. The first argument of funcRef always is NoCastTextType.INSTANCE.

firstPath - firstPath and rest will be collected to unmodified List and passed to funcRef as the second argument of funcRef

rest - rest and firstPath will be collected to unmodified List and passed to funcRef as the second argument of funcRef

See Also:

• json_extract_path_text ( from_json json, VARIADIC path_elems text[] ) → text
  Extracts JSON sub-object at the specified path as text. (This is functionally equivalent to the #>> operator.)
  

jsonExtractPathText

public static io.army.criteria.SimpleExpression jsonExtractPathText(io.army.criteria.Expression fromJson,
 java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.Expression>> consumer)

The MappingType of function return type: TextType.INSTANCE. *

Parameters:

consumer - should be TextType or StringType type.

See Also:

• json_extract_path_text ( from_json json, VARIADIC path_elems text[] ) → text
  Extracts JSON sub-object at the specified path as text. (This is functionally equivalent to the #>> operator.)
  

jsonExtractPathText

public static io.army.criteria.SimpleExpression jsonExtractPathText(io.army.criteria.Expression fromJson,
 java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRef,
 java.util.function.Consumer<java.util.function.Consumer<String>> consumer)

The MappingType of function return type: TextType.INSTANCE. *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.rowParam(TypeInfer, Collection)
• SQLSyntax.rowLiteral(TypeInfer, Collection)
• developer custom method

. The first argument of funcRefForPath always is NoCastTextType.INSTANCE.

See Also:

• json_extract_path_text ( from_json json, VARIADIC path_elems text[] ) → text
  Extracts JSON sub-object at the specified path as text. (This is functionally equivalent to the #>> operator.)
  

jsonbExtractPathText

public static io.army.criteria.SimpleExpression jsonbExtractPathText(io.army.criteria.Expression fromJson,
 io.army.criteria.Expression firstPath,
 io.army.criteria.Expression... rest)

The MappingType of function return type: TextType.INSTANCE. *

Parameters:

firstPath - should be TextType or StringType type.

rest - each element should be TextType or StringType type.

See Also:

• jsonb_extract_path_text ( from_json jsonb, VARIADIC path_elems text[] ) → text
  Extracts JSON sub-object at the specified path as text. (This is functionally equivalent to the #>> operator.)
  

jsonbExtractPathText

public static <T> io.army.criteria.Expression jsonbExtractPathText(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForJson,
 T json,
 java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRefForPath,
 String firstPath,
 String... rest)

The MappingType of function return type: TextType.INSTANCE. *

Parameters:

funcRefForJson - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForJson always is JsonbType.TEXT.

json - non-null,it will be passed to funcRefForJson as the second argument of funcRefForJson

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.rowParam(TypeInfer, Collection)
• SQLSyntax.rowLiteral(TypeInfer, Collection)
• developer custom method

. The first argument of funcRefForPath always is TextType.INSTANCE.

firstPath - firstPath and rest will be collected to unmodified List and passed to funcRef as the second argument of funcRef

rest - rest and firstPath will be collected to unmodified List and passed to funcRef as the second argument of funcRef

See Also:

• jsonb_extract_path_text ( from_json jsonb, VARIADIC path_elems text[] ) → text
  Extracts JSON sub-object at the specified path as text. (This is functionally equivalent to the #>> operator.)
  

jsonbExtractPathText

public static io.army.criteria.SimpleExpression jsonbExtractPathText(io.army.criteria.Expression fromJson,
 java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRef,
 String firstPath,
 String... rest)

The MappingType of function return type: TextType.INSTANCE. *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.rowParam(TypeInfer, Collection)
• SQLSyntax.rowLiteral(TypeInfer, Collection)
• developer custom method

. The first argument of funcRef always is NoCastTextType.INSTANCE.

firstPath - firstPath and rest will be collected to unmodified List and passed to funcRef as the second argument of funcRef

rest - rest and firstPath will be collected to unmodified List and passed to funcRef as the second argument of funcRef

See Also:

• jsonb_extract_path_text ( from_json jsonb, VARIADIC path_elems text[] ) → text
  Extracts JSON sub-object at the specified path as text. (This is functionally equivalent to the #>> operator.)
  

jsonbExtractPathText

public static io.army.criteria.SimpleExpression jsonbExtractPathText(io.army.criteria.Expression fromJson,
 java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.Expression>> consumer)

The MappingType of function return type: TextType.INSTANCE. *

Parameters:

consumer - should be TextType or StringType type.

See Also:

• jsonb_extract_path_text ( from_json jsonb, VARIADIC path_elems text[] ) → text
  Extracts JSON sub-object at the specified path as text. (This is functionally equivalent to the #>> operator.)
  

jsonbExtractPathText

public static io.army.criteria.SimpleExpression jsonbExtractPathText(io.army.criteria.Expression fromJson,
 java.util.function.BiFunction<io.army.mapping.MappingType,List<String>,io.army.criteria.Expression> funcRef,
 java.util.function.Consumer<java.util.function.Consumer<String>> consumer)

The MappingType of function return type: TextType.INSTANCE.

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.rowParam(TypeInfer, Collection)
• SQLSyntax.rowLiteral(TypeInfer, Collection)
• developer custom method

. The first argument of funcRefForPath always is NoCastTextType.INSTANCE.

See Also:

• jsonb_extract_path_text ( from_json jsonb, VARIADIC path_elems text[] ) → text
  Extracts JSON sub-object at the specified path as text. (This is functionally equivalent to the #>> operator.)
  

jsonObjectKeys

public static <T>
io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonObjectKeys(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T value)

The MappingType of fields of derived table :

• function alias(is specified by AS clause) : TextType
• ordinality (optioinal) : IntegerType. see Functions._WithOrdinalityClause.withOrdinality()

*

   select keys.keys from json_object_keys('{"f1":"abc","f2":{"f3":"a", "f4":"b"}}') as keys  →

    keys
   ------------------
    f1
    f2
 

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is JsonType.TEXT.

value - non-null,it will be passed to funcRef as the second argument of funcRef

See Also:

• jsonObjectKeys(Expression)
• json_object_keys ( json ) → setof text
  Returns the set of keys in the top-level JSON object.
  

jsonObjectKeys

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonObjectKeys(io.army.criteria.Expression json)

The MappingType of fields of derived table :

• function alias(is specified by AS clause) : TextType
• ordinality (optioinal) : IntegerType. see Functions._WithOrdinalityClause.withOrdinality()

*

   select keys.keys from json_object_keys('{"f1":"abc","f2":{"f3":"a", "f4":"b"}}') as keys  →

    keys
   ------------------
    f1
    f2
 

See Also:

• json_object_keys ( json ) → setof text
  Returns the set of keys in the top-level JSON object.
  

jsonbObjectKeys

public static <T>
io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonbObjectKeys(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T value)

The MappingType of fields of derived table :

• function alias(is specified by AS clause) : TextType
• ordinality (optioinal) : IntegerType. see Functions._WithOrdinalityClause.withOrdinality()

*

   select keys.keys from json_object_keys('{"f1":"abc","f2":{"f3":"a", "f4":"b"}}') as keys  →

    keys
   ------------------
    f1
    f2
 

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is JsonbType.TEXT.

value - non-null,it will be passed to funcRef as the second argument of funcRef

See Also:

• jsonbObjectKeys(Expression)
• jsonb_object_keys ( json ) → setof text
  Returns the set of keys in the top-level JSON object.
  

jsonbObjectKeys

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonbObjectKeys(io.army.criteria.Expression json)

The MappingType of fields of derived table :

• function alias(is specified by AS clause) : TextType
• ordinality (optioinal) : IntegerType. see Functions._WithOrdinalityClause.withOrdinality()

*

   select keys.keys from json_object_keys('{"f1":"abc","f2":{"f3":"a", "f4":"b"}}') as keys  →

    keys
   ------------------
    f1
    f2
 

See Also:

• jsonb_object_keys ( json ) → setof text
  Returns the set of keys in the top-level JSON object.
  

jsonPopulateRecord

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction jsonPopulateRecord(io.army.criteria.Expression base,
 io.army.criteria.Expression json)

The MappingType of fields of derived table :

• fields follow MappingType.SqlCompositeType.fieldList()
• ordinality (optioinal) : IntegerType. see Functions._WithOrdinalityClause.withOrdinality()

Parameters:

base - composite type expression.

See Also:

• json_populate_record ( base anyelement, from_json json ) → anyelement
  
  

jsonbPopulateRecord

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction jsonbPopulateRecord(io.army.criteria.Expression base,
 io.army.criteria.Expression json)

The MappingType of fields of derived table :

• fields follow MappingType.SqlCompositeType.fieldList()
• ordinality (optioinal) : IntegerType. see Functions._WithOrdinalityClause.withOrdinality()

*

Parameters:

base - composite type expression.

See Also:

• jsonb_populate_record ( base anyelement, from_json json ) → anyelement
  
  

jsonPopulateRecordSet

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction jsonPopulateRecordSet(io.army.criteria.Expression base,
 io.army.criteria.Expression json)

The MappingType of fields of derived table :

• fields follow MappingType.SqlCompositeType.fieldList()
• ordinality (optioinal) : IntegerType. see Functions._WithOrdinalityClause.withOrdinality()

Parameters:

base - composite type expression.

See Also:

• json_populate_recordset ( base anyelement, from_json json ) → anyelement
  
  

jsonbPopulateRecordSet

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction jsonbPopulateRecordSet(io.army.criteria.Expression base,
 io.army.criteria.Expression json)

The MappingType of fields of derived table :

• fields follow MappingType.SqlCompositeType.fieldList()
• ordinality (optioinal) : IntegerType. see Functions._WithOrdinalityClause.withOrdinality()

Parameters:

base - composite type expression.

See Also:

• jsonb_populate_recordset ( base anyelement, from_json json ) → anyelement
  
  

jsonToRecord

public static <T> io.army.criteria.UndoneFunction jsonToRecord(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T value)

 Expands the top-level JSON object to a row having the composite type defined by an AS clause.
 (As with all functions returning record, the calling query must explicitly define the structure of the record
 with an AS clause.) The output record is filled from fields of the JSON object, in the same way as described
 above for json[b]_populate_record. Since there is no input record value, unmatched columns are always filled
 with nulls.

 create type myrowtype as (a int, b text);

 select * from json_to_record('{"a":1,"b":[1,2,3],"c":[1,2,3],"e":"bar","r": {"a": 123, "b": "a b c"}}') as x(a int, b text, c int[], d text, r myrowtype) →

  a |    b    |    c    | d |       r
 ---+---------+---------+---+---------------
  1 | [1,2,3] | {1,2,3} |   | (123,"a b c")
 

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is JsonType.TEXT.

value - non-null,it will be passed to funcRef as the second argument of funcRef

Throws:

io.army.criteria.CriteriaException - throw when Operand isn't operable Expression,for example SQLs.DEFAULT,

See Also:

• jsonToRecord(Expression)
• json_to_record ( json ) → record
  

jsonToRecord

public static io.army.criteria.UndoneFunction jsonToRecord(io.army.criteria.Expression json)

 Expands the top-level JSON object to a row having the composite type defined by an AS clause.
 (As with all functions returning record, the calling query must explicitly define the structure of the record
 with an AS clause.) The output record is filled from fields of the JSON object, in the same way as described
 above for json[b]_populate_record. Since there is no input record value, unmatched columns are always filled
 with nulls.

 create type myrowtype as (a int, b text);

 select * from json_to_record('{"a":1,"b":[1,2,3],"c":[1,2,3],"e":"bar","r": {"a": 123, "b": "a b c"}}') as x(a int, b text, c int[], d text, r myrowtype) →

  a |    b    |    c    | d |       r
 ---+---------+---------+---+---------------
  1 | [1,2,3] | {1,2,3} |   | (123,"a b c")
 

See Also:

• json_to_record ( json ) → record
  

jsonbToRecord

public static <T> io.army.criteria.UndoneFunction jsonbToRecord(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T value)

 Expands the top-level JSON object to a row having the composite type defined by an AS clause.
 (As with all functions returning record, the calling query must explicitly define the structure of the record
 with an AS clause.) The output record is filled from fields of the JSON object, in the same way as described
 above for json[b]_populate_record. Since there is no input record value, unmatched columns are always filled
 with nulls.

 create type myrowtype as (a int, b text);

 select * from json_to_record('{"a":1,"b":[1,2,3],"c":[1,2,3],"e":"bar","r": {"a": 123, "b": "a b c"}}') as x(a int, b text, c int[], d text, r myrowtype) →

  a |    b    |    c    | d |       r
 ---+---------+---------+---+---------------
  1 | [1,2,3] | {1,2,3} |   | (123,"a b c")
 

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is JsonbType.TEXT.

value - non-null,it will be passed to funcRef as the second argument of funcRef

Throws:

io.army.criteria.CriteriaException - throw when Operand isn't operable Expression,for example SQLs.DEFAULT,

See Also:

• jsonbToRecord(Expression)
• jsonb_to_record ( jsonb ) → record
  

jsonbToRecord

public static io.army.criteria.UndoneFunction jsonbToRecord(io.army.criteria.Expression json)

 Expands the top-level JSON object to a row having the composite type defined by an AS clause.
 (As with all functions returning record, the calling query must explicitly define the structure of the record
 with an AS clause.) The output record is filled from fields of the JSON object, in the same way as described
 above for json[b]_populate_record. Since there is no input record value, unmatched columns are always filled
 with nulls.

 create type myrowtype as (a int, b text);

 select * from json_to_record('{"a":1,"b":[1,2,3],"c":[1,2,3],"e":"bar","r": {"a": 123, "b": "a b c"}}') as x(a int, b text, c int[], d text, r myrowtype) →

  a |    b    |    c    | d |       r
 ---+---------+---------+---+---------------
  1 | [1,2,3] | {1,2,3} |   | (123,"a b c")
 

See Also:

• jsonb_to_record ( jsonb ) → record
  

jsonToRecordSet

public static <T> io.army.criteria.UndoneFunction jsonToRecordSet(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T value)

 Expands the top-level JSON array of objects to a set of rows having the composite type defined by an AS clause.
 (As with all functions returning record, the calling query must explicitly define the structure of the record
 with an AS clause.) Each element of the JSON array is processed as described above for json[b]_populate_record.

 select * from json_to_recordset('[{"a":1,"b":"foo"}, {"a":"2","c":"bar"}]') as x(a int, b text) →

  a |  b
 ---+-----
  1 | foo
  2 |
 

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is JsonType.TEXT.

value - non-null,it will be passed to funcRef as the second argument of funcRef

Throws:

io.army.criteria.CriteriaException - throw when Operand isn't operable Expression,for example SQLs.DEFAULT,

See Also:

• jsonToRecordSet(Expression)
• json_to_recordset ( json ) → setof record
  

jsonToRecordSet

public static io.army.criteria.UndoneFunction jsonToRecordSet(io.army.criteria.Expression json)

 Expands the top-level JSON array of objects to a set of rows having the composite type defined by an AS clause.
 (As with all functions returning record, the calling query must explicitly define the structure of the record
 with an AS clause.) Each element of the JSON array is processed as described above for json[b]_populate_record.

 select * from json_to_recordset('[{"a":1,"b":"foo"}, {"a":"2","c":"bar"}]') as x(a int, b text) →

  a |  b
 ---+-----
  1 | foo
  2 |
 

See Also:

• json_to_recordset ( json ) → setof record
  

jsonbToRecordSet

public static <T> io.army.criteria.UndoneFunction jsonbToRecordSet(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T value)

 Expands the top-level JSON array of objects to a set of rows having the composite type defined by an AS clause.
 (As with all functions returning record, the calling query must explicitly define the structure of the record
 with an AS clause.) Each element of the JSON array is processed as described above for json[b]_populate_record.

 select * from json_to_recordset('[{"a":1,"b":"foo"}, {"a":"2","c":"bar"}]') as x(a int, b text) →

  a |  b
 ---+-----
  1 | foo
  2 |
 

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is JsonbType.TEXT.

value - non-null,it will be passed to funcRef as the second argument of funcRef

Throws:

io.army.criteria.CriteriaException - throw when Operand isn't operable Expression,for example SQLs.DEFAULT,

See Also:

• jsonbToRecordSet(Expression)
• jsonb_to_recordset ( jsonb ) → setof record
  

jsonbToRecordSet

public static io.army.criteria.UndoneFunction jsonbToRecordSet(io.army.criteria.Expression json)

 Expands the top-level JSON array of objects to a set of rows having the composite type defined by an AS clause.
 (As with all functions returning record, the calling query must explicitly define the structure of the record
 with an AS clause.) Each element of the JSON array is processed as described above for json[b]_populate_record.

 select * from json_to_recordset('[{"a":1,"b":"foo"}, {"a":"2","c":"bar"}]') as x(a int, b text) →

  a |  b
 ---+-----
  1 | foo
  2 |
 

See Also:

• jsonb_to_recordset ( jsonb ) → setof record
  

jsonbSet

public static <T,
U> io.army.criteria.Expression jsonbSet(io.army.criteria.Expression jsonb,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T paths,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForValue,
 U newValue,
 io.army.criteria.Expression createIfMissing)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• developer custom method

. The first argument of funcRefForPath always is TextArrayType.LINEAR.

paths - non-null nad non-empty,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForValue - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForValue always is JsonbType.TEXT.

newValue - non-null,it will be passed to funcRefForValue as the second argument of funcRefForValue

createIfMissing - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when Operand isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbSet(Expression, Expression, Expression, Expression)
• jsonb_set ( target jsonb, path text[], new_value jsonb [, create_if_missing boolean ] ) → jsonb
  

jsonbSet

public static io.army.criteria.SimpleExpression jsonbSet(io.army.criteria.Expression jsonb,
 io.army.criteria.Expression path,
 io.army.criteria.Expression newValue,
 io.army.criteria.Expression createIfMissing)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

createIfMissing - in most case SQLs.TRUE or SQLs.FALSE

See Also:

• jsonb_set ( target jsonb, path text[], new_value jsonb [, create_if_missing boolean ] ) → jsonb
  

jsonbSet

public static <T,
U> io.army.criteria.Expression jsonbSet(io.army.criteria.Expression jsonb,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T paths,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForValue,
 U newValue)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• developer custom method

. The first argument of funcRefForPath always is TextArrayType.LINEAR.

paths - non-null nad non-empty,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForValue - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForValue always is JsonbType.TEXT.

newValue - non-null,it will be passed to funcRefForValue as the second argument of funcRefForValue

Throws:

io.army.criteria.CriteriaException - throw when Operand isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbSet(Expression, Expression, Expression)
• jsonb_set ( target jsonb, path text[], new_value jsonb [, create_if_missing boolean ] ) → jsonb
  

jsonbSet

public static io.army.criteria.SimpleExpression jsonbSet(io.army.criteria.Expression jsonb,
 io.army.criteria.Expression path,
 io.army.criteria.Expression newValue)

The MappingType of function return type: JsonbType.TEXT. *

See Also:

• jsonbSet(Expression, Expression, Expression, Expression)
• jsonb_set ( target jsonb, path text[], new_value jsonb [, create_if_missing boolean ] ) → jsonb
  

jsonbSetLax

public static <T,
U> io.army.criteria.Expression jsonbSetLax(io.army.criteria.Expression jsonb,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T paths,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForValue,
 U newValue,
 io.army.criteria.Expression createIfMissing)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• developer custom method

. The first argument of funcRefForPath always is TextArrayType.LINEAR.

paths - non-null nad non-empty,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForValue - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForValue always is JsonbType.TEXT.

newValue - non-null,it will be passed to funcRefForValue as the second argument of funcRefForValue

createIfMissing - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when Operand isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbSetLax(Expression, Expression, Expression, Expression)
• jsonb_set_lax ( target jsonb, path text[], new_value jsonb [, create_if_missing boolean [, null_value_treatment text ]] ) → jsonb
  

jsonbSetLax

public static io.army.criteria.SimpleExpression jsonbSetLax(io.army.criteria.Expression jsonb,
 io.army.criteria.Expression path,
 io.army.criteria.Expression newValue,
 io.army.criteria.Expression createIfMissing)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

createIfMissing - in most case SQLs.TRUE or SQLs.FALSE

See Also:

• jsonb_set_lax ( target jsonb, path text[], new_value jsonb [, create_if_missing boolean [, null_value_treatment text ]] ) → jsonb
  

jsonbSetLax

public static <T,
U> io.army.criteria.Expression jsonbSetLax(io.army.criteria.Expression jsonb,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T paths,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForValue,
 U newValue)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• developer custom method

. The first argument of funcRefForPath always is TextArrayType.LINEAR.

paths - non-null nad non-empty,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForValue - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForValue always is JsonbType.TEXT.

newValue - non-null,it will be passed to funcRefForValue as the second argument of funcRefForValue

Throws:

io.army.criteria.CriteriaException - throw when Operand isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbSetLax(Expression, Expression, Expression)
• jsonb_set_lax ( target jsonb, path text[], new_value jsonb [, create_if_missing boolean [, null_value_treatment text ]] ) → jsonb
  

jsonbSetLax

public static io.army.criteria.SimpleExpression jsonbSetLax(io.army.criteria.Expression jsonb,
 io.army.criteria.Expression path,
 io.army.criteria.Expression newValue)

The MappingType of function return type: JsonbType.TEXT. *

See Also:

• jsonbSetLax(Expression, Expression, Expression, Expression)
• jsonb_set_lax ( target jsonb, path text[], new_value jsonb [, create_if_missing boolean [, null_value_treatment text ]] ) → jsonb
  

jsonbSetLax

public static <T,
U> io.army.criteria.Expression jsonbSetLax(io.army.criteria.Expression jsonb,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T paths,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForValue,
 U newValue,
 io.army.criteria.Expression createIfMissing,
 io.army.criteria.impl.PostgreDocumentFunctions.NullTreatMode nullTreatMode)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• developer custom method

. The first argument of funcRefForPath always is TextArrayType.LINEAR.

paths - non-null nad non-empty,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForValue - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForValue always is JsonbType.TEXT.

newValue - non-null,it will be passed to funcRefForValue as the second argument of funcRefForValue

createIfMissing - in most case SQLs.TRUE or SQLs.FALSE

nullTreatMode - must be one of

• RAISE_EXCEPTION
• USE_JSON_NULL
• DELETE_KEY
• RETURN_TARGET

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbSetLax(Expression, Expression, Expression, Expression, Expression)
• jsonb_set_lax ( target jsonb, path text[], new_value jsonb [, create_if_missing boolean [, null_value_treatment text ]] ) → jsonb
  

jsonbSetLax

public static io.army.criteria.SimpleExpression jsonbSetLax(io.army.criteria.Expression jsonb,
 io.army.criteria.Expression path,
 io.army.criteria.Expression newValue,
 io.army.criteria.Expression createIfMissing,
 io.army.criteria.Expression nullTreatMode)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

createIfMissing - in most case SQLs.TRUE or SQLs.FALSE

nullTreatMode - is one of

• RAISE_EXCEPTION
• USE_JSON_NULL
• DELETE_KEY
• RETURN_TARGET

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbSetLax(Expression, Expression, Expression, Expression)
• jsonb_set_lax ( target jsonb, path text[], new_value jsonb [, create_if_missing boolean [, null_value_treatment text ]] ) → jsonb
  

jsonbInsert

public static <T,
U> io.army.criteria.Expression jsonbInsert(io.army.criteria.Expression jsonb,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T paths,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForValue,
 U newValue,
 io.army.criteria.Expression insertAfter)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• developer custom method

. The first argument of funcRefForPath always is TextArrayType.LINEAR.

paths - non-null nad non-empty,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForValue - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForValue always is JsonbType.TEXT.

newValue - non-null,it will be passed to funcRefForValue as the second argument of funcRefForValue

insertAfter - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when Operand isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbInsert(Expression, Expression, Expression, Expression)
• jsonb_insert ( target jsonb, path text[], new_value jsonb [, insert_after boolean ] ) → jsonb
  

jsonbInsert

public static io.army.criteria.SimpleExpression jsonbInsert(io.army.criteria.Expression jsonb,
 io.army.criteria.Expression path,
 io.army.criteria.Expression newValue,
 io.army.criteria.Expression insertAfter)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

insertAfter - in most case SQLs.TRUE or SQLs.FALSE

See Also:

• jsonb_insert ( target jsonb, path text[], new_value jsonb [, insert_after boolean ] ) → jsonb
  

jsonbInsert

public static <T,
U> io.army.criteria.Expression jsonbInsert(io.army.criteria.Expression jsonb,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T paths,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForValue,
 U newValue)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• developer custom method

. The first argument of funcRefForPath always is TextArrayType.LINEAR.

paths - non-null nad non-empty,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForValue - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForValue always is JsonbType.TEXT.

newValue - non-null,it will be passed to funcRefForValue as the second argument of funcRefForValue

Throws:

io.army.criteria.CriteriaException - throw when Operand isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbInsert(Expression, Expression, Expression)
• jsonb_insert ( target jsonb, path text[], new_value jsonb [, insert_after boolean ] ) → jsonb
  

jsonbInsert

public static io.army.criteria.SimpleExpression jsonbInsert(io.army.criteria.Expression jsonb,
 io.army.criteria.Expression path,
 io.army.criteria.Expression newValue)

The MappingType of function return type: JsonbType.TEXT. *

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbInsert(Expression, Expression, Expression, Expression)
• jsonb_insert ( target jsonb, path text[], new_value jsonb [, insert_after boolean ] ) → jsonb
  

jsonStripNulls

public static io.army.criteria.SimpleExpression jsonStripNulls(io.army.criteria.Expression json)

The MappingType of function return type: JsonType.TEXT. *

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• json_strip_nulls ( json ) → json
  

jsonbStripNulls

public static io.army.criteria.SimpleExpression jsonbStripNulls(io.army.criteria.Expression json)

The MappingType of function return type: JsonbType.TEXT. *

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_strip_nulls ( jsonb ) → jsonb
  

jsonbPathExists

public static <T> io.army.criteria.SimplePredicate jsonbPathExists(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path)

The MappingType of function return type: BooleanType. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathExists(Expression, Expression)
• jsonb_path_exists ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathExists

public static io.army.criteria.SimplePredicate jsonbPathExists(io.army.criteria.Expression target,
 io.army.criteria.Expression path)

The MappingType of function return type: BooleanType. *

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_exists ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathExists

public static <T> io.army.criteria.SimplePredicate jsonbPathExists(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 io.army.criteria.Expression vars)

The MappingType of function return type: BooleanType. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathExists(Expression, Expression, Expression)
• jsonb_path_exists ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathExists

public static <T,
U>
io.army.criteria.SimplePredicate jsonbPathExists(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars,
 U vars)

The MappingType of function return type: BooleanType. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForVars - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForVars always is JsonbType.TEXT.

vars - non-null,it will be passed to funcRefForVars as the second argument of funcRefForVars

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathExists(Expression, Expression, Expression)
• jsonb_path_exists ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathExists

public static io.army.criteria.SimplePredicate jsonbPathExists(io.army.criteria.Expression target,
 io.army.criteria.Expression path,
 io.army.criteria.Expression vars)

The MappingType of function return type: BooleanType. *

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_exists ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathExists

public static <T> io.army.criteria.SimplePredicate jsonbPathExists(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 io.army.criteria.Expression vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: BooleanType. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathExists(Expression, Expression, Expression, Expression)
• jsonb_path_exists ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathExists

public static <T,
U>
io.army.criteria.SimplePredicate jsonbPathExists(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars,
 U vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: BooleanType. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForVars - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForVars always is JsonbType.TEXT.

vars - non-null,it will be passed to funcRefForVars as the second argument of funcRefForVars

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathExists(Expression, Expression, Expression, Expression)
• jsonb_path_exists ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathExists

public static io.army.criteria.SimplePredicate jsonbPathExists(io.army.criteria.Expression target,
 io.army.criteria.Expression path,
 io.army.criteria.Expression vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: BooleanType. *

Parameters:

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_exists ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathMatch

public static io.army.criteria.SimplePredicate jsonbPathMatch(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> funcRefForPath,
 String path)

The MappingType of function return type: BooleanType. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathMatch(Expression, Expression)
• jsonb_path_match ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathMatch

public static <T> io.army.criteria.SimplePredicate jsonbPathMatch(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path)

The MappingType of function return type: BooleanType. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathMatch(Expression, Expression)
• jsonb_path_match ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathMatch

public static io.army.criteria.SimplePredicate jsonbPathMatch(io.army.criteria.Expression target,
 io.army.criteria.Expression path)

The MappingType of function return type: BooleanType.

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_match ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathMatch

public static <T> io.army.criteria.SimplePredicate jsonbPathMatch(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 io.army.criteria.Expression vars)

The MappingType of function return type: BooleanType. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathMatch(Expression, Expression, Expression)
• jsonb_path_match ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathMatch

public static <T> io.army.criteria.SimplePredicate jsonbPathMatch(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 io.army.criteria.Expression vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: BooleanType.

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathMatch(Expression, Expression, Expression, Expression)
• jsonb_path_match ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathMatch

public static <T,
U>
io.army.criteria.SimplePredicate jsonbPathMatch(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars,
 U vars)

The MappingType of function return type: BooleanType. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathMatch(Expression, Expression, Expression)
• jsonb_path_match ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathMatch

public static io.army.criteria.SimplePredicate jsonbPathMatch(io.army.criteria.Expression target,
 io.army.criteria.Expression path,
 io.army.criteria.Expression vars)

The MappingType of function return type: BooleanType. *

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_match ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathMatch

public static <T,
U>
io.army.criteria.SimplePredicate jsonbPathMatch(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars,
 U vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: BooleanType. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForVars - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForVars always is JsonbType.TEXT.

vars - non-null,it will be passed to funcRefForVars as the second argument of funcRefForVars

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathMatch(Expression, Expression, Expression, Expression)
• jsonb_path_match ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathMatch

public static io.army.criteria.SimplePredicate jsonbPathMatch(io.army.criteria.Expression target,
 io.army.criteria.Expression path,
 io.army.criteria.Expression vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: BooleanType.

Parameters:

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_match ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathQuery

public static <T>
io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonbPathQuery(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path)

The MappingType of function return type: JsonbType.TEXT. this filed name of function is specified by AS clause. *

 jsonb_path_query ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb

 Returns all JSON items returned by the JSON path for the specified JSON value. The optional vars
 and silent arguments act the same as for jsonb_path_exists.

 select q.q from jsonb_path_query('{"a":[1,2,3,4,5]}', '$.a[*] ? (@ >= $min && @ <= $max)', '{"min":2, "max":4}') as q →

  q
 ------------------
  2
  3
  4
 

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQuery(Expression, Expression)
• jsonb_path_query ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb
  

jsonbPathQuery

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonbPathQuery(io.army.criteria.Expression target,
 io.army.criteria.Expression path)

The MappingType of function return type: JsonbType.TEXT. this filed name of function is specified by AS clause. *

 jsonb_path_query ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb

 Returns all JSON items returned by the JSON path for the specified JSON value. The optional vars
 and silent arguments act the same as for jsonb_path_exists.

 select q.q from jsonb_path_query('{"a":[1,2,3,4,5]}', '$.a[*] ? (@ >= $min && @ <= $max)', '{"min":2, "max":4}') as q →

  q
 ------------------
  2
  3
  4
 

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_query ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb
  

jsonbPathQuery

public static <T>
io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonbPathQuery(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 io.army.criteria.Expression vars)

The MappingType of function return type: JsonbType.TEXT. this filed name of function is specified by AS clause. *

 jsonb_path_query ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb

 Returns all JSON items returned by the JSON path for the specified JSON value. The optional vars
 and silent arguments act the same as for jsonb_path_exists.

 select q.q from jsonb_path_query('{"a":[1,2,3,4,5]}', '$.a[*] ? (@ >= $min && @ <= $max)', '{"min":2, "max":4}') as q →

  q
 ------------------
  2
  3
  4
 

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQuery(Expression, Expression, Expression)
• jsonb_path_query ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb
  

jsonbPathQuery

public static <T,
U>
io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonbPathQuery(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars,
 U vars)

The MappingType of function return type: JsonbType.TEXT. this filed name of function is specified by AS clause. *

 jsonb_path_query ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb

 Returns all JSON items returned by the JSON path for the specified JSON value. The optional vars
 and silent arguments act the same as for jsonb_path_exists.

 select q.q from jsonb_path_query('{"a":[1,2,3,4,5]}', '$.a[*] ? (@ >= $min && @ <= $max)', '{"min":2, "max":4}') as q →

  q
 ------------------
  2
  3
  4
 

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQuery(Expression, Expression, Expression)
• jsonb_path_query ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb
  

jsonbPathQuery

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonbPathQuery(io.army.criteria.Expression target,
 io.army.criteria.Expression path,
 io.army.criteria.Expression vars)

The MappingType of function return type: JsonbType.TEXT. this filed name of function is specified by AS clause. *

 jsonb_path_query ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb

 Returns all JSON items returned by the JSON path for the specified JSON value. The optional vars
 and silent arguments act the same as for jsonb_path_exists.

 select q.q from jsonb_path_query('{"a":[1,2,3,4,5]}', '$.a[*] ? (@ >= $min && @ <= $max)', '{"min":2, "max":4}') as q →

  q
 ------------------
  2
  3
  4
 

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_query ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb
  

jsonbPathQuery

public static <T>
io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonbPathQuery(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 io.army.criteria.Expression vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: JsonbType.TEXT. this filed name of function is specified by AS clause. *

 jsonb_path_query ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb

 Returns all JSON items returned by the JSON path for the specified JSON value. The optional vars
 and silent arguments act the same as for jsonb_path_exists.

 select q.q from jsonb_path_query('{"a":[1,2,3,4,5]}', '$.a[*] ? (@ >= $min && @ <= $max)', '{"min":2, "max":4}') as q →

  q
 ------------------
  2
  3
  4
 

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQuery(Expression, Expression, Expression, Expression)
• jsonb_path_query ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb
  

jsonbPathQuery

public static <T,
U>
io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonbPathQuery(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars,
 U vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: JsonbType.TEXT. this filed name of function is specified by AS clause. *

 jsonb_path_query ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb

 Returns all JSON items returned by the JSON path for the specified JSON value. The optional vars
 and silent arguments act the same as for jsonb_path_exists.

 select q.q from jsonb_path_query('{"a":[1,2,3,4,5]}', '$.a[*] ? (@ >= $min && @ <= $max)', '{"min":2, "max":4}') as q →

  q
 ------------------
  2
  3
  4
 

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForVars - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForVars always is JsonbType.TEXT.

vars - non-null,it will be passed to funcRefForVars as the second argument of funcRefForVars

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQuery(Expression, Expression, Expression, Expression)
• jsonb_path_query ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb
  

jsonbPathQuery

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonbPathQuery(io.army.criteria.Expression target,
 io.army.criteria.Expression path,
 io.army.criteria.Expression vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: JsonbType.TEXT. this filed name of function is specified by AS clause. *

 jsonb_path_query ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb

 Returns all JSON items returned by the JSON path for the specified JSON value. The optional vars
 and silent arguments act the same as for jsonb_path_exists.

 select q.q from jsonb_path_query('{"a":[1,2,3,4,5]}', '$.a[*] ? (@ >= $min && @ <= $max)', '{"min":2, "max":4}') as q →

  q
 ------------------
  2
  3
  4
 

Parameters:

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_query ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb
  

jsonbPathQueryArray

public static <T> io.army.criteria.Expression jsonbPathQueryArray(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryArray(Expression, Expression)
• jsonb_path_query_array ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryArray

public static io.army.criteria.SimpleExpression jsonbPathQueryArray(io.army.criteria.Expression target,
 io.army.criteria.Expression path)

The MappingType of function return type: JsonbType.TEXT. *

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_query_array ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryArray

public static <T> io.army.criteria.Expression jsonbPathQueryArray(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 io.army.criteria.Expression vars)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryArray(Expression, Expression, Expression)
• jsonb_path_query_array ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryArray

public static <T,
U> io.army.criteria.Expression jsonbPathQueryArray(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars,
 U vars)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForVars - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForVars always is JsonbType.TEXT.

vars - non-null,it will be passed to funcRefForVars as the second argument of funcRefForVars

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryArray(Expression, Expression, Expression)
• jsonb_path_query_array ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryArray

public static io.army.criteria.SimpleExpression jsonbPathQueryArray(io.army.criteria.Expression target,
 io.army.criteria.Expression path,
 io.army.criteria.Expression vars)

The MappingType of function return type: JsonbType.TEXT. *

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_query_array ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryArray

public static <T> io.army.criteria.Expression jsonbPathQueryArray(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 io.army.criteria.Expression vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryArray(Expression, Expression, Expression, Expression)
• jsonb_path_query_array ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryArray

public static <T,
U> io.army.criteria.Expression jsonbPathQueryArray(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars,
 U vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForVars - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForVars always is JsonbType.TEXT.

vars - non-null,it will be passed to funcRefForVars as the second argument of funcRefForVars

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryArray(Expression, Expression, Expression, Expression)
• jsonb_path_query_array ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryArray

public static io.army.criteria.SimpleExpression jsonbPathQueryArray(io.army.criteria.Expression target,
 io.army.criteria.Expression path,
 io.army.criteria.Expression vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_query_array ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryFirst

public static <T> io.army.criteria.Expression jsonbPathQueryFirst(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryFirst(Expression, Expression)
• jsonb_path_query_first ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryFirst

public static io.army.criteria.SimpleExpression jsonbPathQueryFirst(io.army.criteria.Expression target,
 io.army.criteria.Expression path)

The MappingType of function return type: JsonbType.TEXT. *

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_query_first ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryFirst

public static <T> io.army.criteria.Expression jsonbPathQueryFirst(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 io.army.criteria.Expression vars)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryFirst(Expression, Expression, Expression)
• jsonb_path_query_first ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryFirst

public static <T,
U> io.army.criteria.Expression jsonbPathQueryFirst(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars,
 U vars)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForVars - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForVars always is JsonbType.TEXT.

vars - non-null,it will be passed to funcRefForVars as the second argument of funcRefForVars

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryFirst(Expression, Expression, Expression)
• jsonb_path_query_first ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryFirst

public static io.army.criteria.SimpleExpression jsonbPathQueryFirst(io.army.criteria.Expression target,
 io.army.criteria.Expression path,
 io.army.criteria.Expression vars)

The MappingType of function return type: JsonbType.TEXT. *

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_query_first ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryFirst

public static <T> io.army.criteria.Expression jsonbPathQueryFirst(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 io.army.criteria.Expression vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryFirst(Expression, Expression, Expression, Expression)
• jsonb_path_query_first ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryFirst

public static <T,
U> io.army.criteria.Expression jsonbPathQueryFirst(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars,
 U vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForVars - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForVars always is JsonbType.TEXT.

vars - non-null,it will be passed to funcRefForVars as the second argument of funcRefForVars

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryFirst(Expression, Expression, Expression, Expression)
• jsonb_path_query_first ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryFirst

public static io.army.criteria.SimpleExpression jsonbPathQueryFirst(io.army.criteria.Expression target,
 io.army.criteria.Expression path,
 io.army.criteria.Expression vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_query_first ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathExistsTz

public static <T> io.army.criteria.SimplePredicate jsonbPathExistsTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T path)

The MappingType of function return type: BooleanType. *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRef as the second argument of funcRef

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathExistsTz(Expression, Expression)
• jsonb_path_exists_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathExistsTz

public static io.army.criteria.SimplePredicate jsonbPathExistsTz(io.army.criteria.Expression target,
 io.army.criteria.Expression path)

The MappingType of function return type: BooleanType. *

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_exists_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathExistsTz

public static <T> io.army.criteria.SimplePredicate jsonbPathExistsTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T path,
 io.army.criteria.Expression vars)

The MappingType of function return type: BooleanType. *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRef as the second argument of funcRef

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathExistsTz(Expression, Expression, Expression)
• jsonb_path_exists_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathExistsTz

public static <T,
U>
io.army.criteria.SimplePredicate jsonbPathExistsTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars,
 U vars)

The MappingType of function return type: BooleanType. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForVars - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForVars always is JsonbType.TEXT.

vars - non-null,it will be passed to funcRefForVars as the second argument of funcRefForVars

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathExistsTz(Expression, Expression, Expression)
• jsonb_path_exists_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathExistsTz

public static io.army.criteria.SimplePredicate jsonbPathExistsTz(io.army.criteria.Expression target,
 io.army.criteria.Expression path,
 io.army.criteria.Expression vars)

The MappingType of function return type: BooleanType. *

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_exists_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathExistsTz

public static <T> io.army.criteria.SimplePredicate jsonbPathExistsTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T path,
 io.army.criteria.Expression vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: BooleanType. *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRef as the second argument of funcRef

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathExistsTz(Expression, Expression, Expression, Expression)
• jsonb_path_exists_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathExistsTz

public static <T,
U>
io.army.criteria.SimplePredicate jsonbPathExistsTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars,
 U vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: BooleanType. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForVars - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForVars always is JsonbType.TEXT.

vars - non-null,it will be passed to funcRefForVars as the second argument of funcRefForVars

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathExistsTz(Expression, Expression, Expression, Expression)
• jsonb_path_exists_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathExistsTz

public static io.army.criteria.SimplePredicate jsonbPathExistsTz(io.army.criteria.Expression target,
 io.army.criteria.Expression path,
 io.army.criteria.Expression vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: BooleanType. *

Parameters:

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_exists_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathMatchTz

public static <T> io.army.criteria.SimplePredicate jsonbPathMatchTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T path)

The MappingType of function return type: BooleanType. *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRef as the second argument of funcRef

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathMatchTz(Expression, Expression)
• jsonb_path_match_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathMatchTz

public static io.army.criteria.SimplePredicate jsonbPathMatchTz(io.army.criteria.Expression target,
 io.army.criteria.Expression path)

The MappingType of function return type: BooleanType. *

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_match_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathMatchTz

public static <T> io.army.criteria.SimplePredicate jsonbPathMatchTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T path,
 io.army.criteria.Expression vars)

The MappingType of function return type: BooleanType. *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRef as the second argument of funcRef

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathMatchTz(Expression, Expression, Expression)
• jsonb_path_match_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathMatchTz

public static <T,
U>
io.army.criteria.SimplePredicate jsonbPathMatchTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars,
 U vars)

The MappingType of function return type: BooleanType. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForVars - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForVars always is JsonbType.TEXT.

vars - non-null,it will be passed to funcRefForVars as the second argument of funcRefForVars

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathMatchTz(Expression, Expression, Expression)
• jsonb_path_match_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathMatchTz

public static io.army.criteria.SimplePredicate jsonbPathMatchTz(io.army.criteria.Expression target,
 io.army.criteria.Expression path,
 io.army.criteria.Expression vars)

The MappingType of function return type: BooleanType. *

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_match_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathMatchTz

public static <T> io.army.criteria.SimplePredicate jsonbPathMatchTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T path,
 io.army.criteria.Expression vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: BooleanType. *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRef as the second argument of funcRef

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathMatchTz(Expression, Expression, Expression, Expression)
• jsonb_path_match_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathMatchTz

public static <T,
U>
io.army.criteria.SimplePredicate jsonbPathMatchTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars,
 U vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: BooleanType. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForVars - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForVars always is JsonbType.TEXT.

vars - non-null,it will be passed to funcRefForVars as the second argument of funcRefForVars

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathMatchTz(Expression, Expression, Expression, Expression)
• jsonb_path_match_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathMatchTz

public static io.army.criteria.SimplePredicate jsonbPathMatchTz(io.army.criteria.Expression target,
 io.army.criteria.Expression path,
 io.army.criteria.Expression vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: BooleanType. *

Parameters:

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_match_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → boolean
  

jsonbPathQueryTz

public static <T>
io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonbPathQueryTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path)

The MappingType of function return type: JsonbType.TEXT. the field of function is specified by AS clause. *

 jsonb_path_query_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb

 Returns all JSON items returned by the JSON path for the specified JSON value. The optional vars
 and silent arguments act the same as for jsonb_path_exists.

 select tz.value from jsonb_path_query_tz(JSONB E'{
   "a": [
     "2015-08-01 12:00:00-05",
     "2015-08-02 12:00:00-05",
     "2015-08-03 12:00:00-05",
     "2015-08-04 12:00:00-05",
     "2015-08-05 12:00:00-05"
   ]
 }', JSONPATH '$.a[*] ? (@.datetime() < "2015-08-05".datetime())') AS(value) tz →

  tz
 ------------------
  "2015-08-01 12:00:00-05"
  "2015-08-02 12:00:00-05"
  "2015-08-03 12:00:00-05"
  "2015-08-04 12:00:00-05"
 

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryTz(Expression, Expression)
• jsonb_path_query_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb
  

jsonbPathQueryTz

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonbPathQueryTz(io.army.criteria.Expression target,
 io.army.criteria.Expression path)

The MappingType of function return type: JsonbType.TEXT. the field of function is specified by AS clause. *

 jsonb_path_query_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb

 Returns all JSON items returned by the JSON path for the specified JSON value. The optional vars
 and silent arguments act the same as for jsonb_path_exists.

 select tz.value from jsonb_path_query_tz(JSONB E'{
   "a": [
     "2015-08-01 12:00:00-05",
     "2015-08-02 12:00:00-05",
     "2015-08-03 12:00:00-05",
     "2015-08-04 12:00:00-05",
     "2015-08-05 12:00:00-05"
   ]
 }', JSONPATH '$.a[*] ? (@.datetime() < "2015-08-05".datetime())') AS(value) tz →

  tz
 ------------------
  "2015-08-01 12:00:00-05"
  "2015-08-02 12:00:00-05"
  "2015-08-03 12:00:00-05"
  "2015-08-04 12:00:00-05"
 

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_query_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb
  

jsonbPathQueryTz

public static <T>
io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonbPathQueryTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 io.army.criteria.Expression vars)

The MappingType of function return type: JsonbType.TEXT. the field of function is specified by AS clause. *

 jsonb_path_query_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb

 Returns all JSON items returned by the JSON path for the specified JSON value. The optional vars
 and silent arguments act the same as for jsonb_path_exists.

 select tz.value from jsonb_path_query_tz(JSONB E'{
   "a": [
     "2015-08-01 12:00:00-05",
     "2015-08-02 12:00:00-05",
     "2015-08-03 12:00:00-05",
     "2015-08-04 12:00:00-05",
     "2015-08-05 12:00:00-05"
   ]
 }', JSONPATH '$.a[*] ? (@.datetime() < "2015-08-05".datetime())') AS(value) tz →

  tz
 ------------------
  "2015-08-01 12:00:00-05"
  "2015-08-02 12:00:00-05"
  "2015-08-03 12:00:00-05"
  "2015-08-04 12:00:00-05"
 

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryTz(Expression, Expression, Expression)
• jsonb_path_query_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb
  

jsonbPathQueryTz

public static <T,
U>
io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonbPathQueryTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars,
 U vars)

The MappingType of function return type: JsonbType.TEXT. the field of function is specified by AS clause. *

 jsonb_path_query_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb

 Returns all JSON items returned by the JSON path for the specified JSON value. The optional vars
 and silent arguments act the same as for jsonb_path_exists.

 select tz.value from jsonb_path_query_tz(JSONB E'{
   "a": [
     "2015-08-01 12:00:00-05",
     "2015-08-02 12:00:00-05",
     "2015-08-03 12:00:00-05",
     "2015-08-04 12:00:00-05",
     "2015-08-05 12:00:00-05"
   ]
 }', JSONPATH '$.a[*] ? (@.datetime() < "2015-08-05".datetime())') AS(value) tz →

  tz
 ------------------
  "2015-08-01 12:00:00-05"
  "2015-08-02 12:00:00-05"
  "2015-08-03 12:00:00-05"
  "2015-08-04 12:00:00-05"
 

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryTz(Expression, Expression, Expression)
• jsonb_path_query_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb
  

jsonbPathQueryTz

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonbPathQueryTz(io.army.criteria.Expression target,
 io.army.criteria.Expression path,
 io.army.criteria.Expression vars)

The MappingType of function return type: JsonbType.TEXT. the field of function is specified by AS clause. *

 jsonb_path_query_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb

 Returns all JSON items returned by the JSON path for the specified JSON value. The optional vars
 and silent arguments act the same as for jsonb_path_exists.

 select tz.value from jsonb_path_query_tz(JSONB E'{
   "a": [
     "2015-08-01 12:00:00-05",
     "2015-08-02 12:00:00-05",
     "2015-08-03 12:00:00-05",
     "2015-08-04 12:00:00-05",
     "2015-08-05 12:00:00-05"
   ]
 }', JSONPATH '$.a[*] ? (@.datetime() < "2015-08-05".datetime())') AS(value) tz →

  tz
 ------------------
  "2015-08-01 12:00:00-05"
  "2015-08-02 12:00:00-05"
  "2015-08-03 12:00:00-05"
  "2015-08-04 12:00:00-05"
 

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_query_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb
  

jsonbPathQueryTz

public static <T>
io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonbPathQueryTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 io.army.criteria.Expression vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: JsonbType.TEXT. the field of function is specified by AS clause. *

 jsonb_path_query_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb

 Returns all JSON items returned by the JSON path for the specified JSON value. The optional vars
 and silent arguments act the same as for jsonb_path_exists.

 select tz.value from jsonb_path_query_tz(JSONB E'{
   "a": [
     "2015-08-01 12:00:00-05",
     "2015-08-02 12:00:00-05",
     "2015-08-03 12:00:00-05",
     "2015-08-04 12:00:00-05",
     "2015-08-05 12:00:00-05"
   ]
 }', JSONPATH '$.a[*] ? (@.datetime() < "2015-08-05".datetime())') AS(value) tz →

  tz
 ------------------
  "2015-08-01 12:00:00-05"
  "2015-08-02 12:00:00-05"
  "2015-08-03 12:00:00-05"
  "2015-08-04 12:00:00-05"
 

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryTz(Expression, Expression, Expression, Expression)
• jsonb_path_query_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb
  

jsonbPathQueryTz

public static <T,
U>
io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonbPathQueryTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars,
 U vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: JsonbType.TEXT. the field of function is specified by AS clause. *

 jsonb_path_query_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb

 Returns all JSON items returned by the JSON path for the specified JSON value. The optional vars
 and silent arguments act the same as for jsonb_path_exists.

 select tz.value from jsonb_path_query_tz(JSONB E'{
   "a": [
     "2015-08-01 12:00:00-05",
     "2015-08-02 12:00:00-05",
     "2015-08-03 12:00:00-05",
     "2015-08-04 12:00:00-05",
     "2015-08-05 12:00:00-05"
   ]
 }', JSONPATH '$.a[*] ? (@.datetime() < "2015-08-05".datetime())') AS(value) tz →

  tz
 ------------------
  "2015-08-01 12:00:00-05"
  "2015-08-02 12:00:00-05"
  "2015-08-03 12:00:00-05"
  "2015-08-04 12:00:00-05"
 

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryTz(Expression, Expression, Expression, Expression)
• jsonb_path_query_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb
  

jsonbPathQueryTz

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction jsonbPathQueryTz(io.army.criteria.Expression target,
 io.army.criteria.Expression path,
 io.army.criteria.Expression vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: JsonbType.TEXT. the field of function is specified by AS clause. *

 jsonb_path_query_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb

 Returns all JSON items returned by the JSON path for the specified JSON value. The optional vars
 and silent arguments act the same as for jsonb_path_exists.

 select tz.value from jsonb_path_query_tz(JSONB E'{
   "a": [
     "2015-08-01 12:00:00-05",
     "2015-08-02 12:00:00-05",
     "2015-08-03 12:00:00-05",
     "2015-08-04 12:00:00-05",
     "2015-08-05 12:00:00-05"
   ]
 }', JSONPATH '$.a[*] ? (@.datetime() < "2015-08-05".datetime())') AS(value) tz →

  tz
 ------------------
  "2015-08-01 12:00:00-05"
  "2015-08-02 12:00:00-05"
  "2015-08-03 12:00:00-05"
  "2015-08-04 12:00:00-05"
 

Parameters:

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_query_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → setof jsonb
  

jsonbPathQueryArrayTz

public static <T> io.army.criteria.Expression jsonbPathQueryArrayTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryArrayTz(Expression, Expression)
• jsonb_path_query_array_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryArrayTz

public static io.army.criteria.SimpleExpression jsonbPathQueryArrayTz(io.army.criteria.Expression target,
 io.army.criteria.Expression path)

The MappingType of function return type: JsonbType.TEXT. *

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_query_array_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryArrayTz

public static <T> io.army.criteria.Expression jsonbPathQueryArrayTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 io.army.criteria.Expression vars)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryArrayTz(Expression, Expression, Expression)
• jsonb_path_query_array_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryArrayTz

public static <T,
U> io.army.criteria.Expression jsonbPathQueryArrayTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars,
 U vars)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForVars - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForVars always is JsonPathType.INSTANCE.

vars - non-null,it will be passed to funcRefForVars as the second argument of funcRefForVars

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryArrayTz(Expression, Expression, Expression)
• jsonb_path_query_array_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryArrayTz

public static io.army.criteria.SimpleExpression jsonbPathQueryArrayTz(io.army.criteria.Expression target,
 io.army.criteria.Expression path,
 io.army.criteria.Expression vars)

The MappingType of function return type: JsonbType.TEXT. *

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_query_array_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryArrayTz

public static <T> io.army.criteria.Expression jsonbPathQueryArrayTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 io.army.criteria.Expression vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryArrayTz(Expression, Expression, Expression, Expression)
• jsonb_path_query_array_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryArrayTz

public static <T,
U> io.army.criteria.Expression jsonbPathQueryArrayTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars,
 U vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForVars - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForVars always is JsonPathType.INSTANCE.

vars - non-null,it will be passed to funcRefForVars as the second argument of funcRefForVars

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryArrayTz(Expression, Expression, Expression, Expression)
• jsonb_path_query_array_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryArrayTz

public static io.army.criteria.SimpleExpression jsonbPathQueryArrayTz(io.army.criteria.Expression target,
 io.army.criteria.Expression path,
 io.army.criteria.Expression vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_query_array_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryFirstTz

public static <T> io.army.criteria.Expression jsonbPathQueryFirstTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryFirstTz(Expression, Expression)
• jsonb_path_query_first_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryFirstTz

public static io.army.criteria.SimpleExpression jsonbPathQueryFirstTz(io.army.criteria.Expression target,
 io.army.criteria.Expression path)

The MappingType of function return type: JsonbType.TEXT. *

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_query_first_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryFirstTz

public static <T> io.army.criteria.Expression jsonbPathQueryFirstTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 io.army.criteria.Expression vars)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryFirstTz(Expression, Expression, Expression)
• jsonb_path_query_first_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryFirstTz

public static <T,
U> io.army.criteria.Expression jsonbPathQueryFirstTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars,
 U vars)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForVars - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForVars always is JsonPathType.INSTANCE.

vars - non-null,it will be passed to funcRefForVars as the second argument of funcRefForVars

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryFirstTz(Expression, Expression, Expression)
• jsonb_path_query_first_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryFirstTz

public static io.army.criteria.SimpleExpression jsonbPathQueryFirstTz(io.army.criteria.Expression target,
 io.army.criteria.Expression path,
 io.army.criteria.Expression vars)

The MappingType of function return type: JsonbType.TEXT. *

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_query_first_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryFirstTz

public static <T> io.army.criteria.Expression jsonbPathQueryFirstTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 io.army.criteria.Expression vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryFirstTz(Expression, Expression, Expression, Expression)
• jsonb_path_query_first_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryFirstTz

public static <T,
U> io.army.criteria.Expression jsonbPathQueryFirstTz(io.army.criteria.Expression target,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForPath,
 T path,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForVars,
 U vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

funcRefForPath - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPath always is JsonPathType.INSTANCE.

path - non-null,it will be passed to funcRefForPath as the second argument of funcRefForPath

funcRefForVars - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForVars always is JsonPathType.INSTANCE.

vars - non-null,it will be passed to funcRefForVars as the second argument of funcRefForVars

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonbPathQueryFirstTz(Expression, Expression, Expression, Expression)
• jsonb_path_query_first_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPathQueryFirstTz

public static io.army.criteria.SimpleExpression jsonbPathQueryFirstTz(io.army.criteria.Expression target,
 io.army.criteria.Expression path,
 io.army.criteria.Expression vars,
 io.army.criteria.Expression silent)

The MappingType of function return type: JsonbType.TEXT. *

Parameters:

silent - in most case SQLs.TRUE or SQLs.FALSE

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_path_query_first_tz ( target jsonb, path jsonpath [, vars jsonb [, silent boolean ]] ) → jsonb
  

jsonbPretty

public static io.army.criteria.SimpleExpression jsonbPretty(io.army.criteria.Expression jsonb)

The MappingType of function return type: TextType. *

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_pretty ( jsonb ) → text
  

jsonTypeOf

public static io.army.criteria.SimpleExpression jsonTypeOf(io.army.criteria.Expression json)

The MappingType of function return type: TextType. *

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• json_typeof ( json ) → text
  

jsonbTypeOf

public static io.army.criteria.SimpleExpression jsonbTypeOf(io.army.criteria.Expression json)

The MappingType of function return type: TextType. *

Throws:

io.army.criteria.CriteriaException - throw when argument isn't operable Expression,for example SQLs.DEFAULT, SQLSyntax.rowParam(TypeInfer, Collection)

See Also:

• jsonb_typeof ( json ) → text
  

getCurrentTsConfig

public static io.army.criteria.SimpleExpression getCurrentTsConfig()

The MappingType of function return type: StringType

See Also:

• get_current_ts_config ( ) → regconfig

numNode

public static io.army.criteria.SimpleExpression numNode(io.army.criteria.Expression exp)

The MappingType of function return type: IntegerType

See Also:

• numnode ( tsquery ) → integer

tsDebug

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction tsDebug(io.army.criteria.Expression document)

The MappingType of function returned fields type:

1. alias TextType
2. description TextType
3. token TextType
4. dictionaries TextArrayType.LINEAR
5. dictionary TextType
6. lexemes TextArrayType.LINEAR
7. ordinality (this is optional) LongType,see Functions._WithOrdinalityClause.withOrdinality()

See Also:

• ts_debug ( [ config regconfig, ] document text ) → setof record ( alias text, description text, token text, dictionaries regdictionary[], dictionary regdictionary, lexemes text[] )
  Extracts and normalizes tokens from the document according to the specified or default text search configuration, and returns information about how each token was processed.
  ts_debug('english', 'The Brightest supernovaes') → (asciiword,"Word, all ASCII",The,{english_stem},english_stem,{})

tsDebug

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction tsDebug(io.army.criteria.Expression config,
 io.army.criteria.Expression document)

The MappingType of function returned fields type:

1. alias TextType
2. description TextType
3. token TextType
4. dictionaries TextArrayType.LINEAR
5. dictionary TextType
6. lexemes TextArrayType.LINEAR
7. ordinality (this is optional) LongType,see Functions._WithOrdinalityClause.withOrdinality()

See Also:

• ts_debug ( [ config regconfig, ] document text ) → setof record ( alias text, description text, token text, dictionaries regdictionary[], dictionary regdictionary, lexemes text[] )
  Extracts and normalizes tokens from the document according to the specified or default text search configuration, and returns information about how each token was processed.
  ts_debug('english', 'The Brightest supernovaes') → (asciiword,"Word, all ASCII",The,{english_stem},english_stem,{})

tsLexize

public static io.army.criteria.SimpleExpression tsLexize(io.army.criteria.Expression dict,
 io.army.criteria.Expression token)

The MappingType of function return type: TextArrayType.LINEAR.

See Also:

• ts_lexize ( dict regdictionary, token text ) → text[]

tsParse

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction tsParse(io.army.criteria.Expression parserName,
 io.army.criteria.Expression document)

The MappingType of function returned fields type:

1. tokid IntegerType
2. token TextType
3. ordinality (this is optional) LongType,see Functions._WithOrdinalityClause.withOrdinality()

See Also:

• ts_parse ( parser_name text, document text ) → setof record ( tokid integer, token text )
  Extracts tokens from the document using the named parser.
  ts_parse('default', 'foo - bar') → (1,foo)
  ts_parse ( parser_oid oid, document text ) → setof record ( tokid integer, token text )
  Extracts tokens from the document using a parser specified by OID.
  ts_parse(3722, 'foo - bar') → (1,foo)
  

tsTokenType

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction tsTokenType(io.army.criteria.Expression exp)

The MappingType of function returned fields type:

1. tokid IntegerType
2. alias TextType
3. description TextType
4. ordinality (this is optional) LongType,see Functions._WithOrdinalityClause.withOrdinality()

See Also:

• ts_token_type ( parser_name text ) → setof record ( tokid integer, alias text, description text )
  Returns a table that describes each type of token the named parser can recognize.
  ts_token_type('default') → (1,asciiword,"Word, all ASCII")
  ts_token_type ( parser_oid oid ) → setof record ( tokid integer, alias text, description text )
  Returns a table that describes each type of token a parser specified by OID can recognize.
  ts_token_type(3722) → (1,asciiword,"Word, all ASCII")
  

tsStat

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction tsStat(io.army.criteria.Expression sqlQuery)

The MappingType of function returned fields type:

1. word TextType
2. ndoc IntegerType
3. nentry IntegerType
4. ordinality (this is optional) LongType,see Functions._WithOrdinalityClause.withOrdinality()

See Also:

• tsStat(Expression, Expression)
• ts_stat ( sqlquery text [, weights text ] ) → setof record ( word text, ndoc integer, nentry integer )
  Executes the sqlquery, which must return a single tsvector column, and returns statistics about each distinct lexeme contained in the data.
  ts_stat('SELECT vector FROM apod') → (foo,10,15)
  

tsStat

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction tsStat(io.army.criteria.Expression sqlQuery,
 io.army.criteria.Expression weights)

The MappingType of function returned fields type:

1. word TextType
2. ndoc IntegerType
3. nentry IntegerType
4. ordinality (this is optional) LongType,see Functions._WithOrdinalityClause.withOrdinality()

See Also:

• tsStat(Expression)
• ts_stat ( sqlquery text [, weights text ] ) → setof record ( word text, ndoc integer, nentry integer )
  Executes the sqlquery, which must return a single tsvector column, and returns statistics about each distinct lexeme contained in the data.
  ts_stat('SELECT vector FROM apod') → (foo,10,15)
  

genRandomUuid

public static io.army.criteria.SimpleExpression genRandomUuid()

The MappingType of function return type: UUIDType

See Also:

• UUID Functions

nextVal

public static io.army.criteria.SimpleExpression nextVal(io.army.criteria.Expression exp)

The MappingType of function return type: LongType

See Also:

• nextval ( regclass ) → bigint

setVal

public static io.army.criteria.SimpleExpression setVal(io.army.criteria.Expression regClass,
 io.army.criteria.Expression value)

The MappingType of function return type: LongType

See Also:

• setVal(Expression, Expression, Expression)
• setval ( regclass, bigint [, boolean ] ) → bigint

setVal

public static io.army.criteria.SimpleExpression setVal(io.army.criteria.Expression regClass,
 io.army.criteria.Expression value,
 io.army.criteria.Expression isCalled)

The MappingType of function return type: LongType

Parameters:

isCalled - in most case SQLs.TRUE or SQLs.FALSE

See Also:

• setVal(Expression, Expression)
• setval ( regclass, bigint [, boolean ] ) → bigint

currVal

public static io.army.criteria.SimpleExpression currVal(io.army.criteria.Expression exp)

The MappingType of function return type: LongType

See Also:

• currval ( regclass ) → bigint

lastVal

public static io.army.criteria.SimpleExpression lastVal(io.army.criteria.Expression exp)

The MappingType of function return type: LongType

See Also:

• lastval ( regclass ) → bigint

coalesce

public static io.army.criteria.SimpleExpression coalesce(io.army.criteria.Expression firstValue,
 io.army.criteria.Expression... rest)

The MappingType of function return type: the MappingType of firstValue

Throws:

io.army.criteria.CriteriaException - throw when

• firstValue isn't operable Expression,eg:SQLs.DEFAULT
• firstValue is multi value Expression,eg: SQLSyntax.rowLiteral(TypeInfer, Collection)
• the element of rest isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• COALESCE(value [, ...])

coalesce

public static io.army.criteria.SimpleExpression coalesce(java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.Expression>> consumer)

The MappingType of function return type: the MappingType of fist argument

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• COALESCE(value [, ...])

greatest

public static io.army.criteria.SimpleExpression greatest(io.army.criteria.Expression firstValue,
 io.army.criteria.Expression... rest)

The MappingType of function return type: the MappingType of firstValue

Throws:

io.army.criteria.CriteriaException - throw when

• firstValue isn't operable Expression,eg:SQLs.DEFAULT
• firstValue is multi value Expression,eg: SQLSyntax.rowLiteral(TypeInfer, Collection)
• the element of rest isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• GREATEST(value [, ...])

greatest

public static io.army.criteria.SimpleExpression greatest(java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.Expression>> consumer)

The MappingType of function return type: the MappingType of fist argument

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• GREATEST(value [, ...])

least

public static io.army.criteria.SimpleExpression least(io.army.criteria.Expression firstValue,
 io.army.criteria.Expression... rest)

The MappingType of function return type: the MappingType of firstValue

Throws:

io.army.criteria.CriteriaException - throw when

• firstValue isn't operable Expression,eg:SQLs.DEFAULT
• firstValue is multi value Expression,eg: SQLSyntax.rowLiteral(TypeInfer, Collection)
• the element of rest isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• LEAST(value [, ...])

least

public static io.army.criteria.SimpleExpression least(java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.Expression>> consumer)

The MappingType of function return type: the MappingType of fist argument

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• LEAST(value [, ...])

arrayAppend

public static io.army.criteria.SimpleExpression arrayAppend(io.army.criteria.Expression anyCompatibleArray,
 io.army.criteria.Expression anyCompatible)

The MappingType of function return type: the MappingType of fist anyCompatibleArray

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• array_append ( anycompatiblearray, anycompatible ) → anycompatiblearray

arrayCat

public static io.army.criteria.SimpleExpression arrayCat(io.army.criteria.Expression anyCompatibleArray1,
 io.army.criteria.Expression anyCompatibleArray2)

The MappingType of function return type: the MappingType of fist anyCompatibleArray1

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• array_cat ( anycompatiblearray, anycompatiblearray ) → anycompatiblearray

arrayDims

public static io.army.criteria.SimpleExpression arrayDims(io.army.criteria.Expression anyArray)

The MappingType of function return type: TextType.INSTANCE

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• array_dims ( anyarray ) → text

arrayFill

public static <T> io.army.criteria.Expression arrayFill(io.army.criteria.Expression anyElement,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForDimension,
 T dimensions)

The MappingType of function return type: the array type of MappingType of anyElement.

Parameters:

funcRefForDimension - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForDimension always is IntegerArrayType.LINEAR.

dimensions - non-null,it will be passed to funcRefForDimension as the second argument of funcRefForDimension

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• array_fill ( anyelement, integer[] [, integer[] ] ) → anyarray

arrayFill

public static io.army.criteria.SimpleExpression arrayFill(io.army.criteria.Expression anyElement,
 io.army.criteria.Expression dimensions)

The MappingType of function return type: the array type of MappingType of anyElement.

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• array_fill ( anyelement, integer[] [, integer[] ] ) → anyarray

arrayFill

public static <T,
U> io.army.criteria.Expression arrayFill(io.army.criteria.Expression anyElement,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForDimension,
 T dimensions,
 java.util.function.BiFunction<io.army.mapping.MappingType,U,io.army.criteria.Expression> funcRefForBound,
 U bounds)

The MappingType of function return type: the array type of MappingType of anyElement.

Parameters:

funcRefForDimension - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForDimension always is IntegerArrayType.LINEAR.

dimensions - non-null,it will be passed to funcRefForDimension as the second argument of funcRefForDimension

funcRefForBound - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForBound always is IntegerArrayType.LINEAR.

bounds - non-null,it will be passed to funcRefForBound as the second argument of funcRefForBound

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• array_fill ( anyelement, integer[] [, integer[] ] ) → anyarray

arrayFill

public static io.army.criteria.SimpleExpression arrayFill(io.army.criteria.Expression anyElement,
 io.army.criteria.Expression dimensions,
 io.army.criteria.Expression bounds)

The MappingType of function return type: the array type of MappingType of anyElement.

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• array_fill ( anyelement, integer[] [, integer[] ] ) → anyarray

arrayLength

public static <T> io.army.criteria.Expression arrayLength(io.army.criteria.Expression anyArray,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T dimension)

The MappingType of function return type: IntegerType.INSTANCE

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is IntegerType.INSTANCE.

dimension - non-null,it will be passed to funcRef as the second argument of funcRef

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• arrayLength(Expression, Expression)
• array_length ( anyarray, integer ) → integer

arrayLength

public static io.army.criteria.SimpleExpression arrayLength(io.army.criteria.Expression anyArray,
 io.army.criteria.Expression dimension)

The MappingType of function return type: IntegerType.INSTANCE

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• array_length ( anyarray, integer ) → integer

arrayLower

public static io.army.criteria.SimpleExpression arrayLower(io.army.criteria.Expression anyArray,
 io.army.criteria.Expression dimension)

The MappingType of function return type: IntegerType.INSTANCE

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• arrayUpper(Expression, Expression)
• array_lower ( anyarray, integer ) → integer

arrayNDims

public static io.army.criteria.SimpleExpression arrayNDims(io.army.criteria.Expression anyArray)

The MappingType of function return type: IntegerType.INSTANCE

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• array_ndims ( anyarray ) → integer

arrayPosition

public static io.army.criteria.SimpleExpression arrayPosition(io.army.criteria.Expression anyCompatibleArray,
 io.army.criteria.Expression anyCompatible)

The MappingType of function return type: IntegerType.INSTANCE

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• arrayPosition(Expression, Expression, Expression)
• array_position ( anycompatiblearray, anycompatible [, integer ] ) → integer

arrayPosition

public static <T> io.army.criteria.Expression arrayPosition(io.army.criteria.Expression anyCompatibleArray,
 io.army.criteria.Expression anyCompatible,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T subscript)

The MappingType of function return type: IntegerType.INSTANCE

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• SQLSyntax.encodingParam(TypeInfer, Object),used when only this is instance of TableField and TableField.codec() is true
• SQLSyntax.encodingLiteral(TypeInfer, Object),used when only this is instance of TableField and TableField.codec() is true
• SQLSyntax.encodingNamedParam(TypeInfer, String) ,used when only this is instance of TableField and TableField.codec() is true and in INSERT( or batch update/delete ) syntax
• SQLSyntax.encodingNamedLiteral(TypeInfer, String) ,used when only this is instance of TableField and TableField.codec() is true and in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is IntegerType.INSTANCE.

subscript - non-null,it will be passed to funcRef as the second argument of funcRef

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• arrayPosition(Expression, Expression, Expression)
• array_position ( anycompatiblearray, anycompatible [, integer ] ) → integer

arrayPosition

public static io.army.criteria.SimpleExpression arrayPosition(io.army.criteria.Expression anyCompatibleArray,
 io.army.criteria.Expression anyCompatible,
 io.army.criteria.Expression subscript)

The MappingType of function return type: IntegerType.INSTANCE

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• array_position ( anycompatiblearray, anycompatible [, integer ] ) → integer

arrayPositions

public static io.army.criteria.SimpleExpression arrayPositions(io.army.criteria.Expression anyCompatibleArray,
 io.army.criteria.Expression anyCompatible)

The MappingType of function return type: IntegerArrayType.LINEAR

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• array_positions ( anycompatiblearray, anycompatible ) → integer[]

arrayPrepend

public static io.army.criteria.SimpleExpression arrayPrepend(io.army.criteria.Expression anyCompatible,
 io.army.criteria.Expression anyCompatibleArray)

The MappingType of function return type: the MappingType of anyCompatibleArray.

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• array_prepend ( anycompatible, anycompatiblearray ) → anycompatiblearray

arrayRemove

public static io.army.criteria.SimpleExpression arrayRemove(io.army.criteria.Expression anyCompatibleArray,
 io.army.criteria.Expression anyCompatible)

The MappingType of function return type: the MappingType of anyCompatibleArray.

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• array_remove ( anycompatiblearray, anycompatible ) → anycompatiblearray

arrayReplace

public static io.army.criteria.SimpleExpression arrayReplace(io.army.criteria.Expression anyCompatibleArray,
 io.army.criteria.Expression anyCompatible,
 io.army.criteria.Expression replacement)

The MappingType of function return type: the MappingType of anyCompatibleArray.

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• array_replace ( anycompatiblearray, anycompatible, anycompatible ) → anycompatiblearray

arrayToString

public static io.army.criteria.SimpleExpression arrayToString(io.army.criteria.Expression array,
 io.army.criteria.Expression delimiter,
 io.army.criteria.Expression nullString)

The MappingType of function return type: TextType.INSTANCE.

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• array_to_string ( array anyarray, delimiter text [, null_string text ] ) → text

arrayUpper

public static io.army.criteria.SimpleExpression arrayUpper(io.army.criteria.Expression anyArray,
 io.army.criteria.Expression dimension)

The MappingType of function return type: IntegerType.INSTANCE.

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• arrayLower(Expression, Expression)
• array_upper ( anyarray, integer ) → integer

cardinality

public static io.army.criteria.SimpleExpression cardinality(io.army.criteria.Expression anyArray)

The MappingType of function return type: IntegerType.INSTANCE.

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• arrayLower(Expression, Expression)
• cardinality ( anyarray ) → integer

trimArray

public static io.army.criteria.SimpleExpression trimArray(io.army.criteria.Expression array,
 io.army.criteria.Expression n)

The MappingType of function return type: the MappingType of array.

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• arrayLower(Expression, Expression)
• trim_array ( array anyarray, n integer ) → anyarray

unnest

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction unnest(io.army.criteria.Expression exp)

The MappingType of function returned fields type:

1. lexeme TextType
2. positions ShortArrayType with one dimension
3. weights TextType
4. ordinality (this is optional) LongType,see Functions._WithOrdinalityClause.withOrdinality()

          select * from unnest('cat:3 fat:2,4 rat:5A'::tsvector) →

          lexeme | positions | weights
          --------+-----------+---------
          cat    | {3}       | {D}
          fat    | {2,4}     | {D,D}
          rat    | {5}       | {A}
   

If exp is array,then the MappingType of function returned is the MappingType of the element.

 unnest ( anyarray ) → setof anyelement

 Expands an array into a set of rows. The array's elements are read out in storage order.

 unnest(ARRAY[1,2]) →

  1
  2
 unnest(ARRAY[['foo','bar'],['baz','quux']]) →

  foo
  bar
  baz
  quux
     

See Also:

• unnest ( tsvector ) → setof record ( lexeme text, positions smallint[], weights text )
  Expands a tsvector into a set of rows, one per lexeme
• unnest ( anyarray ) → setof anyelement
  Expands an array into a set of rows. The array's elements are read out in storage order.
• unnest ( anymultirange ) → setof anyrange
  Expands a multirange into a set of ranges. The ranges are read out in storage order (ascending).
  unnest('{[1,2), [3,4)}'::int4multirange) → [1,2) [3,4)

unnest

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction unnest(io.army.criteria.ArrayExpression exp)

If exp is array,then the MappingType of function returned is the MappingType of the element.

 unnest ( anyarray ) → setof anyelement

 Expands an array into a set of rows. The array's elements are read out in storage order.

 unnest(ARRAY[1,2]) →

  1
  2
 unnest(ARRAY[['foo','bar'],['baz','quux']]) →

  foo
  bar
  baz
  quux
     

See Also:

• unnest ( anyarray ) → setof anyelement
  Expands an array into a set of rows. The array's elements are read out in storage order.

unnest

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction unnest(io.army.criteria.ArrayExpression array1,
 io.army.criteria.ArrayExpression array2)

If exp is array,then the MappingType of function returned is the MappingType of the element.

 select * from unnest(ARRAY[1,2], ARRAY['foo','bar','baz']) as x(a,b) →

  a |  b
 ---+-----
  1 | foo
  2 | bar
    | baz

     

See Also:

• unnest ( anyarray, anyarray [, ... ] ) → setof anyelement, anyelement [, ... ]
  Expands multiple arrays (possibly of different data types) into a set of rows. If the arrays are not all the same length then the shorter ones are padded with NULLs. This form is only allowed in a query's FROM clause;

unnest

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction unnest(io.army.criteria.ArrayExpression array1,
 io.army.criteria.ArrayExpression array2,
 io.army.criteria.ArrayExpression array3,
 io.army.criteria.ArrayExpression... restArray)

If exp is array,then the MappingType of function returned is the MappingType of the element.

 select * from unnest(ARRAY[1,2], ARRAY['foo','bar','baz']) as x(a,b) →

  a |  b
 ---+-----
  1 | foo
  2 | bar
    | baz

     

See Also:

• unnest ( anyarray, anyarray [, ... ] ) → setof anyelement, anyelement [, ... ]
  Expands multiple arrays (possibly of different data types) into a set of rows. If the arrays are not all the same length then the shorter ones are padded with NULLs. This form is only allowed in a query's FROM clause;

unnest

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction unnest(java.util.function.Consumer<java.util.function.Consumer<io.army.criteria.ArrayExpression>> consumer)

If exp is array,then the MappingType of function returned is the MappingType of the element.

 select * from unnest(ARRAY[1,2], ARRAY['foo','bar','baz']) as x(a,b) →

  a |  b
 ---+-----
  1 | foo
  2 | bar
    | baz

     

See Also:

• unnest ( anyarray, anyarray [, ... ] ) → setof anyelement, anyelement [, ... ]
  Expands multiple arrays (possibly of different data types) into a set of rows. If the arrays are not all the same length then the shorter ones are padded with NULLs. This form is only allowed in a query's FROM clause;

isEmpty

public static io.army.criteria.SimplePredicate isEmpty(io.army.criteria.Expression exp)

The MappingType of function return type: BooleanType.INSTANCE.

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• isempty ( anyrange ) → boolean
  Is the range empty?
  isempty(numrange(1.1,2.2)) → f

lowerInc

public static io.army.criteria.SimplePredicate lowerInc(io.army.criteria.Expression exp)

The MappingType of function return type: BooleanType.INSTANCE.

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• lower_inc ( anyrange ) → boolean
  Is the range's lower bound inclusive?
  lower_inc(numrange(1.1,2.2)) → t

upperInc

public static io.army.criteria.SimplePredicate upperInc(io.army.criteria.Expression exp)

The MappingType of function return type: BooleanType.INSTANCE.

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• upper_inc ( anyrange ) → boolean
  Is the range's upper bound inclusive?
  upper_inc(numrange(1.1,2.2)) → t

lowerInf

public static io.army.criteria.SimplePredicate lowerInf(io.army.criteria.Expression exp)

The MappingType of function return type: BooleanType.INSTANCE.

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• lower_inf ( anyrange ) → boolean
  Is the range's lower bound infinite?
  lower_inf(numrange(1.1,2.2)) → t

upperInf

public static io.army.criteria.SimplePredicate upperInf(io.army.criteria.Expression exp)

The MappingType of function return type: BooleanType.INSTANCE.

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• upper_inf ( anyrange ) → boolean
  Is the range's upper bound infinite?
  upper_inf(numrange(1.1,2.2)) → t

rangeMerge

public static io.army.criteria.SimpleExpression rangeMerge(io.army.criteria.Expression range1,
 io.army.criteria.Expression range2)

The MappingType of function return type: the MappingType of range1.

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• range_merge ( anyrange, anyrange ) → anyrange
  Computes the smallest range that includes both of the given ranges.
  range_merge('[1,2)'::int4range, '[3,4)'::int4range) → [1,4)

multiRange

public static io.army.criteria.SimpleExpression multiRange(io.army.criteria.Expression anyRange)

The MappingType of function return type:

• If anyRange is PostgreRangeType.SingleRangeType ,then the multi range of the MappingType of anyRange.
• Else TextType.INSTANCE

Throws:

io.army.criteria.CriteriaException - throw when

• the element of consumer isn't operable Expression,eg:SQLs.DEFAULT

See Also:

• multirange ( anyrange ) → anymultirange
  Returns a multirange containing just the given range.
  multirange('[1,2)'::int4range) → {[1,2)}

generateSeries

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction generateSeries(io.army.criteria.Expression start,
 io.army.criteria.Expression stop)

The MappingType of function return type: the MappingType of start

See Also:

• Set Returning Functions
  

generateSeries

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction generateSeries(io.army.criteria.Expression start,
 io.army.criteria.Expression stop,
 io.army.criteria.Expression step)

The MappingType of function return type: the MappingType of start

See Also:

• Set Returning Functions
  

generateSubscripts

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction generateSubscripts(io.army.criteria.Expression array,
 io.army.criteria.Expression dim)

The MappingType of function return type: IntegerType.INSTANCE rt

See Also:

• Subscript Generating Functions
  

generateSubscripts

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction generateSubscripts(io.army.criteria.Expression array,
 io.army.criteria.Expression dim,
 io.army.criteria.Expression reverse)

The MappingType of function return type: IntegerType.INSTANCE

Parameters:

reverse - in mose case SQLs.TRUE or SQLs.FALSE

See Also:

• Subscript Generating Functions
  

currentDatabase

public static io.army.criteria.SimpleExpression currentDatabase()

The MappingType of function return type: TextType.INSTANCE

See Also:

• current_database () → name
  

currentQuery

public static io.army.criteria.SimpleExpression currentQuery()

The MappingType of function return type: TextType.INSTANCE

See Also:

• current_query () → text
  

currentSchema

public static io.army.criteria.SimpleExpression currentSchema()

The MappingType of function return type: TextType.INSTANCE

See Also:

• currentSchema () → name
  

currentSchema

public static io.army.criteria.SimpleExpression currentSchema(io.army.criteria.Expression includeImplicit)

The MappingType of function return type: TextArrayType.LINEAR

Parameters:

includeImplicit - in mose case SQLs.TRUE or SQLs.FALSE

See Also:

• current_schemas ( include_implicit boolean ) → name[]
  

inetClientAddr

public static io.army.criteria.SimpleExpression inetClientAddr()

The MappingType of function return type: PostgreInetType.INSTANCE

See Also:

• inet_client_addr () → inet
  

inetClientPort

public static io.army.criteria.SimpleExpression inetClientPort()

The MappingType of function return type: IntegerType.INSTANCE

See Also:

• inet_client_port () → integer
  

inetServerAddr

public static io.army.criteria.SimpleExpression inetServerAddr()

The MappingType of function return type: PostgreInetType.INSTANCE

See Also:

• inet_server_addr () → inet
  

inetServerPort

public static io.army.criteria.SimpleExpression inetServerPort()

The MappingType of function return type: IntegerType.INSTANCE

See Also:

• inet_server_port () → integer
  

pgBackendPid

public static io.army.criteria.SimpleExpression pgBackendPid()

The MappingType of function return type: IntegerType.INSTANCE

See Also:

• pg_backend_pid () → integer
  

pgBlockingPids

public static io.army.criteria.SimpleExpression pgBlockingPids(io.army.criteria.Expression exp)

The MappingType of function return type: IntegerArrayType.PRIMITIVE_LINEAR

See Also:

• pg_blocking_pids ( integer ) → integer[]
  

pgConfLoadTime

public static io.army.criteria.SimpleExpression pgConfLoadTime()

The MappingType of function return type: OffsetDateTimeType.INSTANCE

See Also:

• pg_conf_load_time () → timestamp with time zone
  

pgCurrentLogFile

public static io.army.criteria.SimpleExpression pgCurrentLogFile()

The MappingType of function return type: TextType.INSTANCE

See Also:

• pg_current_logfile ( [ text ] ) → text
  

pgCurrentLogFile

public static io.army.criteria.SimpleExpression pgCurrentLogFile(io.army.criteria.Expression exp)

The MappingType of function return type: TextType.INSTANCE

See Also:

• pg_current_logfile ( [ text ] ) → text
  

pgMyTempSchema

public static io.army.criteria.SimpleExpression pgMyTempSchema()

The MappingType of function return type: LongType.INSTANCE

See Also:

• pg_my_temp_schema () → oid
  

pgIsOtherTempSchema

public static io.army.criteria.SimplePredicate pgIsOtherTempSchema(io.army.criteria.Expression exp)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• pg_is_other_temp_schema ( oid ) → boolean
  

pgJitAvailable

public static io.army.criteria.SimplePredicate pgJitAvailable()

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• pg_jit_available () → boolean
  

pgListeningChannels

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction pgListeningChannels()

The MappingType of function return type: TextType.INSTANCE

See Also:

• pg_listening_channels () → setof text
  

pgNotificationQueueUsage

public static io.army.criteria.SimpleExpression pgNotificationQueueUsage()

The MappingType of function return type: DoubleType.INSTANCE

See Also:

• pg_notification_queue_usage () → double precision
  

pgPostMasterStartTime

public static io.army.criteria.SimpleExpression pgPostMasterStartTime()

The MappingType of function return type: OffsetDateTimeType.INSTANCE

See Also:

• pg_postmaster_start_time () → timestamp with time zone
  

pgSafeSnapshotBlockingPids

public static io.army.criteria.SimpleExpression pgSafeSnapshotBlockingPids(io.army.criteria.Expression exp)

The MappingType of function return type: IntegerArrayType.PRIMITIVE_LINEAR

See Also:

• pg_safe_snapshot_blocking_pids ( integer ) → integer[]
  

pgTriggerDepth

public static io.army.criteria.SimpleExpression pgTriggerDepth()

The MappingType of function return type: IntegerType.INSTANCE

See Also:

• pg_trigger_depth () → integer
  

version

public static io.army.criteria.SimpleExpression version()

The MappingType of function return type: TextType.INSTANCE

See Also:

• version () → text
  

hasAnyColumnPrivilege

public static io.army.criteria.SimplePredicate hasAnyColumnPrivilege(io.army.criteria.Expression table,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_any_column_privilege ( [ user name or oid, ] table text or oid, privilege text ) → boolean
  

hasAnyColumnPrivilege

public static io.army.criteria.SimplePredicate hasAnyColumnPrivilege(io.army.criteria.Expression user,
 io.army.criteria.Expression table,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_any_column_privilege ( [ user name or oid, ] table text or oid, privilege text ) → boolean
  

hasColumnPrivilege

public static io.army.criteria.SimplePredicate hasColumnPrivilege(io.army.criteria.Expression table,
 io.army.criteria.Expression column,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_column_privilege ( [ user name or oid, ] table text or oid, column text or smallint, privilege text ) → boolean
  

hasColumnPrivilege

public static io.army.criteria.SimplePredicate hasColumnPrivilege(io.army.criteria.Expression user,
 io.army.criteria.Expression table,
 io.army.criteria.Expression column,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_column_privilege ( [ user name or oid, ] table text or oid, column text or smallint, privilege text ) → boolean
  

hasDatabasePrivilege

public static io.army.criteria.SimplePredicate hasDatabasePrivilege(io.army.criteria.Expression database,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_database_privilege ( [ user name or oid, ] database text or oid, privilege text ) → boolean
  

hasDatabasePrivilege

public static io.army.criteria.SimplePredicate hasDatabasePrivilege(io.army.criteria.Expression user,
 io.army.criteria.Expression database,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_database_privilege ( [ user name or oid, ] database text or oid, privilege text ) → boolean
  

hasForeignDataWrapperPrivilege

public static io.army.criteria.SimplePredicate hasForeignDataWrapperPrivilege(io.army.criteria.Expression fdw,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_foreign_data_wrapper_privilege ( [ user name or oid, ] fdw text or oid, privilege text ) → boolean
  

hasForeignDataWrapperPrivilege

public static io.army.criteria.SimplePredicate hasForeignDataWrapperPrivilege(io.army.criteria.Expression user,
 io.army.criteria.Expression fdw,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_foreign_data_wrapper_privilege ( [ user name or oid, ] fdw text or oid, privilege text ) → boolean
  

hasFunctionPrivilege

public static io.army.criteria.SimplePredicate hasFunctionPrivilege(io.army.criteria.Expression function,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_function_privilege ( [ user name or oid, ] function text or oid, privilege text ) → boolean
  

hasFunctionPrivilege

public static io.army.criteria.SimplePredicate hasFunctionPrivilege(io.army.criteria.Expression user,
 io.army.criteria.Expression function,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_function_privilege ( [ user name or oid, ] function text or oid, privilege text ) → boolean
  

hasLanguagePrivilege

public static io.army.criteria.SimplePredicate hasLanguagePrivilege(io.army.criteria.Expression language,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_language_privilege ( [ user name or oid, ] language text or oid, privilege text ) → boolean
  

hasLanguagePrivilege

public static io.army.criteria.SimplePredicate hasLanguagePrivilege(io.army.criteria.Expression user,
 io.army.criteria.Expression language,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_language_privilege ( [ user name or oid, ] language text or oid, privilege text ) → boolean
  

hasParameterPrivilege

public static io.army.criteria.SimplePredicate hasParameterPrivilege(io.army.criteria.Expression parameter,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_parameter_privilege ( [ user name or oid, ] parameter text, privilege text ) → boolean
  

hasParameterPrivilege

public static io.army.criteria.SimplePredicate hasParameterPrivilege(io.army.criteria.Expression user,
 io.army.criteria.Expression parameter,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_parameter_privilege ( [ user name or oid, ] parameter text, privilege text ) → boolean
  

hasSchemaPrivilege

public static io.army.criteria.SimplePredicate hasSchemaPrivilege(io.army.criteria.Expression schema,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_schema_privilege ( [ user name or oid, ] schema text or oid, privilege text ) → boolean
  

hasSchemaPrivilege

public static io.army.criteria.SimplePredicate hasSchemaPrivilege(io.army.criteria.Expression user,
 io.army.criteria.Expression schema,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_schema_privilege ( [ user name or oid, ] schema text or oid, privilege text ) → boolean
  

hasSequencePrivilege

public static io.army.criteria.SimplePredicate hasSequencePrivilege(io.army.criteria.Expression sequence,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_sequence_privilege ( [ user name or oid, ] sequence text or oid, privilege text ) → boolean
  

hasSequencePrivilege

public static io.army.criteria.SimplePredicate hasSequencePrivilege(io.army.criteria.Expression user,
 io.army.criteria.Expression sequence,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_sequence_privilege ( [ user name or oid, ] sequence text or oid, privilege text ) → boolean
  

hasServerPrivilege

public static io.army.criteria.SimplePredicate hasServerPrivilege(io.army.criteria.Expression server,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_server_privilege ( [ user name or oid, ] server text or oid, privilege text ) → boolean
  

hasServerPrivilege

public static io.army.criteria.SimplePredicate hasServerPrivilege(io.army.criteria.Expression user,
 io.army.criteria.Expression server,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_server_privilege ( [ user name or oid, ] server text or oid, privilege text ) → boolean
  

hasTablePrivilege

public static io.army.criteria.SimplePredicate hasTablePrivilege(io.army.criteria.Expression table,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_table_privilege ( [ user name or oid, ] table text or oid, privilege text ) → boolean
  

hasTablePrivilege

public static io.army.criteria.SimplePredicate hasTablePrivilege(io.army.criteria.Expression user,
 io.army.criteria.Expression table,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_table_privilege ( [ user name or oid, ] table text or oid, privilege text ) → boolean
  

hasTablespacePrivilege

public static io.army.criteria.SimplePredicate hasTablespacePrivilege(io.army.criteria.Expression tablespace,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_tablespace_privilege ( [ user name or oid, ] tablespace text or oid, privilege text ) → boolean
  

hasTablespacePrivilege

public static io.army.criteria.SimplePredicate hasTablespacePrivilege(io.army.criteria.Expression user,
 io.army.criteria.Expression tablespace,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_tablespace_privilege ( [ user name or oid, ] tablespace text or oid, privilege text ) → boolean
  

hasTypePrivilege

public static io.army.criteria.SimplePredicate hasTypePrivilege(io.army.criteria.Expression type,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_type_privilege ( [ user name or oid, ] type text or oid, privilege text ) → boolean
  

hasTypePrivilege

public static io.army.criteria.SimplePredicate hasTypePrivilege(io.army.criteria.Expression user,
 io.army.criteria.Expression type,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• has_type_privilege ( [ user name or oid, ] type text or oid, privilege text ) → boolean
  

pgHasRole

public static io.army.criteria.SimplePredicate pgHasRole(io.army.criteria.Expression role,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• pg_has_role ( [ user name or oid, ] role text or oid, privilege text ) → boolean
  

pgHasRole

public static io.army.criteria.SimplePredicate pgHasRole(io.army.criteria.Expression user,
 io.army.criteria.Expression role,
 io.army.criteria.Expression privilege)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• pg_has_role ( [ user name or oid, ] role text or oid, privilege text ) → boolean
  

rowSecurityActive

public static io.army.criteria.SimplePredicate rowSecurityActive(io.army.criteria.Expression table)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• row_security_active ( table text or oid ) → boolean
  

aclDefault

public static io.army.criteria.SimpleExpression aclDefault(io.army.criteria.Expression type,
 io.army.criteria.Expression ownerId)

The MappingType of function return type: PostgreAclItemArrayType.LINEAR

See Also:

• acldefault ( type "char", ownerId oid ) → aclitem[]
  

aclExplode

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction aclExplode(io.army.criteria.Expression exp)

The MappingType of function return type:

• grantor : LongType.INSTANCE
• grantee : LongType.INSTANCE
• privilege_type : TextType.INSTANCE
• is_grantable : BooleanType.INSTANCE

See Also:

• aclexplode ( aclitem[] ) → setof record ( grantor oid, grantee oid, privilege_type text, is_grantable boolean )
  

makeAclItem

public static io.army.criteria.SimpleExpression makeAclItem(io.army.criteria.Expression grantee,
 io.army.criteria.Expression grantor,
 io.army.criteria.Expression privileges,
 io.army.criteria.Expression isGrantable)

The MappingType of function return type: PostgreAclItemType.TEXT

Parameters:

isGrantable - in most case SQLs.TRUE or SQLs.FALSE

See Also:

• makeaclitem ( grantee oid, grantor oid, privileges text, is_grantable boolean ) → aclitem
  

pgCollationIsVisible

public static io.army.criteria.SimplePredicate pgCollationIsVisible(io.army.criteria.Expression collation)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• pg_collation_is_visible ( collation oid ) → boolean
  

pgConversionIsVisible

public static io.army.criteria.SimplePredicate pgConversionIsVisible(io.army.criteria.Expression conversion)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• pg_conversion_is_visible ( conversion oid ) → boolean
  

pgFunctionIsVisible

public static io.army.criteria.SimplePredicate pgFunctionIsVisible(io.army.criteria.Expression function)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• pg_function_is_visible ( function oid ) → boolean
  

pgOpClassIsVisible

public static io.army.criteria.SimplePredicate pgOpClassIsVisible(io.army.criteria.Expression opclass)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• pg_opclass_is_visible ( opclass oid ) → boolean
  

pgOperatorIsVisible

public static io.army.criteria.SimplePredicate pgOperatorIsVisible(io.army.criteria.Expression operator)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• pg_operator_is_visible ( operator oid ) → boolean
  

pgOpFamilyIsVisible

public static io.army.criteria.SimplePredicate pgOpFamilyIsVisible(io.army.criteria.Expression opClass)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• pg_opfamily_is_visible ( opclass oid ) → boolean
  

pgStatisticsObjIsVisible

public static io.army.criteria.SimplePredicate pgStatisticsObjIsVisible(io.army.criteria.Expression stat)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• pg_statistics_obj_is_visible ( stat oid ) → boolean
  

pgTableIsVisible

public static io.army.criteria.SimplePredicate pgTableIsVisible(io.army.criteria.Expression table)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• pg_table_is_visible ( table oid ) → boolean
  

pgTsConfigIsVisible

public static io.army.criteria.SimplePredicate pgTsConfigIsVisible(io.army.criteria.Expression config)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• pg_ts_config_is_visible ( config oid ) → boolean
  

pgTsDictIsVisible

public static io.army.criteria.SimplePredicate pgTsDictIsVisible(io.army.criteria.Expression dict)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• pg_ts_dict_is_visible ( dict oid ) → boolean
  

pgTsParserIsVisible

public static io.army.criteria.SimplePredicate pgTsParserIsVisible(io.army.criteria.Expression parser)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• pg_ts_parser_is_visible ( parser oid ) → boolean
  

pgTsTemplateIsVisible

public static io.army.criteria.SimplePredicate pgTsTemplateIsVisible(io.army.criteria.Expression template)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• pg_ts_template_is_visible ( template oid ) → boolean
  

pgTypeIsVisible

public static io.army.criteria.SimplePredicate pgTypeIsVisible(io.army.criteria.Expression type)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• pg_type_is_visible ( type oid ) → boolean
  

formatType

public static io.army.criteria.SimpleExpression formatType(io.army.criteria.Expression type,
 io.army.criteria.Expression typeMode)

The MappingType of function return type: TextType.INSTANCE

See Also:

• format_type ( type oid, typemod integer ) → text
  

pgCharToEncoding

public static io.army.criteria.SimpleExpression pgCharToEncoding(io.army.criteria.Expression encoding)

The MappingType of function return type: IntegerType.INSTANCE

See Also:

• pg_char_to_encoding ( encoding name ) → integer
  

pgEncodingToChar

public static io.army.criteria.SimpleExpression pgEncodingToChar(io.army.criteria.Expression encoding)

The MappingType of function return type: TextType.INSTANCE

See Also:

• pg_encoding_to_char ( encoding integer ) → name
  

pgGetCatalogForeignKeys

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction pgGetCatalogForeignKeys()

The MappingType of function return type:

• fktable : TextType.INSTANCE
• fkcols : TextArrayType.LINEAR
• pktable : TextType.INSTANCE
• pkcols : TextArrayType.LINEAR
• is_array : BooleanType.INSTANCE
• is_opt : BooleanType.INSTANCE
• ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause

See Also:

• pg_get_catalog_foreign_keys () → setof record ( fktable regclass, fkcols text[], pktable regclass, pkcols text[], is_array boolean, is_opt boolean )
  

pgGetConstraintDef

public static io.army.criteria.SimpleExpression pgGetConstraintDef(io.army.criteria.Expression constraint)

The MappingType of function return type: TextType.INSTANCE

See Also:

• pg_get_constraintdef ( constraint oid [, pretty boolean ] ) → text
  

pgGetConstraintDef

public static io.army.criteria.SimpleExpression pgGetConstraintDef(io.army.criteria.Expression constraint,
 io.army.criteria.Expression pretty)

The MappingType of function return type: TextType.INSTANCE

Parameters:

pretty - in most case SQLs.TRUE or SQLs.FALSE

See Also:

• pg_get_constraintdef ( constraint oid [, pretty boolean ] ) → text
  

pgGetExpr

public static io.army.criteria.SimpleExpression pgGetExpr(io.army.criteria.Expression expr,
 io.army.criteria.Expression relation,
 io.army.criteria.Expression pretty)

The MappingType of function return type: TextType.INSTANCE

Parameters:

pretty - in most case SQLs.TRUE or SQLs.FALSE

See Also:

• pg_get_expr ( expr pg_node_tree, relation oid [, pretty boolean ] ) → text
  

pgGetFunctionDef

public static io.army.criteria.SimpleExpression pgGetFunctionDef(io.army.criteria.Expression func)

The MappingType of function return type: TextType.INSTANCE

See Also:

• pg_get_functiondef ( func oid ) → text
  

pgGetFunctionArguments

public static io.army.criteria.SimpleExpression pgGetFunctionArguments(io.army.criteria.Expression func)

The MappingType of function return type: TextType.INSTANCE

See Also:

• pg_get_function_arguments ( func oid ) → text
  

pgGetFunctionIdentityArguments

public static io.army.criteria.SimpleExpression pgGetFunctionIdentityArguments(io.army.criteria.Expression func)

The MappingType of function return type: TextType.INSTANCE

See Also:

• pg_get_function_identity_arguments ( func oid ) → text
  

pgGetFunctionResult

public static io.army.criteria.SimpleExpression pgGetFunctionResult(io.army.criteria.Expression func)

The MappingType of function return type: TextType.INSTANCE

See Also:

• pg_get_function_result ( func oid ) → text
  

pgGetIndexDef

public static io.army.criteria.SimpleExpression pgGetIndexDef(io.army.criteria.Expression func)

The MappingType of function return type: TextType.INSTANCE

See Also:

• pg_get_indexdef ( index oid [, column integer, pretty boolean ] ) → text
  

pgGetIndexDef

public static io.army.criteria.SimpleExpression pgGetIndexDef(io.army.criteria.Expression func,
 io.army.criteria.Expression column,
 io.army.criteria.Expression pretty)

The MappingType of function return type: TextType.INSTANCE

Parameters:

pretty - in most case SQLs.TRUE or SQLs.FALSE

See Also:

• pg_get_indexdef ( index oid [, column integer, pretty boolean ] ) → text
  

pgGetKeywords

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction pgGetKeywords()

The MappingType of function return type:

• word : TextType.INSTANCE
• catcode : CharacterType.INSTANCE
• barelabel : BooleanType.INSTANCE
• catdesc : TextType.INSTANCE
• baredesc : TextType.INSTANCE
• ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause

See Also:

• pg_get_keywords () → setof record ( word text, catcode "char", barelabel boolean, catdesc text, baredesc text )
  

pgGetRuleDef

public static io.army.criteria.SimpleExpression pgGetRuleDef(io.army.criteria.Expression rule)

The MappingType of function return type: TextType.INSTANCE

See Also:

• pg_get_ruledef ( rule oid [, pretty boolean ] ) → text
  

pgGetRuleDef

public static io.army.criteria.SimpleExpression pgGetRuleDef(io.army.criteria.Expression rule,
 io.army.criteria.Expression pretty)

The MappingType of function return type: TextType.INSTANCE

Parameters:

pretty - in most case SQLs.TRUE or SQLs.FALSE

See Also:

• pg_get_ruledef ( rule oid [, pretty boolean ] ) → text
  

pgGetSerialSequence

public static io.army.criteria.SimpleExpression pgGetSerialSequence(io.army.criteria.Expression table,
 io.army.criteria.Expression column)

The MappingType of function return type: TextType.INSTANCE

See Also:

• pg_get_serial_sequence ( table text, column text ) → text
  

pgGetStatisticsObjDef

public static io.army.criteria.SimpleExpression pgGetStatisticsObjDef(io.army.criteria.Expression statObj)

The MappingType of function return type: TextType.INSTANCE

See Also:

• pg_get_statisticsobjdef ( statobj oid ) → text
  

pgGetTriggerDef

public static io.army.criteria.SimpleExpression pgGetTriggerDef(io.army.criteria.Expression trigger)

The MappingType of function return type: TextType.INSTANCE

See Also:

• pg_get_triggerdef ( trigger oid [, pretty boolean ] ) → text
  

pgGetTriggerDef

public static io.army.criteria.SimpleExpression pgGetTriggerDef(io.army.criteria.Expression trigger,
 io.army.criteria.Expression pretty)

The MappingType of function return type: TextType.INSTANCE

Parameters:

pretty - in most case SQLs.TRUE or SQLs.FALSE

See Also:

• pg_get_triggerdef ( trigger oid [, pretty boolean ] ) → text
  

pgGetUserById

public static io.army.criteria.SimpleExpression pgGetUserById(io.army.criteria.Expression role)

The MappingType of function return type: TextType.INSTANCE

See Also:

• pg_get_userbyid ( role oid ) → name
  

pgGetViewDef

public static io.army.criteria.SimpleExpression pgGetViewDef(io.army.criteria.Expression view)

The MappingType of function return type: TextType.INSTANCE

See Also:

• pg_get_viewdef ( view oid [, pretty boolean ] ) → text
  pg_get_viewdef ( view oid, wrap_column integer ) → text
  pg_get_viewdef ( view text [, pretty boolean ] ) → text
  

pgGetViewDef

public static io.army.criteria.SimpleExpression pgGetViewDef(io.army.criteria.Expression view,
 io.army.criteria.Expression exp)

The MappingType of function return type: TextType.INSTANCE

See Also:

• pg_get_viewdef ( view oid [, pretty boolean ] ) → text
  pg_get_viewdef ( view oid, wrap_column integer ) → text
  pg_get_viewdef ( view text [, pretty boolean ] ) → text
  

pgIndexColumnHasProperty

public static io.army.criteria.SimplePredicate pgIndexColumnHasProperty(io.army.criteria.Expression index,
 io.army.criteria.Expression column,
 io.army.criteria.Expression property)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• pg_index_column_has_property ( index regclass, column integer, property text ) → boolean
  

pgIndexHasProperty

public static io.army.criteria.SimplePredicate pgIndexHasProperty(io.army.criteria.Expression index,
 io.army.criteria.Expression property)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• pg_index_has_property ( index regclass, property text ) → boolean
  

pgIndexAmHasProperty

public static io.army.criteria.SimplePredicate pgIndexAmHasProperty(io.army.criteria.Expression am,
 io.army.criteria.Expression property)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• pg_indexam_has_property ( am oid, property text ) → boolean
  

pgOptionsToTable

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction pgOptionsToTable(io.army.criteria.Expression optionsArray)

The MappingType of function return type:

• option_name : TextType.INSTANCE
• option_value : TextType.INSTANCE
• ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause

See Also:

• pg_options_to_table ( options_array text[] ) → setof record ( option_name text, option_value text )
  

pgSettingsGetFlags

public static io.army.criteria.SimpleExpression pgSettingsGetFlags(io.army.criteria.Expression guc)

The MappingType of function return type: TextArrayType.LINEAR

See Also:

• pg_settings_get_flags ( guc text ) → text[]
  

pgTablespaceDatabases

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction pgTablespaceDatabases(io.army.criteria.Expression tablespace)

The MappingType of function return type:

• "Anonymous field" ( you must use as clause definite filed name) : LongType.INSTANCE
• ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause

See Also:

• pg_tablespace_databases ( tablespace oid ) → setof oid
  

pgTablespaceLocation

public static io.army.criteria.SimpleExpression pgTablespaceLocation(io.army.criteria.Expression tablespace)

The MappingType of function return type: TextType.INSTANCE

See Also:

• pg_tablespace_location ( tablespace oid ) → text
  

pgTypeOf

public static io.army.criteria.SimpleExpression pgTypeOf(io.army.criteria.Expression any)

The MappingType of function return type: TextType.INSTANCE

See Also:

• pg_typeof ( "any" ) → regtype
  

collationSpaceFor

public static io.army.criteria.SimpleExpression collationSpaceFor(io.army.criteria.Expression any)

The MappingType of function return type: TextType.INSTANCE

See Also:

• COLLATION FOR ( "any" ) → text
  

toRegClass

public static io.army.criteria.SimpleExpression toRegClass(io.army.criteria.Expression exp)

The MappingType of function return type: TextType.INSTANCE

See Also:

• to_regclass ( text ) → regclass
  

toRegCollation

public static io.army.criteria.SimpleExpression toRegCollation(io.army.criteria.Expression exp)

The MappingType of function return type: TextType.INSTANCE

See Also:

• to_regcollation ( text ) → regcollation
  

toRegNamespace

public static io.army.criteria.SimpleExpression toRegNamespace(io.army.criteria.Expression exp)

The MappingType of function return type: TextType.INSTANCE

See Also:

• to_regnamespace ( text ) → regnamespace
  

toRegOper

public static io.army.criteria.SimpleExpression toRegOper(io.army.criteria.Expression exp)

The MappingType of function return type: TextType.INSTANCE

See Also:

• o_regoper ( text ) → regoper
  

toRegOperator

public static io.army.criteria.SimpleExpression toRegOperator(io.army.criteria.Expression exp)

The MappingType of function return type: TextType.INSTANCE

See Also:

• to_regoperator ( text ) → regoperator
  

toRegProc

public static io.army.criteria.SimpleExpression toRegProc(io.army.criteria.Expression exp)

The MappingType of function return type: TextType.INSTANCE

See Also:

• to_regproc ( text ) → regproc
  

toRegProcedure

public static io.army.criteria.SimpleExpression toRegProcedure(io.army.criteria.Expression exp)

The MappingType of function return type: TextType.INSTANCE

See Also:

• to_regprocedure ( text ) → regprocedure
  

toRegRole

public static io.army.criteria.SimpleExpression toRegRole(io.army.criteria.Expression exp)

The MappingType of function return type: TextType.INSTANCE

See Also:

• to_regrole ( text ) → regrole
  

toRegType

public static io.army.criteria.SimpleExpression toRegType(io.army.criteria.Expression exp)

The MappingType of function return type: TextType.INSTANCE

See Also:

• to_regtype ( text ) → regtype
  

pgDescribeObject

public static io.army.criteria.SimpleExpression pgDescribeObject(io.army.criteria.Expression classId,
 io.army.criteria.Expression objId,
 io.army.criteria.Expression objSubId)

The MappingType of function return type: TextType.INSTANCE

See Also:

• pg_describe_object ( classid oid, objid oid, objsubid integer ) → text
  

pgIdentifyObject

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction pgIdentifyObject(io.army.criteria.Expression classId,
 io.army.criteria.Expression objId,
 io.army.criteria.Expression objSubId)

The MappingType of function return type:

• type : TextType.INSTANCE
• schema : TextType.INSTANCE
• name : TextType.INSTANCE
• identity : TextType.INSTANCE
• ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause

See Also:

• pg_identify_object ( classid oid, objid oid, objsubid integer ) → record ( type text, schema text, name text, identity text )
  

pgIdentifyObjectAsAddress

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction pgIdentifyObjectAsAddress(io.army.criteria.Expression classId,
 io.army.criteria.Expression objId,
 io.army.criteria.Expression objSubId)

The MappingType of function return type:

• type : TextType.INSTANCE
• object_names : TextArrayType.LINEAR
• object_args : TextArrayType.LINEAR
• ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause

See Also:

• pg_identify_object_as_address ( classid oid, objid oid, objsubid integer ) → record ( type text, object_names text[], object_args text[] )
  

pgGetObjectAddress

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction pgGetObjectAddress(io.army.criteria.Expression type,
 io.army.criteria.Expression objectNames,
 io.army.criteria.Expression objectArgs)

The MappingType of function return type:

• classid : LongType.INSTANCE
• objid : LongType.INSTANCE
• objsubid : IntegerType.INSTANCE
• ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause

See Also:

• pg_get_object_address ( type text, object_names text[], object_args text[] ) → record ( classid oid, objid oid, objsubid integer )
  

numNonNulls

public static io.army.criteria.SimpleExpression numNonNulls(io.army.criteria.Expression first,
 io.army.criteria.Expression... rest)

The MappingType of function return type: IntegerType

See Also:

• Comparison Functions

numNulls

public static io.army.criteria.SimpleExpression numNulls(io.army.criteria.Expression first,
 io.army.criteria.Expression... rest)

The MappingType of function return type: IntegerType

See Also:

• Comparison Functions

cbrt

public static io.army.criteria.SimpleExpression cbrt(io.army.criteria.Expression exp)

The MappingType of function return type: DoubleType

See Also:

• cbrt(double precision)

div

public static io.army.criteria.SimpleExpression div(io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: the MappingType of y

See Also:

• div ( y numeric, x numeric )

factorial

public static io.army.criteria.SimpleExpression factorial(io.army.criteria.Expression exp)

The MappingType of function return type: BigDecimalType

See Also:

• factorial ( bigint ) → numeric

floor

public static io.army.criteria.SimpleExpression floor(io.army.criteria.Expression exp)

The MappingType of function return type: MappingType of exp

See Also:

• floor ( numeric ) → numeric,floor ( double precision ) → double precision

gcd

public static io.army.criteria.SimpleExpression gcd(io.army.criteria.Expression exp1,
 io.army.criteria.Expression exp2)

The MappingType of function return type: MappingType of exp1

See Also:

• gcd ( numeric_type, numeric_type ) → numeric_type

lcm

public static io.army.criteria.SimpleExpression lcm(io.army.criteria.Expression exp1,
 io.army.criteria.Expression exp2)

The MappingType of function return type: MappingType of exp1

See Also:

• lcm ( numeric_type, numeric_type ) → numeric_type

minScale

public static io.army.criteria.SimpleExpression minScale(io.army.criteria.Expression exp)

The MappingType of function return type: IntegerType

See Also:

• min_scale ( numeric ) → integer

power

public static io.army.criteria.SimpleExpression power(io.army.criteria.Expression x,
 io.army.criteria.Expression y)

The MappingType of function return type:

• If the MappingType of exp is float number type,then DoubleType
• Else BigDecimalType

See Also:

• power ( a numeric, b numeric ) → numeric,power ( a double precision, b double precision ) → double precision

scale

public static io.army.criteria.SimpleExpression scale(io.army.criteria.Expression x,
 io.army.criteria.Expression y)

The MappingType of function return type: IntegerType

See Also:

• scale ( numeric ) → integer

trimScale

public static io.army.criteria.SimpleExpression trimScale(io.army.criteria.Expression exp)

The MappingType of function return type: BigDecimalType

See Also:

• trim_scale ( numeric ) → numeric

trunc

public static io.army.criteria.SimpleExpression trunc(io.army.criteria.Expression exp)

The MappingType of function return type:The MappingType of exp

See Also:

• trunc ( numeric ) → numeric,trunc ( double precision ) → double precision
• trunc ( macaddr ) → macaddr
  trunc ( macaddr8 ) → macaddr8

trunc

public static io.army.criteria.SimpleExpression trunc(io.army.criteria.Expression v,
 io.army.criteria.Expression s)

The MappingType of function return type: BigDecimalType

See Also:

• trunc ( v numeric, s integer ) → numeric

widthBucket

public static io.army.criteria.SimpleExpression widthBucket(io.army.criteria.Expression operand,
 io.army.criteria.Expression low,
 io.army.criteria.Expression high,
 io.army.criteria.Expression count)

The MappingType of function return type: IntegerType

See Also:

• width_bucket ( operand numeric, low numeric, high numeric, count integer ) → integer,width_bucket ( operand double precision, low double precision, high double precision, count integer ) → integer

widthBucket

public static io.army.criteria.SimpleExpression widthBucket(io.army.criteria.Expression operand,
 io.army.criteria.Expression thresholds)

The MappingType of function return type: IntegerType

See Also:

• width_bucket ( operand anycompatible, thresholds anycompatiblearray ) → integer

random

public static io.army.criteria.SimpleExpression random()

The MappingType of function return type: DoubleType

See Also:

• random ( ) → double precision

setSeed

public static io.army.criteria.SimpleExpression setSeed(io.army.criteria.Expression exp)

The MappingType of function return type: StringType

See Also:

• setseed ( double precision ) → void

acosd

public static io.army.criteria.SimpleExpression acosd(io.army.criteria.Expression expr)

The MappingType of function return type: DoubleType

See Also:

• acosd ( double precision ) → double precision

asind

public static io.army.criteria.SimpleExpression asind(io.army.criteria.Expression expr)

The MappingType of function return type: DoubleType

See Also:

• asind ( double precision ) → double precision

atand

public static io.army.criteria.SimpleExpression atand(io.army.criteria.Expression expr)

The MappingType of function return type: DoubleType

See Also:

• atand ( double precision ) → double precision

atan2

public static io.army.criteria.SimpleExpression atan2(io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType

See Also:

• atan2 ( y double precision, x double precision ) → double precision

atan2d

public static io.army.criteria.SimpleExpression atan2d(io.army.criteria.Expression y,
 io.army.criteria.Expression x)

The MappingType of function return type: DoubleType

See Also:

• atan2d ( y double precision, x double precision ) → double precision

cosd

public static io.army.criteria.SimpleExpression cosd(io.army.criteria.Expression expr)

The MappingType of function return type: DoubleType

See Also:

• cosd ( double precision ) → double precision

cotd

public static io.army.criteria.SimpleExpression cotd(io.army.criteria.Expression expr)

The MappingType of function return type: DoubleType

See Also:

• cotd ( double precision ) → double precision

sind

public static io.army.criteria.SimpleExpression sind(io.army.criteria.Expression expr)

The MappingType of function return type: DoubleType

See Also:

• sind ( double precision ) → double precision

tand

public static io.army.criteria.SimpleExpression tand(io.army.criteria.Expression expr)

The MappingType of function return type: DoubleType

See Also:

• tand ( double precision ) → double precision

sinh

public static io.army.criteria.SimpleExpression sinh(io.army.criteria.Expression expr)

The MappingType of function return type: DoubleType

See Also:

• sinh ( double precision ) → double precision

cosh

public static io.army.criteria.SimpleExpression cosh(io.army.criteria.Expression expr)

The MappingType of function return type: DoubleType

See Also:

• cosh ( double precision ) → double precision

tanh

public static io.army.criteria.SimpleExpression tanh(io.army.criteria.Expression expr)

The MappingType of function return type: DoubleType

See Also:

• tanh ( double precision ) → double precision

asinh

public static io.army.criteria.SimpleExpression asinh(io.army.criteria.Expression expr)

The MappingType of function return type: DoubleType

See Also:

• asinh ( double precision ) → double precision

acosh

public static io.army.criteria.SimpleExpression acosh(io.army.criteria.Expression expr)

The MappingType of function return type: DoubleType

See Also:

• acosh ( double precision ) → double precision

atanh

public static io.army.criteria.SimpleExpression atanh(io.army.criteria.Expression expr)

The MappingType of function return type: DoubleType

See Also:

• atanh ( double precision ) → double precision

toChar

public static io.army.criteria.SimpleExpression toChar(io.army.criteria.Expression exp,
 io.army.criteria.Expression format)

The MappingType of function return type: StringType

See Also:

• to_char ( timestamp, text ) → text
  to_char ( timestamp with time zone, text ) → text
  to_char ( interval, text ) → text
  to_char ( numeric_type, text ) → text

toDate

public static io.army.criteria.SimpleExpression toDate(io.army.criteria.Expression exp,
 io.army.criteria.Expression format)

The MappingType of function return type: LocalDateType

See Also:

• to_date ( text, text ) → date

toNumber

public static io.army.criteria.SimpleExpression toNumber(io.army.criteria.Expression exp,
 io.army.criteria.Expression format)

The MappingType of function return type: BigDecimalType

See Also:

• to_number ( text, text ) → numeric

toTimestamp

public static io.army.criteria.SimpleExpression toTimestamp(io.army.criteria.Expression exp,
 io.army.criteria.Expression format)

The MappingType of function return type: OffsetDateTimeType

See Also:

• to_timestamp ( text, text ) → timestamp with time zone

age

public static io.army.criteria.SimpleExpression age(io.army.criteria.Expression timestamp)

The MappingType of function return type: StringType

See Also:

• age ( timestamp ) → interval

age

public static io.army.criteria.SimpleExpression age(io.army.criteria.Expression timestamp1,
 io.army.criteria.Expression timestamp2)

The MappingType of function return type: StringType

See Also:

• age ( timestamp, timestamp ) → interval

isFinite

public static io.army.criteria.IPredicate isFinite(io.army.criteria.Expression exp)

The MappingType of function return type: BooleanType

See Also:

• isfinite ( date ) → boolean
  isfinite ( timestamp ) → boolean
  isfinite ( interval ) → boolean
  

enumFirst

public static io.army.criteria.SimpleExpression enumFirst(io.army.criteria.Expression anyEnum)

The MappingType of function return type: StringType

See Also:

• enum_first ( anyenum ) → anyenum

enumFirst

public static io.army.criteria.SimpleExpression enumFirst(io.army.criteria.Expression anyEnum,
 io.army.mapping.MappingType returnType)

The MappingType of function return type: StringType

See Also:

• enum_first ( anyenum ) → anyenum

enumLast

public static io.army.criteria.SimpleExpression enumLast(io.army.criteria.Expression anyEnum)

The MappingType of function return type: StringType

See Also:

• enum_last ( anyenum ) → anyenum

enumLast

public static io.army.criteria.SimpleExpression enumLast(io.army.criteria.Expression anyEnum,
 io.army.mapping.MappingType returnType)

The MappingType of function return type: StringType

See Also:

• enum_last ( anyenum ) → anyenum

enumRange

public static io.army.criteria.SimpleExpression enumRange(io.army.criteria.Expression anyEnum)

The MappingType of function return type: StringArrayType

See Also:

• enum_range ( anyenum ) → anyarray

enumRange

public static io.army.criteria.SimpleExpression enumRange(io.army.criteria.Expression anyEnum,
 io.army.mapping.MappingType returnType)

The MappingType of function return type: StringArrayType

See Also:

• enum_range ( anyenum ) → anyarray

enumRange

public static io.army.criteria.SimpleExpression enumRange(io.army.criteria.Expression leftEnum,
 io.army.criteria.Expression rightEnum)

The MappingType of function return type: StringArrayType

See Also:

• enum_range ( anyenum, anyenum ) → anyarray

enumRange

public static io.army.criteria.SimpleExpression enumRange(io.army.criteria.Expression leftEnum,
 io.army.criteria.Expression rightEnum,
 io.army.mapping.MappingType returnType)

abbrev

public static io.army.criteria.SimpleExpression abbrev(io.army.criteria.Expression exp)

The MappingType of function return type: StringType

See Also:

• abbrev ( inet ) → text
  abbrev ( cidr ) → text

broadcast

public static io.army.criteria.SimpleExpression broadcast(io.army.criteria.Expression inet)

The MappingType of function return type: PostgreInetType

See Also:

• broadcast ( inet ) → inet
  Computes the broadcast address for the address's network.

family

public static io.army.criteria.SimpleExpression family(io.army.criteria.Expression inet)

The MappingType of function return type: IntegerType

See Also:

• family ( inet ) → integer
  Returns the address's family: 4 for IPv4, 6 for IPv6.
  family(inet '::1') → 6

host

public static io.army.criteria.SimpleExpression host(io.army.criteria.Expression inet)

The MappingType of function return type: StringType

See Also:

• host ( inet ) → text
  Returns the IP address as text, ignoring the netmask.
  host(inet '192.168.1.0/24') → 192.168.1.0

hostmask

public static io.army.criteria.SimpleExpression hostmask(io.army.criteria.Expression inet)

The MappingType of function return type: PostgreInetType

See Also:

• hostmask ( inet ) → inet
  Computes the host mask for the address's network.
  hostmask(inet '192.168.23.20/30') → 0.0.0.3

inetMerge

public static io.army.criteria.SimpleExpression inetMerge(io.army.criteria.Expression exp1,
 io.army.criteria.Expression exp2)

The MappingType of function return type: PostgreCidrType

See Also:

• inet_merge ( inet, inet ) → cidr
  Computes the smallest network that includes both of the given networks.
  inet_merge(inet '192.168.1.5/24', inet '192.168.2.5/24') → 192.168.0.0/22

inetSameFamily

public static io.army.criteria.SimplePredicate inetSameFamily(io.army.criteria.Expression exp1,
 io.army.criteria.Expression exp2)

The MappingType of function return type: BooleanType

See Also:

• inet_same_family ( inet, inet ) → boolean
  Tests whether the addresses belong to the same IP family.
  inet_same_family(inet '192.168.1.5/24', inet '::1') → f

maskLen

public static io.army.criteria.SimpleExpression maskLen(io.army.criteria.Expression inet)

The MappingType of function return type: IntegerType

See Also:

• masklen ( inet ) → integer
  Returns the netmask length in bits.
  masklen(inet '192.168.1.5/24') → 24

netmask

public static io.army.criteria.SimpleExpression netmask(io.army.criteria.Expression inet)

The MappingType of function return type: PostgreInetType

See Also:

• netmask ( inet ) → inet
  Computes the network mask for the address's network.
  netmask(inet '192.168.1.5/24') → 255.255.255.0

network

public static io.army.criteria.SimpleExpression network(io.army.criteria.Expression inet)

The MappingType of function return type: PostgreCidrType

See Also:

• network ( inet ) → cidr
  Returns the network part of the address, zeroing out whatever is to the right of the netmask. (This is equivalent to casting the value to cidr.)
  network(inet '192.168.1.5/24') → 192.168.1.0/24

setMaskLen

public static <T> io.army.criteria.Expression setMaskLen(io.army.criteria.Expression exp1,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T value)

The MappingType of function return type:

• If exp1 type is PostgreInetType,then PostgreInetType
• If exp1 type is PostgreCidrType,then PostgreCidrType
• Else The MappingType of exp1

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is IntegerType.INSTANCE.

value - non-null,it will be passed to funcRef as the second argument of funcRef.

See Also:

• setMaskLen(Expression, Expression)
• set_masklen ( inet, integer ) → inet
  Sets the netmask length for an inet value. The address part does not change.
  set_masklen(inet '192.168.1.5/24', 16) → 192.168.1.5/16

setMaskLen

public static io.army.criteria.SimpleExpression setMaskLen(io.army.criteria.Expression exp1,
 io.army.criteria.Expression exp2)

The MappingType of function return type:

• If exp1 type is PostgreInetType,then PostgreInetType
• If exp1 type is PostgreCidrType,then PostgreCidrType
• Else The MappingType of exp1

See Also:

• set_masklen ( inet, integer ) → inet
  Sets the netmask length for an inet value. The address part does not change.
  set_masklen(inet '192.168.1.5/24', 16) → 192.168.1.5/16

text

public static io.army.criteria.SimpleExpression text(io.army.criteria.Expression inet)

The MappingType of function return type: StringType

See Also:

• text ( inet ) → text
  Returns the unabbreviated IP address and netmask length as text. (This has the same result as an explicit cast to text.)
  text(inet '192.168.1.5') → 192.168.1.5/32

macAddr8Set7bit

public static io.army.criteria.SimpleExpression macAddr8Set7bit(io.army.criteria.Expression macAddr8)

The MappingType of function return type: The MappingType of macAddr8

See Also:

• macaddr8_set7bit ( macaddr8 ) → macaddr8
  Sets the 7th bit of the address to one, creating what is known as modified EUI-64, for inclusion in an IPv6 address.
  macaddr8_set7bit(macaddr8 '00:34:56:ab:cd:ef') → 02:34:56:ff:fe:ab:cd:ef

colDescription

public static io.army.criteria.SimpleExpression colDescription(io.army.criteria.Expression table,
 io.army.criteria.Expression column)

The MappingType of function return type: TextType.INSTANCE

See Also:

• col_description ( table oid, column integer ) → text
  

objDescription

public static io.army.criteria.SimpleExpression objDescription(io.army.criteria.Expression object,
 io.army.criteria.Expression catalog)

The MappingType of function return type: TextType.INSTANCE

See Also:

• obj_description ( object oid, catalog name ) → text
  

objDescription

public static io.army.criteria.SimpleExpression objDescription(io.army.criteria.Expression object)

The MappingType of function return type: TextType.INSTANCE

See Also:

• obj_description ( object oid ) → text
  

shObjDescription

public static io.army.criteria.SimpleExpression shObjDescription(io.army.criteria.Expression object,
 io.army.criteria.Expression catalog)

The MappingType of function return type: TextType.INSTANCE

See Also:

• shobj_description ( object oid, catalog name ) → text
  

pgCurrentXactId

public static io.army.criteria.SimpleExpression pgCurrentXactId()

The MappingType of function return type: LongType.INSTANCE

See Also:

• pg_current_xact_id () → xid8
  

pgCurrentXactIdIfAssigned

public static io.army.criteria.SimpleExpression pgCurrentXactIdIfAssigned()

The MappingType of function return type: LongType.INSTANCE

See Also:

• pg_current_xact_id_if_assigned () → xid8
  

pgXactStatus

public static io.army.criteria.SimpleExpression pgXactStatus(io.army.criteria.Expression xid8)

The MappingType of function return type: TextType.INSTANCE

See Also:

• pg_xact_status ( xid8 ) → text
  

pgCurrentSnapshot

public static io.army.criteria.SimpleExpression pgCurrentSnapshot()

The MappingType of function return type: TextType.INSTANCE

See Also:

• pg_current_snapshot () → pg_snapshot
  

pgSnapshotXip

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction pgSnapshotXip(io.army.criteria.Expression pgSnapshot)

The MappingType of function return type:

• "Anonymous field" ( you must use as clause definite filed name) : LongType.INSTANCE
• ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause

See Also:

• pg_snapshot_xip ( pg_snapshot ) → setof xid8
  

pgSnapshotXMax

public static io.army.criteria.SimpleExpression pgSnapshotXMax(io.army.criteria.Expression pgSnapshot)

The MappingType of function return type: LongType.INSTANCE

See Also:

• pg_snapshot_xmax ( pg_snapshot ) → xid8
  

pgSnapshotXMin

public static io.army.criteria.SimpleExpression pgSnapshotXMin(io.army.criteria.Expression pgSnapshot)

The MappingType of function return type: LongType.INSTANCE

See Also:

• pg_snapshot_xmin ( pg_snapshot ) → xid8
  

pgVisibleInSnapshot

public static io.army.criteria.SimplePredicate pgVisibleInSnapshot(io.army.criteria.Expression xid8,
 io.army.criteria.Expression pgSnapshot)

The MappingType of function return type: BooleanType.INSTANCE

See Also:

• pg_visible_in_snapshot ( xid8, pg_snapshot ) → boolean
  

txidCurrent

public static io.army.criteria.SimpleExpression txidCurrent()

The MappingType of function return type: LongType.INSTANCE

Deprecated as of postgre 13

See Also:

• txid_current () → bigint
  See pg_current_xact_id().

txidCurrentIfAssigned

public static io.army.criteria.SimpleExpression txidCurrentIfAssigned()

The MappingType of function return type: LongType.INSTANCE

Deprecated as of postgre 13

See Also:

• txid_current_if_assigned () → bigint See pg_current_xact_id_if_assigned().

txidCurrentSnapshot

public static io.army.criteria.SimpleExpression txidCurrentSnapshot()

The MappingType of function return type: TextType.INSTANCE

Deprecated as of postgre 13

See Also:

• txid_current_snapshot () → txid_snapshot
  See pg_current_snapshot().

txidSnapshotXip

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction txidSnapshotXip(io.army.criteria.Expression txidSnapshot)

The MappingType of function return type:

• "Anonymous field" ( you must use as clause definite filed name) : LongType.INSTANCE
• ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause

Deprecated as of postgre 13

See Also:

• txid_snapshot_xip ( txid_snapshot ) → setof bigint
  see pg_snapshot_xip()

txidSnapshotXMax

public static io.army.criteria.SimpleExpression txidSnapshotXMax(io.army.criteria.Expression txidSnapshot)

The MappingType of function return type: LongType.INSTANCE

Deprecated as of postgre 13

See Also:

• txid_snapshot_xmax ( txid_snapshot ) → bigint
  See pg_snapshot_xmax().

txidSnapshotXMin

public static io.army.criteria.SimpleExpression txidSnapshotXMin(io.army.criteria.Expression txidSnapshot)

The MappingType of function return type: LongType.INSTANCE

Deprecated as of postgre 13

See Also:

• txid_snapshot_xmin ( txid_snapshot ) → bigint
  See pg_snapshot_xmin().

txidVisibleInSnapshot

public static io.army.criteria.SimplePredicate txidVisibleInSnapshot(io.army.criteria.Expression exp1,
 io.army.criteria.Expression exp2)

The MappingType of function return type: BooleanType.INSTANCE

Deprecated as of postgre 13

See Also:

• txid_visible_in_snapshot ( bigint, txid_snapshot ) → boolean
  See pg_visible_in_snapshot().

txidStatus

public static io.army.criteria.SimpleExpression txidStatus(io.army.criteria.Expression exp)

The MappingType of function return type: TextType.INSTANCE

Deprecated as of postgre 13

See Also:

• txid_status ( bigint ) → text
  See pg_xact_status().

pgXactCommitTimestamp

public static io.army.criteria.SimpleExpression pgXactCommitTimestamp(io.army.criteria.Expression xid)

The MappingType of function return type: OffsetDateTimeType.INSTANCE

See Also:

• pg_xact_commit_timestamp ( xid ) → timestamp with time zone
  

pgXactCommitTimestampOrigin

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction pgXactCommitTimestampOrigin(io.army.criteria.Expression xid)

The MappingType of function return type:

• timestamp : OffsetDateTimeType.INSTANCE
• roident : LongType.INSTANCE
• ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause

See Also:

• pg_xact_commit_timestamp_origin ( xid ) → record ( timestamp timestamp with time zone, roident oid)
  

pgLastCommittedXact

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction pgLastCommittedXact()

The MappingType of function return type:

• xid : IntegerType.INSTANCE
• timestamp : OffsetDateTimeType.INSTANCE
• roident : LongType.INSTANCE
• ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause

See Also:

• pg_last_committed_xact () → record ( xid xid, timestamp timestamp with time zone, roident oid )
  

pgControlCheckpoint

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction pgControlCheckpoint()

The MappingType of function return type:

• checkpoint_lsn : PostgrePgLsnType.LONG
• redo_lsn : PostgrePgLsnType.LONG
• redo_wal_file : TextType.INSTANCE
• timeline_id : IntegerType.INSTANCE
• prev_timeline_id : IntegerType.INSTANCE
• full_page_writes : BooleanType.INSTANCE
• next_xid : TextType.INSTANCE
• next_oid : LongType.INSTANCE
• next_multixact_id : IntegerType.INSTANCE
• next_multi_offset : IntegerType.INSTANCE
• oldest_xid : IntegerType.INSTANCE
• oldest_xid_dbid : LongType.INSTANCE
• oldest_active_xid : IntegerType.INSTANCE
• oldest_multi_xid : IntegerType.INSTANCE
• oldest_multi_dbid : LongType.INSTANCE
• oldest_commit_ts_xid : IntegerType.INSTANCE
• newest_commit_ts_xid : IntegerType.INSTANCE
• checkpoint_time : OffsetDateTimeType.INSTANCE
• ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause

See Also:

• pg_control_checkpoint () → record
  
• pg_control_checkpoint Output Columns
  

pgControlSystem

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction pgControlSystem()

The MappingType of function return type:

• pg_control_version : IntegerType.INSTANCE
• catalog_version_no : IntegerType.INSTANCE
• system_identifier : LongType.INSTANCE
• pg_control_last_modified : OffsetDateTimeType.INSTANCE
• ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause

See Also:

• pg_control_system () → record
  
• pg_control_system Output Columns
  

pgControlInit

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction pgControlInit()

The MappingType of function return type:

• max_data_alignment : IntegerType.INSTANCE
• database_block_size : IntegerType.INSTANCE
• blocks_per_segment : IntegerType.INSTANCE
• wal_block_size : IntegerType.INSTANCE
• bytes_per_wal_segment : IntegerType.INSTANCE
• max_identifier_length : IntegerType.INSTANCE
• max_index_columns : IntegerType.INSTANCE
• max_toast_chunk_size : IntegerType.INSTANCE
• large_object_chunk_size : IntegerType.INSTANCE
• float8_pass_by_value : BooleanType.INSTANCE
• data_page_checksum_version : IntegerType.INSTANCE
• ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause

See Also:

• pg_control_init () → record
  
• pg_control_init Output Columns
  

pgControlRecovery

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction pgControlRecovery()

The MappingType of function return type:

• min_recovery_end_lsn : PostgrePgLsnType.LONG
• min_recovery_end_timeline : IntegerType.INSTANCE
• backup_start_lsn : PostgrePgLsnType.LONG
• backup_end_lsn : PostgrePgLsnType.LONG
• end_of_backup_record_required : BooleanType.INSTANCE
• ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause

See Also:

• pg_control_recovery () → record
  
• pg_control_recovery Output Columns
  

pgMcvListItems

public static io.army.criteria.impl.Functions._TabularWithOrdinalityFunction pgMcvListItems(io.army.criteria.Expression pgMcvList)

The MappingType of function return type:

• index : IntegerType.INSTANCE
• values : TextArrayType.LINEAR
• nulls : BooleanArrayType.PRIMITIVE_LINEAR
• frequency : DoubleType.INSTANCE
• base_frequency : DoubleType.INSTANCE
• ordinality (optional) : LongType.INSTANCE ,see Functions._WithOrdinalityClause

See Also:

• Statistics Information Functions
  

bernoulli

public static io.army.criteria.SimpleExpression bernoulli(io.army.criteria.Expression fraction)

The MappingType of function return type: VoidType.VOID

See Also:

• TABLESAMPLE sampling_method ( argument [, ...] ) [ REPEATABLE ( seed ) ]
  

system

public static io.army.criteria.SimpleExpression system(io.army.criteria.Expression fraction)

The MappingType of function return type: VoidType.VOID

See Also:

• TABLESAMPLE sampling_method ( argument [, ...] ) [ REPEATABLE ( seed ) ]
  

area

public static io.army.criteria.SimpleExpression area(io.army.criteria.Expression geometricType)

The MappingType of function return type: DoubleType *

See Also:

• area ( geometric_type ) → double precision
  Computes area. Available for box, path, circle. A path input must be closed, else NULL is returned. Also, if the path is self-intersecting, the result may be meaningless.
  area(box '(2,2),(0,0)') → 4

center

public static io.army.criteria.SimpleExpression center(io.army.criteria.Expression geometricType)

The MappingType of function return type: PostgrePointType *

See Also:

• center ( geometric_type ) → point
  Computes center point. Available for box, circle.
  center(box '(1,2),(0,0)') → (0.5,1)

diagonal

public static io.army.criteria.SimpleExpression diagonal(io.army.criteria.Expression box)

The MappingType of function return type: PostgreLsegType *

See Also:

• diagonal ( box ) → lseg
  Extracts box's diagonal as a line segment (same as lseg(box)).
  diagonal(box '(1,2),(0,0)') → [(1,2),(0,0)]

diameter

public static io.army.criteria.SimpleExpression diameter(io.army.criteria.Expression circle)

The MappingType of function return type: DoubleType

See Also:

• diameter ( circle ) → double precision
  Computes diameter of circle.
  diameter(circle '<(0,0),2>') → 4

height

public static io.army.criteria.SimpleExpression height(io.army.criteria.Expression box)

The MappingType of function return type: DoubleType *

See Also:

• height ( box ) → double precision
  Computes vertical size of box.
  height(box '(1,2),(0,0)') → 2

length

public static io.army.criteria.SimpleExpression length(io.army.criteria.Expression geometricType)

The MappingType of function return type:

1. If geometricType is MappingType.SqlGeometryType or PostgreGeometricType,then DoubleType
2. Else IntegerType

*

See Also:

• length ( geometric_type ) → double precision
  Computes the total length. Available for lseg, path.
  length(path '((-1,0),(1,0))') → 4
• length ( tsvector ) → integer
  Returns the number of lexemes in the tsvector.
  

npoints

public static io.army.criteria.SimpleExpression npoints(io.army.criteria.Expression geometricType)

The MappingType of function return type: IntegerType *

See Also:

• npoints ( geometric_type ) → integer
  Returns the number of points. Available for path, polygon.
  npoints(path '[(0,0),(1,1),(2,0)]') → 3

pclose

public static io.army.criteria.SimpleExpression pclose(java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> funcRef,
 String path)

The MappingType of function return type: PostgrePathType *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is PostgrePathType.INSTANCE.

path - non-null and non-empty,it will be passed to funcRef as the second argument of funcRef

See Also:

• pclose(Expression)
• pclose ( path ) → path
  Converts path to closed form.
  pclose(path '[(0,0),(1,1),(2,0)]') → ((0,0),(1,1),(2,0))

pclose

public static io.army.criteria.SimpleExpression pclose(io.army.criteria.Expression path)

The MappingType of function return type: PostgrePathType *

See Also:

• pclose ( path ) → path
  Converts path to closed form.
  pclose(path '[(0,0),(1,1),(2,0)]') → ((0,0),(1,1),(2,0))

popen

public static io.army.criteria.SimpleExpression popen(java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> funcRef,
 String path)

The MappingType of function return type: PostgrePathType *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is PostgrePathType.INSTANCE.

path - non-null and non-empty,it will be passed to funcRef as the second argument of funcRef

See Also:

• popen(Expression)
• popen ( path ) → path
  Converts path to open form.
  popen(path '((0,0),(1,1),(2,0))') → [(0,0),(1,1),(2,0)]

popen

public static io.army.criteria.SimpleExpression popen(io.army.criteria.Expression path)

The MappingType of function return type: PostgrePathType *

See Also:

• popen ( path ) → path
  Converts path to open form.
  popen(path '((0,0),(1,1),(2,0))') → [(0,0),(1,1),(2,0)]

radius

public static io.army.criteria.SimpleExpression radius(io.army.criteria.Expression circle)

The MappingType of function return type: DoubleType *

See Also:

• radius ( circle ) → double precision
  Computes radius of circle.
  radius(circle '<(0,0),2>') → 2

slope

public static io.army.criteria.SimpleExpression slope(io.army.criteria.Expression point1,
 io.army.criteria.Expression point2)

The MappingType of function return type: DoubleType *

See Also:

• slope ( point, point ) → double precision
  Computes slope of a line drawn through the two points.
  slope(point '(0,0)', point '(2,1)') → 0.5

width

public static io.army.criteria.SimpleExpression width(io.army.criteria.Expression box)

The MappingType of function return type: DoubleType *

See Also:

• width ( box ) → double precision
  Computes horizontal size of box.
  width(box '(1,2),(0,0)') → 1

box

public static io.army.criteria.SimpleExpression box(io.army.criteria.Expression exp)

The MappingType of function return type: PostgreBoxType *

See Also:

• box ( circle ) → box
  Computes box inscribed within the circle.
  box(circle '<(0,0),2>') → (1.414213562373095,1.414213562373095),(-1.414213562373095,-1.414213562373095)
  box ( point ) → box
  Converts point to empty box.
  box(point '(1,0)') → (1,0),(1,0)
  Converts any two corner points to box.
  box ( polygon ) → box
  Computes bounding box of polygon.
  box(polygon '((0,0),(1,1),(2,0))') → (2,1),(0,0)

box

public static io.army.criteria.SimpleExpression box(io.army.criteria.Expression exp1,
 io.army.criteria.Expression exp2)

The MappingType of function return type: PostgreBoxType *

See Also:

• box ( point, point ) → box
  Converts any two corner points to box.
  box(point '(0,1)', point '(1,0)') → (1,1),(0,0)

boundBox

public static io.army.criteria.SimpleExpression boundBox(io.army.criteria.Expression exp1,
 io.army.criteria.Expression exp2)

The MappingType of function return type: PostgreBoxType *

See Also:

• bound_box ( box, box ) → box
  Computes bounding box of two boxes.
  bound_box(box '(1,1),(0,0)', box '(4,4),(3,3)') → (4,4),(0,0)

circle

public static io.army.criteria.SimpleExpression circle(io.army.criteria.Expression exp)

The MappingType of function return type: PostgreCircleType *

See Also:

• circle ( box ) → circle
  Computes smallest circle enclosing box.
  circle(box '(1,1),(0,0)') → <(0.5,0.5),0.7071067811865476>
  circle ( polygon ) → circle
  Converts polygon to circle. The circle's center is the mean of the positions of the polygon's points, and the radius is the average distance of the polygon's points from that center.
  circle(polygon '((0,0),(1,3),(2,0))') → <(1,1),1.6094757082487299>

circle

public static <T> io.army.criteria.Expression circle(java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> funcRefForPoint,
 String point,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRefForRadius,
 T radius)

The MappingType of function return type: PostgreCircleType *

Parameters:

funcRefForPoint - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForPoint always is PostgrePointType.INSTANCE.

point - it will be passed to funcRefForPoint as the second argument of funcRefForPoint

funcRefForRadius - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRefForRadius always is DoubleType.INSTANCE.

radius - it will be passed to funcRefForRadius as the second argument of funcRefForRadius

See Also:

• circle(Expression, Expression)
• circle ( point, double precision ) → circle
  Constructs circle from center and radius.
  circle(point '(0,0)', 2.0) → <(0,0),2>

circle

public static <T> io.army.criteria.Expression circle(io.army.criteria.Expression point,
 java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T radius)

The MappingType of function return type: PostgreCircleType *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is DoubleType.INSTANCE.

radius - it will be passed to funcRef as the second argument of funcRef

See Also:

• circle(Expression, Expression)
• circle ( point, double precision ) → circle
  Constructs circle from center and radius.
  circle(point '(0,0)', 2.0) → <(0,0),2>

circle

public static io.army.criteria.SimpleExpression circle(io.army.criteria.Expression point,
 io.army.criteria.Expression radius)

The MappingType of function return type: PostgreCircleType *

See Also:

• circle ( point, double precision ) → circle
  Constructs circle from center and radius.
  circle(point '(0,0)', 2.0) → <(0,0),2>

line

public static io.army.criteria.SimpleExpression line(io.army.criteria.Expression point1,
 io.army.criteria.Expression point2)

The MappingType of function return type: PostgreLineType *

See Also:

• line ( point, point ) → line
  Converts two points to the line through them.
  line(point '(-1,0)', point '(1,0)') → {0,-1,0}

lseg

public static io.army.criteria.SimpleExpression lseg(io.army.criteria.Expression exp)

The MappingType of function return type: PostgreLsegType *

See Also:

• lseg ( box ) → lseg
  Extracts box's diagonal as a line segment.
  lseg(box '(1,0),(-1,0)') → [(1,0),(-1,0)]

lseg

public static io.army.criteria.SimpleExpression lseg(java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> funcRef,
 String point1,
 String point2)

The MappingType of function return type: PostgreLsegType *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is PostgrePointType.INSTANCE.

point1 - it will be passed to funcRef as the second argument of funcRef

point2 - it will be passed to funcRef as the second argument of funcRef

See Also:

• lseg(Expression, Expression)
• lseg ( point, point ) → lseg
  Constructs line segment from two endpoints.
  lseg(point '(-1,0)', point '(1,0)') → [(-1,0),(1,0)]

lseg

public static io.army.criteria.SimpleExpression lseg(io.army.criteria.Expression point1,
 io.army.criteria.Expression point2)

The MappingType of function return type: PostgreLsegType *

See Also:

• lseg ( point, point ) → lseg
  Constructs line segment from two endpoints.
  lseg(point '(-1,0)', point '(1,0)') → [(-1,0),(1,0)]

path

public static io.army.criteria.SimpleExpression path(io.army.criteria.Expression exp)

The MappingType of function return type: PostgrePathType *

See Also:

• path ( polygon ) → path
  Converts polygon to a closed path with the same list of points.
  path(polygon '((0,0),(1,1),(2,0))') → ((0,0),(1,1),(2,0))

point

public static io.army.criteria.SimpleExpression point(io.army.criteria.Expression exp)

The MappingType of function return type: PostgrePointType *

See Also:

• point ( box ) → point
  Computes center of box.
  point(box '(1,0),(-1,0)') → (0,0)
  point ( circle ) → point
  Computes center of circle.
  point(circle '<(0,0),2>') → (0,0)
  point ( lseg ) → point
  Computes center of line segment.
  point(lseg '[(-1,0),(1,0)]') → (0,0)
  point ( polygon ) → point
  Computes center of polygon (the mean of the positions of the polygon's points).
  point(polygon '((0,0),(1,1),(2,0))') → (1,0.3333333333333333)

point

public static <T> io.army.criteria.Expression point(java.util.function.BiFunction<io.army.mapping.MappingType,T,io.army.criteria.Expression> funcRef,
 T x,
 T y)

The MappingType of function return type: PostgrePointType *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is DoubleType.INSTANCE.

x - it will be passed to funcRef as the second argument of funcRef

y - it will be passed to funcRef as the second argument of funcRef

See Also:

• point(Expression, Expression)
• point ( double precision, double precision ) → point
  Constructs point from its coordinates.
  point(23.4, -44.5) → (23.4,-44.5)

point

public static io.army.criteria.SimpleExpression point(io.army.criteria.Expression x,
 io.army.criteria.Expression y)

The MappingType of function return type: PostgrePointType *

See Also:

• point ( double precision, double precision ) → point
  Constructs point from its coordinates.
  point(23.4, -44.5) → (23.4,-44.5)

polygon

public static io.army.criteria.SimpleExpression polygon(io.army.criteria.Expression exp)

The MappingType of function return type: PostgrePolygonType *

See Also:

• polygon ( box ) → polygon
  Converts box to a 4-point polygon.
  polygon(box '(1,1),(0,0)') → ((0,0),(0,1),(1,1),(1,0))
  polygon ( circle ) → polygon
  Converts circle to a 12-point polygon.
  polygon(circle '<(0,0),2>') → ((-2,0),(-1.7320508075688774,0.9999999999999999),(-1.0000000000000002,1.7320508075688772),
  (-1.2246063538223773e-16,2),(0.9999999999999996,1.7320508075688774),(1.732050807568877,1.0000000000000007),
  (2,2.4492127076447545e-16),(1.7320508075688776,-0.9999999999999994),(1.0000000000000009,-1.7320508075688767),
  (3.673819061467132e-16,-2),(-0.9999999999999987,-1.732050807568878),(-1.7320508075688767,-1.0000000000000009))
  polygon ( path ) → polygon
  Converts closed path to a polygon with the same list of points.
  polygon(path '((0,0),(1,1),(2,0))') → ((0,0),(1,1),(2,0))

polygon

public static io.army.criteria.SimpleExpression polygon(io.army.criteria.Expression exp1,
 io.army.criteria.Expression exp2)

The MappingType of function return type: PostgrePolygonType *

See Also:

• polygon ( integer, circle ) → polygon
  Converts circle to an n-point polygon.
  polygon(4, circle '<(3,0),1>') → ((2,0),(3,1),(4,1.2246063538223773e-16),(3,-1))

isClosed

public static io.army.criteria.SimplePredicate isClosed(java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> funcRef,
 String path)

The MappingType of function return type: BooleanType *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is PostgrePathType.INSTANCE.

path - non-null and non-empty,it will be passed to funcRef as the second argument of funcRef

See Also:

• isClosed(Expression)
• isclosed ( path ) → boolean
  Is path closed?
  isclosed(path '((0,0),(1,1),(2,0))') → t

isClosed

public static io.army.criteria.SimplePredicate isClosed(io.army.criteria.Expression path)

The MappingType of function return type: BooleanType *

See Also:

• isclosed ( path ) → boolean
  Is path closed?
  isclosed(path '((0,0),(1,1),(2,0))') → t

isOpen

public static io.army.criteria.SimplePredicate isOpen(java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> funcRef,
 String path)

The MappingType of function return type: BooleanType *

Parameters:

funcRef - the reference of method,Note: it's the reference of method,not lambda. Valid method:

• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.namedParam(TypeInfer, String) ,used only in INSERT( or batch update/delete ) syntax
• SQLSyntax.namedLiteral(TypeInfer, String) ,used only in INSERT( or batch update/delete in multi-statement) syntax
• developer custom method

. The first argument of funcRef always is PostgrePathType.INSTANCE.

path - non-null and non-empty,it will be passed to funcRef as the second argument of funcRef

See Also:

• isOpen(Expression)
• isopen ( path ) → boolean
  Is path open?
  isopen(path '[(0,0),(1,1),(2,0)]') → t

isOpen

public static io.army.criteria.SimplePredicate isOpen(io.army.criteria.Expression path)

The MappingType of function return type: BooleanType *

See Also:

• isopen ( path ) → boolean
  Is path open?
  isopen(path '[(0,0),(1,1),(2,0)]') → t

clockTimestamp

public static io.army.criteria.SimpleExpression clockTimestamp()

The MappingType of function return type: OffsetDateTimeType

See Also:

• clock_timestamp ( ) → timestamp with time zone

currentTime

public static io.army.criteria.SimpleExpression currentTime(io.army.criteria.Expression integer)

The MappingType of function return type: OffsetTimeType

See Also:

• current_time ( integer ) → time with time zone

currentTimestamp

public static io.army.criteria.SimpleExpression currentTimestamp(io.army.criteria.Expression integer)

The MappingType of function return type: OffsetDateTimeType

See Also:

• current_timestamp ( integer ) → timestamp with time zone

dateBin

public static io.army.criteria.SimpleExpression dateBin(io.army.criteria.Expression interval,
 io.army.criteria.Expression timestamp1,
 io.army.criteria.Expression timestamp2)

The MappingType of function return type: LocalDateTimeType

See Also:

• date_bin ( interval, timestamp, timestamp ) → timestamp

datePart

public static io.army.criteria.SimpleExpression datePart(String field,
 io.army.criteria.Expression source)

The MappingType of function return type: DoubleType

Parameters:

source - timestamp or interval Expression

See Also:

• datePart(Expression, Expression)
• field
• date_part ( text, timestamp ) → double precision
  date_part ( text, interval ) → double precision

datePart

public static io.army.criteria.SimpleExpression datePart(io.army.criteria.Expression field,
 io.army.criteria.Expression source)

The MappingType of function return type: DoubleType

Parameters:

source - timestamp or interval Expression

See Also:

• field
• date_part ( text, timestamp ) → double precision
  date_part ( text, interval ) → double precision

dateTrunc

public static io.army.criteria.SimpleExpression dateTrunc(String field,
 io.army.criteria.Expression source)

The MappingType of function return type:

• If the MappingType of source is IntervalType,then the MappingType of source
• Else LocalDateTimeType

Parameters:

field - lower field ,valid values for field are :

• microseconds
• milliseconds
• second
• minute
• hour
• day
• week
• month
• quarter
• year
• decade
• century
• millennium

source - timestamp or interval Expression

See Also:

• dateTrunc(Expression, Expression)
• date_trunc ( text, timestamp ) → timestamp
  date_trunc ( text, interval ) → interval

dateTrunc

public static io.army.criteria.SimpleExpression dateTrunc(String field,
 io.army.criteria.Expression source,
 String timeZone)

The MappingType of function return type: OffsetDateTimeType

Parameters:

field - lower field ,valid values for field are :

• microseconds
• milliseconds
• second
• minute
• hour
• day
• week
• month
• quarter
• year
• decade
• century
• millennium

source - timestamp Expression

See Also:

• dateTrunc(Expression, Expression, Expression)
• date_trunc ( text, timestamp with time zone, text ) → timestamp with time zone

dateTrunc

public static io.army.criteria.SimpleExpression dateTrunc(io.army.criteria.Expression field,
 io.army.criteria.Expression source)

The MappingType of function return type:

• If the MappingType of source is IntervalType,then the MappingType of source
• Else LocalDateTimeType

See Also:

• date_trunc ( text, timestamp ) → timestamp
  date_trunc ( text, interval ) → interval

dateTrunc

public static io.army.criteria.SimpleExpression dateTrunc(io.army.criteria.Expression field,
 io.army.criteria.Expression source,
 io.army.criteria.Expression timeZone)

The MappingType of function return type: OffsetDateTimeType

See Also:

• date_trunc ( text, timestamp with time zone, text ) → timestamp with time zone

extract

public static io.army.criteria.SimpleExpression extract(io.army.criteria.impl.PostgreDateTimeFunctions.ExtractTimeField field,
 io.army.criteria.impl.SQLs.WordFrom from,
 io.army.criteria.Expression timestampOrInterval)

The MappingType of function return type: BigDecimalType

See Also:

• extract ( field from timestamp ) → numeric
  extract ( field from interval ) → numeric

justifyDays

public static io.army.criteria.SimpleExpression justifyDays(io.army.criteria.Expression exp)

The MappingType of function return type: IntervalType

See Also:

• justify_days ( interval ) → interval

justifyHours

public static io.army.criteria.SimpleExpression justifyHours(io.army.criteria.Expression exp)

The MappingType of function return type: IntervalType

See Also:

• justify_hours ( interval ) → interval

justifyInterval

public static io.army.criteria.SimpleExpression justifyInterval(io.army.criteria.Expression exp)

The MappingType of function return type: IntervalType

See Also:

• justify_interval ( interval ) → interval

localtime

public static io.army.criteria.SimpleExpression localtime(io.army.criteria.Expression integer)

The MappingType of function return type: LocalTimeType

See Also:

• LOCALTIME
• localtime ( integer ) → time

localtimestamp

public static io.army.criteria.SimpleExpression localtimestamp(io.army.criteria.Expression integer)

The MappingType of function return type: LocalDateTimeType

See Also:

• LOCALTIMESTAMP
• localtimestamp ( integer ) → timestamp

makeDate

public static io.army.criteria.SimpleExpression makeDate(io.army.criteria.Expression year,
 io.army.criteria.Expression month,
 io.army.criteria.Expression day)

The MappingType of function return type: LocalDateType

See Also:

• make_date ( year int, month int, day int ) → date

makeInterval

public static io.army.criteria.SimpleExpression makeInterval(io.army.criteria.Expression years)

The MappingType of function return type: IntervalType

Parameters:

years - if Positional Notation ,then representing years,else Named Notation

See Also:

• PostgreSyntax.namedNotation(String, Expression)
• PostgreSyntax.namedNotation(String, Function, Object)
• Using Positional Notation
• Using Named Notation
• make_interval ( [ years int [, months int [, weeks int [, days int [, hours int [, mins int [, secs double precision ]]]]]]] ) → interval

makeInterval

public static io.army.criteria.SimpleExpression makeInterval(io.army.criteria.Expression years,
 io.army.criteria.Expression months)

The MappingType of function return type: IntervalType

Parameters:

years - if Positional Notation ,then representing years,else Named Notation

months - if Positional Notation ,then representing months,else Named Notation

See Also:

• PostgreSyntax.namedNotation(String, Expression)
• PostgreSyntax.namedNotation(String, Function, Object)
• Using Positional Notation
• Using Named Notation
• make_interval ( [ years int [, months int [, weeks int [, days int [, hours int [, mins int [, secs double precision ]]]]]]] ) → interval

makeInterval

public static io.army.criteria.SimpleExpression makeInterval(io.army.criteria.Expression years,
 io.army.criteria.Expression months,
 io.army.criteria.Expression weeks)

The MappingType of function return type: IntervalType

Parameters:

years - if Positional Notation ,then representing years,else Named Notation

months - if Positional Notation ,then representing months,else Named Notation

weeks - if Positional Notation ,then representing weeks,else Named Notation

See Also:

• PostgreSyntax.namedNotation(String, Expression)
• PostgreSyntax.namedNotation(String, Function, Object)
• Using Positional Notation
• Using Named Notation
• make_interval ( [ years int [, months int [, weeks int [, days int [, hours int [, mins int [, secs double precision ]]]]]]] ) → interval

makeInterval

public static io.army.criteria.SimpleExpression makeInterval(io.army.criteria.Expression years,
 io.army.criteria.Expression months,
 io.army.criteria.Expression weeks,
 io.army.criteria.Expression days)

The MappingType of function return type: IntervalType

Parameters:

years - if Positional Notation ,then representing years,else Named Notation

months - if Positional Notation ,then representing months,else Named Notation

weeks - if Positional Notation ,then representing weeks,else Named Notation

days - if Positional Notation ,then representing days,else Named Notation

See Also:

• PostgreSyntax.namedNotation(String, Expression)
• PostgreSyntax.namedNotation(String, Function, Object)
• Using Positional Notation
• Using Named Notation
• make_interval ( [ years int [, months int [, weeks int [, days int [, hours int [, mins int [, secs double precision ]]]]]]] ) → interval

makeInterval

public static io.army.criteria.SimpleExpression makeInterval(io.army.criteria.Expression years,
 io.army.criteria.Expression months,
 io.army.criteria.Expression weeks,
 io.army.criteria.Expression days,
 io.army.criteria.Expression hours)

The MappingType of function return type: IntervalType

Parameters:

years - if Positional Notation ,then representing years,else Named Notation

months - if Positional Notation ,then representing months,else Named Notation

weeks - if Positional Notation ,then representing weeks,else Named Notation

days - if Positional Notation ,then representing days,else Named Notation

hours - if Positional Notation ,then representing hours,else Named Notation

See Also:

• PostgreSyntax.namedNotation(String, Expression)
• PostgreSyntax.namedNotation(String, Function, Object)
• Using Positional Notation
• Using Named Notation
• make_interval ( [ years int [, months int [, weeks int [, days int [, hours int [, mins int [, secs double precision ]]]]]]] ) → interval

makeInterval

public static io.army.criteria.SimpleExpression makeInterval(io.army.criteria.Expression years,
 io.army.criteria.Expression months,
 io.army.criteria.Expression weeks,
 io.army.criteria.Expression days,
 io.army.criteria.Expression hours,
 io.army.criteria.Expression mins)

The MappingType of function return type: IntervalType

Parameters:

years - if Positional Notation ,then representing years,else Named Notation

months - if Positional Notation ,then representing months,else Named Notation

weeks - if Positional Notation ,then representing weeks,else Named Notation

days - if Positional Notation ,then representing days,else Named Notation

hours - if Positional Notation ,then representing hours,else Named Notation

mins - if Positional Notation ,then representing mins,else Named Notation

See Also:

• PostgreSyntax.namedNotation(String, Expression)
• PostgreSyntax.namedNotation(String, Function, Object)
• Using Positional Notation
• Using Named Notation
• make_interval ( [ years int [, months int [, weeks int [, days int [, hours int [, mins int [, secs double precision ]]]]]]] ) → interval

makeInterval

public static io.army.criteria.SimpleExpression makeInterval(io.army.criteria.Expression years,
 io.army.criteria.Expression months,
 io.army.criteria.Expression weeks,
 io.army.criteria.Expression days,
 io.army.criteria.Expression hours,
 io.army.criteria.Expression mins,
 io.army.criteria.Expression secs)

The MappingType of function return type: IntervalType

Parameters:

years - if Positional Notation ,then representing years,else Named Notation

months - if Positional Notation ,then representing months,else Named Notation

weeks - if Positional Notation ,then representing weeks,else Named Notation

days - if Positional Notation ,then representing days,else Named Notation

hours - if Positional Notation ,then representing hours,else Named Notation

mins - if Positional Notation ,then representing mins,else Named Notation

secs - if Positional Notation ,then representing secs,else Named Notation

See Also:

• PostgreSyntax.namedNotation(String, Expression)
• PostgreSyntax.namedNotation(String, Function, Object)
• Using Positional Notation
• Using Named Notation
• make_interval ( [ years int [, months int [, weeks int [, days int [, hours int [, mins int [, secs double precision ]]]]]]] ) → interval

makeTime

public static io.army.criteria.SimpleExpression makeTime(io.army.criteria.Expression hour,
 io.army.criteria.Expression min,
 io.army.criteria.Expression sec)

The MappingType of function return type: LocalTimeType

See Also:

• make_time ( hour int, min int, sec double precision ) → time

makeTimestamp

public static io.army.criteria.SimpleExpression makeTimestamp(io.army.criteria.Expression year,
 io.army.criteria.Expression month,
 io.army.criteria.Expression day,
 io.army.criteria.Expression hour,
 io.army.criteria.Expression min,
 io.army.criteria.Expression sec)

The MappingType of function return type: LocalDateTimeType

See Also:

• make_timestamp ( year int, month int, day int, hour int, min int, sec double precision ) → timestamp

makeTimestampTz

public static io.army.criteria.SimpleExpression makeTimestampTz(io.army.criteria.Expression year,
 io.army.criteria.Expression month,
 io.army.criteria.Expression day,
 io.army.criteria.Expression hour,
 io.army.criteria.Expression min,
 io.army.criteria.Expression sec)

The MappingType of function return type: OffsetDateTimeType

See Also:

• make_timestamptz ( year int, month int, day int, hour int, min int, sec double precision [, timezone text ] ) → timestamp with time zone

makeTimestampTz

public static io.army.criteria.SimpleExpression makeTimestampTz(io.army.criteria.Expression year,
 io.army.criteria.Expression month,
 io.army.criteria.Expression day,
 io.army.criteria.Expression hour,
 io.army.criteria.Expression min,
 io.army.criteria.Expression sec,
 io.army.criteria.Expression timeZone)

The MappingType of function return type: OffsetDateTimeType

See Also:

• make_timestamptz ( year int, month int, day int, hour int, min int, sec double precision [, timezone text ] ) → timestamp with time zone

now

public static io.army.criteria.SimpleExpression now()

The MappingType of function return type: OffsetDateTimeType

See Also:

• now ( ) → timestamp with time zone

statementTimestamp

public static io.army.criteria.SimpleExpression statementTimestamp()

The MappingType of function return type: OffsetDateTimeType

See Also:

• statement_timestamp ( ) → timestamp with time zone

timeOfDay

public static io.army.criteria.SimpleExpression timeOfDay()

The MappingType of function return type: StringType

See Also:

• timeofday ( ) → text

transactionTimestamp

public static io.army.criteria.SimpleExpression transactionTimestamp()

The MappingType of function return type: OffsetDateTimeType

See Also:

• transaction_timestamp ( ) → timestamp with time zone

toTimestamp

public static io.army.criteria.SimpleExpression toTimestamp(io.army.criteria.Expression exp)

The MappingType of function return type: OffsetDateTimeType

See Also:

• to_timestamp ( double precision ) → timestamp with time zone

pgSleep

public static io.army.criteria.SimpleExpression pgSleep(io.army.criteria.Expression seconds)

The MappingType of function return type: StringType

See Also:

• pg_sleep ( double precision )

pgSleepFor

public static io.army.criteria.SimpleExpression pgSleepFor(io.army.criteria.Expression interval)

The MappingType of function return type: StringType

See Also:

• pg_sleep_for ( interval )

pgSleepUntil

public static io.army.criteria.SimpleExpression pgSleepUntil(io.army.criteria.Expression timestampTz)

The MappingType of function return type: StringType

See Also:

• pg_sleep_until ( timestamp with time zone )

bitLength

public static io.army.criteria.SimpleExpression bitLength(io.army.criteria.Expression exp)

The MappingType of function return type: IntegerType

See Also:

• bit_length ( text ) → integer
• bit_length ( bit ) → integer
• bit_length ( bytea ) → integer

charLength

public static io.army.criteria.SimpleExpression charLength(io.army.criteria.Expression exp)

The MappingType of function return type: IntegerType

See Also:

• char_length ( text ) → integer

lower

public static io.army.criteria.SimpleExpression lower(io.army.criteria.Expression exp)

The MappingType of function return type: TextType .

See Also:

• upper(Expression)
• lower ( text ) → text
• lower ( anyrange ) → anyelement

normalize

public static io.army.criteria.SimpleExpression normalize(io.army.criteria.Expression exp)

The MappingType of function return type: the MappingType of exp.

See Also:

• normalize ( text [, form ] ) → text

normalize

public static io.army.criteria.SimpleExpression normalize(io.army.criteria.Expression exp,
 io.army.criteria.impl.PostgreStringFunctions.WordNormalizeForm form)

The MappingType of function return type: the MappingType of exp.

See Also:

• normalize ( text [, form ] ) → text

octetLength

public static io.army.criteria.SimpleExpression octetLength(io.army.criteria.Expression exp)

The MappingType of function return type: IntegerType.

See Also:

• octet_length ( text ) → integer ; octet_length ( character ) → integer
• octet_length ( bit ) → integer
• octet_length ( bytea ) → integer

overlay

public static io.army.criteria.SimpleExpression overlay(io.army.criteria.Expression string,
 io.army.criteria.impl.PostgreStringFunctions.WordPlacing placing,
 io.army.criteria.Expression newSubstring,
 io.army.criteria.impl.SQLs.WordFrom from,
 io.army.criteria.Expression start)

The MappingType of function return type: the MappingType of string.

See Also:

• overlay(Expression, WordPlacing, Expression, SQLs.WordFrom, Expression, SQLs.WordFor, Expression)
• overlay ( string text PLACING newsubstring text FROM start integer [ FOR count integer ] ) → text
• overlay ( bits bit PLACING newsubstring bit FROM start integer [ FOR count integer ] ) → bit
• overlay ( bytes bytea PLACING newsubstring bytea FROM start integer [ FOR count integer ] ) → bytea

overlay

public static io.army.criteria.SimpleExpression overlay(io.army.criteria.Expression string,
 io.army.criteria.impl.PostgreStringFunctions.WordPlacing placing,
 io.army.criteria.Expression newSubstring,
 io.army.criteria.impl.SQLs.WordFrom from,
 io.army.criteria.Expression start,
 io.army.criteria.impl.SQLs.WordFor wordFor,
 io.army.criteria.Expression count)

The MappingType of function return type: the MappingType of string.

See Also:

• overlay(Expression, WordPlacing, Expression, SQLs.WordFrom, Expression)
• overlay ( string text PLACING newsubstring text FROM start integer [ FOR count integer ] ) → text
• overlay ( bits bit PLACING newsubstring bit FROM start integer [ FOR count integer ] ) → bit
• overlay ( bytes bytea PLACING newsubstring bytea FROM start integer [ FOR count integer ] ) → bytea

position

public static io.army.criteria.SimpleExpression position(io.army.criteria.Expression substring,
 io.army.criteria.impl.SQLs.WordIn in,
 io.army.criteria.Expression string)

The MappingType of function return type: IntegerType.

Parameters:

in - SQLs.IN

See Also:

• position ( substring text IN string text ) → integer
• position ( substring bit IN bits bit ) → integer
• position ( substring bytea IN bytes bytea ) → integer

substring

public static io.army.criteria.SimpleExpression substring(io.army.criteria.Expression string,
 io.army.criteria.impl.SQLs.WordFrom from,
 io.army.criteria.Expression startOrPattern)

The MappingType of function return type: the MappingType of string.

Parameters:

from - SQLs.FROM

See Also:

• substring(Expression, SQLs.WordFor, Expression)
• substring(Expression, SQLs.WordFrom, Expression, SQLs.WordFor, Expression)
• substring ( string text [ FROM start integer ] [ FOR count integer ] ) → text ; substring ( string text FROM pattern text ) → text
• substring ( bits bit [ FROM start integer ] [ FOR count integer ] ) → bit
• substring ( bytes bytea [ FROM start integer ] [ FOR count integer ] ) → bytea

substring

public static io.army.criteria.SimpleExpression substring(io.army.criteria.Expression string,
 io.army.criteria.impl.SQLs.WordFor wordFor,
 io.army.criteria.Expression count)

The MappingType of function return type: the MappingType of string.

Parameters:

wordFor - SQLs.FOR

See Also:

• substring(Expression, SQLs.WordFrom, Expression)
• substring(Expression, SQLs.WordFrom, Expression, SQLs.WordFor, Expression)
• substring ( string text [ FROM start integer ] [ FOR count integer ] ) → text
• substring ( bits bit [ FROM start integer ] [ FOR count integer ] ) → bit
• substring ( bytes bytea [ FROM start integer ] [ FOR count integer ] ) → bytea

substring

public static io.army.criteria.SimpleExpression substring(io.army.criteria.Expression string,
 io.army.criteria.impl.SQLs.WordFrom from,
 io.army.criteria.Expression startOrPattern,
 io.army.criteria.impl.SQLs.WordFor wordFor,
 io.army.criteria.Expression countOrEscape)

The MappingType of function return type: the MappingType of string.

Parameters:

from - SQLs.FROM

wordFor - SQLs.FOR

See Also:

• substring(Expression, SQLs.WordFrom, Expression)
• substring(Expression, SQLs.WordFor, Expression)
• substring(Expression, SQLs.WordSimilar, Expression, SQLs.WordEscape, Expression)
• substring ( string text [ FROM start integer ] [ FOR count integer ] ) → text ; substring ( string text FROM pattern text FOR escape text ) → text
• substring ( bits bit [ FROM start integer ] [ FOR count integer ] ) → bit
• substring ( bytes bytea [ FROM start integer ] [ FOR count integer ] ) → bytea

substring

public static io.army.criteria.SimpleExpression substring(io.army.criteria.Expression string,
 io.army.criteria.impl.SQLs.WordSimilar similar,
 io.army.criteria.Expression pattern,
 io.army.criteria.impl.SQLs.WordEscape wordEscape,
 io.army.criteria.Expression escape)

The MappingType of function return type: the MappingType of string.

Parameters:

similar - SQLs.SIMILAR

wordEscape - SQLs.ESCAPE

See Also:

• substring(Expression, SQLs.WordFrom, Expression, SQLs.WordFor, Expression)
• substring ( string text SIMILAR pattern text ESCAPE escape text ) → text

trim

public static io.army.criteria.SimpleExpression trim(io.army.criteria.Expression string)

The MappingType of function return type: the MappingType of string.

See Also:

• trim ( [ LEADING | TRAILING | BOTH ] [ FROM ] string text [, characters text ] ) → text

trim

public static io.army.criteria.SimpleExpression trim(io.army.criteria.impl.SQLs.WordFrom from,
 io.army.criteria.Expression string)

The MappingType of function return type: the MappingType of string.

Parameters:

from - SQLs.FROM

See Also:

• trim ( [ LEADING | TRAILING | BOTH ] [ FROM ] string text [, characters text ] ) → text

trim

public static io.army.criteria.SimpleExpression trim(io.army.criteria.impl.SQLs.TrimSpec position,
 io.army.criteria.impl.SQLs.WordFrom from,
 io.army.criteria.Expression string)

The MappingType of function return type: the MappingType of string.

Parameters:

position - below:

• SQLs.LEADING
• SQLs.TRAILING
• SQLs.BOTH

from - SQLs.FROM

See Also:

• substring(Expression, SQLs.WordFrom, Expression, SQLs.WordFor, Expression)
• trim ( [ LEADING | TRAILING | BOTH ] [ characters text ] FROM string text ) → text

trim

public static io.army.criteria.SimpleExpression trim(io.army.criteria.Expression characters,
 io.army.criteria.impl.SQLs.WordFrom from,
 io.army.criteria.Expression string)

The MappingType of function return type: the MappingType of string.

Parameters:

from - SQLs.FROM

See Also:

• substring(Expression, SQLs.WordFrom, Expression, SQLs.WordFor, Expression)
• trim ( [ LEADING | TRAILING | BOTH ] [ characters text ] FROM string text ) → text
• trim ( [ LEADING | TRAILING | BOTH ] bytesremoved bytea FROM bytes bytea ) → bytea

trim

public static io.army.criteria.SimpleExpression trim(io.army.criteria.impl.SQLs.TrimSpec position,
 io.army.criteria.Expression characters,
 io.army.criteria.impl.SQLs.WordFrom from,
 io.army.criteria.Expression string)

The MappingType of function return type: the MappingType of string.

Parameters:

position - below:

• SQLs.LEADING
• SQLs.TRAILING
• SQLs.BOTH

from - SQLs.FROM

See Also:

• substring(Expression, SQLs.WordFrom, Expression, SQLs.WordFor, Expression)
• trim ( [ LEADING | TRAILING | BOTH ] [ characters text ] FROM string text ) → text
• trim ( [ LEADING | TRAILING | BOTH ] bytesremoved bytea FROM bytes bytea ) → bytea

trim

public static io.army.criteria.SimpleExpression trim(io.army.criteria.Expression string,
 io.army.criteria.Expression characters)

The MappingType of function return type: the MappingType of string.

See Also:

• trim ( [ LEADING | TRAILING | BOTH ] [ FROM ] string text [, characters text ] ) → text
• trim ( [ LEADING | TRAILING | BOTH ] [ FROM ] bytes bytea, bytesremoved bytea ) → bytea

trim

public static io.army.criteria.SimpleExpression trim(io.army.criteria.impl.SQLs.WordFrom from,
 io.army.criteria.Expression string,
 io.army.criteria.Expression characters)

The MappingType of function return type: the MappingType of string.

See Also:

• trim ( [ LEADING | TRAILING | BOTH ] [ FROM ] string text [, characters text ] ) → text
• trim ( [ LEADING | TRAILING | BOTH ] [ FROM ] bytes bytea, bytesremoved bytea ) → bytea

trim

public static io.army.criteria.SimpleExpression trim(io.army.criteria.impl.SQLs.TrimSpec position,
 io.army.criteria.impl.SQLs.WordFrom from,
 io.army.criteria.Expression string,
 io.army.criteria.Expression characters)

The MappingType of function return type: the MappingType of string.

Parameters:

position - below:

• SQLs.LEADING
• SQLs.TRAILING
• SQLs.BOTH

from - SQLs.FROM

See Also:

• trim ( [ LEADING | TRAILING | BOTH ] [ FROM ] string text [, characters text ] ) → text
• trim ( [ LEADING | TRAILING | BOTH ] [ FROM ] bytes bytea, bytesremoved bytea ) → bytea

upper

public static io.army.criteria.SimpleExpression upper(io.army.criteria.Expression exp)

The MappingType of function return type: TextType .

See Also:

• lower(Expression)
• upper ( text ) → text

ascii

public static io.army.criteria.SimpleExpression ascii(io.army.criteria.Expression exp)

The MappingType of function return type: IntegerType .

See Also:

• ascii ( text ) → integer

btrim

public static io.army.criteria.SimpleExpression btrim(io.army.criteria.Expression exp)

The MappingType of function return type: the MappingType of exp.

See Also:

• btrim ( string text [, characters text ] ) → text

btrim

public static io.army.criteria.SimpleExpression btrim(io.army.criteria.Expression exp,
 io.army.criteria.Expression characters)

The MappingType of function return type: the MappingType of exp.

See Also:

• btrim ( string text [, characters text ] ) → text

chr

public static io.army.criteria.SimpleExpression chr(io.army.criteria.Expression exp)

The MappingType of function return type: StringType.

See Also:

• chr ( integer ) → text

concat

public static io.army.criteria.SimpleExpression concat(io.army.criteria.Expression exp1,
 io.army.criteria.Expression... rest)

The MappingType of function return type: StringType.

See Also:

• concat ( val1 "any" [, val2 "any" [, ...] ] ) → text

concat

public static io.army.criteria.SimpleExpression concat(List<io.army.criteria.Expression> expList)

The MappingType of function return type: StringType.

Parameters:

expList - non-null and non-empty.

See Also:

• concat ( val1 "any" [, val2 "any" [, ...] ] ) → text

concatWs

public static io.army.criteria.SimpleExpression concatWs(io.army.criteria.Expression sep,
 io.army.criteria.Expression exp1,
 io.army.criteria.Expression... rest)

The MappingType of function return type: StringType.

Parameters:

sep - non-multi param value

exp1 - expression ,possibly be multi param value:

• SQLSyntax.rowParam(TypeInfer, Collection)
• SQLSyntax.rowLiteral(TypeInfer, Collection)
• SQLSyntax.namedRowParam(TypeInfer, String, int)
• SQLSyntax.namedRowLiteral(TypeInfer, String, int)

rest - element possibly be multi param value:

• SQLSyntax.rowParam(TypeInfer, Collection)
• SQLSyntax.rowLiteral(TypeInfer, Collection)
• SQLSyntax.namedRowParam(TypeInfer, String, int)
• SQLSyntax.namedRowLiteral(TypeInfer, String, int)

See Also:

• concatWs(Expression, List)
• concat_ws ( sep text, val1 "any" [, val2 "any" [, ...] ] ) → text

concatWs

public static io.army.criteria.SimpleExpression concatWs(io.army.criteria.Expression sep,
 List<io.army.criteria.Expression> expList)

The MappingType of function return type: StringType.

Parameters:

sep - non-multi param value

expList - non-null and non-empty,element possibly be multi param value:

• SQLSyntax.rowParam(TypeInfer, Collection)
• SQLSyntax.rowLiteral(TypeInfer, Collection)
• SQLSyntax.namedRowParam(TypeInfer, String, int)
• SQLSyntax.namedRowLiteral(TypeInfer, String, int)

See Also:

• concatWs(Expression, Expression, Expression...)
• concat_ws ( sep text, val1 "any" [, val2 "any" [, ...] ] ) → text

format

public static io.army.criteria.SimpleExpression format(io.army.criteria.Expression formatStr)

The MappingType of function return type: the MappingType of formatStr.

See Also:

• format ( formatstr text [, formatarg "any" [, ...] ] ) → text

format

public static io.army.criteria.SimpleExpression format(io.army.criteria.Expression formatStr,
 io.army.criteria.Expression... formatArgs)

The MappingType of function return type: the MappingType of formatStr.

See Also:

• format ( formatstr text [, formatarg "any" [, ...] ] ) → text

initcap

public static io.army.criteria.SimpleExpression initcap(io.army.criteria.Expression exp)

The MappingType of function return type: the MappingType of exp.

See Also:

• initcap ( text ) → text

left

public static io.army.criteria.SimpleExpression left(io.army.criteria.Expression string,
 io.army.criteria.Expression n)

The MappingType of function return type: the MappingType of string.

See Also:

• left ( string text, n integer ) → text

lpad

public static io.army.criteria.SimpleExpression lpad(io.army.criteria.Expression string,
 io.army.criteria.Expression length)

The MappingType of function return type: the MappingType of string.

See Also:

• lpad(Expression, Expression, Expression)
• lpad ( string text, length integer [, fill text ] ) → text

lpad

public static io.army.criteria.SimpleExpression lpad(io.army.criteria.Expression string,
 io.army.criteria.Expression length,
 io.army.criteria.Expression fill)

The MappingType of function return type: the MappingType of string.

See Also:

• lpad(Expression, Expression)
• lpad ( string text, length integer [, fill text ] ) → text

ltrim

public static io.army.criteria.SimpleExpression ltrim(io.army.criteria.Expression string)

The MappingType of function return type: the MappingType of string.

See Also:

• ltrim ( string text [, characters text ] ) → text

ltrim

public static io.army.criteria.SimpleExpression ltrim(io.army.criteria.Expression string,
 io.army.criteria.Expression characters)

The MappingType of function return type: the MappingType of string.

See Also:

• ltrim ( string text [, characters text ] ) → text
• ltrim ( bytes bytea, bytesremoved bytea ) → bytea

md5

public static io.army.criteria.SimpleExpression md5(io.army.criteria.Expression string)

The MappingType of function return type: TextType.

See Also:

• md5 ( text ) → text
• md5 ( bytea ) → text

parseIdent

public static io.army.criteria.SimpleExpression parseIdent(io.army.criteria.Expression qualifiedIdentifier)

The MappingType of function return type: TextArrayType .

See Also:

• parse_ident ( qualified_identifier text [, strict_mode boolean DEFAULT true ] ) → text[]

parseIdent

public static io.army.criteria.SimpleExpression parseIdent(io.army.criteria.Expression qualifiedIdentifier,
 io.army.criteria.impl.SQLs.WordBooleans strictMode)

The MappingType of function return type: TextArrayType .

See Also:

• parse_ident ( qualified_identifier text [, strict_mode boolean DEFAULT true ] ) → text[]

pgClientEncoding

public static io.army.criteria.SimpleExpression pgClientEncoding()

The MappingType of function return type: StringType .

See Also:

• pg_client_encoding ( ) → name

quoteLiteral

public static io.army.criteria.SimpleExpression quoteLiteral(io.army.criteria.Expression anyElement)

The MappingType of function return type:

• If the MappingType of anyElement is string type,then the MappingType of anyElement
• Else StringType

See Also:

• quote_literal ( anyelement ) → text

quoteNullable

public static io.army.criteria.SimpleExpression quoteNullable(io.army.criteria.Expression anyElement)

The MappingType of function return type:

• If the MappingType of anyElement is string type,then the MappingType of anyElement
• Else StringType

See Also:

• quote_nullable ( anyelement ) → text

regexpCount

public static io.army.criteria.SimpleExpression regexpCount(io.army.criteria.Expression string,
 io.army.criteria.Expression pattern)

The MappingType of function return type: IntegerType

See Also:

• regexpCount(Expression, Expression, Expression)
• regexpCount(Expression, Expression, Expression, Expression)
• regexp_count ( string text, pattern text [, start integer [, flags text ] ] ) → integer

regexpCount

public static io.army.criteria.SimpleExpression regexpCount(io.army.criteria.Expression string,
 io.army.criteria.Expression pattern,
 io.army.criteria.Expression start)

The MappingType of function return type: IntegerType

See Also:

• regexpCount(Expression, Expression)
• regexpCount(Expression, Expression, Expression, Expression)
• regexp_count ( string text, pattern text [, start integer [, flags text ] ] ) → integer

regexpCount

public static io.army.criteria.SimpleExpression regexpCount(io.army.criteria.Expression string,
 io.army.criteria.Expression pattern,
 io.army.criteria.Expression start,
 io.army.criteria.Expression flags)

The MappingType of function return type: IntegerType

See Also:

• regexpCount(Expression, Expression)
• regexpCount(Expression, Expression, Expression)
• regexp_count ( string text, pattern text [, start integer [, flags text ] ] ) → integer

regexpLike

public static io.army.criteria.IPredicate regexpLike(io.army.criteria.Expression string,
 java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> valueFunc,
 String pattern)

The MappingType of function return type: BooleanType

Parameters:

valueFunc - valid function are :

• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.namedLiteral(TypeInfer, String)
• SQLSyntax.namedParam(TypeInfer, String)

See Also:

• regexpLike(Expression, Expression, Expression)
• regexp_like ( string text, pattern text [, flags text ] ) → boolean

regexpLike

public static io.army.criteria.IPredicate regexpLike(io.army.criteria.Expression string,
 io.army.criteria.Expression pattern)

The MappingType of function return type: BooleanType

See Also:

• regexpLike(Expression, Expression, Expression)
• regexp_like ( string text, pattern text [, flags text ] ) → boolean

regexpLike

public static io.army.criteria.IPredicate regexpLike(io.army.criteria.Expression string,
 java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> valueFunc,
 String pattern,
 String flags)

The MappingType of function return type: BooleanType

Parameters:

valueFunc - valid function are :

• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.namedLiteral(TypeInfer, String)
• SQLSyntax.namedParam(TypeInfer, String)

See Also:

• regexpLike(Expression, Expression)
• regexp_like ( string text, pattern text [, flags text ] ) → boolean

regexpLike

public static io.army.criteria.IPredicate regexpLike(io.army.criteria.Expression string,
 java.util.function.BiFunction<io.army.mapping.MappingType,String,io.army.criteria.Expression> valueFunc,
 String pattern,
 io.army.criteria.Expression flags)

The MappingType of function return type: BooleanType

Parameters:

valueFunc - valid function are :

• SQLSyntax.literal(TypeInfer, Object)
• SQLSyntax.param(TypeInfer, Object)
• SQLSyntax.namedLiteral(TypeInfer, String)
• SQLSyntax.namedParam(TypeInfer, String)

See Also:

• regexpLike(Expression, Expression)
• regexp_like ( string text, pattern text [, flags text ] ) → boolean

regexpLike

public static io.army.criteria.IPredicate regexpLike(io.army.criteria.Expression string,
 io.army.criteria.Expression pattern,
 io.army.criteria.Expression flags)

The MappingType of function return type: BooleanType

See Also:

• regexpLike(Expression, Expression)
• regexp_like ( string text, pattern text [, flags text ] ) → boolean

regexpMatch

public static io.army.criteria.SimpleExpression regexpMatch(io.army.criteria.Expression string,
 io.army.criteria.Expression pattern)

The MappingType of function return type: TextArrayType

See Also:

• regexp_match ( string text, pattern text [, flags text ] ) → text[]

regexpMatch

public static io.army.criteria.SimpleExpression regexpMatch(io.army.criteria.Expression string,
 io.army.criteria.Expression pattern,
 io.army.criteria.Expression flags)

The MappingType of function return type: TextArrayType

See Also:

• regexp_match ( string text, pattern text [, flags text ] ) → text[]

regexpMatches

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction regexpMatches(io.army.criteria.Expression string,
 io.army.criteria.Expression pattern)

The MappingType of function return type: TextArrayType

See Also:

• regexp_like ( string text, pattern text [, flags text ] ) → boolean

regexpMatches

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction regexpMatches(io.army.criteria.Expression string,
 io.army.criteria.Expression pattern,
 io.army.criteria.Expression flags)

The MappingType of function return type: TextArrayType

See Also:

• regexp_like ( string text, pattern text [, flags text ] ) → boolean

regexpReplace

public static io.army.criteria.SimpleExpression regexpReplace(io.army.criteria.Expression string,
 io.army.criteria.Expression pattern,
 io.army.criteria.Expression replacement)

The MappingType of function return type: TextType

See Also:

• regexp_replace ( string text, pattern text, replacement text [, start integer ] [, flags text ] ) → text

regexpReplace

public static io.army.criteria.SimpleExpression regexpReplace(io.army.criteria.Expression string,
 io.army.criteria.Expression pattern,
 io.army.criteria.Expression replacement,
 io.army.criteria.Expression startOrFlag)

The MappingType of function return type: TextType

See Also:

• regexp_replace ( string text, pattern text, replacement text [, start integer ] [, flags text ] ) → text

regexpReplace

public static io.army.criteria.SimpleExpression regexpReplace(io.army.criteria.Expression string,
 io.army.criteria.Expression pattern,
 io.army.criteria.Expression replacement,
 io.army.criteria.Expression start,
 io.army.criteria.Expression nOrFlat)

The MappingType of function return type: TextType

See Also:

• regexpLike(Expression, Expression)
• regexp_replace ( string text, pattern text, replacement text [, start integer ] [, flags text ] ) → text ; regexp_replace ( string text, pattern text, replacement text, start integer, N integer [, flags text ] ) → text

regexpReplace

public static io.army.criteria.SimpleExpression regexpReplace(io.army.criteria.Expression string,
 io.army.criteria.Expression pattern,
 io.army.criteria.Expression replacement,
 io.army.criteria.Expression start,
 io.army.criteria.Expression n,
 io.army.criteria.Expression flags)

The MappingType of function return type: TextType

See Also:

• regexpReplace(Expression, Expression, Expression, Expression, Expression)
• regexpReplace(Expression, Expression, Expression, Expression)
• regexp_replace ( string text, pattern text, replacement text [, start integer ] [, flags text ] ) → text

regexpSplitToArray

public static io.army.criteria.SimpleExpression regexpSplitToArray(io.army.criteria.Expression string,
 io.army.criteria.Expression pattern)

The MappingType of function return type: TextArrayType

See Also:

• regexpSplitToArray(Expression, Expression, Expression)
• regexp_split_to_array ( string text, pattern text [, flags text ] ) → text[]

regexpSplitToArray

public static io.army.criteria.SimpleExpression regexpSplitToArray(io.army.criteria.Expression string,
 io.army.criteria.Expression pattern,
 io.army.criteria.Expression flags)

The MappingType of function return type: TextArrayType

See Also:

• regexpSplitToArray(Expression, Expression)
• regexp_split_to_array ( string text, pattern text [, flags text ] ) → text[]

regexpSplitToTable

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction regexpSplitToTable(io.army.criteria.Expression string,
 io.army.criteria.Expression pattern)

The MappingType of function return type: TextType

See Also:

• regexpSplitToTable(Expression, Expression, Expression)
• regexp_split_to_table ( string text, pattern text [, flags text ] ) → setof text

regexpSplitToTable

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction regexpSplitToTable(io.army.criteria.Expression string,
 io.army.criteria.Expression pattern,
 io.army.criteria.Expression flags)

The MappingType of function return type: TextType

See Also:

• regexpSplitToTable(Expression, Expression)
• regexp_split_to_table ( string text, pattern text [, flags text ] ) → setof text

regexpSubstr

public static io.army.criteria.SimpleExpression regexpSubstr(io.army.criteria.Expression string,
 io.army.criteria.Expression pattern,
 io.army.criteria.Expression start)

The MappingType of function return type: TextType

See Also:

• regexp_substr ( string text, pattern text [, start integer [, N integer [, flags text [, subexpr integer ] ] ] ] ) → text

regexpSubstr

public static io.army.criteria.SimpleExpression regexpSubstr(io.army.criteria.Expression string,
 io.army.criteria.Expression pattern,
 io.army.criteria.Expression start,
 io.army.criteria.Expression n)

The MappingType of function return type: TextType

See Also:

• regexp_substr ( string text, pattern text [, start integer [, N integer [, flags text [, subexpr integer ] ] ] ] ) → text

regexpSubstr

public static io.army.criteria.SimpleExpression regexpSubstr(io.army.criteria.Expression string,
 io.army.criteria.Expression pattern,
 io.army.criteria.Expression start,
 io.army.criteria.Expression n,
 io.army.criteria.Expression flags)

The MappingType of function return type: TextType

See Also:

• regexp_substr ( string text, pattern text [, start integer [, N integer [, flags text [, subexpr integer ] ] ] ] ) → text

regexpSubstr

public static io.army.criteria.SimpleExpression regexpSubstr(io.army.criteria.Expression string,
 io.army.criteria.Expression pattern,
 io.army.criteria.Expression start,
 io.army.criteria.Expression n,
 io.army.criteria.Expression flags,
 io.army.criteria.Expression subExpr)

The MappingType of function return type: TextType

See Also:

• regexp_substr ( string text, pattern text [, start integer [, N integer [, flags text [, subexpr integer ] ] ] ] ) → text

repeat

public static io.army.criteria.SimpleExpression repeat(io.army.criteria.Expression string,
 io.army.criteria.Expression number)

The MappingType of function return type: TextType

See Also:

• repeat ( string text, number integer ) → text

replace

public static io.army.criteria.SimpleExpression replace(io.army.criteria.Expression string,
 io.army.criteria.Expression from,
 io.army.criteria.Expression to)

The MappingType of function return type: TextType

See Also:

• replace ( string text, from text, to text ) → text

reverse

public static io.army.criteria.SimpleExpression reverse(io.army.criteria.Expression string)

The MappingType of function return type: TextType

See Also:

• reverse ( text ) → text

right

public static io.army.criteria.SimpleExpression right(io.army.criteria.Expression string,
 io.army.criteria.Expression n)

The MappingType of function return type: TextType

See Also:

• right ( string text, n integer ) → text

rpad

public static io.army.criteria.SimpleExpression rpad(io.army.criteria.Expression string,
 io.army.criteria.Expression length)

The MappingType of function return type: TextType

See Also:

• rpad ( string text, length integer [, fill text ] ) → text

rpad

public static io.army.criteria.SimpleExpression rpad(io.army.criteria.Expression string,
 io.army.criteria.Expression length,
 io.army.criteria.Expression fill)

The MappingType of function return type: TextType

See Also:

• rpad ( string text, length integer [, fill text ] ) → text

rtrim

public static io.army.criteria.SimpleExpression rtrim(io.army.criteria.Expression string)

The MappingType of function return type: TextType

See Also:

• rtrim ( string text [, characters text ] ) → text

rtrim

public static io.army.criteria.SimpleExpression rtrim(io.army.criteria.Expression string,
 io.army.criteria.Expression characters)

The MappingType of function return type: the MappingType of string

See Also:

• rtrim ( string text [, characters text ] ) → text
• rtrim ( bytes bytea, bytesremoved bytea ) → bytea

splitPart

public static io.army.criteria.SimpleExpression splitPart(io.army.criteria.Expression string,
 io.army.criteria.Expression delimiter,
 io.army.criteria.Expression n)

The MappingType of function return type: TextType

See Also:

• split_part ( string text, delimiter text, n integer ) → text

startsWith

public static io.army.criteria.IPredicate startsWith(io.army.criteria.Expression string,
 io.army.criteria.Expression prefix)

The MappingType of function return type: BooleanType

See Also:

• PostgreSyntax.caretAt(Expression, Expression)
• starts_with ( string text, prefix text ) → boolean

stringToArray

public static io.army.criteria.SimpleExpression stringToArray(io.army.criteria.Expression string,
 io.army.criteria.Expression delimiter)

The MappingType of function return type: TextArrayType

See Also:

• string_to_array ( string text, delimiter text [, null_string text ] ) → text[]

stringToArray

public static io.army.criteria.SimpleExpression stringToArray(io.army.criteria.Expression string,
 io.army.criteria.Expression delimiter,
 io.army.criteria.Expression nullString)

The MappingType of function return type: TextArrayType

See Also:

• string_to_array ( string text, delimiter text [, null_string text ] ) → text[]

stringToTable

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction stringToTable(io.army.criteria.Expression string,
 io.army.criteria.Expression delimiter)

The MappingType of function return type: TextType

See Also:

• string_to_table ( string text, delimiter text [, null_string text ] ) → setof text

stringToTable

public static io.army.criteria.impl.Functions._ColumnWithOrdinalityFunction stringToTable(io.army.criteria.Expression string,
 io.army.criteria.Expression delimiter,
 io.army.criteria.Expression nullString)

The MappingType of function return type: TextType

See Also:

• string_to_table ( string text, delimiter text [, null_string text ] ) → setof text

strPos

public static io.army.criteria.SimpleExpression strPos(io.army.criteria.Expression string,
 io.army.criteria.Expression substring)

The MappingType of function return type: IntegerType

See Also:

• strpos ( string text, substring text ) → integer

substr

public static io.army.criteria.SimpleExpression substr(io.army.criteria.Expression string,
 io.army.criteria.Expression start)

The MappingType of function return type: the MappingType of string

See Also:

• substr ( string text, start integer [, count integer ] ) → text
• substr ( bytes bytea, start integer [, count integer ] ) → bytea

substr

public static io.army.criteria.SimpleExpression substr(io.army.criteria.Expression string,
 io.army.criteria.Expression start,
 io.army.criteria.Expression count)

The MappingType of function return type: the MappingType of string

See Also:

• substr ( string text, start integer [, count integer ] ) → text
• substr ( bytes bytea, start integer [, count integer ] ) → bytea

toAscii

public static io.army.criteria.SimpleExpression toAscii(io.army.criteria.Expression string)

The MappingType of function return type: TextType

See Also:

• to_ascii ( string text ) → text
  to_ascii ( string text, encoding name ) → text
  to_ascii ( string text, encoding integer ) → text

toAscii

public static io.army.criteria.SimpleExpression toAscii(io.army.criteria.Expression string,
 io.army.criteria.Expression encoding)

The MappingType of function return type: TextType

See Also:

• to_ascii ( string text ) → text
  to_ascii ( string text, encoding name ) → text
  to_ascii ( string text, encoding integer ) → text

toHex

public static io.army.criteria.SimpleExpression toHex(io.army.criteria.Expression integer)

The MappingType of function return type: TextType

See Also:

• to_hex ( integer ) → text
  to_hex ( bigint ) → text

translate

public static io.army.criteria.SimpleExpression translate(io.army.criteria.Expression string,
 io.army.criteria.Expression from,
 io.army.criteria.Expression to)

The MappingType of function return type: TextType

See Also:

• translate ( string text, from text, to text ) → text

uniStr

public static io.army.criteria.SimpleExpression uniStr(io.army.criteria.Expression string)

The MappingType of function return type: TextType

See Also:

• unistr ( text ) → text
  to_hex ( bigint ) → text

bitCount

public static io.army.criteria.SimpleExpression bitCount(io.army.criteria.Expression bit)

The MappingType of function return type: LongType

See Also:

• bit_count ( bit ) → bigint
• bit_count ( bytes bytea ) → bigint

getBit

public static io.army.criteria.SimpleExpression getBit(io.army.criteria.Expression bits,
 io.army.criteria.Expression n)

The MappingType of function return type: IntegerType

See Also:

• get_bit ( bits bit, n integer ) → integer
• get_bit ( bytes bytea, n bigint ) → integer

setBit

public static io.army.criteria.SimpleExpression setBit(io.army.criteria.Expression bits,
 io.army.criteria.Expression n)

The MappingType of function return type: the MappingType of bits

See Also:

• set_bit ( bits bit, n integer, newvalue integer ) → bit
• set_bit ( bytes bytea, n bigint, newvalue integer ) → bytea

getByte

public static io.army.criteria.SimpleExpression getByte(io.army.criteria.Expression bits,
 io.army.criteria.Expression n)

The MappingType of function return type: IntegerType

See Also:

• get_bit ( bytes bytea, n bigint ) → integer

length

public static io.army.criteria.SimpleExpression length(io.army.criteria.Expression bytes,
 io.army.criteria.Expression encoding)

The MappingType of function return type: IntegerType

See Also:

• length ( bytes bytea, encoding name ) → integer

setBit

public static io.army.criteria.SimpleExpression setBit(io.army.criteria.Expression bits,
 io.army.criteria.Expression n,
 io.army.criteria.Expression newValue)

The MappingType of function return type: the MappingType of bits

See Also:

• set_bit ( bytes bytea, n bigint, newvalue integer ) → bytea

setByte

public static io.army.criteria.SimpleExpression setByte(io.army.criteria.Expression bits,
 io.army.criteria.Expression n,
 io.army.criteria.Expression newValue)

The MappingType of function return type: the MappingType of bits

See Also:

• set_byte ( bytes bytea, n integer, newvalue integer ) → bytea

sha224

public static io.army.criteria.SimpleExpression sha224(io.army.criteria.Expression bytea)

The MappingType of function return type: the MappingType of bytea

See Also:

• sha224 ( bytea ) → bytea

sha256

public static io.army.criteria.SimpleExpression sha256(io.army.criteria.Expression bytea)

The MappingType of function return type: the MappingType of bytea

See Also:

• sha256 ( bytea ) → bytea

sha384

public static io.army.criteria.SimpleExpression sha384(io.army.criteria.Expression bytea)

The MappingType of function return type: the MappingType of bytea

See Also:

• sha384 ( bytea ) → bytea

sha512

public static io.army.criteria.SimpleExpression sha512(io.army.criteria.Expression bytea)

The MappingType of function return type: the MappingType of bytea

See Also:

• sha512 ( bytea ) → bytea

convert

public static io.army.criteria.SimpleExpression convert(io.army.criteria.Expression bytea,
 io.army.criteria.Expression srcEncoding,
 io.army.criteria.Expression destEncoding)

The MappingType of function return type: the MappingType of bytea

See Also:

• convert ( bytes bytea, src_encoding name, dest_encoding name ) → bytea

convertFrom

public static io.army.criteria.SimpleExpression convertFrom(io.army.criteria.Expression bytea,
 io.army.criteria.Expression srcEncoding)

The MappingType of function return type: TextType .

See Also:

• convert_from ( bytes bytea, src_encoding name ) → text

convertTo

public static io.army.criteria.SimpleExpression convertTo(io.army.criteria.Expression bytea,
 io.army.criteria.Expression destEncoding)

The MappingType of function return type: VarBinaryType .

See Also:

• convert_to ( string text, dest_encoding name ) → bytea

encode

public static io.army.criteria.SimpleExpression encode(io.army.criteria.Expression bytea,
 io.army.criteria.Expression format)

The MappingType of function return type: TextType

See Also:

• encode ( bytes bytea, format text ) → text

decode

public static io.army.criteria.SimpleExpression decode(io.army.criteria.Expression text,
 io.army.criteria.Expression format)

The MappingType of function return type: VarBinaryType

See Also:

• decode ( string text, format text ) → bytea

cases

public static io.army.criteria.standard.SQLFunction._CaseFuncWhenClause cases()

cases

public static io.army.criteria.standard.SQLFunction._CaseFuncWhenClause cases(io.army.criteria.Expression arg0)

acos

public static io.army.criteria.SimpleExpression acos(Object arg0)

asin

public static io.army.criteria.SimpleExpression asin(Object arg0)

atan

public static io.army.criteria.SimpleExpression atan(Object arg0)

atan

public static io.army.criteria.SimpleExpression atan(Object arg0,
 Object arg1)

ceil

public static io.army.criteria.SimpleExpression ceil(Object arg0)

conv

public static io.army.criteria.SimpleExpression conv(Object arg0,
 Object arg1,
 Object arg2)

cos

public static io.army.criteria.SimpleExpression cos(Object arg0)

cot

public static io.army.criteria.SimpleExpression cot(Object arg0)

crc32

public static io.army.criteria.SimpleExpression crc32(Object arg0)

degrees

public static io.army.criteria.SimpleExpression degrees(Object arg0)

exp

public static io.army.criteria.SimpleExpression exp(Object arg0)

floor

public static io.army.criteria.SimpleExpression floor(Object arg0)

format

public static io.army.criteria.SimpleExpression format(Object arg0,
 Object arg1)

ln

public static io.army.criteria.SimpleExpression ln(Object arg0)

log

public static io.army.criteria.SimpleExpression log(Object arg0)

log

public static io.army.criteria.SimpleExpression log(Object arg0,
 Object arg1)

log10

public static io.army.criteria.SimpleExpression log10(Object arg0)

pi

public static io.army.criteria.SimpleExpression pi()

pow

public static io.army.criteria.SimpleExpression pow(Object arg0,
 Object arg1)

radians

public static io.army.criteria.SimpleExpression radians(Object arg0)

rand

public static io.army.criteria.SimpleExpression rand()

rand

public static io.army.criteria.SimpleExpression rand(Object arg0)

round

public static io.army.criteria.SimpleExpression round(Object arg0)

round

public static io.army.criteria.SimpleExpression round(Object arg0,
 Object arg1)

sign

public static io.army.criteria.SimpleExpression sign(Object arg0)

sin

public static io.army.criteria.SimpleExpression sin(Object arg0)

tan

public static io.army.criteria.SimpleExpression tan(Object arg0)

truncate

public static io.army.criteria.SimpleExpression truncate(Object arg0,
 Object arg1)

mod

public static io.army.criteria.SimpleExpression mod(Object arg0,
 Object arg1)

abs

public static io.army.criteria.SimpleExpression abs(Object arg0)

sqrt

public static io.army.criteria.SimpleExpression sqrt(Object arg0)

nullIf

public static io.army.criteria.SimpleExpression nullIf(Object arg0,
 Object arg1)

substring

public static io.army.criteria.SimpleExpression substring(Object arg0,
 Object arg1,
 Object arg2)

trim

public static io.army.criteria.SimpleExpression trim(Object arg0)

trim

public static io.army.criteria.SimpleExpression trim(Object arg0,
 io.army.criteria.impl.SQLs.WordFrom arg1,
 Object arg2)

trim

public static io.army.criteria.SimpleExpression trim(io.army.criteria.impl.SQLs.TrimSpec arg0,
 io.army.criteria.impl.SQLs.WordFrom arg1,
 Object arg2)

trim

public static io.army.criteria.SimpleExpression trim(io.army.criteria.impl.SQLs.TrimSpec arg0,
 Object arg1,
 io.army.criteria.impl.SQLs.WordFrom arg2,
 Object arg3)

locate

public static io.army.criteria.SimpleExpression locate(Object arg0,
 Object arg1)

locate

public static io.army.criteria.SimpleExpression locate(Object arg0,
 Object arg1,
 Object arg2)

binLength

public static io.army.criteria.SimpleExpression binLength(Object arg0)

lower

public static io.army.criteria.SimpleExpression lower(Object arg0)

upper

public static io.army.criteria.SimpleExpression upper(Object arg0)

jsonArrayAgg

public static io.army.criteria.SimpleExpression jsonArrayAgg(io.army.criteria.Expression arg0)

std

public static io.army.criteria.SimpleExpression std(io.army.criteria.Expression arg0)

myFunc

public static io.army.criteria.SimpleExpression myFunc(String arg0,
 io.army.meta.TypeMeta arg1)

myFunc

public static io.army.criteria.SimplePredicate myFunc(String arg0)

myFunc

public static io.army.criteria.SimpleExpression myFunc(String arg0,
 io.army.criteria.Expression arg1,
 io.army.meta.TypeMeta arg2)

myFunc

public static io.army.criteria.SimplePredicate myFunc(String arg0,
 io.army.criteria.Expression arg1)

myFunc

public static io.army.criteria.SimpleExpression myFunc(String arg0,
 io.army.criteria.Expression arg1,
 io.army.criteria.Expression arg2,
 io.army.meta.TypeMeta arg3)

myFunc

public static io.army.criteria.SimplePredicate myFunc(String arg0,
 io.army.criteria.Expression arg1,
 io.army.criteria.Expression arg2)

myFunc

public static io.army.criteria.SimpleExpression myFunc(String arg0,
 io.army.criteria.Expression arg1,
 io.army.criteria.Expression arg2,
 io.army.criteria.Expression arg3,
 io.army.meta.TypeMeta arg4)

myFunc

public static io.army.criteria.SimplePredicate myFunc(String arg0,
 io.army.criteria.Expression arg1,
 io.army.criteria.Expression arg2,
 io.army.criteria.Expression arg3)

myFunc

public static io.army.criteria.SimpleExpression myFunc(String arg0,
 List<io.army.criteria.Expression> arg1,
 io.army.meta.TypeMeta arg2)

myFunc

public static io.army.criteria.SimplePredicate myFunc(String arg0,
 List<io.army.criteria.Expression> arg1)