ClassName

<init>

Returns a class name created from the given parts. For example, calling this with package name "java.util" and simple names "Map", "Entry" yields Map.Entry.

canonicalName

Fully qualified name using . as a separator, like kotlin.collections.Map.Entry.

packageName

Package name, like "kotlin.collections" for Map.Entry.

simpleName

Simple name of this class, like "Entry" for Map.Entry.

simpleNames

The enclosing classes, outermost first, followed by the simple name. This is ["Map", "Entry"] for Map.Entry.

annotations

isAnnotated

isNullable

compareTo

Orders by the fully-qualified name. Nested types are ordered immediately after their enclosing type. For example, the following types are ordered by this method:

constructorReference

Callable reference to the constructor of this class. Emits the enclosing class if one exists, followed by the reference operator ::, followed by either simpleName or the fully-qualified name if this is a top-level class.

copy

enclosingClassName

Returns the enclosing class, like Map for Map.Entry. Returns null if this class is not nested in another class.

nestedClass

Returns a new ClassName instance for the specified name as nested inside this class.

peerClass

Returns a class that shares the same enclosing package or class. If this class is enclosed by another class, this is equivalent to enclosingClassName().nestedClass(name). Otherwise it is equivalent to get(packageName(), name).

reflectionName

Fully qualified name using . to separate package from the top level class name, and $ to separate nested classes, like kotlin.collections.Map$Entry.

topLevelClassName

Returns the top class in this nesting group. Equivalent to chained calls to ClassName.enclosingClassName until the result's enclosing class is null.

equals

hashCode

toString

bestGuess

Returns a new ClassName instance for the given fully-qualified class name string. This method assumes that the input is ASCII and follows typical Java style (lowercase package names, UpperCamelCase class names) and may produce incorrect results or throw IllegalArgumentException otherwise. For that reason, the constructor should be preferred as it can create ClassName instances without such restrictions.

jvmSuppressWildcards

jvmWildcard