Uses of Interface
org.openl.rules.dt.algorithm.IDecisionTableAlgorithm

Packages that use IDecisionTableAlgorithm

Package	Description
org.openl.rules.dt
org.openl.rules.dt.algorithm
org.openl.rules.lang.xls.binding.wrapper.base

Uses of IDecisionTableAlgorithm in org.openl.rules.dt

Methods in org.openl.rules.dt that return IDecisionTableAlgorithm

Modifier and Type	Method	Description
IDecisionTableAlgorithm	DecisionTable.getAlgorithm()

Uses of IDecisionTableAlgorithm in org.openl.rules.dt.algorithm

Classes in org.openl.rules.dt.algorithm that implement IDecisionTableAlgorithm

Modifier and Type	Class	Description
class	DecisionTableOptimizedAlgorithm	The basic algorithm for decision table (DT) evaluation is straightforward (let's consider table with conditions and actions as columns and rules as rows - you remember that OpenL Tablets allow both this and transposed orientation): For each rule (row) from the top to the bottom of the table evaluate conditions from the left to the right If all conditions are true, execute all the actions in the rule from the left to the right, if any condition is false stop evaluating conditions, go to the next rule If the action is non-empty return action then return the value of the action (stops the evaluation) If no rules left then return null The logic of the algorithm must be kept intact in all optimization implementations, unless some permutations are explicitly allowed.
class	TwoDimensionalAlgorithm

Methods in org.openl.rules.dt.algorithm that return IDecisionTableAlgorithm

Modifier and Type	Method	Description
IDecisionTableAlgorithm	DecisionTableAlgorithmBuilder.prepareAndBuildAlgorithm(IBindingContext bindingContext)
IDecisionTableAlgorithm	IAlgorithmBuilder.prepareAndBuildAlgorithm(IBindingContext bindingContext)

Uses of IDecisionTableAlgorithm in org.openl.rules.lang.xls.binding.wrapper.base

Methods in org.openl.rules.lang.xls.binding.wrapper.base that return IDecisionTableAlgorithm

Modifier and Type	Method	Description
IDecisionTableAlgorithm	AbstractDecisionTableWrapper.getAlgorithm()