Uses of Interface
com.massa.mrules.context.compile.ICompilationContext

Packages that use ICompilationContext

Package	Description
com.massa.mrules.accessor
com.massa.mrules.accessor.arithmetic
com.massa.mrules.action
com.massa.mrules.addon
com.massa.mrules.callable
com.massa.mrules.condition
com.massa.mrules.context
com.massa.mrules.context.compile
com.massa.mrules.context.execute
com.massa.mrules.executable
com.massa.mrules.extensions.dsl.factory
com.massa.mrules.factory
com.massa.mrules.factory.ser
com.massa.mrules.factory.xml
com.massa.mrules.operator.evaluation
com.massa.mrules.operator.logical
com.massa.mrules.operator.math
com.massa.mrules.optimizer
com.massa.mrules.set
com.massa.mrules.util.property

Uses of ICompilationContext in com.massa.mrules.accessor

Methods in com.massa.mrules.accessor with parameters of type ICompilationContext

Modifier and Type	Method and Description
protected void	MMinMaxAccessor.commonCompile(ICompilationContext ctxt, Class<?> expectedType, Class<?> expectedGenericType)
protected void	MSearchAccessor.commonCompile(ICompilationContext ctxt, Class<?> expectedType, Class<?> expectedGenericType)
<G,C extends Collection<G>> void	MSubPartAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
<G,C extends Collection<G>> void	MConditionsCountAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType) Unsupported.
<G,C extends Collection<G>> void	MValuesAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
<G,C extends Collection<G>> void	MCastAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
<G,C extends Collection<G>> void	MConcatenateAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType) Unsupported.
<G,C extends Collection<G>> void	MSplitAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
<G,C extends Collection<G>> void	MCountAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType) Unsupported.
<G,C extends Collection<G>> void	MMapEntriesAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
<G,C extends Collection<G>> void	MTernaryAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
<G,C extends Collection<G>> void	MVariablePropertyAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
abstract <G,C extends Collection<G>> void	AbstractReadAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType) Implementation to handle case when expected result is a Collection.
<G,C extends Collection<G>> void	MDateDiffAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
<G,C extends Collection<G>> void	MNullIfEmptyAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
<G,C extends Collection<G>> void	MIterateAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
<G,C extends Collection<G>> void	MCoalesceAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
<G,C extends Collection<G>> void	AbstractMapAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
<G,C extends Collection<G>> void	MSizeAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
<G,C extends Collection<G>> void	MNewInstanceAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
<G,C extends Collection<G>> void	MSearchAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
<G,C extends Collection<G>> void	MDateManipulationAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
<G,C extends Collection<G>> void	AbstractConditionWrapperAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType) Unsupported.
<G,C extends Collection<G>> void	MFormatAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
<G,C extends Collection<G>> void	MPropertyAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
<G,C extends Collection<G>> void	AbstractExecutableWrapperAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType) Unsupported.
<G,C extends Collection<G>> void	MValueAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
<G,C extends Collection<G>> void	AbstractPropertyCheckAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType) Throws MRuleValidationException
void	AbstractReadAccessor.compileRead(ICompilationContext ctxt)
void	IReadAccessor.compileRead(ICompilationContext ctxt) Compiles this accessor to retrieve a value or a Collection, with no constraint.
void	AbstractReadAccessor.compileRead(ICompilationContext ctxt, Class<?> expectedType)
void	IReadAccessor.compileRead(ICompilationContext ctxt, Class<?> expectedType) Compiles this accessor to retrieve a value or a Collection, for witch generic type should be automatically detected if possible.
<G,C extends Collection<G>> void	AbstractReadAccessor.compileRead(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
<G,C extends Collection<G>> void	IReadAccessor.compileRead(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType) Compiles this accessor to retrieve a collection, for witch generic type should be automatically detected if not provided and possible.
void	AbstractReadAccessor.compileRead(ICompilationContext ctxt, IAccessor accessor)
void	IReadAccessor.compileRead(ICompilationContext ctxt, IAccessor accessor) Compiles this accessor to retrieve a value or a Collection, in order to conform to what the provided one awaits for.
void	MVariablePropertyAccessor.compileReadWrite(ICompilationContext ctxt, boolean forReadTarget)
void	MPropertyAccessor.compileReadWrite(ICompilationContext ctxt, boolean forReadTarget)
void	IReadWriteAccessor.compileReadWrite(ICompilationContext ctxt, boolean forReadTarget) Compiles this accessor to get or set a value.
void	MSubPartAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	MFilterAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	MConditionsCountAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	MValuesAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	MCastAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	MConcatenateAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	MSplitAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	MCountAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	MTernaryAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	MVariablePropertyAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
abstract void	AbstractReadAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType) Implementation to handle case when expected result is a single value.
void	MDateDiffAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	MNullIfEmptyAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	MIterateAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	MCoalesceAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	AbstractMapAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	MSizeAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	MNewInstanceAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	MSearchAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	MDateManipulationAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	AbstractConditionWrapperAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	MFormatAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	MPropertyAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	AbstractExecutableWrapperAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	MValueAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	AbstractPropertyCheckAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType) Calls AbstractPropertyCheckAccessor.internalCompileValue(ICompilationContext, IProperty2) at end of process
void	IWriteAccessor.compileWrite(ICompilationContext ctxt) Compiles this accessor to set a value.
void	MVariablePropertyAccessor.compileWrite(ICompilationContext ctxt)
void	MPropertyAccessor.compileWrite(ICompilationContext ctxt)
CostInfo	MSubPartAccessor.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	MConditionsCountAccessor.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	MValuesAccessor.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	MConcatenateAccessor.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	MCountAccessor.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	MTernaryAccessor.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	MVariablePropertyAccessor.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	MDateDiffAccessor.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	MIterateAccessor.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	MCoalesceAccessor.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	MMinMaxAccessor.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	MNewInstanceAccessor.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	MSearchAccessor.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	MDateManipulationAccessor.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	AbstractReadSourceAccessor.getEstimatedReadCost(ICompilationContext ctxt) Returns source's cost + 1.
CostInfo	AbstractConditionWrapperAccessor.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	MFormatAccessor.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	IReadAccessor.getEstimatedReadCost(ICompilationContext ctxt) Estimates the reading complexity, to allow callers to optimize calls.
CostInfo	MPropertyAccessor.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	AbstractExecutableWrapperAccessor.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	MValueAccessor.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	AbstractPropertyCheckAccessor.getEstimatedReadCost(ICompilationContext ctxt) Returns default cost of 1.
protected PropertyCompiler2	MPropertyAccessor.getPropertyCompiler(ICompilationContext ctxt) Allows to override usage of PropertyCompiler2 for this Accessor.
protected void	MDefinedAccessor.internalCompileValue(ICompilationContext ctxt, IProperty2 compiledProperty)
protected void	MAvailableAccessor.internalCompileValue(ICompilationContext ctxt, IProperty2 compiledProperty)
protected abstract void	AbstractPropertyCheckAccessor.internalCompileValue(ICompilationContext ctxt, IProperty2 compiledProperty) Final compilation steps should be implemented here.
static boolean	AbstractReadAccessor.isShouldNotCache(ICompilationContext ctxt, AddonInfo info) For optimization purpose, checks if results should be effectively cached.
void	MIterateAccessor.optimize(ICompilationContext ctxt) The automatic global constant value detection can not be applied to this implementation.
boolean	AbstractReadSourceAccessor.wasRegistered(ICompilationContext ctxt, IAddon parent, AddonInfo info)
boolean	MPropertyAccessor.wasRegistered(ICompilationContext ctxt, IAddon parent, AddonInfo info)

Uses of ICompilationContext in com.massa.mrules.accessor.arithmetic

Methods in com.massa.mrules.accessor.arithmetic with parameters of type ICompilationContext

Modifier and Type	Method and Description
<G,C extends Collection<G>> void	MSingleMathOperation.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
<G,C extends Collection<G>> void	Round.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
<G,C extends Collection<G>> void	Abs.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
<G,C extends Collection<G>> void	MArithmeticAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType) Unsupported.
void	MSingleMathOperation.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	Round.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	Average.compileValue(ICompilationContext ctxt, Class<?> expectedType) Compiles coefficient(s) accessor(s).
void	Abs.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	MArithmeticAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
void	Divide.compileValue(ICompilationContext ctxt, Class<?> expectedType) Checks that decimals property is present.
CostInfo	MSingleMathOperation.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	Average.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	MArithmeticAccessor.getEstimatedReadCost(ICompilationContext ctxt)
boolean	MSingleMathOperation.wasRegistered(ICompilationContext ctxt, IAddon parent, AddonInfo info)

Uses of ICompilationContext in com.massa.mrules.action

Methods in com.massa.mrules.action with parameters of type ICompilationContext

Modifier and Type	Method and Description
void	IAction.compile(ICompilationContext ctxt)
protected void	MActionAddAll.compileAction(ICompilationContext ctxt)
protected void	MActionSet.compileAction(ICompilationContext ctxt)
protected void	MActionAdd.compileAction(ICompilationContext ctxt)
protected abstract void	AbstractSrcTgtAction.compileAction(ICompilationContext ctxt)
protected void	MActionClear.compileExecutable(ICompilationContext ctxt)
protected void	MActionPrintF.compileExecutable(ICompilationContext ctxt)
protected void	MActionPrint.compileExecutable(ICompilationContext ctxt)
protected void	MAccessorWrapper.compileExecutable(ICompilationContext ctxt)
protected void	MActionSort.compileExecutable(ICompilationContext ctxt)
protected void	MActionUndefine.compileExecutable(ICompilationContext ctxt)
protected void	MActionResetCache.compileExecutable(ICompilationContext ctxt)
protected void	MActionExec.compileExecutable(ICompilationContext ctxt)
protected void	MActionDefine.compileExecutable(ICompilationContext ctxt)
protected void	MActionFlowControl.compileExecutable(ICompilationContext ctxt)
protected void	AbstractSrcTgtAction.compileExecutable(ICompilationContext ctxt) Checks inputs, calls AbstractSrcTgtAction.compileAction(ICompilationContext) and then registers addons.
CostInfo	MActionClear.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	MActionSort.getEstimatedReadCost(ICompilationContext ctxt)

Uses of ICompilationContext in com.massa.mrules.addon

Methods in com.massa.mrules.addon with parameters of type ICompilationContext

Modifier and Type	Method and Description
<G,C extends Collection<G>> void	DefaultVariablesManager.AbstractVariableAccessor.compileCollection(ICompilationContext ctxt, Class<C> expectedType, Class<G> expectedGenericType)
void	DefaultVariablesManager.AbstractVariableAccessor.compileValue(ICompilationContext ctxt, Class<?> expectedType)
static void	MAddonsUtils.enterCompile(ICompilationContext ctxt, IAddon addon, String compileType) Logs at compilation beginning. compileType might be provided to add information or be null to be ignored.
static void	MAddonsUtils.exitCompile(ICompilationContext ctxt, IAddon addon, String compileType) Logs at compilation ending. compileType might be provided to add information or be null to be ignored.
CostInfo	DefaultVariablesManager.AbstractVariableAccessor.getEstimatedReadCost(ICompilationContext ctxt)
void	IAddon.optimize(ICompilationContext ctxt) Called automatically at the end of the compilation process on all addons, allows an addon to perform internal optimization depending on data computed by all other addons during compilation process.
void	AbstractAddon.optimize(ICompilationContext ctxt) Convenience method, which does nothing.
void	AbstractAnonymousAddon.optimize(ICompilationContext ctxt) Convenience method, which does nothing.
boolean	IAddon.wasRegistered(ICompilationContext ctxt, IAddon parent, AddonInfo info) Hook called when addon is registered in context.
boolean	AbstractAddon.wasRegistered(ICompilationContext ctxt, IAddon parent, AddonInfo info) Convenience method, which does nothing.
boolean	AbstractAnonymousAddon.wasRegistered(ICompilationContext ctxt, IAddon parent, AddonInfo info) Convenience method, which does nothing.

Uses of ICompilationContext in com.massa.mrules.callable

Classes in com.massa.mrules.callable that implement ICompilationContext

Modifier and Type	Class and Description
class	CallableCompilationContext Compilation context dedicated to callable compilation.

Methods in com.massa.mrules.callable with parameters of type ICompilationContext

Modifier and Type	Method and Description
void	ICallable.compile(ICompilationContext ctxt) Compiles this callable and all its sub components.
void	Function.compile(ICompilationContext ctxt)
protected void	Call.compileExecutable(ICompilationContext ctxt)
protected void	Return.compileExecutable(ICompilationContext ctxt)
CostInfo	ICallable.getEstimatedReadCost(ICompilationContext ctxt) Estimates the whole call complexity, to allow callers to optimize calls.
CostInfo	Call.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	Function.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	ICallableRepository.getEstimatedReadCost(String name, ICompilationContext ctxt) Computes an estimated cost of the whole callable execution, in order to be able to optimize accurately.
boolean	Return.wasRegistered(ICompilationContext ctxt, IAddon parent, AddonInfo info)

Constructors in com.massa.mrules.callable with parameters of type ICompilationContext

Constructor and Description
CallableCompilationContext(ICompilationContext c)

Uses of ICompilationContext in com.massa.mrules.condition

Methods in com.massa.mrules.condition with parameters of type ICompilationContext

Modifier and Type	Method and Description
void	MConditionSet.compile(ICompilationContext ctxt) Checks presence of operator and conditions.
void	ICondition.compile(ICompilationContext ctxt) Compiles condition and validates data.
void	AbstractAccessorWrapperCondition.compile(ICompilationContext ctxt)
void	MHardCodedCondition.compile(ICompilationContext ctxt)
void	MConditionNot.compile(ICompilationContext ctxt)
void	MEvaluationCondition.compile(ICompilationContext ctxt) Check presence of operator and validates it.
CostInfo	MConditionSet.getEstimatedCost(ICompilationContext ctxt)
CostInfo	ICondition.getEstimatedCost(ICompilationContext ctxt) Estimates the condition complexity, to allow callers to optimize calls.
CostInfo	AbstractAccessorWrapperCondition.getEstimatedCost(ICompilationContext ctxt)
CostInfo	MHardCodedCondition.getEstimatedCost(ICompilationContext ctxt)
CostInfo	MConditionNot.getEstimatedCost(ICompilationContext ctxt)
CostInfo	MEvaluationCondition.getEstimatedCost(ICompilationContext ctxt)
void	MConditionSet.optimize(ICompilationContext ctxt) Optimizes conditions order inside this set, depending on their estimated cost, except if operator prevents it.
boolean	MEvaluationCondition.wasRegistered(ICompilationContext ctxt, IAddon parent, AddonInfo info)

Uses of ICompilationContext in com.massa.mrules.context

Methods in com.massa.mrules.context that return ICompilationContext

Modifier and Type	Method and Description
ICompilationContext	IContextFactory.getCompilationContext() Builds compilation context with the compilation level configured in the factory.
ICompilationContext	AbstractContextFactory.getCompilationContext()
ICompilationContext	IContextFactory.getCompilationContext(CompilationLevel level) Builds compilation context, overriding the compilation level configured in the factory.

Uses of ICompilationContext in com.massa.mrules.context.compile

Classes in com.massa.mrules.context.compile that implement ICompilationContext

Modifier and Type	Class and Description
class	AbstractCompilationContext Class allowing to compile the rule executionSet.
class	CompilationContextWrapper Wraps a compilation context instance and by default forwards all actions to wrapped object.
class	MCompilationContext Class allowing to compile the rule executionSet.
class	MExecutionContextConverter Allows to wrap a ICompilationContext in order to simulate an Execution context.
class	MInOutCompilationContext Class allowing to compile the rule executionSet.
class	MListCompilationContext This particular context intends to ensure compatibility with JSR 94 specs.
class	MStandaloneCompilationContext Class allowing to compile the rule executionSet.

Methods in com.massa.mrules.context.compile that return ICompilationContext

Modifier and Type	Method and Description
ICompilationContext	CompilationContextWrapper.getRootContext()
ICompilationContext	MExecutionContextConverter.getRootContext()
ICompilationContext	AbstractCompilationContext.getRootContext()
ICompilationContext	ICompilationContext.getRootContext()
static ICompilationContext	CompilationContextWrapper.getSubContext(ICompilationContext c, Class<?> newReadWriteBaseType)
static ICompilationContext	CompilationContextWrapper.getSubContext(ICompilationContext c, Class<?> newReadBaseType, Class<?> newWriteBaseType)
static ICompilationContext	CompilationContextWrapper.getSubContext(ICompilationContext c, CompilationLevel clToUse)
static ICompilationContext	CompilationContextWrapper.getSubContext(ICompilationContext c, CompilationLevel clToUse, Class<?> newReadWriteBaseType)
static ICompilationContext	CompilationContextWrapper.getSubContext(ICompilationContext c, CompilationLevel clToUse, Class<?> newReadBaseType, Class<?> newWriteBaseType)

Methods in com.massa.mrules.context.compile with parameters of type ICompilationContext

Modifier and Type	Method and Description
static ICompilationContext	CompilationContextWrapper.getSubContext(ICompilationContext c, Class<?> newReadWriteBaseType)
static ICompilationContext	CompilationContextWrapper.getSubContext(ICompilationContext c, Class<?> newReadBaseType, Class<?> newWriteBaseType)
static ICompilationContext	CompilationContextWrapper.getSubContext(ICompilationContext c, CompilationLevel clToUse)
static ICompilationContext	CompilationContextWrapper.getSubContext(ICompilationContext c, CompilationLevel clToUse, Class<?> newReadWriteBaseType)
static ICompilationContext	CompilationContextWrapper.getSubContext(ICompilationContext c, CompilationLevel clToUse, Class<?> newReadBaseType, Class<?> newWriteBaseType)

Constructors in com.massa.mrules.context.compile with parameters of type ICompilationContext

Constructor and Description
CompilationContextWrapper(ICompilationContext c)

Uses of ICompilationContext in com.massa.mrules.context.execute

Constructors in com.massa.mrules.context.execute with parameters of type ICompilationContext

Constructor and Description
MCompilationContextConverter(ICompilationContext c)

Uses of ICompilationContext in com.massa.mrules.executable

Methods in com.massa.mrules.executable with parameters of type ICompilationContext

Modifier and Type	Method and Description
void	AbstractExecutable.compile(ICompilationContext ctxt) Logs compilation beginning, delegates real operations to AbstractExecutable.compileExecutable(ICompilationContext) and the logs ending.
void	MRule.ElseIf.compile(ICompilationContext ctxt)
void	IExecutable.compile(ICompilationContext ctxt) Compiles the IExecutable to precompute data, ensure that future executions will work, etc ...
protected void	MExecutionBlock.compileExecutable(ICompilationContext ctxt)
protected abstract void	AbstractExecutable.compileExecutable(ICompilationContext ctxt) Called by AbstractExecutable.compile(ICompilationContext) to perform compilation operations.
protected void	MRule.compileExecutable(ICompilationContext ctxt)
protected void	AbstractVariableCreatorSource.compileExecutable(ICompilationContext ctxt)
protected void	MForEachNumber.compileExecutable(ICompilationContext ctxt)
protected void	AbstractVariableCreator.compileExecutable(ICompilationContext ctxt)
protected void	MIndex.compileExecutable(ICompilationContext ctxt)
protected void	MForEach.compileExecutable(ICompilationContext ctxt)
static void	AbstractExecutable.compileExecutables(ICompilationContext ctxt, List<? extends IExecutable> executables) Launched compilation process on a List of IExecutable, if not empty or null.
CostInfo	IExecutable.ValueReturning.getEstimatedReadCost(ICompilationContext ctxt) This kind of executable should provide a cost estimation in order to be used as accessor and be optimized effectively.
boolean	MIndex.wasRegistered(ICompilationContext ctxt, IAddon parent, AddonInfo info)

Uses of ICompilationContext in com.massa.mrules.extensions.dsl.factory

Constructors in com.massa.mrules.extensions.dsl.factory with parameters of type ICompilationContext

Constructor and Description
NativeLanguageFactory(ICompilationContext compilationContext)
NativeLanguageFactory(Locale locale, ICompilationContext compilationContext)

Uses of ICompilationContext in com.massa.mrules.factory

Methods in com.massa.mrules.factory that return ICompilationContext

Modifier and Type	Method and Description
ICompilationContext	AbstractRuleExecutionSetFactory.getCompilationContext()
ICompilationContext	IRuleExecutionSetFactory.getCompilationContext()

Methods in com.massa.mrules.factory with parameters of type ICompilationContext

Modifier and Type	Method and Description
void	AbstractRuleExecutionSetFactory.setCompilationContext(ICompilationContext compilationContext)
void	IRuleExecutionSetFactory.setCompilationContext(ICompilationContext compilationContext)

Constructors in com.massa.mrules.factory with parameters of type ICompilationContext

Constructor and Description
AbstractRuleExecutionSetFactory(ICompilationContext compilationContext)

Uses of ICompilationContext in com.massa.mrules.factory.ser

Constructors in com.massa.mrules.factory.ser with parameters of type ICompilationContext

Constructor and Description
SerializationFactory(ICompilationContext compilationContext)

Uses of ICompilationContext in com.massa.mrules.factory.xml

Constructors in com.massa.mrules.factory.xml with parameters of type ICompilationContext

Constructor and Description
AbstractXMLFactory(ICompilationContext compilationContext)
RichXMLFactory(ICompilationContext compilationContext)
SimpleXMLFactory(ICompilationContext compilationContext)

Uses of ICompilationContext in com.massa.mrules.operator.evaluation

Methods in com.massa.mrules.operator.evaluation with parameters of type ICompilationContext

Modifier and Type	Method and Description
void	IEvaluationOperator.compile(ICompilationContext ctxt, IEvaluationCondition condition) For additional validations, specific to this operator.
void	AbstractEvaluationOperator.compile(ICompilationContext ctxt, IEvaluationCondition condition) Does nothing except logging in basic implementation
protected void	BETWEEN.compileOperator(ICompilationContext ctxt, IEvaluationCondition condition)
protected void	AbstractEvaluationOperator.compileOperator(ICompilationContext ctxt, IEvaluationCondition condition) Does nothing in basic implementation

Uses of ICompilationContext in com.massa.mrules.operator.logical

Methods in com.massa.mrules.operator.logical with parameters of type ICompilationContext

Modifier and Type	Method and Description
void	AbstractLogicalOperator.compile(ICompilationContext ctxt, Iterable<ICondition> conditions) Does nothing except logging in basic implementation
void	ILogicalOperator.compile(ICompilationContext ctxt, Iterable<ICondition> conditions) For additional validations, specific to this operator.
protected void	AbstractLogicalOperator.compileOperator(ICompilationContext ctxt, Iterable<ICondition> conditions) Does nothing in basic implementation

Uses of ICompilationContext in com.massa.mrules.operator.math

Methods in com.massa.mrules.operator.math with parameters of type ICompilationContext

Modifier and Type	Method and Description
void	IMathOperator.compile(ICompilationContext ctxt, IReadAccessor left, IReadAccessor right) For additional validations, specific to this operator.
void	AbstractMathOperator.compile(ICompilationContext ctxt, IReadAccessor left, IReadAccessor right) Does nothing except logging in basic implementation
protected void	AbstractMathOperator.compileOperator(ICompilationContext ctxt, IReadAccessor left, IReadAccessor right) Does nothing in basic implementation

Uses of ICompilationContext in com.massa.mrules.optimizer

Methods in com.massa.mrules.optimizer with parameters of type ICompilationContext

Modifier and Type	Method and Description
protected abstract IAddon	AbstractRecursiveOptimizer.doAfterChildren(ICompilationContext ctxt, IAddon parent, PersistantPropertyInfo parentProp, IAddon addon) Hook called by AbstractRecursiveOptimizer.pOptimizeRecursively(ICompilationContext, IAddon, PersistantPropertyInfo, IAddon) after browsing all sub addons.
protected IAddon	MExpressionOptimizer.doAfterChildren(ICompilationContext ctxt, IAddon parent, PersistantPropertyInfo parentProp, IAddon addon) Performs optimization.
protected IAddon	MDeduplicationOptimizer.doAfterChildren(ICompilationContext ctxt, IAddon parent, PersistantPropertyInfo parentProp, IAddon addon) Does nothing.
protected IAddon	MConstantOptimizer.doAfterChildren(ICompilationContext ctxt, IAddon parent, PersistantPropertyInfo parentProp, IAddon addon) Does nothing.
protected IAddon	MReturnStatementOptimizer.doAfterChildren(ICompilationContext ctxt, IAddon parent, PersistantPropertyInfo parentProp, IAddon addon) Does nothing.
protected abstract IAddon	AbstractRecursiveOptimizer.doBeforeChildren(ICompilationContext ctxt, IAddon parent, PersistantPropertyInfo parentProp, IAddon addon) Hook called by AbstractRecursiveOptimizer.pOptimizeRecursively(ICompilationContext, IAddon, PersistantPropertyInfo, IAddon) before browsing all sub addons.
protected IAddon	MExpressionOptimizer.doBeforeChildren(ICompilationContext ctxt, IAddon parent, PersistantPropertyInfo parentProp, IAddon addon) Does nothing.
protected IAddon	MDeduplicationOptimizer.doBeforeChildren(ICompilationContext ctxt, IAddon parent, PersistantPropertyInfo parentProp, IAddon addon) Deduplicates before children parsing.
protected IAddon	MConstantOptimizer.doBeforeChildren(ICompilationContext ctxt, IAddon parent, PersistantPropertyInfo parentProp, IAddon addon) Replaces eligible Read Accessors and conditions by constant values.
protected IAddon	MReturnStatementOptimizer.doBeforeChildren(ICompilationContext ctxt, IAddon parent, PersistantPropertyInfo parentProp, IAddon addon) Does nothing.
void	IMOptimizerChain.optimize(ICompilationContext ctxt, IAddon rootAddon) Computes global optimization chain on provided addon.
void	AbstractOptimizer.optimize(ICompilationContext ctxt, IAddon rootAddon) Checks activation and delegated optimization to AbstractOptimizer.pOptimize(ICompilationContext, IAddon).
void	MOptimizerChain.optimize(ICompilationContext ctxt, IAddon rootAddon) Runs optimization chain.
void	IMOptimizer.optimize(ICompilationContext ctxt, IAddon rootAddon) Computes global optimization on provided addon.
protected void	AbstractRecursiveOptimizer.pOptimize(ICompilationContext ctxt, IAddon addon) Intermediate method between optimizer's entry point and recursive method, allowing for example to implement easily multi-pass optimizers.
protected abstract void	AbstractOptimizer.pOptimize(ICompilationContext ctxt, IAddon addon) Performs optimization.
protected void	MExpressionOptimizer.pOptimize(ICompilationContext ctxt, IAddon addon) Optimizes an addon hierarchy by searching and simplifying logical expression.
protected void	MSpecificAddonOptimizeOptimizer.pOptimize(ICompilationContext ctxt, IAddon rootAddon)
protected void	MDeduplicationOptimizer.pOptimize(ICompilationContext ctxt, IAddon addon) Initializes context data.
protected void	MReturnStatementOptimizer.pOptimize(ICompilationContext ctxt, IAddon addon)
protected void	AbstractRecursiveOptimizer.pOptimizeInCollection(ICompilationContext ctxt, IAddon parent, PersistantPropertyInfo parentProp, Collection<Object> propValues) Allows to parse a collection and call AbstractRecursiveOptimizer.pOptimizeRecursively(ICompilationContext, IAddon, PersistantPropertyInfo, IAddon) on all addons it contains.
protected void	MReturnStatementOptimizer.pOptimizeInCollection(ICompilationContext ctxt, IAddon parent, PersistantPropertyInfo parentProp, Collection<Object> propValues) Checks the addons collection to check that the return statement is in last position.
protected void	AbstractRecursiveOptimizer.pOptimizeInMap(ICompilationContext ctxt, IAddon parent, PersistantPropertyInfo parentProp, Map<Object,Object> propValues) Allows to parse a map and call AbstractRecursiveOptimizer.pOptimizeRecursively(ICompilationContext, IAddon, PersistantPropertyInfo, IAddon) on all addons it contains in values.
protected IAddon	AbstractRecursiveOptimizer.pOptimizeRecursively(ICompilationContext ctxt, IAddon parent, PersistantPropertyInfo parentProp, IAddon addon) Recursive method allowing to browse addon hierarchy.

Uses of ICompilationContext in com.massa.mrules.set

Methods in com.massa.mrules.set with parameters of type ICompilationContext

Modifier and Type	Method and Description
void	AbstractMRuleExecutionSet.compile(ICompilationContext ctxt) Launches global compilation process.
void	MRuleExecutionSetWrapper.compile(ICompilationContext ctxt)
protected abstract void	AbstractMRuleExecutionSet.compileRuleSet(ICompilationContext ctxt) Performs specific compilation actions, including addon registering in context.
protected void	MRuleExecutionSet.compileRuleSet(ICompilationContext ctxt)
CostInfo	MRuleExecutionSetWrapper.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	MRuleExecutionSet.getEstimatedReadCost(ICompilationContext ctxt)
CostInfo	MRuleExecutionSetWrapper.getEstimatedReadCost(String name, ICompilationContext ctxt)
CostInfo	MRuleExecutionSet.getEstimatedReadCost(String name, ICompilationContext ctxt)
void	AbstractMRuleExecutionSet.optimize(ICompilationContext ctxt) Launches global optimization process.
void	MRuleExecutionSetWrapper.optimize(ICompilationContext ctxt)
protected abstract void	AbstractMRuleExecutionSet.optimizeRuleSet(ICompilationContext ctxt) Performs specific optimization actions, including launching the optimization chain.
protected void	MRuleExecutionSet.optimizeRuleSet(ICompilationContext ctxt)
boolean	AbstractMRuleExecutionSet.wasRegistered(ICompilationContext ctxt, IAddon parent, AddonInfo info) Does nothing.
boolean	MRuleExecutionSetWrapper.wasRegistered(ICompilationContext ctxt, IAddon parent, AddonInfo info)

Uses of ICompilationContext in com.massa.mrules.util.property

Fields in com.massa.mrules.util.property declared as ICompilationContext

Modifier and Type	Field and Description
(package private) ICompilationContext	PropertyCompiler2.ctxt

Methods in com.massa.mrules.util.property with parameters of type ICompilationContext

Modifier and Type	Method and Description
void	SimpleProperty2.optimize(ICompilationContext ctxt, IPropertySource source)
void	IProperty2.optimize(ICompilationContext ctxt, IPropertySource source) Allows to optimize access if target type is known.
void	MappedProperty2.optimize(ICompilationContext ctxt, IPropertySource source)
void	StaticFieldProperty2.optimize(ICompilationContext ctxt, IPropertySource source)
void	GlobalVarProperty.optimize(ICompilationContext ctxt, IPropertySource source)
void	LocalVarProperty.optimize(ICompilationContext ctxt, IPropertySource source)
void	StaticMethodProperty2.optimize(ICompilationContext ctxt, IPropertySource source)
void	StrictMethodProperty2.optimize(ICompilationContext ctxt, IPropertySource source)
void	ConstantProperty2.optimize(ICompilationContext ctxt, IPropertySource source)
void	NestedProperty2.optimize(ICompilationContext ctxt, IPropertySource source)
void	IndexedProperty2.optimize(ICompilationContext ctxt, IPropertySource source)
void	StrictFieldProperty2.optimize(ICompilationContext ctxt, IPropertySource source)
void	SimpleProperty2.parentWasRegistered(ICompilationContext ctxt, IAddon parent)
void	IProperty2.parentWasRegistered(ICompilationContext ctxt, IAddon parent) Notifies this property that the owner has been registered in compilation context.
void	MappedProperty2.parentWasRegistered(ICompilationContext ctxt, IAddon parent)
void	StaticFieldProperty2.parentWasRegistered(ICompilationContext ctxt, IAddon parent)
void	GlobalVarProperty.parentWasRegistered(ICompilationContext ctxt, IAddon parent)
void	LocalVarProperty.parentWasRegistered(ICompilationContext ctxt, IAddon parent)
void	StaticMethodProperty2.parentWasRegistered(ICompilationContext ctxt, IAddon parent)
void	StrictMethodProperty2.parentWasRegistered(ICompilationContext ctxt, IAddon parent)
void	ConstantProperty2.parentWasRegistered(ICompilationContext ctxt, IAddon parent)
void	NestedProperty2.parentWasRegistered(ICompilationContext ctxt, IAddon parent)
void	IndexedProperty2.parentWasRegistered(ICompilationContext ctxt, IAddon parent)
void	StrictFieldProperty2.parentWasRegistered(ICompilationContext ctxt, IAddon parent)

Constructors in com.massa.mrules.util.property with parameters of type ICompilationContext

Constructor and Description
GlobalVarProperty(ICompilationContext ctxt, String property)
PropertyCompiler2(ICompilationContext ctxt)
StaticFieldProperty2(ICompilationContext ctxt, String declaringClass, String property)
StaticMethodProperty2(ICompilationContext ctxt, String declaringClass, String property, IProperty... arguments)