Uses of Record Class
org.ek9lang.compiler.ir.data.CallMetaDataDetails

Packages that use CallMetaDataDetails

Package	Description
org.ek9lang.compiler.ir.data	IR Data Structures - Metadata and detail classes for IR instructions.
org.ek9lang.compiler.ir.support	IR Support Utilities - Helper classes for IR generation and processing.
org.ek9lang.compiler.phase7.calls
org.ek9lang.compiler.phase7.support

Uses of CallMetaDataDetails in org.ek9lang.compiler.ir.data

Methods in org.ek9lang.compiler.ir.data that return CallMetaDataDetails

Modifier and Type	Method	Description
CallMetaDataDetails	CallDetails.metaData()	Returns the value of the metaData record component.

Constructors in org.ek9lang.compiler.ir.data with parameters of type CallMetaDataDetails

Modifier	Constructor	Description
	CallDetails(String targetObject, String targetTypeName, String methodName, List<String> parameterTypes, String returnTypeName, List<String> arguments, CallMetaDataDetails metaData, boolean isVirtualCall, boolean isTraitCall, boolean isExplicitTraitDefaultCall)	Convenience constructor that defaults isExternTarget to true.
	CallDetails(String targetObject, String targetTypeName, String methodName, List<String> parameterTypes, String returnTypeName, List<String> arguments, CallMetaDataDetails metaData, boolean isVirtualCall, boolean isTraitCall, boolean isExplicitTraitDefaultCall, boolean isExternTarget)	Creates an instance of a CallDetails record class.

Uses of CallMetaDataDetails in org.ek9lang.compiler.ir.support

Classes in org.ek9lang.compiler.ir.support that implement interfaces with type arguments of type CallMetaDataDetails

Modifier and Type	Class	Description
class	CallMetaDataExtractor	Extracts call metadata from symbols for use in IR generation.

Methods in org.ek9lang.compiler.ir.support that return CallMetaDataDetails

Modifier and Type	Method	Description
CallMetaDataDetails	CallMetaDataExtractor.apply(ISymbol symbol)

Uses of CallMetaDataDetails in org.ek9lang.compiler.phase7.calls

Methods in org.ek9lang.compiler.phase7.calls that return CallMetaDataDetails

Modifier and Type	Method	Description
CallMetaDataDetails	SynthesisedCallMetaData.apply(ISymbol targetType, String methodName)	Metadata for a zero-argument call (operand._isSet(), resource._close()).
CallMetaDataDetails	SynthesisedCallMetaData.apply(ISymbol targetType, String methodName, List<ISymbol> argumentTypes)	Resolve methodName(argumentTypes) on targetType and read the metadata off the resolved callee.
CallMetaDataDetails	SynthesisedCallMetaData.forConstructor(ISymbol targetType, List<ISymbol> argumentTypes)	Metadata for a CONSTRUCTOR call on the given type - the default constructor when argumentTypes is empty, otherwise the matching overload (e.g.
static CallMetaDataDetails	SynthesisedCallMetaData.forNamedOperatorOnly(String methodName)	The honest metadata for a callee with NO target symbol available at all - the OperatorMap declaration where the name is a declared EK9 operator, otherwise no clause.
CallMetaDataDetails	SynthesisedCallMetaData.forSynthesisedCallee(ISymbol target, String methodName, List<ISymbol> argumentTypes)	Metadata for a callee the COMPILER itself synthesised, where a symbol may legitimately not exist - returns null, meaning no metadata clause, when there is nothing measured to report.
CallMetaDataDetails	SynthesisedCallMetaData.forSynthesisedConstructor(ISymbol targetType, List<ISymbol> argumentTypes)	A compiler-synthesised CONSTRUCTOR - see SynthesisedCallMetaData.forSynthesisedCallee(ISymbol, String, List).
static CallMetaDataDetails	SynthesisedCallMetaData.fromOperatorDeclaration(String methodName)	THE OperatorMap-derived metadata for a declared EK9 operator - the second honest source, used when the target type carries no resolvable member for the callee.

Uses of CallMetaDataDetails in org.ek9lang.compiler.phase7.support

Methods in org.ek9lang.compiler.phase7.support with parameters of type CallMetaDataDetails

Modifier and Type	Method	Description
static CallDetails	CallDetailsFactory.call(String targetObject, String targetTypeName, String methodName, List<String> parameterTypes, String returnTypeName, List<String> arguments, CallMetaDataDetails metaData)	A non-virtual, non-trait call to methodName on targetObject.
static CallDetails	CallDetailsFactory.call(String targetObject, ISymbol targetType, String methodName, List<String> parameterTypes, String returnTypeName, List<String> arguments, CallMetaDataDetails metaData)	The same call, but taking the target type as a SYMBOL so BOTH the emitted type name and the virtual-dispatch flag derive from it - they then cannot disagree.
static CallDetails	CallDetailsFactory.constructorCall(String typeName, List<String> parameterTypes, List<String> arguments, CallMetaDataDetails metaData)	A constructor call on typeName: target object, target type and return type are all typeName and the method is IRConstants.INIT_METHOD.
static CallDetails	CallDetailsFactory.defaultConstructorCall(String typeName, CallMetaDataDetails metaData)	The no-argument default constructor call on typeName.
static CallDetails	CallDetailsFactory.functionCall(String functionInstanceVar, String functionTypeName, List<String> parameterTypes, String returnTypeName, List<String> arguments, CallMetaDataDetails metaData, boolean isDelegateCall)	THE shared shape for invoking a function through its _call method - use this rather than deciding the dispatch flag at each of the three sites that emit one.
static Optional<CallDetails>	TextFactoryDispatch.redirectForTextBase(IScope constructorParentScope, String typeName, List<String> parameterTypes, List<String> argumentVariables, CallMetaDataDetails metaData)	If constructorParentScope is a TEXT base type, return the static _textFactory CallDetails to emit (via CallInstr.callStatic) instead of a direct constructor call; otherwise Optional.empty() and the caller emits a normal constructor call.