Uses of Class gnu.expr.LambdaExp

Uses in package gnu.expr

Classes derived from gnu.expr.LambdaExp
class	ClassExp
class	ModuleExp Class used to implement Scheme top-level environments.
class	ObjectExp

Constructors with parameter type gnu.expr.LambdaExp
CatchClause.CatchClause(LambdaExp lexp) "Convert" a `LambdaExp` to a `CatchClause`.
CheckedTarget.CheckedTarget(Type type, LambdaExp proc, int argno)
PrimProcedure.PrimProcedure(Method method, LambdaExp source)
ProcInitializer.ProcInitializer(LambdaExp lexp, Compilation comp)

Fields of type gnu.expr.LambdaExp
LambdaExp	ClassExp.clinitMethod An artificial method named `"$clinit$"` for evaluating static initializations.
LambdaExp	Compilation.curLambda
LambdaExp	ExpWalker.currentLambda
LambdaExp	LambdaExp.firstChild
LambdaExp	ClassExp.initMethod An artificial method named `"$finit$"` for evaluating non-static initializations.
LambdaExp	LambdaExp.nextSibling

Methods with parameter type gnu.expr.LambdaExp
void	CheckedTarget.emitCheckedCoerce(Compilation comp, LambdaExp proc, int argno, Type type)
void	CheckedTarget.emitCheckedCoerce(Compilation comp, LambdaExp proc, int argno, Type type, Variable argValue)
void	ProcInitializer.emitLoadModuleMethod(LambdaExp proc, Compilation comp) Create and load a ModuleMethod for the given procedure.
void	Compilation.generateApplyMethodsWithContext(LambdaExp lexp) Generate ModuleBody's `apply(CallContext)` method Use the `applyMethods` vector, which contains methods that implement the (public, readable) methods of the current module.
void	Compilation.generateApplyMethodsWithoutContext(LambdaExp lexp) Generate ModuleBody's `apply0`...`applyN` methods.
void	Compilation.generateConstructor(ClassType clas, LambdaExp lexp)
void	Compilation.generateConstructor(LambdaExp lexp)
void	Compilation.generateMatchMethods(LambdaExp lexp)
Method	Compilation.getConstructor(ClassType clas, LambdaExp lexp)
Method	Compilation.getConstructor(LambdaExp lexp)
Target	CheckedTarget.getInstance(Type type, LambdaExp proc, int argno)
void	ExpWalker.walkDefaultArgs(LambdaExp exp)
void	FindCapturedVars.walkDefaultArgs(LambdaExp exp)
Expression	ChainLambdas.walkLambdaExp(LambdaExp exp)
Expression	ExpWalker.walkLambdaExp(LambdaExp exp)
Expression	FindTailCalls.walkLambdaExp(LambdaExp exp)
Expression	InlineCalls.walkLambdaExp(LambdaExp exp)

Methods with return type gnu.expr.LambdaExp
LambdaExp	Compilation.currentLambda()
LambdaExp	ScopeExp.currentLambda()
LambdaExp	LambdaExp.getCaller() For an INLINE_ONLY function, return the function it gets inlined in.
LambdaExp	ExpWalker.getCurrentLambda()
LambdaExp	LambdaExp.getOwningLambda()
LambdaExp	LambdaExp.outerLambda()
LambdaExp	LambdaExp.outerLambdaNotInline() Return the closest outer non-inlined LambdaExp.

Uses in package gnu.jemacs.lang

Methods with parameter type gnu.expr.LambdaExp
void	lambda.rewriteBody(LambdaExp lexp, Object body, Translator tr)

Uses in package gnu.kawa.functions

Methods with parameter type gnu.expr.LambdaExp
void	ValuesMap.compileInlined(LambdaExp lambda, Expression vals, int startCounter, Method matchesMethod, Compilation comp, Target target)
void	Convert.setCoercedReturnValue(LambdaExp lexp, Expression type, Language language) Modify LambdaExp so result is coerced to given type.

Uses in package kawa.lang

Fields of type gnu.expr.LambdaExp
LambdaExp	Translator.curMethodLambda

Methods with parameter type gnu.expr.LambdaExp
void	Lambda.rewrite(LambdaExp lexp, Object formals, Object body, Translator tr, TemplateScope templateScopeRest) Higher-level constructor, that does the re-writing.
Object	Lambda.rewriteAttrs(LambdaExp lexp, Object body, Translator tr)
void	Lambda.rewriteBody(LambdaExp lexp, Object body, Translator tr)
void	Lambda.rewriteFormals(LambdaExp lexp, Object formals, Translator tr, TemplateScope templateScopeRest)
Object	Lambda.skipAttrs(LambdaExp lexp, Object body, Translator tr)