Uses of Class
gnu.expr.ScopeExp

Packages that use ScopeExp

Package	Description
gnu.commonlisp.lang
gnu.expr	Supports Expression, and various related classes need to compile programming languages.
gnu.jemacs.lang	Contains classes to implement the Emacs Lisp language.
gnu.kawa.lispexpr	Support classes for compiling and running Lisp languages.
gnu.q2.lang	Support for the experimental Q2 language.
gnu.xquery.lang
kawa.lang	Core Kawa classes for Scheme and Lisp compile-time.
kawa.standard	Primitive Scheme syntax and functions.

Uses of ScopeExp in gnu.commonlisp.lang

Methods in gnu.commonlisp.lang with parameters of type ScopeExp

Modifier and Type	Method and Description
boolean	defun.scanForDefinitions(Pair st, ScopeExp defs, Translator tr)
boolean	defvar.scanForDefinitions(Pair st, ScopeExp defs, Translator tr)

Uses of ScopeExp in gnu.expr

Subclasses of ScopeExp in gnu.expr

Modifier and Type	Class and Description
class	CatchClause A "catch" clause of a "try-catch" form.
class	ClassExp
class	FluidLetExp Class used to implement "fluid-let" for Scheme and "let" for Emacs.
class	LambdaExp Class used to implement Scheme lambda expressions.
class	LetExp Class used to implement "let" syntax (and variants) for Scheme.
class	ModuleExp Class used to implement Scheme top-level environments.
class	ObjectExp An expression that evaluated to an instance of an anonymous class.

Fields in gnu.expr declared as ScopeExp

Modifier and Type	Field and Description
ScopeExp	Declaration.context
protected ScopeExp	Compilation.current_scope

Methods in gnu.expr that return ScopeExp

Modifier and Type	Method and Description
ScopeExp	Compilation.currentScope()
ScopeExp	Declaration.getContext() Return the ScopeExp that contains (declares) this Declaration.
ScopeExp	ThisExp.getContextScope()
ScopeExp	ScopeExp.getOuter() Return the statically enclosing binding contour.
ScopeExp	Compilation.setPushCurrentScope(ScopeExp scope)
ScopeExp	ScopeExp.topLevel() Return the outermost non-module scope, if there is one.

Methods in gnu.expr with parameters of type ScopeExp

Modifier and Type	Method and Description
static ThisExp	ThisExp.makeGivingContext(ScopeExp context)
boolean	ScopeExp.nestedIn(ScopeExp outer) True if given scope is nesed in this scope, perhaps indirectly.
static int	ScopeExp.nesting(ScopeExp sc)
void	VarValueTracker.noteUnitialized(ScopeExp scope)
void	Declaration.noteValueFromLet(ScopeExp letter)
void	NameLookup.pop(ScopeExp exp)
void	Compilation.pop(ScopeExp scope)
void	FindTailCalls.postVisitDecls(ScopeExp exp)
void	NameLookup.push(ScopeExp exp)
void	Compilation.push(ScopeExp scope)
protected void	ResolveNames.push(ScopeExp exp)
void	Compilation.pushPendingImport(ModuleInfo info, ScopeExp defs, Translator.FormStack forms, require.DeclSetMapper mapper)
void	Compilation.pushScope(ScopeExp scope)
void	Compilation.setCurrentScope(ScopeExp scope) Set currentScope().
void	ScopeExp.setOuter(ScopeExp outer)
void	Compilation.setPopCurrentScope(ScopeExp old)
ScopeExp	Compilation.setPushCurrentScope(ScopeExp scope)
protected Expression	ChainLambdas.visitApplyExp(ApplyExp exp, ScopeExp scope)
protected Expression	ChainLambdas.visitBeginExp(BeginExp exp, ScopeExp scope)
protected Expression	ChainLambdas.visitCaseExp(CaseExp exp, ScopeExp scope)
protected Expression	ChainLambdas.visitClassExp(ClassExp exp, ScopeExp scope)
protected void	ExpVisitor.visitDeclarationTypes(ScopeExp exp)
protected Expression	ChainLambdas.visitIfExp(IfExp exp, ScopeExp scope)
protected Expression	ChainLambdas.visitLambdaExp(LambdaExp exp, ScopeExp scope)
protected Expression	ChainLambdas.visitLetExp(LetExp exp, ScopeExp scope)
protected void	InlineCalls.visitRemainingDeclaredLambdas(ScopeExp exp) Visit any named functions that haven't been visit yet.
protected R	ExpVisitor.visitScopeExp(ScopeExp exp, D d)
protected Expression	ChainLambdas.visitScopeExp(ScopeExp exp, ScopeExp scope)
protected Expression	InlineCalls.visitScopeExp(ScopeExp exp, Type required)
protected Expression	ResolveNames.visitScopeExp(ScopeExp exp, java.lang.Void ignored)
protected Expression	ChainLambdas.visitSetExp(SetExp sexp, ScopeExp scope)

Constructors in gnu.expr with parameters of type ScopeExp

Constructor and Description
ThisExp(ScopeExp context)

Uses of ScopeExp in gnu.jemacs.lang

Methods in gnu.jemacs.lang with parameters of type ScopeExp

Modifier and Type	Method and Description
boolean	defgroup.scanForDefinitions(Pair st, ScopeExp defs, Translator tr)
boolean	defcustom.scanForDefinitions(Pair st, ScopeExp defs, Translator tr)

Uses of ScopeExp in gnu.kawa.lispexpr

Methods in gnu.kawa.lispexpr with parameters of type ScopeExp

Modifier and Type	Method and Description
boolean	DefineNamespace.scanForDefinitions(Pair st, ScopeExp defs, Translator tr)

Uses of ScopeExp in gnu.q2.lang

Methods in gnu.q2.lang with parameters of type ScopeExp

Modifier and Type	Method and Description
void	Q2Translator.scanForm(java.lang.Object st, ScopeExp defs)
void	DefineOp.scanForm(Pair st, ScopeExp defs, Translator tr)

Uses of ScopeExp in gnu.xquery.lang

Methods in gnu.xquery.lang with parameters of type ScopeExp

Modifier and Type	Method and Description
protected void	XQResolveNames.push(ScopeExp exp)

Uses of ScopeExp in kawa.lang

Subclasses of ScopeExp in kawa.lang

Modifier and Type	Class and Description
class	PatternScope Bindings from a syntax-case/syntax-rules pattern.
class	TemplateScope A scope created when expanding a SyntaxTemplate.

Methods in kawa.lang that return ScopeExp

Modifier and Type	Method and Description
ScopeExp	Macro.getCapturedScope()

Methods in kawa.lang with parameters of type ScopeExp

Modifier and Type	Method and Description
Declaration	Translator.define(java.lang.Object name, ScopeExp defs)
Declaration	Translator.define(java.lang.Object name, SyntaxForm nameSyntax, ScopeExp defs)
Declaration	Translator.define(java.lang.Object name, TemplateScope templateScope, ScopeExp defs)
Declaration	BindDecls.define(Symbol name, TemplateScope templateScope, ScopeExp scope, Translator comp)
static boolean	SyntaxPattern.literalIdentifierEq(java.lang.Object id1, ScopeExp sc1, java.lang.Object id2, ScopeExp sc2)
static TemplateScope	TemplateScope.make(Translator tr, ScopeExp savedScope)
protected Expression	Translator.makeBody(Pair head, ScopeExp scope) Combine a list of zero or more expression forms into a "body".
Declaration	Translator.makeRenamedAlias(Declaration decl, ScopeExp templateScope)
Declaration	Translator.makeRenamedAlias(java.lang.Object name, Declaration decl, ScopeExp templateScope)
void	Translator.noteAccess(java.lang.Object name, ScopeExp scope) Note that we reference name in a given scope.
void	BindDecls.parseBracketListPattern(Pair patpair, int scanNesting, ScopeExp scope, Declaration decl, Translator comp) Handle patterns of the form {@code [pat1 ...
java.lang.Object[]	BindDecls.parsePatternCar(Pair patList, Expression init, TemplateScope templateScope, int scanNesting, ScopeExp scope, Translator comp)
java.lang.Object[]	BindDecls.parsePatternCar(Pair patList, int scanNesting, ScopeExp scope, Translator comp) Parse a declaration or more generally a pattern.
Expression	Translator.rewrite_car(Pair pair, ScopeExp templateScope)
LList	Translator.scanBody(java.lang.Object body, ScopeExp defs, boolean makeList) Recursive helper method for rewrite_body.
boolean	Syntax.scanForDefinitions(Pair st, ScopeExp defs, Translator tr) Check if a statement is a definition, for initial pass.
void	Translator.scanForm(java.lang.Object st, ScopeExp defs)
void	AutoloadSyntax.scanForm(Pair st, ScopeExp defs, Translator tr)
void	Macro.scanForm(Pair st, ScopeExp defs, Translator tr)
void	Syntax.scanForm(Pair st, ScopeExp defs, Translator tr)
void	Macro.setCapturedScope(ScopeExp scope)
static void	BindDecls.setInitializer(Declaration decl, Expression init, ScopeExp scope, Translator comp)

Constructors in kawa.lang with parameters of type ScopeExp

Constructor and Description
TemplateScope(ScopeExp outer)

Uses of ScopeExp in kawa.standard

Methods in kawa.standard with parameters of type ScopeExp

Modifier and Type	Method and Description
void	define_library.createModulePass(Pair st, ScopeExp defs, Translator tr)
static void	define_autoload.findAutoloadComments(LispReader in, java.lang.String filename, ScopeExp defs, Translator tr)
static boolean	ImportFromLibrary.handleImport(java.lang.String implicitSource, java.lang.String explicitSource, java.lang.String requestedClass, ScopeExp defs, Translator tr, require.DeclSetMapper mapper) Do the actual work of importing a module.
static boolean	require.importDefinitions(java.lang.String className, ModuleInfo info, require.DeclSetMapper mapper, Translator.FormStack forms, ScopeExp defs, Compilation tr) Import a module with a known source path.
static ModuleInfo	require.lookupModuleFromSourcePath(java.lang.String sourceName, ScopeExp defs)
static boolean	define_autoload.process(java.lang.Object names, java.lang.Object filename, ScopeExp defs, Translator tr)
LList	Include.process(java.lang.Object rest, Translator tr, ScopeExp defs, boolean ignoreCase)
boolean	define_autoload.scanFile(java.lang.String filespec, ScopeExp defs, Translator tr)
boolean	require.scanForDefinitions(Pair st, ScopeExp defs, Translator tr)
boolean	module_compile_options.scanForDefinitions(Pair st, ScopeExp defs, Translator tr)
boolean	define_autoload.scanForDefinitions(Pair st, ScopeExp defs, Translator tr)
boolean	define_class.scanForDefinitions(Pair st, ScopeExp defs, Translator tr)
boolean	export.scanForDefinitions(Pair st, ScopeExp defs, Translator tr)
boolean	define_unit.scanForDefinitions(Pair st, ScopeExp defs, Translator tr)
boolean	module_static.scanForDefinitions(Pair st, ScopeExp defs, Translator tr)
void	Include.scanForm(Pair st, ScopeExp defs, Translator tr)
void	define.scanForm(Pair st, ScopeExp defs, Translator tr)
void	define_alias.scanForm(Pair st, ScopeExp defs, Translator tr)
void	module_extends.scanForm(Pair form, ScopeExp defs, Translator tr)
void	IfFeature.scanForm(Pair st, ScopeExp defs, Translator tr)
void	define_library.scanForm(Pair st, ScopeExp defs, Translator tr)
void	define_syntax.scanForm(Pair st, ScopeExp defs, Translator tr)
void	module_implements.scanForm(Pair form, ScopeExp defs, Translator tr)
void	module_name.scanForm(Pair form, ScopeExp defs, Translator tr)
void	begin.scanForm(Pair st, ScopeExp defs, Translator tr)
void	with_compile_options.scanForm(Pair form, ScopeExp defs, Translator tr)
void	MatchDef.scanForm(Pair st, ScopeExp defs, Translator tr)
void	ImportFromLibrary.scanForm(Pair st, ScopeExp defs, Translator tr)