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Uses of Class gnu.expr.Declaration

Uses in package gnu.commonlisp.lang

Methods with parameter type gnu.expr.Declaration

int
Lisp2.getNamespaceOf(Declaration decl)

Uses in package gnu.expr

Constructors with parameter type gnu.expr.Declaration

BindingInitializer.BindingInitializer(Declaration decl, Expression value)
ReferenceExp.ReferenceExp(Object symbol, Declaration binding)
ReferenceExp.ReferenceExp(Declaration binding)
SetExp.SetExp(Declaration decl, Expression val)
ThisExp.ThisExp(Declaration binding)

Fields of type gnu.expr.Declaration

Declaration
Declaration.base
If non-null, field is relative to base.
Declaration
LambdaExp.nameDecl
If non-null, a Declaration whose value is (only) this LambdaExp.
Declaration
SeriesTarget.param
Where to place each value.

Methods with parameter type gnu.expr.Declaration

void
ScopeExp.add(Declaration decl)
void
ScopeExp.add(Declaration prev, Declaration decl)
Add a Declaration at a specified position.
void
ScopeExp.addDeclaration(Declaration decl)
Add a Declaration to the current Scope.
void
FindCapturedVars.capture(Declaration decl)
void
LambdaExp.capture(Declaration decl)
void
Expression.compile(Compilation comp, Declaration lhs)
Compile an expression with checking suitable for a known Declaration.
void
BindingInitializer.create(Declaration decl, Expression value, Compilation comp)
Create a BindingInitializer and link it into the correct intializer chain.
void
ScopeExp.duplicateDeclarationError(Declaration oldDecl, Declaration newDecl, Compilation comp)
void
TypeValue.emitTestIf(Variable incoming, Declaration decl, Compilation comp)
Emit code for if (incoming instanceof this_type) decl = incoming ....
void
Compilation.error(char severity, String message, String code, Declaration decl)
void
Compilation.error(char severity, Declaration decl, String msg1, String msg2)
Declaration
Declaration.followAliases(Declaration decl)
Object
Language.getEnvPropertyFor(Declaration decl)
PrimProcedure
PrimProcedure.getMethodFor(Class procClass, String name, Declaration decl, Expression[] args, Language language)
Get PrimProcedure for matching method in given class.
PrimProcedure
PrimProcedure.getMethodFor(ClassType procClass, String name, Declaration decl, Type[] atypes, Language language)
PrimProcedure
PrimProcedure.getMethodFor(ClassType procClass, String name, Declaration decl, Expression[] args, Language language)
PrimProcedure
PrimProcedure.getMethodFor(Procedure pproc, Declaration decl, Type[] atypes, Language language)
PrimProcedure
PrimProcedure.getMethodFor(Procedure pproc, Declaration decl, Expression[] args, Language language)
Search for a matching static method in a procedure's class.
int
Language.getNamespaceOf(Declaration decl)
Return the namespace (e.g value or function) of a Declaration.
boolean
Language.hasNamespace(Declaration decl, int namespace)
True if a Declaration is in the specified namespace.
Expression
Expression.inline(ApplyExp exp, InlineCalls walker, Declaration decl)
Apply inlining transformations on a given ApplyExp.
Expression
LambdaExp.inline(ApplyExp exp, InlineCalls walker, Declaration decl)
Apply inlining transformations on a given ApplyExp.
Expression
QuoteExp.inline(ApplyExp exp, InlineCalls walker, Declaration decl)
Expression
ReferenceExp.inline(ApplyExp exp, InlineCalls walker, Declaration decl)
Apply inlining transformations on a given ApplyExp.
boolean
Declaration.isUnknown(Declaration decl)
SetExp
SetExp.makeDefinition(Declaration decl, Expression val)
boolean
NameLookup.pop(Declaration decl)
void
Compilation.push(Declaration decl)
void
NameLookup.push(Declaration decl)
void
ScopeExp.remove(Declaration decl)
void
ScopeExp.remove(Declaration prev, Declaration decl)
void
ScopeExp.replaceFollowing(Declaration prev, Declaration newDecl)
Replace the prev.next by newDecl.
void
AccessExp.setBinding(Declaration decl)
void
AccessExp.setContextDecl(Declaration decl)
void
Declaration.setNext(Declaration next)
void
ExpWalker.walkDeclarationType(Declaration decl)

Methods with return type gnu.expr.Declaration

Declaration
ScopeExp.addDeclaration(Object name)
Create a new declaration in the current Scope.
Declaration
ScopeExp.addDeclaration(Object name, Type type)
Create a new declaration in the current Scope.
Declaration
AccessExp.contextDecl()
Declaration
Language.declFromField(ModuleExp mod, Object fvalue, Field fld)
Declaration
ModuleExp.firstDecl()
Declaration
ScopeExp.firstDecl()
Declaration
Declaration.followAliases(Declaration decl)
Declaration
AccessExp.getBinding()
If non-null, the local Declaration this refers to.
Declaration
Declaration.getDeclaration(Object proc, String name)
Declaration
Declaration.getDeclaration(Named proc)
Declaration
Declaration.getDeclarationFromStatic(String cname, String fname)
Create a declaration corresponding to a static field.
Declaration
Declaration.getDeclarationValueFromStatic(String className, String fieldName, String name)
Similar to getDeclarationFromStatic, but also do noteValue with the field's value.
Declaration
ScopeExp.getDefine(Object name, char severity, Compilation parser)
Add a new Declaration, with a message if there is an existing one.
Declaration
ScopeExp.getNoDefine(Object name)
Lookup a declaration, create a non-defining declaration if needed.
Declaration
Compilation.letVariable(Object name, Type type, Expression init)
Declaration
ScopeExp.lookup(Object sym)
Find a Declaration by name.
Declaration
NameLookup.lookup(Object symbol, boolean function)
Declaration
ScopeExp.lookup(Object sym, Language language, int namespace)
Declaration
Compilation.lookup(Object name, int namespace)
Declaration
NameLookup.lookup(Object symbol, int namespace)
Declaration
ResolveNames.lookup(Expression exp, Object symbol, boolean function)
Declaration
Compilation.loopVariable(Object name, Type type, Expression init)
Declaration
Declaration.nextDecl()

Uses in package gnu.kawa.functions

Fields of type gnu.expr.Declaration

Declaration
Setter.setterDecl

Uses in package gnu.kawa.lispexpr

Methods with parameter type gnu.expr.Declaration

void
LangObjType.emitTestIf(Variable incoming, Declaration decl, Compilation comp)
void
LangPrimType.emitTestIf(Variable incoming, Declaration decl, Compilation comp)

Methods with return type gnu.expr.Declaration

Declaration
LispLanguage.declFromField(ModuleExp mod, Object fvalue, Field fld)

Uses in package gnu.kawa.reflect

Methods with parameter type gnu.expr.Declaration

void
OccurrenceType.emitTestIf(Variable incoming, Declaration decl, Compilation comp)
FieldLocation
FieldLocation.make(Object instance, Declaration decl)
StaticFieldLocation
StaticFieldLocation.make(Declaration decl)
void
FieldLocation.setDeclaration(Declaration decl)

Methods with return type gnu.expr.Declaration

Declaration
FieldLocation.getDeclaration()

Uses in package gnu.kawa.xml

Methods with parameter type gnu.expr.Declaration

void
NodeType.emitTestIf(Variable incoming, Declaration decl, Compilation comp)
void
XDataType.emitTestIf(Variable incoming, Declaration decl, Compilation comp)

Uses in package gnu.xquery.lang

Fields of type gnu.expr.Declaration

Declaration
XQResolveNames.castAsDecl
Declaration
XQResolveNames.castableAsDecl
Declaration
XQResolveNames.handleExtensionDecl
Declaration
XQResolveNames.lastDecl
Declaration for the fn:last() function.
Declaration
XQResolveNames.resolvePrefixDecl
Declaration
XQResolveNames.staticBaseUriDecl
Declaration
XQResolveNames.xsQNameDecl

Methods with parameter type gnu.expr.Declaration

int
XQuery.getNamespaceOf(Declaration decl)
Return the namespace (e.g value or function) of a Declaration.
boolean
XQuery.hasNamespace(Declaration decl, int namespace)
True if a Declaration is in the specified namespace.
void
XQParser.maybeSetLine(Declaration decl, int line, int column)

Methods with return type gnu.expr.Declaration

Declaration
XQResolveNames.makeBuiltin(String name, int code)
Create a Declaration for a builtin function.
Declaration
XQResolveNames.makeBuiltin(Symbol name, int code)
Create a Declaration for a builtin function.
Declaration
XQParser.parseVariableDeclaration()

Uses in package kawa.lang

Fields of type gnu.expr.Declaration

Declaration
PatternScope.matchArray
Declaration
Translator.matchArray
A variable to hold the matched values for syntax-case pattern variables.
Declaration
Translator.templateScopeDecl

Methods with parameter type gnu.expr.Declaration

boolean
Translator.isLexical(Declaration decl)
Return true if decl is lexical and not fluid.
Macro
Macro.make(Declaration decl)
Declaration
Translator.makeRenamedAlias(Object name, Declaration decl, ScopeExp templateScope)
Declaration
Translator.makeRenamedAlias(Declaration decl, ScopeExp templateScope)
void
Translator.pushRenamedAlias(Declaration alias)
Push an alias for a declaration in a scope.
void
Translator.setLine(Declaration decl, Object location)

Methods with return type gnu.expr.Declaration

Declaration
Translator.define(Object name, SyntaxForm nameSyntax, ScopeExp defs)
Declaration
Translator.lookup(Object name, int namespace)
Declaration
Translator.lookupGlobal(Object name)
Find global Declaration, creating one if not found.
Declaration
Translator.lookupGlobal(Object name, int namespace)
Find global Declaration, creating one if not found.
Declaration
Translator.makeRenamedAlias(Object name, Declaration decl, ScopeExp templateScope)
Declaration
Translator.makeRenamedAlias(Declaration decl, ScopeExp templateScope)

Uses in package kawa.standard

Fields of type gnu.expr.Declaration

Declaration
Scheme.getNamedPartDecl

Methods with parameter type gnu.expr.Declaration

int
Scheme.getNamespaceOf(Declaration decl)

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