Uses of Class
sisc.interpreter.Interpreter

Packages that use Interpreter

sisc.compiler
sisc.data
sisc.env
sisc.exprs
sisc.exprs.fp
sisc.interpreter
sisc.modules
sisc.modules.io
sisc.modules.s2j
sisc.nativefun
sisc.util

Uses of Interpreter in sisc.compiler

Methods in sisc.compiler with parameters of type Interpreter

static Expression	Compiler.application(Interpreter r, Expression rator, Expression[] rands, int context, Pair annotation, SymbolicEnvironment env)
protected Expression	Compiler.compile(Interpreter r, Expression v, Pair sets, sisc.compiler.Compiler.ReferenceFactory rf, int context, SymbolicEnvironment env, Pair an)
Expression	Compiler.compile(Interpreter r, Expression v, SymbolicEnvironment env)
Expression	Compiler.compileApp(Interpreter r, Pair expr, Pair sets, sisc.compiler.Compiler.ReferenceFactory rf, int context, SymbolicEnvironment env, Pair an)
Expression	Compiler.compileLetrec(Interpreter r, Symbol[] formals, Symbol[] lexicals, Expression[] rands, Expression body, Pair sets, sisc.compiler.Compiler.ReferenceFactory rf, SymbolicEnvironment env, int context)
void	Syntax.eval(Interpreter r)
static Expression	Compiler.makeFillRib(Interpreter r, Expression lastRand, Expression rand, int pos, Expression nxp, boolean immediate)

Uses of Interpreter in sisc.data

Methods in sisc.data with parameters of type Interpreter

void	Value.apply(Interpreter r)
abstract void	Procedure.apply(Interpreter r) Called when applying this procedure to a number of arguments in the Interpreter's vlr register.
void	Closure.apply(Interpreter r)
static void	Procedure.error(Interpreter r, Value where, NestedPrimRuntimeException parent)
void	Values.eval(Interpreter r)
void	Value.eval(Interpreter r) Called to evaluate this value.
abstract void	Expression.eval(Interpreter r) All expressions can be evaluated to some Scheme value.
Value	SchemeThread.getResult(Interpreter r)
Value	Value.getValue(Interpreter r) Called to obtain the value of this Value.
Value	Immediate.getValue(Interpreter r)
Value	Expression.getValue(Interpreter r) If an expression implements the Immediate interface, it must override getValue, which returns as a Value, the immediate value of this expression.

Uses of Interpreter in sisc.env

Methods in sisc.env with parameters of type Interpreter

void	Parameter.apply(Interpreter r)
static Value[]	LexicalUtils.fixLexicals(Interpreter r, int lcount, int[] locs, int[] lexs)
Value	SchemeParameter.getValue(Interpreter r)
abstract Value	Parameter.getValue(Interpreter r)
Value	NativeParameter.getValue(Interpreter r)
Value	ConfigParameter.getValue(Interpreter r)
void	SchemeParameter.setValue(Interpreter r, Value v)
abstract void	Parameter.setValue(Interpreter r, Value v)
void	NativeParameter.setValue(Interpreter r, Value v)

Uses of Interpreter in sisc.exprs

Methods in sisc.exprs with parameters of type Interpreter

void	LetrecEval.alter(Interpreter r, int uexpPosition, Expression replaceWith)
void	IfEval.alter(Interpreter r, int uexpPosition, Expression replaceWith)
void	FillRibExp.alter(Interpreter r, int uexpPosition, Expression replaceWith)
void	EvalExp.alter(Interpreter r, int uexpPosition, Expression replaceWith)
void	AppExp.alter(Interpreter r, int uexpPosition, Expression replaceWith)
void	AnnotatedExpr.alter(Interpreter r, int uexpPosition, Expression replaceWith)
void	UnboxExp.eval(Interpreter r)
void	SetboxEval.eval(Interpreter r)
void	LocalReferenceExp.eval(Interpreter r)
void	LexicalReferenceExp.eval(Interpreter r)
void	LetrecExp.eval(Interpreter r)
void	LetrecEval.eval(Interpreter r)
void	LambdaExp.eval(Interpreter r)
void	IfEval.eval(Interpreter r)
void	FreeSetEval.eval(Interpreter r)
void	FreeReferenceExp.eval(Interpreter r)
void	FillRibExp.eval(Interpreter r)
void	EvalExp.eval(Interpreter r)
void	DefineEval.eval(Interpreter r)
void	ApplyValuesContEval.eval(Interpreter r)
void	AppExp.eval(Interpreter r)
void	AppEval.eval(Interpreter r)
void	AnnotatedExpr.eval(Interpreter r)
Value	UnboxExp.getValue(Interpreter r)
Value	LocalReferenceExp.getValue(Interpreter r)
Value	LexicalReferenceExp.getValue(Interpreter r)
Value	LambdaExp.getValue(Interpreter r)
Value	FreeReferenceExp.getValue(Interpreter r)
Value	AnnotatedExpr.getValue(Interpreter r)
void	FreeSetEval.setValue(Interpreter r, Value v)

Uses of Interpreter in sisc.exprs.fp

Methods in sisc.exprs.fp with parameters of type Interpreter

void	OptimisticHost.alter(Interpreter r, int uexpPosition, Expression replaceWith) Instructs the host to replace the uExp referenced at the given (Expression dependent) position, with the given Expression.
void	FixedAppExp_1.alter(Interpreter r, int uexpPosition, Expression replaceWith)
Value	FixedAppExp_3.doGetValue(FixableProcedure proc, Interpreter r)
Value	FixedAppExp_2.doGetValue(FixableProcedure proc, Interpreter r)
Value	FixedAppExp_1.doGetValue(FixableProcedure proc, Interpreter r)
Value	FixedAppExp_0.doGetValue(FixableProcedure proc, Interpreter r)
void	FixedAppExp_0.eval(Interpreter r)
void	FixedAppExp_0.forceRevert(Interpreter r)
Value	FixedAppExp_0.getValue(Interpreter r)
void	FixedAppExp_0.revert(Interpreter r)
void	FixedAppExp_0.revert(Interpreter r, Expression[] rands)
void	FixedAppExp_0.revert(Interpreter r, Expression[] rands, int flags)

Uses of Interpreter in sisc.interpreter

Fields in sisc.interpreter declared as Interpreter

Interpreter

ThreadContext.State.interpreter

Methods in sisc.interpreter that return Interpreter

Interpreter	ThreadContext.currentInterpreter() state stack maintenance
static Interpreter	Context.currentInterpreter() Fetches the current Interpreter, if this is an internal call (that is, a call from Java to Scheme in the contex of a Scheme->Java call).
Interpreter	ThreadContext.currentInterpreter(AppContext ctx)
static Interpreter	Context.currentInterpreter(AppContext ctx) Fetches the nearest enclosing Interpreter that operates on a given AppContext, if this is an internal call (that is, a call from Java to Scheme in the contex of a Scheme->Java call).
static Interpreter	Context.enter() Returns an Interpreter that shares the AppContext and DynamicEnvironment with the current Interpreter.
static Interpreter	Context.enter(AppContext ctx) Returns an Interpreter bound to the given AppContext with same DynamicEnvironment as the nearest enclosing Interpreter in the same thread that is bound to the same AppContext.
static Interpreter	Context.enter(DynamicEnvironment dynenv) Returns an Interpreter bound to the given DynamicEnvironment.
static Interpreter	Context.enter(java.lang.String appName) Deprecated. use Context.enter(AppContext) instead

Methods in sisc.interpreter with parameters of type Interpreter

void	CallFrame.apply(Interpreter r)
void	ApplyParentFrame.apply(Interpreter r)
CallFrame	CallFrame.capture(Interpreter r)
void	Interpreter.ThrowSchemeException.eval(Interpreter r)
java.lang.Object	SchemeCaller.execute(Interpreter r) The execute callback function is called by Context with a fresh Interpreter context which is valid only during the call to execute.

Constructors in sisc.interpreter with parameters of type Interpreter

ThreadContext.State(Interpreter r, java.lang.ClassLoader cl)

Uses of Interpreter in sisc.modules

Methods in sisc.modules with parameters of type Interpreter

Value	Threads.Complex.apply(Interpreter f, Value v1)
Value	Primitives.Complex.doApply(Interpreter r)
Value	Debugging.doApply(Interpreter f)
Value	Primitives.Complex.doApply(Interpreter r, Value[] vlr)
Value	R5RS.getBindingValue(Interpreter r, Symbol name)
Symbol[]	R5RS.getLibraryBindingNames(Interpreter r)

Uses of Interpreter in sisc.modules.io

Methods in sisc.modules.io with parameters of type Interpreter

Value	IO.displayOrWrite(Interpreter r, SchemeCharacterOutputPort port, Value v, boolean display)
Value	SerialIO.doApply(Interpreter f)
Value	Networking.doApply(Interpreter f)
Value	IO.doApply(Interpreter f)
Value	BufferIO.doApply(Interpreter f)
Value	BinaryIO.doApply(Interpreter f)
SchemeBinaryInputPort	Networking.SchemeTCPSocket.getBinaryInputPort(Interpreter r)
SchemeBinaryInputPort	Networking.SchemeUDPSocket.getBinaryInputPort(Interpreter r)
SchemeBinaryOutputPort	Networking.SchemeTCPSocket.getBinaryOutputPort(Interpreter r, boolean autoflush)
SchemeBinaryOutputPort	Networking.SchemeUDPSocket.getBinaryOutputPort(Interpreter r, boolean autoflush)
SchemeCharacterOutputPort	Networking.SchemeTCPSocket.getCharacterOutputPort(Interpreter r, Charset encoding, boolean autoflush)
SchemeCharacterOutputPort	Networking.SchemeUDPSocket.getCharacterOutputPort(Interpreter r, Charset encoding, boolean autoflush)
SchemeCharacterInputPort	Networking.SchemeTCPSocket.getInputPort(Interpreter r, Charset encoding)
SchemeCharacterInputPort	Networking.SchemeUDPSocket.getInputPort(Interpreter r, Charset encoding)
static void	IO.load(Interpreter f, java.net.URL u, boolean expanded)
static SchemeCharacterInputPort	IO.openCharInFile(Interpreter f, java.net.URL u, Charset encoding)
static SchemeCharacterOutputPort	IO.openCharOutFile(Interpreter f, java.net.URL url, Charset encoding, boolean aflush)
static Value	IO.read(Interpreter r, SchemeCharacterInputPort i)
static Value	IO.readCode(Interpreter r, SchemeCharacterInputPort i)
static Value	SerialIO.readSer(Interpreter r, SerialInputStream p)
static void	IO.throwIOException(Interpreter f, java.lang.String message, java.io.IOException e)
static Value	SerialIO.writeSer(Interpreter r, SerialOutputStream p, Value v)

Uses of Interpreter in sisc.modules.s2j

Methods in sisc.modules.s2j with parameters of type Interpreter

Value

Operation.doApply(Interpreter f)

Uses of Interpreter in sisc.nativefun

Methods in sisc.nativefun with parameters of type Interpreter

void	NativeProcedure.apply(Interpreter r)
Value	CommonIndexedProcedure.apply(Interpreter r, Value v1)
Value	CommonIndexedProcedure.apply(Interpreter r, Value[] v)
Value	CommonIndexedProcedure.apply(Interpreter r, Value v1, Value v2)
Value	CommonIndexedProcedure.apply(Interpreter r, Value v1, Value v2, Value v3)
Value	CommonIndexedProcedure.applyZero(Interpreter r) A common indexed procedure must subclass one of the following methods
void	NativeLibrary.bindAll(Interpreter r, SymbolicEnvironment env)
abstract Value	NativeProcedure.doApply(Interpreter r) A NativeProcedure instance must implement this method, which performs the actual processing specific to that procedure, and returns a Value.
Value	FixableProcedure.doApply(Interpreter r)
Value	CommonIndexedProcedure.doApply(Interpreter r)
abstract Value	NativeLibrary.getBindingValue(Interpreter r, Symbol name)
Value	IndexedLibraryAdapter.getBindingValue(Interpreter r, Symbol name)
abstract Symbol[]	NativeLibrary.getLibraryBindingNames(Interpreter r)
Symbol[]	IndexedLibraryAdapter.getLibraryBindingNames(Interpreter r)

Uses of Interpreter in sisc.util

Methods in sisc.util with parameters of type Interpreter

static void	Util.error(Interpreter r, Pair error)
static void	Util.error(Interpreter r, java.lang.String errormessage)
static void	Util.error(Interpreter r, java.lang.String errormessage, Pair moreData)
static void	Util.error(Interpreter r, Value errormessage)
static void	Util.error(Interpreter r, Value where, java.lang.String errormessage)
static void	Util.error(Interpreter r, Value where, java.lang.String errormessage, java.lang.Exception e)
static void	Util.error(Interpreter r, Value where, java.lang.String errormessage, Pair moreData)
java.lang.Object	SignalHook.SignalHandler.execute(Interpreter r)