accrue.analysis.ext

Class ExtConditional

java.lang.Object

polyglot.ast.Ext_c

accrue.analysis.ext.AccrueExt_c

accrue.analysis.ext.ExtTerm

accrue.analysis.ext.ExtExpr

accrue.analysis.ext.ExtConditional

All Implemented Interfaces:

AccrueExt, java.io.Serializable, java.lang.Cloneable, polyglot.ast.Ext, polyglot.ast.NodeOps, polyglot.util.Copy<polyglot.ast.Ext>

public class ExtConditional
extends ExtExpr

See Also:

Serialized Form

Nested Class Summary

Nested classes/interfaces inherited from interface polyglot.util.Copy

polyglot.util.Copy.Util

Field Summary

Fields inherited from class polyglot.ast.Ext_c

ext, node, pred

Constructor Summary

Constructors

Constructor and Description
ExtConditional()

Method Summary

Methods

Modifier and Type	Method and Description
<DFItem extends polyglot.visit.DataFlow.Item> java.util.Map<polyglot.visit.FlowGraph.EdgeKey,DFItem>	flowDispatch(DataFlowDispatch<DFItem> dataflow, DFItem dfIn, polyglot.visit.FlowGraph<DFItem> graph, polyglot.visit.FlowGraph.Peer<DFItem> peer) Dispatch function.
int	numArgumentsOnResultStack() During a dataflow analysis, when this term is encountered, how many arguments should there be on the expression result stack? For example, for an addition (e1 + e2) there will be two, one for each operand.
void	registerPointerStmts(StmtRegistrar registrar, RegisterPointerStmtsVisitor v) This method needs to ensure that: 1.

Methods inherited from class accrue.analysis.ext.ExtExpr

getConstructorContexts, getReferenceVariable, mayBeNull, mayBeNull, recordNullAnalysisResult, setNullResultsNoPeerValid, setReferenceVariable

Methods inherited from class accrue.analysis.ext.ExtTerm

flowDispatch, throwTypes

Methods inherited from class accrue.analysis.ext.AccrueExt_c

enclosingFinallyDepth, ext, getAnalysisResult, getAnalysisResult, getAnalysisResult, lang, recordAnalysisResult, recordAnalysisResult, recordAnalysisResult, removeAnalysisResult, removeAnalysisResult, removeAnalysisResult, setEnclosingFinallyDepth

Methods inherited from class polyglot.ast.Ext_c

addDecls, buildTypes, buildTypesEnter, checkConstants, childExpectedType, copy, copy, copy, disambiguate, disambiguateEnter, disambiguateOverride, dump, dump, dump, dump, dump, enterChildScope, enterScope, exceptionCheck, exceptionCheckEnter, ext, ext, extRewrite, extRewriteEnter, init, initPred, node, pred, prettyPrint, prettyPrint, prettyPrint, prettyPrint, prettyPrint, print, printBlock, printSubStmt, superLang, throwTypes, toString, translate, typeCheck, typeCheckEnter, typeCheckOverride, visitChild, visitChildren, visitList

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Methods inherited from interface polyglot.ast.Ext

dump, ext, ext, init, initPred, node, pred

Methods inherited from interface polyglot.ast.NodeOps

addDecls, buildTypes, buildTypesEnter, checkConstants, childExpectedType, copy, copy, disambiguate, disambiguateEnter, disambiguateOverride, dump, dump, dump, dump, enterChildScope, enterScope, exceptionCheck, exceptionCheckEnter, extRewrite, extRewriteEnter, prettyPrint, prettyPrint, prettyPrint, prettyPrint, prettyPrint, throwTypes, translate, typeCheck, typeCheckEnter, typeCheckOverride, visitChild, visitChildren, visitList

Methods inherited from interface polyglot.util.Copy

copy

Constructor Detail

ExtConditional

public ExtConditional()

Method Detail

registerPointerStmts

public void registerPointerStmts(StmtRegistrar registrar,
                        RegisterPointerStmtsVisitor v)

Description copied from class: ExtExpr

This method needs to ensure that: 1. For all expressions of reference type, there is a local node 2. That local node has been assigned to appropriately, based on the semantics of the expression 3. Exceptions have been assigned to the appropriate handlers (including exceptions that may be generated by this expression).

Specified by:

registerPointerStmts in interface AccrueExt

Overrides:

registerPointerStmts in class ExtExpr

numArgumentsOnResultStack

public int numArgumentsOnResultStack()

Description copied from interface: AccrueExt

During a dataflow analysis, when this term is encountered, how many arguments should there be on the expression result stack? For example, for an addition (e1 + e2) there will be two, one for each operand. For a field access (o.f) there will be one, the target of the access. In general, this will return a meaningful number only for expressions.

Specified by:

numArgumentsOnResultStack in interface AccrueExt

Overrides:

numArgumentsOnResultStack in class ExtExpr

Returns:

See Also:

VarContextDataFlow

flowDispatch

public <DFItem extends polyglot.visit.DataFlow.Item> java.util.Map<polyglot.visit.FlowGraph.EdgeKey,DFItem> flowDispatch(DataFlowDispatch<DFItem> dataflow,
                                                                                                                DFItem dfIn,
                                                                                                                polyglot.visit.FlowGraph<DFItem> graph,
                                                                                                                polyglot.visit.FlowGraph.Peer<DFItem> peer)

Description copied from class: ExtTerm

Dispatch function. Subclasses of ExtTerm should override this method to invoke the appropriate method of DataFlowDispatch d. This helps extensions implement and extend data flow analyses.

Overrides:

flowDispatch in class ExtTerm

Returns: