oaverilogcallbacksin.h

openaccess与verilog互相转化时所用的源代码

// *****************************************************************************
// *****************************************************************************
// oaVerilogCallbacksIn.h
//
// This file contains the definition for the CallbacksIn class. The CallbacksIn
// class implements the set of methods (A.K.A. "callbacks") that are called by
// the parser when certain rules of the Verilog language are accepted.
//
// *****************************************************************************
// Except as specified in the OpenAccess terms of use of Cadence or Silicon
// Integration Initiative, this material may not be copied, modified,
// re-published, uploaded, executed, or distributed in any way, in any medium,
// in whole or in part, without prior written permission from Cadence.
//
//		  Copyright 2003-2005 Cadence Design Systems, Inc.
//			     All Rights	Reserved.
//
//  $Author: shaun $
//  $Revision: 1.74 $
//  $Date: 2005/08/06 04:12:11 $
//  $State: Exp $
// *****************************************************************************
// *****************************************************************************



#ifndef	oaVerilogCallbacksIn_P
#define	oaVerilogCallbacksIn_P

BEGIN_VERILOG_NAMESPACE



// *****************************************************************************
// CallbacksIn
// *****************************************************************************
class OA_VERILOG_DLL_API CallbacksIn {
  public:
			    CallbacksIn(const Scanner	&scannerIn,
					OptionsIn	&optionsIn);
    virtual		    ~CallbacksIn();

    const oaNameSpace	    &getNameSpace() const {return vns;}
    virtual void	    init();

    virtual oaDesign	    *openDesign(const oaScalarName  &libName,
					const oaScalarName  &cellName,
					const oaScalarName  &viewName,
					const oaChar	    mode);
    virtual oaDesign	    *openDesign(const oaScalarName  &libName,
					const oaScalarName  &cellName,
					const oaScalarName  &viewName,
					const oaViewType    *viewType,
					const oaChar	    mode);

  protected:
    virtual void	    all();
    virtual void	    alwaysConstruct();
    virtual void	    beginModule(const oaString	&name);
    virtual void	    appendToBundleName(const Value  &value,
					       oaBundleName &name); 
    virtual void	    attrInstance(const oaParam	    &spec,
					 const ParamList    &speclist,
					 oaParam	    &output);
    virtual void	    binaryOpWithAttr(oaString		&op,
					     const ParamList	&attr);
    virtual void	    concatToPrimary(ValueList	&concat,
					    Value	&primary);
    virtual void	    configDeclaration(const oaString	&cfgID);
    virtual void	    connectByName(const oaName	&instName,
					  const oaName	&netName,
					  const oaName	&portName);
    virtual void	    connectByOrder(const oaName	&instName,
					   const oaName	&netName,
					   oaUInt4	&termPosition,
					   oaUInt4	bitPosition = 0);
    virtual void	    createInstTerm(oaModNet	*net,
					   oaModInst	*inst,
					   const oaName	&termName);
    virtual void	    createInstTerm(oaModNet	    *net,
					   oaModInst	    *inst,
					   const oaUInt4    position);
    virtual void	    createInstTerm(oaModNet	    *net,
					   oaModVectorInst  *inst,
					   const oaName	    &termName);
    virtual void	    createInstTerm(oaModNet	    *net,
					   oaModVectorInst  *inst,
					   oaModTerm	    *term);
    virtual oaModBundleNet  *createPaddedNet(oaModNet		*net,
					     const oaUInt4	padding,
					     const oaBitOrder	&order);
    virtual oaModNet	    *createSubrange(oaModNet		*net,
					    const oaUInt4	numBits);
    virtual void	    endModule(const ParamList	*ports = NULL,
				       const ParamList	*portParams = NULL);
    virtual void	    establishPortOrder(const ParamList	&ports,
					       const ParamList	*pParams);
    virtual void	    evalBinaryOpExpr(const Value    &lexp,
					     const oaString &op,
					     const Value    &rexp,
					     Value	    &result);
    virtual void	    evalCondExpr(const Value	    &testCase,
					 const ParamList    &attr,
					 const Value	    &caseTrue,
					 const Value	    &caseFalse,
					 Value		    &result);
    virtual void	    evalMinTypMaxExpr(const Value   &min,
					      const Value   &typ,
					      const Value   &max,
					      Value	    &result);
    virtual void	    evalUnaryOpExpr(const oaString  &op,
					    const Value	    &expr,
					    Value	    &result);
    virtual void	    eventDeclaration();
    virtual void	    functionCall(const oaName		&fname,
					 const ValueList	&args,
					 Value			&result);
    virtual void	    functionDeclaration();
    virtual void	    generalFuncCall(const oaName    &fname,
					    const ValueList &args,
					    Value	    &rslt);
    virtual void	    genvarDeclaration();
    virtual void	    initialConstruct();
    virtual void	    integerDeclaration(const Range	&range,
					       const ParamList	&varAssign);
    virtual void	    integerDeclaration(const ParamList	&varAssign);
    virtual void	    libraryText();
    virtual void	    loadRange(const Value   &lsb,
				      const Value   &msb,
				      Range	    &range);
    virtual void	    mergeDimensions(oaName	    &id, 
					    const RangeList &dims);
    virtual void	    moduleInstance(const oaString   &instMasterN,
					   const ParamList  &parameterL,
					   const oaName	    &instNameIn); 
    virtual void	    netAssign(const oaSigTypeEnum	netType,
				      const oaString		*driveStrOpt,
				      const oaString		*signedOption,
				      const Range		*rangeOption,
				      const ParamList		*delayOption,
				      const oaParam		&netAssign);  
    virtual void	    netDeclAssign(const	oaSigTypeEnum	netType,
					  const	oaString	*driveStrOpt,
					  const	oaString	*signedOption,
					  const	Range		*rangeOption,
					  const	ParamList	*delayOption,
					  const	ParamList	&netAssigns); 
    virtual void	    netDeclaration(const oaSigTypeEnum	netType,
					   const oaString	*driveStr,
					   const oaString	*signedOpt,
					   const Range		*rangeOpt,
					   const ParamList	*delayOpt,
					   const NameList	&netIDs); 
    virtual void	    netDeclaration(const oaSigTypeEnum	netType,
					   const oaString	*driveStrOpt,
					   const oaString	*signedOption,
					   const Range		*rangeOption,
					   const ParamList	*delayOption,
					   const oaName		&netID);
    virtual void	    notImplemented(oaUInt4  msgId);	
    virtual void	    oaCharToName(const oaChar	*str, 
					 oaName		&name);
    virtual void	    paramDeclaration(const Range	&range,
					     const ParamList	&varAssign);
    virtual void	    paramDeclaration(const ParamList	&varAssign);
    virtual void	    portDeclList(NameList   &portList);
    virtual void	    portDeclList(ParamList  &portList);
    virtual void	    portDeclaration(const oaTermType	termType,
					    const oaSigTypeEnum	netType,
					    const oaString	*signedOpt,
					    const Range		*rangeOpt,
					    const oaName	&portID);
    virtual void	    portRefListToPortExpr(const	NameList    &refL,
						  oaString	    &exp);
    virtual void	    rangeExprBaseNegWidth(const	Value	&base,
						  const	Value	&width,
						  Range		&range);
    virtual void	    rangeExprBasePosWidth(const	Value	&base,
						  const	Value	&width,
						  Range		&range);
    virtual void	    realDeclaration(const Range	    &range,
					    const ParamList &varAssign);
    virtual void	    realDeclaration(const ParamList &varAssign);
    virtual void	    realtimeDeclaration(const ParamList	&varAssign);
    virtual void	    regDeclaration(const oaString   *signedOption,
					   const Range	    *rangeOption,
					   const oaParam    &variable);
    virtual void	    setCurrentDesign(oaDesign	*design);
    virtual void	    systemFunctionCall(const oaString	&fname,
					       const ValueList	&args,
					       Value		&reslt);
    virtual void	    systemFunctionCall(const oaString	&fname,
					       Value		&result);
    virtual void	    timeDeclaration(const ParamList &varAssign);
    virtual void	    unaryOpWithAttr(oaString	    &op,
					    const ParamList &attr);

    virtual void	    checkUnresolved();
    virtual void	    closeAllDesigns();