public ICirClass addClass(string newClassSignature)
{
if (newClassSignature == null || dClasses_bySignature.ContainsKey(newClassSignature))
return null;
//return dClasses_bySignature[classSignature];
var cirClass = new CirClass(newClassSignature);
dClasses_bySignature.Add(newClassSignature, cirClass);
return cirClass;
}
public ICirClass addClass(string newClassSignature)
{
if (newClassSignature == null || dClasses_bySignature.ContainsKey(newClassSignature))
{
return(null);
}
//return dClasses_bySignature[classSignature];
var cirClass = new CirClass(newClassSignature);
dClasses_bySignature.Add(newClassSignature, cirClass);
return(cirClass);
}
/// <summary>
/// this will return the current CirClass object for the signature provided or create a new CirClass
/// object and return it
/// </summary>
/// <param name="cirData"></param>
/// <param name="classSignature"></param>
/// <returns></returns>
private static ICirClass getCirClass(ICirData cirData, string classSignature)
{
try
{
if (cirData.dClasses_bySignature.ContainsKey(classSignature))
return cirData.dClasses_bySignature[classSignature];
var newCirClass = new CirClass(classSignature);
cirData.dClasses_bySignature.Add(classSignature, newCirClass);
return newCirClass;
}
catch (Exception ex)
{
DI.log.ex(ex, "in CirFactory.getCirClass", true);
return null;
}
}
public static CirClass copy(CirClass cirClass)
{
var newCirClass = new CirClass
{
SymbolDef = cirClass.SymbolDef,
Signature = cirClass.Signature,
bClassHasMethodsWithControlFlowGraphs =
cirClass.bClassHasMethodsWithControlFlowGraphs,
///TODO
/// need to change this so that newCirClass gets a new copy of these dictionaries
dSuperClasses = cirClass.dSuperClasses,
dIsSuperClassedBy = cirClass.dIsSuperClassedBy,
dField_Class = cirClass.dField_Class,
dField_Member = cirClass.dField_Member,
lcmIsUsedByMethod_Argument = cirClass.lcmIsUsedByMethod_Argument,
lcmIsUsedByMethod_ReturnType = cirClass.lcmIsUsedByMethod_ReturnType,
lcmIsUsedByMethod_InternalVariable = cirClass.lcmIsUsedByMethod_InternalVariable
};
return newCirClass;
}
public static ICirClass addClass(ICirData cirData, CommonIRDumpCommonIRClassMethods cmClass)
{
if (cirData.dClasses_bySignature.ContainsKey(cmClass.ClassType))
return cirData.dClasses_bySignature[cmClass.ClassType];
var ccNewCirClass = new CirClass { Signature = cmClass.ClassType, SymbolDef = cmClass.SymbolRef };
cirData.dClasses_bySignature.Add(ccNewCirClass.Signature, ccNewCirClass);
addSymbol(cirData, cmClass.SymbolRef, cmClass.ClassType);
return ccNewCirClass;
}
public static ICirClass addClass(ICirData cirData, CommonIRDumpClassSymbols csClassSymbols)
{
ICirClass ccCirClass;
if (cirData.dClasses_bySignature.ContainsKey(csClassSymbols.UniqueID))
// check if I need to check for new data (i.e. data that is not already in dClasses.ContainsKey(csClassSymbols.UniqueID)
ccCirClass = cirData.dClasses_bySignature[csClassSymbols.UniqueID];
else
{
ccCirClass = new CirClass
{
Signature = csClassSymbols.UniqueID,
SymbolDef = csClassSymbols.SymbolDef
};
cirData.dClasses_bySignature.Add(ccCirClass.Signature, ccCirClass);
addSymbol(cirData, ccCirClass.SymbolDef, ccCirClass.Signature);
}
// add SuperClasses
if (ccCirClass.dSuperClasses.Count ==0)
mapSuperClasses(cirData, csClassSymbols, ccCirClass);
//if (ccCirClass.Name != "")
// return ccCirClass;
ccCirClass.IsAnonymous = csClassSymbols.Anonymous;
ccCirClass.Name = csClassSymbols.Name;
/*if (csClassSymbols.Superclasses != null)
foreach (CommonIRDumpClassSymbolsSuperclass csSuperClass in csClassSymbols.Superclasses)
ccNewCirClass.dSuperClasses.Add(csSuperClass.SymbolRef, csSuperClass.ClassType);*/
// add class fields
if (csClassSymbols.ClassFields != null && ccCirClass.dField_Class.Count == 0)
foreach (CommonIRDumpClassSymbolsClassField csClassField in csClassSymbols.ClassFields)
{
var fsFieldClass = new FieldClass
{
GuaranteedInitBeforeUsed = csClassField.GuaranteedInitBeforeUsed,
Name = csClassField.Name,
PrintableType = csClassField.PrintableType,
SymbolRef = csClassField.SymbolRef,
Signature = csClassField.UniqueID
};
foreach (PropertyInfo pProperty in csClassField.GetType().GetProperties())
{
if (pProperty.Name != "GuaranteedInitBeforeUsed" && pProperty.Name != "Name" &&
pProperty.Name != "PrintableType" && pProperty.Name != "SymbolRef" &&
pProperty.Name != "UniqueID")
{
object oPropertyObject = DI.reflection.getProperty(pProperty.Name, csClassField, false);
if (oPropertyObject != null)
{
object oPropertyValue = DI.reflection.getProperty("Value", oPropertyObject, false);
if (oPropertyValue != null)
fsFieldClass.dFieldData.Add(pProperty.Name, oPropertyValue.ToString());
else
fsFieldClass.dFieldData.Add(pProperty.Name, oPropertyObject.ToString());
}
}
}
ccCirClass.dField_Class.Add(fsFieldClass.Signature, fsFieldClass);
}
// add member fields
if (csClassSymbols.MemberFields != null && ccCirClass.dField_Member.Count == 0)
foreach (CommonIRDumpClassSymbolsMemberField csMemberField in csClassSymbols.MemberFields)
{
var fsFieldMember = new FieldMember
{
Name = csMemberField.Name,
PrintableType = csMemberField.PrintableType,
SymbolRef = csMemberField.SymbolRef
};
ccCirClass.dField_Member.Add(fsFieldMember.Name, fsFieldMember);
addSymbol(cirData, fsFieldMember.SymbolRef, fsFieldMember.PrintableType);
}
return ccCirClass;
}
public static ICirClass addClass(ICirData cirData, String sSymbolRef, String sSignature)
{
if (cirData.dClasses_bySignature.ContainsKey(sSignature))
{
DI.log.error("in addClass, class already exists: {0}: {1}", sSymbolRef, getSymbol(cirData, sSymbolRef));
return cirData.dClasses_bySignature[sSignature];
}
var ccCirClass = new CirClass { SymbolDef = sSymbolRef, Signature = sSignature };
cirData.dClasses_bySignature.Add(ccCirClass.Signature, ccCirClass);
addSymbol(cirData,sSymbolRef, sSignature);
return ccCirClass;
}
public static void populateDictionariesWithXrefs(CommonIRDump cidCirDump, ICirData cirData)
{
try
{
if (cidCirDump == null)
return;
O2Timer tTimer = new O2Timer("Populate Dictionaries With Xrefs").start();
// files
addCompilationUnitFiles(cirData,cidCirDump.CommonIR.CompilationUnit);
//addSymbolsFromCirDump_Functions(cirData,cidCirDump.CommonIR.FunctionSigType);
// calculate the classes
if (cidCirDump.CommonIR.ClassMethods != null)
foreach (CommonIRDumpCommonIRClassMethods cmClass in cidCirDump.CommonIR.ClassMethods)
{
ICirClass ccCirClass = addClass(cirData,cmClass);
// process static methods
if (null != cmClass.ClassStaticFunction)
foreach (
CommonIRDumpCommonIRClassMethodsClassStaticFunction csfStaticFunction in
cmClass.ClassStaticFunction)
{
addFunction(cirData,csfStaticFunction, ccCirClass);
}
// process member methods (i.e. non static)
if (null != cmClass.ClassMemberFunction)
foreach (
CommonIRDumpCommonIRClassMethodsClassMemberFunction cmfMemberFunction in
cmClass.ClassMemberFunction)
{
addFunction(cirData,cmfMemberFunction, ccCirClass);
}
}
// calculate the NonClassFunction
if (cidCirDump.CommonIR.NonClassFunction != null)
{
var signatureForNoClassDef = "<no class def>";
var cirNoClass = new CirClass(signatureForNoClassDef);
cirData.dClasses_bySignature.Add(signatureForNoClassDef, cirNoClass);
foreach (
CommonIRDumpCommonIRNonClassFunction ncfNonClassFunction in cidCirDump.CommonIR.NonClassFunction
)
{
/*if (ncfNonClassFunction.UniqueID == "VB6_Builtin.StringConcat(...):void")
{
}
DI.log.debug("in populateDictionariesWithXrefs, adding NonClassdefFunction:{0}", ncfNonClassFunction.UniqueID);
*/
addFunction(cirData, ncfNonClassFunction, cirNoClass);
// fcdCirData.addFunction(ncfNonClassFunction, null);
}
}
// resolveIsCalledByXrefsProbs();
// add this here since the Functions and classes signatures should be resolved by now
addSymbolsFromCommonIr(cirData, cidCirDump.CommonIR);
mapClassesMetadata(cirData, cidCirDump.SymbolData);
mapFunctionsMetadata(cirData, cidCirDump.CommonIR.FunctionSigType);
resolveDbId(cirData);
if (cirData.bVerbose)
tTimer.stop();
}
catch (Exception ex)
{
DI.log.error("in populateDictionariesWithXrefs: {0}", ex.Message);
}
}