private void EnsureCodeSegmentExistsForSymbol(CIElementFinalizationParameters aParams, CISymbol aSymbol)
{
if (!aSymbol.IsNull)
{
Symbol symbol = aSymbol;
SymbolCollection collection = symbol.Collection;
//
string binaryInDevice = PlatformFileNameConstants.Device.KPathWildcardSysBin;
binaryInDevice += Path.GetFileName(collection.FileName.EitherFullNameButDevicePreferred);
//
CICodeSegList codeSegs = CodeSegments;
bool alreadyExists = codeSegs.Contains(binaryInDevice);
if (!alreadyExists)
{
// Assume no match found - create implicit/speculative code segment
AddressRange newCodeSegRange = collection.SubsumedPrimaryRange;
CICodeSeg newCodeSeg = CreateCodeSeg(binaryInDevice, newCodeSegRange.Min, newCodeSegRange.Max, false);
base.Trace("[CIProcess] EnsureCodeSegmentExistsForSymbol() - creating implicitly identified code seg: " + newCodeSeg.ToString() + " for symbol: " + aSymbol.ToString());
// Resolve it
newCodeSeg.Resolve(aParams.DebugEngineView);
}
}
}
private void CreateMissingWarning(CICodeSeg aCodeSeg)
{
CIMessageWarning warning = new CIMessageWarning(aCodeSeg.Container, LibResources.CIPDCodeSegAvailability_NoSymbols_Title);
warning.AddLineFormatted(LibResources.CIPDCodeSegAvailability_NoSymbols_Description, aCodeSeg, aCodeSeg.OwningProcess.Name);
//
aCodeSeg.AddChild(warning);
}
private void CreateMismatchWarning(CICodeSeg aCodeSeg)
{
CIMessageWarning warning = new CIMessageWarning(aCodeSeg.Container, LibResources.CIPDCodeSegAvailability_CodeSegMisMatch_Title);
warning.AddLineFormatted(LibResources.CIPDCodeSegAvailability_CodeSegMisMatch_Description_L1, aCodeSeg, aCodeSeg.OwningProcess.Name);
warning.AddLineFormatted(LibResources.CIPDCodeSegAvailability_CodeSegMisMatch_Description_L2, aCodeSeg.Base, aCodeSeg.MismatchAddress);
//
aCodeSeg.AddChild(warning);
}
private CICodeSeg CreateCodeSeg(string aName, uint aBase, uint aLimit, bool aExplict)
{
CICodeSeg ret = new CICodeSeg(this);
ret.Name = aName;
ret.Base = aBase;
ret.Limit = aLimit;
ret.IsExplicit = aExplict;
// Primary store is the child nodes
base.AddChild(ret);
base.Trace("[CIProcess] CreateCodeSeg() - this: {0}, ret: {1}", this, ret);
return(ret);
}
protected override void XmlSerializeContent(CrashXmlPlugin.FileFormat.Document.CXmlDocumentSerializationParameters aParameters)
{
CXmlNode.WriteId(iSymbol, aParameters.Writer);
aParameters.Writer.WriteElementString(SegConstants.CmnAddress, iSymbol.Symbol.Address.ToString("x8"));
aParameters.Writer.WriteElementString(SegConstants.CmnSize, iSymbol.Symbol.Size.ToString("x8"));
aParameters.Writer.WriteElementString(SegConstants.CmnName, iSymbol.Symbol.Name);
aParameters.Writer.WriteElementString(SegConstants.Symbols_SymbolSet_Symbol_Object, iSymbol.Symbol.Object);
// If there is a link to a code code segment, then write that too.
CICodeSeg correspondingCodeSeg = iSymbol.CodeSegment;
if (correspondingCodeSeg != null)
{
CXmlNode.WriteLink(correspondingCodeSeg.Id, SegConstants.CodeSegs, aParameters.Writer);
}
}
private void DiscardImplicitCodeSegments()
{
// Go through each child and see if it's a code seg. If it is, and if
// it is implicit, throw it away
int childCount = base.Count;
for (int i = childCount - 1; i >= 0; i--)
{
CIElement element = base[i];
if (element is CICodeSeg)
{
CICodeSeg cs = (CICodeSeg)element;
//
if (!cs.IsExplicit)
{
base.Trace(string.Format("[CIProcess] DiscardImplicitCodeSegments() - dicarded: {0}", cs));
base.RemoveChild(cs);
}
}
}
}
public CXmlCodeSeg(CICodeSeg aCodeSeg)
: base(SegConstants.CodeSegs_CodeSeg)
{
iCodeSeg = aCodeSeg;
}
public CICodeSeg CreateCodeSeg(string aName, uint aBase, uint aLimit)
{
CICodeSeg ret = CreateCodeSeg(aName, aBase, aLimit, true);
return(ret);
}
