private void AddArrayToManifest(FunctionRecord fr)
{
if (fr.arrayTarget == SymbolKind.BaseType)
{
Dictionary <string, object> loaded = new Dictionary <string, object>();
loaded.Add("count", fr.arrayCount);
loaded.Add("target", fr.arrayType);
if (fr.targetArg != "")
{
loaded.Add("targetType", fr.targetArg);
}
JArray section = GetJsonSection("Array", fr.offset, loaded);
_manifestRootNodes.Add(new JProperty(fr.name, section));
}
else if (fr.arrayTarget == SymbolKind.Enum)
{
Dictionary <string, object> inner = new Dictionary <string, object>();
inner.Add("enum_name", fr.enumName);
inner.Add("target", fr.enumTarget);
Dictionary <string, object> loaded = new Dictionary <string, object>();
loaded.Add("size", fr.arrayCount * fr.enumLength);
loaded.Add("target", "Enumeration");
loaded.Add("target_args", inner);
JArray section = GetJsonSection("Array", fr.offset, loaded);
_manifestRootNodes.Add(new JProperty(fr.name, section));
}
else if (fr.isMultiDimensionalArray)
{
string[] parts = fr.symbolType.Split(new char[] { '[', ']' }, StringSplitOptions.RemoveEmptyEntries);
if (parts.Length == 3)
{
Dictionary <string, object> inner = new Dictionary <string, object>();
inner.Add("count", fr.arrayCount);
inner.Add("target", fr.arrayType);
Dictionary <string, object> loaded = new Dictionary <string, object>();
loaded.Add("size", fr.arraySize);
loaded.Add("target", "Array");
loaded.Add("target_args", inner);
JArray section = GetJsonSection("Array", fr.offset, loaded);
_manifestRootNodes.Add(new JProperty(fr.name, section));
}
if (parts.Length == 4)
{
Dictionary <string, object> inner = new Dictionary <string, object>();
inner.Add("count", fr.arrayCount);
inner.Add("target", fr.arrayType);
Dictionary <string, object> middle = new Dictionary <string, object>();
middle.Add("size", fr.innerArraySize);
middle.Add("target", "Array");
middle.Add("target_args", inner);
Dictionary <string, object> loaded = new Dictionary <string, object>();
loaded.Add("size", fr.arraySize);
loaded.Add("target", "Array");
loaded.Add("target_args", middle);
JArray section = GetJsonSection("Array", fr.offset, loaded);
_manifestRootNodes.Add(new JProperty(fr.name, section));
}
}
}
private void ProcessBitfield(FunctionRecord fr, Members member, Symbol grandChild, Symbol child)
{
UpdateType(ref fr);
AddBitfieldToAccessBlock(fr);
AddBitfieldToManifest(fr);
}
private void AddPointerToManifest(FunctionRecord fr)
{
Dictionary <string, object> loaded = new Dictionary <string, object>();
loaded.Add("target", fr.symbolType.Substring(0, fr.symbolType.Length - 1));
JArray section = GetJsonSection("Pointer", fr.offset, loaded);
_manifestRootNodes.Add(new JProperty(fr.name, section));
}
private void AddEnumToManifest(FunctionRecord fr)
{
Dictionary <string, object> loaded = new Dictionary <string, object>();
loaded.Add("enum_name", fr.enumName);
loaded.Add("target", fr.enumTarget);
JArray section = GetJsonSection("Enumeration", fr.offset, loaded);
_manifestRootNodes.Add(new JProperty(fr.name, section));
}
private void AddStructureToAccessBlock(FunctionRecord fr)
{
_accessBlock.Add("public " + fr.friendlySymbolType + " " + fr.name);
_accessBlock.Add("{");
_accessBlock.Add("\tget");
_accessBlock.Add("\t{");
_accessBlock.Add("\t\t" + fr.friendlySymbolType + " returnValue = new " + fr.friendlySymbolType + "(_StructureData, _BufferOffset + " + fr.offset + ");");
_accessBlock.Add("\t\treturn returnValue;");
_accessBlock.Add("\t}");
_accessBlock.Add("}");
}
private void AddBitfieldToManifest(FunctionRecord fr)
{
Dictionary <string, object> loaded = new Dictionary <string, object>();
loaded.Add("end_bit", fr.endBit);
loaded.Add("start_bit", fr.startBit);
loaded.Add("target", fr.friendlySymbolType);
JArray section = GetJsonSection("BitField", fr.offset, loaded);
_manifestRootNodes.Add(new JProperty(fr.name, section));
}
private void ProcessTheRest(FunctionRecord fr, Members member, Symbol grandChild, Symbol child)
{
fr.type = fr.friendlySymbolType;
if (fr.isEnum)
{
AddEnumToAccessBlock(fr);
AddEnumToManifest(fr);
}
// am I pointing to another structure which should always begin with an underscore (I hope)
else if (!fr.isBuiltinType && !fr.isArray)
{
AddStructureToAccessBlock(fr);
AddStructureToManifest(fr);
}
else
{
// am I dealing with an array of some kind?
if (fr.isArray || fr.isMultiDimensionalArray)
{
AddArrayToAccessBlock(fr);
AddArrayToManifest(fr);
}
else
{
// we should be down to regular inbuilt types now
// we need to treat bytes differently
if (fr.friendlySymbolType == "Byte")
{
AddByteTypeToAccessBlock(fr);
}
else
{
AddTypeToAccessBlock(fr);
}
// and then the manifest part
if (fr.isPointer)
{
AddPointerToManifest(fr);
}
else
{
AddSimpleTypeToManifest(fr);
}
}
}
}
/// <summary>
/// this is still too big and needs to be broken down
///
/// </summary>
/// <param name="s"></param>
/// <returns></returns>
private void UpdateType(ref FunctionRecord record)
{
string originalType = record.type;
if (originalType.EndsWith("*"))
{
record.structureType = (record.length == 8) ? "UInt64" : "UInt32";
return;
}
if (originalType.EndsWith("]"))
{
string[] parts = originalType.Split(new char[] { '[', ']' }, StringSplitOptions.RemoveEmptyEntries);
record.structureType = parts[0] + "[]";
return;
}
if (originalType.StartsWith("_"))
{
record.structureType = "Byte[]";
return;
}
if (originalType == "BitField")
{
if (record.length == 1)
{
record.structureType = "Byte";
}
else if (record.length == 2)
{
record.structureType = "UInt16";
}
else if (record.length == 4)
{
record.structureType = "UInt32";
}
else if (record.length == 8)
{
record.structureType = "UInt64";
}
return;
}
record.structureType = originalType;
}
private FunctionRecord ProcessChild(IDiaSymbol child)
{
Symbol c = new Symbol(child);
Members member = new Members(c);
Symbol grandChild = c.InspectType();
Symbol greatGrandChild = grandChild.InspectType();
if (c.Name == "OptimalZeroingAttribute")
{
Debug.WriteLine("");
}
if ("RecordType" == c.Name)
{
Debug.WriteLine("");
}
// I'm specifically looking for the unnamed types here since this is the best opportunity
// the record where they are and queue them up for processing
if (grandChild.Name != null && grandChild.Kind != SymbolKind.Enum && grandChild.Name.StartsWith("<unnamed-"))
{
_todoSymbolList.Add(grandChild);
}
if (greatGrandChild.RootSymbol != null && greatGrandChild.Kind != SymbolKind.Enum && greatGrandChild.Name != null && greatGrandChild.Name.StartsWith("<unnamed-"))
{
_todoSymbolList.Add(greatGrandChild);
}
// create a FunctionRecord helper
FunctionRecord fr = new FunctionRecord(c, member, grandChild, _pointerSize);
LocationType location = (LocationType)member.locationType;
// bitfields need special processing so look for those first
if (location == LocationType.LocIsBitField)
{
ProcessBitfield(fr, member, grandChild, c);
}
else
{
ProcessTheRest(fr, member, grandChild, c);
}
return(fr);
}
private void AddBitfieldToAccessBlock(FunctionRecord fr)
{
int max = 16 > fr.endBit ? 16 : fr.endBit;
_accessBlock.Add("public " + fr.structureType + " " + fr.name);
_accessBlock.Add("{");
_accessBlock.Add("\tget");
_accessBlock.Add("\t{");
_accessBlock.Add("\t\t// start: " + fr.startBit + " end: " + fr.endBit + " Mask: " + Convert.ToString((long)fr.bitMask, 2).PadLeft(max, '0'));
if (fr.friendlySymbolType == "Byte")
{
_accessBlock.Add("\t\t" + fr.structureType + " value = _StructureData[_BufferOffset + " + fr.offset + "];");
}
else
{
_accessBlock.Add("\t\tvar value = BitConverter.To" + fr.structureType + "(_StructureData, _BufferOffset + " + fr.offset + ");");
}
_accessBlock.Add("\t\tvar value2 = (value & " + fr.bitMask + ") >> " + fr.startBit + ";");
_accessBlock.Add("\t\treturn (" + fr.structureType + ")value2;");
_accessBlock.Add("\t}");
_accessBlock.Add("}");
}
private void AddTypeToAccessBlock(FunctionRecord fr)
{
_accessBlock.Add("public " + fr.friendlySymbolType + " " + fr.name + " { get { return BitConverter.To" + fr.friendlySymbolType + "(_StructureData, _BufferOffset + " + fr.offset + "); } }");
}
private void AddByteTypeToAccessBlock(FunctionRecord fr)
{
_accessBlock.Add("public " + fr.friendlySymbolType + " " + fr.name + "{ get { return _StructureData[_BufferOffset +" + fr.offset + "]; } }");
}
private void AddArrayToAccessBlock(FunctionRecord fr)
{
bool isKnownEnumeration = _enumList.Contains(fr.targetArg);
_accessBlock.Add("public " + fr.structureType + " " + fr.name);
_accessBlock.Add("{");
_accessBlock.Add("\tget");
_accessBlock.Add("\t{");
_accessBlock.Add("\t\t" + fr.structureType + " returnValue = new " + fr.type + ";");
if (fr.arrayTarget == SymbolKind.BaseType)
{
if (!fr.isBuiltinType)
{
_accessBlock.Add("\t\tint size = returnValue[0].MxStructureSize;");
}
_accessBlock.Add("\t\tfor(int i=0; i<" + fr.arrayCount + "; i++ )");
if (!fr.isBuiltinType)
{
_accessBlock.Add("\t\t\treturnValue[i] = new " + fr.arrayType + "(_StructureData, (i * size) + _BufferOffset + " + fr.offset + ");");
}
else if (fr.arrayType == "Byte")
{
_accessBlock.Add("\t\t\treturnValue[i] = _StructureData[i + _BufferOffset + " + fr.offset + "];");
}
else
{
_accessBlock.Add("\t\t\treturnValue[i] = BitConverter.To" + fr.arrayType + "(_StructureData, (i * sizeof(" + fr.arrayType + ")) + _BufferOffset + " + fr.offset + ");");
}
}
else if (fr.arrayTarget == SymbolKind.Enum)
{
_accessBlock.Add("\t\tint size = " + fr.enumLength + ";");
_accessBlock.Add("\t\tfor(int i=0; i<" + fr.arrayCount + "; i++ )");
_accessBlock.Add("\t\t\treturnValue[i] = (" + fr.arrayType + ")BitConverter.To" + fr.enumTarget + "(_StructureData, (i * size) + _BufferOffset + " + fr.offset + ");");
}
else if (fr.arrayTarget == SymbolKind.UDT)
{
_accessBlock.Add("\t\tint size = returnValue[0].MxStructureSize;");
_accessBlock.Add("\t\tfor(int i=0; i<" + fr.arrayCount + "; i++ )");
_accessBlock.Add("\t\t\treturnValue[i] = new " + fr.arrayType + "(_StructureData, (i * size) + _BufferOffset + " + fr.offset + ");");
}
else if (fr.isMultiDimensionalArray)
{
if (!fr.isBuiltinType)
{
_accessBlock.Add("\t\tint size = returnValue[0].MxStructureSize;");
}
else
{
_accessBlock.Add("\t\tint size = " + fr.enumLength + ";");
}
_accessBlock.Add("\t\tfor(int i=0; i<" + fr.enumLength + "; i++ )");
if (!fr.isBuiltinType)
{
_accessBlock.Add("\t\t\treturnValue[i] = new " + fr.arrayType + "(_StructureData, (i * size) + _BufferOffset + " + fr.offset + ");");
}
else
{
_accessBlock.Add("\t\t\treturnValue[i] = (" + fr.arrayType + ")BitConverter.To" + fr.arrayType + "(_StructureData, (i * size) + _BufferOffset + " + fr.offset + ");");
}
}
else if (fr.isArray && !isKnownEnumeration)
{
if (!fr.isBuiltinType)
{
_accessBlock.Add("\t\tint size = returnValue[0].MxStructureSize;");
}
else
{
_accessBlock.Add("\t\tint size = " + fr.enumLength + ";");
}
_accessBlock.Add("\t\tfor(int i=0; i<" + fr.arrayCount + "; i++ )");
if (!fr.isBuiltinType)
{
_accessBlock.Add("\t\t\treturnValue[i] = new " + fr.arrayType + "(_StructureData, (i * size) + _BufferOffset + " + fr.offset + ");");
}
else
{
_accessBlock.Add("\t\t\treturnValue[i] = (" + fr.arrayType + ")BitConverter.To" + fr.arrayType + "(_StructureData, (i * size) + _BufferOffset + " + fr.offset + ");");
}
}
else if (fr.isArray && isKnownEnumeration)
{
_accessBlock.Add("\t\tint size = 4;");
_accessBlock.Add("\t\tfor(int i=0; i<" + fr.arrayCount + "; i++ )");
_accessBlock.Add("\t\t\treturnValue[i] = (" + fr.arrayType + ")BitConverter.ToUInt32(_StructureData, (i * size) + _BufferOffset + " + fr.offset + ");");
}
_accessBlock.Add("\t\treturn returnValue;");
_accessBlock.Add("\t}");
_accessBlock.Add("}");
}
private void AddSimpleTypeToManifest(FunctionRecord fr)
{
JArray section = GetJsonSection(fr.friendlySymbolType, fr.offset);
_manifestRootNodes.Add(new JProperty(fr.name, section));
}