public static V1Instruction[] Disassemble(SmxFile file, SmxCodeV1Section code, int proc_offset)
{
var disassembler = new V1Disassembler(file, code, proc_offset);
return(disassembler.disassemble());
}
public SmxFile(BinaryReader br)
{
Header = FileHeader.From(br);
// Parse precursor sections.
foreach (var section in Header.Sections)
{
if (section.Name == ".names")
{
Names = new SmxNameTable(Header, section);
}
else if (section.Name == ".dbg.strings")
{
DebugNames = new SmxNameTable(Header, section);
}
else if (section.Name == ".dbg.info")
{
DebugInfo = new SmxDebugInfoSection(Header, section);
}
}
CalledFunctions = new SmxCalledFunctionsTable();
// .dbg.names was removed when RTTI was added.
if (DebugNames == null)
{
DebugNames = Names;
}
// Parse out other sections.
var unknown = new List <SectionEntry>();
foreach (var section in Header.Sections)
{
try
{
switch (section.Name)
{
case ".names":
case ".dbg.strings":
case ".dbg.info":
break;
case ".natives":
Natives = new SmxNativeTable(Header, section, Names);
break;
case ".publics":
Publics = new SmxPublicTable(Header, section, Names);
break;
case ".pubvars":
Pubvars = new SmxPubvarTable(Header, section, Names);
break;
case ".tags":
Tags = new SmxTagTable(Header, section, Names);
break;
case ".data":
Data = new SmxDataSection(Header, section);
break;
case ".code":
CodeV1 = new SmxCodeV1Section(Header, section);
break;
case ".dbg.files":
DebugFiles = new SmxDebugFilesTable(Header, section, DebugNames);
break;
case ".dbg.lines":
DebugLines = new SmxDebugLinesTable(Header, section);
break;
case ".dbg.natives":
DebugNatives = new SmxDebugNativesTable(Header, section, DebugNames);
break;
case ".dbg.symbols":
DebugSymbols = new SmxDebugSymbolsTable(Header, section, DebugInfo, DebugNames);
break;
case ".dbg.methods":
DebugMethods = new SmxDebugMethods(Header, section, Names);
break;
case ".dbg.globals":
DebugGlobals = new SmxDebugGlobals(Header, section, Names);
break;
case ".dbg.locals":
DebugLocals = new SmxDebugLocals(this, Header, section, Names);
break;
case "rtti.data":
RttiData = new SmxRttiData(this, Header, section);
break;
case "rtti.classdefs":
RttiClassDefs = new SmxRttiClassDefTable(Header, section, Names);
break;
case "rtti.fields":
RttiFields = new SmxRttiFieldTable(Header, section, Names);
break;
case "rtti.methods":
RttiMethods = new SmxRttiMethodTable(Header, section, Names);
break;
case "rtti.natives":
RttiNatives = new SmxRttiNativeTable(Header, section, Names);
break;
case "rtti.enums":
RttiEnums = new SmxRttiEnumTable(Header, section, Names);
break;
case "rtti.typedefs":
RttiTypedefs = new SmxRttiTypedefTable(Header, section, Names);
break;
case "rtti.typesets":
RttiTypesets = new SmxRttiTypesetTable(Header, section, Names);
break;
default:
unknown.Add(section);
break;
}
}
catch
{
// Set a breakpoint here to see why the section failed to be parsed.
unknown.Add(section);
}
}
UnknownSections = unknown.ToArray();
// Disassemble all functions right away to find all called functions.
if (DebugSymbols != null)
{
foreach (var entry in DebugSymbols.Entries)
{
if (entry.Ident != SymKind.Function)
{
continue;
}
V1Disassembler.TryDisassemble(this, CodeV1, entry.Address);
}
}
if (Publics != null)
{
foreach (var pubfun in Publics.Entries)
{
V1Disassembler.TryDisassemble(this, CodeV1, (int)pubfun.Address);
}
}
if (CalledFunctions != null)
{
foreach (var fun in CalledFunctions.Entries)
{
V1Disassembler.TryDisassemble(this, CodeV1, (int)fun.Address);
}
}
}
public static V1Instruction[] Disassemble(SmxFile file, SmxCodeV1Section code, int proc_offset)
{
var disassembler = new V1Disassembler(file, code, proc_offset);
return disassembler.disassemble();
}
