private void DoOpenObjFile(string fileName)
{
ObjectLibrary library = OmfLoader.LoadObject(fileName);
library.ResolveAllSymbols();
LibraryDisassembler dasm = new LibraryDisassembler(library);
dasm.Analyze();
this.program = library;
this.procedureList.Program = program;
this.errorList.Program = program;
this.segmentList.Program = program;
this.libraryBrowser.Library = library;
}
private void DoOpenLibFile(string fileName)
{
ObjectLibrary library = OmfLoader.LoadLibrary(fileName);
library.ResolveAllSymbols();
LibraryDisassembler dasm = new LibraryDisassembler(library);
dasm.Analyze();
this.program = library;
this.procedureList.Program = program;
this.errorList.Program = program;
this.segmentList.Program = program;
// Display all unresolved symbols.
foreach (string key in library.GetUnresolvedSymbols())
{
System.Diagnostics.Debug.WriteLine(string.Format(
"Symbol {0} is unresolved.", key));
}
this.libraryBrowser.Library = library;
#if false
string symbolToFind = "FISRQQ";
foreach (var mod in library.Symbols[symbolToFind])
{
System.Diagnostics.Debug.WriteLine(string.Format(
"Symbol {0} is defined in module {1}",
symbolToFind, mod.Name));
}
//library.DuplicateSymbols
ObjectModule module = library.FindModule("_ctype");
DefinedSymbol symbol = module.DefinedNames.Find(x => x.Name == "_isupper");
Address entryPoint = new Address(
symbol.BaseSegment.Id, (int)symbol.Offset);
Disassembler16New dasm = new Disassembler16New(library);
dasm.Analyze(entryPoint);
this.disassemblyList.SetView(library, symbol.BaseSegment);
#endif
}
private void btnTest_Click(object sender, EventArgs e)
{
#if false
CallGraphWindow f = new CallGraphWindow();
LinearPointer procEntry = dasm.Image.BaseAddress.LinearAddress + 0x14FE;
f.SourceProcedure = dasm.Image.Procedures.Find(procEntry);
f.WindowState = FormWindowState.Maximized;
f.Show(this);
#else
string fileName = @"..\..\..\..\Test\SLIBC7.LIB";
ObjectLibrary library = OmfLoader.LoadLibrary(fileName);
propertiesWindow.SelectedObject = library;
library.ResolveAllSymbols();
libraryWindow.Library = library;
libraryWindow.PropertiesWindow = propertiesWindow;
libraryWindow.ListingWindow = listingWindow;
#endif
}
public void Omfldr_Library_Single_Record()
{
Given_Omf(LibraryHeader, 0xD, DW(0x10), W(1), B(0), Pad(6));
Given_Omf(THEADR, 0x0C, S("ANSIINJECT"), B(42));
Given_Omf(COMENT, 0x1B,
B(0x80), B(0xA0), B(0x01),
B(0x01),
S("ANSIINJECT"),
S("ANSICALL"),
W(1),
B(42));
Given_Omf(COMENT, 0x08,
B(0xC0, 0xFE), DW(0x12345678), B(0), B(42));
Given_Omf(MODEND, 0x02, B(0), B(42), Align(0x10));
Given_Omf(LibraryEnd, 0x0, Align(0x10));
var omf = new OmfLoader(platform.Services, "foo.lib", writer.ToArray());
var typelib = omf.Load(platform, new TypeLibrary());
var module = typelib.Modules["ANSICALL"];
var svc = module.ServicesByOrdinal[1];
Assert.AreEqual("ANSIINJECT", svc.Name);
}
