/// <summary>
/// Establishes a disassembler instance for further tests.
/// </summary>
/// <param name="instrs"></param>
private void Given_Instructions(params ushort[] instrs)
{
var w = new LeImageWriter();
foreach (var instr in instrs)
{
w.WriteLeUInt16(instr);
}
var image = new MemoryArea(Address.Ptr32(0x00100000), w.ToArray());
var arch = CreateArchitecture();
this.dasm = CreateDisassembler(arch, image.CreateLeReader(0));
}
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);
}
private void Given_ExeLoader()
{
this.exeLoader = new ExeImageLoader(null, "FOO.EXE", writer.ToArray());
this.exeLoader.ReadCommonExeFields();
}
private void Given_ExeLoader()
{
this.exeLoader = new ExeImageLoader(null, ImageLocation.FromUri("file:FOO.EXE"), writer.ToArray());
this.exeLoader.ReadCommonExeFields();
}