public void ToString01606()
{
string s;
ExportFunction s0 = new ExportFunction((string)null, 0u, (ushort)0);
s = this.ToString01(s0);
Assert.AreEqual<string>
("ExportFunction\nName :\t \nAddress :\t 0\nOrdinal :\t 0\n",
s);
Assert.IsNotNull((object)s0);
Assert.AreEqual<string>((string)null, s0.Name);
Assert.AreEqual<uint>(0u, s0.Address);
Assert.AreEqual<ushort>((ushort)0, s0.Ordinal);
}
ExportFunction[] ParseExportedFunctions(byte[] buff, IMAGE_EXPORT_DIRECTORY ed, IMAGE_SECTION_HEADER[] sh)
{
var expFuncs = new ExportFunction[ed.NumberOfNames];
var funcOffsetPointer = Utility.RVAtoFileMapping(ed.AddressOfFunctions, sh);
var ordOffset = Utility.RVAtoFileMapping(ed.AddressOfNameOrdinals, sh);
var nameOffsetPointer = Utility.RVAtoFileMapping(ed.AddressOfNames, sh);
var funcOffset = Utility.BytesToUInt32(buff, funcOffsetPointer);
for (UInt32 i = 0; i < expFuncs.Length; i++)
{
var namePtr = Utility.BytesToUInt32(buff, nameOffsetPointer + sizeof(UInt32) * i);
var nameAdr = Utility.RVAtoFileMapping(namePtr, sh);
var name = Utility.GetName(nameAdr, buff);
var ordinalIndex = (UInt32)Utility.GetOrdinal(ordOffset + sizeof(UInt16) * i, buff);
var ordinal = ordinalIndex + ed.Base;
var address = Utility.BytesToUInt32(buff, funcOffsetPointer + sizeof(UInt32) * ordinalIndex);
expFuncs[i] = new ExportFunction(name, address, (UInt16)ordinal);
}
return(expFuncs);
}