/// <summary>
/// The export section is organized as as sequence of:
/// - 32-bit NID * functionCount
/// - 32-bit NID * variableCount
/// - 32-bit export address * functionCount
/// - 32-bit variable address * variableCount
/// (each variable address references another structure, depending on its NID)
/// </summary>
private void _UpdateModuleExports()
{
var BaseMemoryStream = ElfLoader.MemoryStream.SliceWithLength(BaseAddress);
var ExportsStream = BaseMemoryStream.SliceWithBounds(HleModuleGuest.ModuleInfo.ExportsStart, HleModuleGuest.ModuleInfo.ExportsEnd);
var ModuleExports = ExportsStream.ReadStructVectorUntilTheEndOfStream<ElfPsp.ModuleExport>();
Console.WriteLine("Exports:");
foreach (var ModuleExport in ModuleExports)
{
String ModuleExportName = "";
try { ModuleExportName = ElfLoader.MemoryStream.ReadStringzAt(ModuleExport.Name); } catch { }
Console.WriteLine(" * Export: '{0}'", ModuleExportName);
var HleModuleExports = new HleModuleExports();
HleModuleExports.Name = ModuleExportName;
HleModuleExports.Flags = ModuleExport.Flags;
HleModuleExports.Version = ModuleExport.Version;
var ExportsExportsStream = ElfLoader.MemoryStream.SliceWithLength(
ModuleExport.Exports,
ModuleExport.FunctionCount * sizeof(uint) * 2 + ModuleExport.VariableCount * sizeof(uint) * 2
);
var FunctionNIDReader = new BinaryReader(ExportsExportsStream.ReadStream(ModuleExport.FunctionCount * sizeof(uint)));
var VariableNIDReader = new BinaryReader(ExportsExportsStream.ReadStream(ModuleExport.VariableCount * sizeof(uint)));
var FunctionAddressReader = new BinaryReader(ExportsExportsStream.ReadStream(ModuleExport.FunctionCount * sizeof(uint)));
var VariableAddressReader = new BinaryReader(ExportsExportsStream.ReadStream(ModuleExport.VariableCount * sizeof(uint)));
for (int n = 0; n < ModuleExport.FunctionCount; n++)
{
uint NID = FunctionNIDReader.ReadUInt32();
uint CallAddress = FunctionAddressReader.ReadUInt32();
HleModuleExports.Functions[NID] = new HleModuleImportsExports.Entry() { Address = CallAddress };
Console.WriteLine(" | - FUNC: {0:X} : {1:X} : {2}", NID, CallAddress, Enum.GetName(typeof(SpecialFunctionNids), NID));
}
for (int n = 0; n < ModuleExport.VariableCount; n++)
{
uint NID = VariableNIDReader.ReadUInt32();
uint CallAddress = VariableAddressReader.ReadUInt32();
HleModuleExports.Variables[NID] = new HleModuleImportsExports.Entry() { Address = CallAddress };
Console.WriteLine(" | - VAR: {0:X} : {1:X} : {2}", NID, CallAddress, Enum.GetName(typeof(SpecialVariableNids), NID));
}
HleModuleGuest.ModulesExports.Add(HleModuleExports);
}
HleModuleGuest.ExportModules();
}
/// <summary>
/// The export section is organized as as sequence of:
/// - 32-bit NID * functionCount
/// - 32-bit NID * variableCount
/// - 32-bit export address * functionCount
/// - 32-bit variable address * variableCount
/// (each variable address references another structure, depending on its NID)
/// </summary>
private void _UpdateModuleExports()
{
//var BaseMemoryStream = ElfLoader.MemoryStream.SliceWithLength(BaseAddress);
var exportsStream = ElfLoader.MemoryStream.SliceWithBounds(HleModuleGuest.ModuleInfo.ExportsStart,
HleModuleGuest.ModuleInfo.ExportsEnd);
var moduleExports = exportsStream.ReadStructVectorUntilTheEndOfStream <ElfPsp.ModuleExport>();
Logger.Info("Exports:");
foreach (var moduleExport in moduleExports)
{
var moduleExportName = moduleExport.Name > 0
? ElfLoader.MemoryStream.ReadStringzAt(moduleExport.Name)
: "";
Logger.Info(" * Export: '{0}'", moduleExportName);
var hleModuleExports = new HleModuleExports
{
Name = moduleExportName,
Flags = moduleExport.Flags,
Version = moduleExport.Version
};
var exportsExportsStream = ElfLoader.MemoryStream.SliceWithLength(
moduleExport.Exports,
moduleExport.FunctionCount * sizeof(uint) * 2 + moduleExport.VariableCount * sizeof(uint) * 2
);
var functionNidReader =
new BinaryReader(exportsExportsStream.ReadStream(moduleExport.FunctionCount * sizeof(uint)));
var variableNidReader =
new BinaryReader(exportsExportsStream.ReadStream(moduleExport.VariableCount * sizeof(uint)));
var functionAddressReader =
new BinaryReader(exportsExportsStream.ReadStream(moduleExport.FunctionCount * sizeof(uint)));
var variableAddressReader =
new BinaryReader(exportsExportsStream.ReadStream(moduleExport.VariableCount * sizeof(uint)));
for (var n = 0; n < moduleExport.FunctionCount; n++)
{
var nid = functionNidReader.ReadUInt32();
var callAddress = functionAddressReader.ReadUInt32();
hleModuleExports.Functions[nid] = new HleModuleImportsExports.Entry()
{
Address = callAddress
};
Logger.Info(" | - FUNC: {0:X} : {1:X} : {2}", nid, callAddress,
Enum.GetName(typeof(SpecialFunctionNids), nid));
}
for (var n = 0; n < moduleExport.VariableCount; n++)
{
var nid = variableNidReader.ReadUInt32();
var callAddress = variableAddressReader.ReadUInt32();
hleModuleExports.Variables[nid] = new HleModuleImportsExports.Entry()
{
Address = callAddress
};
Logger.Info(" | - VAR: {0:X} : {1:X} : {2}", nid, callAddress,
Enum.GetName(typeof(SpecialVariableNids), nid));
}
HleModuleGuest.ModulesExports.Add(hleModuleExports);
}
HleModuleGuest.ExportModules();
}
