public IntelArchitecture(ProcessorMode mode)
{
this.mode = mode;
this.flagGroups = new List<FlagGroupStorage>();
this.InstructionBitSize = 8;
this.CarryFlagMask = (uint)FlagM.CF;
this.PointerType = mode.PointerType;
this.WordWidth = mode.WordWidth;
this.FramePointerType = mode.FramePointerType;
this.StackRegister = mode.StackRegister;
}
public IntelArchitecture(ProcessorMode mode)
{
this.mode = mode;
this.flagGroups = new List <FlagGroupStorage>();
this.InstructionBitSize = 8;
this.CarryFlagMask = (uint)FlagM.CF;
this.PointerType = mode.PointerType;
this.WordWidth = mode.WordWidth;
this.FramePointerType = mode.FramePointerType;
this.StackRegister = mode.StackRegister;
}
public IntelArchitecture(string archId, ProcessorMode mode) : base(archId)
{
this.mode = mode;
this.flagGroups = new List <FlagGroupStorage>();
this.Endianness = EndianServices.Little;
this.InstructionBitSize = 8;
this.CarryFlagMask = (uint)FlagM.CF;
this.PointerType = mode.PointerType;
this.WordWidth = mode.WordWidth;
this.FramePointerType = mode.FramePointerType;
this.StackRegister = mode.StackRegister;
this.Options = new X86Options();
}
/// <summary>
/// Creates a disassember that uses the specified reader to fetch bytes from the program image.
/// </summary>
/// <param name="width">Default address and data widths. PrimitiveType.Word16 for
/// 16-bit operation, PrimitiveType.Word32 for 32-bit operation.</param>
public X86Disassembler(
ProcessorMode mode,
ImageReader rdr,
PrimitiveType defaultWordSize,
PrimitiveType defaultAddressSize,
bool useRexPrefix)
{
this.mode = mode;
this.rdr = rdr;
this.defaultDataWidth = defaultWordSize;
this.defaultAddressWidth = defaultAddressSize;
this.useRexPrefix = useRexPrefix;
}
/// <summary>
/// Creates a disassembler that uses the specified reader to fetch bytes from the program image.
/// </summary>
/// <param name="width">Default address and data widths. PrimitiveType.Word16 for
/// 16-bit operation, PrimitiveType.Word32 for 32-bit operation.</param>
public X86Disassembler(
ProcessorMode mode,
EndianImageReader rdr,
PrimitiveType defaultWordSize,
PrimitiveType defaultAddressSize,
bool useRexPrefix)
{
this.mode = mode;
this.rdr = rdr;
this.defaultDataWidth = defaultWordSize;
this.defaultAddressWidth = defaultAddressSize;
this.isRegisterExtensionEnabled = useRexPrefix;
this.currentDecodingContext = new X86InstructionDecodeInfo();
}
public IntelArchitecture(IServiceProvider services, string archId, ProcessorMode mode) : base(services, archId)
{
this.mode = mode;
this.flagGroupCache = new Dictionary <uint, FlagGroupStorage>();
this.Endianness = EndianServices.Little;
this.InstructionBitSize = 8;
this.CarryFlagMask = (uint)FlagM.CF;
this.PointerType = mode.PointerType;
this.WordWidth = mode.WordWidth;
this.FramePointerType = mode.FramePointerType;
this.StackRegister = mode.StackRegister;
this.FpuStackRegister = Registers.Top;
this.Options = new X86Options();
}
public IntelArchitecture(IServiceProvider services, string archId, ProcessorMode mode, Dictionary <string, object> options)
: base(services, archId, options)
{
this.mode = mode;
this.Endianness = EndianServices.Little;
this.InstructionBitSize = 8;
this.CarryFlagMask = (uint)FlagM.CF;
this.PointerType = mode.PointerType;
this.WordWidth = mode.WordWidth;
this.FramePointerType = mode.FramePointerType;
this.StackRegister = mode.StackRegister;
this.FpuStackRegister = Registers.Top;
this.Options = options;
this.LoadUserOptions(options);
}
public IntelArchitecture(ProcessorMode mode)
{
this.mode = mode;
this.flagGroups = new List<FlagGroupStorage>();
}
public IntelArchitecture(ProcessorMode mode)
{
this.mode = mode;
this.flagGroups = new List <FlagGroupStorage>();
}