CapstoneImpl

Encapsulates an architecture-specific instance of the Capstone dissassembly engine

Note that, in contrast to the base class, the architecture is chosen at compile-time.

class CapstoneImpl : Capstone (

Arch archParam

) {

}

Constructors

this this(ModeFlags modeFlags): Creates an architecture-specific instance with a given mode of interpretation

disasm InstructionImpl!archParam[] disasm(ubyte[] code, ulong address, size_t count): Undocumented in source. Be warned that the author may not have intended to support it.
disasmIter InstructionImplRange!archParam disasmIter(ubyte[] code, ulong address): Undocumented in source. Be warned that the author may not have intended to support it.
groupName string groupName(InstructionGroup!archParam groupId): Determines friendly name of a group id (that an instruction can belong to)
instrName string instrName(InstructionId!archParam instrId): Determines friendly name of an instruction
regName string regName(Register!archParam regId): Determines friendly name of a register

arch Arch arch;: Undocumented in source.
~this ~this(): Undocumented in source.
create Capstone create(Arch arch, ModeFlags modeFlags): Creates a Capstone instance for disassembling code of a specific architecture
mode auto mode [@property getter]: Gets the mode of interpretation
mode ModeFlags mode [@property setter]: Sets the mode of interpretation
syntax auto syntax [@property getter]: Gets the disassembly syntax variant
syntax Syntax syntax [@property setter]: Sets the disassembly syntax variant
detail auto detail [@property getter]: Indicates whether instructions will be disassembled in detail
detail bool detail [@property setter]: Sets whether instructions will be disassembled in detail
skipData auto skipData [@property getter]: Indicates whether SKIPDATA mode of operation is in use
skipData bool skipData [@property setter]: Sets whether to use SKIPDATA mode of operation
setupSkipdata void setupSkipdata(string mnemonic, Callback callback): Customises behaviour in SKIPDATA mode of operation
disasm const(Instruction)[] disasm(ubyte[] code, ulong address, size_t count): Disassemble binary code, given the code buffer, start address and number of instructions to be decoded
disasmIter InstructionRange disasmIter(ubyte[] code, ulong address): Provides a range to iteratively disassemble binary code - one instruction at a time