adAe _8_16 avr GPL AVR Atmel
adAe _16_32_64 bf LGPL3 Brainfuck
_dA_ _32 chip8 LGPL3 Chip8 disassembler
_dA_ _16 cr16 LGPL3 cr16 disassembly plugin
_dA_ _32 cris GPL3 Axis Communications 32-bit embedded processor
adA_ _32_64 dalvik LGPL3 AndroidVM Dalvik
ad__ _16 dcpu16 PD Mojang's DCPU-16
_dA_ _32_64 ebc LGPL3 EFI Bytecode
adAe _16 gb LGPL3 GameBoy(TM) (z80-like)
_dAe _16 h8300 LGPL3 H8/300 disassembly plugin
_dAe _32 hexagon LGPL3 Qualcomm Hexagon (QDSP6) V6
_d__ _32 hppa GPL3 HP PA-RISC
_dAe _0 i4004 LGPL3 Intel 4004 microprocessor
_dA_ _8 i8080 BSD Intel 8080 CPU
adA_ _32 java Apache Java bytecode
_d__ _32 lanai GPL3 LANAI
...
There are multiple options which can be used to configure the output of the disassembler. All these options are described in e? asm.
[0x00005310]> e? asm.
asm.anal: Analyze code and refs while disassembling (see anal.strings)
asm.arch: Set the arch to be used by asm
asm.assembler: Set the plugin name to use when assembling
asm.bbline: Show empty line after every basic block
asm.bits: Word size in bits at assembler
asm.bytes: Display the bytes of each instruction
asm.bytespace: Separate hexadecimal bytes with a whitespace
asm.calls: Show callee function related info as comments in disasm
asm.capitalize: Use camelcase at disassembly
asm.cmt.col: Column to align comments
asm.cmt.flgrefs: Show comment flags associated to branch reference
asm.cmt.fold: Fold comments, toggle with Vz
...
Currently there are 136 asm. configuration variables so we do not list them all.
The asm.syntax variable is used to change the flavor of the assembly syntax used by a disassembler engine. To switch between Intel and AT&T representations:
e asm.syntax = intel
e asm.syntax = att
You can also check asm.pseudo, which is an experimental pseudocode view, and asm.esil which outputs ESIL ('Evaluable Strings Intermediate Language'). ESIL's goal is to have a human-readable representation of every opcode semantics. Such representations can be evaluated (interpreted) to emulate effects of individual instructions.
