[Coco] 6809 Opcode informations...

[Jens]

Am 20.10.2013 11:07, schrieb Jens:
> Seems that i must collect the needed informations by hand?

I merge the information i currently have, with this script: 
https://github.com/jedie/DragonPy/blob/master/MC6809data/MC6809_data2.py

The result is this: 
https://github.com/jedie/DragonPy/blob/master/MC6809data/MC6809_data_raw2.py

It looks like this:

OP_DATA = {ABX: {'HNZVC': '-----',
      'condition code': 'Not affected.',
      'description': 'Add the 8-bit uns... into index register X.',
      'instr_desc': 'Add B accumulator to X (unsigned)',
      'mnemonic': {ABX: {'desc': 'X = B+X (Unsigned)',
                       'operand': None,
                       'ops': {0x3a: {'addr_mode': INHERENT,
                                    'bytes': 1,
                                    'cycles': 3}},
                       'read_from_memory': None,
                       'write_to_memory': None}},
      'operation': "IX' = IX + ACCB",
      'source form': ABX},
ADC: {'HNZVC': 'aaaaa',
      'condition code': 'H - Set if a half...mulator.',
      'instr_desc': 'Add memory to accumulator with carry',
      'mnemonic': {'ADCA': {'desc': 'A = A+M+C',
                          'operand': REG_A,
                          'ops': {0x89: {'addr_mode': IMMEDIATE,
                                       'bytes': 2,
                                       'cycles': 2},
                                 0x99: {'addr_mode': DIRECT,
                                       'bytes': 2,
                                       'cycles': 4},
                                 0xa9: {'addr_mode': INDEXED,
                                       'bytes': 2,
                                       'cycles': 4},
                                 0xb9: {'addr_mode': EXTENDED,
                                       'bytes': 3,
                                       'cycles': 5}},
                          'read_from_memory': BYTE,
                          'write_to_memory': None},
                  'ADCB': {'desc': 'B = B+M+C',
...



Mfg.

Jens Diemer