trepan/lib/disassemble.py
def disassemble_bytes(orig_msg, orig_msg_nocr, code, lasti=-1, cur_line=0,
                      start_line=-1, end_line=None, relative_pos=False,
                      varnames=(), names=(), constants=(), cells=(),
                      freevars=(), linestarts={}, highlight='light',
                      start_offset=0, end_offset=None):
    """Disassemble byte string of code. If end_line is negative
    it counts the number of statement linestarts to use."""
    statement_count = 10000
    if end_line is None:
        end_line = 10000
    elif relative_pos:
        end_line += start_line -1
        pass

    labels = findlabels(code)

    null_print = lambda x: None
    if start_line > cur_line:
        msg_nocr = null_print
        msg = null_print
    else:
        msg_nocr = orig_msg_nocr
        msg = orig_msg

    for instr in get_instructions_bytes(code, opc, varnames, names,
                                        constants, cells, linestarts):
        offset = instr.offset
        if end_offset and offset > end_offset:
            break

        if instr.starts_line:
            if offset:
                msg("")

            cur_line = instr.starts_line
            if (start_line and ((start_line > cur_line) or
                                start_offset and start_offset > offset)) :
                msg_nocr = null_print
                msg = null_print
            else:
                statement_count -= 1
                msg_nocr = orig_msg_nocr
                msg = orig_msg
                pass
            if ((cur_line > end_line) or
                (end_offset and offset > end_offset)):
                break
            msg_nocr(format_token(Mformat.LineNumber,
                                  "%4d" % cur_line,
                                  highlight=highlight))
        else:
            if start_offset and offset and start_offset <= offset:
                msg_nocr = orig_msg_nocr
                msg = orig_msg
                pass
            msg_nocr('    ')

        if offset == lasti: msg_nocr(format_token(Mformat.Arrow, '-->',
                                                  highlight=highlight))
        else: msg_nocr('   ')
        if offset in labels: msg_nocr(format_token(Mformat.Arrow, '>>',
                                                   highlight=highlight))
        else: msg_nocr('  ')
        msg_nocr(repr(offset).rjust(4))
        msg_nocr(' ')
        msg_nocr(format_token(Mformat.Opcode,
                              instr.opname.ljust(20),
                              highlight=highlight))
        msg_nocr(repr(instr.arg).ljust(10))
        msg_nocr(' ')
        # Show argval?
        msg(format_token(Mformat.Name,
                         instr.argrepr.ljust(20),
                         highlight=highlight))
        pass

    return code, offset
def disassemble_bytes(orig_msg, orig_msg_nocr, code, lasti=-1, cur_line=0,
                      start_line=-1, end_line=None, relative_pos=False,
                      varnames=(), names=(), constants=(), cells=(),
                      freevars=(), linestarts={}, highlight='light',
                      start_offset=0, end_offset=None):
    """Disassemble byte string of code. If end_line is negative
    it counts the number of statement linestarts to use."""
    statement_count = 10000
    if end_line is None:
        end_line = 10000
    elif relative_pos:
        end_line += start_line -1
        pass

    labels = findlabels(code)

    null_print = lambda x: None
    if start_line > cur_line:
        msg_nocr = null_print
        msg = null_print
    else:
        msg_nocr = orig_msg_nocr
        msg = orig_msg

    for instr in get_instructions_bytes(code, opc, varnames, names,
                                        constants, cells, linestarts):
        offset = instr.offset
        if end_offset and offset > end_offset:
            break

        if instr.starts_line:
            if offset:
                msg("")

            cur_line = instr.starts_line
            if (start_line and ((start_line > cur_line) or
                                start_offset and start_offset > offset)) :
                msg_nocr = null_print
                msg = null_print
            else:
                statement_count -= 1
                msg_nocr = orig_msg_nocr
                msg = orig_msg
                pass
            if ((cur_line > end_line) or
                (end_offset and offset > end_offset)):
                break
            msg_nocr(format_token(Mformat.LineNumber,
                                  "%4d" % cur_line,
                                  highlight=highlight))
        else:
            if start_offset and offset and start_offset <= offset:
                msg_nocr = orig_msg_nocr
                msg = orig_msg
                pass
            msg_nocr('    ')

        if offset == lasti: msg_nocr(format_token(Mformat.Arrow, '-->',
                                                  highlight=highlight))
        else: msg_nocr('   ')
        if offset in labels: msg_nocr(format_token(Mformat.Arrow, '>>',
                                                   highlight=highlight))
        else: msg_nocr('  ')
        msg_nocr(repr(offset).rjust(4))
        msg_nocr(' ')
        msg_nocr(format_token(Mformat.Opcode,
                              instr.opname.ljust(20),
                              highlight=highlight))
        msg_nocr(repr(instr.arg).ljust(10))
        msg_nocr(' ')
        # Show argval?
        msg(format_token(Mformat.Name,
                         instr.argrepr.ljust(20),
                         highlight=highlight))
        pass

    return code, offset
def disassemble_bytes ( orig_msg , orig_msg_nocr , code , lasti = - 1 , cur_line = 0 , start_line = - 1 , end_line = None , relative_pos = False , varnames = ( ) , names = ( ) , constants = ( ) , cells = ( ) , freevars = ( ) , linestarts = { } , highlight = 'light' , start_offset = 0 , end_offset = None ) : statement_count = 10000 if end_line is None : end_line = 10000 elif relative_pos : end_line += start_line - 1 pass labels = findlabels ( code ) null_print = lambda x : None if start_line > cur_line : msg_nocr = null_print msg = null_print else : msg_nocr = orig_msg_nocr msg = orig_msg for instr in get_instructions_bytes ( code , opc , varnames , names , constants , cells , linestarts ) : offset = instr . offset if end_offset and offset > end_offset : break if instr . starts_line : if offset : msg ( "" ) cur_line = instr . starts_line if ( start_line and ( ( start_line > cur_line ) or start_offset and start_offset > offset ) ) : msg_nocr = null_print msg = null_print else : statement_count -= 1 msg_nocr = orig_msg_nocr msg = orig_msg pass if ( ( cur_line > end_line ) or ( end_offset and offset > end_offset ) ) : break msg_nocr ( format_token ( Mformat . LineNumber , "%4d" % cur_line , highlight = highlight ) ) else : if start_offset and offset and start_offset <= offset : msg_nocr = orig_msg_nocr msg = orig_msg pass msg_nocr ( '    ' ) if offset == lasti : msg_nocr ( format_token ( Mformat . Arrow , '-->' , highlight = highlight ) ) else : msg_nocr ( '   ' ) if offset in labels : msg_nocr ( format_token ( Mformat . Arrow , '>>' , highlight = highlight ) ) else : msg_nocr ( '  ' ) msg_nocr ( repr ( offset ) . rjust ( 4 ) ) msg_nocr ( ' ' ) msg_nocr ( format_token ( Mformat . Opcode , instr . opname . ljust ( 20 ) , highlight = highlight ) ) msg_nocr ( repr ( instr . arg ) . ljust ( 10 ) ) msg_nocr ( ' ' ) # Show argval? msg ( format_token ( Mformat . Name , instr . argrepr . ljust ( 20 ) , highlight = highlight ) ) pass return code , offset
Disassemble byte string of code. If end_line is negative
    it counts the number of statement linestarts to use.
Disassemble byte string of code . If end_line is negative it counts the number of statement linestarts to use .