def __call__(self, building_block, target):
"""
:param building_block:
:param target:
"""
instructions_def = interpret_asm(self._asm, target,
building_block.labels)
instructions = []
for definition in instructions_def:
instruction = microprobe.code.ins.Instruction()
instruction_set_def_properties(instruction,
definition,
building_block=building_block,
target=target,
allowed_registers=self._aregs)
instructions.append(instruction)
if self._index < 0:
building_block.add_instructions(
instructions, after=building_block.cfg.bbls[-1].instrs[-1])
elif self._index == 0:
building_block.add_instructions(
instructions, before=building_block.cfg.bbls[0].instrs[0])
else:
cindex = 0
ains = None
instr = None
for bbl in building_block.cfg.bbls:
for instr in bbl.instrs:
cindex = cindex + 1
if instr is None:
raise MicroprobeCodeGenerationError(
"Empty basic block found")
if cindex == self._index:
ains = instr
building_block.add_instructions(instructions, after=ains)
return
building_block.add_instructions(
instructions, after=building_block.cfg.bbls[-1].instrs[-1])
def __call__(self, building_block, target):
"""
:param building_block:
:param target:
"""
instructions_def = interpret_asm(self._asm, target,
building_block.labels)
instructions = []
for definition in instructions_def:
instruction = microprobe.code.ins.Instruction()
instruction_set_def_properties(instruction,
definition,
building_block=building_block,
target=target,
allowed_registers=self._aregs)
instructions.append(instruction)
building_block.add_init(instructions)
def __call__(self, building_block, target):
"""
:param building_block:
:param dummy_target:
"""
if len(self._sequence) > MICROPROBE_RC['parallel_threshold']:
if MICROPROBE_RC['verbose']:
print_info("Enabling parallel processing")
return self._parallel(building_block, target)
sequence = iter(self._sequence)
for bbl in building_block.cfg.bbls:
for instr in bbl.instrs:
definition = next(sequence)
instruction_set_def_properties(instr,
definition,
building_block=building_block,
target=target)
return []
def _set_props(largs, queue=None, show_progress=False):
rlist = []
if show_progress:
progress = Progress(len(largs), msg="Setting instruction properties: ")
for args in largs:
instr, definition, building_block, target, displ = args
instruction_set_def_properties(instr,
definition,
building_block=building_block,
target=target,
label_displ=displ)
if show_progress:
progress()
rlist.append(instr)
if queue is not None:
queue.put(rlist)
return rlist