opcodes.OpDelTags: cmdlib.LUDelTags,
}
-
- def __init__(self):
+ def __init__(self, feedback=None):
"""Constructor for Processor
+ Args:
+ - feedback_fn: the feedback function (taking one string) to be run when
+ interesting events are happening
"""
self.cfg = None
self.sstore = None
+ self._feedback_fn = feedback
- def ExecOpCode(self, op, feedback_fn):
+ def ExecOpCode(self, op):
"""Execute an opcode.
Args:
- cfg: the configuration in which we execute this opcode
- opcode: the opcode to be executed
- - feedback_fn: the feedback function (taking one string) to be run when
- interesting events are happening
"""
if not isinstance(op, opcodes.OpCode):
lu.CheckPrereq()
hm = HooksMaster(rpc.call_hooks_runner, lu)
hm.RunPhase(constants.HOOKS_PHASE_PRE)
- result = lu.Exec(feedback_fn)
+ result = lu.Exec(self._feedback_fn)
hm.RunPhase(constants.HOOKS_PHASE_POST)
if lu.cfg is not None:
# we use lu.cfg and not self.cfg as for init cluster, self.cfg
return result
- def ChainOpCode(self, op, feedback_fn):
+ def ChainOpCode(self, op):
"""Chain and execute an opcode.
This is used by LUs when they need to execute a child LU.
Args:
- opcode: the opcode to be executed
- - feedback_fn: the feedback function (taking one string) to be run when
- interesting events are happening
"""
if not isinstance(op, opcodes.OpCode):
#if do_hooks:
# hm = HooksMaster(rpc.call_hooks_runner, lu)
# hm.RunPhase(constants.HOOKS_PHASE_PRE)
- result = lu.Exec(feedback_fn)
+ result = lu.Exec(self._feedback_fn)
#if do_hooks:
# hm.RunPhase(constants.HOOKS_PHASE_POST)
return result