def get_contents2(self, bricks, states):
"""
Builds the state (step 2)
:param bricks: Map[String,Brick], the bricks of the application
:param states: Map[String, State], the states of the application
:return:
:raises: UndefinedBrick, if the brick the transition operates on is not defined
:raises: UndefinedState, if the target state is not defined
This method builds the transition attribute.
A 2-step build is required (due to the meta-model) to get references right while avoiding bad typing tricks
such as passing a TransitionBuilder instead of a Transition.
"""
if self.state not in states.keys():
raise UndefinedState()
tmp_transitions = []
for t in self.transitions:
if t.sensor not in bricks.keys():
raise UndefinedBrick()
if t.next_state not in states.keys():
raise UndefinedState()
if isinstance(t, TransitionBuilder):
transition = Transition(bricks[t.sensor],
t.value,
states[t.next_state],
comparison=t.comparison,
read=t.readMode)
elif isinstance(t, LogicTransitionBuilder):
transition = LogicTransition(bricks[t.transition.sensor],
t.transition.value, t.type,
bricks[t.sensor], t.value,
states[t.next_state])
tmp_transitions += [transition]
states[self.state].transitions = tmp_transitions
def get_contents(self, bricks, states):
"""
Builds the transition.
:param bricks: Map[String,Brick], the bricks of the application
:param states: Map[String,State], the states of the application
:return: Transition, the transition to build
:raises: UndefinedBrick, if the transition references an undefined brick
:raises: UndefinedState, if the transition references an undefined state
"""
if self.sensor not in bricks.keys():
raise UndefinedBrick()
if self.next_state not in states.keys():
raise UndefinedState()
if self.comparison != None and self.read_mode != None:
return Transition(bricks[self.sensor],
self.value,
states[self.next_state],
comparison=self.comparison,
read=self.read_mode)
elif self.comparison != None:
return Transition(bricks[self.sensor],
self.value,
states[self.next_state],
comparison=self.comparison)
elif self.read_mode != None:
return Transition(bricks[self.sensor],
self.value,
states[self.next_state],
read=self.read_mode)
else:
return Transition(bricks[self.sensor], self.value,
states[self.next_state])
def get_contents(self, bricks):
"""
Builds the action.
:param bricks: Map[String,Brick] the bricks of the application
:return: Action, the action to build
:raises: UndefinedBrick, if the action references an undefined brick
"""
if self.actuator not in bricks.keys():
raise UndefinedBrick()
return Action(self.data, bricks[self.actuator])
def get_contents2(self, bricks, states, modes):
if self.initState not in states.keys():
raise UndefinedState()
tmp_transitions = []
for t in self.transitions:
if t.sensor not in bricks.keys():
raise UndefinedBrick()
if t.next_state not in modes.keys():
raise UndefinedMode()
if isinstance(t, TransitionBuilder):
transition = Transition(bricks[t.sensor], t.value, modes[t.next_state], comparison=t.comparison, read=t.readMode)
elif isinstance(t, LogicTransitionBuilder): #A REVOIR
transition = LogicTransition(bricks[t.transition.sensor], t.transition.value, t.type, bricks[t.sensor], t.value, states[t.next_state])
tmp_transitions += [transition]
modes[self.mode].transitions = tmp_transitions
"""
def get_contents(self, bricks, states):
"""
Builds the transition.
:param bricks: Map[String,Brick], the bricks of the application
:param states: Map[String,State], the states of the application
:return: Transition, the transition to build
:raises: UndefinedBrick, if the transition references an undefined brick
:raises: UndefinedState, if the transition references an undefined state
"""
if self.sensor not in bricks.keys():
raise UndefinedBrick()
if self.next_state not in states.keys():
raise UndefinedState()
return LogicTransition(bricks[self.transition.sensor],
self.transition.value, self.type,
bricks[self.sensor], self.value,
states[self.next_state])
def get_contents2(self, bricks, states):
"""
Builds the state (step 2)
:param bricks: Map[String,Brick], the bricks of the application
:param states: Map[String, State], the states of the application
:return:
:raises: UndefinedBrick, if the brick the transition operates on is not defined
:raises: UndefinedState, if the target state is not defined
This method builds the transition attribute.
A 2-step build is required (due to the meta-model) to get references right while avoiding bad typing tricks
such as passing a TransitionBuilder instead of a Transition.
"""
if self.transition.sensor not in bricks.keys():
raise UndefinedBrick()
if self.state not in states.keys():
raise UndefinedState()
if self.transition.next_state not in states.keys():
raise UndefinedState()
transition = Transition(bricks[self.transition.sensor],
self.transition.value,
states[self.transition.next_state])
states[self.state].transition = transition
def get_contents(self, bricks):
for b in self.bricks:
if b not in bricks.keys():
raise UndefinedBrick()
return Printer(self.timestamp, self.pType, self.bricks)