"schedule_exit"
},
.function = {
- { non_scheduling_context_snep, non_scheduling_context_snep, scheduling_contex_snep, INVALID_STATE },
- { INVALID_STATE, INVALID_STATE, INVALID_STATE, non_scheduling_context_snep },
+ {
+ non_scheduling_context_snep,
+ non_scheduling_context_snep,
+ scheduling_contex_snep,
+ INVALID_STATE
+ },
+ {
+ INVALID_STATE,
+ INVALID_STATE,
+ INVALID_STATE,
+ non_scheduling_context_snep
+ },
},
.initial_state = non_scheduling_context_snep,
.final_states = { 1, 0 },
max_state_name = max(self.states, key = len).__len__()
return max(max_state_name, self.invalid_state_str.__len__())
- def __get_state_string_length(self):
- maxlen = self.__get_max_strlen_of_states() + self.enum_suffix.__len__()
- return "%" + str(maxlen) + "s"
-
def get_aut_init_function(self):
nr_states = self.states.__len__()
nr_events = self.events.__len__()
buff = []
- strformat = self.__get_state_string_length()
-
+ maxlen = self.__get_max_strlen_of_states() + len(self.enum_suffix)
+ tab_braces = 2 * 8 + 2 + 1 # "\t\t{ " ... "}"
+ comma_space = 2 # ", " count last comma here
+ linetoolong = tab_braces + (maxlen + comma_space) * nr_events > self.line_length
for x in range(nr_states):
- line = "\t\t{ "
+ line = "\t\t{\n" if linetoolong else "\t\t{ "
for y in range(nr_events):
next_state = self.function[x][y]
if next_state != self.invalid_state_str:
next_state = self.function[x][y] + self.enum_suffix
+ if linetoolong:
+ line += "\t\t\t%s" % next_state
+ else:
+ line += "%*s" % (maxlen, next_state)
if y != nr_events-1:
- line = line + strformat % next_state + ", "
+ line += ",\n" if linetoolong else ", "
else:
- line = line + strformat % next_state + " },"
+ line += "\n\t\t}," if linetoolong else " },"
buff.append(line)
return self.__buff_to_string(buff)