import sys
owfn_path = "../../"
sys.path.append(owfn_path)
from model_repair.logger import LOG
from model_repair.petri_net import PetriNet
model = PetriNet()
""" Proccess 'a' """
model.add_place("a_1")
model.add_place("a_2")
model.add_transition("t_1")
model.change_input_flow("a_1", "t_1", 1)
model.change_output_flow("a_2", "t_1", 1)
model.add_transition("t_2")
model.change_input_flow("a_2", "t_2", 1)
model.change_output_flow("a_1", "t_2", 1)
""" Proccess 'b' """
model.add_place("b_1")
model.add_place("b_2")
model.add_transition("t_3")
model.change_input_flow("b_1", "t_3", 1)
model.change_output_flow("b_2", "t_3", 1)
model.add_transition("t_4")
model.change_input_flow("b_2", "t_4", 1)
import sys
owfn_path = "../../"
sys.path.append(owfn_path)
from model_repair.logger import LOG
from model_repair.petri_net import PetriNet
model = PetriNet()
""" Adding places and transitions """
model.add_place("a")
model.add_place("b")
model.add_transition("t_1")
model.add_transition("t_2")
""" Adding flow"""
model.change_input_flow("a", "t_1", 1)
model.change_output_flow("b", "t_1", 1)
model.change_input_flow("b", "t_2", 1)
model.change_output_flow("a", "t_2", 1)
""" Generates a LoLA file """
print model.export_lola({"a": 1})
