def testOneFile(self):
self.shortDescription()
fsm = parseFSM(self.fsmlFile)
with open(self.inputFile) as inputFile, open(
self.correctOutputFile) as outFile:
correctInputJson = json.load(inputFile)
# (1) this is the correct output which is created together with the input
correctJsonOutput = json.load(outFile)
# (2) this is the output of the Simulator.py module of assignment 2
simulatedJsonOutput = simulateFSM(fsm, list(correctInputJson))
# (3) what follows is the output of the dynamically generated TurnstileStepper modules
generateCode(fsm) # generate Stepper and Handler
import TurnstileHandler_generated # import the newly generated modules (& update their reference)
reload(TurnstileHandler_generated)
import TurnstileStepper_generated
reload(TurnstileStepper_generated)
stepper = TurnstileStepper_generated.Stepper()
generatedJsonOutput = stepper.simulateFSM_generated(
list(correctInputJson))
try:
os.remove('./TurnstileStepper_generated.pyc')
os.remove('./TurnstileHandler_generated.pyc')
except OSError:
pass
# assert all 3 are equal
self.assertEqual(correctJsonOutput, simulatedJsonOutput)
self.assertEqual(correctJsonOutput, generatedJsonOutput)
def testOneFile(self):
self.shortDescription()
fsm = parseFSM(self.fsmlFile)
with open(self.inputFile) as inputFile, open(self.correctOutputFile) as outFile:
correctInputJson = json.load(inputFile)
# (1) this is the correct output which is created together with the input
correctJsonOutput = json.load(outFile)
# (2) this is the output of the Simulator.py module of assignment 2
simulatedJsonOutput = simulateFSM(fsm, list(correctInputJson))
# (3) what follows is the output of the dynamically generated TurnstileStepper modules
generateCode(fsm) # generate Stepper and Handler
import TurnstileHandler_generated # import the newly generated modules (& update their reference)
reload(TurnstileHandler_generated)
import TurnstileStepper_generated
reload(TurnstileStepper_generated)
stepper = TurnstileStepper_generated.Stepper()
generatedJsonOutput = stepper.simulateFSM_generated(list(correctInputJson))
try:
os.remove('./TurnstileStepper_generated.pyc')
os.remove('./TurnstileHandler_generated.pyc')
except OSError:
pass
# assert all 3 are equal
self.assertEqual(correctJsonOutput, simulatedJsonOutput)
self.assertEqual(correctJsonOutput, generatedJsonOutput)
def main():
try:
fsm = parseFSM("./sample.fsml")
sampleInput = json.load(open("./sample_input.json", "r"))
# just for visualization of the fsm dict (not needed anywhere in the code)
jsonFile = open("./sample_fsml.json", 'w')
jsonFile.write(json.dumps(fsm))
# check the ok constraints
ok(fsm)
#simulate the fsm
output = simulateFSM(fsm, sampleInput)
# dump the simulation output to file
outFile = open("./sample_output.json", 'w')
outFile.write(json.dumps(output))
#generate Code
generateCode(fsm)
#draw fsm
drawFSM(fsm)
except FsmException:
raise
def main():
try:
fsm = parseFSM("./sample.fsml")
sampleInput = json.load(open("./sample_input.json", "r"))
# just for visualization of the fsm dict (not needed anywhere in the code)
jsonFile = open("./sample_fsml.json", 'w')
jsonFile.write(json.dumps(fsm))
# check the ok constraints
ok(fsm)
#simulate the fsm
output = simulateFSM(fsm, sampleInput)
# dump the simulation output to file
outFile = open("./sample_output.json", 'w')
outFile.write(json.dumps(output))
#generate Code
generateCode(fsm)
#draw fsm
drawFSM(fsm)
except FsmException:
raise
def testSimulationOutput(self):
# load the base line output
correctJsonOutput = json.load(open("../baseline_output.json"))
# produce the output of the generated modules
generatedJsonOutput = self.stepper.simulateFSM_generated(self.input)
# produce the output of the hand-written simulator module
simulatedJsonOutput = simulateFSM(self.fsm, self.input)
# assert all 3 types of output are equal
self.assertEqual(correctJsonOutput, simulatedJsonOutput)
self.assertEqual(correctJsonOutput, generatedJsonOutput)