class TwidoILGeneratorTester(unittest.TestCase):
def setUp(self):
self.ipn = InterpretedPetriNet()
self.ipn.inMatrix = [[0, 1, 0, 0],
[0, 0, 0, 1],
[1, 0, 1, 0],
[0, 0, 1, 0],
[0, 0, 0, 0]]
self.ipn.outMatrix = [[1, 0, 0, 0],
[0, 0, 1, 0],
[0, 0, 0, 0],
[0, 0, 0, 0],
[0, 0, 0, 1]]
self.ipn.m0 = [0, 0, 1, 1, 0]
self.ipn.actions = {("Q0.0.2", "on"): [1, 2, 3],
("Q0.0.3", "on"): [2]}
self.ipn.firingConditions = [[("I0.0.0", "closed"), ("I0.0.1", "raising")],
[("I0.0.2", "open")],
[("I0.0.0", "open"), ("I0.0.3", "open")],
[("I0.0.2", "open"), ("I0.0.4", "open")]]
self.converter = Converter(self.ipn)
self.ilGenerator = TwidoILGenerator(self.converter.controlRoutine)
self.initialMarkingInstructions = "<ListInstruction>LDN %M0</ListInstruction>\n" + \
"<ListInstruction>[ %MW1 := 0 ]</ListInstruction>\n" + \
"<ListInstruction>[ %MW2 := 0 ]</ListInstruction>\n" + \
"<ListInstruction>[ %MW3 := 1 ]</ListInstruction>\n" + \
"<ListInstruction>[ %MW4 := 1 ]</ListInstruction>\n" + \
"<ListInstruction>[ %MW5 := 0 ]</ListInstruction>\n" + \
"<ListInstruction>S %M0</ListInstruction>\n"
self.supervisedModelInstructions = "<ListInstruction>LD %M5</ListInstruction>\n" + \
"<ListInstruction>R %M5</ListInstruction>\n" + \
"<ListInstruction>[ %MW1 := %MW1 + 1 ]</ListInstruction>\n" + \
"<ListInstruction>[ %MW3 := %MW3 - 1 ]</ListInstruction>\n" + \
"<ListInstruction>LD %M6</ListInstruction>\n" + \
"<ListInstruction>R %M6</ListInstruction>\n" + \
"<ListInstruction>[ %MW1 := %MW1 - 1 ]</ListInstruction>\n" + \
"<ListInstruction>LD %M7</ListInstruction>\n" + \
"<ListInstruction>R %M7</ListInstruction>\n" + \
"<ListInstruction>[ %MW2 := %MW2 + 1 ]</ListInstruction>\n" + \
"<ListInstruction>[ %MW3 := %MW3 - 1 ]</ListInstruction>\n" + \
"<ListInstruction>[ %MW4 := %MW4 - 1 ]</ListInstruction>\n" + \
"<ListInstruction>LD %M8</ListInstruction>\n" + \
"<ListInstruction>R %M8</ListInstruction>\n" + \
"<ListInstruction>[ %MW2 := %MW2 - 1 ]</ListInstruction>\n" + \
"<ListInstruction>[ %MW5 := %MW5 + 1 ]</ListInstruction>\n" + \
"<ListInstruction>LD %M0</ListInstruction>\n" + \
"<ListInstruction>R %M1</ListInstruction>\n" + \
"<ListInstruction>LD [ %MW3 >= 1 ]</ListInstruction>\n" + \
"<ListInstruction>S %M1</ListInstruction>\n" + \
"<ListInstruction>LD %M0</ListInstruction>\n" + \
"<ListInstruction>R %M2</ListInstruction>\n" + \
"<ListInstruction>LD [ %MW1 >= 1 ]</ListInstruction>\n" + \
"<ListInstruction>S %M2</ListInstruction>\n" + \
"<ListInstruction>LD %M0</ListInstruction>\n" + \
"<ListInstruction>R %M3</ListInstruction>\n" + \
"<ListInstruction>LD [ %MW3 >= 1 ]</ListInstruction>\n" + \
"<ListInstruction>AND [ %MW4 >= 1 ]</ListInstruction>\n" + \
"<ListInstruction>S %M3</ListInstruction>\n" + \
"<ListInstruction>LD %M0</ListInstruction>\n" + \
"<ListInstruction>R %M4</ListInstruction>\n" + \
"<ListInstruction>LD [ %MW2 >= 1 ]</ListInstruction>\n" + \
"<ListInstruction>S %M4</ListInstruction>\n"
self.actionsInstructions = "<ListInstruction>LD [ %MW2 >= 1 ]</ListInstruction>\n" + \
"<ListInstruction>ST %Q0.0.3</ListInstruction>\n" + \
"<ListInstruction>LD [ %MW1 >= 1 ]</ListInstruction>\n" + \
"<ListInstruction>OR [ %MW2 >= 1 ]</ListInstruction>\n" + \
"<ListInstruction>OR [ %MW3 >= 1 ]</ListInstruction>\n" + \
"<ListInstruction>ST %Q0.0.2</ListInstruction>\n"
self.firerInstructions = "<ListInstruction>LD %M1</ListInstruction>\n" + \
"<ListInstruction>ANDN %I0.0.0</ListInstruction>\n" + \
"<ListInstruction>ANDR %I0.0.1</ListInstruction>\n" + \
"<ListInstruction>S %M5</ListInstruction>\n" + \
"<ListInstruction>JMPC %L0</ListInstruction>\n" + \
"<ListInstruction>LD %M2</ListInstruction>\n" + \
"<ListInstruction>AND %I0.0.2</ListInstruction>\n" + \
"<ListInstruction>S %M6</ListInstruction>\n" + \
"<ListInstruction>JMPC %L0</ListInstruction>\n" + \
"<ListInstruction>LD %M3</ListInstruction>\n" + \
"<ListInstruction>AND %I0.0.0</ListInstruction>\n" + \
"<ListInstruction>AND %I0.0.3</ListInstruction>\n" + \
"<ListInstruction>S %M7</ListInstruction>\n" + \
"<ListInstruction>JMPC %L0</ListInstruction>\n" + \
"<ListInstruction>LD %M4</ListInstruction>\n" + \
"<ListInstruction>AND %I0.0.2</ListInstruction>\n" + \
"<ListInstruction>AND %I0.0.4</ListInstruction>\n" + \
"<ListInstruction>S %M8</ListInstruction>\n" + \
"<ListInstruction>JMPC %L0</ListInstruction>\n"
def testConvertInitialMarkingLines(self):
self.assertEqual(self.initialMarkingInstructions, self.ilGenerator.convertLayerToIL(self.ilGenerator.controlRoutine.initialMarking))
def testConvertSupervisedModelLines(self):
self.assertEqual(self.supervisedModelInstructions, self.ilGenerator.convertLayerToIL(self.ilGenerator.controlRoutine.supervisedModel))
def testConvertActionsLines(self):
self.assertEqual(self.actionsInstructions, self.ilGenerator.convertLayerToIL(self.ilGenerator.controlRoutine.actions, "OR"))
def testConvertFirerlLines(self):
self.assertEqual(self.firerInstructions, self.ilGenerator.convertLayerToIL(lines = self.ilGenerator.controlRoutine.firer, jumpTo = "L0"))
def setUp(self):
self.ipn = InterpretedPetriNet()
self.ipn.inMatrix = [[0, 1, 0, 0],
[0, 0, 0, 1],
[1, 0, 1, 0],
[0, 0, 1, 0],
[0, 0, 0, 0]]
self.ipn.outMatrix = [[1, 0, 0, 0],
[0, 0, 1, 0],
[0, 0, 0, 0],
[0, 0, 0, 0],
[0, 0, 0, 1]]
self.ipn.m0 = [0, 0, 1, 1, 0]
self.ipn.actions = {("Q0.0.2", "on"): [1, 2, 3],
("Q0.0.3", "on"): [2]}
self.ipn.firingConditions = [[("I0.0.0", "closed"), ("I0.0.1", "raising")],
[("I0.0.2", "open")],
[("I0.0.0", "open"), ("I0.0.3", "open")],
[("I0.0.2", "open"), ("I0.0.4", "open")]]
self.converter = Converter(self.ipn)
self.ilGenerator = TwidoILGenerator(self.converter.controlRoutine)
self.initialMarkingInstructions = "<ListInstruction>LDN %M0</ListInstruction>\n" + \
"<ListInstruction>[ %MW1 := 0 ]</ListInstruction>\n" + \
"<ListInstruction>[ %MW2 := 0 ]</ListInstruction>\n" + \
"<ListInstruction>[ %MW3 := 1 ]</ListInstruction>\n" + \
"<ListInstruction>[ %MW4 := 1 ]</ListInstruction>\n" + \
"<ListInstruction>[ %MW5 := 0 ]</ListInstruction>\n" + \
"<ListInstruction>S %M0</ListInstruction>\n"
self.supervisedModelInstructions = "<ListInstruction>LD %M5</ListInstruction>\n" + \
"<ListInstruction>R %M5</ListInstruction>\n" + \
"<ListInstruction>[ %MW1 := %MW1 + 1 ]</ListInstruction>\n" + \
"<ListInstruction>[ %MW3 := %MW3 - 1 ]</ListInstruction>\n" + \
"<ListInstruction>LD %M6</ListInstruction>\n" + \
"<ListInstruction>R %M6</ListInstruction>\n" + \
"<ListInstruction>[ %MW1 := %MW1 - 1 ]</ListInstruction>\n" + \
"<ListInstruction>LD %M7</ListInstruction>\n" + \
"<ListInstruction>R %M7</ListInstruction>\n" + \
"<ListInstruction>[ %MW2 := %MW2 + 1 ]</ListInstruction>\n" + \
"<ListInstruction>[ %MW3 := %MW3 - 1 ]</ListInstruction>\n" + \
"<ListInstruction>[ %MW4 := %MW4 - 1 ]</ListInstruction>\n" + \
"<ListInstruction>LD %M8</ListInstruction>\n" + \
"<ListInstruction>R %M8</ListInstruction>\n" + \
"<ListInstruction>[ %MW2 := %MW2 - 1 ]</ListInstruction>\n" + \
"<ListInstruction>[ %MW5 := %MW5 + 1 ]</ListInstruction>\n" + \
"<ListInstruction>LD %M0</ListInstruction>\n" + \
"<ListInstruction>R %M1</ListInstruction>\n" + \
"<ListInstruction>LD [ %MW3 >= 1 ]</ListInstruction>\n" + \
"<ListInstruction>S %M1</ListInstruction>\n" + \
"<ListInstruction>LD %M0</ListInstruction>\n" + \
"<ListInstruction>R %M2</ListInstruction>\n" + \
"<ListInstruction>LD [ %MW1 >= 1 ]</ListInstruction>\n" + \
"<ListInstruction>S %M2</ListInstruction>\n" + \
"<ListInstruction>LD %M0</ListInstruction>\n" + \
"<ListInstruction>R %M3</ListInstruction>\n" + \
"<ListInstruction>LD [ %MW3 >= 1 ]</ListInstruction>\n" + \
"<ListInstruction>AND [ %MW4 >= 1 ]</ListInstruction>\n" + \
"<ListInstruction>S %M3</ListInstruction>\n" + \
"<ListInstruction>LD %M0</ListInstruction>\n" + \
"<ListInstruction>R %M4</ListInstruction>\n" + \
"<ListInstruction>LD [ %MW2 >= 1 ]</ListInstruction>\n" + \
"<ListInstruction>S %M4</ListInstruction>\n"
self.actionsInstructions = "<ListInstruction>LD [ %MW2 >= 1 ]</ListInstruction>\n" + \
"<ListInstruction>ST %Q0.0.3</ListInstruction>\n" + \
"<ListInstruction>LD [ %MW1 >= 1 ]</ListInstruction>\n" + \
"<ListInstruction>OR [ %MW2 >= 1 ]</ListInstruction>\n" + \
"<ListInstruction>OR [ %MW3 >= 1 ]</ListInstruction>\n" + \
"<ListInstruction>ST %Q0.0.2</ListInstruction>\n"
self.firerInstructions = "<ListInstruction>LD %M1</ListInstruction>\n" + \
"<ListInstruction>ANDN %I0.0.0</ListInstruction>\n" + \
"<ListInstruction>ANDR %I0.0.1</ListInstruction>\n" + \
"<ListInstruction>S %M5</ListInstruction>\n" + \
"<ListInstruction>JMPC %L0</ListInstruction>\n" + \
"<ListInstruction>LD %M2</ListInstruction>\n" + \
"<ListInstruction>AND %I0.0.2</ListInstruction>\n" + \
"<ListInstruction>S %M6</ListInstruction>\n" + \
"<ListInstruction>JMPC %L0</ListInstruction>\n" + \
"<ListInstruction>LD %M3</ListInstruction>\n" + \
"<ListInstruction>AND %I0.0.0</ListInstruction>\n" + \
"<ListInstruction>AND %I0.0.3</ListInstruction>\n" + \
"<ListInstruction>S %M7</ListInstruction>\n" + \
"<ListInstruction>JMPC %L0</ListInstruction>\n" + \
"<ListInstruction>LD %M4</ListInstruction>\n" + \
"<ListInstruction>AND %I0.0.2</ListInstruction>\n" + \
"<ListInstruction>AND %I0.0.4</ListInstruction>\n" + \
"<ListInstruction>S %M8</ListInstruction>\n" + \
"<ListInstruction>JMPC %L0</ListInstruction>\n"
f.readline()
for x in range(41):
linha = f.readline()
linhaMatriz = []
for item in linha[4:]:
if not item in [" ", "\n"]:
linhaMatriz.append(int(item))
ipnPlantaCompleta.outMatrix.append(linhaMatriz)
f.close()
converter = Converter(ipnPlantaCompleta)
ilGenerator = TwidoILGenerator(converter.controlRoutine)
ilGenerator.genIL()
ilGenerator.writeIL('Twido2.xtwd')
ipnCartesiano = InterpretedPetriNet()
ipnCartesiano.inMatrix = []
ipnCartesiano.outMatrix = []
for x in range(15):
ipnCartesiano.inMatrix.append(ipnPlantaCompleta.inMatrix[x][:12])
ipnCartesiano.outMatrix.append(ipnPlantaCompleta.outMatrix[x][:12])
ipnCartesiano.actions = ipnPlantaCompleta.actions
ipnCartesiano.firingConditions = ipnPlantaCompleta.firingConditions[:12]
ipnCartesiano.m0 = ipnPlantaCompleta.m0[:15]
converterCartesiano = Converter(ipnCartesiano)
