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How to use test_getdict method in tox

Best Python code snippet using tox_python

test_circuit.py

Source:test_circuit.py

1import unittest2from itertools import product3from obfusc8.circuit import *4class TestCircuit(unittest.TestCase):5	def setUp(self):6		self.inputLength = 47		self.inputs = [Input('x') for _ in range(0, self.inputLength)]8		self.a1 = AndGate(self.inputs[0], self.inputs[1])9		self.n1 = NotGate(self.a1)10		self.n2 = NotGate(self.inputs[2])11		self.a2 = AndGate(self.n2, self.inputs[3])12		self.a3 = AndGate(self.n1, self.a2)13		self.circuit =  Circuit(self.a3)14	def tearDown(self):15		self.inputLength = None16		self.inputs = None17		self.c1 = None18	def test_init(self):19		self.assertEqual(self.inputs, self.circuit.inputs, 'input detection broken')20	def test_countGates_basic(self):21		self.assertEqual(5, self.circuit.countGates(), 'wrong gate count')22	def test_countGates_not(self):23		self.assertEqual(2, self.circuit.countGates(0), 'wrong not gate count')24	def test_countGates_and(self):25		self.assertEqual(3, self.circuit.countGates(1), 'wrong and gate count')26	def test_countGates_add(self):27		self.assertEqual(self.circuit.countGates(), self.circuit.countGates(0)+self.circuit.countGates(1), 'complete gate count unequal to not + and Gates')28	def test_evaluate(self):29		for test in list(product([0,1], repeat=self.inputLength)):30			test = list(test)31			correct = (not (test[0] and test[1]) and (not test[2] and test[3]))32			self.assertEqual(correct, self.circuit.evaluate(test), 'Wrong evaluation on input %s. Was %s instead of %s'%(test, self.circuit.evaluate(test), correct))33	def test_getDependency(self):34		resultDict = {self.a3.id: set([self.n1.id, self.a2.id]), self.n1.id:set([self.a1.id]), self.a2.id: set([self.n2.id]), self.a1.id: set([]), self.n2.id: set([])}35		self.assertEqual(resultDict, self.circuit.getDependency(), 'wrong dependency dictionary')36	def test_getDepth(self):37		self.assertEqual(3, self.circuit.getDepth(), 'incorrect depth on example circuit')38	def test_getDict(self):39		resultDict = {self.a3.id: self.a3, self.a2.id: self.a2, self.a1.id: self.a1, self.n2.id: self.n2, self.n1.id: self.n1}40		self.assertEqual(resultDict, self.circuit.getDict(), 'wrong mapping dict')41	def test_str(self):42		self.assertEqual('(-(x0&x1)&(-x2&x3))', str(self.circuit), 'string conversion does not match')43class TestInput(unittest.TestCase):44	def setUp(self):45		self.input = Input('x0')46	def tearDown(self):47		self.input = None48	def test_value_zero_after_init(self):49		self.assertEqual(0, self.input.evaluate(), 'initial value not zero')50	def test_str_returns_name(self):51		self.assertEqual('x0', str(self.input))52	def test_countGates_returns_zero(self):53		self.assertEqual(0, self.input.countGates(None), 'countGates does not return zero')54	def test_getDepth_returns_zero(self):55		self.assertEqual(0, self.input.getDepth(), 'getDepth does not return zero')56	def test_getType_correctness(self):57		self.assertEqual(-1, self.input.getType(), 'getType does not return -1')58	def test_set_and_evaluate(self):59		self.input.set(1)60		self.assertEqual(1, self.input.evaluate(), 'evaluation with value set to 1 does not return 1')61		self.input.set(0)62		self.assertEqual(0, self.input.evaluate(), 'evaluation with value set to 0 does not return 0')63class TestNotGate(unittest.TestCase):64	def setUp(self):65		self.input = Input('x0')66		self.gate = NotGate(self.input)67	def tearDown(self):68		self.gate = None69	def test_init(self):70		self.assertEqual(self.input, self.gate.input1, 'input not assigned to input1')71	def test_str(self):72		self.assertEqual('-x0', str(self.gate), 'string conversion does not match')73	def test_countGates_with_type_zero(self):74		self.assertEqual(1, self.gate.countGates(0), 'countGates with type 0 incorrect')75	def test_countGates_with_type_one(self):76		self.assertEqual(0, self.gate.countGates(1), 'countGates with type 1 incorrect')77	def test_evaluate(self):78		self.input.set(0)79		self.assertEqual(1, self.gate.evaluate(), 'Wrong evaluation on input [0]. Was %s instead of 1'%self.gate.evaluate())80		self.input.set(1)81		self.assertEqual(0, self.gate.evaluate(), 'Wrong evaluation on input [1]. Was %s instead of 0'%self.gate.evaluate())82	@unittest.skip('not important')83	def test_getDependency(self):84		# and_gate = AndGate(input1, input2)85		# self.assertEqual(expected, and_gate.getDependency())86		assert False # TODO: implement your test here87	def test_getDepth(self):88		self.assertEqual(1, self.gate.getDepth())89	@unittest.skip('not important')90	def test_getDict(self):91		# and_gate = AndGate(input1, input2)92		# self.assertEqual(expected, and_gate.getDict())93		assert False # TODO: implement your test here94	def test_getInputs(self):95		self.assertEqual([self.input], self.gate.getInputs(), 'getInputs result not identical to initial inputs')96	def test_getType(self):97		self.assertEqual(0, self.gate.getType())98class TestAndGate(unittest.TestCase):99	def setUp(self):100		self.inputLength = 2101		self.inputs = [Input('x') for _ in range(0, self.inputLength)]102		self.gate = AndGate(self.inputs[0], self.inputs[1])103		self.circuit = Circuit(self.gate)104	def tearDown(self):105		self.inputLength = None106		self.inputs = None107		self.gate = None108	def test_init(self):109		self.assertEqual(self.inputs[0], self.gate.input1, 'left input not assigned to input1')110		self.assertEqual(self.inputs[1], self.gate.input2, 'right input not assigned to input2')111	def test_str(self):112		self.assertEqual('(x0&x1)', str(self.gate), 'string conversion does not match')113	def test_countGates_with_type_zero(self):114		self.assertEqual(0, self.gate.countGates(0), 'countGates with type 0 incorrect')115	def test_countGates_with_type_one(self):116		self.assertEqual(1, self.gate.countGates(1), 'countGates with type 1 incorrect')117	def test_evaluate(self):118		for test in list(product([0,1], repeat=self.inputLength)):119			test = list(test)120			correct = (test[0] and test[1])121			self.assertEqual(correct, self.circuit.evaluate(test), 'Wrong evaluation on input %s. Was %s instead of %s'%(test, self.circuit.evaluate(test), correct))122	@unittest.skip('not important')123	def test_getDependency(self):124		# and_gate = AndGate(input1, input2)125		# self.assertEqual(expected, and_gate.getDependency())126		assert False # TODO: implement your test here127	def test_getDepth(self):128		self.assertEqual(1, self.gate.getDepth())129	@unittest.skip('not important')130	def test_getDict(self):131		# and_gate = AndGate(input1, input2)132		# self.assertEqual(expected, and_gate.getDict())133		assert False # TODO: implement your test here134	def test_getInputs(self):135		self.assertEqual(self.inputs, self.gate.getInputs(), 'getInputs result not identical to initial inputs')136	def test_getType(self):137		self.assertEqual(1, self.gate.getType())138if __name__ == '__main__':...

test_AccessGetter.py

Source:test_AccessGetter.py

1from unittest import TestCase2import dataencryptor3from pathlib import Path4import os5print("======================\nStarting unit tests...")6class TestAccessGetter(TestCase):7    def test_initAccessgetter(self):8        self.assertIsNotNone(dataencryptor.DataEncryptor())9        self.assertIsNotNone(dataencryptor.DataEncryptor("Test.json"))10    def test_getDict(self):11        handle = open(str(Path.home()) + "/.ssh/encrypted-data/unittest.json", 'w+')12        handle.write("{\13    \"Test1\":\"Value1\",\14    \"Test2\":\"Value2\",\15    \"Test3\":\"AbsolutelyNotValue3\"}")16        handle.close()17        ag = dataencryptor.DataEncryptor("./unittest.json")18        dict = ag.getDict()19        self.assertIsNotNone(dict)20        self.assertTrue(dict["Test3"] == "AbsolutelyNotValue3")...

test_getdict.py

Source:test_getdict.py

1# Copyright 2020 Silicon Compiler Authors. All Rights Reserved.2import siliconcompiler3def test_getdict():4    chip = siliconcompiler.Chip('test')5    chip.load_target('freepdk45_demo')6    localcfg = chip.getdict('pdk')7    assert localcfg['freepdk45']['foundry']['value'] == 'virtual'8#########################9if __name__ == "__main__":...

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