How to use test_machine method in autotest

Best Python code snippet using autotest_python

tests.py

Source:tests.py

1# copyright Merzlov Nikolay merzlovnik@mail.ru2import StackMachine as sm3import StackMachineCompilator as smc4import unittest5class Test(unittest.TestCase):6    def test_bool(self):7        test_machine = sm.StackMachine(8            [2, 3, "and"])9        test_machine.run()10        self.assertTrue(test_machine.top_of_stack)11        test_machine = sm.StackMachine(12            [2, 0, "or"])13        test_machine.run()14        self.assertTrue(test_machine.top_of_stack)15        test_machine = sm.StackMachine(16            [1, 1, "xor"])17        test_machine.run()18        self.assertFalse(test_machine.top_of_stack)19        test_machine = sm.StackMachine(20            [1, "not"])21        test_machine.run()22        self.assertFalse(test_machine.top_of_stack)23    def test_arithmetic(self):24        test_machine = sm.StackMachine(25            [2, 3, "+", 4, "*", 2, "/", 6, "%", 1, "-", 3, "=="])26        test_machine.run()27        self.assertTrue(test_machine.top_of_stack)28        test_machine = sm.StackMachine(29            [2, 3, "+", 4, "*", 2, "/", 6, "%", 1, "-", 5, ">"])30        test_machine.run()31        self.assertTrue(test_machine.top_of_stack)32        test_machine = sm.StackMachine(33            [-2, "abs"])34        test_machine.run()35        self.assertEqual(test_machine.top_of_stack, 2)36        test_machine = sm.StackMachine(37            [2, "negate"])38        test_machine.run()39        self.assertEqual(test_machine.top_of_stack, -2)40    def test_cast(self):41        test_machine = sm.StackMachine([2, "cast_str"])42        test_machine.run()43        self.assertEqual(test_machine.top_of_stack, "2")44        test_machine = sm.StackMachine(['"2"', "cast_int"])45        test_machine.run()46        self.assertEqual(test_machine.top_of_stack, 2)47    def test_drop(self):48        test_machine = sm.StackMachine([1, '"2"', "drop"])49        test_machine.run()50        self.assertEqual(test_machine.top_of_stack, 1)51    def test_dup(self):52        test_machine = sm.StackMachine([1, "dup", "+"])53        test_machine.run()54        self.assertEqual(test_machine.top_of_stack, 2)55    def test_if(self):56        test_machine = sm.StackMachine([1, '"False"', '"True"', "if"])57        test_machine.run()58        self.assertEqual(test_machine.top_of_stack, "True")59        test_machine = sm.StackMachine([0, '"False"', '"True"', "if"])60        test_machine.run()61        self.assertEqual(test_machine.top_of_stack, 'False')62    def test_jump(self):63        test_machine = sm.StackMachine([10, 7, "jmp", 0, "*", 0, "*", 1, "*"])64        test_machine.run()65        self.assertEqual(test_machine.top_of_stack, 10)66    def test_swap(self):67        test_machine = sm.StackMachine([1, 0, "swap", "-"])68        test_machine.run()69        self.assertEqual(test_machine.top_of_stack, -1)70    def test_call_return(self):71        test_machine = sm.StackMachine([4, "jmp", 50, "return", 2, "call", 2, "*"])72        test_machine.run()73        self.assertEqual(test_machine.top_of_stack, 100)74    def test_load_store(self):75        test_machine = sm.StackMachine([1, '"a"', "store", 0, '"a"', "load", "-"])76        test_machine.run()77        self.assertEqual(test_machine.top_of_stack, -1)78    def test_compilation(self):79        self.assertEqual(80            ['"Give me $a"', 41, 'call', '"a"', 'store', '"Give me $b"', 41, 'call', '"b"', 'store', '"Give me $c"', 41,81             'call',82             '"c"', 'store', '"Give me $x"', 41, 'call', '"x"', 'store', '"a"', 'load', '"x"', 'load', '*', '"b"',83             'load', '+',84             '"x"', 'load', '*', '"c"', 'load', '+', 'dup', 'println', 'stack', 'exit', 'dup', '*', 'return', 'print',85             'read',86             'cast_int', 'return'], smc.compile_file('example_code.txt')87        )88if __name__ == '__main__':...

test_commands.py

Source:test_commands.py

1import unittest2import os3import docker4import machine5# machine name used for testing6TEST_MACHINE = os.environ.get("DOCKER_MACHINE", "python-docker-machine")7# invalid machine name8INVALID_MACHINE = TEST_MACHINE + "-invalid"9# temporary machine name10TEMPORARY_MACHINE = TEST_MACHINE + "-temporary"11class TestCommands(unittest.TestCase):12    @classmethod13    def setUpClass(cls):14        error = "can't find machine '%s', please create before running test suite." % TEST_MACHINE15        cls.machine = machine.machine.Machine()16        exists = cls.machine.exists(machine=TEST_MACHINE)17        assert exists, error18    @classmethod19    def tearDownClass(cls):20        try:21            cls.machine.rm(machine=INVALID_MACHINE)22        except RuntimeError:23            pass24        try:25            cls.machine.rm(machine=TEMPORARY_MACHINE)26        except RuntimeError:27            pass28    def setUp(self):29        if not self.machine.status(machine=TEST_MACHINE):30            self.machine.start(machine=TEST_MACHINE)31    def test_active(self):32        self.machine.active()33    def test_config(self):34        config = self.machine.config(machine=TEST_MACHINE)35        client = docker.Client(**config)36        self.assertTrue(client.ping())37    def test_config_invalid_machine(self):38        with self.assertRaises(RuntimeError):39            self.machine.config(machine=INVALID_MACHINE)40    @unittest.skip("disabled since it takes ages")41    def test_create_and_rm(self):42        self.machine.create(machine=TEMPORARY_MACHINE)43        self.machine.rm(machine=TEMPORARY_MACHINE)44    def test_env(self):45        self.machine.env(machine=TEST_MACHINE)46    def test_inspect(self):47        self.machine.inspect(machine=TEST_MACHINE)48    def test_ip(self):49        self.machine.ip(machine=TEST_MACHINE)50    def test_kill(self):51        self.machine.kill(machine=TEST_MACHINE)52    def test_ls(self):53        self.machine.ls()54    def test_provision(self):55        self.machine.provision(machine=TEST_MACHINE)56    def test_regenerate_certs(self):57        self.machine.regenerate_certs(machine=TEST_MACHINE)58    def test_restart(self):59        self.machine.restart(machine=TEST_MACHINE)60    def test_scp(self):61        # copy this file to the remote host62        source = os.path.realpath(__file__)63        destination = "%s:." % TEST_MACHINE64        self.machine.scp(source, destination)65    def test_start(self):66        self.machine.stop(machine=TEST_MACHINE)67        self.machine.start(machine=TEST_MACHINE)68        self.assertTrue(self.machine.status(machine=TEST_MACHINE))69    def test_status_when_up(self):70        self.assertTrue(self.machine.status(machine=TEST_MACHINE))71    def test_status_when_down(self):72        self.machine.stop(machine=TEST_MACHINE)73        self.assertFalse(self.machine.status(machine=TEST_MACHINE))74    def test_status_when_invalid_machine(self):75        with self.assertRaises(RuntimeError):76            self.machine.status(machine=INVALID_MACHINE)77    def test_stop(self):78        self.machine.stop(machine=TEST_MACHINE)79        self.assertFalse(self.machine.status(machine=TEST_MACHINE))80    def test_stop_when_stopped(self):81        self.machine.stop(machine=TEST_MACHINE)82        with self.assertRaises(RuntimeError):83            self.machine.stop(machine=TEST_MACHINE)84    def test_upgrade(self):85        self.machine.upgrade(machine=TEST_MACHINE)86    def test_url(self):87        self.machine.url(machine=TEST_MACHINE)88    def test_version(self):...

test_machines.py

Source:test_machines.py

1import unittest2from api_cmds.machines import *3from api_cmds.reservations import count_reservations4class TestMachines(unittest.TestCase):5    def setUp(self) -> None:6        self.test_machine = add_and_verifies_new_machine()7        for i in range(10):8            add_and_verifies_new_machine()9    def test_add_one_machine(self):10        add_and_verifies_new_machine()11    def test_add_one_machine_and_get_details(self):12        machines_response = get_machine(self.test_machine["id"])13        self.assertEqual(machines_response["address"], self.test_machine["address"])14        self.assertEqual(machines_response["id"], self.test_machine["id"])15    def test_delete_one_machine(self):16        l_before = count_machines()17        created_machine = add_and_verifies_new_machine()18        self.assertTrue(remove_specific_machine(created_machine["id"]), "Service should return No Content")19        self.assertEqual(l_before, count_machines(), "Machine should be removed")20    def test_after_creation_machine_should_be_enabled(self):21        test_machine = get_machine(self.test_machine["id"])22        assert test_machine.get("enabled"), "Machine should be default enabled"23    def test_after_creation_machine_try_to_enable_twice(self):24        test_machine = get_machine(self.test_machine["id"])25        self.assertTrue(test_machine["enabled"], "Machine by the default should be enabled: True")26        self.assertTrue(enable(test_machine["id"]), "Machine should return Ok, even if is in this state")27        self.assertTrue(get_machine(test_machine["id"]).get("enabled"), "Machine should be enabled")28    def test_after_creation_machine_try_disable(self):29        test_machine = get_machine(self.test_machine["id"])30        self.assertTrue(test_machine["enabled"], "Machine by the default should be enabled: True")31        self.assertTrue(disable(test_machine["id"]), "Machine should return Ok, even if is in this state")32        self.assertFalse(get_machine(test_machine["id"]).get("enabled"), "Machine should be disabled")33    def test_add_two_machines_disable_one(self):34        second_machine = get_machine(add_example_machine()["id"])35        l_machines_before = count_machines()36        l_reservations_before = count_reservations()37        disable(second_machine["id"])38        self.assertEqual(l_machines_before, count_machines(), "Machines should be the same number as before")39        self.assertLess(count_reservations(), l_reservations_before, "One machine should not be visible at "40                                                                     "reservations")41    def tearDown(self) -> None:42        remove_all_machines()...

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