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How to use test_in_range method in hypothesis

Best Python code snippet using hypothesis

tests_engine.py

Source:tests_engine.py

1from django.test import SimpleTestCase, tag2from game.engine import *3import json, os4# Constants5INITIAL_BOARDSTATE = {6    # Formatted as Position Object for Chessboard.js7    # Black side8    "a8": "bR", "b8": "bN", "c8": "bB", "d8": "bQ", "e8": "bK", "f8": "bB", "g8": "bN", "h8": "bR",9    "a7": "bP", "b7": "bP", "c7": "bP", "d7": "bP", "e7": "bP", "f7": "bP", "g7": "bP", "h7": "bP",10    11    # White side12    "a2": "wP", "b2": "wP", "c2": "wP", "d2": "wP", "e2": "wP", "f2": "wP", "g2": "wP", "h2": "wP",13    "a1": "wR", "b1": "wN", "c1": "wB", "d1": "wQ", "e1": "wK", "f1": "wB", "g1": "wN", "h1": "wR",14}15@tag('core', 'piece')16class PieceTestCase(SimpleTestCase):17    def testPiece(self):18        test_piece = Piece('w', 'K', 'a1', 'kingCorp')19        20        self.assertEqual(test_piece.color, 'w')21        self.assertEqual(test_piece.rank, 'K')22        self.assertEqual(test_piece.pos, 'a1')23        self.assertEqual(test_piece.corp, 'kingCorp')24        self.assertEqual(test_piece.getTraits(), "color:w,rank:K,corp:kingCorp,pos:a1")25@tag('core', 'action')26class ActionTestCase(SimpleTestCase):27    def testMovementActionInit(self):28        # TODO: This whole data path situation is a bit jank, holding until persisting actions to history in DB to use fixtures29        module_dir = os.path.dirname(__file__)30        data_path = os.path.join(module_dir, 'mockups/sample_requests.json')31        with open(data_path, 'r') as f:32            payload = json.load(f)33            test_action = Action(json.dumps(payload["test_movement"]))34            35            self.assertEqual(test_action.actionType, ActionType.MOVEMENT)36            self.assertEqual(test_action.activePiece, Piece(Color.WHITE, Rank.ROOK, 'a8'))37            self.assertEqual(test_action.targetPiece, Piece(Color.WHITE, Rank.ROOK, 'a7'))38    39    def testAttackAttemptActionInit(self):40        # TODO: This whole data path situation is a bit jank, holding until persisting actions to history in DB to use fixtures41        module_dir = os.path.dirname(__file__)42        data_path = os.path.join(module_dir, 'mockups/sample_requests.json')43        with open(data_path, 'r') as f:44            payload = json.load(f)45            test_action = Action(json.dumps(payload["test_attack"]))46            47            self.assertEqual(test_action.actionType, ActionType.ATTACK_ATTEMPT)48            self.assertEqual(test_action.activePiece, Piece(Color.WHITE, Rank.PAWN, 'a4'))49            self.assertEqual(test_action.targetPiece, Piece(Color.BLACK, Rank.PAWN, 'a5'))50    51    def testHightlightActionInit(self):52        # TODO: This whole data path situation is a bit jank, holding until persisting actions to history in DB to use fixtures53        module_dir = os.path.dirname(__file__)54        data_path = os.path.join(module_dir, 'mockups/sample_requests.json')55        with open(data_path, 'r') as f:56            payload = json.load(f)57            test_action = Action(json.dumps(payload["test_highlight"]))58            59            self.assertEqual(test_action.actionType, ActionType.HIGHLIGHT)60            self.assertEqual(test_action.activePiece, Piece(Color.BLACK, Rank.ROOK, 'a8'))61            62@tag('core', 'helpers')63class HelperTestCase(SimpleTestCase):64    @tag('getDirection')65    def testGetDirectionFunc(self):66        module_dir = os.path.dirname(__file__)67        data_path = os.path.join(module_dir, 'mockups/sample_boardstates.json')68        with open(data_path, 'r') as f:69            test_cases = json.load(f)["getDirectionTests"]70            for test in test_cases:71                match test["label"]:72                    case "N":73                        self.assertEqual(getDirection(test["startPos"], test["endPos"]), 1)74                    case "S":75                        self.assertEqual(getDirection(test["startPos"], test["endPos"]), -1)76                    case "E":77                        self.assertEqual(getDirection(test["startPos"], test["endPos"]), 10)78                    case "W":79                        self.assertEqual(getDirection(test["startPos"], test["endPos"]), -10)80                    case "NE":81                        self.assertEqual(getDirection(test["startPos"], test["endPos"]), 11)82                    case "NW":83                        self.assertEqual(getDirection(test["startPos"], test["endPos"]), -9)84                    case "SE":85                        self.assertEqual(getDirection(test["startPos"], test["endPos"]), 9)86                    case "SW":87                        self.assertEqual(getDirection(test["startPos"], test["endPos"]), -11)88@tag('core', 'boardstate')89class BoardstateTestCase(SimpleTestCase):90    91    @tag('moveset', 'pawn')92    def testGetValidPawnMoveset(self):93        # Filedata import94        module_dir = os.path.dirname(__file__)95        boardstate_data_path = os.path.join(module_dir, 'mockups/sample_boardstates.json')96        corp_data_path = os.path.join(module_dir, 'mockups/example_corp_shape.json')97        boardstate_file = open(boardstate_data_path, 'r')98        corp_file = open(corp_data_path, 'r')99        100        boardstate_payload = json.load(boardstate_file)101        corp_payload = json.load(corp_file)102        test_cases = boardstate_payload["pawnTests"]103        for test in test_cases:104            match test["label"]:105                case "getPawnValidMoveset-WhiteFullBoard":106                    current = Boardstate(INITIAL_BOARDSTATE, True, corp_payload)107                    test_pawn = Piece(test["piece"]["color"], test["piece"]["rank"], test["piece"]["pos"], test["piece"]["corp"])108                    (test_in_range, test_setup, test_movement) = current.getValidMoveset(test_pawn)109                    self.assertEqual(test_in_range, [])110                    self.assertEqual(test_setup, [])111                    self.assertCountEqual(test_movement, ["c3", "d3", "e3"])112                113                # case "getPawnValidMoveset-BlackFullBoard":114                #     current = Boardstate(INITIAL_BOARDSTATE, False, corp_payload)115                #     test_pawn = Piece(test["piece"]["color"], test["piece"]["rank"], test["piece"]["pos"], test["piece"]["corp"])116                #     (test_in_range, test_setup, test_movement) = current.getValidMoveset(test_pawn)117                #     self.assertEqual(test_in_range, [])118                #     self.assertEqual(test_setup, [])119                #     self.assertCountEqual(test_movement, ["c6", "d6", "e6"])120        121        boardstate_file.close()122        corp_file.close()        123        124    @tag('moveset', 'bishop')125    def testGetValidBishopMoveset(self):126        # Filedata import127        module_dir = os.path.dirname(__file__)128        boardstate_data_path = os.path.join(module_dir, 'mockups/sample_boardstates.json')129        corp_data_path = os.path.join(module_dir, 'mockups/example_corp_shape.json')130        boardstate_file = open(boardstate_data_path, 'r')131        corp_file = open(corp_data_path, 'r')132        133        boardstate_payload = json.load(boardstate_file)134        corp_payload = json.load(corp_file)135        test_cases = boardstate_payload["bishopTests"]136        for test in test_cases:137            match test["label"]:138                # case "getBishopValidMoveset-WhiteFullBoard":139                #     current = Boardstate(INITIAL_BOARDSTATE, True, corp_payload)140                #     test_bishop = Piece(test["piece"]["color"], test["piece"]["rank"], test["piece"]["pos"], test["piece"]["corp"])141                #     (test_in_range, test_setup, test_movement) = current.getValidMoveset(test_bishop)142                #     self.assertEqual(test_in_range, [])143                #     self.assertEqual(test_setup, [])144                #     self.assertCountEqual(test_movement, [])145                146                case "getBishopValidMoveset-BlackFullBoard":147                    current = Boardstate(INITIAL_BOARDSTATE, False, corp_payload)148                    test_bishop = Piece(test["piece"]["color"], test["piece"]["rank"], test["piece"]["pos"], test["piece"]["corp"])149                    (test_in_range, test_setup, test_movement) = current.getValidMoveset(test_bishop)150                    self.assertEqual(test_in_range, [])151                    self.assertEqual(test_setup, [])152                    self.assertCountEqual(test_movement, [])153        154        boardstate_file.close()...

test_validators.py

Source:test_validators.py

...61class TestLengthRange(unittest.TestCase):62    def test_none(self):63        actual = validators.LengthRange(4, 5)(None, [])64        self.assertIsNone(actual)65    def test_in_range(self):66        value = 'abcd'67        actual = validators.LengthRange(4, 5)(value, [])68        self.assertEqual(value, actual)69    def test_too_long(self):70        value = '123456'71        try:72            validators.LengthRange(4, 5)(value, ['node'])73            self.assertTrue(False)74        except ValueError as ex:75            self.assertEqual('node: String is too long', ex.args[0])76    def test_too_short(self):77        value = 'abc'78        try:79            validators.LengthRange(4, 5)(value, ['node'])80            self.assertTrue(False)81        except ValueError as ex:82            self.assertEqual('node: String is too short', ex.args[0])83class TestOnly(unittest.TestCase):84    def test_none(self):85        actual = validators.Only('user', 'node')(None, [])86        self.assertIsNone(actual)87    def test_in_set(self):88        value = 'user'89        actual = validators.Only('user', 'node')(value, [])90        self.assertEqual(value, actual)91    def test_not_in_set(self):92        value = 'abcd'93        try:94            validators.Only('user', 'node')(value, ['root'])95            self.assertTrue(False)96        except ValueError as ex:97            self.assertEqual('root: Invalid value', ex.args[0])98class TestMinimum(unittest.TestCase):99    def test_none(self):100        actual = validators.Minimum(4)(None, [])101        self.assertIsNone(actual)102    def test_in_range(self):103        value = 4.5104        actual = validators.Minimum(4)(value, [])105        self.assertEqual(value, actual)106    def test_too_small(self):107        value = 3.99108        try:109            validators.Minimum(4)(value, ['node'])110            self.assertTrue(False)111        except ValueError as ex:112            self.assertEqual('node: Value is too small', ex.args[0])113class TestExclusiveMinimum(unittest.TestCase):114    def test_none(self):115        actual = validators.ExclusiveMinimum(4)(None, [])116        self.assertIsNone(actual)117    def test_in_range(self):118        value = 4.5119        actual = validators.ExclusiveMinimum(4)(value, [])120        self.assertEqual(value, actual)121    def test_too_small(self):122        value = 4123        try:124            validators.ExclusiveMinimum(4)(value, ['node'])125            self.assertTrue(False)126        except ValueError as ex:127            self.assertEqual('node: Value is too small', ex.args[0])128class TestMaximum(unittest.TestCase):129    def test_none(self):130        actual = validators.Maximum(5.3)(None, [])131        self.assertIsNone(actual)132    def test_in_range(self):133        value = 4.5134        actual = validators.Maximum(5.3)(value, [])135        self.assertEqual(value, actual)136    def test_too_big(self):137        value = 5.301138        try:139            validators.Maximum(5.3)(value, ['node'])140            self.assertTrue(False)141        except ValueError as ex:142            self.assertEqual('node: Value is too large', ex.args[0])143class TestExclusiveMaximum(unittest.TestCase):144    def test_none(self):145        actual = validators.ExclusiveMaximum(5.3)(None, [])146        self.assertIsNone(actual)147    def test_in_range(self):148        value = 4.5149        actual = validators.ExclusiveMaximum(5.3)(value, [])150        self.assertEqual(value, actual)151    def test_too_big(self):152        value = 5.3153        try:154            validators.ExclusiveMaximum(5.3)(value, ['node'])155            self.assertTrue(False)156        except ValueError as ex:157            self.assertEqual('node: Value is too large', ex.args[0])158class TestRange(unittest.TestCase):159    def test_none(self):160        actual = validators.Range(4, 5.3)(None, [])161        self.assertIsNone(actual)162    def test_in_range(self):163        value = 4.5164        actual = validators.Range(4, 5.3)(value, [])165        self.assertEqual(value, actual)166    def test_too_big(self):167        value = 6.1168        try:169            validators.Range(4, 5.3)(value, ['node'])170            self.assertTrue(False)171        except ValueError as ex:172            self.assertEqual('node: Value is too large', ex.args[0])173    def test_too_small(self):174        value = 3175        try:176            validators.Range(4, 5.3)(value, ['node'])...

test002.py

Source:test002.py

...46    """)47@step()48def test():49    results=controller.recv_domoticz_mqtt(SENSOR_TYPE_SINGLE,2001)50    test_in_range(results[0], -5,40)51    results=controller.recv_domoticz_mqtt(SENSOR_TYPE_SINGLE,2002)52    test_in_range(results[0], -5,40)53@step()54def powercycle():55    """test result on poweron"""56    if not node[0].powercycle():57        return58    59    results=controller.recv_domoticz_mqtt(SENSOR_TYPE_SINGLE,2001)60    test_in_range(results[0], -5,40)61    results=controller.recv_domoticz_mqtt(SENSOR_TYPE_SINGLE,2002)62    test_in_range(results[0], -5,40)63if __name__=='__main__':...

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