How to use test_initialize method in autotest

Best Python code snippet using autotest_python

test_etherex.py

Source:test_etherex.py

...75    # Tests76    def test_creation(self):77        assert self.etx_contract.balanceOf(self.ALICE['address']) == self.initialIssuance78        assert self.bob_contract.balanceOf(self.ALICE['address']) == self.initialIssuance79    def test_initialize(self, block=None):80        # NameReg Alice81        ans = self.namereg.register(self.ALICE['address'], "Alice")82        assert ans == SUCCESS83        assert self._storage(self.namereg, "0x" + self.ALICE['address']) == "0x" + "Alice".encode('hex')84        assert self.namereg.getname(self.ALICE['address']) == utils.big_endian_to_int("Alice")85        # NameReg EtherEx86        ans = self.namereg.register(self.contract.address, "EtherEx")87        assert ans == SUCCESS88        assert self._storage(self.namereg, "0x" + self.contract.address.encode('hex')) == "0x" + "EtherEx".encode('hex')89        # NameReg ETX90        ans = self.namereg.register(self.etx_contract.address, "ETX")91        assert ans == SUCCESS92        assert self._storage(self.namereg, "0x" + self.etx_contract.address.encode('hex')) == "0x" + "ETX".encode('hex')93        # Register ETX94        ans = self.contract.add_market(95            "ETX",96            self.etx_contract.address,97            5,98            10 ** 8,99            10 ** 18,100            1,101            sender=self.ALICE['key'])102        assert ans == SUCCESS103        # TODO Register Solidity Standard Token104        # ans = self.contract.add_market(105        #     "SST",106        #     self.standard_contract.address,107        #     5,108        #     10 ** 8,109        #     10 ** 18,110        #     1,111        #     sender=self.ALICE['key'])112        # assert ans == 1113    def test_get_last_market_id(self):114        self.test_initialize()115        ans = self.contract.get_last_market_id()116        assert ans == 1117    def test_get_market_id(self):118        self.test_initialize()119        assert self.contract.get_market_id(self.etx_contract.address) == 1120    def test_get_market(self):121        self.test_initialize()122        ans = self.contract.get_market(1)123        assert ans == [124            1,125            4543576,126            584202455294917676171628316407181071088652546483L,127            5,128            100000000,129            1000000000000000000,130            1,131            745948140856946866108753121277737810491401257713L,132            0,133            0,134            1]135    #136    # ETX137    #138    def test_alice_to_bob(self):139        self.test_initialize()140        # Send 1000 to Bob141        ans = self.etx_contract.transfer(self.BOB['address'], 1000 * 10 ** 5)142        assert ans == SUCCESS143        # Alice has 1000 less144        ans = self.etx_contract.balanceOf(self.ALICE['address'])145        assert ans == self.initialIssuance - 1000 * 10 ** 5146        # Bob has 1000147        ans = self.etx_contract.balanceOf(self.BOB['address'])148        assert ans == 1000 * 10 ** 5149        # assert self._storage(self.etx_contract, int(self.ALICE['address'], 16)) == self.xhex(1000000 - 1000)150        # assert self._storage(self.etx_contract, int(self.BOB['address'], 16)) == self.xhex(1000)151    def test_bob_to_charlie_fail(self):152        self.test_initialize()153        ans = self.etx_contract.transfer(self.CHARLIE['address'], 1000 * 10 ** 5, sender=self.BOB['key'])154        assert ans == FAILURE155    def test_alice_to_bob_to_charlie(self):156        self.test_initialize()157        # Send 1000 to Bob158        ans = self.etx_contract.transfer(self.BOB['address'], 1000 * 10 ** 5, profiling=1)159        assert ans['output'] == 1160        logger.info("\nTransfer profiling: %s" % ans)161        # Bob sends 250 to Charlie162        ans = self.etx_contract.transfer(self.CHARLIE['address'], 250 * 10 ** 5, sender=self.BOB['key'])163        assert ans == SUCCESS164        # Charlie now has 250165        ans = self.etx_contract.balanceOf(self.CHARLIE['address'])166        assert ans == 250 * 10 ** 5167    #168    # Balances169    #170    def test_sub_balance(self):171        self.test_initialize()172        ans = self.etx_contract.balanceOf(self.ALICE['address'])173        assert ans == self.initialIssuance174    def test_deposit_to_exchange(self, init=True):175        if init:176            self.test_initialize()177        # Approve deposit of 10,000178        ans = self.etx_contract.approve(179            self.contract.address,180            10000 * 10 ** 5,181            profiling=1)182        assert ans['output'] == 1183        logger.info("\napprove profiling: %s" % ans)184        # Verify exchange is approved for a transfer185        ans = self.etx_contract.allowance(186            self.ALICE['address'],187            self.contract.address)188        assert ans == 10000 * 10 ** 5189        # Deposit 10,000 into exchange190        ans = self.contract.deposit(10000 * 10 ** 5, 1, profiling=1)191        assert ans['output'] == 1000000000192        logger.info("\nDeposit profiling: %s" % ans)193        # Verify exchange is no longer approved for a transfer194        ans = self.etx_contract.allowance(195            self.ALICE['address'],196            self.contract.address)197        assert ans == FAILURE198        # Alice has 10,000 less199        ans = self.etx_contract.balanceOf(self.ALICE['address'])200        assert ans == self.initialIssuance - 10000 * 10 ** 5201        # Exchange has 10,000202        ans = self.etx_contract.balanceOf(self.contract.address)203        assert ans == 10000 * 10 ** 5204        # Alice has 10,000 in the exchange205        ans = self.contract.get_sub_balance(self.ALICE['address'], 1)206        assert ans == [10000 * 10 ** 5, 0]207    def test_log_deposit(self):208        snapshot = self.state.snapshot()209        o = []210        self.state.block.log_listeners.append(lambda x: o.append(self.contract._translator.listen(x)))211        self.test_deposit_to_exchange()212        assert o == [213            None,  # Token contract events returning None...214            {215                '_event_type': 'log_market', 'id': 1216            },217            None,218            None,219            {220                "_event_type": "log_deposit",221                "market": 1,222                "sender": int("0x" + self.ALICE['address'], 16),223                "amount": 10000 * 10 ** 5224            }225        ]226        self.state.revert(snapshot)227    def test_withdraw_sub_fail(self):228        self.test_initialize()229        ans = self.contract.withdraw(1000 * 10 ** 5, 1)230        assert ans == 0231    def test_withdraw_sub(self):232        self.test_deposit_to_exchange()233        ans = self.contract.withdraw(1000 * 10 ** 5, 1, profiling=1)234        assert ans['output'] == 1235        logger.info("\nWithdraw profiling: %s" % ans)236    #237    # EtherEx238    #239    def test_no_data(self):240        self.test_initialize()241        ans = self.state.send(self.ALICE['key'], self.contract.address, 0, "0")242        assert ans == ''243    def test_invalid_operation(self):244        self.test_initialize()245        ans = self.state.send(self.ALICE['key'], self.contract.address, 0, "0xFF")246        assert ans == ''247    def test_missing_amount(self):248        self.test_initialize()249        ans = self.contract.buy(0, int(0.25 * 10 ** 8), 1)250        assert ans == 2251    def test_missing_price(self):252        self.test_initialize()253        ans = self.contract.buy(1000 * 10 ** 5, 0, 1)254        assert ans == 3255    def test_missing_market_id(self):256        self.test_initialize()257        ans = self.contract.buy(1000 * 10 ** 5, int(0.25 * 10 ** 8), 0)258        assert ans == 4259    def test_too_many_arguments(self):260        self.test_initialize()261        with pytest.raises(Exception) as excinfo:262            self.contract.buy(1000 * 10 ** 5, int(0.25 * 10 ** 8), 1, 1)263        assert "list index out of range" in excinfo.value.message264    def test_amount_out_of_range(self):265        self.test_initialize()266        with pytest.raises(Exception) as excinfo:267            self.contract.buy(2 ** 256, int(0.25 * 10 ** 8), 1)268        assert 'Number out of range' in excinfo.value.message269    def test_price_out_of_range(self):270        self.test_initialize()271        with pytest.raises(Exception) as excinfo:272            self.contract.buy(1000 * 10 ** 5, 2 ** 256, 1)273        assert 'Number out of range' in excinfo.value.message274    def test_add_bob_coin(self):275        self.test_initialize()276        # Register BOBcoin277        ans = self.contract.add_market(278            "BOB",279            self.bob_contract.address,280            4,281            10 ** 8,282            10 ** 18,283            1,284            sender=self.BOB['key'],285            profiling=1)286        assert ans['output'] == 1287        logger.info("\nAdd other market profiling: %s" % ans)288    def test_get_bob_market_id(self):289        self.test_add_bob_coin()290        assert self.contract.get_market_id(self.bob_contract.address) == 2291    def test_get_new_last_market_id(self):292        self.test_add_bob_coin()293        assert self.contract.get_last_market_id() == 2294    def test_insufficient_buy_trade(self):295        self.test_initialize()296        ans = self.contract.buy(500 * 10 ** 5, int(0.25 * 10 ** 8), 1, value=10 ** 17)297        assert ans == INSUFFICIENT_TRADE_AMOUNT298    def test_insufficient_sell_trade(self):299        self.test_initialize()300        ans = self.contract.sell(500 * 10 ** 5, int(0.25 * 10 ** 2), 1)301        assert ans == INSUFFICIENT_TRADE_AMOUNT302    def test_insufficient_mismatch_buy_trade(self):303        self.test_initialize()304        ans = self.contract.buy(500 * 10 ** 5, int(0.25 * 10 ** 8), 1, sender=self.BOB['key'], value=124 * 10 ** 18)305        assert ans == TRADE_AMOUNT_MISMATCH306    # TODO tests for MARKET_* error codes307    def test_market_name_invalid(self):308        ans = self.contract.add_market(309            -1,310            self.etx_contract.address,311            5,312            10 ** 8,313            10 ** 18,314            1)315        assert ans == MARKET_NAME_INVALID316    def test_market_name_already_exists(self):317        ans = self.contract.add_market(318            "ETX",319            self.etx_contract.address,320            5,321            10 ** 8,322            10 ** 18,323            1)324        assert ans == SUCCESS325        ans = self.contract.add_market(326            "ETX",327            self.etx_contract.address,328            5,329            10 ** 8,330            10 ** 18,331            1)332        assert ans == MARKET_NAME_ALREADY_EXISTS333    def test_market_contract_invalid(self):334        ans = self.contract.add_market(335            "ETX",336            0,337            5,338            10 ** 8,339            10 ** 18,340            1)341        assert ans == MARKET_CONTRACT_INVALID342    def test_market_category_invalid(self):343        ans = self.contract.add_market(344            "ETX",345            self.etx_contract.address,346            5,347            10 ** 8,348            10 ** 18,349            -1)350        assert ans == MARKET_CATEGORY_INVALID351    def test_market_decimals_invalid(self):352        ans = self.contract.add_market(353            "ETX",354            self.etx_contract.address,355            -1,356            10 ** 8,357            10 ** 18,358            1)359        assert ans == MARKET_DECIMALS_INVALID360    def test_market_precision_invalid(self):361        ans = self.contract.add_market(362            "ETX",363            self.etx_contract.address,364            5,365            -1,366            10 ** 18,367            1)368        assert ans == MARKET_PRECISION_INVALID369    def test_market_minimum_invalid(self):370        ans = self.contract.add_market(371            "ETX",372            self.etx_contract.address,373            5,374            10 ** 8,375            -1,376            1)377        assert ans == MARKET_MINIMUM_INVALID378    def test_market_nonstandard_allowance(self):379        code = """380def allowance(_address, _spender):381    return(-1)382"""383        nonstandard_contract = self.state.abi_contract(code)384        ans = self.contract.add_market(385            "NON",386            nonstandard_contract.address,387            5,388            10 ** 8,389            10 ** 18,390            1)391        assert ans == MARKET_NONSTANDARD_ALLOWANCE392    def test_market_nonstandard_approve(self):393        code = """394def approve(_spender, _value):395    return(-1)396"""397        nonstandard_contract = self.state.abi_contract(code)398        ans = self.contract.add_market(399            "NON",400            nonstandard_contract.address,401            5,402            10 ** 8,403            10 ** 18,404            1)405        assert ans == MARKET_NONSTANDARD_APPROVE406    def test_market_nonstandard_balanceof(self):407        code = """408def balanceOf(_address):409    return(-1)410def approve(_spender, _value):411    return(1)412"""413        nonstandard_contract = self.state.abi_contract(code)414        ans = self.contract.add_market(415            "NON",416            nonstandard_contract.address,417            5,418            10 ** 8,419            10 ** 18,420            1)421        assert ans == MARKET_NONSTANDARD_BALANCEOF422    def test_market_nonstandard_transfer(self):423        code = """424def transfer(_to, _value):425    return(-1)426def approve(_spender, _value):427    return(1)428"""429        nonstandard_contract = self.state.abi_contract(code)430        ans = self.contract.add_market(431            "NON",432            nonstandard_contract.address,433            5,434            10 ** 8,435            10 ** 18,436            1)437        assert ans == MARKET_NONSTANDARD_TRANSFER438    def test_market_nonstandard_transferfrom(self):439        code = """440def transferFrom(_from, _to, _value):441    return(-1)442def approve(_spender, _value):443    return(1)444"""445        nonstandard_contract = self.state.abi_contract(code)446        ans = self.contract.add_market(447            "NON",448            nonstandard_contract.address,449            5,450            10 ** 8,451            10 ** 18,452            1)453        assert ans == MARKET_NONSTANDARD_TRANSFERFROM454    #455    # Trades456    #457    def test_add_buy_trades(self):458        self.test_initialize()459        self.initial_balance = self.state.block.get_balance(self.ALICE['address'])460        # Add buy trade461        ans = self.contract.buy(500 * 10 ** 5, int(0.25 * 10 ** 8), 1, value=125 * 10 ** 18, profiling=1)462        assert ans['output'] == 23490291715255176443338864873375620519154876621682055163056454432194948412040L463        logger.info("\nAdd buy profiling: %s" % ans)464        # Another buy trade465        ans = self.contract.buy(600 * 10 ** 5, int(0.25 * 10 ** 8), 1, value=150 * 10 ** 18, profiling=1)466        assert ans['output'] == -35168633768494065610302920664120686116555617894816459733689825088489895266148L467        logger.info("\nAdd 2nd buy profiling: %s" % ans)468        # And another469        ans = self.contract.buy(700 * 10 ** 5, int(0.25 * 10 ** 8), 1, value=175 * 10 ** 18, profiling=1)470        assert ans['output'] == 38936224262371094519907212029104196662516973526369593745812124922634258039407L471        logger.info("\nAdd 3rd buy profiling: %s" % ans)472        self.after_buy_balance = self.state.block.get_balance(self.ALICE['address'])...

test_lightbrarian.py

Source:test_lightbrarian.py

...4from .lightbrarian import *5google_api_token = os.environ['GOOGLE_API_TOKEN']6# Create temporary default_reading_list.json to be used for all the tests.7@pytest.fixture(scope='session')8def test_initialize(tmp_path_factory):9    lightbrarian_reading_list_path = tmp_path_factory.mktemp('.lightbrarian') / 'default_reading_list.json'10    initialize(lightbrarian_reading_list_path.parent, lightbrarian_reading_list_path)11    return lightbrarian_reading_list_path12# Invoke the search_books function and save the first search result to the reading list.13def test_search_and_save_book(test_initialize, monkeypatch):14    monkeypatch.setattr('builtins.input', lambda _: 1)15    16    books = search_books(17        command='search',18        book_title='The',19        book_author=None,20        book_publisher=None,21        max_results=5,22        google_api_token=google_api_token,...

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