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How to use mark_finished method in Slash

Best Python code snippet using slash

test_order_book2.py

Source:test_order_book2.py

...38    @classmethod39    def setUpClass(cls):40        with patch('builtins.input', side_effect=["0"]):41           cls.module = load_module(exercise, 'en')42    def test_1_mark_finished(self):43        reload_module(self.module)44        from src.order_book import OrderBook, Task45        code = """46t = OrderBook()47t.add_order("program web store", "Andy", 10)48t.mark_finished(1)49"""50        t = OrderBook()51        t.add_order("program web store", "Andy", 10)52        til = t.all_orders()53        id = til[0].id54        code += f"\n"55        56        try:57            t.mark_finished(id)58        except Exception as e:59            self.fail(f'Executing the following code {code}threw an error\n{e}\nIs method mark_finished(self, id: int) defined?')60        61        code = """62t = OrderBook()63t.add_order("program web store", "Andy", 10)64t.mark_finished(1)65t.all_orders()66"""67        val = t.all_orders()68        t1 = ("program web store", "Andy", 10, True) 69        all_ok = ook(val, [t1])70        expected = s([tt(t1)])71        self.assertTrue(all_ok, f"When executing the following code {code}\nmethod should return a list containing following tasks\n{expected}\nnow return was\n{ss(val)}")72        code = """73t = OrderBook()74t.add_order("program web store", "Andy", 10)75t.add_order("program mobile gane", "Eric", 5)76t.mark_finished(1)77t.mark_finished(2)78t.all_orders()79"""80        t.add_order("program mobile gane", "Eric", 5)81        til = t.all_orders()82        id1 = til[0].id83        id2 = til[1].id84        try:85            t.mark_finished(id1)86            t.mark_finished(id2)87        except Exception as e:88            self.fail(f'Executing the following code {code}threw an error\n{e}\nIs method mark_finished(self, id: int) defined?')89        90        val = t.all_orders()91        t2 = ("program mobile gane", "Eric", 5, True)92        all_ok = ook(val, [t1, t2])93        expected = s([tt(t1), tt(t2)])94        self.assertTrue(all_ok, f"When executing the following code {code}\nmethod should return a list containing following tasks\n{expected}\nnow return was\n{ss(val)}")95    def test_2_mark_finished_exception(self):96        reload_module(self.module)97        from src.order_book import OrderBook, Task98        code = """99t = OrderBook()100t.add_order("program web store", "Andy", 10)101t.mark_finished(999)102"""103        t = OrderBook()104        t.add_order("program web store", "Andy", 10)105        til = t.all_orders()106        id = til[0].id + 1107        code += f"\n"108        109        ok = False110        try:111            t.mark_finished(id)112        except ValueError:113            ok = True114        except Exception as e:115            self.fail(f'Executing the following code {code}threw an error\n{e}\nIs method mark_finished(self, id: int) defined?')116        self.assertTrue(ok, f'Executing the following code {code}should raise ValueError exception')117    def test_3_unfinished(self):118        from src.order_book import OrderBook, Task119        code = """120t = OrderBook()121t.unfinished_orders()122"""123        t = OrderBook()124        try:125            t.unfinished_orders()126        except Exception as e:127            self.fail(f'Executing the following code {code}threw an error\n{e}\nIs method unfinished_orders(self) defined?')128        code = """129t = OrderBook()130t.add_order("program web store", "Andy", 10)131t.unfinished_orders()132"""133        t = OrderBook()134        t.add_order("program web store", "Andy", 10)135        try:136            val = t.unfinished_orders()137        except Exception as e:138            self.fail(f'Executing the following code {code}threw an error\n{e}\nIs method unfinished_orders(self) defined?')139        taip = str(type(val)).replace("<class '","").replace("'>","")140        self.assertTrue(type(val) == type([]), f"When executing the following code{code}type of return value should be list, now it is of type {taip}")141        expected = 1142        self.assertTrue(len(val)==expected, f"When executing the following code{code}\nmethod should return a list, which length is {expected}, length of list was {len(val)}")143        144        ttt = Task("code hello world", "Eric", 3)145        taip = str(type(val[0])).replace("<class '","").replace("'>","")146        self.assertTrue(type(val[0]) == type(ttt), f"When executing the following code {code}type of first item in list returned should be Task, now it is of type {taip}")147        expected = 1148        self.assertTrue(len(val)==expected, f"When executing the following code{code}\nmethod should return a list, which length is {expected}, length of list was {len(val)}")149        t1 = ("program web store", "Andy", 10, False) 150        all_ok = ook(val, [t1])151        expected = s([tt(t1)])152        self.assertTrue(all_ok, f"When executing the following code {code}\nmethod should return a list containing following tasks\n{expected}\nnow return was\n{ss(val)}")153        code = """154t = OrderBook()155t.add_order("program web store", "Andy", 10)156t.add_order("program mobile gane", "Eric", 5)157t.add_order("code better facebook", "Jonas", 5000)158t.unfinished_orders()159"""160        t.add_order("program mobile gane", "Eric", 5)161        t.add_order("code better facebook", "Jonas", 5000)162        t2 = ("program mobile gane", "Eric", 5, False)163        t3 = ("code better facebook", "Jonas", 5000, False)164        try:165            val = t.unfinished_orders()166        except Exception as e:167            self.fail(f'Executing the following code {code}threw an error\n{e}\nIs method unfinished_orders(self) defined?')168        expected = 3169        self.assertTrue(len(val)==expected, f"When executing the following code{code}\nmethod should return a list, which length is {expected}, length of list was {len(val)}")170        all_ok = ook(val, [t1, t2, t3])171        expected = s([tt(t1), tt(t2),  tt(t3)])172        self.assertTrue(all_ok, f"When executing the following code {code}\nmethod should return a list containing following tasks\n{expected}\nnow return was\n{ss(val)}")173        code = """174t = OrderBook()175t.add_order("program web store", "Andy", 10)176t.add_order("program mobile gane", "Eric", 5)177t.add_order("code better facebook", "Jonas", 5000)178t.mark_finished(1)179t.mark_finished(2)180t.unfinished_orders()181"""182        til = t.all_orders()183        id1 = til[0].id184        id2 = til[1].id185        try:186            t.mark_finished(id1)187            t.mark_finished(id2)188        except Exception as e:189            self.fail(f'Executing the following code {code}threw an error\n{e}\nIs method mark_finished(self, id: int) defined?')190       191        try:192            val = t.unfinished_orders()193        except Exception as e:194            self.fail(f'Executing the following code {code}threw an error\n{e}\nIs method unfinished_orders(self) defined?')195        expected = 1196        self.assertTrue(len(val)==expected, f"When executing the following code{code}\nmethod should return a list, which length is {expected}, length of list was {len(val)}")197        all_ok = ook(val, [t3])198        expected = s([tt(t3)])199        self.assertTrue(all_ok, f"When executing the following code {code}\nmethod should return a list containing following tasks\n{expected}\nnow return was\n{ss(val)}")200    def test_4_finished(self):201        reload_module(self.module)202        from src.order_book import OrderBook, Task203        code = """204t = OrderBook()205t.finished_orders()206"""207        t = OrderBook()208        try:209            t.finished_orders()210        except Exception as e:211            self.fail(f'Executing the following code {code}threw an error\n{e}\nIs method finished_orders(self) defined?')212        code = """213t = OrderBook()214t.add_order("program web store", "Andy", 10)215t.mark_finished(1)216t.finished_orders()217"""218        t = OrderBook()219        t.add_order("program web store", "Andy", 10)220        til = t.all_orders()221        id1 = til[0].id222        try:223            t.mark_finished(id1)224        except Exception as e:225            self.fail(f'Executing the following code {code}threw an error\n{e}\nIs method mark_finished(self, id: int) defined?')226       227        try:228            val = t.finished_orders()229        except Exception as e:230            self.fail(f'Executing the following code {code}threw an error\n{e}\nIs method unfinished_orders(self) defined?')231        taip = str(type(val)).replace("<class '","").replace("'>","")232        self.assertTrue(type(val) == type([]), f"When executing the following code{code}type of return value should be list, now it is of type {taip}")233        expected = 1234        self.assertTrue(len(val)==expected, f"When executing the following code{code}\nmethod should return a list, which length is {expected}, length of list was {len(val)}")235        236        ttt = Task("code hello world", "Eric", 3)237        taip = str(type(val[0])).replace("<class '","").replace("'>","")238        self.assertTrue(type(val[0]) == type(ttt), f"When executing the following code {code}type of first item in list returned should be Task, now it is of type {taip}")239        expected = 1240        self.assertTrue(len(val)==expected, f"When executing the following code{code}\nmethod should return a list, which length is {expected}, length of list was {len(val)}")241        t1 = ("program web store", "Andy", 10, True) 242        all_ok = ook(val, [t1])243        expected = s([tt(t1)])244        self.assertTrue(all_ok, f"When executing the following code {code}\nmethod should return a list containing following tasks\n{expected}\nnow return was\n{ss(val)}")245        code = """246t = OrderBook()247t.add_order("program web store", "Andy", 10)248t.add_order("program mobile gane", "Eric", 5)249t.add_order("code better facebook", "Jonas", 5000)250t.mark_finished(1)251t.mark_finished(2)252t.finished_orders()253"""254        t = OrderBook()255        t.add_order("program web store", "Andy", 10)256        t.add_order("program mobile gane", "Eric", 5)257        t.add_order("code better facebook", "Jonas", 5000)258        til = t.all_orders()259        id1 = til[0].id260        id2 = til[1].id261        try:262            t.mark_finished(id1)263            t.mark_finished(id2)264        except Exception as e:265            self.fail(f'Executing the following code {code}threw an error\n{e}\nIs method mark_finished(self, id: int) defined?')266        try:267            val = t.finished_orders()268        except Exception as e:269            self.fail(f'Executing the following code {code}threw an error\n{e}\nIs method unfinished_orders(self) defined?')270        expected = 2271        self.assertTrue(len(val)==expected, f"When executing the following code{code}\nmethod should return a list, which length is {expected}, length of list was {len(val)}")272        273        t1 = ("program web store", "Andy", 10, True) 274        t2 = ("program mobile gane", "Eric", 5, True) 275        all_ok = ook(val, [t1, t2])276        expected = s([tt(t1), tt(t1)])277        self.assertTrue(all_ok, f"When executing the following code {code}\nmethod should return a list containing following tasks\n{expected}\nnow return was\n{ss(val)}")278if __name__ == '__main__':279    unittest.main()

ll_dag_test.py

Source:ll_dag_test.py

...17def test_finish_item():18    g = StringGraph(nodes=['foo', 'bar'], edges=[19        ('foo', 'bar'),20    ])21    g.mark_finished('foo')22    assert set(g.ready_nodes) == {'bar'}23def test_finish_item_two_chain():24    g = StringGraph(nodes={'foo', 'bar', 'baz'}, edges=[25        ('foo', 'bar'),26        ('bar', 'baz'),27    ])28    g.mark_finished('foo')29    assert set(g.ready_nodes) == {'bar'}30    g.mark_finished('bar')31    assert set(g.ready_nodes) == {'baz'}32    g.mark_finished('baz')33    assert set(g.ready_nodes) == set()34def test_finish_item_multi_inputs():35    g = StringGraph(nodes=('foo', 'bar', 'baz'), edges=[36        ('foo', 'baz'),37        ('bar', 'baz'),38    ])39    assert set(g.ready_nodes) == {'foo', 'bar'}40    g.mark_finished('foo')41    assert set(g.ready_nodes) == {'bar'}42    g.mark_finished('bar')43    assert set(g.ready_nodes) == {'baz'}44def test_finish_item_multi_outputs():45    g = StringGraph(nodes=('foo', 'bar', 'baz'), edges=[46        ('foo', 'bar'),47        ('foo', 'baz'),48    ])49    g.mark_finished('foo')50    assert set(g.ready_nodes) == {'bar', 'baz'}51def test_finish_item_cross():52    g = StringGraph(nodes=('foo', 'bar', 'baz', 'quux'),53                    edges=[54                        ('foo', 'bar'),55                        ('foo', 'baz'),56                        ('quux', 'bar'),57                        ('quux', 'baz'),58                    ])59    assert set(g.ready_nodes) == {'foo', 'quux'}60    g.mark_finished('foo')61    assert set(g.ready_nodes) == {'quux'}62    g.mark_finished('quux')63    assert set(g.ready_nodes) == {'bar', 'baz'}64def test_detect_cycles():65    g = StringGraph(nodes=('foo', 'bar', 'baz', 'quux'), edges=[66        ('foo', 'bar'),67        ('foo', 'baz'),68        ('baz', 'quux'),69    ])70    with pytest.raises(ll_dag.CycleError, match="['quux', 'baz', 'quux']"):71        g.add(edges=[('quux', 'baz')])72    with pytest.raises(ll_dag.CycleError, match="['quux', 'baz', 'foo', 'quux']"):73        g.add(edges=[('quux', 'foo')])74    g.add(edges=[('quux', 'bar')])75def test_detect_cycles_2():76    g = StringGraph(nodes=['foo', 'bar', 'baz'])77    g.add(edges=[78        ('foo', 'bar'),79        ('bar', 'baz'),80    ])81    with pytest.raises(ll_dag.CycleError):82        g.add(edges=[('baz', 'foo')])83    with pytest.raises(ll_dag.CycleError):84        g.add(edges=[('bar', 'foo')])85def test_detect_not_cycle():86    g = StringGraph(nodes=['foo', 'bar', 'baz', 'quux'], edges=[87        ('foo', 'bar'),88        ('baz', 'quux'),89    ])90    g.add(edges=[('bar', 'baz')])91def test_self_dep():92    g = StringGraph()93    with pytest.raises(ll_dag.CycleError, match="['foo', 'foo']"):94        g.add(edges=[('foo', 'foo')])95def test_add_edge_on_finished_error():96    g = StringGraph(nodes=['foo', 'bar'], edges=[('foo', 'bar')])97    assert set(g.ready_nodes) == {'foo'}98    g.mark_finished('foo')99    g.add(nodes=['baz'])100    assert set(g.ready_nodes) == {'bar', 'baz'}101    with pytest.raises(ll_dag.GraphStateError, match='foo'):102        g.add(edges=[('baz', 'foo')])103def test_add_dup_edge_error():104    g = StringGraph(nodes=['foo', 'bar'])105    g.add(edges=[('foo', 'bar')])106    assert set(g.ready_nodes) == {'foo'}107    with pytest.raises(ll_dag.DuplicateEdgeError, match="from_='foo', to='bar'"):108        g.add(edges=[('foo', 'bar')])109def test_add_dup_node_error():110    g = StringGraph(nodes=['foo'])111    with pytest.raises(ll_dag.DuplicateNodeError, match='foo'):112        g.add(nodes=['foo'])113def test_missing_node_error():114    g = StringGraph(nodes=['foo', 'bar'])115    with pytest.raises(ll_dag.MissingNodeError, match='quux'):116        g.add(edges=[('quux', 'bar')])117def test_random_large_graph():118    import random119    items: list[str] = ['foo', 'bar', 'baz']120    g = StringGraph(nodes=items)121    count = 1000122    for v in range(count):123        g.add(nodes=[str(v)])124        items.append(str(v))125    for _ in range(count):126        first = random.randrange(0, len(items) - 4)127        second = random.randrange(first + 1, len(items) - 1)128        try:129            g.add(edges=[(items[first], items[second])])130        except ll_dag.DuplicateEdgeError:131            pass132def test_restore():133    g = StringGraph()134    assert set(g.ready_nodes) == set()135    with pytest.raises(ll_dag.DuplicateNodeError):136        g.add(nodes=['foo', 'bar', 'bar', 'baz'])137    assert set(g.ready_nodes) == set()138    assert list(g.all_nodes) == []139    g.add(nodes=['foo', 'bar', 'baz'], edges=[('foo', 'bar'), ('bar', 'baz')])140    assert set(g.ready_nodes) == {'foo'}141    with pytest.raises(ll_dag.CycleError):142        g.add(edges=[('baz', 'foo')])143    assert set(g.ready_nodes) == {'foo'}144def test_copy():145    g = StringGraph(nodes=['foo', 'baz', 'bar'], edges=[('foo', 'bar'), ('bar', 'baz')])146    assert set(g.ready_nodes) == {'foo'}147    g2 = g.copy()148    g2.mark_running('foo')149    assert set(g.ready_nodes) == {'foo'}150    assert set(g2.ready_nodes) == set()151    g2.mark_finished('foo')152    assert set(g.ready_nodes) == {'foo'}153    assert set(g2.ready_nodes) == {'bar'}154    g2.mark_finished('bar')155    assert set(g.ready_nodes) == {'foo'}156    assert set(g2.ready_nodes) == {'baz'}157    g.add(nodes=['quux'], edges=[('baz', 'quux')])158    assert set(g.all_nodes) == {'foo', 'bar', 'baz', 'quux'}159    assert set(g2.all_nodes) == {'foo', 'bar', 'baz'}160def test_sameness():161    import dagon.core.ll_dag...

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