Unlock 30% off on Manual Testing Annual Plans this Holiday Season.

Copied to Clipboard!

How to use set_finish method in autotest

Best Python code snippet using autotest_python

hypothesis.py

Source:hypothesis.py

...28                elif isinstance(action, ReduceAction):29                    assert self.frontier_field.cardinality in ('optional', 'multiple'), 'Reduce action can only be ' \30                                                                                        'applied on field with multiple ' \31                                                                                        'cardinality'32                    self.frontier_field.set_finish()33                    self.update_frontier_info()34                else:35                    raise ValueError('Invalid action [%s] on field [%s]' % (action, self.frontier_field))36            else:  # fill in a primitive field37                if isinstance(action, GenTokenAction):38                    # only field of type string requires termination signal </primitive>39                    end_primitive = False40                    if self.frontier_field.type.name == 'string':41                        if action.is_stop_signal():42                            self.frontier_field.add_value(' '.join(self._value_buffer))43                            self._value_buffer = []44                            end_primitive = True45                        else:46                            self._value_buffer.append(action.token)47                    else:48                        self.frontier_field.add_value(action.token)49                        end_primitive = True50                    if end_primitive and self.frontier_field.cardinality in ('single', 'optional'):51                        self.frontier_field.set_finish()52                        self.update_frontier_info()53                elif isinstance(action, ReduceAction):54                    assert self.frontier_field.cardinality in ('optional', 'multiple'), 'Reduce action can only be ' \55                                                                                        'applied on field with multiple ' \56                                                                                        'cardinality'57                    self.frontier_field.set_finish()58                    self.update_frontier_info()59                else:60                    raise ValueError('Can only invoke GenToken or Reduce actions on primitive fields')61        self.t += 162        self.actions.append(action)63        #add by gsh64        65    def apply_lay_action(self, action):66        if self.tree is None:67            assert isinstance(action, ApplyRuleAction), 'Invalid action [%s], only ApplyRule action is valid ' \68                                                        'at the beginning of decoding'69            self.tree = AbstractSyntaxTree(action.production)70            self.update_frontier_info()71        elif self.frontier_node:72            if isinstance(self.frontier_field.type, ASDLCompositeType):73                if isinstance(action, ApplyRuleAction):74                    field_value = AbstractSyntaxTree(action.production)75                    field_value.created_time = self.t76                    self.frontier_field.add_value(field_value)77                    self.update_frontier_info()78                elif isinstance(action, ReduceAction):79                    assert self.frontier_field.cardinality in ('optional', 'multiple'), 'Reduce action can only be ' \80                                                                                        'applied on field with multiple ' \81                                                                                        'cardinality'82                    self.frontier_field.set_finish()83                    self.update_frontier_info()84                else:85                    raise ValueError('Invalid action [%s] on field [%s]' % (action, self.frontier_field))86            else:  # fill in a primitive field87                if self.frontier_field.cardinality =='single':88                    self.frontier_field.add_value('NULL')89                    self.frontier_field.set_finish()90                    self.update_frontier_info()91                elif isinstance(action, ReduceAction):92                    assert self.frontier_field.cardinality in ('optional', 'multiple'), 'Reduce action can only be ' \93                                                                                        'applied on field with multiple ' \94                                                                                        'cardinality'95                    self.frontier_field.set_finish()96                    self.update_frontier_info()97                else:98                    raise ValueError('Can only invoke GenToken or Reduce actions on primitive fields')99        self.t += 1100        self.actions.append(action) 101    def update_frontier_info(self):102        def _find_frontier_node_and_field(tree_node):103            if tree_node:104                for field in tree_node.fields:105                    # if it's an intermediate node, check its children106                    if isinstance(field.type, ASDLCompositeType) and field.value:107                        if field.cardinality in ('single', 'optional'): iter_values = [field.value]108                        else: iter_values = field.value109                        for child_node in iter_values:...

DynamicProgrammingBasicProperties.py

Source:DynamicProgrammingBasicProperties.py

...23    def test_solve_incorrect_finish(self):24        vertex = Vertex()25        g = DynamicProgramming([], [])26        with self.assertRaises(ValueError):27            g.set_finish(vertex)28    def test_solve_simple(self):29        """Solve simple problem30        start --1--> finish31        Right answer is 132        """33        start = Vertex('start')34        finish = Vertex('finish')35        for S in semirings:36            e = Edge(start, finish, S.unity())37            g = DynamicProgramming([start, finish], [e])38            g.set_start(start)39            g.set_finish(finish)40            self.assertEqual(g.solve(S), S.unity())41    def test_solve_square(self):42        """Solve problem with square43        start ---1--> A44          |           |45          1           146          |           |47          V           V48          B ---1--> finish49        Right answer is (1*1 + 1*1)50        """51        start = Vertex('start')52        finish = Vertex('finish')53        a = Vertex('a')54        b = Vertex('b')55        for S in semirings:56            start_a = Edge(start, a, S.unity())57            start_b = Edge(start, b, S.unity())58            a_finish = Edge(a, finish, S.unity())59            b_finish = Edge(b, finish, S.unity())60            g = DynamicProgramming([start, a, b, finish], [start_a, start_b,61                                                        a_finish, b_finish])62            g.set_start(start)63            g.set_finish(finish)64            self.assertEqual(g.solve(S), S.unity()+S.unity())65    def test_solve_big_square(self):66        """Find length of the shortest path (min,+)67        start -5-> A ---1----> B --3--> C68          |                             |69          1                             970          |                             |71          V                             V72          x --5--> y --2--> z --1--> finish73        Right answer is 974        """75        start = Vertex('start')76        finish = Vertex('finish')77        a = Vertex('a')78        b = Vertex('b')79        c = Vertex('c')80        x = Vertex('x')81        y = Vertex('y')82        z = Vertex('z')83        start_a = Edge(start, a, SemiringMinPlusElement(5))84        a_b = Edge(a, b, SemiringMinPlusElement(1))85        b_c = Edge(b, c, SemiringMinPlusElement(3))86        c_finish = Edge(c, finish, SemiringMinPlusElement(9))87        start_x = Edge(start, x, SemiringMinPlusElement(1))88        x_y = Edge(x, y, SemiringMinPlusElement(5))89        y_z = Edge(y, z, SemiringMinPlusElement(2))90        z_finish = Edge(z, finish, SemiringMinPlusElement(1))91        g = DynamicProgramming([start, finish, a, b, c, x, y, z],92                               [start_a, a_b, b_c, c_finish,93                                start_x, x_y, y_z, z_finish])94        g.set_start(start)95        g.set_finish(finish)96        self.assertEqual(g.solve(SemiringMinPlusElement),97                         SemiringMinPlusElement(9))98    def test_solve_crossed_square(self):99        """Find length of the shortest path (min,+)100        start -5-> A ---1----> B --3--> C101          |        |                    |102          1        0                    9103          |        |                    |104          V        V                    V105          x --5--> y --2--> z --1--> finish106        Right answer is 8107        """108        start = Vertex('start')109        finish = Vertex('finish')110        a = Vertex('a')111        b = Vertex('b')112        c = Vertex('c')113        x = Vertex('x')114        y = Vertex('y')115        z = Vertex('z')116        start_a = Edge(start, a, SemiringMinPlusElement(5))117        a_b = Edge(a, b, SemiringMinPlusElement(1))118        b_c = Edge(b, c, SemiringMinPlusElement(3))119        c_finish = Edge(c, finish, SemiringMinPlusElement(9))120        start_x = Edge(start, x, SemiringMinPlusElement(1))121        x_y = Edge(x, y, SemiringMinPlusElement(5))122        y_z = Edge(y, z, SemiringMinPlusElement(2))123        z_finish = Edge(z, finish, SemiringMinPlusElement(1))124        a_y = Edge(a, y, SemiringMinPlusElement(0))125        g = DynamicProgramming([start, finish, a, b, c, x, y, z],126                               [start_a, a_b, b_c, c_finish,127                                start_x, x_y, y_z, z_finish,128                                a_y])129        g.set_start(start)130        g.set_finish(finish)131        self.assertEqual(g.solve(SemiringMinPlusElement),132                         SemiringMinPlusElement(8))133if __name__ == '__main__':...

log_handler.py

Source:log_handler.py

...19            ret2 = os.system('cat %s | grep "\[.*@.*\][\$\#]" >> %s.his' % (filename, filename))20            ret3 = os.system('cat %s | grep "EndTime" >> %s.his' % (filename, filename))21            if (ret1 + ret2 + ret3) == 0:22                print 'Handler %s ok.' % filename23def set_finish(id):24    logs = Logs.objects.filter(id=id, finish=0)25    if logs:26        structtime_start = time.localtime()27        timestamp_end = int(time.mktime(structtime_start))28        log = logs[0]29        log.finish = 130        log.end_time = timestamp_end31        log.save()32def kill_pid(pid):33    try:34        os.kill(pid, 9)35    except OSError:36        pass37def pid_exist(pid):38    pid_dir = "/proc/%s" % pid39    if os.path.isdir(pid_dir):40        return True41    else:42        return False43def del_pid(pid_id):44    pid = Pid.objects.filter(id=pid_id)45    if pid:46        pid[0].delete()47def get_pids():48    pids = []49    pids_obj = Pid.objects.all()50    for pid_obj in pids_obj:51        pids.append((pid_obj.id, pid_obj.ppid, pid_obj.cpid, pid_obj.logid, pid_obj.start_time))52    return pids53def run():54    for pid_id, ppid, cpid, logid, start_time in get_pids():55        if pid_exist(cpid):56            if pid_exist(ppid):57                structtime_start = time.localtime()58                timestamp_end = int(time.mktime(structtime_start))59                if timestamp_end - start_time > 7200:60                    kill_pid(ppid)61                    kill_pid(cpid)62                    del_pid(pid_id)63                    set_finish(logid)64                    log_hanler(logid)65            else:66                kill_pid(cpid)67                del_pid(pid_id)68                set_finish(logid)69                log_hanler(logid)70        else:71            del_pid(pid_id)72            set_finish(logid)73            log_hanler(logid)74if __name__ == '__main__':75    while True:76        run()...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.