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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()...

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