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How to use get_next_id method in Gherkin-python

Best Python code snippet using gherkin-python

bindingdb_merger.py

Source:bindingdb_merger.py

...28                    id = int(possible_id)29                    if id > max:30                        max = id31    return max32def get_next_id(ndex_network):33    net_id = unicode( ndex_network['externalId'] )34    if net_id not in get_next_id.max_id:35        get_next_id.max_id[net_id] = find_max_id(ndex_network)36    get_next_id.max_id[net_id] += 137    return unicode( get_next_id.max_id[net_id] )38get_next_id.max_id = {}39def handle_namespace(source_network, source_object, destination_network):40    namespace_id_string = 'namespaceId'41    namespace_id = unicode( source_object[namespace_id_string] )42    if namespace_id == '-1':43        return44    if namespace_id in handle_namespace.map:45        new_namespace_id = handle_namespace.map[namespace_id]46        source_object[namespace_id_string] = int( new_namespace_id )47        return48    namespaces = source_network['namespaces']49    namespace = namespaces[namespace_id]50    n = copy.deepcopy(namespace)51    new_namespace_id = get_next_id(destination_network)52    handle_namespace.map[namespace_id] = new_namespace_id53    n['id'] = int( new_namespace_id )54    source_object[namespace_id_string] = int( new_namespace_id )55    clean_object_properties(source_network, n, destination_network)56    destination_network['namespaces'][new_namespace_id] = n57handle_namespace.map = {}58def handle_represents(source_network, source_object, destination_network):59    if 'predicateId' in source_object:60        represents_string = 'predicateId'61    else:62        represents_string = 'represents'63    term_id = unicode( source_object[represents_string] )64    if term_id in handle_represents.map:65        new_term_id = handle_represents.map[term_id]66        source_object[represents_string] = int( new_term_id )67        return68    # Does not handle represents unless it is a baseTerm for now.69    terms = source_network['baseTerms']70    term = terms[term_id]71    t = copy.deepcopy(term)72    new_term_id = get_next_id(destination_network)73    handle_represents.map[term_id] = new_term_id74    t['id'] = new_term_id75    source_object[represents_string] = new_term_id76    handle_namespace(source_network, t, destination_network)77    destination_network['baseTerms'][new_term_id] = t78handle_represents.map = {}79def add_node(source_network, source_edge, destination_network):80    subject_id = unicode( source_edge['subjectId'] )81    if subject_id in add_node.subject_id_map:82        new_subject_id = add_node.subject_id_map[subject_id]83        source_edge['subjectId'] = int( new_subject_id )84        return85    subject_node = source_network['nodes'][subject_id]86    n = copy.deepcopy(subject_node)87    new_subject_id = get_next_id(destination_network)88    add_node.subject_id_map[subject_id] = new_subject_id89    n['id'] = int( new_subject_id )90    source_edge['subjectId'] = int( new_subject_id )91    clean_object_properties(source_network, n, destination_network)92    handle_citations(source_network, n, destination_network)93    handle_represents(source_network, n, destination_network)94    destination_network['nodes'][new_subject_id] = n95add_node.subject_id_map = {}96def clean_object_properties(source_network, propertied_object, destination_network):97    properties = propertied_object['properties']98    for property in properties:99        handle_represents(source_network, property, destination_network)100def handle_citations(source_network, source_object, destination_network):101    # print json.dumps(source_network['citations'], sort_keys=True, indent=4, separators=(',', ': '))102    citation_ids = source_object['citationIds']103    new_citation_ids = []104    for id in citation_ids:105        id = unicode(id)106        if id in handle_citations.citation_map:107            new_citation_id = handle_citations.citation_map[id]108            new_citation_ids.append( int(new_citation_id) )109        # Later use citation_map. For now, assign each citation a unique ID and add it to the destination_network110        else:111            citation = source_network['citations'][id]112            new_citation_id = get_next_id(destination_network)113            # Copy citation into destination network114            citation['id'] = new_citation_id115            destination_network['citations'][new_citation_id] = citation116            new_citation_ids.append( int(new_citation_id) )117            handle_citations.citation_map[id] = new_citation_id118            # print citation119    source_object['citationIds'] = new_citation_ids120handle_citations.citation_map = {}121def merge_node_properties(source_network, source_node, destination_network, destination_node):122    source_node_id = unicode(source_node['id'])123    if source_node_id in merge_node_properties.map:124        return125    source_node_properties = source_node['properties']126    for property in source_node_properties:127        p = copy.deepcopy(property)128        handle_represents(source_network, p, destination_network)129        destination_node['properties'].append(p)130merge_node_properties.map = {}131def match(source_network, edge, destination_network):132    aliases = destination_network['aliases']133def merge_network(source_network, destination_network):134    result = copy.deepcopy(destination_network)135    network_alias_node_id_map = create_alias_node_id_map(result)136    # print network_name_node_id_map137    for edge_id in source_network['edges']:138        edge = source_network['edges'][edge_id]139        object_id = unicode(edge['objectId'])140        object_node = source_network['nodes'][object_id]141        base_term_id = unicode( object_node['represents'] )142        source_node_name = source_network['baseTerms'][base_term_id]['name']143        if source_node_name in network_alias_node_id_map:144            for node_id in network_alias_node_id_map[source_node_name]:145                e = copy.deepcopy(edge)146                new_edge_id = unicode( get_next_id(result) )147                e['id'] = new_edge_id148                e['objectId'] = node_id149                add_node(source_network, e, result)150                clean_object_properties(source_network, e, result)151                handle_citations(source_network, e, result)152                handle_represents(source_network, e, result)153                result['edges'][new_edge_id] = e154                result_node = result['nodes'][node_id]155                merge_node_properties(source_network, object_node, result, result_node)156    result['nodeCount'] = len(result['nodes'])157    result['edgeCount'] = len(result['edges'])158    return result159def merge_provenance(src1_prov, src2_prov, upload_prov):160    result = copy.deepcopy(upload_prov)...

test_judge.py

Source:test_judge.py

...120        self.assertEqual(g.subscription_info(1),121                         "Subscription <1> on 10.02.2020\nCustomer <1> Pesho; Address: addr.; Email: pesho@gmail.com\nTrainer <1> Pesho\nEquipment <1> Pesho\nPlan <1> with duration 10 minutes")122    def test_customer_static_method(self):123        Customer.id = 1124        self.assertEqual(Customer.get_next_id(), 1)125    def test_equipment_static_method(self):126        Equipment.id = 1127        self.assertEqual(Equipment.get_next_id(), 1)128    def test_trainer_static_method(self):129        Trainer.id = 1130        self.assertEqual(Trainer.get_next_id(), 1)131    def test_subscription_static_method(self):132        Subscription.id = 1133        self.assertEqual(Subscription.get_next_id(), 1)134    def test_plan_static_method(self):135        ExercisePlan.id = 1136        self.assertEqual(ExercisePlan.get_next_id(), 1)137if __name__ == "__main__":...

loot_factory.py

Source:loot_factory.py

...31            return self._create(random.choice(drop_table.drops), position)32        return None33    def _create(self, name, position):34        if name == 'heart':35            return HeartPickup(self.id_generator.get_next_id(), position, self.config.heart.health_amount, self.config.heart.pickup_lifespan)36        elif name == 'mega_heart':37            return MegaHeartPickup(self.id_generator.get_next_id(), position, self.config.mega_heart.pickup_lifespan)38        elif name == 'shield':39            return ShieldPickup(self.id_generator.get_next_id(), position, self.config.shield.shield_amount, self.config.shield.pickup_lifespan)40        elif name == 'mega_shield':41            return MegaShieldPickup(self.id_generator.get_next_id(), position, self.config.mega_shield.pickup_lifespan)42        elif name == 'double_fire':43            return DoubleFirePickup(self.id_generator.get_next_id(), position, self.config.double_fire.pickup_lifespan)44        elif name == 'spread_fire':45            return SpreadFirePickup(self.id_generator.get_next_id(), position, self.config.spread_fire.pickup_lifespan)46        elif name == 'rapid_fire':47            return RapidFirePickup(self.id_generator.get_next_id(), position, self.config.rapid_fire.pickup_lifespan)48        elif name == 'rocket':49            return RocketPickup(self.id_generator.get_next_id(), position, self.config.rocket.pickup_lifespan)50        elif name == 'rocket_salvo':51            return RocketSalvoPickup(self.id_generator.get_next_id(), position, self.config.rocket_salvo.pickup_lifespan)52        elif name == 'proximity_mine':53            return ProximityMinePickup(self.id_generator.get_next_id(), position, self.config.proximity_mine.pickup_lifespan)54        elif name == 'time_bomb':55            return TimeBombPickup(self.id_generator.get_next_id(), position, self.config.time_bomb.pickup_lifespan)56        else:...

test_scene.py

Source:test_scene.py

...10@pytest.fixture11def s():12    return Scene()13def test_sequence(s):14    assert s.get_next_id("anchor") == "000001"15    assert s.get_next_id("slider") == "000001"16    assert s.get_next_id("anchor") == "000002"17    assert s.get_next_id("slider") == "000002"18    assert s.get_next_id("anchor") == "000003"19    assert s.get_next_id("anchor") == "000004"20def test_entity_factory(s):21    a = Anchor("anchor-000001", 1, (0.0, 0.0))22    b = s.create_entity(Anchor, (0.0, 0.0))23    c = s.create_entity(Anchor, (0.0, 0.0))24    assert a._rank == b._rank25    assert a._uid == b._uid26    assert a.get_coords(0.0) == b.get_coords(0.0)27    assert a._rank == c._rank28    assert a._uid != c._uid29    assert a.get_coords(0.0) == b.get_coords(0.0)30def test_entity_factory_2rank(s):31    a1 = s.create_entity(Anchor, (0.0, 0.0))32    a2 = s.create_entity(Anchor, (1.0, 1.0))33    l1 = s.create_entity(Line, (a1, a2))...

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