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

Copied to Clipboard!

How to use pop_namespace method in Slash

Best Python code snippet using slash

farm_template.py

Source:farm_template.py

...9   def construct_system( self,name=None):10       self.bc.construct_node( push_namespace = True,  relationship="SYSTEM", label = "SYSTEM", name = name, properties={})11       12   def end_system( self):13       self.bc.pop_namespace()14   def construct_site( self,name=None,wired=True,address=None):15       self.bc.construct_node(  push_namespace=True,relationship="SITE", label="SITE", name=name, 16               properties ={"wired":wired,"address":address})17   def end_site( self ):18      self.bc.pop_namespace()19   def construct_controller( self,name,web_queue,rpc_queue,local_ip,controller_type,vhost,card_dict,redis_controller_key ):20       card_dict_json = json.dumps( card_dict )21       self.bc.construct_node(  push_namespace=True,relationship="CONTROLLER", label="CONTROLLER", name=name, 22               properties ={"web_queue":web_queue, "rpc_queue":rpc_queue,"local_ip":local_ip,"controller_type":controller_type,"vhost":vhost,"card_dict":card_dict_json, 23                             "irrigation_resets":0,"system_resets":0, "ping_loss":0, "ping_counts":0,"temperature":0 ,"redis_key":redis_controller_key })24   def end_controller( self ):25       self.bc.pop_namespace()26   def add_event_queue( self,name, events ):27       self.bc.construct_node(  push_namespace=False,relationship="EVENT_QUEUE", label="EVENT_QUEUE", name=name,28                                    properties = {  "timestamp":0, "events":json.dumps(events) } )29   def add_diagnostic_card_header( self, *args):30       self.bc.construct_node(  push_namespace=True,31                                    relationship="DIAGNOSTIC_CARD_HEADER", 32                                    label="DIAGNOSTIC_CARD_HEADER", 33                                    name="DIAGNOSTIC_CARD_HEADER",34                                    properties = {} )35   def end_diagnostic_card_header( self, *args):36       self.bc.pop_namespace()  37   def add_diagnostic_card( self, org_name, board_name, list_name, card_name,description=None ):38       if description == None:39           description = card_name40       self.bc.construct_node(  push_namespace=False,41                                relationship="DIAGNOSTIC_CARD", 42                                label="DIAGNOSTIC_CARD", 43                                name = card_name,44                                 properties = { "org_name":org_name, "board_name":board_name, "list_name":list_name, "description":description,"label":"green","new_commit":[]  } )45   def add_schedule_header( self ):46       return self.bc.construct_node(  push_namespace=True,relationship="Schedule_Header", label="Schedule_Header", name="Schedule_Header", 47               properties ={})48   def end_schedule_header( self ):49       self.bc.pop_namespace()   50   def add_schedule( self,name,number,flow_sensor_names ,card_link ):51       schedule_node = self.bc.construct_node(  push_namespace=True,relationship="IRRIGATION_SCHEDULE", label="IRRIGATION_SCHEDULE", name=name, 52                       properties ={"number":number})53       for i in range(0,number):54           self.bc.construct_node(  push_namespace=True,relationship="STEP", label="STEP", name=str(i+1),  properties ={ "card":card_link+str(i+1) } )55           self.bc.construct_node(  push_namespace=True,relationship="FLOW_SENSOR_HEADERS", label="FLOW_SENSOR_HEADERS", name="FLOW_SENSOR_HEADERS", 56                       properties ={  })57           for j in flow_sensor_names:58               self.bc.construct_node( push_namespace = True,  relationship="FLOW_SENSOR_HEADER", label = "FLOW_SENSOR_HEADER", name = j, properties={} )59               self.bc.construct_node( push_namespace = False, relationship="FLOW_SENSOR_LIMIT", label = "FLOW_SENSOR_LIMIT", name = j, properties={} )60               self.bc.construct_node( push_namespace = False, relationship="FLOW_SENSOR_VALUE", label = "FLOW_SENSOR_VALUE", name = j, properties={} )61               self.bc.pop_namespace()62           self.bc.pop_namespace()63           self.bc.construct_node(  push_namespace=False,relationship="COIL_CURRENT", label="COIL_CURRENT", name= "COIL_CURRENT", 64                       properties ={ })65           self.bc.construct_node(  push_namespace=False,relationship="COIL_CURRENT_LIMIT", label="COIL_CURRENT_LIMIT", name= "COIL_CURRENT_LIMIT",66                       properties ={ })67           68       69           for j in flow_sensor_names:70               self.bc.construct_node( push_namespace = False, relationship="FLOW_SENSOR_LIMIT", label = "FLOW_SENSOR_LIMIT", name = j, properties={} )71           72           self.bc.pop_namespace()73  74       self.bc.pop_namespace()75   def add_flow_sensor_header( self ):76       return self.bc.construct_node(  push_namespace=True,relationship="FLOW_SENSOR_HEADER", label="FLOW_SENSOR_HEADER", name="flow_sensor_header", 77               properties ={})78   def end_flow_sensor_header( self ):79       self.bc.pop_namespace()   80   def add_flow_sensor( self,name,controller,io,conversion_factor):81       return self.bc.construct_node(  push_namespace=False,relationship="FLOW_SENSOR", label="FLOW_SENSOR", name=name, 82               properties ={"name":name,"controller":controller,"io":io,"conversion_factor":conversion_factor})83   84   def add_udp_io_sever(self, name, ip,remote_type, port, redis_key ):85       return self.bc.construct_node(  push_namespace=True,relationship="UDP_IO_SERVER", label="UDP_IO_SERVER", name=name, 86               properties ={"name":name,"ip":ip,"remote_type":remote_type,"port":port,"redis_key":redis_key })87   def end_udp_io_server(self ):88       self.bc.pop_namespace()89   def add_rtu_interface(self, name ,protocol,baud_rate ):90       return self.bc.construct_node(  push_namespace=True,relationship="RTU_INTERFACE", label="RTU_INTERFACE", name=name, 91               properties ={"name":name,"protocol":protocol,"baud_rate":baud_rate })92   def add_remote( self, name,modbus_address,irrigation_station_number, card_dict):93       card_dict_json = json.dumps(card_dict)94       self.bc.construct_node(  push_namespace=True,relationship="REMOTE", label="REMOTE", name=name, 95               properties ={"name":name,"modbus_address":modbus_address,"irrigation_station_number":irrigation_station_number, "card_dict":card_dict_json})96       self.bc.construct_node(  push_namespace=True,relationship="IRRIGATION_VALVE_CURRENT_HEADER", label="IRRIGATION_VALVE_CURRENT_HEADER", name = "valve_current_header", 97           properties ={ })           98       for i in range(0,irrigation_station_number):99           self.bc.construct_node(  push_namespace=False,relationship="IRRIGATION_VALVE_CURRENT", label="IRRIGATION_VALVE_CURRENT", name = str(i+1), 100           properties ={ "active":False })         101       self.bc.pop_namespace()102       self.bc.construct_node(  push_namespace=True,relationship="IRRIGATION_VALVE_CURRENT_HEADER", label="IRRIGATION_VALVE_CURRENT_LIMIT_HEADER", name = "valve_current_limit_header", 103           properties ={ })           104       for i in range(0,irrigation_station_number):  105           self.bc.construct_node(  push_namespace=False,relationship="IRRIGATION_VALVE_CURRENT_LIMIT", label="IRRIGATION_VALVE_CURRENT_LIMIT", name= str(i+1), 106           properties ={ "active":False  })107  108       self.bc.pop_namespace()109       self.bc.pop_namespace()110   def end_rtu_interface( self ):...

writer.py

Source:writer.py

...42  def push_namespace(self, namespace: str):43    self._namespaces.append(namespace)44    self.writeline(f"namespace {namespace} {{")45  46  def pop_namespace(self):47    self.writeline(f"}} // namespace {self._namespaces.pop()}")48  def pop_namespaces(self):49    while len(self._namespaces) > 0:...

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.