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How to use push_namespace method in Slash
Best Python code snippet using slash
system_template_py3.py
Source:system_template_py3.py 
1import json2import redis3import redis_graph_py34from . import redis_graph_functions5from .redis_graph_functions import Build_Configuration6from .redis_graph_functions import Query_Configuration7class Construct_System(Build_Configuration):8 def __init__( self, db = 14 ):9 print("db",db)10 redis_handle = redis.StrictRedis( host = "localhost", port=6379, db=db , decode_responses=True)11 12 super().__init__(redis_handle )13 14 def construct_system( self,name,properties={}):15 16 self.construct_node( push_namespace = True, relationship="SYSTEM", label = name, 17 properties=properties)18 19 def end_system( self):20 self.pop_namespace()21 def construct_site( self,name, address, properties={}):22 properties["address"] = address23 self.construct_node( push_namespace=True,relationship="SITE", label=name, 24 properties =properties)25 def end_site( self ):26 self.pop_namespace()27 def add_redis_data_store( self, name, ip, port=6379, properties = {} ):28 29 properties["ip"] = ip30 properties["port"] = port31 self.construct_node( push_namespace=True,relationship="DATA_STORE", label=name,32 properties= properties )33 def start_moisture_store( self ):34 self.construct_node( push_namespace=True,relationship="MOISTURE_STORE", label="MOISTURE_STORE",35 properties= {} )36 def end_moisture_store( self ):37 self.pop_namespace()38 39 def add_moisture_sensor_store( self, name, description, description_map, depth_map, update_time ):40 properties = {}41 properties["description"] = description42 properties["description_map"] = json.dumps(description_map)43 properties["update_time"] = update_time44 properties["depth_map"] = json.dumps(depth_map)45 self.construct_node( push_namespace=True,relationship="MOISTURE_DATA", label=name,46 properties= properties )47 48 def add_status_store( self, name, queue_name):49 properties = {}50 properties["queue_name"] = queue_name51 self.construct_node( push_namespace=True,relationship="STATUS_STORE", label=name,52 properties= properties )53 def start_info_store( self ):54 self.construct_node( push_namespace=True,relationship="INFO_STORE", label="INFO_STORE",55 properties= {} )56 57 def add_eto_store(self ):58 self.construct_node( push_namespace=False,relationship="ETO_STORE", label="ETO_STORE",59 properties= {} )60 def add_air_temperature_humidity_store(self):61 self.construct_node( push_namespace=False,relationship="TEMP_HUMIDITY", label="TEMP_HUMIDITY",62 properties= {} )63 def add_air_temperature_humidity_daily_log(self):64 self.construct_node( push_namespace=False,relationship="TEMP_HUMIDITY_DAILY", label="TEMP_HUMIDITY_DAILY",65 properties= {} )66 self.construct_node( push_namespace=False,relationship="TEMP_HUMIDITY_DAILY_ETO", label="TEMP_HUMIDITY_DAILY_ETO",67 properties= {} )68 def end_info_store(self): 69 self.pop_namespace()70 def end_redis_data_store( self):71 self.pop_namespace()72 def add_udp_io_sever(self, name, ip,remote_type, port, properties={} ):73 properties["ip"] = ip74 properties["remote_type"] = remote_type75 properties["port"] = port76 return self.construct_node( push_namespace=True,relationship="UDP_IO_SERVER", 77 label=name, properties = properties )78 def end_udp_io_server(self ):79 self.pop_namespace()80 def add_rtu_interface(self, name ,protocol, baud_rate, properties={} ):81 properties["protocol"]= protocol82 properties["baud_rate"] = baud_rate83 return self.construct_node( push_namespace=True,relationship="RTU_INTERFACE", 84 label=name,properties = properties)85 def end_rtu_interface( self ):86 self.pop_namespace()87 def add_remote( self, name,modbus_address,type, function, properties = {}):88 89 properties["modbus_address"] = modbus_address90 properties["type"] = type91 properties["function"] = function92 self.construct_node( push_namespace=True,relationship="REMOTE", label=name, 93 properties = properties )94 def construct_controller( self,name, ip,type,properties={} ):95 properties["name"] = name96 properties["ip"] = ip97 self.construct_node( push_namespace=True,relationship="CONTROLLER", label=name, 98 properties = properties)99 def end_controller( self ):100 self.pop_namespace()101 def start_service( self, properties = {} ):102 self.construct_node( push_namespace=TRUE,relationship="SERVICES", label=name, 103 properties = properties)104 def construct_web_server( self, name,url,properties = {} ):105 properties["url"] = url106 self.construct_node( push_namespace=False,relationship="WEB_SERVER", label=name, 107 properties = properties)108 def add_rabbitmq_command_rpc_queue( self,name, properties = {} ):109 110 self.construct_node( push_namespace=False,relationship="COMMAND_RPC_QUEUE", label=name, 111 properties = properties)112 def add_rabbitmq_web_rpc_queue( self,name, properties = {} ):113 114 115 self.construct_node( push_namespace=False,relationship="WEB_RPC_QUEUE", label=name, 116 properties = properties)117 def add_rabbitmq_event_queue( self,name, properties = {} ):118 119 self.construct_node( push_namespace=False,relationship="RABBITMQ_EVENT_QUEUE", label=name, 120 properties = properties)121 def add_rabbitmq_status_queue( self,name,vhost,queue,port,server ):122 properties = {}123 124 properties["vhost"] = vhost125 properties["queue"] = queue126 properties["port"] = port127 properties["server"] = server128 129 self.construct_node( push_namespace=False,relationship="RABBITMQ_STATUS_QUEUE", label=name, 130 properties = properties)131 def add_ntpd_server( self,name, properties = {} ):132 133 self.construct_node( push_namespace=False,relationship="NTPD_SERVER", label=name, 134 properties = properties)135 def start_eto_server( self,name, properties = {} ):136 137 self.construct_node( push_namespace=False,relationship="ETO_SERVER", label=name, properties = properties)138 def add_eto_setup_code( self, access_codes, altitude , properties = {} ):139 properties["messo_eto"] = json.dumps( access_codes["messo_eto"] )140 properties["messo_precp"] = json.dumps( access_codes["messo_precp"] )141 properties["cimis_eto"] = json.dumps( access_codes["cimis_eto"] )142 properties["cimis_spatial"] = json.dumps( access_codes["cimis_spatial"])143 properties["altitude"] = altitude144 145 self.construct_node( push_namespace=False,relationship="ETO_SETUP_DATA", label="ETO_SETUP_DATA", 146 properties = properties)147 def end_eto_server(self):148 self.pop_namespace()149 150 def add_linux_server_monitor( self, name,properties = {} ):151 properties["name"] = "Linux Server Monitor"152 153 self.construct_node( push_namespace=False,relationship="LINUX_SERVER_MONITOR", label=name, properties = properties)154 def add_schedule_monitoring( self, name,properties = {} ):155 156 self.construct_node( push_namespace=False,relationship="NTPD_SERVER", label=name, properties = properties)157 def add_moisture_monitoring( self, name, properties = {} ):158 159 self.construct_node( push_namespace=False,relationship="NTPD_SERVER", label=name, properties = properties)160 def irrigation_monitoring( self, name,properties = {} ):161 162 self.construct_node( push_namespace=False,relationship="IRRIGATION_MONITOR", label=name, properties = properties)163 def add_device_monitoring( self, name, properties = {} ):164 165 166 self.construct_node( push_namespace=False,relationship="DEVICE_MONITOR", label=name, properties = properties)167 def add_process_monitoring( self,name, properties = {} ): 168 self.construct_node( push_namespace=False,relationship="PROCESS_MONITOR", label=name, properties = properties)169 def add_watch_dog_monitoring( self,name, properties = {} ):170 171 self.construct_node( push_namespace=False,relationship="WATCH_DOG_MONITORING", label=name, properties = properties)172 def add_io_collection( self, name, properties = {} ):173 174 self.construct_node( push_namespace=False,relationship="PROCESS_MONITOR", label=name, properties = properties)175 def add_local_ai( self, name, properties = {} ): 176 self.construct_node( push_namespace=False,relationship="PROCESS_MONITOR", label=name, properties = properties)177 178class Graph_Management(Query_Configuration):179 def __init__( self , controller_name , io_server_name, data_store_name,db = 14 ):180 self.redis_handle = redis.StrictRedis( host = "localhost", port=6379, db =db , decode_responses=True)181 182 super().__init__( self.redis_handle)183 184 self.controller_name = controller_name185 self.io_server_name = io_server_name186 self.data_store_name = data_store_name187 self.initialize_cb_handlers()188 def find_remotes( self ):189 data = self.match_terminal_relationship( "REMOTE_UNIT", label= None , starting_set = None )190 191 return data192 def find_data_stores( self ):193 data = self.match_terminal_relationship( "DATA_STORE", label= None , starting_set = None )194 return data195 def find_io_servers( self ):196 data = self.match_terminal_relationship( "UDP_IO_SERVER", label= None , starting_set = None )197 return data198 199 def initialize_cb_handlers( self ):200 self.cb_handlers = {}201 def add_cb_handler( self, tag, function ):202 self.cb_handlers[ tag ] = function203 def verify_handler( self, tag ):204 try:205 return tag in self.cb_handlers206 except:207 #print "handlers:", type(self.cb_handlers)208 #print "tag", tag209 raise 210 def execute_cb_handlers( self, tag, value, parameters ): # parameters is a list211 function = self.cb_handlers[tag]...
farm_template.py
Source:farm_template.py
1import json2import redis3from redis_graph_populate import Build_Configuration4from redis_graph_common import Redis_Graph_Common5import copy6class Construct_Farm():7 def __init__( self, bc):8 self.bc = bc # Build configuration in graph_functions9 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 ):...
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