def send_func( pdc : PDC_server ,
pmu_IP : str = '10.64.37.34' ,
pmu_port : int = 12345
):
sqn_num = int(0)
try :
sqn_num = sqn_num + 1
msg = str(sqn_num)
pdc.send_to(pmu_IP=pmu_IP , pmu_port= pmu_port, payload = msg.encode() )
except KeyboardInterrupt :
print("exited by user")
def recv_common_frame( th_Q : TH_Queue ,
pmu34_db : db_client ,
pdc : PDC_server ,
pmu_IP : str = '10.64.37.34' ,
pmu_port : int = 12345
):
sqn_num = int(0)
try :
while True:
#recv
loop_start_time = time()
data_recvd , addr_of_client = pdc.recv()
print(extract_frame_type(data_recvd))
#
frame = DataFrame.convert2frame(data_recvd,ieee_cfg2_sample)
server_ct = time()
SOC_server = int(server_ct)
FRASEC_server = int ( (server_ct - SOC_server) * (10**6) )
#SOC_Client = struct.unpack('!HHHIIHIIIIHHIIIHH',data_recvd)[3]
#FRASEC_Client = struct.unpack('!HHHIIHIIIIHHIIIHH',data_recvd)[4]
#FRASEC_diff = FRASEC_server - FRASEC_Client
#SOC_diff = SOC_server - SOC_Client
#print( SOC_server , SOC_Client , FRASEC_server , FRASEC_Client , FRASEC_diff)
#store over db
'''
db_start_time = time()
entry = pmu34_db.create_me_json(measurement='comm_delay',
tag_name='pmu_34',tag_field='fracsec_diff',
field_name='pdc_pmu_diff',field_value=FRASEC_diff)
pmu34_db.write_to_db(data_json=entry,verbose_mode=False)
db_end_time = time()
'''
#push to queue
'''
db_start_time = time()
entry = pmu34_db.create_me_json(measurement='comm_delay',
tag_name='pmu_34',tag_field='fracsec_diff',
field_name='pdc_pmu_diff',field_value=FRASEC_diff)
th_Q.put_in_queue(item = entry)
db_end_time = time()
'''
#send
sqn_num = sqn_num + 1
msg = str(sqn_num)
pdc.send_to(pmu_IP=addr_of_client[0] , pmu_port=addr_of_client[1] , payload = msg.encode() )
loop_end_time = time()
#print( (loop_end_time-loop_start_time) , (db_end_time - db_start_time) , ((loop_end_time-loop_start_time) / (db_end_time - db_start_time)) )
except KeyboardInterrupt :
print("exited by user")
def recv_data_frame(th_Q: TH_Queue,
pmu34_db: db_client,
pdc: PDC_server,
pmu_IP: str = '10.64.37.34',
pmu_port: int = 9991,
table: dict = pmu_id_ip_table):
sqn_num = int(0)
while True:
#recv
#loop_start_time = time()
data_recvd, addr_of_client = pdc.recv()
#
server_ct = time()
SOC_server = int(server_ct)
FRASEC_server = int((server_ct - SOC_server) * (10**6))
#print(DataFrame.extract_frame_type(data_recvd))
frame = DataFrame.convert2frame(data_recvd, ieee_cfg2_sample)
#print(frame)
#SOC_Client = frame.get_soc()
FRASEC_Client = frame.get_frasec()[0]
#print(SOC_server , SOC_Client , FRASEC_server , FRASEC_Client , FRASEC_server - FRASEC_Client )
#push to queue
FRASEC_diff = FRASEC_server - FRASEC_Client
#db_start_time = time()
entry = pmu34_db.create_me_json(measurement='comm_delay',
tag_name='pmu_34',
tag_field='fracsec_diff',
field_name='pdc_pmu_diff',
field_value=FRASEC_diff)
th_Q.put_in_queue(entry)
#db_end_time = time()
#print(f"upload time -> {db_end_time - db_start_time}")
#send
sqn_num = sqn_num + 1
msg = str(sqn_num)
pmu_id = frame.get_id_code()
pmu_ip_addr = table[pmu_id]
pdc.send_to(pmu_IP=pmu_ip_addr, pmu_port=9991, payload=msg.encode())
def recv_func( pdc : PDC_server ):
sqn_num = int(0)
try :
while True:
#recv
data_recvd , addr_of_client = pdc.recv()
#
server_ct = time() - 0
SOC_server = int(server_ct)
FRASEC_server = int ( (server_ct - SOC_server) * (10**6) )
SOC_Client = struct.unpack('!HHHIIHIIIIHHIIIHH',data_recvd)[3]
FRASEC_Client = struct.unpack('!HHHIIHIIIIHHIIIHH',data_recvd)[4]
FRASEC_diff = FRASEC_server - FRASEC_Client
SOC_diff = SOC_server - SOC_Client
print( SOC_server , SOC_Client , FRASEC_server , FRASEC_Client , FRASEC_diff)
except KeyboardInterrupt :
print("exited by user")
set_deamon = False ,
sync_lock_precision = (10**(-4)) ,
ntp_sync_wait = 1.0 ,
to_log_syncer = True ,
sync_logging_level = 'DEBUG'
)
'''
PDC = PDC_server ( ip_server_is_binding = IP_to_bind ,
port_opening = port_opening ,
buffer_size = buffer_size ,
trans_logging_level = 'INFO' ,
to_log_trans = False ,
ntp_server_sync = False ,
set_deamon = True ,
sync_lock_precision = (10**(-4)) ,
ntp_sync_wait = 1.0 ,
to_log_syncer = False ,
sync_logging_level = 'DEBUG' ,
ptp_server_sync = True ,
ptp_sync_wait = 0.5 ,
to_log_ptp_syncer = False ,
ptp_sync_logging_level = 'DEBUG'
)
#creating RT time series DB
pmu34_db = db_client(IFDbname='PMU_34')
#TODO create thread safe queue
th_Q = TH_Queue(BUF_SIZE=0 , to_log_queue=True)
#TODO create analytics and main_thread
analytic_TH = threading.Thread(target=upload_func , args=(pmu34_db , th_Q , ) )
#analytic_TH.setDaemon(True)