def test_sterowan_4p(con_m, con_s, txt_frame, grafic_frame):
printing(txt_frame, "**********TEST STEROWAN**********")
logging.info("**********TEST STEROWAN**********")
con_s.write(str.encode('x' + '\r\n'))
time.sleep(0.1)
con_s.write(str.encode('x' +
'\r\n')) #Ustawienie sterownika w tryb testowy
time.sleep(0.1)
con_s.write(str.encode('x' +
'\r\n')) #Ustawienie sterowania w tryb testowy
time.sleep(0.1)
con_s.write(str.encode('x' +
'\r\n')) # Ustawienie sterowania w tryb testowy
time.sleep(0.1)
read_bi(con_m, "Io7")
time.sleep(0.1)
counter = 0
for i in range(0, 9):
if i < 7:
set_bo(con_s, "IO3", i, txt_frame)
ans = read_bi(con_m, "Io7")
del_bo(con_s, "IO3", i)
check_sygn(ans, EOP_OUT, i, txt_frame, grafic_frame)
else:
set_bo(con_s, "IO6", counter, txt_frame)
ans = read_bi(con_m, "Io7")
del_bo(con_s, "IO6", counter)
check_sygn(ans, EOP_OUT, i, txt_frame, grafic_frame)
counter += 1
def set_bo(console, module, bo, txt_frame):
console.write(str.encode('x' + '\r\n'))
time.sleep(0.15)
for key, value in MODULE.items():
if module == key:
printing(txt_frame, f'Zalaczenie sterowania {bo}')
print(f'Zalaczenie sterowania {bo}')
logging.info(f'Zalaczenie sterowania {bo}')
console.write(str.encode(f'x({value})x {bo}x' + '\r\n'))
time.sleep(0.3)
def result(serial_number, txt_frame, sn_zespol):
if error_counter == 0:
print(
f"Zespół SN:{sn_zespol} ze sterownikiem {serial_number} przeszedł POZYTYWNIE test sterowan i sygnalizacji\nLiczba bledow {error_counter}"
)
logging.info(
f"Zespół SN:{sn_zespol} ze sterownikiem {serial_number} przeszedł POZYTYWNIE test sterowan i sygnalizacji\nLiczba bledow {error_counter}"
)
printing(
txt_frame,
f"Zespół SN:{sn_zespol} ze sterownikiem {serial_number} przeszedł POZYTYWNIE test sterowan i sygnalizacji\nLiczba bledow {error_counter}"
)
else:
printing(
txt_frame,
f"Zespół SN:{sn_zespol} ze sterownikiem {serial_number} wynik testu NEGATYWNY\nLiczba bledow {error_counter}"
)
print(
f"Zespół SN:{sn_zespol} ze sterownikiem {serial_number} wynik testu NEGATYWNY\nLiczba bledow {error_counter}"
)
logging.info(
f"Sterownik Zespół SN:{sn_zespol} ze sterownikiem {serial_number} wynik testu NEGATYWNY\nLiczba bledow {error_counter}"
)
for x in error_names_sygn:
printing(txt_frame, f"AWARIA Sygnalizacji {x[0]} - ({x[1]})")
print(f"AWARIA Sygnalizacji {x[0]} - ({x[1]})")
logging.info(f"AWARIA Sygnalizacji {x[0]} - ({x[1]})")
for error in error_names_out:
printing(txt_frame, f"AWARIA sterowania {error[0]} - ({error[1]})")
print(f"AWARIA sterowania {error[0]} - ({error[1]})")
logging.info(f"AWARIA sterowania {error[0]} - ({error[1]})")
def check_sygn(sygn, db, nr_sygn, txt_frame, grafic_frame):
if sygn == db[nr_sygn]:
if db == EOP_4P or db == EOP_5P:
printing(txt_frame, f"Numer sygnalizacji {nr_sygn} : {sygn} OK")
grafic_sygn_connection(grafic_frame, nr_sygn, 1)
print(f"Numer sygnalizacji {nr_sygn} : {sygn} OK")
logging.info(f"Numer sygnalizacji {nr_sygn} : {sygn} OK")
if db == EOP_OUT:
printing(txt_frame, f"Numer sterowania {nr_sygn} : {sygn} OK")
grafic_out_connection(grafic_frame, nr_sygn, 1)
print(f"Numer sterowania {nr_sygn} : {sygn} OK")
logging.info(f"Numer sterowania {nr_sygn} : {sygn} OK")
else:
global error_counter
if db == EOP_4P or db == EOP_5P:
printing(txt_frame, f"Numer sygnalizacji {nr_sygn} : {sygn} ZLE")
grafic_sygn_connection(grafic_frame, nr_sygn, 0)
print(f"Numer sygnalizacji {nr_sygn} : {sygn} ZLE")
logging.info(f"Numer sygnalizacji {nr_sygn} : {sygn} ZLE")
global error_names_sygn
error_counter += 1
error_names_sygn.append((nr_sygn, SYGN_NAME[nr_sygn]))
if db == EOP_OUT:
global error_names_out
printing(txt_frame, f"Numer sterowania {nr_sygn} : {sygn} ZLE")
grafic_out_connection(grafic_frame, nr_sygn, 0)
print(f"Numer sterowania {nr_sygn} : {sygn} ZLE")
logging.info(f"Numer sterownia {nr_sygn} : {sygn} ZLE")
error_counter += 1
error_names_out.append((nr_sygn, OUT_NAME[nr_sygn]))
def test_bi_4p(con_m, con_s, txt_frame, grafic_frame):
printing(txt_frame, "**********TEST SYGNALIZACJI**********")
logging.info("**********TEST SYGNALIZACJI**********")
counter = 0
for i in range(0, 45):
if counter == 8:
counter = 0
if i < 6:
set_bo(con_m, "IO2", i, txt_frame)
ans = read_bi(con_s, "Io4")
del_bo(con_m, "IO2", i)
check_sygn(ans, EOP_4P, i, txt_frame, grafic_frame)
elif i == 6:
set_bo(con_m, "IO3", counter, txt_frame)
ans = read_bi(con_s, "Io4")
del_bo(con_m, "IO3", counter)
check_sygn(ans, EOP_4P, i, txt_frame, grafic_frame)
elif i < 15:
set_bo(con_m, "IO2", counter, txt_frame)
ans = read_bi(con_s, "Io4")
del_bo(con_m, "IO2", counter)
check_sygn(ans, EOP_4P, i, txt_frame, grafic_frame)
counter += 1
elif i < 23:
set_bo(con_m, "IO3", counter, txt_frame)
ans = read_bi(con_s, "Io4")
del_bo(con_m, "IO3", counter)
check_sygn(ans, EOP_4P, i, txt_frame, grafic_frame)
counter += 1
elif i < 31:
set_bo(con_m, "IO4", counter, txt_frame)
ans = read_bi(con_s, "Io7")
del_bo(con_m, "IO4", counter)
check_sygn(ans, EOP_4P, i, txt_frame, grafic_frame)
counter += 1
elif i < 39:
set_bo(con_m, "IO5", counter, txt_frame)
ans = read_bi(con_s, "Io7")
del_bo(con_m, "IO5", counter)
check_sygn(ans, EOP_4P, i, txt_frame, grafic_frame)
counter += 1
elif i < 45:
set_bo(con_m, "IO6", counter, txt_frame)
ans = read_bi(con_s, "Io7")
del_bo(con_m, "IO6", counter)
check_sygn(ans, EOP_4P, i, txt_frame, grafic_frame)
counter += 1
def test_sterowan_5p(con_m, con_s, txt_frame, grafic_frame):
printing(txt_frame, "**********TEST STEROWAN**********")
logging.info("**********TEST STEROWAN**********")
time.sleep(0.1)
read_bi(con_m, "Io7")
time.sleep(0.1)
control = 1
for i in range(1, 12):
if i >= 8:
set_signal(con_s, control + 1, txt_frame)
ans = read_bi(con_m, "Io7")
check_sygn(ans, EOP_OUT, control - 1, txt_frame, grafic_frame)
control += 1
time.sleep(0.8)
else:
set_signal(con_s, control, txt_frame)
ans = read_bi(con_m, "Io7")
check_sygn(ans, EOP_OUT, control - 1, txt_frame, grafic_frame)
control += 1
time.sleep(0.8)
def test_bi_5p(con_m, con_s, txt_frame, grafic_frame):
logging.info("**********TEST SYGNALIZACJI**********")
printing(txt_frame, "**********TEST SYGNALIZACJI**********")
counter = 0
for i in range(0, 54):
if counter == 8:
counter = 0
if i < 6:
set_bo(con_m, "IO2", i, txt_frame)
ans = read_bi(con_s, "Io5")
del_bo(con_m, "IO2", i)
check_sygn(ans, EOP_4P, i, txt_frame, grafic_frame)
elif i == 6:
set_bo(con_m, "IO3", counter, txt_frame)
ans = read_bi(con_s, "Io5")
del_bo(con_m, "IO3", counter)
check_sygn(ans, EOP_4P, i, txt_frame, grafic_frame)
elif i < 15:
set_bo(con_m, "IO2", counter, txt_frame)
ans = read_bi(con_s, "Io5")
del_bo(con_m, "IO2", counter)
check_sygn(ans, EOP_4P, i, txt_frame, grafic_frame)
counter += 1
elif i < 23:
set_bo(con_m, "IO3", counter, txt_frame)
ans = read_bi(con_s, "Io5")
del_bo(con_m, "IO3", counter)
check_sygn(ans, EOP_4P, i, txt_frame, grafic_frame)
counter += 1
elif i < 31:
set_bo(con_m, "IO4", counter, txt_frame)
ans = read_bi(con_s, "Io6")
del_bo(con_m, "IO4", counter)
check_sygn(ans, EOP_5P, i, txt_frame, grafic_frame)
counter += 1
elif i < 39:
set_bo(con_m, "IO5", counter, txt_frame)
ans = read_bi(con_s, "Io6")
del_bo(con_m, "IO5", counter)
check_sygn(ans, EOP_5P, i, txt_frame, grafic_frame)
counter += 1
elif i < 47:
set_bo(con_m, "IO6", counter, txt_frame)
ans = read_bi(con_s, "Io6")
del_bo(con_m, "IO6", counter)
check_sygn(ans, EOP_5P, i, txt_frame, grafic_frame)
counter += 1
elif i == 47:
set_bo(con_m, "IO4", 6, txt_frame)
ans = read_bi(con_s, "Io6")
del_bo(con_m, "IO4", 6)
check_sygn(ans, EOP_5P, i, txt_frame, grafic_frame)
elif i == 48:
set_bo(con_m, "IO4", 7, txt_frame)
ans = read_bi(con_s, "Io6")
del_bo(con_m, "IO4", 7)
check_sygn(ans, EOP_5P, i, txt_frame, grafic_frame)
elif i < 54:
set_bo(con_m, "IO5", counter, txt_frame)
ans = read_bi(con_s, "Io7")
del_bo(con_m, "IO5", counter)
check_sygn(ans, EOP_5P, i, txt_frame, grafic_frame)
counter += 1
def set_signal(console, bo, txt_frame):
printing(txt_frame, f'Zalaczenie sterowania {bo}')
logging.info(f'Zalaczenie sterowania {bo}')
console.write(str.encode(f'x {bo} x' + '\r\n'))
time.sleep(0.3)
