def counting_pru():
"""
CountingPRU
"""
logger.debug('Counting PRU')
if PRUserial485_address() != 21 and not os.path.isfile(PORT):
persist_info(Type.COUNTING_PRU, 0, COUNTING_PRU)
def agilent4uhv():
"""
AGILENT 4UHV
"""
logger.debug("AGILENT 4UHV")
if (GPIO.input(PIN_FTDI_PRU) == FTDI
and GPIO.input(PIN_RS232_RS485) == RS485
and PRUserial485_address() == 21 and os.path.exists(PORT)):
baud = 38400
ser = Serial(port=PORT, baudrate=baud, timeout=0.6)
devices = []
for addr in range(0, 32):
ser.reset_input_buffer()
ser.reset_output_buffer()
pl = ""
pl += "\x02"
pl += chr(addr + 128)
pl += "\x38"
pl += "\x31"
pl += "\x30"
pl += "\x30"
pl += "\x03"
ser.write(Agilent4UHV_CRC(pl).encode("latin-1"))
res = ser.read(15).decode("latin-1")
if len(res) != 0:
devices.append(addr)
ser.close()
name = "Agilent 4UHV"
if len(devices):
persist_info(Type.AGILENT4UHV, name, baud, AGILENT4UHV,
"AGILENT4UHV connected {}".format(devices))
def no_tty():
"""
NO /dev/ttyUSB0
"""
logger.debug('No /dev/ttyUSB0')
if not os.path.exists(PORT) and PRUserial485_address() == 21:
persist_info(Type.UNDEFINED, 115200, NOTTY)
def agilent4uhv():
"""
AGILENT 4UHV
"""
logger.debug('AGILENT 4UHV')
if GPIO.input(PIN_FTDI_PRU) == FTDI and GPIO.input(
PIN_RS232_RS485) == RS485 and PRUserial485_address() == 21:
baud = 38400
ser = Serial(port=PORT, baudrate=baud, timeout=.6)
devices = []
for addr in range(0, 32):
ser.reset_input_buffer()
ser.reset_output_buffer()
pl = ""
pl += "\x02"
pl += chr(addr + 128)
pl += "\x38"
pl += "\x31"
pl += "\x30"
pl += "\x30"
pl += "\x03"
ser.write(Agilent4UHV_CRC(pl))
res = ser.read(15)
if len(res) != 0:
devices.append(addr)
ser.close()
if len(devices):
persist_info(Type.AGILENT4UHV, baud, AGILENT4UHV,
'AGILENT4UHV connected {}'.format(devices))
def power_supply_pru():
"""
PRU Power Supply
"""
logger.debug("PRU Power Supply")
ps_model_names = {
0: "Empty",
1: "FBP",
2: "FBP_DCLINK",
3: "FAC_ACDC",
4: "FAC_DCDC",
5: "FAC_2S_ACDC",
6: "FAC_2S_DCDC",
7: "FAC_2P4S_ACDC",
8: "FAC_2P4S_DCDC",
9: "FAP",
10: "FAP_4P",
11: "FAC_DCDC_EMA",
12: "FAP_2P2S_Master",
13: "FAP_2P2S_Slave",
31: "UNDEFINED",
}
if GPIO.input(PIN_FTDI_PRU) == PRU and GPIO.input(
PIN_RS232_RS485) == RS485 and PRUserial485_address() == 21:
os.system("/root/pru-serial485/src/overlay.sh")
baud = 6
PRUserial485_open(baud, b"M")
devices = []
ps_model = []
ps_names = []
for ps_addr in range(1, 25):
PRUserial485_write(
BSMPChecksum(chr(ps_addr) +
"\x10\x00\x01\x00").encode("latin-1"), 100)
res = PRUserial485_read()
if len(res) == 7 and res[1] == 17:
devices.append(ps_addr)
ps_model = ps_model_names[res[5] %
32] # PS model: res[5] (bits 4..0)
ps_name = getPSnames(ps_addr).replace(" ", "")
if not ps_name in ps_names:
ps_names.append(ps_name)
name = "Power Supply"
time.sleep(0.1)
# Save info
persist_info(
Type.POWER_SUPPLY,
name,
6000000,
PRU_POWER_SUPPLY,
"PS model {}. Connected: {}. Names: {}".format(
ps_model, devices, ps_names),
)
def counting_pru():
"""
CountingPRU
"""
logger.debug("Counting PRU")
if PRUserial485_address() != 21 and not os.path.exists(PORT):
counters = CountingPRU_addr()
os.system("/root/counting-pru/src/DTO_CountingPRU.sh")
name = "Counting PRU"
persist_info(
Type.COUNTING_PRU,
name,
0,
COUNTING_PRU,
"Connected: [{}]. Auto Configuration: {}".format(
counters.addr(), counters.autoConfig_Available()),
)
def power_supply_pru():
"""
PRU Power Supply
"""
logger.debug('PRU Power Supply')
ps_model_names = {
0: "Empty",
1: "FBP",
2: "FBP_DCLINK",
3: "FAC_ACDC",
4: "FAC_DCDC",
5: "FAC_2S_ACDC",
6: "FAC_2S_DCDC",
7: "FAC_2P4S_ACDC",
8: "FAC_2P4S_DCDC",
9: "FAP",
10: "FAP_4P",
11: "FAC_DCDC_EMA",
12: "FAP_2P2S_Master",
13: "FAP_2P2S_Slave",
31: "UNDEFINED"
}
if GPIO.input(PIN_FTDI_PRU) == PRU and GPIO.input(
PIN_RS232_RS485) == RS485 and PRUserial485_address() == 21:
os.system("/root/pru-serial485/src/overlay.sh")
baud = 6
PRUserial485_open(baud, 'M')
devices = []
ps_model = []
for ps_addr in range(1, 32):
PRUserial485_write(
[i for i in BSMPChecksum(chr(ps_addr) + "\x10\x00\x01\x00")],
100)
res = PRUserial485_read()
if len(res) == 7 and res[1] == "\x11":
devices.append(ps_addr)
ps_model = ps_model_names[ord(res[5]) %
32] # PS model: res[5] (bits 4..0)
time.sleep(0.1)
PRUserial485_close()
persist_info(Type.POWER_SUPPLY, 6000000, PRU_POWER_SUPPLY,
'PS model {}. Connected: {}'.format(ps_model, devices))
def mbtemp():
"""
MBTemp
"""
logger.debug('MBTemp')
if GPIO.input(PIN_FTDI_PRU) == FTDI and GPIO.input(
PIN_RS232_RS485) == RS485 and PRUserial485_address() == 21:
baud = 115200
ser = Serial(PORT, baud, timeout=TIMEOUT)
devices = []
for mbt_addr in range(1, 32):
ser.write(BSMPChecksum(chr(mbt_addr) + "\x10\x00\x01\x00"))
res = ser.read(10)
if len(res) == 7 and res[1] == "\x11":
devices.append(mbt_addr)
ser.close()
if len(devices):
persist_info(Type.MBTEMP, baud, MBTEMP,
'MBTemps connected {}'.format(devices))
def mks9376b():
"""
MKS 937B
"""
logger.debug('MKS 937B')
if GPIO.input(PIN_FTDI_PRU) == FTDI and GPIO.input(
PIN_RS232_RS485) == RS485 and PRUserial485_address() == 21:
baud = 115200
ser = Serial(port=PORT, baudrate=baud, timeout=0.05)
devices = []
for mks_addr in range(1, 255):
msgm = '\@{0:03d}'.format(mks_addr) + "PR1?;FF"
ser.reset_input_buffer()
ser.reset_output_buffer()
ser.write(msgm)
res = ser.read(20)
if len(res) != 0:
devices.append(mks_addr)
ser.close()
if len(devices):
persist_info(Type.MKS937B, baud, MKS937B,
'MKS937Bs connected {}'.format(devices))
def thermo_probe():
"""
Thermo probes
"""
logger.debug('Thermo probes')
if GPIO.input(PIN_FTDI_PRU) == FTDI and GPIO.input(
PIN_RS232_RS485) == RS485 and PRUserial485_address() == 21:
baud = 19200
ser = Serial(port=PORT,
baudrate=baud,
bytesize=SEVENBITS,
parity=PARITY_EVEN,
stopbits=STOPBITS_TWO,
timeout=TIMEOUT)
msg = thermoIncluirChecksum("\x07" + "01RM1")
ser.reset_input_buffer()
ser.reset_output_buffer()
ser.write(msg.encode('utf-8'))
res = ser.read(50)
if len(res) != 0:
persist_info(Type.SERIAL_THERMO, baud, SERIAL_THERMO)
def mbtemp():
"""
MBTemp
"""
logger.info("MBTemp")
if (GPIO.input(PIN_FTDI_PRU) == FTDI
and GPIO.input(PIN_RS232_RS485) == RS485
and PRUserial485_address() == 21 and os.path.exists(PORT)):
baud = 115200
ser = Serial(PORT, baud, timeout=TIMEOUT)
devices = []
for mbt_addr in range(1, 32):
ser.write(
BSMPChecksum(chr(mbt_addr) +
"\x10\x00\x01\x00").encode("latin-1"))
res = ser.read(10).decode("latin-1")
if len(res) == 7 and res[1] == "\x11":
devices.append(mbt_addr)
ser.close()
name = "MBTemp"
if len(devices):
persist_info(Type.MBTEMP, name, baud, MBTEMP,
"MBTemps connected {}".format(devices))
def mks9376b():
"""
MKS 937B
"""
logger.debug("MKS 937B")
if (GPIO.input(PIN_FTDI_PRU) == FTDI
and GPIO.input(PIN_RS232_RS485) == RS485
and PRUserial485_address() == 21 and os.path.exists(PORT)):
baud = 115200
ser = Serial(port=PORT, baudrate=baud, timeout=0.05)
devices = []
for mks_addr in range(1, 255):
msgm = "\@{0:03d}".format(mks_addr) + "PR1?;FF"
ser.reset_input_buffer()
ser.reset_output_buffer()
ser.write(msgm.encode("latin-1"))
res = ser.read(20).decode("latin-1")
if len(res) != 0:
devices.append(mks_addr)
ser.close()
name = "MKS"
if len(devices):
persist_info(Type.MKS937B, name, baud, MKS937B,
"MKS937Bs connected {}".format(devices))
def __init__(self):
self.boardID = PRUserial485_address()
self.status = False
self.check()
#!/usr/bin/python-sirius
# -*- coding: utf-8 -*-
from PRUserial485 import PRUserial485_address
import Adafruit_BBIO.GPIO as GPIO
import sys
import time
# ----- CONSTANTS
PRIMARY = 1
SECONDARY = 2
SERIALXXCON_ID = 21
#Just for SerialxxCON
if PRUserial485_address() != SERIALXXCON_ID:
exit(PRIMARY)
# ----- GPIO PINS
inputPin = "P9_12"
outputPin = "P9_14"
GPIO.setup(inputPin, GPIO.IN)
GPIO.setup(outputPin, GPIO.OUT)
if "clean" in sys.argv:
GPIO.output(outputPin, GPIO.LOW)
exit(0)
elif "force-primary" in sys.argv:
GPIO.output(outputPin, GPIO.HIGH)
exit(0)
logger.info("Ethernet service {}".format(service))
system("connmanctl config {} --ipv4 dhcp".format(service))
def led(): #Shows the user that the IP has been configured
for i in range(20):
GPIO.output("P8_28", GPIO.HIGH)
sleep(0.05)
GPIO.output("P8_28", GPIO.LOW)
sleep(0.05)
if __name__ == '__main__':
logger.info("Verificando condicao DHCP em Hardware")
device_addr = PRUserial485_address()
GPIO.setup("P8_28", GPIO.OUT) #Led configuration
GPIO.output("P8_28", GPIO.LOW)
if device_addr == 0:
logger.info("Contadora detectada")
for en_FF in ["P8_43", "P8_44", "P8_45", "P8_46", "P9_29",
"P9_31"]: #Enable Flip-Flops
sleep(0.05)
GPIO.setup(en_FF, GPIO.OUT)
sleep(0.05)
GPIO.output(en_FF, GPIO.HIGH)
sleep(
logger.info("Setting IP address to {}".format(new_ip))
system("connmanctl config {} --ipv4 manual {} 255.255.255.0 {} \
--nameservers 10.0.0.71 10.0.0.72 ".format(service, new_ip, gateway))
def led(num):
for i in range(num):
GPIO.output("P8_28", GPIO.HIGH)
sleep(1)
GPIO.output("P8_28", GPIO.LOW)
sleep(1)
if __name__ == '__main__':
if PRUserial485_address() != 0:
sys.exit()
logger.info("Checking IP Availability for the Counter")
GPIO.setup("P8_28", GPIO.OUT) #Led configuration
GPIO.output("P8_28", GPIO.LOW)
my_ip = get_ip_address().split('.')
if not (my_ip[-1] in counters_ip):
a = ping_ips(my_ip[:-1])
if len(a) == 1:
set_ip('.'.join(i for i in my_ip[:-1]) + '.' + a[0],
'.'.join(i for i in my_ip[:-1]) + '.1')
led(int(a[0]) - 150)
# ----------------------------------
# Led configuration
# ----------------------------------
GPIO.setup(LED_PIN, GPIO.OUT)
GPIO.output(LED_PIN, GPIO.LOW)
# ----------------------------------
# AutoConfig Status
# ----------------------------------
AUTOCONFIG = AutoConfig().status
logger.info(AUTOCONFIG)
# ----------------------------------
# Apply DHCP config if needed
# ----------------------------------
# COUNTINGPRU, SIMAR
if PRUserial485_address() == COUNTINGPRU_SIMAR_ADDRESS:
simar = Simar_addr()
if simar.identified:
#for pin in ["P9_25", "P9_26"]:
# GPIO.setup(pin, GPIO.IN)
if (GPIO.input("P9_25") == 1 and GPIO.input("P9_26") == 0):
logger.info(
"SIMAR red switches on DHCP position. Configuring DHCP.")
dhcp()
if AUTOCONFIG:
logger.info("AUTOCONFIG enabled. Configuring DHCP.")
dhcp()
led()
