def create_devices(Config):
for section in Config.sections():
# split section name ITEM123 or ITEM_123 or ITEM-123 into device=ITEM and circuit=123
res = re.search('^([^_-]+)[_-]+(.+)$', section)
if not res:
res = re.search('^(.*\D)(\d+)$', section)
if not res: continue
devclass = res.group(1)
# devclass = re.sub('[_-]*$','',devclass)
# circuit = int(res.group(2))
circuit = res.group(2)
# print "%s %s %s" % (section,devclass, circuit)
try:
if devclass == 'OWBUS':
import owclient
bus = Config.get(section, "owbus")
interval = Config.getfloat(section, "interval")
scan_interval = Config.getfloat(section, "scan_interval")
#### prepare 1wire process ##### (using thread affects timing!)
resultPipe = multiprocessing.Pipe()
taskPipe = multiprocessing.Pipe()
owbus = owclient.OwBusDriver(circuit,
taskPipe,
resultPipe,
bus=bus,
interval=interval,
scan_interval=scan_interval)
Devices.register_device(OWBUS, owbus)
elif devclass == 'SENSOR' or devclass == '1WDEVICE':
#permanent thermometer
bus = Config.get(section, "bus")
owbus = Devices.by_int(OWBUS, bus)
typ = Config.get(section, "type")
address = Config.get(section, "address")
interval = Config.getintdef(section, "interval", 15)
sensor = owclient.MySensorFabric(address,
typ,
owbus,
interval=interval,
circuit=circuit,
is_static=True)
Devices.register_device(SENSOR, sensor)
elif devclass == '1WRELAY':
# Relays on DS2404
sensor = Config.get(section, "sensor")
sensor = Devices.by_int(SENSOR, sensor)
pin = Config.getint(section, "pin")
r = unipig.DS2408_relay(circuit, sensor, pin)
Devices.register_device(RELAY, r)
elif devclass == '1WINPUT':
# Inputs on DS2404
sensor = Config.get(section, "sensor")
sensor = Devices.by_int(SENSOR, sensor)
pin = Config.getint(section, "pin")
i = unipig.DS2408_input(circuit, sensor, pin)
Devices.register_device(INPUT, i)
elif devclass == 'I2CBUS':
# I2C bus on /dev/i2c-1 via pigpio daemon
busid = Config.getint(section, "busid")
i2cbus = I2cBus(circuit=circuit, host='localhost', busid=busid)
Devices.register_device(I2CBUS, i2cbus)
elif devclass == 'MCP':
# MCP on I2c
i2cbus = Config.get(section, "i2cbus")
address = hexint(Config.get(section, "address"))
bus = Devices.by_int(I2CBUS, i2cbus)
mcp = unipig.UnipiMcp(bus, circuit, address=address)
Devices.register_device(MCP, mcp)
elif devclass == 'RELAY':
# Relays on MCP
mcp = Config.get(section, "mcp")
mcp = Devices.by_int(MCP, mcp)
pin = Config.getint(section, "pin")
r = unipig.Relay(circuit, mcp, pin)
Devices.register_device(RELAY, r)
elif devclass == 'GPIOBUS':
# access to GPIO via pigpio daemon
bus = GpioBus(circuit=circuit, host='localhost')
Devices.register_device(GPIOBUS, bus)
elif devclass == 'PCA9685':
#PCA9685 on I2C
i2cbus = Config.get(section, "i2cbus")
address = hexint(Config.get(section, "address"))
frequency = Config.getintdef(section, "frequency", 400)
bus = Devices.by_int(I2CBUS, i2cbus)
pca = unipig.UnipiPCA9685(bus,
int(circuit),
address=address,
frequency=frequency)
Devices.register_device(PCA9685, pca)
elif devclass in ('AO', 'ANALOGOUTPUT'):
try:
#analog output on PCA9685
pca = Config.get(section, "pca")
channel = Config.getint(section, "channel")
#value = Config.getfloatdef(section, "value", 0)
driver = Devices.by_int(PCA9685, pca)
ao = unipig.AnalogOutputPCA(circuit, driver, channel)
except:
# analog output (PWM) on GPIO via pigpio daemon
gpiobus = Config.get(section, "gpiobus")
bus = Devices.by_int(GPIOBUS, gpiobus)
frequency = Config.getintdef(section, "frequency", 100)
value = Config.getfloatdef(section, "value", 0)
ao = unipig.AnalogOutputGPIO(bus,
circuit,
frequency=frequency,
value=value)
Devices.register_device(AO, ao)
elif devclass in ('DI', 'INPUT'):
# digital inputs on GPIO via pigpio daemon
gpiobus = Config.get(section, "gpiobus")
bus = Devices.by_int(GPIOBUS, gpiobus)
pin = Config.getint(section, "pin")
debounce = Config.getintdef(section, "debounce", 0)
counter_mode = Config.getstringdef(section, "counter_mode",
"disabled")
inp = unipig.Input(bus,
circuit,
pin,
debounce=debounce,
counter_mode=counter_mode)
Devices.register_device(INPUT, inp)
elif devclass in ('EPROM', 'EE'):
i2cbus = Config.get(section, "i2cbus")
address = hexint(Config.get(section, "address"))
size = Config.getintdef(section, "size", 256)
bus = Devices.by_int(I2CBUS, i2cbus)
ee = unipig.Eprom(bus, circuit, size=size, address=address)
Devices.register_device(EE, ee)
elif devclass in ('AICHIP', ):
i2cbus = Config.get(section, "i2cbus")
address = hexint(Config.get(section, "address"))
bus = Devices.by_int(I2CBUS, i2cbus)
mcai = unipig.UnipiMCP342x(bus, circuit, address=address)
Devices.register_device(ADCHIP, mcai)
elif devclass in ('AI', 'ANALOGINPUT'):
chip = Config.get(section, "chip")
channel = Config.getint(section, "channel")
interval = Config.getfloatdef(section, "interval", 0)
bits = Config.getintdef(section, "bits", 14)
gain = Config.getintdef(section, "gain", 1)
if circuit in ('1', '2'):
correction = Config.getfloatdef(
section, "correction",
globals['devices']['ai'][circuit])
else:
correction = Config.getfloatdef(section, "correction",
5.564920867)
#print correction
mcai = Devices.by_int(ADCHIP, chip)
try:
corr_rom = Config.get(section, "corr_rom")
eeprom = Devices.by_int(EE, corr_rom)
corr_addr = hexint(Config.get(section, "corr_addr"))
ai = unipig.AnalogInput(circuit,
mcai,
channel,
bits=bits,
gain=gain,
continuous=False,
interval=interval,
correction=correction,
rom=eeprom,
corr_addr=corr_addr)
except:
ai = unipig.AnalogInput(circuit,
mcai,
channel,
bits=bits,
gain=gain,
continuous=False,
interval=interval,
correction=correction)
Devices.register_device(AI, ai)
elif devclass == 'NEURON':
from neuron import Neuron
modbus_server = Config.getstringdef(section, "modbus_server",
"127.0.0.1")
modbus_port = Config.getintdef(section, "modbus_port", 502)
scanfreq = Config.getfloatdef(section, "scan_frequency", 1)
scan_enabled = Config.getbooldef(section, "scan_enabled", True)
neuron = Neuron(circuit, modbus_server, modbus_port, scanfreq,
scan_enabled)
Devices.register_device(NEURON, neuron)
elif devclass == 'UNIPI2':
'''from spiarm import ArmSpiAsync, ArmUart
# UNIPI2 on SPI bus
busdevice = Config.get(section, "busdevice")
gpioint = Config.getint(section, "gpioint")
arm = ArmSpiAsync(circuit, busdevice, gpioint)
Devices.register_device(UNIPI2, arm)
if True:
import unipi2
for i in range(arm.nDO):
_r = unipi2.Relay("%s%02d" % (circuit,i+1),arm,i, 1, 0x1<<i)
Devices.register_device(RELAY, _r)
for i in range(arm.nDI):
_inp = unipi2.Input("%s%02d" % (circuit,i+1),arm, 0, 0x1<<i,
regdebounce=1006+i,
regcounter=arm.counter_reg+(2*i))
Devices.register_device(INPUT, _inp)
for i in range(arm.nAO):
_ao = unipi2.AnalogOutput("%s%02d" % (circuit,i+1),arm, 2+i)
Devices.register_device(AO, _ao)
for i in range(arm.nAI):
correction = 1.0 if i==0 else 1.0/3
_ai = unipi2.AnalogInput("%s%02d" % (circuit,i+1),arm, 3+i,
correction = correction)
Devices.register_device(AI, _ai)
arm.scanning = True
'''
elif devclass == 'UART':
# UART on UNIPI2
'''
unipi2 = Config.get(section, "unipi2")
unipi2 = Devices.by_int(UNIPI2, unipi2)
uart = ArmUart(circuit,unipi2)
Devices.register_device(UART, uart)
'''
except Exception, E:
logger.debug("Error in config section %s - %s", section, str(E))
def create_devices(Config, hw_dict):
dev_counter = 0
Config.hw_dict = hw_dict
for section in Config.sections():
# split section name ITEM123 or ITEM_123 or ITEM-123 into device=ITEM and circuit=123
res = re.search('^([^_-]+)[_-]+(.+)$', section)
if not res:
res = re.search('^(.*\D)(\d+)$', section)
if not res: continue
devclass = res.group(1)
circuit = res.group(2)
try:
if devclass == 'OWBUS':
import owclient
bus = Config.get(section, "owbus")
interval = Config.getfloat(section, "interval")
scan_interval = Config.getfloat(section, "scan_interval")
#### prepare 1wire process ##### (using thread affects timing!)
resultPipe = multiprocessing.Pipe()
taskPipe = multiprocessing.Pipe()
bus_driver = owclient.OwBusDriver(circuit,
taskPipe,
resultPipe,
bus=bus,
interval=interval,
scan_interval=scan_interval)
owbus = OWBusDevice(bus_driver, dev_id=0)
Devices.register_device(OWBUS, owbus)
elif devclass == 'SENSOR' or devclass == '1WDEVICE':
#permanent thermometer
bus = Config.get(section, "bus")
owbus = (Devices.by_int(OWBUS, bus)).bus_driver
ow_type = Config.get(section, "type")
address = Config.get(section, "address")
interval = Config.getintdef(section, "interval", 15)
sensor = owclient.MySensorFabric(address,
ow_type,
owbus,
interval=interval,
circuit=circuit,
is_static=True)
if ow_type in ["DS2408", "DS2406", "DS2404", "DS2413"]:
sensor = OWSensorDevice(sensor, dev_id=0)
Devices.register_device(SENSOR, sensor)
elif devclass == '1WRELAY':
# Relays on DS2404
sensor = Config.get(section, "sensor")
sensor = (Devices.by_int(SENSOR, sensor)).sensor_dev
pin = Config.getint(section, "pin")
r = unipig.DS2408_relay(circuit, sensor, pin, dev_id=0)
Devices.register_device(RELAY, r)
elif devclass == '1WINPUT':
# Inputs on DS2404
sensor = Config.get(section, "sensor")
sensor = (Devices.by_int(SENSOR, sensor)).sensor_dev
pin = Config.getint(section, "pin")
i = unipig.DS2408_input(circuit, sensor, pin, dev_id=0)
Devices.register_device(INPUT, i)
elif devclass == 'I2CBUS':
# I2C bus on /dev/i2c-1 via pigpio daemon
busid = Config.getint(section, "busid")
bus_driver = I2cBus(circuit=circuit,
host='localhost',
busid=busid)
i2cbus = I2CBusDevice(bus_driver, 0)
Devices.register_device(I2CBUS, i2cbus)
elif devclass == 'MCP':
# MCP on I2c
i2cbus = Config.get(section, "i2cbus")
address = hexint(Config.get(section, "address"))
bus = (Devices.by_int(I2CBUS, i2cbus)).bus_driver
mcp = unipig.UnipiMcp(bus, circuit, address=address, dev_id=0)
Devices.register_device(MCP, mcp)
elif devclass == 'RELAY':
# Relays on MCP
mcp = Config.get(section, "mcp")
mcp = Devices.by_int(MCP, mcp)
pin = Config.getint(section, "pin")
r = unipig.Relay(circuit, mcp, pin, dev_id=0)
Devices.register_device(RELAY, r)
elif devclass == 'GPIOBUS':
# access to GPIO via pigpio daemon
bus_driver = GpioBus(circuit=circuit, host='localhost')
gpio_bus = GPIOBusDevice(bus_driver, 0)
Devices.register_device(GPIOBUS, gpio_bus)
elif devclass == 'PCA9685':
#PCA9685 on I2C
i2cbus = Config.get(section, "i2cbus")
address = hexint(Config.get(section, "address"))
frequency = Config.getintdef(section, "frequency", 400)
bus = (Devices.by_int(I2CBUS, i2cbus)).bus_driver
pca = unipig.UnipiPCA9685(bus,
int(circuit),
address=address,
frequency=frequency,
dev_id=0)
Devices.register_device(PCA9685, pca)
elif devclass in ('AO', 'ANALOGOUTPUT'):
try:
#analog output on PCA9685
pca = Config.get(section, "pca")
channel = Config.getint(section, "channel")
#value = Config.getfloatdef(section, "value", 0)
driver = Devices.by_int(PCA9685, pca)
ao = unipig.AnalogOutputPCA(circuit,
driver,
channel,
dev_id=0)
except:
# analog output (PWM) on GPIO via pigpio daemon
gpiobus = Config.get(section, "gpiobus")
bus = (Devices.by_int(GPIOBUS, gpiobus)).bus_driver
frequency = Config.getintdef(section, "frequency", 100)
value = Config.getfloatdef(section, "value", 0)
ao = unipig.AnalogOutputGPIO(bus,
circuit,
frequency=frequency,
value=value,
dev_id=0)
Devices.register_device(AO, ao)
elif devclass in ('DI', 'INPUT'):
# digital inputs on GPIO via pigpio daemon
gpiobus = Config.get(section, "gpiobus")
bus = (Devices.by_int(GPIOBUS, gpiobus)).bus_driver
pin = Config.getint(section, "pin")
debounce = Config.getintdef(section, "debounce", 0)
counter_mode = Config.getstringdef(section, "counter_mode",
"disabled")
inp = unipig.Input(bus,
circuit,
pin,
debounce=debounce,
counter_mode=counter_mode,
dev_id=0)
Devices.register_device(INPUT, inp)
elif devclass in ('EPROM', 'EE'):
i2cbus = Config.get(section, "i2cbus")
address = hexint(Config.get(section, "address"))
size = Config.getintdef(section, "size", 256)
bus = (Devices.by_int(I2CBUS, i2cbus)).bus_driver
ee = unipig.Eprom(bus,
circuit,
size=size,
address=address,
dev_id=0)
Devices.register_device(EE, ee)
elif devclass in ('AICHIP', ):
i2cbus = Config.get(section, "i2cbus")
address = hexint(Config.get(section, "address"))
bus = (Devices.by_int(I2CBUS, i2cbus)).bus_driver
mcai = unipig.UnipiMCP342x(bus,
circuit,
address=address,
dev_id=0)
Devices.register_device(ADCHIP, mcai)
elif devclass in ('AI', 'ANALOGINPUT'):
chip = Config.get(section, "chip")
channel = Config.getint(section, "channel")
interval = Config.getfloatdef(section, "interval", 0)
bits = Config.getintdef(section, "bits", 14)
gain = Config.getintdef(section, "gain", 1)
if circuit in ('1', '2'):
correction = Config.getfloatdef(
section, "correction",
up_globals['devices']['ai'][circuit])
else:
correction = Config.getfloatdef(section, "correction",
5.564920867)
mcai = Devices.by_int(ADCHIP, chip)
try:
corr_rom = Config.get(section, "corr_rom")
eeprom = Devices.by_int(EE, corr_rom)
corr_addr = hexint(Config.get(section, "corr_addr"))
ai = unipig.AnalogInput(circuit,
mcai,
channel,
bits=bits,
gain=gain,
continuous=False,
interval=interval,
correction=correction,
rom=eeprom,
corr_addr=corr_addr,
dev_id=0)
except:
ai = unipig.AnalogInput(circuit,
mcai,
channel,
bits=bits,
gain=gain,
continuous=False,
interval=interval,
correction=correction,
dev_id=0)
Devices.register_device(AI, ai)
elif devclass == 'NEURON':
from neuron import Neuron
dev_counter += 1
modbus_server = Config.getstringdef(section, "modbus_server",
"127.0.0.1")
modbus_port = Config.getintdef(section, "modbus_port", 502)
scanfreq = Config.getfloatdef(section, "scan_frequency", 1)
scan_enabled = Config.getbooldef(section, "scan_enabled", True)
allow_register_access = Config.getbooldef(
section, "allow_register_access", False)
circuit = Config.getintdef(section, "global_id", 2)
neuron = Neuron(circuit,
Config,
modbus_server,
modbus_port,
scanfreq,
scan_enabled,
hw_dict,
direct_access=allow_register_access,
dev_id=dev_counter)
Devices.register_device(NEURON, neuron)
elif devclass == 'EXTENSION':
from neuron import UartNeuron
dev_counter += 1
modbus_uart_port = Config.getstringdef(section,
"modbus_uart_port",
"/dev/ttyNS0")
scanfreq = Config.getfloatdef(section, "scan_frequency", 10)
scan_enabled = Config.getbooldef(section, "scan_enabled", True)
uart_baud_rate = Config.getintdef(section, "baud_rate", 19200)
uart_parity = Config.getstringdef(section, "parity", 'N')
uart_stopbits = Config.getintdef(section, "stop_bits", 1)
uart_address = Config.getintdef(section, "address", 1)
device_name = Config.getstringdef(section, "device_name",
"unspecified")
allow_register_access = Config.getbooldef(
section, "allow_register_access", False)
neuron_uart_circuit = Config.getstringdef(
section, "neuron_uart_circuit", "None")
circuit = Config.getintdef(section, "global_id", 2)
neuron = UartNeuron(circuit,
Config,
modbus_uart_port,
scanfreq,
scan_enabled,
hw_dict,
baud_rate=uart_baud_rate,
parity=uart_parity,
stopbits=uart_stopbits,
device_name=device_name,
uart_address=uart_address,
direct_access=allow_register_access,
dev_id=dev_counter,
neuron_uart_circuit=neuron_uart_circuit)
Devices.register_device(NEURON, neuron)
except Exception, E:
logger.exception("Error in config section %s - %s", section,
str(E))
def create_devices(Config):
for section in Config.sections():
# split section name ITEM123 or ITEM_123 or ITEM-123 into device=ITEM and circuit=123
res = re.search('^([^_-]+)[_-]+(.+)$', section)
if not res:
res = re.search('^(.*\D)(\d+)$', section)
if not res: continue
devclass = res.group(1)
# devclass = re.sub('[_-]*$','',devclass)
# circuit = int(res.group(2))
circuit = res.group(2)
#print "%s %s %s" % (section,devclass, circuit)
try:
if devclass == 'OWBUS':
bus = Config.get(section, "owbus")
interval = Config.getfloat(section, "interval")
scan_interval = Config.getfloat(section, "scan_interval")
#### prepare 1wire process ##### (using thread affects timing!)
resultPipe = multiprocessing.Pipe()
taskPipe = multiprocessing.Pipe()
owbus = owclient.OwBusDriver(circuit,
taskPipe,
resultPipe,
bus=bus,
interval=interval,
scan_interval=scan_interval)
Devices.register_device(OWBUS, owbus)
elif devclass == 'SENSOR':
#permanent thermometer
bus = Config.get(section, "bus")
owbus = Devices.by_int(OWBUS, bus)
typ = Config.get(section, "type")
address = Config.get(section, "address")
interval = Config.getfloat(section, "interval")
therm1 = owclient.MySensorFabric(address,
typ,
owbus,
interval=1,
circuit=circuit)
Devices.register_device(SENSOR, therm1)
elif devclass == 'I2CBUS':
# I2C bus on /dev/i2c-1 via pigpio daemon
busid = Config.getint(section, "busid")
i2cbus = I2cBus(circuit=circuit, host='localhost', busid=busid)
Devices.register_device(I2CBUS, i2cbus)
elif devclass == 'MCP':
# MCP on I2c
i2cbus = Config.get(section, "i2cbus")
address = hexint(Config.get(section, "address"))
bus = Devices.by_int(I2CBUS, i2cbus)
mcp = unipig.UnipiMcp(bus, circuit, address=address)
Devices.register_device(MCP, mcp)
elif devclass == 'RELAY':
# Relays on MCP
mcp = Config.get(section, "mcp")
mcp = Devices.by_int(MCP, mcp)
pin = Config.getint(section, "pin")
r = unipig.Relay(circuit, mcp, pin)
Devices.register_device(RELAY, r)
elif devclass == 'GPIOBUS':
# access to GPIO via pigpio daemon
bus = GpioBus(circuit=circuit, host='localhost')
Devices.register_device(GPIOBUS, bus)
elif devclass == 'PCA9685':
#PCA9685 on I2C
i2cbus = Config.get(section, "i2cbus")
address = hexint(Config.get(section, "address"))
frequency = getintdef(Config, section, "frequency", 400)
bus = Devices.by_int(I2CBUS, i2cbus)
pca = unipig.UnipiPCA9685(bus,
int(circuit),
address=address,
frequency=frequency)
Devices.register_device(PCA9685, pca)
elif devclass in ('AO', 'ANALOGOUTPUT'):
try:
#analog output on PCA9685
pca = Config.get(section, "pca")
channel = Config.getint(section, "channel")
#value = getfloatdef(Config, section, "value", 0)
driver = Devices.by_int(PCA9685, pca)
ao = unipig.AnalogOutputPCA(circuit, driver, channel)
except:
# analog output (PWM) on GPIO via pigpio daemon
gpiobus = Config.get(section, "gpiobus")
bus = Devices.by_int(GPIOBUS, gpiobus)
frequency = getintdef(Config, section, "frequency", 100)
value = getfloatdef(Config, section, "value", 0)
ao = unipig.AnalogOutputGPIO(bus,
circuit,
frequency=frequency,
value=value)
Devices.register_device(AO, ao)
elif devclass in ('INPUT', 'DI'):
# digital inputs on GPIO via pigpio daemon
gpiobus = Config.get(section, "gpiobus")
bus = Devices.by_int(GPIOBUS, gpiobus)
pin = Config.getint(section, "pin")
debounce = getintdef(Config, section, "debounce", 0)
inp = unipig.Input(bus, circuit, pin, debounce=debounce)
Devices.register_device(INPUT, inp)
elif devclass in ('EPROM', 'EE'):
i2cbus = Config.get(section, "i2cbus")
address = hexint(Config.get(section, "address"))
size = getintdef(Config, section, "size", 256)
bus = Devices.by_int(I2CBUS, i2cbus)
ee = unipig.Eprom(bus, circuit, size=size, address=address)
Devices.register_device(EE, ee)
elif devclass in ('AICHIP', ):
i2cbus = Config.get(section, "i2cbus")
address = hexint(Config.get(section, "address"))
bus = Devices.by_int(I2CBUS, i2cbus)
mcai = unipig.UnipiMCP342x(bus, circuit, address=address)
Devices.register_device(ADCHIP, mcai)
elif devclass in ('AI', 'ANALOGINPUT'):
chip = Config.get(section, "chip")
channel = Config.getint(section, "channel")
interval = getfloatdef(Config, section, "interval", 0)
bits = getintdef(Config, section, "bits", 14)
gain = getintdef(Config, section, "gain", 1)
correction = getfloatdef(Config, section, "correction",
5.564920867)
corr_rom = Config.get(section, "corr_rom")
eeprom = Devices.by_int(EE, corr_rom)
corr_addr = hexint(Config.get(section, "corr_addr"))
mcai = Devices.by_int(ADCHIP, chip)
ai = unipig.AnalogInput(circuit,
mcai,
channel,
bits=bits,
gain=gain,
continuous=False,
interval=interval,
correction=correction,
rom=eeprom,
corr_addr=corr_addr)
Devices.register_device(AI, ai)
except Exception, E:
print("Error in config section %s - %s" % (section, str(E)))
