def read(self):
MynaConfig.read(self)
config = self.getDaemonConfig('daemon')
try:
if 'Daemon' in config:
self.mbaddr = config['Daemon']['listenaddress']
self.mbport = int(config['Daemon']['listenport'])
self.uid = int(config['Daemon']['uid'])
self.gid = int(config['Daemon']['gid'])
self.sgroups = config['Daemon']['supplementarygroups']
self.pidfile = config['Daemon']['pidfile']
if 'Modbus' in config:
self.mbregs = int(config['Modbus']['registers'])
self.mbstore = config['Modbus']['datastore']
endianity = {'BIG': Endian.Big, 'LITTLE': Endian.Little}
if 'endianity' in config['Modbus'] and config['Modbus'][
'endianity'].upper() in endianity:
self.endian = endianity[config['Modbus']
['endianity'].upper()]
if 'PiFace' in config:
self.pifaces = int(config['PiFace']['boards'])
if 'Ownet' in config:
self.owserver = config['Ownet']['server']
self.owport = int(config['Ownet']['port'])
self.owpath = config['Ownet']['path']
self.owfail = int(config['Ownet']['failvalue'])
self.owstore = config['Ownet']['datastore']
self.owtime = int(config['Ownet']['pollingtime'])
self.owhold = int(config['Ownet']['holdingtime'])
if 'EnOcean' in config:
self.enport = config['EnOcean']['port']
self.enfail = int(config['EnOcean']['failvalue'])
self.enstore = config['EnOcean']['datastore']
self.entime = int(config['EnOcean']['pollingtime'])
self.enhold = int(config['EnOcean']['holdingtime'])
if 'Identity' in config:
self.mbident.VendorName = config['Identity']['vendorname']
self.mbident.ProductCode = config['Identity']['productcode']
self.mbident.VendorUrl = config['Identity']['vendorurl']
self.mbident.ProductName = config['Identity']['productname']
self.mbident.ModelName = config['Identity']['modelname']
self.mbident.MajorMinorRevision = config['Identity'][
'majorminorrevision']
if 'RRD' in config:
self.rrdenable = config['RRD']['enable']
self.rrdpath = config['RRD']['path']
except KeyError, e:
print 'Missing configuration key: %s' % e
os._exit(1)
def read(self):
MynaConfig.read(self)
config = self.getDaemonConfig('daemon')
try:
if 'Daemon' in config:
self.mbaddr = config['Daemon']['listenaddress']
self.mbport = int(config['Daemon']['listenport'])
self.uid = int(config['Daemon']['uid'])
self.gid = int(config['Daemon']['gid'])
self.sgroups = config['Daemon']['supplementarygroups']
self.pidfile = config['Daemon']['pidfile']
if 'Modbus' in config:
self.mbregs = int(config['Modbus']['registers'])
self.mbstore = config['Modbus']['datastore']
endianity = {'BIG': Endian.Big, 'LITTLE': Endian.Little}
if 'endianity' in config['Modbus'] and config['Modbus']['endianity'].upper() in endianity:
self.endian = endianity[config['Modbus']['endianity'].upper()]
if 'PiFace' in config:
self.pifaces = int(config['PiFace']['boards'])
if 'Ownet' in config:
self.owserver = config['Ownet']['server']
self.owport = int(config['Ownet']['port'])
self.owpath = config['Ownet']['path']
self.owfail = int(config['Ownet']['failvalue'])
self.owstore = config['Ownet']['datastore']
self.owtime = int(config['Ownet']['pollingtime'])
self.owhold = int(config['Ownet']['holdingtime'])
if 'EnOcean' in config:
self.enport = config['EnOcean']['port']
self.enfail = int(config['EnOcean']['failvalue'])
self.enstore = config['EnOcean']['datastore']
self.entime = int(config['EnOcean']['pollingtime'])
self.enhold = int(config['EnOcean']['holdingtime'])
if 'Identity' in config:
self.mbident.VendorName = config['Identity']['vendorname']
self.mbident.ProductCode = config['Identity']['productcode']
self.mbident.VendorUrl = config['Identity']['vendorurl']
self.mbident.ProductName = config['Identity']['productname']
self.mbident.ModelName = config['Identity']['modelname']
self.mbident.MajorMinorRevision = config['Identity']['majorminorrevision']
if 'RRD' in config:
self.rrdenable = config['RRD']['enable']
self.rrdpath = config['RRD']['path']
except KeyError, e:
print 'Missing configuration key: %s' % e
os._exit(1)
def __init__(self, cfgfile):
self.pidfile = '/run/modbus/modbus.pid' # PID file
self.uid = 0 # Unix UID (default: root)
self.gid = 0 # Unix GID (default: root)
self.sgroups = True # Unix supplementary groups
self.mbaddr = '0.0.0.0' # Modbus listen address
self.mbport = 502 # Modbus listen port
self.mbregs = 255 # Modbus registers available
self.mbstore = '/run/modbus/mbstore' # Modbus data store to allow daemon restart without loosing states
self.endian = Endian.Big # Modbus words endianity
self.pifaces = 1 # Number of PiFace boards (max 8 I/O ports per PiFace)
self.owserver = 'localhost' # Ownet server
self.owport = 4304 # Ownet port
self.owpath = '/' # Ownet path
self.owfail = 0 # Ownet sensor empty/fail value
self.owstore = '/run/modbus/owstore' # Ownet data store to allow daemon restart without loosing states
self.owtime = 60 # Ownet polling time and holding registers update (in seconds)
self.owhold = 120 # Ownet holding of last values before failing (in seconds)
self.enport = None # EnOcean adapter serial port
self.enfail = 0 # EnOcean sensor empty/fail value
self.enstore = '/run/modbus/enstore' # EnOcean data store to allow daemon restart without loosing states
self.entime = 60 # EnOcean polling time and holding registers update (in seconds)
self.enhold = 120 # EnOcean holding of last values before failing (in seconds)
self.mbident = ModbusDeviceIdentification()
self.mbident.VendorName = 'Pymodbus'
self.mbident.ProductCode = 'PM'
self.mbident.VendorUrl = 'http://github.com/bashwork/pymodbus/'
self.mbident.ProductName = 'Pymodbus Server'
self.mbident.ModelName = 'Pymodbus Server'
self.mbident.MajorMinorRevision = '1.0'
self.rrdenable = False # RRD history sensors data saving
self.rrdpath = '/tmp' # RRD default path
self.devices = {}
MynaConfig.__init__(self, cfgfile)
# read configuration file and validate parameters
MynaConfig.read(self)
def __init__(self, cfgfile):
self.pidfile = '/run/modbus/modbus.pid' # PID file
self.uid = 0 # Unix UID (default: root)
self.gid = 0 # Unix GID (default: root)
self.sgroups = True # Unix supplementary groups
self.mbaddr = '0.0.0.0' # Modbus listen address
self.mbport = 502 # Modbus listen port
self.mbregs = 255 # Modbus registers available
self.mbstore = '/run/modbus/mbstore' # Modbus data store to allow daemon restart without loosing states
self.endian = Endian.Big # Modbus words endianity
self.pifaces = 1 # Number of PiFace boards (max 8 I/O ports per PiFace)
self.owserver = 'localhost' # Ownet server
self.owport = 4304 # Ownet port
self.owpath = '/' # Ownet path
self.owfail = 0 # Ownet sensor empty/fail value
self.owstore = '/run/modbus/owstore' # Ownet data store to allow daemon restart without loosing states
self.owtime = 60 # Ownet polling time and holding registers update (in seconds)
self.owhold = 120 # Ownet holding of last values before failing (in seconds)
self.enport = None # EnOcean adapter serial port
self.enfail = 0 # EnOcean sensor empty/fail value
self.enstore = '/run/modbus/enstore' # EnOcean data store to allow daemon restart without loosing states
self.entime = 60 # EnOcean polling time and holding registers update (in seconds)
self.enhold = 120 # EnOcean holding of last values before failing (in seconds)
self.mbident = ModbusDeviceIdentification()
self.mbident.VendorName = 'Pymodbus'
self.mbident.ProductCode = 'PM'
self.mbident.VendorUrl = 'http://github.com/bashwork/pymodbus/'
self.mbident.ProductName = 'Pymodbus Server'
self.mbident.ModelName = 'Pymodbus Server'
self.mbident.MajorMinorRevision = '1.0'
self.rrdenable = False # RRD history sensors data saving
self.rrdpath = '/tmp' # RRD default path
self.devices = {}
MynaConfig.__init__(self, cfgfile)
# read configuration file and validate parameters
MynaConfig.read(self)