def __init__( self, urlData):
#Initialization of the goodweData class. All data members are set
#to default values. Then the urlData is filtered and parsed
try:
self.m_sample = goodweSample.goodweSample()
except Exception, ex:
print "Error:" +str(ex)
def read_sample_data(self):
'''Read a data sample.'''
if self.m_worker and self.m_worker.is_online():
print "Worker is online"
sample = self.m_worker.get_current_value()
for subscriber in self.subscribers:
subscriber(sample.get_temperature())
return sample
else:
return goodweSample.goodweSample()
def read_sample_data( self):
'''Read a data sample.'''
if self.m_worker and self.m_worker.is_online():
print "Worker is online"
sample = self.m_worker.get_current_value()
for subscriber in self.subscribers:
subscriber( sample.get_temperature())
return sample
else:
return goodweSample.goodweSample()
def __init__(self, usb_pin, emulated, usb_id):
'''Initialisation of the goodweUsb class. All data members are set
to default values. '''
self.m_sample = goodweSample.goodweSample()
self.m_state = State.OFFLINE
self.m_serialNumber = ""
self.m_serialBuffer = ''
self.m_inverter_adr = 0x11
self.m_inverter_adr_confirmed = False
self.m_deviceId = usb_id
self.m_dev = None
self.m_epi = None
self.m_initialized = False
self.m_emulated = "test" in emulated
try:
self.m_relay = gpio.usb_relay(usb_pin)
except:
exit(-1)
self.cc_reg_switch = {
FC.offline: self._skip_reg_message,
FC.regreq: self._reg_received_registration,
FC.allocreg: self._skip_reg_message,
FC.addconf: self._reg_received_confirm_registration,
FC.remreg: self._skip_reg_message,
FC.remconf: self._reg_received_confirm_removal
}
self.cc_read_switch = {
FC.query: self._skip_read_message,
FC.result: self._read_received_message,
FC.query_id: self._skip_read_message,
FC.result_id: self._skip_read_message,
FC.query_stt: self._skip_read_message,
FC.result_stt: self._skip_read_message
}
self.state_switch = {
State.OFFLINE: self._offline,
State.CONNECTED: self._remove_registration,
State.DISCOVER: self._discover_goodwe,
State.ALLOC: self._alloc_register,
State.ALLOC_CONF: self._read_data_goodwe,
State.ALLOC_ASK: self._read_data_init,
State.RUNNING: self._read_data
}
def __init__(self, threadId, name, comms, interval):
threading.Thread.__init__(self)
self.m_threadId = threadId
self.m_name = name
self.m_sample_interval = interval
self.m_stop = False
self.m_comms = comms
print "Set current sample in USB worker"
try:
self.m_current_value = self.m_comms.get_sample()
print self.m_current_value.to_string()
self.m_readError = False
except:
self.m_current_value = goodweSample.goodweSample()
self.m_readError = True
self.m_lock = threading.Lock()
print "Init USB thread worker at " + str(interval) + " Hz."
def __init__(self, threadId, name, comms, interval):
threading.Thread.__init__(self)
self.m_threadId = threadId
self.m_name = name
self.m_sample_interval = interval
self.m_stop = False
self.m_comms = comms
print "Set current sample in USB worker"
try:
self.m_current_value = self.m_comms.get_sample()
print self.m_current_value.to_string()
self.m_readError = False
except:
self.m_current_value = goodweSample.goodweSample()
self.m_readError = True
self.m_lock = threading.Lock()
print "Init USB thread worker at " + str(interval) + " Hz."
def __init__(self, url, device, baudrate):
'''Initialisation of the goodweRS485 class. All data members are set
to default values. '''
self.m_sample = goodweSample.goodweSample()
self.m_state = State.OFFLINE
self.m_serialNumber = ""
self.m_serialBuffer = ''
self.m_inverter_adr = 0x11
self.m_inverter_adr_confirmed = False
self.m_serial = None
self.m_initialized = False
self.m_emulated = "test" in url
self.m_baudrate = baudrate
self.m_device = device
self.cc_reg_switch = {
FC.offline: self._skip_message,
FC.regreq: self._reg_received_registration,
FC.allocreg: self._skip_message,
FC.addconf: self._reg_received_confirm_registration,
FC.remreg: self._skip_message,
FC.remconf: self._reg_received_confirm_removal
}
self.cc_read_switch = {
FC.query: self._skip_message,
FC.result: self._read_received_message,
FC.query_id: self._skip_message,
FC.result_id: self._skip_message,
FC.query_stt: self._skip_message,
FC.result_stt: self._skip_message
}
self.state_switch = {
State.OFFLINE: self.initialize,
State.CONNECTED: self._remove_registration,
State.DISCOVER: self._discover_goodwe,
State.ALLOC: self._alloc_register,
State.ALLOC_CONF: self._read_data_goodwe,
State.ALLOC_ASK: self._read_data_init,
State.RUNNING: self._read_data
}
def __init__(self, usb_pin, emulated, usb_id):
'''Initialisation of the goodweUsb class. All data members are set
to default values. '''
self.m_sample = goodweSample.goodweSample()
self.m_state = State.OFFLINE
self.m_serialNumber = ""
self.m_serialBuffer = ''
self.m_inverter_adr = 0x11
self.m_inverter_adr_confirmed = False
self.m_deviceId = usb_id
self.m_dev = None
self.m_epi = None
self.m_initialized = False
self.m_emulated = "test" in emulated
try:
self.m_relay = gpio.usb_relay( usb_pin)
except:
exit(-1)
self.cc_reg_switch = {FC.offline: self._skip_reg_message,
FC.regreq: self._reg_received_registration,
FC.allocreg: self._skip_reg_message,
FC.addconf: self._reg_received_confirm_registration,
FC.remreg: self._skip_reg_message,
FC.remconf: self._reg_received_confirm_removal}
self.cc_read_switch = {FC.query: self._skip_read_message,
FC.result: self._read_received_message,
FC.query_id: self._skip_read_message,
FC.result_id: self._skip_read_message,
FC.query_stt: self._skip_read_message,
FC.result_stt: self._skip_read_message}
self.state_switch = { State.OFFLINE: self._offline,
State.CONNECTED: self._remove_registration,
State.DISCOVER: self._discover_goodwe,
State.ALLOC: self._alloc_register,
State.ALLOC_CONF: self._read_data_goodwe,
State.ALLOC_ASK: self._read_data_init,
State.RUNNING: self._read_data }
def __init__(self, url, device, baudrate):
'''Initialisation of the goodweRS485 class. All data members are set
to default values. '''
self.m_sample = goodweSample.goodweSample()
self.m_state = State.OFFLINE
self.m_serialNumber = ""
self.m_serialBuffer = ''
self.m_inverter_adr = 0x11
self.m_inverter_adr_confirmed = False
self.m_serial = None
self.m_initialized = False
self.m_emulated = "test" in url
self.m_baudrate = baudrate
self.m_device = device
self.cc_reg_switch = {FC.offline: self._skip_message,
FC.regreq: self._reg_received_registration,
FC.allocreg: self._skip_message,
FC.addconf: self._reg_received_confirm_registration,
FC.remreg: self._skip_message,
FC.remconf: self._reg_received_confirm_removal}
self.cc_read_switch = {FC.query: self._skip_message,
FC.result: self._read_received_message,
FC.query_id: self._skip_message,
FC.result_id: self._skip_message,
FC.query_stt: self._skip_message,
FC.result_stt: self._skip_message}
self.state_switch = { State.OFFLINE: self.initialize,
State.CONNECTED: self._remove_registration,
State.DISCOVER: self._discover_goodwe,
State.ALLOC: self._alloc_register,
State.ALLOC_CONF: self._read_data_goodwe,
State.ALLOC_ASK: self._read_data_init,
State.RUNNING: self._read_data }
def __init__(self, urlData):
#Initialization of the goodweSample data object. All data members are set
#to default values.
self.m_sample = goodweSample.goodweSample()
# Parse and filter the urlData. This can throw an IOError or EOFError.
self.parse_data(urlData)