How to use the minimalmodbus._print_out function in minimalmodbus
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pyhys / minimalmodbus / test / test_minimalmodbus.py View on Github 
def testInputNotString(self):
for value in _NOT_STRINGS:
self.assertRaises(TypeError, minimalmodbus._print_out, value)def testWriteRegisterSuppressErrorMessageAtWrongCRC(self):
try:
self.instrument.write_register(51, 99) # Slave gives wrong CRC
except ValueError:
minimalmodbus._print_out('Minimalmodbus: An error was suppressed.')def assertRaises(self, excClass, callableObj, *args, **kwargs):
"""Prints the caught error message (if :data:`SHOW_ERROR_MESSAGES_FOR_ASSERTRAISES` is :const:`True`)."""
if SHOW_ERROR_MESSAGES_FOR_ASSERTRAISES:
try:
unittest.TestCase.assertRaises(self, _NonexistantError, callableObj, *args, **kwargs)
except:
minimalmodbus._print_out( '\n ' + repr(sys.exc_info()[1]) )
else:
unittest.TestCase.assertRaises(self, excClass, callableObj, *args, **kwargs)def testKnownValues(self):
minimalmodbus._print_out('ABCDEFGHIJKL')PORTNAME = '/dev/tty.usbserial-FTFO1057'
ADDRESS = 10
minimalmodbus._print_out( 'Port: ' + str(PORTNAME) + ', Address: ' + str(ADDRESS) )
instr = OmegaCN7500(PORTNAME, ADDRESS)
minimalmodbus._print_out( 'Control: {0}'.format( instr.get_control_mode() ))
minimalmodbus._print_out( 'SP: {0}'.format( instr.get_setpoint() ))
minimalmodbus._print_out( 'PV: {0}'.format( instr.get_pv() ))
minimalmodbus._print_out( 'OP1: {0}'.format( instr.get_output1() ))
minimalmodbus._print_out( 'Is running: {0}'.format( instr.is_running() ))
minimalmodbus._print_out( 'Start pattern: {0}'.format( instr.get_start_pattern_no() ))
minimalmodbus._print_out('DONE!')
passdef get_threshold_alarm1(self):
"""Return the threshold value for Alarm1."""
return self.read_register(10241, 1)
def is_set_alarmsummary(self):
"""Return True if some alarm is triggered."""
return self.read_register(10213, 1) > 0
########################
## Testing the module ##
########################
if __name__ == '__main__':
minimalmodbus._print_out( 'TESTING EUROTHERM 3500 MODBUS MODULE')
a = Eurotherm3500('/dev/cvdHeatercontroller', 1)
a.debug = False
minimalmodbus._print_out( 'SP1: {0}'.format( a.get_sp_loop1() ))
minimalmodbus._print_out( 'SP1 target: {0}'.format( a.get_sptarget_loop1() ))
minimalmodbus._print_out( 'SP2: {0}'.format( a.get_sp_loop2() ))
minimalmodbus._print_out( 'SP-rate Loop1 disabled: {0}'.format( a.is_sprate_disabled_loop1() ))
minimalmodbus._print_out( 'SP1 rate: {0}'.format( a.get_sprate_loop1() ))
minimalmodbus._print_out( 'OP1: {0}%'.format( a.get_op_loop1() ))
minimalmodbus._print_out( 'OP2: {0}%'.format( a.get_op_loop2() ))
minimalmodbus._print_out( 'Alarm1 threshold: {0}'.format( a.get_threshold_alarm1() ))
minimalmodbus._print_out( 'Alarm summary: {0}'.format( a.is_set_alarmsummary() ))
minimalmodbus._print_out( 'Manual mode Loop1: {0}'.format( a.is_manual_loop1() ))
minimalmodbus._print_out( 'Inhibit Loop1: {0}'.format( a.is_inhibited_loop1() ))
minimalmodbus._print_out( 'PV1: {0}'.format( a.get_pv_loop1() ))a = Eurotherm3500('/dev/cvdHeatercontroller', 1)
a.debug = False
minimalmodbus._print_out( 'SP1: {0}'.format( a.get_sp_loop1() ))
minimalmodbus._print_out( 'SP1 target: {0}'.format( a.get_sptarget_loop1() ))
minimalmodbus._print_out( 'SP2: {0}'.format( a.get_sp_loop2() ))
minimalmodbus._print_out( 'SP-rate Loop1 disabled: {0}'.format( a.is_sprate_disabled_loop1() ))
minimalmodbus._print_out( 'SP1 rate: {0}'.format( a.get_sprate_loop1() ))
minimalmodbus._print_out( 'OP1: {0}%'.format( a.get_op_loop1() ))
minimalmodbus._print_out( 'OP2: {0}%'.format( a.get_op_loop2() ))
minimalmodbus._print_out( 'Alarm1 threshold: {0}'.format( a.get_threshold_alarm1() ))
minimalmodbus._print_out( 'Alarm summary: {0}'.format( a.is_set_alarmsummary() ))
minimalmodbus._print_out( 'Manual mode Loop1: {0}'.format( a.is_manual_loop1() ))
minimalmodbus._print_out( 'Inhibit Loop1: {0}'.format( a.is_inhibited_loop1() ))
minimalmodbus._print_out( 'PV1: {0}'.format( a.get_pv_loop1() ))
minimalmodbus._print_out( 'PV2: {0}'.format( a.get_pv_loop2() ))
minimalmodbus._print_out( 'PV module 3: {0}'.format( a.get_pv_module3() ))
minimalmodbus._print_out( 'PV module 4: {0}'.format( a.get_pv_module4() ))
minimalmodbus._print_out( 'PV module 6: {0}'.format( a.get_pv_module6() ))
#a.set_sprate_loop1(30)
#a.enable_sprate_loop1()
minimalmodbus._print_out( 'DONE!' )
pass# Calculate register address
address = REGISTER_START[registertype] + \
patternnumber * REGISTER_OFFSET_PER_PATTERN[registertype] + \
stepnumber * REGISTER_OFFSET_PER_STEP[registertype]
return address
########################
## Testing the module ##
########################
if __name__ == '__main__':
minimalmodbus._print_out('TESTING OMEGA CN7500 MODBUS MODULE')
PORTNAME = '/dev/tty.usbserial-FTFO1057'
ADDRESS = 10
minimalmodbus._print_out( 'Port: ' + str(PORTNAME) + ', Address: ' + str(ADDRESS) )
instr = OmegaCN7500(PORTNAME, ADDRESS)
minimalmodbus._print_out( 'Control: {0}'.format( instr.get_control_mode() ))
minimalmodbus._print_out( 'SP: {0}'.format( instr.get_setpoint() ))
minimalmodbus._print_out( 'PV: {0}'.format( instr.get_pv() ))
minimalmodbus._print_out( 'OP1: {0}'.format( instr.get_output1() ))
minimalmodbus._print_out( 'Is running: {0}'.format( instr.is_running() ))
minimalmodbus._print_out( 'Start pattern: {0}'.format( instr.get_start_pattern_no() ))
minimalmodbus._print_out('DONE!')########################
## Testing the module ##
########################
if __name__ == '__main__':
minimalmodbus._print_out('TESTING OMEGA CN7500 MODBUS MODULE')
PORTNAME = '/dev/tty.usbserial-FTFO1057'
ADDRESS = 10
minimalmodbus._print_out( 'Port: ' + str(PORTNAME) + ', Address: ' + str(ADDRESS) )
instr = OmegaCN7500(PORTNAME, ADDRESS)
minimalmodbus._print_out( 'Control: {0}'.format( instr.get_control_mode() ))
minimalmodbus._print_out( 'SP: {0}'.format( instr.get_setpoint() ))
minimalmodbus._print_out( 'PV: {0}'.format( instr.get_pv() ))
minimalmodbus._print_out( 'OP1: {0}'.format( instr.get_output1() ))
minimalmodbus._print_out( 'Is running: {0}'.format( instr.is_running() ))
minimalmodbus._print_out( 'Start pattern: {0}'.format( instr.get_start_pattern_no() ))
minimalmodbus._print_out('DONE!')
passminimalmodbus._print_out( 'OP1: {0}%'.format( a.get_op_loop1() ))
minimalmodbus._print_out( 'OP2: {0}%'.format( a.get_op_loop2() ))
minimalmodbus._print_out( 'Alarm1 threshold: {0}'.format( a.get_threshold_alarm1() ))
minimalmodbus._print_out( 'Alarm summary: {0}'.format( a.is_set_alarmsummary() ))
minimalmodbus._print_out( 'Manual mode Loop1: {0}'.format( a.is_manual_loop1() ))
minimalmodbus._print_out( 'Inhibit Loop1: {0}'.format( a.is_inhibited_loop1() ))
minimalmodbus._print_out( 'PV1: {0}'.format( a.get_pv_loop1() ))
minimalmodbus._print_out( 'PV2: {0}'.format( a.get_pv_loop2() ))
minimalmodbus._print_out( 'PV module 3: {0}'.format( a.get_pv_module3() ))
minimalmodbus._print_out( 'PV module 4: {0}'.format( a.get_pv_module4() ))
minimalmodbus._print_out( 'PV module 6: {0}'.format( a.get_pv_module6() ))
#a.set_sprate_loop1(30)
#a.enable_sprate_loop1()
minimalmodbus._print_out( 'DONE!' )
passminimalmodbus
Easy-to-use Modbus RTU and Modbus ASCII implementation for Python
Package Health Score
59 / 100Popular minimalmodbus functions
- minimalmodbus.__version__
- minimalmodbus._checkFunctioncode
- minimalmodbus._checkInt
- minimalmodbus._checkNumerical
- minimalmodbus._checkRegisteraddress
- minimalmodbus._checkResponseRegisterAddress
- minimalmodbus._checkResponseWriteData
- minimalmodbus._checkSlaveaddress
- minimalmodbus._floatToBytestring
- minimalmodbus._numToTwoByteString
- minimalmodbus._print_out
- minimalmodbus._twoByteStringToNum
- minimalmodbus.BAUDRATE
- minimalmodbus.CLOSE_PORT_AFTER_EACH_CALL
- minimalmodbus.Instrument
- minimalmodbus.Instrument.__init__
- minimalmodbus.Instrument.read_string
- minimalmodbus.InvalidResponseError
- minimalmodbus.MODE_RTU
- minimalmodbus.SlaveReportedException