def mycli(ctx, verbose, config_file):
if ctx.obj is None:
ctx.obj = {}
ctx.obj['verbose'] = verbose
loggerutils.set_level(verbose)
# print('context:\n' + str(ctx.invoked_subcommand))
doing_config = ctx.invoked_subcommand in ['config']
doing_pi = ctx.invoked_subcommand in ['pi']
if doing_pi: # Get out of here if doing a pi gpio command
return
config_loaded = load_config(ctx, config_file) # Load config if there is one
if doing_config: # Get out of ere if doing a config command
return
if config_loaded: # In all other cases, we need a valid config
global my_module
my_module = module_factory().get(Manufacturer[ctx.obj['modemMfg']], ctx.obj['comPort'],
ctx.obj['apn'], verbose=ctx.obj['verbose'])
aerisutils.vprint(verbose, 'Valid configuration loaded.')
if my_module.get_serial() is None:
print('Could not open serial port')
exit()
else: # Not ok
print('Valid configuration not found')
print('Try running config command')
exit()
def test_parse_single_urc(self):
expected_payloads = [b'Hello, world!']
urcs = b''
for p in expected_payloads:
urcs += self.create_urc(p)
my_module = module_factory().get(Manufacturer.quectel,
'1',
'anyapn',
verbose=True)
payloads = my_module.udp_urcs_to_payloads(urcs, verbose=True)
self.assertEqual(expected_payloads, payloads)
def test_parse_multiple_urcs(self):
expected_payloads = [
b'payload 1', b'second payload', b'this is the third payload'
]
urcs = b''
for p in expected_payloads:
urcs += self.create_urc(p)
my_module = module_factory().get(Manufacturer.quectel,
'1',
'anyapn',
verbose=True)
payloads = my_module.udp_urcs_to_payloads(urcs, verbose=True)
self.assertEqual(expected_payloads, payloads)
def test_parse_interrupted_packet(self):
"""If the URC buffer ends with a cut-off UDP packet, that packet should be ignored."""
sent_payloads = [b'0123456789']
expected_payloads = []
urcs = b''
for p in sent_payloads:
urcs += self.create_urc(p)
# the URC line should claim that the UDP packet is 10 bytes long
# cut it off after 5 bytes
lf_index = urcs.find(b'\x0A')
urcs = urcs[:lf_index + 1 + 5]
my_module = module_factory().get(Manufacturer.quectel,
'1',
'anyapn',
verbose=True)
payloads = my_module.udp_urcs_to_payloads(urcs, verbose=True)
self.assertEqual(expected_payloads, payloads)
def test_parse_urcs_with_unexpected_urcs(self):
'''Run this with pytest's '-s' flag to observe the printed unexpected URCs:
poetry run pytest -s'''
expected_payloads = [
b'payload\x0A1', b'second pay\x0Aload',
b'this is the third payload'
]
urcs = b''
for p in expected_payloads:
urcs += self.create_urc(p)
# pretend that the modem got an unsolicited result code for a time zone report
urcs += b'+CTZV: 1' + b'\x0D\x0A'
my_module = module_factory().get(Manufacturer.quectel,
'1',
'anyapn',
verbose=True)
payloads = my_module.udp_urcs_to_payloads(urcs, verbose=True)
self.assertEqual(expected_payloads, payloads)
from aerismodsdk import __version__
from aerismodsdk.manufacturer import Manufacturer
from aerismodsdk.modulefactory import module_factory
telit = module_factory().get(Manufacturer.telit, 'USB2', 'lpiot.aer.net')
quectel = module_factory().get(Manufacturer.quectel, 'USB0', 'lpiot.aer.net')
ublox = module_factory().get(Manufacturer.ublox, 'USB1', 'lpiot.aer.net')
verbose = True
def test_version():
assert __version__ == '0.1.0'
def test_modem_basic_functions():
print('Testing Basic Functions ****** START')
telit.check_modem()
print('Testing Basic Functions ****** END')
def test_network_functions():
# Call Network APIs
print('Testing Network Functions ****** START')
telit.get_network_info(verbose)
telit.turn_off_network(verbose)
telit.set_network('auto', 0)
print('Testing Network Functions ****** END')
def test_psm_functions():