def casted(cls, radio_channel, style):
switch = {
radio_types.DEFAULT:
RadioChannelDefault(radio_channel.cols,
radio_channel.digital_contacts,
radio_channel.dmr_ids),
radio_types.CHIRP:
RadioChannelChirp(radio_channel.cols,
radio_channel.digital_contacts,
radio_channel.dmr_ids),
radio_types.FTM400_RT:
RadioChannelFtm400(radio_channel.cols,
radio_channel.digital_contacts,
radio_channel.dmr_ids),
radio_types.D878:
RadioChannelD878(radio_channel.cols,
radio_channel.digital_contacts,
radio_channel.dmr_ids),
radio_types.CS800:
RadioChannelCS800(radio_channel.cols,
radio_channel.digital_contacts,
radio_channel.dmr_ids),
radio_types.D710:
RadioChannelD710(radio_channel.cols,
radio_channel.digital_contacts,
radio_channel.dmr_ids),
radio_types.GPX:
RadioChannelGpx(radio_channel.cols, radio_channel.digital_contacts,
radio_channel.dmr_ids),
}
return switch[style]
def test_uhf_simplex(self):
self.cols['name'] = 'National 70cm'
self.cols['medium_name'] = 'Natl 70c'
self.cols['short_name'] = 'NATL 70'
self.cols['rx_freq'] = '446.0'
channel = RadioChannelD710(self.cols, None, None)
result = channel.output(2)
self.assertEqual(
'0001,00446.000000,025.00,00.000000,Off,88.5,88.5,023, ,Off,Off,FM,446.000000,025.00,NATL 70C',
result)
def test_simplex(self):
self.cols['name'] = 'National 2m'
self.cols['medium_name'] = 'Natl 2m'
self.cols['short_name'] = 'NATL 2M'
self.cols['rx_freq'] = '146.52'
channel = RadioChannelD710(self.cols, None, None)
result = channel.output(1)
self.assertEqual(
'0000,00146.520000,005.00,00.000000,Off,88.5,88.5,023, ,Off,Off,FM,146.520000,005.00,NATL 2M',
result)
def test_vhf_repeater(self):
self.cols['name'] = 'Some Repeater'
self.cols['medium_name'] = 'Some Rpt'
self.cols['short_name'] = 'SOMERPT'
self.cols['rx_freq'] = '145.310'
self.cols['tx_offset'] = '-0.6'
self.cols['tx_ctcss'] = '100.0'
result = RadioChannelD710(self.cols, None, None).output(3)
self.assertEqual(
'0002,00145.310000,005.00,00.600000,T,100.0,88.5,023,-,Off,Off,FM,145.310000,005.00,SOME RPT',
result)
def test_dcs_repeater(self):
self.cols['name'] = 'Dcs Repeater'
self.cols['medium_name'] = 'Dcs Rpt'
self.cols['short_name'] = 'DCS RPT'
self.cols['rx_freq'] = '447.075'
self.cols['rx_dcs'] = '165'
self.cols['tx_offset'] = '-5'
self.cols['tx_dcs'] = '165'
result = RadioChannelD710(self.cols, None, None).output(6)
self.assertEqual(
'0005,00447.075000,025.00,05.000000,DCS,88.5,88.5,165,-,Off,Off,FM,447.075000,025.00,DCS RPT',
result)
def test_positive_offset(self):
self.cols['name'] = 'Some Repeater'
self.cols['medium_name'] = 'Some Rpt'
self.cols['short_name'] = 'SOMERPT'
self.cols['rx_freq'] = '442.125'
self.cols['rx_ctcss'] = '127.3'
self.cols['tx_offset'] = '5.0'
self.cols['tx_ctcss'] = '100.0'
result = RadioChannelD710(self.cols, None, None).output(4)
self.assertEqual(
'0003,00442.125000,025.00,05.000000,CT,100.0,127.3,023,+,Off,Off,FM,442.125000,025.00,SOME RPT',
result)
def setUp(self):
self.radio_channel = RadioChannelD710.create_empty()
self.cols = dict()
self.cols['name'] = ''
self.cols['medium_name'] = ''
self.cols['short_name'] = ''
self.cols['zone_id'] = ''
self.cols['rx_freq'] = ''
self.cols['rx_ctcss'] = ''
self.cols['rx_dcs'] = ''
self.cols['rx_dcs_invert'] = ''
self.cols['tx_power'] = ''
self.cols['tx_offset'] = ''
self.cols['tx_ctcss'] = ''
self.cols['tx_dcs'] = ''
self.cols['tx_dcs_invert'] = ''
self.cols['digital_timeslot'] = ''
self.cols['digital_color'] = ''
self.cols['digital_contact_id'] = ''
self.cols['latitude'] = ''
self.cols['longitude'] = ''