def test_chip_modes(self):
modes = AT86RF215.REG_RF_IQIFC1['CHPM']
for mode,v in mode_iter(modes):
self.dut.chip_mode(mode)
obt = self.dut.chip_mode(mode)
self.assertEqual(obt, mode)
value = (self.dut.read(0x0b)>>4)&0x07
self.assertEqual(value, v)
self.dut.reset()
value = (self.dut.read(0x0b)>>4)&0x07
self.assertEqual(value, AT86RF215.REG_RF_IQIFC1['CHPM']['RF_MODE_BBRF'])
def test_chip_modes(self):
modes = AT86RF215.REG_RF_IQIFC1['CHPM']
for mode, v in mode_iter(modes):
self.dut.chip_mode(mode)
obt = self.dut.chip_mode(mode)
self.assertEqual(obt, mode)
value = (self.dut.read(0x0b) >> 4) & 0x07
self.assertEqual(value, v)
self.dut.reset()
value = (self.dut.read(0x0b) >> 4) & 0x07
self.assertEqual(value,
AT86RF215.REG_RF_IQIFC1['CHPM']['RF_MODE_BBRF'])
def test_digital_cut_off(self):
for band in RF_TRANCEIVER.BAND.keys():
reg_addr = self.dut.transceiver[band].base_addr + 0x0A
for is_rx in (True, False):
if not is_rx:
reg_addr += (0x13-0x0a)
for cutoff, coff_val in mode_iter(self.dut.transceiver[band].REG_TXDFE['RCUT']):
self.dut.digi_cut_off(band, is_rx, cutoff)
obt = self.dut.digi_cut_off(band, is_rx)
self.assertEqual(cutoff, obt, "Read back cut off not correct")
reg_value = (self.dut.read_u8(reg_addr)&0xE0)>>5
self.assertEqual(coff_val, reg_value)
def test_digital_cut_off(self):
for band in RF_TRANCEIVER.BAND.keys():
reg_addr = self.dut.transceiver[band].base_addr + 0x0A
for is_rx in (True, False):
if not is_rx:
reg_addr += (0x13 - 0x0a)
for cutoff, coff_val in mode_iter(
self.dut.transceiver[band].REG_TXDFE['RCUT']):
self.dut.digi_cut_off(band, is_rx, cutoff)
obt = self.dut.digi_cut_off(band, is_rx)
self.assertEqual(cutoff, obt,
"Read back cut off not correct")
reg_value = (self.dut.read_u8(reg_addr) & 0xE0) >> 5
self.assertEqual(coff_val, reg_value)
def test_set_command(self):
for tr in RF_TRANCEIVER.BAND.keys():
for cmd, value in mode_iter(RF_TRANCEIVER.REG_CMD['CMD']):
self.dut.transceiver_command(tr, cmd)
obt = self.dut.transceiver_state(tr)
self.assertEqual(obt, cmd)
def test_set_phy(self):
for band in RF_TRANCEIVER.BAND.keys():
for phy, value in mode_iter(BASEBAND.REG_PC['PT']):
self.dut.phy(band, phy)
obt = self.dut.phy(band)
self.assertEqual(phy, obt)
def test_rx_bw_if(self):
for tr in RF_TRANCEIVER.BAND.keys():
for mode, value in mode_iter(RF_TRANCEIVER.REG_RXBWC['BW']):
self.dut.rx_bw_if(tr, mode)
obt = self.dut.rx_bw_if(tr)
self.assertEqual(mode, obt)
def test_tx_low_pass(self):
for tr in RF_TRANCEIVER.BAND.keys():
for coff, value in mode_iter(RF_TRANCEIVER.REG_TXCUTC['LPFCUT']):
self.dut.tx_lowpass(tr, coff)
obt = self.dut.tx_lowpass(tr)
self.assertEqual(coff, obt)
def test_set_command(self):
for tr in RF_TRANCEIVER.BAND.keys():
for cmd, value in mode_iter(RF_TRANCEIVER.REG_CMD['CMD']):
self.dut.transceiver_command(tr, cmd)
obt = self.dut.transceiver_state(tr)
self.assertEqual(obt, cmd)
def test_set_phy(self):
for band in RF_TRANCEIVER.BAND.keys():
for phy, value in mode_iter(BASEBAND.REG_PC['PT']):
self.dut.phy(band, phy)
obt = self.dut.phy(band)
self.assertEqual(phy, obt)
def test_rx_bw_if(self):
for tr in RF_TRANCEIVER.BAND.keys():
for mode, value in mode_iter(RF_TRANCEIVER.REG_RXBWC['BW']):
self.dut.rx_bw_if(tr, mode)
obt =self.dut.rx_bw_if(tr)
self.assertEqual(mode, obt)
def test_tx_low_pass(self):
for tr in RF_TRANCEIVER.BAND.keys():
for coff, value in mode_iter(RF_TRANCEIVER.REG_TXCUTC['LPFCUT']):
self.dut.tx_lowpass(tr, coff)
obt =self.dut.tx_lowpass(tr)
self.assertEqual(coff, obt)