def test(rtlsdrtcp, use_numpy):
from utils import generic_test
port = 1235
while True:
try:
server = rtlsdrtcp.RtlSdrTcpServer(port=port)
server.run()
except socket.error as e:
if e.errno != errno.EADDRINUSE:
raise
server = None
port += 1
if server is not None:
print('server running on port {0}'.format(port))
break
client = rtlsdrtcp.RtlSdrTcpClient(port=port)
try:
generic_test(
client,
test_async=False,
test_exceptions=False,
use_numpy=use_numpy)
with pytest.raises(NotImplementedError):
generic_test(
client,
test_async=True,
test_exceptions=False,
use_numpy=use_numpy)
finally:
server.close()
async def main():
sdr = rtlsdraio.RtlSdrAio()
generic_test(sdr)
print('Configuring SDR...')
sdr.rs = 2.4e6
sdr.fc = 100e6
sdr.gain = 10
print(' sample rate: %0.6f MHz' % (sdr.rs/1e6))
print(' center frequency %0.6f MHz' % (sdr.fc/1e6))
print(' gain: %d dB' % sdr.gain)
print('Streaming samples...')
await process_samples(sdr, 'samples')
await sdr.stop()
print('Streaming bytes...')
await process_samples(sdr, 'bytes')
await sdr.stop()
# make sure our format parameter checks work
with pytest.raises(ValueError):
await process_samples(sdr, 'foo')
print('Done')
sdr.close()
async def main():
sdr = rtlsdraio.RtlSdrAio()
generic_test(sdr)
print('Configuring SDR...')
sdr.rs = 2.4e6
sdr.fc = 100e6
sdr.gain = 10
print(' sample rate: %0.6f MHz' % (sdr.rs / 1e6))
print(' center frequency %0.6f MHz' % (sdr.fc / 1e6))
print(' gain: %d dB' % sdr.gain)
print('Streaming samples...')
await process_samples(sdr, 'samples')
await sdr.stop()
print('Streaming bytes...')
await process_samples(sdr, 'bytes')
await sdr.stop()
# make sure our format parameter checks work
with pytest.raises(ValueError):
await process_samples(sdr, 'foo')
print('Done')
sdr.close()
async def main():
import math
from utils import generic_test
sdr = rtlsdraio.RtlSdrAio()
generic_test(sdr)
print('Configuring SDR...')
sdr.rs = 2.4e6
sdr.fc = 100e6
sdr.gain = 10
print(' sample rate: %0.6f MHz' % (sdr.rs/1e6))
print(' center frequency %0.6f MHz' % (sdr.fc/1e6))
print(' gain: %d dB' % sdr.gain)
print('Streaming samples...')
i = 0
async for samples in sdr.stream():
power = sum(abs(s)**2 for s in samples) / len(samples)
print('Relative power:', 10*math.log10(power), 'dB')
i += 1
if i > 20:
sdr.stop()
break
print('Done')
sdr.close()
def test(rtlsdrtcp, use_numpy):
from utils import generic_test
port = 1235
while True:
try:
server = rtlsdrtcp.RtlSdrTcpServer(port=port)
server.run()
except socket.error as e:
if e.errno != errno.EADDRINUSE:
raise
server = None
port += 1
if server is not None:
print('server running on port {0}'.format(port))
break
client = rtlsdrtcp.RtlSdrTcpClient(port=port)
try:
generic_test(client, test_async=False, test_exceptions=False, use_numpy=use_numpy)
with pytest.raises(NotImplementedError):
generic_test(client, test_async=True, test_exceptions=False, use_numpy=use_numpy)
finally:
server.close()
def test(sdr_cls, use_numpy):
from utils import generic_test
sdr = sdr_cls()
generic_test(sdr, use_numpy=use_numpy)
sdr.close()
def test(sdr_cls, use_numpy):
from utils import generic_test
sdr = sdr_cls()
generic_test(sdr, use_numpy=use_numpy)
sdr.close()
