allow underlying mode to be specified in bandplan
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cb5b2e64af
commit
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@ -1,4 +1,4 @@
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from owrx.modes import Modes
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from owrx.modes import Modes, DigitalMode
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from datetime import datetime, timezone
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from datetime import datetime, timezone
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import json
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import json
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import os
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import os
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@ -9,14 +9,14 @@ logger = logging.getLogger(__name__)
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class Band(object):
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class Band(object):
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def __init__(self, dict):
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def __init__(self, b_dict):
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self.name = dict["name"]
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self.name = b_dict["name"]
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self.lower_bound = dict["lower_bound"]
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self.lower_bound = b_dict["lower_bound"]
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self.upper_bound = dict["upper_bound"]
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self.upper_bound = b_dict["upper_bound"]
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self.frequencies = []
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self.frequencies = []
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if "frequencies" in dict:
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if "frequencies" in b_dict:
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availableModes = [mode.modulation for mode in Modes.getAvailableModes()]
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availableModes = [mode.modulation for mode in Modes.getAvailableModes()]
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for (mode, freqs) in dict["frequencies"].items():
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for (mode, freqs) in b_dict["frequencies"].items():
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if mode not in availableModes:
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if mode not in availableModes:
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logger.info(
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logger.info(
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'Modulation "{mode}" is not available, bandplan bookmark will not be displayed'.format(
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'Modulation "{mode}" is not available, bandplan bookmark will not be displayed'.format(
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@ -27,14 +27,30 @@ class Band(object):
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if not isinstance(freqs, list):
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if not isinstance(freqs, list):
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freqs = [freqs]
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freqs = [freqs]
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for f in freqs:
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for f in freqs:
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if not self.inBand(f):
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f_dict = {"frequency": f} if not isinstance(f, dict) else f
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f_dict["mode"] = mode
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if not self.inBand(f_dict["frequency"]):
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logger.warning(
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logger.warning(
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"Frequency for {mode} on {band} is not within band limits: {frequency}".format(
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"Frequency for {mode} on {band} is not within band limits: {frequency}".format(
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mode=mode, frequency=f, band=self.name
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mode=mode, frequency=f_dict["frequency"], band=self.name
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)
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)
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)
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)
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continue
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continue
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self.frequencies.append({"mode": mode, "frequency": f})
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if "underlying" in f_dict:
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m = Modes.findByModulation(mode)
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if not isinstance(m, DigitalMode):
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logger.warning("%s is not a digital mode, cannot be used with \"underlying\" config", mode)
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continue
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if f_dict["underlying"] not in m.underlying:
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logger.warning(
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"%s is not a valid underlying mode for %s; skipping",
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f_dict["underlying"],
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mode
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)
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self.frequencies.append(f_dict)
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def inBand(self, freq):
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def inBand(self, freq):
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return self.lower_bound <= freq <= self.upper_bound
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return self.lower_bound <= freq <= self.upper_bound
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@ -55,6 +55,13 @@ class DigitalMode(Mode):
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def get_modulation(self):
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def get_modulation(self):
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return self.get_underlying_mode().get_modulation()
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return self.get_underlying_mode().get_modulation()
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def for_underlying(self, underlying: str):
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if underlying not in self.underlying:
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raise ValueError("{} is not a valid underlying mode for {}".format(underlying, self.modulation))
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return DigitalMode(
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self.modulation, self.name, [underlying], self.bandpass, self.requirements, self.service, self.squelch
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)
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class AudioChopperMode(DigitalMode, metaclass=ABCMeta):
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class AudioChopperMode(DigitalMode, metaclass=ABCMeta):
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def __init__(self, modulation, name, bandpass=None, requirements=None):
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def __init__(self, modulation, name, bandpass=None, requirements=None):
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@ -123,13 +123,11 @@ class ServiceHandler(SdrSourceEventClient):
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def updateServices(self):
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def updateServices(self):
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def addService(dial, source):
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def addService(dial, source):
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mode = dial["mode"]
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frequency = dial["frequency"]
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try:
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try:
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service = self.setupService(mode, frequency, source)
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service = self.setupService(dial, source)
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self.services.append(service)
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self.services.append(service)
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except Exception:
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except Exception:
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logger.exception("Error setting up service %s on frequency %d", mode, frequency)
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logger.exception("Error setting up service {mode} on frequency {frequency}".format(**dial))
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with self.lock:
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with self.lock:
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logger.debug("re-scheduling services due to sdr changes")
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logger.debug("re-scheduling services due to sdr changes")
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@ -247,23 +245,26 @@ class ServiceHandler(SdrSourceEventClient):
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return None
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return None
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return best["groups"]
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return best["groups"]
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def setupService(self, mode, frequency, source):
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def setupService(self, dial, source):
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logger.debug("setting up service {0} on frequency {1}".format(mode, frequency))
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logger.debug("setting up service {mode} on frequency {frequency}".format(**dial))
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modeObject = Modes.findByModulation(mode)
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modeObject = Modes.findByModulation(dial["mode"])
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if not isinstance(modeObject, DigitalMode):
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if not isinstance(modeObject, DigitalMode):
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logger.warning("mode is not a digimode: %s", mode)
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logger.warning("mode is not a digimode: %s", dial["mode"])
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return None
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return None
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if "underlying" in dial:
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modeObject = modeObject.for_underlying(dial["underlying"])
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demod = self._getDemodulator(modeObject.get_modulation())
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demod = self._getDemodulator(modeObject.get_modulation())
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secondaryDemod = self._getSecondaryDemodulator(modeObject.modulation)
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secondaryDemod = self._getSecondaryDemodulator(modeObject.modulation)
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center_freq = source.getProps()["center_freq"]
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center_freq = source.getProps()["center_freq"]
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sampleRate = source.getProps()["samp_rate"]
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sampleRate = source.getProps()["samp_rate"]
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bandpass = modeObject.get_bandpass()
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bandpass = modeObject.get_bandpass()
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if isinstance(secondaryDemod, DialFrequencyReceiver):
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if isinstance(secondaryDemod, DialFrequencyReceiver):
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secondaryDemod.setDialFrequency(frequency)
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secondaryDemod.setDialFrequency(dial["frequency"])
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chain = ServiceDemodulatorChain(demod, secondaryDemod, sampleRate, frequency - center_freq)
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chain = ServiceDemodulatorChain(demod, secondaryDemod, sampleRate, dial["frequency"] - center_freq)
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chain.setBandPass(bandpass.low_cut, bandpass.high_cut)
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chain.setBandPass(bandpass.low_cut, bandpass.high_cut)
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chain.setReader(source.getBuffer().getReader())
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chain.setReader(source.getBuffer().getReader())
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