def get_cable_transponder_data(self):
tr_data = re.split("\s|:", self._old_service.transponder)
# frequency, symbol_rate, modulation, inversion, fec_inner, system;
tr_data[1] = self._freq_entry.get_text()
tr_data[2] = self._rate_entry.get_text()
tr_data[3] = get_value_by_name(
Inversion, self._invertion_combo_box.get_active_id())
tr_data[4] = self.get_value_from_combobox_id(self._mod_combo_box,
C_MODULATION)
tr_data[5] = self.get_value_from_combobox_id(self._fec_combo_box,
FEC_DEFAULT)
tr_data[6] = get_value_by_name(SystemCable,
self._sys_combo_box.get_active_id())
return "{} {}".format(tr_data[0], ":".join(tr_data[1:]))
def get_satellite_transponder_data(self):
sys = self._sys_combo_box.get_active_id()
freq = "{}000".format(self._freq_entry.get_text())
rate = "{}000".format(self._rate_entry.get_text())
pol = self.get_value_from_combobox_id(self._pol_combo_box,
POLARIZATION)
fec = self.get_value_from_combobox_id(self._fec_combo_box, FEC_DEFAULT)
sat_pos = self.get_sat_position()
inv = get_value_by_name(Inversion,
self._invertion_combo_box.get_active_id())
srv_sys = "0" # !!!
if self._s_type is SettingsType.ENIGMA_2:
dvb_s_tr = self._ENIGMA2_TRANSPONDER_DATA.format(
"s", freq, rate, pol, fec, sat_pos, inv, srv_sys)
if sys == "DVB-S":
return dvb_s_tr
if sys == "DVB-S2":
flag = self._tr_flag_entry.get_text()
mod = self.get_value_from_combobox_id(self._mod_combo_box,
MODULATION)
roll_off = self.get_value_from_combobox_id(
self._rolloff_combo_box, ROLL_OFF)
pilot = get_value_by_name(
Pilot, self._pilot_combo_box.get_active_id())
pls_mode = self.get_value_from_combobox_id(
self._pls_mode_combo_box, PLS_MODE)
pls_code = self._pls_code_entry.get_text()
st_id = self._stream_id_entry.get_text()
pls = ":{}:{}:{}".format(
st_id, pls_code,
pls_mode) if pls_mode and pls_code and st_id else ""
return "{}:{}:{}:{}:{}{}".format(dvb_s_tr, flag, mod, roll_off,
pilot, pls)
elif self._s_type is SettingsType.NEUTRINO_MP:
tr_data = get_attributes(self._old_service.transponder)
tr_data["frq"] = freq
tr_data["sr"] = rate
tr_data["pol"] = pol
tr_data["fec"] = fec
tr_data["on"] = "{:04x}".format(
int(self._network_id_entry.get_text()))
tr_data["id"] = "{:04x}".format(
int(self._transponder_id_entry.get_text()))
tr_data["inv"] = inv
return SP.join("{}{}{}".format(k, KSP, v)
for k, v in tr_data.items())
def get_terrestrial_transponder_data(self):
tr_data = re.split("\s|:", self._old_service.transponder)
# frequency, bandwidth, code rate HP, code rate LP, modulation, transmission mode, guard interval, hierarchy,
# inversion, system, plp_id
# Bandwidth -> Pol, Rate HP -> FEC, TransmissionMode -> Roll off, GuardInterval -> Pilot, Hierarchy -> Pls Mode
tr_data[1] = self._freq_entry.get_text()
tr_data[2] = self.get_value_from_combobox_id(self._pol_combo_box,
BANDWIDTH)
tr_data[3] = self.get_value_from_combobox_id(self._fec_combo_box,
T_FEC)
tr_data[4] = self.get_value_from_combobox_id(self._rate_lp_combo_box,
T_FEC)
tr_data[5] = self.get_value_from_combobox_id(self._mod_combo_box,
T_MODULATION)
tr_data[6] = self.get_value_from_combobox_id(self._rolloff_combo_box,
TRANSMISSION_MODE)
tr_data[7] = self.get_value_from_combobox_id(self._pilot_combo_box,
GUARD_INTERVAL)
tr_data[8] = self.get_value_from_combobox_id(self._pls_mode_combo_box,
HIERARCHY)
tr_data[9] = get_value_by_name(
Inversion, self._invertion_combo_box.get_active_id())
tr_data[10] = self.get_value_from_combobox_id(self._sys_combo_box,
T_SYSTEM)
return "{} {}".format(tr_data[0], ":".join(tr_data[1:]))
def get_satellite_transponder_data(self):
sys = self._sys_combo_box.get_active_id()
freq = self._freq_entry.get_text()
rate = self._rate_entry.get_text()
pol = self.get_value_from_combobox_id(self._pol_combo_box,
POLARIZATION)
fec = self.get_value_from_combobox_id(self._fec_combo_box, FEC_DEFAULT)
sat_pos = str(round(self._sat_pos_button.get_value(),
1)).replace(".", "")
inv = get_value_by_name(Inversion,
self._invertion_combo_box.get_active_id())
srv_sys = "0" # !!!
if self._s_type is SettingsType.ENIGMA_2:
dvb_s_tr = self._ENIGMA2_TRANSPONDER_DATA.format(
"s", freq, rate, pol, fec, sat_pos, inv, srv_sys)
if sys == "DVB-S":
return dvb_s_tr
if sys == "DVB-S2":
flag = self._tr_flag_entry.get_text()
mod = self.get_value_from_combobox_id(self._mod_combo_box,
MODULATION)
roll_off = self.get_value_from_combobox_id(
self._rolloff_combo_box, ROLL_OFF)
pilot = get_value_by_name(
Pilot, self._pilot_combo_box.get_active_id())
pls_mode = self.get_value_from_combobox_id(
self._pls_mode_combo_box, PLS_MODE)
pls_code = self._pls_code_entry.get_text()
st_id = self._stream_id_entry.get_text()
pls = ":{}:{}:{}".format(
st_id, pls_code,
pls_mode) if pls_mode and pls_code and st_id else ""
return "{}:{}:{}:{}:{}{}".format(dvb_s_tr, flag, mod, roll_off,
pilot, pls)
elif self._s_type is SettingsType.NEUTRINO_MP:
on_id, tr_id = int(self._network_id_entry.get_text()), int(
self._transponder_id_entry.get_text())
mod = self.get_value_from_combobox_id(
self._mod_combo_box, MODULATION) if sys == "DVB-S2" else None
srv_sys = None
return self._NEUTRINO_TRANSPONDER_DATA.format(
tr_id, on_id, freq, inv, rate, fec, pol, mod, srv_sys)
def get_atsc_transponder_data(self):
tr_data = re.split("\s|:", self._old_service.transponder)
# frequency, inversion, modulation, system
tr_data[1] = "{}000".format(self._freq_entry.get_text())
tr_data[2] = get_value_by_name(
Inversion, self._invertion_combo_box.get_active_id())
tr_data[3] = self.get_value_from_combobox_id(self._mod_combo_box,
A_MODULATION)
return "{} {}".format(tr_data[0], ":".join(tr_data[1:]))
