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telegramdesktop / tdesktop

Telegram Desktop messaging app
https://desktop.telegram.org/
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Telegram-desktop crushes immidiately when I try to call anybody or listen a broadcast #25188

Closed savelmtr closed 1 year ago

savelmtr commented 1 year ago

Steps to reproduce

  1. Start telegram-desktop 4.2.4 which is installed via snap on ubuntu 16.04.
  2. Try to join a videochat, a broadcast or to call somebody.
  3. Enjoy an immediate crush.

Expected behaviour

Versions ago the application used to work correctly.

Actual behaviour

I've already told all the staff about it.

Operating system

Linux savelmtr-Inspiron-7577 4.15.0-142-generic #146~16.04.1-Ubuntu SMP Tue Apr 13 09:27:15 UTC 2021 x86_64 x86_64 x86_64 GNU/Linux

Version of Telegram Desktop

v4.2.3 29.09.22

Installation source

Snap

Logs

savelmtr@savelmtr-Inspiron-7577 ~> telegram-desktop -debug
2022/10/14 00:33:03.555790 system_key.go:129: cannot determine nfs usage in generateSystemKey: cannot parse /etc/fstab: expected between 3 and 6 fields, found 7

(telegram-desktop:12362): Gtk-WARNING **: 00:33:03.682: Locale not supported by C library.
    Using the fallback 'C' locale.
Gtk-Message: 00:33:03.682: Failed to load module "unity-gtk-module"
Gtk-Message: 00:33:03.705: Failed to load module "canberra-gtk-module"
Gtk-Message: 00:33:03.705: Failed to load module "canberra-gtk-module"
Fontconfig warning: "/etc/fonts/conf.avail/53-monospace-lcd-filter.conf", line 10: Having multiple values in <test> isn't supported and may not work as expected
[E] pw.loop [loop.c:86 pw_loop_new()] 0x7f269f04ada0: can't make support.system handle: No such file or directory
(field_trial.cc:140): Setting field trial string:WebRTC-DataChannel-Dcsctp/Enabled/WebRTC-Audio-Allocation/min:32kbps,max:32kbps/WebRTC-Audio-OpusMinPacketLossRate/Enabled-1/WebRTC-TaskQueuePacer/Enabled/WebRTC-VP8ConferenceTemporalLayers/1/WebRTC-Audio-MinimizeResamplingOnMobile/Enabled/WebRTC-BweLossExperiment/Enabled/
(openssl_key_pair.cc:38): Making key pair
(openssl_key_pair.cc:91): Returning key pair
(openssl_certificate.cc:59): Making certificate for WebRTC
(openssl_certificate.cc:114): Returning certificate
(audio_device_buffer.cc:65): AudioDeviceBuffer::ctor
(audio_device_buffer.cc:182): SetRecordingSampleRate(48000)
(audio_device_buffer.cc:202): SetRecordingChannels(1)
(dtls_srtp_transport.cc:64): Setting RTCP Transport on null transport 0
(dtls_srtp_transport.cc:69): Setting RTP Transport on null transport 0
(basic_port_allocator.cc:389): Start getting ports with turn_port_prune_policy 0
(basic_port_allocator.cc:389): Start getting ports with turn_port_prune_policy 0
(audio_processing_impl.cc:266): Injected APM submodules:
Echo control factory: 0
Echo detector: 1
Capture analyzer: 0
Capture post processor: 1
Render pre processor: 0
(audio_processing_impl.cc:275): Denormal disabler: unsupported
(p2p_transport_channel.cc:537): Set continual_gathering_policy to 1
(p2p_transport_channel.cc:546): Set backup connection ping interval to 25000 milliseconds.
(p2p_transport_channel.cc:555): Set ICE receiving timeout to 2500 milliseconds
(p2p_transport_channel.cc:562): Set ping most likely connection to 1
(p2p_transport_channel.cc:569): Set stable_writable_connection_ping_interval to 2500
(p2p_transport_channel.cc:582): Set presume writable when fully relayed to 0
(p2p_transport_channel.cc:600): Set regather_on_failed_networks_interval to 2000
(p2p_transport_channel.cc:607): Set receiving_switching_delay to 1000
(p2p_transport_channel.cc:480): Set ICE ufrag: WUP4 pwd: gpt7kZfkH0FyGiHJmMz4uPig on transport transport
(dtls_srtp_transport.cc:64): Setting RTCP Transport on transport transport 0
(dtls_srtp_transport.cc:69): Setting RTP Transport on transport transport 8f53e600
(webrtc_voice_engine.cc:315): WebRtcVoiceEngine::WebRtcVoiceEngine
(webrtc_voice_engine.cc:337): WebRtcVoiceEngine::Init
(basic_port_allocator.cc:106): Filtered out ignored networks:
(basic_port_allocator.cc:108): Net[lo:0:0:0:x:x:x:x:x/128:Loopback:id=4]
(basic_port_allocator.cc:108): Net[lo:127.0.0.x/8:Loopback:id=3]
(basic_port_allocator.cc:875): Network manager has started
(basic_port_allocator.cc:106): Filtered out ignored networks:
(basic_port_allocator.cc:108): Net[lo:0:0:0:x:x:x:x:x/128:Loopback:id=4]
(basic_port_allocator.cc:108): Net[lo:127.0.0.x/8:Loopback:id=3]
(basic_port_allocator.cc:875): Network manager has started
(basic_port_allocator.cc:106): Filtered out ignored networks:
(basic_port_allocator.cc:108): Net[lo:0:0:0:x:x:x:x:x/128:Loopback:id=4]
(basic_port_allocator.cc:108): Net[lo:127.0.0.x/8:Loopback:id=3]
(basic_port_allocator.cc:106): Filtered out ignored networks:
(basic_port_allocator.cc:108): Net[lo:0:0:0:x:x:x:x:x/128:Loopback:id=4]
(basic_port_allocator.cc:108): Net[lo:127.0.0.x/8:Loopback:id=3]
(basic_port_allocator.cc:106): Filtered out ignored networks:
(basic_port_allocator.cc:108): Net[lo:0:0:0:x:x:x:x:x/128:Loopback:id=4]
(basic_port_allocator.cc:108): Net[lo:127.0.0.x/8:Loopback:id=3]
(basic_port_allocator.cc:786): Allocate ports on 3 networks
(basic_port_allocator.cc:106): Filtered out ignored networks:
(basic_port_allocator.cc:108): Net[lo:0:0:0:x:x:x:x:x/128:Loopback:id=4]
(basic_port_allocator.cc:108): Net[lo:127.0.0.x/8:Loopback:id=3]
(basic_port_allocator.cc:786): Allocate ports on 3 networks
(basic_port_allocator.cc:1382): Net[ham0:25.0.0.x/8:Unknown:id=1]: Allocation Phase=Udp
(port.cc:177): Port[8f55d000::1:0:local:Net[ham0:25.0.0.x/8:Unknown:id=1]]: Port created with network cost 50
(basic_port_allocator.cc:898): Adding allocated port for 
(basic_port_allocator.cc:920): Port[8f55d000::0:0:local:Net[ham0:25.0.0.x/8:Unknown:id=1]]: Added port to allocator
(basic_port_allocator.cc:937): Port[8f55d000::0:0:local:Net[ham0:25.0.0.x/8:Unknown:id=1]]: Gathered candidate: Cand[:1012737358:0:udp:2122194688:25.141.143.x:46543:local::0:4CVZ:sQqzB2wJdwv9+8TABdZSPvoy:1:50:0]
(basic_port_allocator.cc:970): Port[8f55d000::0:0:local:Net[ham0:25.0.0.x/8:Unknown:id=1]]: Port ready.
(basic_port_allocator.cc:1081): Port[8f55d000::0:0:local:Net[ham0:25.0.0.x/8:Unknown:id=1]]: Port completed gathering candidates.
(basic_port_allocator.cc:1497): AllocationSequence: No STUN server configured, skipping.
(basic_port_allocator.cc:1382): Net[wlp60s0:192.168.1.x/24:Unknown:id=5]: Allocation Phase=Udp
(port.cc:177): Port[8f55d600::1:0:local:Net[wlp60s0:192.168.1.x/24:Unknown:id=5]]: Port created with network cost 50
(basic_port_allocator.cc:898): Adding allocated port for 
(basic_port_allocator.cc:920): Port[8f55d600::0:0:local:Net[wlp60s0:192.168.1.x/24:Unknown:id=5]]: Added port to allocator
(basic_port_allocator.cc:937): Port[8f55d600::0:0:local:Net[wlp60s0:192.168.1.x/24:Unknown:id=5]]: Gathered candidate: Cand[:827648026:0:udp:2122129152:192.168.1.x:52649:local::0:4CVZ:sQqzB2wJdwv9+8TABdZSPvoy:5:50:0]
(basic_port_allocator.cc:970): Port[8f55d600::0:0:local:Net[wlp60s0:192.168.1.x/24:Unknown:id=5]]: Port ready.
(basic_port_allocator.cc:1081): Port[8f55d600::0:0:local:Net[wlp60s0:192.168.1.x/24:Unknown:id=5]]: Port completed gathering candidates.
(basic_port_allocator.cc:1497): AllocationSequence: No STUN server configured, skipping.
(basic_port_allocator.cc:1382): Net[ham0:25.0.0.x/8:Unknown:id=1]: Allocation Phase=Udp
(port.cc:177): Port[8f55dc00::1:0:local:Net[ham0:25.0.0.x/8:Unknown:id=1]]: Port created with network cost 50
(basic_port_allocator.cc:898): Adding allocated port for 
(basic_port_allocator.cc:920): Port[8f55dc00::0:0:local:Net[ham0:25.0.0.x/8:Unknown:id=1]]: Added port to allocator
(basic_port_allocator.cc:937): Port[8f55dc00::0:0:local:Net[ham0:25.0.0.x/8:Unknown:id=1]]: Gathered candidate: Cand[:1012737358:0:udp:2122194688:25.141.143.x:40170:local::0:nAPn:EqLS5zmQjV5BP16LVnTVXwBo:1:50:0]
(basic_port_allocator.cc:970): Port[8f55dc00::0:0:local:Net[ham0:25.0.0.x/8:Unknown:id=1]]: Port ready.
(basic_port_allocator.cc:1081): Port[8f55dc00::0:0:local:Net[ham0:25.0.0.x/8:Unknown:id=1]]: Port completed gathering candidates.
(basic_port_allocator.cc:1497): AllocationSequence: No STUN server configured, skipping.
(basic_port_allocator.cc:1382): Net[wlp60s0:192.168.1.x/24:Unknown:id=5]: Allocation Phase=Udp
(port.cc:177): Port[8f55e200::1:0:local:Net[wlp60s0:192.168.1.x/24:Unknown:id=5]]: Port created with network cost 50
(basic_port_allocator.cc:898): Adding allocated port for 
(basic_port_allocator.cc:920): Port[8f55e200::0:0:local:Net[wlp60s0:192.168.1.x/24:Unknown:id=5]]: Added port to allocator
(basic_port_allocator.cc:937): Port[8f55e200::0:0:local:Net[wlp60s0:192.168.1.x/24:Unknown:id=5]]: Gathered candidate: Cand[:827648026:0:udp:2122129152:192.168.1.x:35025:local::0:nAPn:EqLS5zmQjV5BP16LVnTVXwBo:5:50:0]
(basic_port_allocator.cc:970): Port[8f55e200::0:0:local:Net[wlp60s0:192.168.1.x/24:Unknown:id=5]]: Port ready.
(basic_port_allocator.cc:1081): Port[8f55e200::0:0:local:Net[wlp60s0:192.168.1.x/24:Unknown:id=5]]: Port completed gathering candidates.
(basic_port_allocator.cc:1497): AllocationSequence: No STUN server configured, skipping.
(adm_helpers.cc:77): Failed to set stereo recording mode.
(webrtc_voice_engine.cc:431): WebRtcVoiceEngine::ApplyOptions: AudioOptions {aec: 1, agc: 1, ns: 1, hf: 1, swap: 0, audio_jitter_buffer_max_packets: 200, audio_jitter_buffer_fast_accelerate: 0, audio_jitter_buffer_min_delay_ms: 0, audio_jitter_buffer_enable_rtx_handling: 0, typing: 1, }
(webrtc_voice_engine.cc:537): Stereo swapping enabled? 0
(webrtc_voice_engine.cc:542): NetEq capacity is 200
(webrtc_voice_engine.cc:548): NetEq fast mode? 0
(webrtc_voice_engine.cc:554): NetEq minimum delay is 0
(webrtc_voice_engine.cc:560): NetEq handle reordered packets? 0
(webrtc_voice_engine.cc:602): NS set to 1
(webrtc_voice_engine.cc:606): Typing detection is requested, but unsupported.
(audio_processing_impl.cc:481): AudioProcessing::ApplyConfig: AudioProcessing::Config{ pipeline: { maximum_internal_processing_rate: 48000, multi_channel_render: 0, multi_channel_capture: 0 }, pre_amplifier: { enabled: 0, fixed_gain_factor: 1 },capture_level_adjustment: { enabled: 0, pre_gain_factor: 1, post_gain_factor: 1, analog_mic_gain_emulation: { enabled: 0, initial_level: 255 }}, high_pass_filter: { enabled: 1 }, echo_canceller: { enabled: 1, mobile_mode: 0, enforce_high_pass_filtering: 1 }, noise_suppression: { enabled: 1, level: High }, transient_suppression: { enabled: 0 }, gain_controller1: { enabled: 1, mode: AdaptiveAnalog, target_level_dbfs: 3, compression_gain_db: 9, enable_limiter: 1, analog_gain_controller { enabled: 1, startup_min_volume: 0, clipped_level_min: 70, enable_digital_adaptive: 1, clipped_level_step: 15, clipped_ratio_threshold: 0.1, clipped_wait_frames: 300, clipping_predictor:  { enabled: 0, mode: 0, window_length: 5, reference_window_length: 5, reference_window_delay: 5, clipping_threshold: -1, crest_factor_margin: 3, use_predicted_step: 1 }}}, gain_controller2: { enabled: 0, fixed_digital: { gain_db: 0 }, adaptive_digital: { enabled: 0, dry_run: 0, headroom_db: 6, max_gain_db: 30, initial_gain_db: 8, vad_reset_period_ms: 1500, adjacent_speech_frames_threshold: 12, max_gain_change_db_per_second: 3, max_output_noise_level_dbfs: -50}}
(transparent_mode.cc:239): AEC3 Transparent Mode: Legacy
(echo_canceller3.cc:755): AEC3 created with sample rate: 16000 Hz, num render channels: 1, num capture channels: 1
(clipping_predictor.cc:357): [agc] Clipping prediction disabled.
(agc_manager_direct.cc:496): [agc] Min mic level: 12 (overridden: no)
(AudioDeviceHelper.cpp:35): setAudioInputDevice(default): SetRecordingDevice(kDefaultCommunicationDevice) success.
(AudioDeviceHelper.cpp:83): setAudioOutputDevice(default): SetPlayoutDevice(kDefaultCommunicationDevice) success.
(audio_device_buffer.cc:188): SetPlayoutSampleRate(48000)
(audio_device_buffer.cc:208): SetPlayoutChannels(2)
(field_trial_parser.cc:95): No field with key: 'Enabled' (found in trial: "Enabled")
(field_trial_parser.cc:102): Valid keys are: Disabled, holdback_packets, holdback_window, 
(bitrate_prober.cc:72): Bandwidth probing enabled, set to inactive
(cpu_info.cc:53): Available number of cores: 8
(aimd_rate_control.cc:114): Using aimd rate control with back off factor 0.85
(remote_bitrate_estimator_single_stream.cc:71): RemoteBitrateEstimatorSingleStream: Instantiating.
(remote_estimator_proxy.cc:47): Maximum interval between transport feedback RTCP messages (ms): 250
(webrtc_voice_engine.cc:1519): Setting voice channel options: AudioOptions {audio_jitter_buffer_fast_accelerate: 1, audio_jitter_buffer_min_delay_ms: 50, }
(webrtc_voice_engine.cc:431): WebRtcVoiceEngine::ApplyOptions: AudioOptions {audio_jitter_buffer_fast_accelerate: 1, audio_jitter_buffer_min_delay_ms: 50, }
(webrtc_voice_engine.cc:548): NetEq fast mode? 1
(webrtc_voice_engine.cc:554): NetEq minimum delay is 50
(audio_processing_impl.cc:481): AudioProcessing::ApplyConfig: AudioProcessing::Config{ pipeline: { maximum_internal_processing_rate: 48000, multi_channel_render: 0, multi_channel_capture: 0 }, pre_amplifier: { enabled: 0, fixed_gain_factor: 1 },capture_level_adjustment: { enabled: 0, pre_gain_factor: 1, post_gain_factor: 1, analog_mic_gain_emulation: { enabled: 0, initial_level: 255 }}, high_pass_filter: { enabled: 1 }, echo_canceller: { enabled: 1, mobile_mode: 0, enforce_high_pass_filtering: 1 }, noise_suppression: { enabled: 1, level: High }, transient_suppression: { enabled: 0 }, gain_controller1: { enabled: 1, mode: AdaptiveAnalog, target_level_dbfs: 3, compression_gain_db: 9, enable_limiter: 1, analog_gain_controller { enabled: 1, startup_min_volume: 0, clipped_level_min: 70, enable_digital_adaptive: 1, clipped_level_step: 15, clipped_ratio_threshold: 0.1, clipped_wait_frames: 300, clipping_predictor:  { enabled: 0, mode: 0, window_length: 5, reference_window_length: 5, reference_window_delay: 5, clipping_threshold: -1, crest_factor_margin: 3, use_predicted_step: 1 }}}, gain_controller2: { enabled: 0, fixed_digital: { gain_db: 0 }, adaptive_digital: { enabled: 0, dry_run: 0, headroom_db: 6, max_gain_db: 30, initial_gain_db: 8, vad_reset_period_ms: 1500, adjacent_speech_frames_threshold: 12, max_gain_change_db_per_second: 3, max_output_noise_level_dbfs: -50}}
(webrtc_voice_engine.cc:1537): Set voice channel options. Current options: AudioOptions {audio_jitter_buffer_fast_accelerate: 1, audio_jitter_buffer_min_delay_ms: 50, }
(webrtc_voice_engine.cc:2008): ResetUnsignaledRecvStream.
(webrtc_voice_engine.cc:1379): WebRtcVoiceMediaChannel::SetRecvParameters: {codecs: [AudioCodec[111:opus:48000:0:2], AudioCodec[112:l16:48000:0:1]], extensions: []}
(webrtc_voice_engine.cc:1547): Setting receive voice codecs.
(channel.cc:852): Changing voice state, recv=0 send=0 for {mid: audio1, media_type: audio}
(channel.cc:920): Setting remote voice description for {mid: audio1, media_type: audio}
(webrtc_voice_engine.cc:1333): WebRtcVoiceMediaChannel::SetSendParameters: {codecs: [AudioCodec[111:opus:48000:0:2], AudioCodec[112:l16:48000:0:1]], extensions: [], extmap-allow-mixed: true, max_bandwidth_bps: 1300000, mid: audio1, options: AudioOptions {}}
(webrtc_voice_engine.cc:2294): WebRtcVoiceMediaChannel::SetMaxSendBitrate.
(webrtc_voice_engine.cc:1519): Setting voice channel options: AudioOptions {}
(webrtc_voice_engine.cc:431): WebRtcVoiceEngine::ApplyOptions: AudioOptions {audio_jitter_buffer_fast_accelerate: 1, audio_jitter_buffer_min_delay_ms: 50, }
(webrtc_voice_engine.cc:548): NetEq fast mode? 1
(webrtc_voice_engine.cc:554): NetEq minimum delay is 50
(audio_processing_impl.cc:481): AudioProcessing::ApplyConfig: AudioProcessing::Config{ pipeline: { maximum_internal_processing_rate: 48000, multi_channel_render: 0, multi_channel_capture: 0 }, pre_amplifier: { enabled: 0, fixed_gain_factor: 1 },capture_level_adjustment: { enabled: 0, pre_gain_factor: 1, post_gain_factor: 1, analog_mic_gain_emulation: { enabled: 0, initial_level: 255 }}, high_pass_filter: { enabled: 1 }, echo_canceller: { enabled: 1, mobile_mode: 0, enforce_high_pass_filtering: 1 }, noise_suppression: { enabled: 1, level: High }, transient_suppression: { enabled: 0 }, gain_controller1: { enabled: 1, mode: AdaptiveAnalog, target_level_dbfs: 3, compression_gain_db: 9, enable_limiter: 1, analog_gain_controller { enabled: 1, startup_min_volume: 0, clipped_level_min: 70, enable_digital_adaptive: 1, clipped_level_step: 15, clipped_ratio_threshold: 0.1, clipped_wait_frames: 300, clipping_predictor:  { enabled: 0, mode: 0, window_length: 5, reference_window_length: 5, reference_window_delay: 5, clipping_threshold: -1, crest_factor_margin: 3, use_predicted_step: 1 }}}, gain_controller2: { enabled: 0, fixed_digital: { gain_db: 0 }, adaptive_digital: { enabled: 0, dry_run: 0, headroom_db: 6, max_gain_db: 30, initial_gain_db: 8, vad_reset_period_ms: 1500, adjacent_speech_frames_threshold: 12, max_gain_change_db_per_second: 3, max_output_noise_level_dbfs: -50}}
(webrtc_voice_engine.cc:1537): Set voice channel options. Current options: AudioOptions {audio_jitter_buffer_fast_accelerate: 1, audio_jitter_buffer_min_delay_ms: 50, }
(webrtc_voice_engine.cc:1938): AddRecvStream: {ssrcs:[1];ssrc_groups:;stream_ids:stream1;}
(delay_manager.cc:63): Delay manager config: quantile=0.95 forget_factor=0.983 start_forget_weight=2 resample_interval_ms=500 max_history_ms=2000 use_reorder_optimizer=1 reorder_forget_factor=0.9993 ms_per_loss_percent=20
(decision_logic.cc:70): NetEq decision logic settings: estimate_dtx_delay=1 time_stretch_cn=1 target_level_window_ms=100
(neteq_impl.cc:139): NetEq config: sample_rate_hz=48000, enable_post_decode_vad=true, max_packets_in_buffer=200, min_delay_ms=0, enable_fast_accelerate=true, enable_muted_state=true, enable_rtx_handling=false
(audio_receive_stream.cc:120): AudioReceiveStream: 1
(channel.cc:742): Add remote ssrc: 1 to {mid: audio1, media_type: audio}
(channel.cc:852): Changing voice state, recv=0 send=0 for {mid: audio1, media_type: audio}
(channel.cc:520): Channel enabled: {mid: audio1, media_type: audio}
(channel.cc:852): Changing voice state, recv=1 send=0 for {mid: audio1, media_type: audio}
(webrtc_voice_engine.cc:2049): WRVMC::SetOutputVolume({ssrc=1}, {volume=1.00})
(webrtc_voice_engine.cc:2059): WRVMC::SetOutputVolume => (stream with SSRC 1 now uses volume 1.00)
(audio_device_buffer.cc:306): Size of playout buffer: 960
(transparent_mode.cc:239): AEC3 Transparent Mode: Legacy
(echo_canceller3.cc:755): AEC3 created with sample rate: 16000 Hz, num render channels: 1, num capture channels: 1
(basic_port_allocator.cc:1382): Net[ham0:25.0.0.x/8:Unknown:id=1]: Allocation Phase=Relay
(basic_port_allocator.cc:1382): Net[wlp60s0:192.168.1.x/24:Unknown:id=5]: Allocation Phase=Relay
(basic_port_allocator.cc:1382): Net[ham0:25.0.0.x/8:Unknown:id=1]: Allocation Phase=Relay
(basic_port_allocator.cc:1382): Net[wlp60s0:192.168.1.x/24:Unknown:id=5]: Allocation Phase=Relay
(basic_port_allocator.cc:1382): Net[ham0:25.0.0.x/8:Unknown:id=1]: Allocation Phase=Tcp
(port.cc:177): Port[8f539a00::1:0:local:Net[ham0:25.0.0.x/8:Unknown:id=1]]: Port created with network cost 50
(basic_port_allocator.cc:898): Adding allocated port for 
(basic_port_allocator.cc:920): Port[8f539a00::0:0:local:Net[ham0:25.0.0.x/8:Unknown:id=1]]: Added port to allocator
(basic_port_allocator.cc:937): Port[8f539a00::0:0:local:Net[ham0:25.0.0.x/8:Unknown:id=1]]: Gathered candidate: Cand[:1927207358:0:tcp:1518214912:25.141.143.x:50223:local::0:4CVZ:sQqzB2wJdwv9+8TABdZSPvoy:1:50:0]
(basic_port_allocator.cc:970): Port[8f539a00::0:0:local:Net[ham0:25.0.0.x/8:Unknown:id=1]]: Port ready.
(basic_port_allocator.cc:1081): Port[8f539a00::0:0:local:Net[ham0:25.0.0.x/8:Unknown:id=1]]: Port completed gathering candidates.
(basic_port_allocator.cc:1382): Net[wlp60s0:192.168.1.x/24:Unknown:id=5]: Allocation Phase=Tcp
(port.cc:177): Port[8f539f00::1:0:local:Net[wlp60s0:192.168.1.x/24:Unknown:id=5]]: Port created with network cost 50
(basic_port_allocator.cc:898): Adding allocated port for 
(basic_port_allocator.cc:920): Port[8f539f00::0:0:local:Net[wlp60s0:192.168.1.x/24:Unknown:id=5]]: Added port to allocator
(basic_port_allocator.cc:937): Port[8f539f00::0:0:local:Net[wlp60s0:192.168.1.x/24:Unknown:id=5]]: Gathered candidate: Cand[:2144802026:0:tcp:1518149376:192.168.1.x:60581:local::0:4CVZ:sQqzB2wJdwv9+8TABdZSPvoy:5:50:0]
(basic_port_allocator.cc:970): Port[8f539f00::0:0:local:Net[wlp60s0:192.168.1.x/24:Unknown:id=5]]: Port ready.
(basic_port_allocator.cc:1081): Port[8f539f00::0:0:local:Net[wlp60s0:192.168.1.x/24:Unknown:id=5]]: Port completed gathering candidates.
(basic_port_allocator.cc:1153): All candidates gathered for pooled session.
(basic_port_allocator.cc:1382): Net[ham0:25.0.0.x/8:Unknown:id=1]: Allocation Phase=Tcp
(port.cc:177): Port[8f53a400::1:0:local:Net[ham0:25.0.0.x/8:Unknown:id=1]]: Port created with network cost 50
(basic_port_allocator.cc:898): Adding allocated port for 
(basic_port_allocator.cc:920): Port[8f53a400::0:0:local:Net[ham0:25.0.0.x/8:Unknown:id=1]]: Added port to allocator
(basic_port_allocator.cc:937): Port[8f53a400::0:0:local:Net[ham0:25.0.0.x/8:Unknown:id=1]]: Gathered candidate: Cand[:1927207358:0:tcp:1518214912:25.141.143.x:40597:local::0:nAPn:EqLS5zmQjV5BP16LVnTVXwBo:1:50:0]
(basic_port_allocator.cc:970): Port[8f53a400::0:0:local:Net[ham0:25.0.0.x/8:Unknown:id=1]]: Port ready.
(basic_port_allocator.cc:1081): Port[8f53a400::0:0:local:Net[ham0:25.0.0.x/8:Unknown:id=1]]: Port completed gathering candidates.
(basic_port_allocator.cc:1382): Net[wlp60s0:192.168.1.x/24:Unknown:id=5]: Allocation Phase=Tcp
(port.cc:177): Port[8f53a900::1:0:local:Net[wlp60s0:192.168.1.x/24:Unknown:id=5]]: Port created with network cost 50
(basic_port_allocator.cc:898): Adding allocated port for 
(basic_port_allocator.cc:920): Port[8f53a900::0:0:local:Net[wlp60s0:192.168.1.x/24:Unknown:id=5]]: Added port to allocator
(basic_port_allocator.cc:937): Port[8f53a900::0:0:local:Net[wlp60s0:192.168.1.x/24:Unknown:id=5]]: Gathered candidate: Cand[:2144802026:0:tcp:1518149376:192.168.1.x:35575:local::0:nAPn:EqLS5zmQjV5BP16LVnTVXwBo:5:50:0]
(basic_port_allocator.cc:970): Port[8f53a900::0:0:local:Net[wlp60s0:192.168.1.x/24:Unknown:id=5]]: Port ready.
(basic_port_allocator.cc:1081): Port[8f53a900::0:0:local:Net[wlp60s0:192.168.1.x/24:Unknown:id=5]]: Port completed gathering candidates.
(basic_port_allocator.cc:1153): All candidates gathered for pooled session.
fish: “telegram-desktop -debug” terminated by signal SIGSEGV (Address boundary error)
ilya-fedin commented 1 year ago

The problem here is snap ecosystem doesn't provide any infrastructure to provide debug symbols to end users (and even to developers), so debugging snap package crashes is not possible. So I recommend you to migrate to the binary version from https://desktop.telegram.org

savelmtr commented 1 year ago

Спасибо, @ilya-fedin , попробую.

github-actions[bot] commented 1 year ago

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