Three fixes:
- Always regenerate modules.conf on startup to ensure chan_sip stays disabled.
Previously it was only written if missing, so a persisted Docker volume with
an old modules.conf would load chan_sip, causing all pjsip registrations to
fail with "Wrong password".
- Add pjsip.conf sanitization on startup to remove endpoint-only options
(like direct_media) that end up in aor sections after a corrupted import.
- Fix dialplan rebuild to skip room extensions that conflict with device
extensions, preventing duplicate extension registration warnings.
- Fix import merge to not write orphaned device comment headers for skipped
(conflicting) devices.
https://claude.ai/code/session_01Vm6NLaQuzM4VosAotqS1q8
UniFi controller uses UDP 3478 for STUN, preventing coturn from
binding. Add TURN_PORT variable (default 3478) so users can set
TURN_PORT=3479 in .env to avoid the conflict.
https://claude.ai/code/session_01Vm6NLaQuzM4VosAotqS1q8
Problem: Calls via FQDN work "sometimes" because STUN-only mode fails
behind strict NAT (cellular, Proton VPN, hotel WiFi, corporate firewalls).
STUN tells clients their public IP, but can't relay media when direct
UDP paths are blocked. TURN relays media as a fallback.
Changes:
coturn (docker-compose.yml):
- Upgraded from STUN-only to full STUN+TURN relay
- Uses long-term credential mechanism (--lt-cred-mech)
- Credentials shared between coturn and Asterisk automatically
- Relay port range 49152-49252 (configurable, ~50 concurrent relayed calls)
- Always-on (removed --profile stun gate)
- Conditional --external-ip (only set when PUBLIC_IP is provided)
Entrypoint (docker/entrypoint.sh):
- Auto-detects public IP (ifconfig.me → icanhazip.com → api.ipify.org)
- Auto-generates TURN password on first startup (saved to config)
- Configures rtp.conf with icesupport + stunaddr + turnaddr + credentials
- Updates pjsip.conf external_*_address if public IP changes
- Always enables ICE, STUN, and TURN for Docker deployments
Main script (easy-asterisk-v0.10.0.sh):
- Added TURN_ENABLED, TURN_SERVER, TURN_USERNAME, TURN_PASSWORD to
load_config/save_config
- repair_core_configs: rtp.conf now includes turnaddr/turnusername/turnpassword
when TURN is enabled
- Bash device creation: Docker mode defaults to FQDN (TLS) for all new devices
- Python device creation: reads TURN_ENABLED, auto-selects FQDN in Docker
- Main menu shows TURN status
.env.example:
- Comprehensive documentation for every setting
- DOMAIN_NAME is the only required setting
- Port forwarding requirements clearly listed
- TURN credentials and relay port range documented
The result: `docker compose up -d` gives you a fully working PBX where
any SIP client on any network can connect reliably via FQDN:5061.
https://claude.ai/code/session_01Vm6NLaQuzM4VosAotqS1q8
Complete Docker-first refactor of the 6,800-line management script:
Core Architecture:
- Added is_docker() detection (/.dockerenv + /proc/1/cgroup check)
- Added asterisk_running() helper replacing all systemctl is-active calls
- Moved restart_asterisk_safe() to top-level with Docker/bare-metal branches
- Added webadmin_running(), start_webadmin(), stop_webadmin(), restart_webadmin()
for process-based web admin management (replaces systemd service)
Functions Refactored (Docker-aware):
- fix_asterisk_systemd(): no-op in Docker (no systemd)
- install_asterisk_packages(): skips apt in Docker (pre-installed)
- install_baresip_packages(): skips in Docker (no local audio client)
- open_firewall_ports(): skips ufw in Docker (host responsibility)
- configure_asterisk(): skips systemctl enable in Docker
- enable_client_services(): skips entirely in Docker (no kiosk client)
- configure_baresip(): skips entirely in Docker
- configure_local_client(): shows error with guidance to use mobile clients
- run_client_diagnostics(): redirects to vpn-diagnostics
- fix_audio_manually(): not available in Docker (no audio hardware)
- uninstall_menu(): shows Docker-specific reset options
- manual_update_asterisk(): shows Docker rebuild instructions
- create_web_admin_service(): no-op in Docker (process-managed)
- web_admin_menu(): uses start/stop/restart_webadmin() instead of systemctl
Menu System:
- show_main_menu(): Docker-specific status display (Asterisk, Web Admin,
VPN ICE status) with streamlined menu (no Client Settings option)
- submenu_install(): Docker shows Configure/Reset instead of Install/Uninstall
- submenu_tools(): Docker shows Room Directory, Update, VPN Diagnostics,
DNS Whitelist (hides audio tools that need hardware)
Entrypoint:
- Proper signal trapping (SIGTERM/SIGINT) for clean shutdown
- Generates all Asterisk configs with STUN/ICE support from env vars
- Creates default device categories on first run
- Starts web admin as background process with env-based config
Dockerfile:
- Added lsof dependency (needed for port management)
- Added STUN port 3478 exposure
- Ensured /.dockerenv marker exists
Backward compatible: bare-metal installs work exactly as before.
https://claude.ai/code/session_01Vm6NLaQuzM4VosAotqS1q8
- Dockerfile: Containerized Asterisk PBX with Ubuntu 24.04 base,
all dependencies pre-installed, health checks, and volume persistence
- docker-compose.yml: Asterisk service with host networking (required for
RTP port range) + optional self-hosted coturn STUN server via --profile stun
- docker/entrypoint.sh: Auto-generates configs, certs, and starts
Asterisk in foreground with web admin in background
- scripts/vpn-diagnostics.sh: Detects VPN interfaces, checks PJSIP
transport config, tests STUN reachability, analyzes NAT type, and
provides STUN/TURN recommendations for third-party VPNs
- scripts/dns-whitelist.sh: Documents all domains needed per network mode
(LAN/VPN vs FQDN), per component (server, Sipnetic, Linphone), with
--check mode to test DNS resolution and reachability
- easy-asterisk script: Added VPN STUN/ICE menu (option 12 in Server
Settings) with self-hosted coturn, Google STUN, or custom STUN server
options. LAN/VPN devices now get ice_support=yes when VPN ICE is
enabled. Web admin Python code also respects VPN_ICE_ENABLED config.
Self-hosted coturn in STUN-only mode eliminates all external DNS
dependencies - everything operates by IP address, ideal for
DNS-filtered environments.
https://claude.ai/code/session_01Vm6NLaQuzM4VosAotqS1q8
Claude