# ARCH 热点侧 · 全部源码（单文件版） > 项目：ARCH 业余无线电融合中枢 · **热点侧**（树莓派热点盒子） > 对应固件版本：**1.0.25**　生成日期：2026-09-23 > 文件数：**107** 本文档把整个热点侧代码库内联在一起，方便直接交给 AI 通读。 所有个人呼号 / DMR ID / 密码 / 内网地址**已脱敏**。 **先读什么**：`README-给审查AI.md` → `ARCH热点侧-完整技术说明与代码架构.md` → 然后按需看下面的源码。 --- ## 文件清单 | 文件 | 行数 | 大小 | | --- | ---: | ---: | | `etc/DMRGateway.ini` | 72 | 914 B | | `etc/ircddbgateway` | 184 | 3218 B | | `etc/mmdvm/active-mode.conf` | 6 | 101 B | | `etc/mmdvm/bm-masters.json` | 2 | 3 B | | `etc/mmdvm/channels.json` | 78 | 1215 B | | `etc/mmdvm/fm-tailtone.json` | 7 | 83 B | | `etc/mmdvm/frequency.json` | 10 | 159 B | | `etc/mmdvm/fw-url` | 2 | 59 B | | `etc/mmdvm/install-state.conf` | 18 | 598 B | | `etc/MMDVM-Host-1.ini` | 193 | 2482 B | | `etc/MMDVM-Host-10.ini` | 193 | 2484 B | | `etc/MMDVM-Host-11.ini` | 193 | 2484 B | | `etc/MMDVM-Host-2.ini` | 194 | 2505 B | | `etc/MMDVM-Host-3.ini` | 194 | 2505 B | | `etc/MMDVM-Host-4.ini` | 194 | 2505 B | | `etc/MMDVM-Host-5.ini` | 193 | 2482 B | | `etc/MMDVM-Host-6.ini` | 194 | 2496 B | | `etc/MMDVM-Host-7.ini` | 193 | 2482 B | | `etc/MMDVM-Host-8.ini` | 193 | 2482 B | | `etc/MMDVM-Host-9.ini` | 193 | 2482 B | | `etc/MMDVM-Host.ini` | 193 | 2478 B | | `etc/MMDVM-IQ-1.ini` | 49 | 572 B | | `etc/MMDVM-IQ-10.ini` | 49 | 573 B | | `etc/MMDVM-IQ-11.ini` | 49 | 573 B | | `etc/MMDVM-IQ-2.ini` | 49 | 572 B | | `etc/MMDVM-IQ-3.ini` | 49 | 572 B | | `etc/MMDVM-IQ-4.ini` | 49 | 572 B | | `etc/MMDVM-IQ-5.ini` | 49 | 572 B | | `etc/MMDVM-IQ-6.ini` | 49 | 572 B | | `etc/MMDVM-IQ-7.ini` | 49 | 572 B | | `etc/MMDVM-IQ-8.ini` | 49 | 572 B | | `etc/MMDVM-IQ-9.ini` | 49 | 572 B | | `etc/MMDVM-IQ.ini` | 43 | 483 B | | `etc/MMDVM-Multi.ini` | 39 | 463 B | | `etc/nginx/sites-available/mmdvm-web` | 19 | 495 B | | `etc/NXDNGateway.ini` | 83 | 1237 B | | `etc/P25Gateway.ini` | 48 | 666 B | | `etc/systemd/system/arch-callsign-cache-update.service` | 7 | 160 B | | `etc/systemd/system/arch-callsign-cache-update.timer` | 9 | 149 B | | `etc/systemd/system/arch-data-bootstrap.service` | 17 | 315 B | | `etc/systemd/system/arch-data-bootstrap.timer` | 12 | 186 B | | `etc/systemd/system/arch-tetra-mode-sync.service` | 7 | 185 B | | `etc/systemd/system/arch-tetra-mode-sync.timer` | 9 | 145 B | | `etc/systemd/system/dmrgateway.service` | 19 | 382 B | | `etc/systemd/system/fmo-bridge.service` | 19 | 438 B | | `etc/systemd/system/ircddbgatewayd.service` | 15 | 318 B | | `etc/systemd/system/mmdvm-iq@.service` | 23 | 447 B | | `etc/systemd/system/mmdvm-multi.service` | 24 | 518 B | | `etc/systemd/system/mmdvm-web.service` | 17 | 407 B | | `etc/systemd/system/mmdvm-wifi-boot.service` | 10 | 240 B | | `etc/systemd/system/mmdvmhost@.service` | 21 | 398 B | | `etc/systemd/system/nxdngateway.service` | 15 | 308 B | | `etc/systemd/system/p25gateway.service` | 15 | 305 B | | `etc/systemd/system/tetra-bs.service` | 19 | 423 B | | `etc/systemd/system/ysfgateway.service` | 15 | 305 B | | `etc/YSFGateway.ini` | 81 | 1100 B | | `opt/fmo-bridge/config.template.json` | 65 | 1299 B | | `opt/fmo-bridge/fmo_app_uplink_relay.py` | 220 | 6591 B | | `opt/fmo-bridge/fmo_bridge.py` | 1036 | 48751 B | | `opt/fmo-bridge/fmo_dsp.py` | 206 | 8223 B | | `opt/fmo-bridge/fmo_fm.py` | 150 | 4497 B | | `opt/fmo-bridge/fmo_packet.py` | 118 | 4763 B | | `opt/fmo-bridge/fmo_presence.py` | 62 | 2069 B | | `opt/fmo-bridge/fmo_proto.py` | 186 | 6589 B | | `opt/fmo-bridge/fmo_reg.py` | 107 | 4215 B | | `opt/fmo-bridge/fmo_voice.py` | 188 | 7930 B | | `opt/mmdvm-web/app.py` | 9962 | 468873 B | | `opt/mmdvm-web/console_new.py` | 412 | 23617 B | | `opt/mmdvm-web/fmo_page.py` | 414 | 24663 B | | `opt/mmdvm-web/multi2_js.py` | 161 | 8165 B | | `opt/mmdvm-web/multi2_section.py` | 107 | 5095 B | | `opt/mmdvm-web/rfmode2_js.py` | 455 | 25332 B | | `opt/mmdvm-web/rfmode2_section.py` | 222 | 12385 B | | `opt/mmdvm-web/rfmode_js.py` | 138 | 7725 B | | `opt/mmdvm-web/rfmode_page.py` | 203 | 11099 B | | `opt/mmdvm-web/rfmode_section.py` | 77 | 3646 B | | `opt/mmdvm-web/rfmode_standalone.py` | 66 | 3327 B | | `opt/mmdvm-web/tetra_adv_backend.py` | 147 | 4939 B | | `opt/mmdvm-web/tetra_adv_spec.py` | 192 | 9219 B | | `opt/mmdvm-web/tetra_page.py` | 787 | 47903 B | | `usr/local/bin/arch-data-bootstrap.sh` | 43 | 1722 B | | `usr/local/bin/arch-fw-online.sh` | 137 | 4406 B | | `usr/local/bin/arch-sync-fm-qso.py` | 114 | 3323 B | | `usr/local/bin/backup.sh` | 5 | 251 B | | `usr/local/bin/channel-mode.sh` | 3 | 84 B | | `usr/local/bin/diagnose.sh` | 7 | 520 B | | `usr/local/bin/dmrid-update-wrapper.sh` | 3 | 57 B | | `usr/local/bin/sys-manage.sh` | 865 | 40605 B | | `usr/local/bin/update-database.sh` | 103 | 4613 B | | `usr/local/bin/update-dstar.sh` | 21 | 1167 B | | `usr/local/bin/update-hosts.sh` | 74 | 3091 B | | `usr/local/bin/web-fmo.sh` | 5 | 158 B | | `usr/local/bin/web-manage.sh` | 366 | 14000 B | | `usr/local/bin/web-multi.sh` | 94 | 5509 B | | `usr/local/bin/web-tetra.sh` | 4 | 81 B | | `usr/local/libexec/arch-channel-limit.py` | 76 | 2651 B | | `usr/local/libexec/channel-setup.py` | 216 | 9876 B | | `usr/local/libexec/fmo-api.py` | 520 | 18807 B | | `usr/local/libexec/hosts-build.py` | 236 | 10292 B | | `usr/local/libexec/ini-edit.py` | 13 | 466 B | | `usr/local/libexec/mmdvm-save.py` | 510 | 16754 B | | `usr/local/libexec/mmdvm-status.py` | 302 | 10025 B | | `usr/local/libexec/tetra-api.py` | 1071 | 40571 B | | `_build/installer_template.sh` | 98 | 5714 B | | `_build/updater_template.sh` | 20 | 1140 B | | `_build/build_upstream_template.sh` | 126 | 6065 B | | `_build/make_release.py` | 222 | 10744 B | --- ## 源码全文 ### `etc/DMRGateway.ini` ```ini [General] Id=000000000 Timeout=10 RptAddress=127.0.0.1 RptPort=62032 LocalAddress=127.0.0.1 LocalPort=62031 RuleTrace=0 Daemon=0 TrunkingEnabled=0 Debug=0 RFTimeout=60 NetTimeout=60 Callsign=NOCALL [Log] DisplayLevel=1 MQTTLevel=1 [Voice] Enabled=1 Language=en_GB Directory=/var/lib/mmdvm/dmr/Audio [Info] Callsign=NOCALL TXFrequency=439525000 RXFrequency=434525000 Power=1 ColorCode=7 Duplex=1 Slot1=1 Slot2=1 Latitude=0.0 Longitude=0.0 Height=0 Location=Repeater Description=MMDVM-Multi Duplex URL=www.qrz.com/db/NOCALL [DMR Network 1] Enabled=1 Name=BM Id=000000000 Address=4602.master.brandmeister.network Port=62031 Password=CHANGE_ME Location=1 Debug=0 PassAllTG=1 PassAllTG=2 PassAllPC=1 PassAllPC=2 TGRewrite=1,9,1,9,1 TGRewrite=2,9,2,9,1 [MQTT] Address=127.0.0.1 Port=1883 Keepalive=60 Auth=0 Username=mmdvm Password=mmdvm Name=dmr-gateway [Dynamic TG Control] Enable=1 [Remote Commands] Enable=0 ``` ### `etc/ircddbgateway` ``` gatewayType=0 gatewayCallsign= gatewayAddress=0.0.0.0 icomAddress=172.16.0.20 icomPort=20000 hbAddress=127.0.0.1 hbPort=20010 latitude= longitude= description1= description2= url= repeaterCall1= repeaterBand1=B repeaterType1=0 repeaterAddress1=127.0.0.1 repeaterPort1=20011 reflector1= atStartup1=0 reconnect1=0 frequency1=434.00000 offset1=0.0000 rangeKms1=0.000 latitude1=0.000000 longitude1=0.000000 agl1=0.000 description1_1= description1_2= url1= band1_1=0 band1_2=0 band1_3=0 repeaterCall2= repeaterBand2= repeaterType2=0 repeaterAddress2=127.0.0.1 repeaterPort2=20012 reflector2= atStartup2=0 reconnect2=0 frequency2=0.00000 offset2=0.0000 rangeKms2=0.000 latitude2=0.000000 longitude2=0.000000 agl2=0.000 description2_1= description2_2= url2= band2_1=0 band2_2=0 band2_3=0 repeaterCall3= repeaterBand3= repeaterType3=0 repeaterAddress3=127.0.0.1 repeaterPort3=20013 reflector3= atStartup3=0 reconnect3=0 frequency3=0.00000 offset3=0.0000 rangeKms3=0.000 latitude3=0.000000 longitude3=0.000000 agl3=0.000 description3_1= description3_2= url3= band3_1=0 band3_2=0 band3_3=0 repeaterCall4= repeaterBand4= repeaterType4=0 repeaterAddress4=127.0.0.1 repeaterPort4=20014 reflector4= atStartup4=0 reconnect4=0 frequency4=0.00000 offset4=0.0000 rangeKms4=0.000 latitude4=0.000000 longitude4=0.000000 agl4=0.000 description4_1= description4_2= url4= band4_1=0 band4_2=0 band4_3=0 ircddbEnabled=1 ircddbHostname=rr.openquad.net ircddbUsername= ircddbPassword= ircddbEnabled2=0 ircddbHostname2=rr.openquad.net ircddbUsername2= ircddbPassword2= ircddbEnabled3=0 ircddbHostname3= ircddbUsername3= ircddbPassword3= ircddbEnabled4=0 ircddbHostname4= ircddbUsername4= ircddbPassword4= aprsEnabled=1 aprsHostname=rotate.aprs2.net aprsPassword= aprsPort=14580 dextraEnabled=1 dextraMaxDongles=5 dplusEnabled=0 dplusMaxDongles=5 dplusLogin= dcsEnabled=1 ccsEnabled=1 ccsHost=CCS704 xlxEnabled=1 xlxHostsFileUrl=http://xlxapi.rlx.lu/api.php?do=GetXLXDMRMaster starNetBand1=A starNetCallsign1= starNetLogoff1= starNetInfo1= starNetPermanent1= starNetUserTimeout1=300 starNetGroupTimeout1=300 starNetCallsignSwitch1=0 starNetTXMsgSwitch1=1 starNetReflector1= starNetBand2=A starNetCallsign2= starNetLogoff2= starNetInfo2= starNetPermanent2= starNetUserTimeout2=300 starNetGroupTimeout2=300 starNetCallsignSwitch2=0 starNetTXMsgSwitch2=1 starNetReflector2= starNetBand3=A starNetCallsign3= starNetLogoff3= starNetInfo3= starNetPermanent3= starNetUserTimeout3=300 starNetGroupTimeout3=300 starNetCallsignSwitch3=0 starNetTXMsgSwitch3=1 starNetReflector3= starNetBand4=A starNetCallsign4= starNetLogoff4= starNetInfo4= starNetPermanent4= starNetUserTimeout4=300 starNetGroupTimeout4=300 starNetCallsignSwitch4=0 starNetTXMsgSwitch4=1 starNetReflector4= starNetBand5=A starNetCallsign5= starNetLogoff5= starNetInfo5= starNetPermanent5= starNetUserTimeout5=300 starNetGroupTimeout5=300 starNetCallsignSwitch5=0 starNetTXMsgSwitch5=1 starNetReflector5= remoteEnabled=1 remotePassword= remotePort=54321 language=0 infoEnabled=1 echoEnabled=1 logEnabled=0 dratsEnabled=0 dtmfEnabled=1 windowX=-1 windowY=-1 ``` ### `etc/mmdvm/active-mode.conf` ```ini VERSION=21.39 MODE=DMR+D-STAR+YSF+P25+NXDN+FM CONFIGURED=1 CHANNELS=6 CHANGED_AT=2026-09-20 16:39:35 ``` ### `etc/mmdvm/bm-masters.json` ```json [] ``` ### `etc/mmdvm/channels.json` ```json { "channels": 1, "center_rx": 434500000, "center_tx": 439500000, "callsign": "NOCALL", "dmr_id": "000000000", "spacing": 25000, "sample_rate": 150000, "list": [ { "n": 1, "mode": "DMR", "rx": 434500000, "tx": 439500000 }, { "n": 2, "mode": "D-STAR", "rx": 434525000, "tx": 439525000 }, { "n": 3, "mode": "YSF", "rx": 434550000, "tx": 439550000 }, { "n": 4, "mode": "P25", "rx": 434575000, "tx": 439575000 }, { "n": 5, "mode": "NXDN", "rx": 434475000, "tx": 439475000 }, { "n": 6, "mode": "FM", "rx": 434450000, "tx": 439450000 }, { "n": 7, "mode": "NONE", "rx": 434425000, "tx": 439425000 }, { "n": 8, "mode": "NONE", "rx": 434400000, "tx": 439400000 }, { "n": 9, "mode": "NONE", "rx": 434375000, "tx": 439375000 }, { "n": 10, "mode": "NONE", "rx": 434650000, "tx": 439650000 }, { "n": 11, "mode": "NONE", "rx": 434625000, "tx": 439625000 } ] } ``` ### `etc/mmdvm/fm-tailtone.json` ```json { "enable": true, "freq": 1000, "ms": 200, "delay_ms": 120, "gain": 0.7 } ``` ### `etc/mmdvm/frequency.json` ```json { "rx": 434450000, "tx": 439450000, "split_mhz": 5.0, "spacing": 25000, "sample_rate": 150000, "channels": 1, "updated": "2026-09-12 19:56:54" } ``` ### `etc/mmdvm/fw-url` ``` https://arch.hljrsa.cn/downloads/firmware/mmdvm-multi.json ``` ### `etc/mmdvm/install-state.conf` ```ini VERSION=21.40 ACTIVE_MODE=NONE INSTALL_DMR=1 INSTALL_DSTAR=1 INSTALL_YSF=1 INSTALL_P25=1 INSTALL_NXDN=1 INSTALL_FM=1 INSTALL_POCSAG=1 SOAPYSX_COMMIT=9705147dd8c189625071f3f163ea56119bda4a05 MMDVM_IQ_COMMIT=dd4a0fc785851e73d6a6347f355e749aacc5cd72 MMDVM_HOST_COMMIT=dea6e9b2c35857fe6f904c5092bebadb86cbf079 DMRGATEWAY_COMMIT=2a3306de313cf4c094c2031c9ced5a6858bbbfcc YSFCLIENTS_COMMIT=45e91d0ac250a286330730542ad2f34426728489 P25CLIENTS_COMMIT=ef58905da911063307abcaeedd7fd9aed9b10b1d NXDNCLIENTS_COMMIT=ae9d88d25491f885b38b12b48b5c416915a7ed48 IRCDDB_COMMIT=9dc023d9479eb77bbf27abcf2ae774348906c391 ``` ### `etc/MMDVM-Host-1.ini` ```ini [General] Callsign=NOCALL Id=000000000 Timeout=180 Duplex=1 RFModeHang=10 NetModeHang=3 Daemon=0 RXFrequency=434500000 TXFrequency=439500000 [Info] RXFrequency=434500000 TXFrequency=439500000 Power=0 Latitude=0.0 Longitude=0.0 Height=0 Description=MMDVM-Multi Duplex Repeater URL=www.qrz.com/db/NOCALL [Log] DisplayLevel=1 FileLevel=1 FilePath=/var/log/mmdvm FileRoot=MMDVM-Host-1 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvmhost-1 [Modem] Protocol=udp ModemAddress=127.0.0.1 ModemPort=3334 LocalAddress=127.0.0.1 LocalPort=3335 TXInvert=1 RXInvert=1 PTTInvert=0 TXDelay=100 RXOffset=0 RXFrequency=434500000 TXFrequency=439500000 RXLevel=50 TXLevel=50 RFLevel=100 Trace=0 Debug=0 [DMR Id Lookup] File=/usr/local/etc/DMRIds.dat Time=24 [NXDN Id Lookup] File=/usr/local/etc/NXDN.csv Time=24 [DMR] Enable=1 ColorCode=7 SelfOnly=0 DumpTAData=1 CallHang=3 TXHang=4 [DMR Network] Enable=1 GatewayAddress=127.0.0.1 GatewayPort=62031 LocalAddress=127.0.0.1 LocalPort=62032 Jitter=300 Slot1=1 Slot2=1 Debug=0 [D-Star] Enable=0 Module=B SelfOnly=0 AckReply=1 AckTime=750 AckMessage=0 ErrorReply=1 [D-Star Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=20010 LocalPort=20011 Debug=0 [System Fusion] Enable=0 LoDev=0 SelfOnly=0 [System Fusion Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=4200 LocalPort=3200 Debug=0 [P25] Enable=0 SelfOnly=0 NAC=293 OverrideUIDCheck=0 [P25 Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=42020 LocalPort=32010 Debug=0 [NXDN] Enable=0 SelfOnly=0 RAN=1 [NXDN Network] Enable=0 Protocol=Kenwood LocalAddress=127.0.0.1 LocalPort=14021 GatewayAddress=127.0.0.1 GatewayPort=14020 Debug=0 [FM] Enable=0 CallsignSpeed=20 CallsignFrequency=1000 CallsignTime=10 CallsignHoldoff=1 CallsignHighLevel=35 CallsignLowLevel=15 CallsignAtStart=1 CallsignAtEnd=1 CallsignAtLatch=1 RFAck=K ExtAck=N AckSpeed=20 AckFrequency=1750 AckMinTime=5 AckDelay=1000 AckLevel=80 Timeout=180 TimeoutLevel=80 CTCSSFrequency=88.5 CTCSSHighThreshold=30 CTCSSLowThreshold=20 CTCSSLevel=2.0 KerchunkTime=0 HangTime=0 AccessMode=5 LinkMode=1 COSInvert=0 NoiseSquelch=0 SquelchHighThreshold=140 SquelchLowThreshold=120 RFAudioBoost=1 MaxDevLevel=90 ExtAudioBoost=1 [POCSAG] Enable=0 Frequency=439500000 [POCSAG Network] Enable=0 [FM Network] Enable=0 LocalAddress=0.0.0.0 LocalPort=49881 GatewayAddress=192.168.1.20 GatewayPort=49880 TXAudioGain=1.0 RXAudioGain=1.0 PreEmphasis=1 DeEmphasis=1 ModeHang=3 ``` ### `etc/MMDVM-Host-10.ini` ```ini [General] Callsign=NOCALL Id=000000000 Timeout=180 Duplex=1 RFModeHang=10 NetModeHang=3 Daemon=0 RXFrequency=434500000 TXFrequency=439500000 [Info] RXFrequency=434650000 TXFrequency=439650000 Power=0 Latitude=0.0 Longitude=0.0 Height=0 Description=MMDVM-Multi Duplex Repeater URL=www.qrz.com/db/NOCALL [Log] DisplayLevel=1 FileLevel=1 FilePath=/var/log/mmdvm FileRoot=MMDVM-Host-10 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvmhost-10 [Modem] Protocol=udp ModemAddress=127.0.0.1 ModemPort=3352 LocalAddress=127.0.0.1 LocalPort=3353 TXInvert=1 RXInvert=1 PTTInvert=0 TXDelay=100 RXOffset=0 RXFrequency=434650000 TXFrequency=439650000 RXLevel=50 TXLevel=50 RFLevel=100 Trace=0 Debug=0 [DMR Id Lookup] File=/usr/local/etc/DMRIds.dat Time=24 [NXDN Id Lookup] File=/usr/local/etc/NXDN.csv Time=24 [DMR] Enable=0 ColorCode=7 SelfOnly=0 DumpTAData=1 CallHang=3 TXHang=4 [DMR Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=62031 LocalAddress=127.0.0.1 LocalPort=62032 Jitter=300 Slot1=1 Slot2=1 Debug=0 [D-Star] Enable=0 Module=B SelfOnly=0 AckReply=1 AckTime=750 AckMessage=0 ErrorReply=1 [D-Star Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=20010 LocalPort=20011 Debug=0 [System Fusion] Enable=0 LoDev=0 SelfOnly=0 [System Fusion Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=4200 LocalPort=3200 Debug=0 [P25] Enable=0 SelfOnly=0 NAC=293 OverrideUIDCheck=0 [P25 Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=42020 LocalPort=32010 Debug=0 [NXDN] Enable=0 SelfOnly=0 RAN=1 [NXDN Network] Enable=0 Protocol=Kenwood LocalAddress=127.0.0.1 LocalPort=14021 GatewayAddress=127.0.0.1 GatewayPort=14020 Debug=0 [FM] Enable=0 CallsignSpeed=20 CallsignFrequency=1000 CallsignTime=10 CallsignHoldoff=1 CallsignHighLevel=35 CallsignLowLevel=15 CallsignAtStart=1 CallsignAtEnd=1 CallsignAtLatch=1 RFAck=K ExtAck=N AckSpeed=20 AckFrequency=1750 AckMinTime=5 AckDelay=1000 AckLevel=80 Timeout=180 TimeoutLevel=80 CTCSSFrequency=88.5 CTCSSHighThreshold=30 CTCSSLowThreshold=20 CTCSSLevel=2.0 KerchunkTime=0 HangTime=0 AccessMode=5 LinkMode=1 COSInvert=0 NoiseSquelch=0 SquelchHighThreshold=140 SquelchLowThreshold=120 RFAudioBoost=1 MaxDevLevel=90 ExtAudioBoost=1 [POCSAG] Enable=0 Frequency=439500000 [POCSAG Network] Enable=0 [FM Network] Enable=0 LocalAddress=0.0.0.0 LocalPort=49881 GatewayAddress=192.168.1.20 GatewayPort=49880 TXAudioGain=1.0 RXAudioGain=1.0 PreEmphasis=1 DeEmphasis=1 ModeHang=3 ``` ### `etc/MMDVM-Host-11.ini` ```ini [General] Callsign=NOCALL Id=000000000 Timeout=180 Duplex=1 RFModeHang=10 NetModeHang=3 Daemon=0 RXFrequency=434500000 TXFrequency=439500000 [Info] RXFrequency=434625000 TXFrequency=439625000 Power=0 Latitude=0.0 Longitude=0.0 Height=0 Description=MMDVM-Multi Duplex Repeater URL=www.qrz.com/db/NOCALL [Log] DisplayLevel=1 FileLevel=1 FilePath=/var/log/mmdvm FileRoot=MMDVM-Host-11 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvmhost-11 [Modem] Protocol=udp ModemAddress=127.0.0.1 ModemPort=3354 LocalAddress=127.0.0.1 LocalPort=3355 TXInvert=1 RXInvert=1 PTTInvert=0 TXDelay=100 RXOffset=0 RXFrequency=434625000 TXFrequency=439625000 RXLevel=50 TXLevel=50 RFLevel=100 Trace=0 Debug=0 [DMR Id Lookup] File=/usr/local/etc/DMRIds.dat Time=24 [NXDN Id Lookup] File=/usr/local/etc/NXDN.csv Time=24 [DMR] Enable=0 ColorCode=7 SelfOnly=0 DumpTAData=1 CallHang=3 TXHang=4 [DMR Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=62031 LocalAddress=127.0.0.1 LocalPort=62032 Jitter=300 Slot1=1 Slot2=1 Debug=0 [D-Star] Enable=0 Module=B SelfOnly=0 AckReply=1 AckTime=750 AckMessage=0 ErrorReply=1 [D-Star Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=20010 LocalPort=20011 Debug=0 [System Fusion] Enable=0 LoDev=0 SelfOnly=0 [System Fusion Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=4200 LocalPort=3200 Debug=0 [P25] Enable=0 SelfOnly=0 NAC=293 OverrideUIDCheck=0 [P25 Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=42020 LocalPort=32010 Debug=0 [NXDN] Enable=0 SelfOnly=0 RAN=1 [NXDN Network] Enable=0 Protocol=Kenwood LocalAddress=127.0.0.1 LocalPort=14021 GatewayAddress=127.0.0.1 GatewayPort=14020 Debug=0 [FM] Enable=0 CallsignSpeed=20 CallsignFrequency=1000 CallsignTime=10 CallsignHoldoff=1 CallsignHighLevel=35 CallsignLowLevel=15 CallsignAtStart=1 CallsignAtEnd=1 CallsignAtLatch=1 RFAck=K ExtAck=N AckSpeed=20 AckFrequency=1750 AckMinTime=5 AckDelay=1000 AckLevel=80 Timeout=180 TimeoutLevel=80 CTCSSFrequency=88.5 CTCSSHighThreshold=30 CTCSSLowThreshold=20 CTCSSLevel=2.0 KerchunkTime=0 HangTime=0 AccessMode=5 LinkMode=1 COSInvert=0 NoiseSquelch=0 SquelchHighThreshold=140 SquelchLowThreshold=120 RFAudioBoost=1 MaxDevLevel=90 ExtAudioBoost=1 [POCSAG] Enable=0 Frequency=439500000 [POCSAG Network] Enable=0 [FM Network] Enable=0 LocalAddress=0.0.0.0 LocalPort=49881 GatewayAddress=192.168.1.20 GatewayPort=49880 TXAudioGain=1.0 RXAudioGain=1.0 PreEmphasis=1 DeEmphasis=1 ModeHang=3 ``` ### `etc/MMDVM-Host-2.ini` ```ini [General] Callsign=NOCALL Id=000000000 Timeout=180 Duplex=1 RFModeHang=10 NetModeHang=3 Daemon=0 RXFrequency=434500000 TXFrequency=439500000 [Info] RXFrequency=434525000 TXFrequency=439525000 Power=0 Latitude=0.0 Longitude=0.0 Height=0 Description=MMDVM-Multi Duplex Repeater URL=www.qrz.com/db/NOCALL [Log] DisplayLevel=1 FileLevel=1 FilePath=/var/log/mmdvm FileRoot=MMDVM-Host-2 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvmhost-2 [Modem] Protocol=udp ModemAddress=127.0.0.1 ModemPort=3336 LocalAddress=127.0.0.1 LocalPort=3337 TXInvert=1 RXInvert=1 PTTInvert=0 TXDelay=100 RXOffset=0 RXFrequency=434525000 TXFrequency=439525000 RXLevel=50 TXLevel=50 RFLevel=100 Trace=0 Debug=0 [DMR Id Lookup] File=/usr/local/etc/DMRIds.dat Time=24 [NXDN Id Lookup] File=/usr/local/etc/NXDN.csv Time=24 [DMR] Enable=0 ColorCode=7 SelfOnly=0 DumpTAData=1 CallHang=3 TXHang=4 [DMR Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=62031 LocalAddress=127.0.0.1 LocalPort=62032 Jitter=300 Slot1=1 Slot2=1 Debug=0 [D-Star] Enable=1 Module=B SelfOnly=0 AckReply=1 AckTime=750 AckMessage=0 ErrorReply=1 [D-Star Network] Enable=1 GatewayAddress=127.0.0.1 GatewayPort=20010 LocalPort=20011 Debug=0 LocalAddress=127.0.0.1 [System Fusion] Enable=0 LoDev=0 SelfOnly=0 [System Fusion Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=4200 LocalPort=3200 Debug=0 [P25] Enable=0 SelfOnly=0 NAC=293 OverrideUIDCheck=0 [P25 Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=42020 LocalPort=32010 Debug=0 [NXDN] Enable=0 SelfOnly=0 RAN=1 [NXDN Network] Enable=0 Protocol=Kenwood LocalAddress=127.0.0.1 LocalPort=14021 GatewayAddress=127.0.0.1 GatewayPort=14020 Debug=0 [FM] Enable=0 CallsignSpeed=20 CallsignFrequency=1000 CallsignTime=10 CallsignHoldoff=1 CallsignHighLevel=35 CallsignLowLevel=15 CallsignAtStart=1 CallsignAtEnd=1 CallsignAtLatch=1 RFAck=K ExtAck=N AckSpeed=20 AckFrequency=1750 AckMinTime=5 AckDelay=1000 AckLevel=80 Timeout=180 TimeoutLevel=80 CTCSSFrequency=88.5 CTCSSHighThreshold=30 CTCSSLowThreshold=20 CTCSSLevel=2.0 KerchunkTime=0 HangTime=0 AccessMode=5 LinkMode=1 COSInvert=0 NoiseSquelch=0 SquelchHighThreshold=140 SquelchLowThreshold=120 RFAudioBoost=1 MaxDevLevel=90 ExtAudioBoost=1 [POCSAG] Enable=0 Frequency=439500000 [POCSAG Network] Enable=0 [FM Network] Enable=0 LocalAddress=0.0.0.0 LocalPort=49881 GatewayAddress=192.168.1.20 GatewayPort=49880 TXAudioGain=1.0 RXAudioGain=1.0 PreEmphasis=1 DeEmphasis=1 ModeHang=3 ``` ### `etc/MMDVM-Host-3.ini` ```ini [General] Callsign=NOCALL Id=000000000 Timeout=180 Duplex=1 RFModeHang=10 NetModeHang=3 Daemon=0 RXFrequency=434500000 TXFrequency=439500000 [Info] RXFrequency=434550000 TXFrequency=439550000 Power=0 Latitude=0.0 Longitude=0.0 Height=0 Description=MMDVM-Multi Duplex Repeater URL=www.qrz.com/db/NOCALL [Log] DisplayLevel=1 FileLevel=1 FilePath=/var/log/mmdvm FileRoot=MMDVM-Host-3 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvmhost-3 [Modem] Protocol=udp ModemAddress=127.0.0.1 ModemPort=3338 LocalAddress=127.0.0.1 LocalPort=3339 TXInvert=1 RXInvert=1 PTTInvert=0 TXDelay=100 RXOffset=0 RXFrequency=434550000 TXFrequency=439550000 RXLevel=50 TXLevel=50 RFLevel=100 Trace=0 Debug=0 [DMR Id Lookup] File=/usr/local/etc/DMRIds.dat Time=24 [NXDN Id Lookup] File=/usr/local/etc/NXDN.csv Time=24 [DMR] Enable=0 ColorCode=7 SelfOnly=0 DumpTAData=1 CallHang=3 TXHang=4 [DMR Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=62031 LocalAddress=127.0.0.1 LocalPort=62032 Jitter=300 Slot1=1 Slot2=1 Debug=0 [D-Star] Enable=0 Module=B SelfOnly=0 AckReply=1 AckTime=750 AckMessage=0 ErrorReply=1 [D-Star Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=20010 LocalPort=20011 Debug=0 [System Fusion] Enable=1 LoDev=0 SelfOnly=0 [System Fusion Network] Enable=1 GatewayAddress=127.0.0.1 GatewayPort=4200 LocalPort=3200 Debug=0 LocalAddress=127.0.0.1 [P25] Enable=0 SelfOnly=0 NAC=293 OverrideUIDCheck=0 [P25 Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=42020 LocalPort=32010 Debug=0 [NXDN] Enable=0 SelfOnly=0 RAN=1 [NXDN Network] Enable=0 Protocol=Kenwood LocalAddress=127.0.0.1 LocalPort=14021 GatewayAddress=127.0.0.1 GatewayPort=14020 Debug=0 [FM] Enable=0 CallsignSpeed=20 CallsignFrequency=1000 CallsignTime=10 CallsignHoldoff=1 CallsignHighLevel=35 CallsignLowLevel=15 CallsignAtStart=1 CallsignAtEnd=1 CallsignAtLatch=1 RFAck=K ExtAck=N AckSpeed=20 AckFrequency=1750 AckMinTime=5 AckDelay=1000 AckLevel=80 Timeout=180 TimeoutLevel=80 CTCSSFrequency=88.5 CTCSSHighThreshold=30 CTCSSLowThreshold=20 CTCSSLevel=2.0 KerchunkTime=0 HangTime=0 AccessMode=5 LinkMode=1 COSInvert=0 NoiseSquelch=0 SquelchHighThreshold=140 SquelchLowThreshold=120 RFAudioBoost=1 MaxDevLevel=90 ExtAudioBoost=1 [POCSAG] Enable=0 Frequency=439500000 [POCSAG Network] Enable=0 [FM Network] Enable=0 LocalAddress=0.0.0.0 LocalPort=49881 GatewayAddress=192.168.1.20 GatewayPort=49880 TXAudioGain=1.0 RXAudioGain=1.0 PreEmphasis=1 DeEmphasis=1 ModeHang=3 ``` ### `etc/MMDVM-Host-4.ini` ```ini [General] Callsign=NOCALL Id=000000000 Timeout=180 Duplex=1 RFModeHang=10 NetModeHang=3 Daemon=0 RXFrequency=434500000 TXFrequency=439500000 [Info] RXFrequency=434575000 TXFrequency=439575000 Power=0 Latitude=0.0 Longitude=0.0 Height=0 Description=MMDVM-Multi Duplex Repeater URL=www.qrz.com/db/NOCALL [Log] DisplayLevel=1 FileLevel=1 FilePath=/var/log/mmdvm FileRoot=MMDVM-Host-4 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvmhost-4 [Modem] Protocol=udp ModemAddress=127.0.0.1 ModemPort=3340 LocalAddress=127.0.0.1 LocalPort=3341 TXInvert=1 RXInvert=1 PTTInvert=0 TXDelay=100 RXOffset=0 RXFrequency=434575000 TXFrequency=439575000 RXLevel=50 TXLevel=50 RFLevel=100 Trace=0 Debug=0 [DMR Id Lookup] File=/usr/local/etc/DMRIds.dat Time=24 [NXDN Id Lookup] File=/usr/local/etc/NXDN.csv Time=24 [DMR] Enable=0 ColorCode=7 SelfOnly=0 DumpTAData=1 CallHang=3 TXHang=4 [DMR Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=62031 LocalAddress=127.0.0.1 LocalPort=62032 Jitter=300 Slot1=1 Slot2=1 Debug=0 [D-Star] Enable=0 Module=B SelfOnly=0 AckReply=1 AckTime=750 AckMessage=0 ErrorReply=1 [D-Star Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=20010 LocalPort=20011 Debug=0 [System Fusion] Enable=0 LoDev=0 SelfOnly=0 [System Fusion Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=4200 LocalPort=3200 Debug=0 [P25] Enable=1 SelfOnly=0 NAC=293 OverrideUIDCheck=0 [P25 Network] Enable=1 GatewayAddress=127.0.0.1 GatewayPort=42020 LocalPort=32010 Debug=0 LocalAddress=127.0.0.1 [NXDN] Enable=0 SelfOnly=0 RAN=1 [NXDN Network] Enable=0 Protocol=Kenwood LocalAddress=127.0.0.1 LocalPort=14021 GatewayAddress=127.0.0.1 GatewayPort=14020 Debug=0 [FM] Enable=0 CallsignSpeed=20 CallsignFrequency=1000 CallsignTime=10 CallsignHoldoff=1 CallsignHighLevel=35 CallsignLowLevel=15 CallsignAtStart=1 CallsignAtEnd=1 CallsignAtLatch=1 RFAck=K ExtAck=N AckSpeed=20 AckFrequency=1750 AckMinTime=5 AckDelay=1000 AckLevel=80 Timeout=180 TimeoutLevel=80 CTCSSFrequency=88.5 CTCSSHighThreshold=30 CTCSSLowThreshold=20 CTCSSLevel=2.0 KerchunkTime=0 HangTime=0 AccessMode=5 LinkMode=1 COSInvert=0 NoiseSquelch=0 SquelchHighThreshold=140 SquelchLowThreshold=120 RFAudioBoost=1 MaxDevLevel=90 ExtAudioBoost=1 [POCSAG] Enable=0 Frequency=439500000 [POCSAG Network] Enable=0 [FM Network] Enable=0 LocalAddress=0.0.0.0 LocalPort=49881 GatewayAddress=192.168.1.20 GatewayPort=49880 TXAudioGain=1.0 RXAudioGain=1.0 PreEmphasis=1 DeEmphasis=1 ModeHang=3 ``` ### `etc/MMDVM-Host-5.ini` ```ini [General] Callsign=NOCALL Id=000000000 Timeout=180 Duplex=1 RFModeHang=10 NetModeHang=3 Daemon=0 RXFrequency=434500000 TXFrequency=439500000 [Info] RXFrequency=434475000 TXFrequency=439475000 Power=0 Latitude=0.0 Longitude=0.0 Height=0 Description=MMDVM-Multi Duplex Repeater URL=www.qrz.com/db/NOCALL [Log] DisplayLevel=1 FileLevel=1 FilePath=/var/log/mmdvm FileRoot=MMDVM-Host-5 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvmhost-5 [Modem] Protocol=udp ModemAddress=127.0.0.1 ModemPort=3342 LocalAddress=127.0.0.1 LocalPort=3343 TXInvert=1 RXInvert=1 PTTInvert=0 TXDelay=100 RXOffset=0 RXFrequency=434475000 TXFrequency=439475000 RXLevel=50 TXLevel=50 RFLevel=100 Trace=0 Debug=0 [DMR Id Lookup] File=/usr/local/etc/DMRIds.dat Time=24 [NXDN Id Lookup] File=/usr/local/etc/NXDN.csv Time=24 [DMR] Enable=0 ColorCode=7 SelfOnly=0 DumpTAData=1 CallHang=3 TXHang=4 [DMR Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=62031 LocalAddress=127.0.0.1 LocalPort=62032 Jitter=300 Slot1=1 Slot2=1 Debug=0 [D-Star] Enable=0 Module=B SelfOnly=0 AckReply=1 AckTime=750 AckMessage=0 ErrorReply=1 [D-Star Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=20010 LocalPort=20011 Debug=0 [System Fusion] Enable=0 LoDev=0 SelfOnly=0 [System Fusion Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=4200 LocalPort=3200 Debug=0 [P25] Enable=0 SelfOnly=0 NAC=293 OverrideUIDCheck=0 [P25 Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=42020 LocalPort=32010 Debug=0 [NXDN] Enable=1 SelfOnly=0 RAN=1 [NXDN Network] Enable=1 Protocol=Kenwood LocalAddress=127.0.0.1 LocalPort=14021 GatewayAddress=127.0.0.1 GatewayPort=14020 Debug=0 [FM] Enable=0 CallsignSpeed=20 CallsignFrequency=1000 CallsignTime=10 CallsignHoldoff=1 CallsignHighLevel=35 CallsignLowLevel=15 CallsignAtStart=1 CallsignAtEnd=1 CallsignAtLatch=1 RFAck=K ExtAck=N AckSpeed=20 AckFrequency=1750 AckMinTime=5 AckDelay=1000 AckLevel=80 Timeout=180 TimeoutLevel=80 CTCSSFrequency=88.5 CTCSSHighThreshold=30 CTCSSLowThreshold=20 CTCSSLevel=2.0 KerchunkTime=0 HangTime=0 AccessMode=5 LinkMode=1 COSInvert=0 NoiseSquelch=0 SquelchHighThreshold=140 SquelchLowThreshold=120 RFAudioBoost=1 MaxDevLevel=90 ExtAudioBoost=1 [POCSAG] Enable=0 Frequency=439500000 [POCSAG Network] Enable=0 [FM Network] Enable=0 LocalAddress=0.0.0.0 LocalPort=49881 GatewayAddress=192.168.1.20 GatewayPort=49880 TXAudioGain=1.0 RXAudioGain=1.0 PreEmphasis=1 DeEmphasis=1 ModeHang=3 ``` ### `etc/MMDVM-Host-6.ini` ```ini [General] Callsign=NOCALL Id=000000000 Timeout=180 Duplex=1 RFModeHang=10 NetModeHang=3 Daemon=0 RXFrequency=434500000 TXFrequency=439500000 [Info] RXFrequency=434450000 TXFrequency=439450000 Power=0 Latitude=0.0 Longitude=0.0 Height=0 Description=MMDVM-Multi Duplex Repeater URL=www.qrz.com/db/NOCALL [Log] DisplayLevel=1 FileLevel=1 FilePath=/var/log/mmdvm FileRoot=MMDVM-Host-6 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvmhost-6 [Modem] Protocol=udp ModemAddress=127.0.0.1 ModemPort=3344 LocalAddress=127.0.0.1 LocalPort=3345 TXInvert=1 RXInvert=1 PTTInvert=0 TXDelay=100 RXOffset=0 RXFrequency=434450000 TXFrequency=439450000 RXLevel=50 TXLevel=50 RFLevel=100 Trace=0 Debug=0 [DMR Id Lookup] File=/usr/local/etc/DMRIds.dat Time=24 [NXDN Id Lookup] File=/usr/local/etc/NXDN.csv Time=24 [DMR] Enable=0 ColorCode=7 SelfOnly=0 DumpTAData=1 CallHang=3 TXHang=4 [DMR Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=62031 LocalAddress=127.0.0.1 LocalPort=62032 Jitter=300 Slot1=1 Slot2=1 Debug=0 [D-Star] Enable=0 Module=B SelfOnly=0 AckReply=1 AckTime=750 AckMessage=0 ErrorReply=1 [D-Star Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=20010 LocalPort=20011 Debug=0 [System Fusion] Enable=0 LoDev=0 SelfOnly=0 [System Fusion Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=4200 LocalPort=3200 Debug=0 [P25] Enable=0 SelfOnly=0 NAC=293 OverrideUIDCheck=0 [P25 Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=42020 LocalPort=32010 Debug=0 [NXDN] Enable=0 SelfOnly=0 RAN=1 [NXDN Network] Enable=0 Protocol=Kenwood LocalAddress=127.0.0.1 LocalPort=14021 GatewayAddress=127.0.0.1 GatewayPort=14020 Debug=0 [FM] Enable=1 CallsignSpeed=20 CallsignFrequency=1000 CallsignTime=10 CallsignHoldoff=1 CallsignHighLevel=35 CallsignLowLevel=15 CallsignAtStart=1 CallsignAtEnd=1 CallsignAtLatch=1 RFAck=K ExtAck=N AckSpeed=20 AckFrequency=1000 AckMinTime=0 AckDelay=120 AckLevel=70.0 Timeout=180 TimeoutLevel=80 CTCSSFrequency=88.5 CTCSSHighThreshold=30 CTCSSLowThreshold=20 CTCSSLevel=2.0 KerchunkTime=0 HangTime=0 AccessMode=1 LinkMode=1 COSInvert=0 NoiseSquelch=0 SquelchHighThreshold=140 SquelchLowThreshold=120 RFAudioBoost=1 MaxDevLevel=90 ExtAudioBoost=1 [POCSAG] Enable=0 Frequency=439500000 [POCSAG Network] Enable=0 [FM Network] Enable=1 LocalAddress=0.0.0.0 LocalPort=49881 GatewayAddress=127.0.0.1 GatewayPort=49880 TXAudioGain=1.0 RXAudioGain=1.0 PreEmphasis=1 DeEmphasis=1 ModeHang=3 Callsign=NOCALL ``` ### `etc/MMDVM-Host-7.ini` ```ini [General] Callsign=NOCALL Id=000000000 Timeout=180 Duplex=1 RFModeHang=10 NetModeHang=3 Daemon=0 RXFrequency=434500000 TXFrequency=439500000 [Info] RXFrequency=434425000 TXFrequency=439425000 Power=0 Latitude=0.0 Longitude=0.0 Height=0 Description=MMDVM-Multi Duplex Repeater URL=www.qrz.com/db/NOCALL [Log] DisplayLevel=1 FileLevel=1 FilePath=/var/log/mmdvm FileRoot=MMDVM-Host-7 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvmhost-7 [Modem] Protocol=udp ModemAddress=127.0.0.1 ModemPort=3346 LocalAddress=127.0.0.1 LocalPort=3347 TXInvert=1 RXInvert=1 PTTInvert=0 TXDelay=100 RXOffset=0 RXFrequency=434425000 TXFrequency=439425000 RXLevel=50 TXLevel=50 RFLevel=100 Trace=0 Debug=0 [DMR Id Lookup] File=/usr/local/etc/DMRIds.dat Time=24 [NXDN Id Lookup] File=/usr/local/etc/NXDN.csv Time=24 [DMR] Enable=0 ColorCode=7 SelfOnly=0 DumpTAData=1 CallHang=3 TXHang=4 [DMR Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=62031 LocalAddress=127.0.0.1 LocalPort=62032 Jitter=300 Slot1=1 Slot2=1 Debug=0 [D-Star] Enable=0 Module=B SelfOnly=0 AckReply=1 AckTime=750 AckMessage=0 ErrorReply=1 [D-Star Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=20010 LocalPort=20011 Debug=0 [System Fusion] Enable=0 LoDev=0 SelfOnly=0 [System Fusion Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=4200 LocalPort=3200 Debug=0 [P25] Enable=0 SelfOnly=0 NAC=293 OverrideUIDCheck=0 [P25 Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=42020 LocalPort=32010 Debug=0 [NXDN] Enable=0 SelfOnly=0 RAN=1 [NXDN Network] Enable=0 Protocol=Kenwood LocalAddress=127.0.0.1 LocalPort=14021 GatewayAddress=127.0.0.1 GatewayPort=14020 Debug=0 [FM] Enable=0 CallsignSpeed=20 CallsignFrequency=1000 CallsignTime=10 CallsignHoldoff=1 CallsignHighLevel=35 CallsignLowLevel=15 CallsignAtStart=1 CallsignAtEnd=1 CallsignAtLatch=1 RFAck=K ExtAck=N AckSpeed=20 AckFrequency=1750 AckMinTime=5 AckDelay=1000 AckLevel=80 Timeout=180 TimeoutLevel=80 CTCSSFrequency=88.5 CTCSSHighThreshold=30 CTCSSLowThreshold=20 CTCSSLevel=2.0 KerchunkTime=0 HangTime=0 AccessMode=5 LinkMode=1 COSInvert=0 NoiseSquelch=0 SquelchHighThreshold=140 SquelchLowThreshold=120 RFAudioBoost=1 MaxDevLevel=90 ExtAudioBoost=1 [POCSAG] Enable=0 Frequency=439500000 [POCSAG Network] Enable=0 [FM Network] Enable=0 LocalAddress=0.0.0.0 LocalPort=49881 GatewayAddress=192.168.1.20 GatewayPort=49880 TXAudioGain=1.0 RXAudioGain=1.0 PreEmphasis=1 DeEmphasis=1 ModeHang=3 ``` ### `etc/MMDVM-Host-8.ini` ```ini [General] Callsign=NOCALL Id=000000000 Timeout=180 Duplex=1 RFModeHang=10 NetModeHang=3 Daemon=0 RXFrequency=434500000 TXFrequency=439500000 [Info] RXFrequency=434400000 TXFrequency=439400000 Power=0 Latitude=0.0 Longitude=0.0 Height=0 Description=MMDVM-Multi Duplex Repeater URL=www.qrz.com/db/NOCALL [Log] DisplayLevel=1 FileLevel=1 FilePath=/var/log/mmdvm FileRoot=MMDVM-Host-8 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvmhost-8 [Modem] Protocol=udp ModemAddress=127.0.0.1 ModemPort=3348 LocalAddress=127.0.0.1 LocalPort=3349 TXInvert=1 RXInvert=1 PTTInvert=0 TXDelay=100 RXOffset=0 RXFrequency=434400000 TXFrequency=439400000 RXLevel=50 TXLevel=50 RFLevel=100 Trace=0 Debug=0 [DMR Id Lookup] File=/usr/local/etc/DMRIds.dat Time=24 [NXDN Id Lookup] File=/usr/local/etc/NXDN.csv Time=24 [DMR] Enable=0 ColorCode=7 SelfOnly=0 DumpTAData=1 CallHang=3 TXHang=4 [DMR Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=62031 LocalAddress=127.0.0.1 LocalPort=62032 Jitter=300 Slot1=1 Slot2=1 Debug=0 [D-Star] Enable=0 Module=B SelfOnly=0 AckReply=1 AckTime=750 AckMessage=0 ErrorReply=1 [D-Star Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=20010 LocalPort=20011 Debug=0 [System Fusion] Enable=0 LoDev=0 SelfOnly=0 [System Fusion Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=4200 LocalPort=3200 Debug=0 [P25] Enable=0 SelfOnly=0 NAC=293 OverrideUIDCheck=0 [P25 Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=42020 LocalPort=32010 Debug=0 [NXDN] Enable=0 SelfOnly=0 RAN=1 [NXDN Network] Enable=0 Protocol=Kenwood LocalAddress=127.0.0.1 LocalPort=14021 GatewayAddress=127.0.0.1 GatewayPort=14020 Debug=0 [FM] Enable=0 CallsignSpeed=20 CallsignFrequency=1000 CallsignTime=10 CallsignHoldoff=1 CallsignHighLevel=35 CallsignLowLevel=15 CallsignAtStart=1 CallsignAtEnd=1 CallsignAtLatch=1 RFAck=K ExtAck=N AckSpeed=20 AckFrequency=1750 AckMinTime=5 AckDelay=1000 AckLevel=80 Timeout=180 TimeoutLevel=80 CTCSSFrequency=88.5 CTCSSHighThreshold=30 CTCSSLowThreshold=20 CTCSSLevel=2.0 KerchunkTime=0 HangTime=0 AccessMode=5 LinkMode=1 COSInvert=0 NoiseSquelch=0 SquelchHighThreshold=140 SquelchLowThreshold=120 RFAudioBoost=1 MaxDevLevel=90 ExtAudioBoost=1 [POCSAG] Enable=0 Frequency=439500000 [POCSAG Network] Enable=0 [FM Network] Enable=0 LocalAddress=0.0.0.0 LocalPort=49881 GatewayAddress=192.168.1.20 GatewayPort=49880 TXAudioGain=1.0 RXAudioGain=1.0 PreEmphasis=1 DeEmphasis=1 ModeHang=3 ``` ### `etc/MMDVM-Host-9.ini` ```ini [General] Callsign=NOCALL Id=000000000 Timeout=180 Duplex=1 RFModeHang=10 NetModeHang=3 Daemon=0 RXFrequency=434500000 TXFrequency=439500000 [Info] RXFrequency=434375000 TXFrequency=439375000 Power=0 Latitude=0.0 Longitude=0.0 Height=0 Description=MMDVM-Multi Duplex Repeater URL=www.qrz.com/db/NOCALL [Log] DisplayLevel=1 FileLevel=1 FilePath=/var/log/mmdvm FileRoot=MMDVM-Host-9 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvmhost-9 [Modem] Protocol=udp ModemAddress=127.0.0.1 ModemPort=3350 LocalAddress=127.0.0.1 LocalPort=3351 TXInvert=1 RXInvert=1 PTTInvert=0 TXDelay=100 RXOffset=0 RXFrequency=434375000 TXFrequency=439375000 RXLevel=50 TXLevel=50 RFLevel=100 Trace=0 Debug=0 [DMR Id Lookup] File=/usr/local/etc/DMRIds.dat Time=24 [NXDN Id Lookup] File=/usr/local/etc/NXDN.csv Time=24 [DMR] Enable=0 ColorCode=7 SelfOnly=0 DumpTAData=1 CallHang=3 TXHang=4 [DMR Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=62031 LocalAddress=127.0.0.1 LocalPort=62032 Jitter=300 Slot1=1 Slot2=1 Debug=0 [D-Star] Enable=0 Module=B SelfOnly=0 AckReply=1 AckTime=750 AckMessage=0 ErrorReply=1 [D-Star Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=20010 LocalPort=20011 Debug=0 [System Fusion] Enable=0 LoDev=0 SelfOnly=0 [System Fusion Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=4200 LocalPort=3200 Debug=0 [P25] Enable=0 SelfOnly=0 NAC=293 OverrideUIDCheck=0 [P25 Network] Enable=0 GatewayAddress=127.0.0.1 GatewayPort=42020 LocalPort=32010 Debug=0 [NXDN] Enable=0 SelfOnly=0 RAN=1 [NXDN Network] Enable=0 Protocol=Kenwood LocalAddress=127.0.0.1 LocalPort=14021 GatewayAddress=127.0.0.1 GatewayPort=14020 Debug=0 [FM] Enable=0 CallsignSpeed=20 CallsignFrequency=1000 CallsignTime=10 CallsignHoldoff=1 CallsignHighLevel=35 CallsignLowLevel=15 CallsignAtStart=1 CallsignAtEnd=1 CallsignAtLatch=1 RFAck=K ExtAck=N AckSpeed=20 AckFrequency=1750 AckMinTime=5 AckDelay=1000 AckLevel=80 Timeout=180 TimeoutLevel=80 CTCSSFrequency=88.5 CTCSSHighThreshold=30 CTCSSLowThreshold=20 CTCSSLevel=2.0 KerchunkTime=0 HangTime=0 AccessMode=5 LinkMode=1 COSInvert=0 NoiseSquelch=0 SquelchHighThreshold=140 SquelchLowThreshold=120 RFAudioBoost=1 MaxDevLevel=90 ExtAudioBoost=1 [POCSAG] Enable=0 Frequency=439500000 [POCSAG Network] Enable=0 [FM Network] Enable=0 LocalAddress=0.0.0.0 LocalPort=49881 GatewayAddress=192.168.1.20 GatewayPort=49880 TXAudioGain=1.0 RXAudioGain=1.0 PreEmphasis=1 DeEmphasis=1 ModeHang=3 ``` ### `etc/MMDVM-Host.ini` ```ini [General] Callsign=NOCALL Id=000000000 Timeout=180 Duplex=1 RFModeHang=10 NetModeHang=3 Daemon=0 RXFrequency=434500000 TXFrequency=439500000 [Info] RXFrequency=434525000 TXFrequency=439525000 Power=0 Latitude=0.0 Longitude=0.0 Height=0 Description=MMDVM-Multi Duplex Repeater URL=www.qrz.com/db/NOCALL [Log] DisplayLevel=1 FileLevel=1 FilePath=/var/log/mmdvm FileRoot=MMDVM-Host [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvmhost [Modem] Protocol=udp ModemAddress=127.0.0.1 ModemPort=3334 LocalAddress=127.0.0.1 LocalPort=3335 TXInvert=1 RXInvert=1 PTTInvert=0 TXDelay=100 RXOffset=0 RXFrequency=434525000 TXFrequency=439525000 RXLevel=50 TXLevel=50 RFLevel=100 Trace=0 Debug=0 [DMR Id Lookup] File=/usr/local/etc/DMRIds.dat Time=24 [NXDN Id Lookup] File=/usr/local/etc/NXDN.csv Time=24 [DMR] Enable=1 ColorCode=7 SelfOnly=0 DumpTAData=1 CallHang=3 TXHang=4 [DMR Network] Enable=1 GatewayAddress=127.0.0.1 GatewayPort=62031 LocalAddress=127.0.0.1 LocalPort=62032 Jitter=300 Slot1=1 Slot2=1 Debug=0 [D-Star] Enable=1 Module=B SelfOnly=0 AckReply=1 AckTime=750 AckMessage=0 ErrorReply=1 [D-Star Network] Enable=1 GatewayAddress=127.0.0.1 GatewayPort=20010 LocalPort=20011 Debug=0 [System Fusion] Enable=1 LoDev=0 SelfOnly=0 [System Fusion Network] Enable=1 GatewayAddress=127.0.0.1 GatewayPort=4200 LocalPort=3200 Debug=0 [P25] Enable=1 SelfOnly=0 NAC=293 OverrideUIDCheck=0 [P25 Network] Enable=1 GatewayAddress=127.0.0.1 GatewayPort=42020 LocalPort=32010 Debug=0 [NXDN] Enable=1 SelfOnly=0 RAN=1 [NXDN Network] Enable=1 Protocol=Kenwood LocalAddress=127.0.0.1 LocalPort=14021 GatewayAddress=127.0.0.1 GatewayPort=14020 Debug=0 [FM] Enable=1 CallsignSpeed=20 CallsignFrequency=1000 CallsignTime=10 CallsignHoldoff=1 CallsignHighLevel=35 CallsignLowLevel=15 CallsignAtStart=1 CallsignAtEnd=1 CallsignAtLatch=1 RFAck=K ExtAck=N AckSpeed=20 AckFrequency=1750 AckMinTime=5 AckDelay=1000 AckLevel=80 Timeout=180 TimeoutLevel=80 CTCSSFrequency=88.5 CTCSSHighThreshold=30 CTCSSLowThreshold=20 CTCSSLevel=2.0 KerchunkTime=0 HangTime=0 AccessMode=5 LinkMode=1 COSInvert=0 NoiseSquelch=0 SquelchHighThreshold=140 SquelchLowThreshold=120 RFAudioBoost=1 MaxDevLevel=90 ExtAudioBoost=1 [POCSAG] Enable=1 Frequency=439500000 [POCSAG Network] Enable=1 [FM Network] Enable=1 LocalAddress=0.0.0.0 LocalPort=49881 GatewayAddress=192.168.1.20 GatewayPort=49880 TXAudioGain=1.0 RXAudioGain=1.0 PreEmphasis=1 DeEmphasis=1 ModeHang=3 ``` ### `etc/MMDVM-IQ-1.ini` ```ini [General] Daemon=0 [Log] DisplayLevel=1 MQTTLevel=1 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvm-iq-1 [Host] HostAddress=127.0.0.1 HostPort=3335 LocalAddress=127.0.0.1 LocalPort=3334 Trace=0 [Modem] Driver=Multi Trace=0 [Soapy] Type=sx RxGain=55 TxGain=30 SampleRate=250000 Bandwidth=200000 RxAmplitudeBalance=1.0 RxPhaseBalance=0.0 TxAmplitudeBalance=1.0 TxPhaseBalance=0.0 RxIOffset=0.0 RxQOffset=0.0 TxIOffset=0.0 TxQOffset=0.0 [Multi] ModemAddress=127.0.0.1 ModemPort=48200 LocalAddress=127.0.0.1 LocalPort=48100 ``` ### `etc/MMDVM-IQ-10.ini` ```ini [General] Daemon=0 [Log] DisplayLevel=1 MQTTLevel=1 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvm-iq-10 [Host] HostAddress=127.0.0.1 HostPort=3353 LocalAddress=127.0.0.1 LocalPort=3352 Trace=0 [Modem] Driver=Multi Trace=0 [Soapy] Type=sx RxGain=55 TxGain=30 SampleRate=250000 Bandwidth=200000 RxAmplitudeBalance=1.0 RxPhaseBalance=0.0 TxAmplitudeBalance=1.0 TxPhaseBalance=0.0 RxIOffset=0.0 RxQOffset=0.0 TxIOffset=0.0 TxQOffset=0.0 [Multi] ModemAddress=127.0.0.1 ModemPort=48209 LocalAddress=127.0.0.1 LocalPort=48109 ``` ### `etc/MMDVM-IQ-11.ini` ```ini [General] Daemon=0 [Log] DisplayLevel=1 MQTTLevel=1 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvm-iq-11 [Host] HostAddress=127.0.0.1 HostPort=3355 LocalAddress=127.0.0.1 LocalPort=3354 Trace=0 [Modem] Driver=Multi Trace=0 [Soapy] Type=sx RxGain=55 TxGain=30 SampleRate=250000 Bandwidth=200000 RxAmplitudeBalance=1.0 RxPhaseBalance=0.0 TxAmplitudeBalance=1.0 TxPhaseBalance=0.0 RxIOffset=0.0 RxQOffset=0.0 TxIOffset=0.0 TxQOffset=0.0 [Multi] ModemAddress=127.0.0.1 ModemPort=48210 LocalAddress=127.0.0.1 LocalPort=48110 ``` ### `etc/MMDVM-IQ-2.ini` ```ini [General] Daemon=0 [Log] DisplayLevel=1 MQTTLevel=1 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvm-iq-2 [Host] HostAddress=127.0.0.1 HostPort=3337 LocalAddress=127.0.0.1 LocalPort=3336 Trace=0 [Modem] Driver=Multi Trace=0 [Soapy] Type=sx RxGain=55 TxGain=30 SampleRate=250000 Bandwidth=200000 RxAmplitudeBalance=1.0 RxPhaseBalance=0.0 TxAmplitudeBalance=1.0 TxPhaseBalance=0.0 RxIOffset=0.0 RxQOffset=0.0 TxIOffset=0.0 TxQOffset=0.0 [Multi] ModemAddress=127.0.0.1 ModemPort=48201 LocalAddress=127.0.0.1 LocalPort=48101 ``` ### `etc/MMDVM-IQ-3.ini` ```ini [General] Daemon=0 [Log] DisplayLevel=1 MQTTLevel=1 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvm-iq-3 [Host] HostAddress=127.0.0.1 HostPort=3339 LocalAddress=127.0.0.1 LocalPort=3338 Trace=0 [Modem] Driver=Multi Trace=0 [Soapy] Type=sx RxGain=55 TxGain=30 SampleRate=250000 Bandwidth=200000 RxAmplitudeBalance=1.0 RxPhaseBalance=0.0 TxAmplitudeBalance=1.0 TxPhaseBalance=0.0 RxIOffset=0.0 RxQOffset=0.0 TxIOffset=0.0 TxQOffset=0.0 [Multi] ModemAddress=127.0.0.1 ModemPort=48202 LocalAddress=127.0.0.1 LocalPort=48102 ``` ### `etc/MMDVM-IQ-4.ini` ```ini [General] Daemon=0 [Log] DisplayLevel=1 MQTTLevel=1 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvm-iq-4 [Host] HostAddress=127.0.0.1 HostPort=3341 LocalAddress=127.0.0.1 LocalPort=3340 Trace=0 [Modem] Driver=Multi Trace=0 [Soapy] Type=sx RxGain=55 TxGain=30 SampleRate=250000 Bandwidth=200000 RxAmplitudeBalance=1.0 RxPhaseBalance=0.0 TxAmplitudeBalance=1.0 TxPhaseBalance=0.0 RxIOffset=0.0 RxQOffset=0.0 TxIOffset=0.0 TxQOffset=0.0 [Multi] ModemAddress=127.0.0.1 ModemPort=48203 LocalAddress=127.0.0.1 LocalPort=48103 ``` ### `etc/MMDVM-IQ-5.ini` ```ini [General] Daemon=0 [Log] DisplayLevel=1 MQTTLevel=1 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvm-iq-5 [Host] HostAddress=127.0.0.1 HostPort=3343 LocalAddress=127.0.0.1 LocalPort=3342 Trace=0 [Modem] Driver=Multi Trace=0 [Soapy] Type=sx RxGain=55 TxGain=30 SampleRate=250000 Bandwidth=200000 RxAmplitudeBalance=1.0 RxPhaseBalance=0.0 TxAmplitudeBalance=1.0 TxPhaseBalance=0.0 RxIOffset=0.0 RxQOffset=0.0 TxIOffset=0.0 TxQOffset=0.0 [Multi] ModemAddress=127.0.0.1 ModemPort=48204 LocalAddress=127.0.0.1 LocalPort=48104 ``` ### `etc/MMDVM-IQ-6.ini` ```ini [General] Daemon=0 [Log] DisplayLevel=1 MQTTLevel=1 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvm-iq-6 [Host] HostAddress=127.0.0.1 HostPort=3345 LocalAddress=127.0.0.1 LocalPort=3344 Trace=0 [Modem] Driver=Multi Trace=0 [Soapy] Type=sx RxGain=55 TxGain=30 SampleRate=250000 Bandwidth=200000 RxAmplitudeBalance=1.0 RxPhaseBalance=0.0 TxAmplitudeBalance=1.0 TxPhaseBalance=0.0 RxIOffset=0.0 RxQOffset=0.0 TxIOffset=0.0 TxQOffset=0.0 [Multi] ModemAddress=127.0.0.1 ModemPort=48205 LocalAddress=127.0.0.1 LocalPort=48105 ``` ### `etc/MMDVM-IQ-7.ini` ```ini [General] Daemon=0 [Log] DisplayLevel=1 MQTTLevel=1 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvm-iq-7 [Host] HostAddress=127.0.0.1 HostPort=3347 LocalAddress=127.0.0.1 LocalPort=3346 Trace=0 [Modem] Driver=Multi Trace=0 [Soapy] Type=sx RxGain=55 TxGain=30 SampleRate=250000 Bandwidth=200000 RxAmplitudeBalance=1.0 RxPhaseBalance=0.0 TxAmplitudeBalance=1.0 TxPhaseBalance=0.0 RxIOffset=0.0 RxQOffset=0.0 TxIOffset=0.0 TxQOffset=0.0 [Multi] ModemAddress=127.0.0.1 ModemPort=48206 LocalAddress=127.0.0.1 LocalPort=48106 ``` ### `etc/MMDVM-IQ-8.ini` ```ini [General] Daemon=0 [Log] DisplayLevel=1 MQTTLevel=1 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvm-iq-8 [Host] HostAddress=127.0.0.1 HostPort=3349 LocalAddress=127.0.0.1 LocalPort=3348 Trace=0 [Modem] Driver=Multi Trace=0 [Soapy] Type=sx RxGain=55 TxGain=30 SampleRate=250000 Bandwidth=200000 RxAmplitudeBalance=1.0 RxPhaseBalance=0.0 TxAmplitudeBalance=1.0 TxPhaseBalance=0.0 RxIOffset=0.0 RxQOffset=0.0 TxIOffset=0.0 TxQOffset=0.0 [Multi] ModemAddress=127.0.0.1 ModemPort=48207 LocalAddress=127.0.0.1 LocalPort=48107 ``` ### `etc/MMDVM-IQ-9.ini` ```ini [General] Daemon=0 [Log] DisplayLevel=1 MQTTLevel=1 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvm-iq-9 [Host] HostAddress=127.0.0.1 HostPort=3351 LocalAddress=127.0.0.1 LocalPort=3350 Trace=0 [Modem] Driver=Multi Trace=0 [Soapy] Type=sx RxGain=55 TxGain=30 SampleRate=250000 Bandwidth=200000 RxAmplitudeBalance=1.0 RxPhaseBalance=0.0 TxAmplitudeBalance=1.0 TxPhaseBalance=0.0 RxIOffset=0.0 RxQOffset=0.0 TxIOffset=0.0 TxQOffset=0.0 [Multi] ModemAddress=127.0.0.1 ModemPort=48208 LocalAddress=127.0.0.1 LocalPort=48108 ``` ### `etc/MMDVM-IQ.ini` ```ini [General] Daemon=0 [Log] DisplayLevel=1 MQTTLevel=1 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvm-iq [Host] HostAddress=127.0.0.1 HostPort=3335 LocalAddress=127.0.0.1 LocalPort=3334 Trace=0 [Modem] Driver=Soapy Trace=0 [Soapy] Type=sx RxGain=55 TxGain=30 SampleRate=250000 Bandwidth=200000 RxAmplitudeBalance=1.0 RxPhaseBalance=0.0 TxAmplitudeBalance=1.0 TxPhaseBalance=0.0 RxIOffset=0.0 RxQOffset=0.0 TxIOffset=0.0 TxQOffset=0.0 ``` ### `etc/MMDVM-Multi.ini` ```ini [General] Daemon=0 Channels=6 ChannelSpacing=25000 DMRDelay=10 RFDelay=10 RSSICalibration=70 [Log] DisplayLevel=1 MQTTLevel=1 [MQTT] Host=127.0.0.1 Port=1883 Auth=0 Username=mmdvm Password=mmdvm Keepalive=60 Name=mmdvm-multi [Modem] Type=sx SampleRate=300000 RxGain=55 TxGain=30 RxFrequency=434500000 TxFrequency=439500000 DigitalGain=35 SymbolDeviation=10 Trace=0 [MMDVM] ModemAddress=127.0.0.1 ModemPort=48100 LocalAddress=127.0.0.1 LocalPort=48200 Trace=0 ``` ### `etc/nginx/sites-available/mmdvm-web` ``` server { listen 80 default_server; listen [::]:80 default_server; server_name _; client_max_body_size 1m; location / { proxy_pass http://127.0.0.1:18080; proxy_http_version 1.1; proxy_set_header Host $host; proxy_set_header X-Real-IP $remote_addr; proxy_set_header X-Forwarded-For $proxy_add_x_forwarded_for; proxy_set_header X-Forwarded-Proto $scheme; proxy_read_timeout 300; proxy_send_timeout 300; } } ``` ### `etc/NXDNGateway.ini` ```ini [General] Callsign=NOCALL Suffix=NXDN # The next four lines are for a Kenwood repeater # RptProtocol=Kenwood # RptAddress=1.2.3.4 # RptPort=64000 # LocalPort=64000 # The next four lines are for an Icom repeater # RptProtocol=Icom # RptAddress=1.2.3.4 # RptPort=41300 # LocalPort=41300 # The next four lines are for an MMDVM RptProtocol=Icom RptAddress=127.0.0.1 RptPort=14021 LocalPort=14020 Debug=0 Daemon=0 [Info] RXFrequency=430475000 TXFrequency=439475000 Power=1 Latitude=0.0 Longitude=0.0 Height=0 Name=Nowhere Description=Multi-Mode Repeater [Voice] Enabled=1 Language=en_GB Directory=/usr/local/etc/Audio [APRS] Enable=0 Suffix=N Description=APRS Description # Symbol="/r" [Id Lookup] Name=/usr/local/etc/NXDN.csv Time=24 [Log] # Logging levels, 0=No logging DisplayLevel=1 MQTTLevel=1 [MQTT] Address=127.0.0.1 Port=1883 Keepalive=60 Auth=0 Username=mmdvm Password=mmdvm Name=nxdn-gateway [Network] Port=14050 HostsFile1=/usr/local/etc/NXDNHosts.json HostsFile2=/usr/local/etc/NXDNHosts.txt ReloadTime=60 ParrotAddress=127.0.0.1 ParrotPort=42021 NXDN2DMRAddress=127.0.0.1 NXDN2DMRPort=42022 Static=10200,65000 RFHangTime=120 NetHangTime=60 Debug=0 [GPSD] Enable=0 Address=127.0.0.1 Port=2947 [Remote Commands] Enable=0 ``` ### `etc/P25Gateway.ini` ```ini [General] Callsign=NOCALL RptAddress=127.0.0.1 RptPort=32010 LocalPort=42020 Debug=0 Daemon=0 [Id Lookup] Name=/usr/local/etc/DMRIds.dat Time=24 [Voice] Enabled=1 Language=en_GB Directory=/usr/local/etc/Audio [Log] # Logging levels, 0=No logging DisplayLevel=1 MQTTLevel=1 [MQTT] Address=127.0.0.1 Port=1883 Keepalive=60 Auth=0 Username=mmdvm Password=mmdvm Name=p25-gateway [Network] Port=42010 HostsFile1=/usr/local/etc/P25Hosts.json HostsFile2=/usr/local/etc/private/P25Hosts.json ReloadTime=60 ParrotAddress=127.0.0.1 ParrotPort=42011 P252DMRAddress=127.0.0.1 P252DMRPort=42012 Static=46020 RFHangTime=120 NetHangTime=60 Debug=0 [Remote Commands] Enable=0 ``` ### `etc/systemd/system/arch-callsign-cache-update.service` ```ini [Unit] Description=Refresh ARCH TETRA callsign cache After=network-online.target [Service] Type=oneshot ExecStart=/usr/local/sbin/arch-callsign-cache-update.sh ``` ### `etc/systemd/system/arch-callsign-cache-update.timer` ```ini [Unit] Description=Daily ARCH TETRA callsign cache refresh [Timer] OnBootSec=90s OnUnitActiveSec=24h AccuracySec=5m [Install] WantedBy=timers.target ``` ### `etc/systemd/system/arch-data-bootstrap.service` ```ini [Unit] Description=ARCH 数据库首次下载与更新 After=network-online.target Wants=network-online.target [Service] Type=oneshot ExecStart=/usr/local/bin/arch-data-bootstrap.sh TimeoutStartSec=0 Nice=10 IOSchedulingClass=idle StandardOutput=journal StandardError=journal [Install] WantedBy=multi-user.target ``` ### `etc/systemd/system/arch-data-bootstrap.timer` ```ini [Unit] Description=ARCH 数据库首次下载与每日更新 [Timer] OnBootSec=45s OnUnitActiveSec=1d Persistent=true Unit=arch-data-bootstrap.service [Install] WantedBy=timers.target ``` ### `etc/systemd/system/arch-tetra-mode-sync.service` ```ini [Unit] Description=Keep legacy gateways off while ARCH TETRA cluster mode is active After=network-online.target [Service] Type=oneshot ExecStart=/usr/local/sbin/arch-tetra-mode-sync.sh ``` ### `etc/systemd/system/arch-tetra-mode-sync.timer` ```ini [Unit] Description=ARCH TETRA gateway mode synchronizer [Timer] OnBootSec=20s OnUnitActiveSec=3s AccuracySec=1s [Install] WantedBy=timers.target ``` ### `etc/systemd/system/dmrgateway.service` ```ini [Unit] Description=DMRGateway Service After=network.target mmdvm-multi.service ConditionPathExists=/etc/mmdvm/dmr-ready Wants=mmdvm-multi.service [Service] Type=simple ExecStart=/usr/local/bin/DMRGateway /etc/DMRGateway.ini Restart=on-failure RestartSec=5 User=root WorkingDirectory=/var/log/mmdvm StandardOutput=journal StandardError=journal [Install] WantedBy=multi-user.target ``` ### `etc/systemd/system/fmo-bridge.service` ```ini [Unit] Description=ARCH FMO 本地桥接 After=network-online.target ConditionPathExists=/opt/fmo-bridge/pki/user_fm.json Wants=network-online.target [Service] Type=simple User=root WorkingDirectory=/opt/fmo-bridge Environment=TZ=Asia/Shanghai Environment=PYTHONPATH=/opt/fmo-bridge ExecStart=/usr/bin/python3 -u /opt/fmo-bridge/fmo_bridge.py /opt/fmo-bridge/config.json Restart=always RestartSec=3 [Install] WantedBy=multi-user.target ``` ### `etc/systemd/system/ircddbgatewayd.service` ```ini [Unit] Description=ircDDBGateway D-STAR Service After=network-online.target network.target mmdvm-multi.service Wants=network-online.target mmdvm-multi.service [Service] Type=simple ExecStart=/usr/local/bin/ircddbgatewayd /etc/ircddbgateway Restart=always RestartSec=10 User=root [Install] WantedBy=multi-user.target ``` ### `etc/systemd/system/mmdvm-iq@.service` ```ini [Unit] StartLimitIntervalSec=0 Description=MMDVM-IQ channel %i (SDR modem, UDP to MMDVM-Multi) After=network.target mmdvm-multi.service BindsTo=mmdvm-multi.service PartOf=mmdvm-multi.service [Service] Type=simple User=root Group=mmdvm-web ExecStart=/usr/local/bin/MMDVM-IQ /etc/MMDVM-IQ-%i.ini Restart=always RestartSec=3 StandardOutput=journal StandardError=journal Nice=-5 LimitRTPRIO=99 LimitNOFILE=16384 [Install] WantedBy=multi-user.target ``` ### `etc/systemd/system/mmdvm-multi.service` ```ini [Unit] StartLimitIntervalSec=0 Description=MMDVM-Multi (SX1255 multi-channel I/Q front end) After=network.target mosquitto.service Before=mmdvm-iq@1.service mmdvm-iq@2.service Wants=network.target mosquitto.service [Service] Type=simple User=root Group=mmdvm-web WorkingDirectory=/opt/src-mmdvm/MMDVM-Multi ExecStart=/usr/local/bin/MMDVM-Multi /etc/MMDVM-Multi.ini Restart=always RestartSec=5 StandardOutput=journal StandardError=journal Nice=-5 LimitRTPRIO=99 LimitNOFILE=16384 [Install] WantedBy=multi-user.target ``` ### `etc/systemd/system/mmdvm-web.service` ```ini [Unit] Description=MMDVM-IQ Web Console (Gunicorn) After=network-online.target Wants=network-online.target [Service] Type=simple User=mmdvm-web Group=mmdvm-web WorkingDirectory=/opt/mmdvm-web ExecStart=/usr/bin/gunicorn --workers 1 --threads 6 --timeout 120 --chdir /opt/mmdvm-web --pythonpath /opt/mmdvm-web --bind 127.0.0.1:18080 app:app Restart=always RestartSec=3 [Install] WantedBy=multi-user.target ``` ### `etc/systemd/system/mmdvm-wifi-boot.service` ```ini [Unit] Description=MMDVM WiFi auto-connect at boot After=NetworkManager.service network-online.target Wants=NetworkManager.service [Service] Type=oneshot ExecStart=/usr/local/bin/sys-manage.sh wifi-boot [Install] WantedBy=multi-user.target ``` ### `etc/systemd/system/mmdvmhost@.service` ```ini [Unit] StartLimitIntervalSec=0 Description=MMDVM-Host channel %i After=network.target mmdvm-iq@%i.service BindsTo=mmdvm-iq@%i.service PartOf=mmdvm-iq@%i.service [Service] Type=simple User=root Group=mmdvm-web ExecStart=/usr/local/bin/MMDVM-Host /etc/MMDVM-Host-%i.ini Restart=always RestartSec=3 StandardOutput=journal StandardError=journal LimitNOFILE=16384 [Install] WantedBy=multi-user.target ``` ### `etc/systemd/system/nxdngateway.service` ```ini [Unit] Description=NXDNGateway Service After=network-online.target network.target mmdvm-multi.service Wants=network-online.target mmdvm-multi.service [Service] Type=simple ExecStart=/usr/local/bin/NXDNGateway /etc/NXDNGateway.ini Restart=always RestartSec=10 User=root [Install] WantedBy=multi-user.target ``` ### `etc/systemd/system/p25gateway.service` ```ini [Unit] Description=P25Gateway Service After=network-online.target network.target mmdvm-multi.service Wants=network-online.target mmdvm-multi.service [Service] Type=simple ExecStart=/usr/local/bin/P25Gateway /etc/P25Gateway.ini Restart=always RestartSec=10 User=root [Install] WantedBy=multi-user.target ``` ### `etc/systemd/system/tetra-bs.service` ```ini [Unit] Description=TETRA Base Station (FlowStation / tetra-bluestation) After=network-online.target Wants=network-online.target [Service] Type=simple WorkingDirectory=/opt/tetra Environment=RUST_BACKTRACE=1 ExecStartPre=/opt/tetra/reset_usb.sh ExecStart=/opt/tetra-src/flowstation/target/release/bluestation-bs /opt/tetra/config.toml Restart=on-failure RestartSec=5 User=root Nice=-5 [Install] WantedBy=multi-user.target ``` ### `etc/systemd/system/ysfgateway.service` ```ini [Unit] Description=YSFGateway Service After=network-online.target network.target mmdvm-multi.service Wants=network-online.target mmdvm-multi.service [Service] Type=simple ExecStart=/usr/local/bin/YSFGateway /etc/YSFGateway.ini Restart=always RestartSec=10 User=root [Install] WantedBy=multi-user.target ``` ### `etc/YSFGateway.ini` ```ini [General] Callsign=NOCALL Suffix=RPT # Suffix=ND Id=0000000 RptAddress=127.0.0.1 RptPort=3200 LocalAddress=127.0.0.1 LocalPort=4200 WiresXCommandPassthrough=0 Debug=0 Daemon=0 [Info] RXFrequency=430475000 TXFrequency=439475000 Power=1 Latitude=0.0 Longitude=0.0 Height=0 Name=Nowhere Description=Multi-Mode Repeater [Log] # Logging levels, 0=No logging DisplayLevel=1 MQTTLevel=1 [APRS] Enable=0 Description=APRS Description Suffix=Y # Symbol="/r" [MQTT] Address=127.0.0.1 Port=1883 Keepalive=60 Auth=0 Username=mmdvm Password=mmdvm Name=ysf-gateway [Network] # Startup=FCS00120 # Startup=Alabama-Link # book DG-ID for Reflector # Options=20;21; InactivityTimeout=10 Reconnect=0 Revert=0 Debug=0 [YSF Network] Enable=1 Port=42000 Hosts=/usr/local/etc/YSFHosts.json ReloadTime=60 ParrotAddress=127.0.0.1 ParrotPort=42012 YSF2DMRAddress=127.0.0.1 YSF2DMRPort=42013 YSF2NXDNAddress=127.0.0.1 YSF2NXDNPort=42014 YSF2P25Address=127.0.0.1 YSF2P25Port=42015 [FCS Network] Enable=1 Rooms=/usr/local/etc/FCSRooms.txt Port=42001 [GPSD] Enable=0 Address=127.0.0.1 Port=2947 [Remote Commands] Enable=0 ``` ### `opt/fmo-bridge/config.template.json` ```json { "server": { "callsign": "", "uid": 0, "mqtt_host": "fmo.hljrsa.cn", "mqtt_port": 1883, "reg_port": 8081, "certFingerprint": "" }, "client": { "callsign": "", "uid": 0, "role": "user", "user_cert": "./pki/user_fm.json", "user_key": "./pki/user_fm.key", "intermediate_cert": "./pki/intermediate.json" }, "fm": { "bind_addr": "0.0.0.0", "bind_port": 49880, "rxgain": 1.0, "txgain": 0.45, "vendor": 0, "debug": false, "dsp": { "enable": true, "hpf_hz": 180.0, "shelf_db": 2.5, "shelf_hz": 1800.0, "limit": 0.95, "expander": false, "expander_thr": 0.01, "expander_ratio": 3.0, "agc": true, "agc_target": 0.08, "agc_max_gain_db": 24.0, "agc_min_gain_db": -26.0, "agc_rms_ms": 120.0, "agc_down_ms": 12.0, "agc_up_ms": 600.0, "agc_gate": 0.004 }, "tone": { "enable": false, "freq": 1000.0, "ms": 200, "delay_ms": 120, "gain": 0.5 }, "ctcss": { "enable": true, "rx": true, "tx": true, "freq": 88.5, "rx_tone": "88.5", "tx_tone": "88.5" } }, "voice": { "codec": "radpcm", "topic": "FMO/RAW", "relay_to_public": false } } ``` ### `opt/fmo-bridge/fmo_app_uplink_relay.py` ```python #!/usr/bin/env python3 # -*- coding: utf-8 -*- """FMO APP uplink relay. The phone APP sends one 80 ms PCM frame per MQTT packet under its own UID. Real FMO devices normally receive a server stream: NOCALL/uid=487, vendor 0, RADPCM, up to three 80 ms frames per message packet. This service converts and aggregates APP uplink packets into that exact shape. Server-uid packets are ignored, so the relay cannot loop into itself. """ import hashlib import json import sys import threading import time sys.path.insert(0, '/opt/dmr-fmo-bridge') import fmo_proto as FP # noqa: E402 import fmo_packet as FPK # noqa: E402 import fmo_voice as FV # noqa: E402 from paho.mqtt.client import Client # noqa: E402 BASE = '/opt/fmo-announcer' CFG = json.load(open(BASE + '/config.json', encoding='utf-8')) CERT = json.load(open('/opt/fmo-relay/pki/user_NOCALLRLY.json', encoding='utf-8')) INTER = json.load(open('/opt/fmo-relay/pki/intermediate.json', encoding='utf-8')) SEED = FP.b64u_decode(open('/opt/fmo-relay/pki/user_NOCALLRLY.key', encoding='ascii').read().strip()) SRV = CFG['server'] TOPIC = 'FMO/RAW' SERVER_UID = int(SRV['uid']) SERVER_CALL = str(SRV['callsign']).upper() CLIENT_ID = 'fmo-app-uplink-relay' MAX_FRAMES = 1 PARTIAL_MS = 180 STREAM_IDLE_S = 2.0 lock = threading.Lock() streams = {} seen = {} codecs = {} last_log = 0.0 out_count = 0 out_frames = 0 skip = 0 cli = None def log(msg): print('[%s] %s' % (time.strftime('%Y-%m-%d %H:%M:%S'), msg), flush=True) def prune_seen(now): for k, t in list(seen.items()): if now - t > 30.0: seen.pop(k, None) if len(codecs) > 128: codecs.clear() def get_codec(key): c = codecs.get(key) if c is None: c = FV.RadPcmCodec() codecs[key] = c return c def publish_frames(key, st, frames): global out_count, out_frames, last_log if not frames: return 0 sid, uid, call = key[1], key[0], st.get('call') or '' out = FPK.build_voice_packet( uid, call, frames, stream_begin_utc=sid, ts_ms=int(st.get('last_ts') or int(time.time() * 1000)), srv_uid=SERVER_UID, vendor=0, smeter=0, seq_index0=1, ) seen[hashlib.sha1(out).digest()] = time.time() cli.publish(TOPIC, out, qos=0) out_count += 1 out_frames += len(frames) now = time.time() if out_count == 1 or now - last_log >= 5.0: last_log = now log('relayed_packets=%d frames=%d source=%s/%s sid=%s packet_frames=%d' % ( out_count, out_frames, call, uid, sid, len(frames))) return len(frames) def flush_key(key, force=False): st = streams.get(key) if not st: return frames = st['frames'] while len(frames) >= MAX_FRAMES: chunk = frames[:MAX_FRAMES] del frames[:MAX_FRAMES] publish_frames(key, st, chunk) if force and frames: # Flush the final partial packet after the input stream has paused. chunk = frames[:] frames.clear() publish_frames(key, st, chunk) if not frames and force: streams.pop(key, None) def janitor(): while True: time.sleep(0.04) now = time.time() with lock: for key, st in list(streams.items()): if st['frames'] and now - st['last_rx'] >= PARTIAL_MS / 1000.0: flush_key(key, force=True) elif not st['frames'] and now - st['last_rx'] > STREAM_IDLE_S: streams.pop(key, None) def on_connect(client, userdata, flags, rc): log('MQTT connect rc=%s' % rc) if rc == 0: client.subscribe(TOPIC, qos=0) def on_disconnect(client, userdata, rc): if rc: log('MQTT disconnected rc=%s' % rc) def on_message(client, userdata, msg): global skip if msg.topic != TOPIC or len(msg.payload) < 64: return try: pkt = FPK.parse_voice_packet(bytes(msg.payload)) except Exception: return uid = int(pkt.get('uid') or 0) if uid == SERVER_UID: skip += 1 return if not pkt.get('crc_ok'): return in_frames = pkt.get('frames') or [] if not in_frames: return vendor = int(pkt.get('vendor') or 0) if vendor == 0 and not any(cm == FPK.CM_PCM for cm, _ in in_frames): return now = time.time() digest = hashlib.sha1(bytes(msg.payload)).digest() if now - seen.get(digest, 0.0) < 30.0: return seen[digest] = now if len(seen) > 2048: prune_seen(now) sid = int(pkt.get('streamBeginUTC') or pkt.get('timestamp') or 0) key = (uid, sid) codec = get_codec(key) converted = [] for cm, payload in in_frames: if cm == FPK.CM_PCM: try: enc = codec.encode(payload) except Exception as e: log('RADPCM encode failed uid=%s sid=%s: %s' % (uid, sid, e)) return if not enc: return converted.append((FPK.CM_RADPCM, enc)) elif cm in (FPK.CM_RADPCM, FPK.CM_OPUS): converted.append((cm, payload)) else: return with lock: st = streams.get(key) if st is None: st = {'frames': [], 'started': False, 'last_rx': now, 'last_ts': int(pkt.get('timestamp') or 0), 'call': str(pkt.get('callsign') or '')} streams[key] = st st['frames'].extend(converted) st['last_rx'] = now st['last_ts'] = int(pkt.get('timestamp') or int(now * 1000)) if not st.get('started') and st['frames']: first = st['frames'][:1] del st['frames'][:1] publish_frames(key, st, first) st['started'] = True flush_key(key, force=False) def main(): global cli login = FP.build_mqtt_login( CERT, INTER, SEED, SRV['callsign'], int(SRV['uid']), SRV['mqtt_host'], int(SRV['mqtt_port']), SRV['certFingerprint'], role='user') cli = Client(client_id=CLIENT_ID, protocol=3) cli.username_pw_set(login['username'], login['password']) cli.on_connect = on_connect cli.on_disconnect = on_disconnect cli.on_message = on_message cli.reconnect_delay_set(min_delay=1, max_delay=10) threading.Thread(target=janitor, daemon=True).start() while True: try: cli.connect(SRV['mqtt_host'], int(SRV['mqtt_port']), 30) cli.loop_forever() except Exception as e: log('error: %s; reconnecting' % e) time.sleep(5) if __name__ == '__main__': main() ``` ### `opt/fmo-bridge/fmo_bridge.py` ```python #!/usr/bin/env python3 # -*- coding: utf-8 -*- """FMO 桥接网关：MMDVM-Host「FM 模式」↔ FMO 4.0 网络（MQTT/EMQX + SAS 证书认证）。 数据流： RF 侧 : MMDVM-Host --FM Network(UDP, 8kHz S16LE)--> 本程序 --OPUS/RADPCM--> MQTT FMO/RAW 网络侧: MQTT FMO/RAW --解包/解码--> 本程序 --FM Network(UDP)--> MMDVM-Host 用法：python3 fmo_bridge.py config.json """ import hashlib import array import json import os import os import queue import signal import struct import sys import threading import time import wave from collections import deque import paho.mqtt.client as mqtt import fmo_proto as P import fmo_packet as PK import fmo_presence as PRES from fmo_fm import FmNetwork, pcm_gain from fmo_voice import OpusCodec, RadPcmCodec, OPUS_FRAME, RADPCM_FRAME from fmo_dsp import DownlinkShaper, make_tone_pcm RAW_TOPIC = "ARCH/HRC" # 默认直连全网语音主题；若配置了 voice.topic 则用它 # 上行流的分段判据：RF 音频静默超过这个时间就结束本段流。 # 必须大于正常语音的停顿间隙，否则一句话中间就会重开流 → 对端听感断续； # PTT 松开由 FME 显式收尾，不依赖这里。 STREAM_IDLE_S = 1.2 def log(*a): print(time.strftime("[%H:%M:%S]"), *a, flush=True) class AppPcmRelay: TOPIC='FMO/QSO/ARCH-FMO8P' OUT_N=320 # 40 ms @ 8 kHz PREBUFFER=3200 # 400 ms；比原来的 800 ms 少一半，端到端留出余量 MAX_QUEUE=24000 # 3 s 硬上限，防止延迟越积越大 RATE_MIN=296 # 每 40 ms 最少消费 296 个输入样本（约 -7.5%） RATE_MAX=340 # 每 40 ms 最多消费 340 个输入样本（约 +6.25%） RATE_SMOOTH=0.08 # 连续调节，禁止逐帧大幅变速造成音质抖动 def __init__(self,publish_fn): self.publish_fn=publish_fn; self.q=deque(); self.q_n=0 self.cv=threading.Condition(); self.stream=None self.uid=0; self.callsign=''; self.sid=0; self.seq=0 self.last_rx=0.0; self.stop_flag=False self.last_frame=array.array('h',[0]*self.OUT_N); self.plc_gain=1.0 self.rate=float(self.OUT_N); self.underruns=0 self.stream_frames=0; self.stream_start=0.0 self.rate_samples=0; self.rate_start=time.monotonic(); self.fixed_rate=False self.pending_key=None; self.pending_q=deque(); self.pending_n=0 self.pending_last=0.0; self.pending_uid=0; self.pending_callsign='' self.pending_sid=0; self.pending_frames=0; self.pending_first_len=0 def start(self): threading.Thread(target=self.run_player,daemon=True,name='app-pcm-relay').start() def stop(self): with self.cv: self.stop_flag=True; self.cv.notify_all() def _start_current_locked(self,key,uid,callsign,sid,first_len): self.q.clear(); self.q_n=0 self.stream=key; self.uid=int(uid); self.callsign=str(callsign or 'FMO'); self.sid=int(sid) self.seq=0; self.plc_gain=1.0 self.rate=float(self.RATE_MIN if first_len>=1280 else self.OUT_N) self.fixed_rate=(first_len<1280) self.underruns=0; self.stream_frames=0; self.stream_start=time.monotonic() self.rate_samples=0; self.rate_start=time.monotonic(); self.last_rx=time.monotonic() def _drop_pending_locked(self): self.pending_key=None; self.pending_q=deque(); self.pending_n=0 self.pending_last=0.0; self.pending_frames=0; self.pending_first_len=0 def _adopt_pending_locked(self): if self.pending_key is None or self.pending_n<=0: return False self.q=self.pending_q; self.q_n=self.pending_n self.stream=self.pending_key; self.uid=self.pending_uid; self.callsign=self.pending_callsign or 'FMO' self.sid=self.pending_sid; self.seq=0; self.plc_gain=1.0 self.rate=float(self.RATE_MIN if self.pending_first_len>=1280 else self.OUT_N) self.fixed_rate=(self.pending_first_len<1280) self.underruns=0; self.stream_frames=self.pending_frames; self.stream_start=time.monotonic() self.rate_samples=self.pending_n; self.rate_start=time.monotonic(); self.last_rx=self.pending_last self.pending_key=None; self.pending_q=deque(); self.pending_n=0 self.pending_last=0.0; self.pending_frames=0; self.pending_first_len=0 self.cv.notify_all(); return True def feed(self,pcm,uid,callsign,sid): if not pcm: return key=(int(sid),int(uid)); a=array.array('h'); a.frombytes(pcm[:len(pcm)//2*2]) if not a: return now=time.monotonic(); activated=False with self.cv: current_live=(self.stream is not None and self.last_rx>0 and now-self.last_rx<1.2 and self.q_n>0) if self.stream is None or self.q_n==0 or not current_live: if self.stream!=key: self._start_current_locked(key,uid,callsign,sid,len(a)); activated=True if self.stream_frames==0: self.rate=float(self.RATE_MIN if len(a)>=1280 else self.OUT_N); self.fixed_rate=(len(a)<1280) self.q.append(a); self.q_n+=len(a); self.rate_samples+=len(a); self.stream_frames+=1; self.last_rx=now elif key==self.stream: if self.stream_frames==0: self.rate=float(self.RATE_MIN if len(a)>=1280 else self.OUT_N); self.fixed_rate=(len(a)<1280) self.q.append(a); self.q_n+=len(a); self.rate_samples+=len(a); self.stream_frames+=1; self.last_rx=now else: if key!=self.pending_key or (self.pending_last>0 and now-self.pending_last>0.35): self._drop_pending_locked(); self.pending_key=key; self.pending_uid=int(uid) self.pending_callsign=str(callsign or 'FMO'); self.pending_sid=int(sid); self.pending_first_len=len(a) self.pending_q.append(a); self.pending_n+=len(a); self.pending_frames+=1; self.pending_last=now if self.pending_n>=self.PREBUFFER: self._adopt_pending_locked(); activated=True while self.q_n>self.MAX_QUEUE and self.q: old=self.q.popleft(); self.q_n-=len(old) self.cv.notify_all() if activated: log('APP relay stream uid=%s call=%s sid=%s'%(uid,callsign,sid)) def _take(self,want): out=array.array('h') with self.cv: while len(out)=self.PREBUFFER: self._adopt_pending_locked() # 短流（尤其是 PTT 结束后的 1 帧/80ms 尾包）绝不播放： # 给正常包间隔留 0.8s，凑不满 400ms 的流直接丢弃。 while self.q_n0 and time.monotonic()-self.last_rx<0.8:self.cv.wait(0.1) if self.stop_flag:return if self.q_n0 and now-self.last_rx<2.5 if not active and self.q_n=self.PREBUFFER: self._adopt_pending_locked() else: self.q.clear();self.q_n=0;self.stream=None primed=False;nt=time.monotonic()+0.04;time.sleep(0.04);continue buffered=self.q_n now_rate=time.monotonic(); rate_elapsed=now_rate-self.rate_start if (not self.fixed_rate) and rate_elapsed>=0.5 and self.rate_samples>0: measured=self.rate_samples/rate_elapsed*0.040 self.rate_samples=0; self.rate_start=now_rate target=max(self.RATE_MIN,min(self.RATE_MAX,measured)) err=buffered-self.PREBUFFER target=max(self.RATE_MIN,min(self.RATE_MAX,target+max(-4.0,min(4.0,err*0.0015)))) self.rate += (target-self.rate)*0.15 want=max(self.RATE_MIN,min(self.RATE_MAX,int(round(self.rate)))) src=self._take(want);out=array.array('h',[0]*self.OUT_N) if len(src)==0: # 语音结束：绝不补 PLC。旧逻辑连续重复上一帧 3 次，听感就是“哒哒哒”。 self.underruns+=1 with self.cv: self.q.clear(); self.q_n=0; self.stream=None self._drop_pending_locked() primed=False; nt=time.monotonic()+0.04; time.sleep(0.04) continue else: self.plc_gain=1.0 if len(src)==self.OUT_N:out=src else: last=len(src)-1 for i in range(self.OUT_N): pos=i*last/(self.OUT_N-1.0);j=int(pos);k=min(last,j+1);f=pos-j out[i]=max(-32768,min(32767,int(round(src[j]*(1.0-f)+src[k]*f)))) self.last_frame=array.array('h',out) self._publish(out);nt+=0.040;d=nt-time.monotonic() if d>0:time.sleep(d) elif d<-0.4:nt=time.monotonic() class TxPacer(threading.Thread): """下行音频实时节拍器。 网络语音包是 ~240ms 的突发；若整包立刻灌给 MMDVM-Host，Host→modem 的缓冲会在两次突发之间欠载，表现为发射断续。这里按 20ms 块、固定节拍 平滑输出，并负责 FMS/FME 的起停。 """ BLOCK_MS = 20 BLOCK_BYTES = 320 # 160 样本 @8kHz S16LE # 严格按实时节拍（20ms 一块）。MMDVM-Host 的 FM 网络缓冲只有 # 2000 字节 = 1000 样本 = 125ms（FMNetwork.cpp:42），快了会溢出丢音、 # 慢了会饿死（IQ 只容忍 60ms 断流）——只能靠开头的预灌建立余量。 PACE_MS = 20 # 流开始时立即灌入的块数。MMDVM-Host 的 FM 网络环形缓冲只有 2000B=125ms， # 必须先把缓冲垫高，否则馈送节拍的微小抖动会让缓冲见底（表现为音频断续）。 PREBUFFER_BLOCKS = 6 # 6×20ms = 120ms，贴近 Host 缓冲上限 # 网络语音包间隔实测约 250~260ms（NOCALL 交替发 2/3 帧）， # 静默判定必须显著大于包间隔，否则每个包之间都会 FME/FMS 反复起停 → 发射断续 IDLE_MS = 800 def __init__(self, send_fn, start_fn, end_fn): super().__init__(daemon=True) self._send = send_fn self._start = start_fn self._end = end_fn self._q = queue.Queue() self._stop = False self._active = False self._last = 0.0 self._next = 0.0 self._prefill = 0 self.blocks = 0 self.underruns = 0 self.max_empty = 0.0 # 播放中缓冲最长空置时间（判饥饿） self._empty_since = 0.0 def feed(self, pcm): if pcm: self._q.put(pcm) def active(self): return self._active def stop(self): self._stop = True def run(self): buf = bytearray() while not self._stop: try: while True: buf += self._q.get_nowait() except queue.Empty: pass now = time.monotonic() if (len(buf) >= self.BLOCK_BYTES and (not self._active or now >= self._next or self._prefill > 0)): if not self._active: self._active = True self._start() self._next = now self._prefill = self.PREBUFFER_BLOCKS self._empty_since = 0.0 if self._prefill > 0: self._prefill -= 1 # 预灌期内立即补发，不按节拍 else: now = time.monotonic() # 每轮最多发一块，绝不补发突发 self._send(bytes(buf[:self.BLOCK_BYTES])) del buf[:self.BLOCK_BYTES] self.blocks += 1 self._last = now self._next = max(self._next, now) + self.PACE_MS / 1000.0 now = time.monotonic() if self._active and not buf: if self._empty_since == 0.0: self._empty_since = now elif buf: # ARCH 2026-09-19：只在「断流后又重新收到数据」时统计饥饿时长。 # 原来的写法把流末尾的收尾空档也算进去，使得每次统计恒为 800ms， # 无法判断流中间到底有没有断音。 if self._empty_since: gap = now - self._empty_since if gap > self.max_empty: self.max_empty = gap if gap > 0.060: self.underruns += 1 self._empty_since = 0.0 if self._active and (now - self._last) > self.IDLE_MS / 1000.0: self._end() self._active = False buf.clear() self._empty_since = 0.0 # 精确睡到下一块到期（上限 20ms）；空闲时短睡以便及时唤醒 if self._active: dt = self._next - time.monotonic() time.sleep(0.0005 if dt <= 0 else min(dt, 0.02)) else: time.sleep(0.003) class Bridge: def __init__(self, cfg): self.cfg = cfg c = cfg["client"] self.uid = int(c["uid"]) self.callsign = str(c["callsign"]).upper() self.vendor = int(cfg.get("fm", {}).get("vendor", PK.DEFAULT_VENDOR)) self.codec_mode = cfg.get("voice", {}).get("codec", "opus").lower() # 语音主题：默认直连 FMO/RAW；设为 FMO-BRIDGE/RAW 时由服务器侧中继 # 改写身份后转出（真实设备只信任官方根，故服务器侧改写是必要的一步） self.topic = cfg.get("voice", {}).get("topic") or RAW_TOPIC # 是否同时以「服务器本台身份」把上行音频转发到全网 FMO/RAW self.relay_out = bool(cfg.get("voice", {}).get("relay_to_public", True)) self.relay_pkts = 0 self.relayed_sb = {} # 本机转出过的 streamBeginUTC → 时间（下行去重用） # 下行收包统计（诊断丢包） self.rx_msgs = 0 self.rx_drop_own = 0 self.rx_drop_self = 0 self.rx_drop_bad = 0 self.rx_drop_busy = 0 self.rx_drop_dup = 0 self._dedup = {} self.rx_frames = 0 self.cap_n = 0 self._stat_t = 0.0 # 无本地证书时自动向服务器注册（方案 C） reg = c.get("register_url") or cfg.get("server", {}).get("register_url") if reg: try: import fmo_reg srv_info, _, _ = fmo_reg.ensure_cert( reg, self.callsign, self.uid, c["user_cert"], c["user_key"], c["intermediate_cert"], token=c.get("register_token"), log=log) if srv_info: s = cfg["server"] s["callsign"] = srv_info.get("callsign", s.get("callsign")) s["uid"] = srv_info.get("uid", s.get("uid")) s["certFingerprint"] = srv_info.get("certFingerprint", s.get("certFingerprint")) if not s.get("mqtt_host"): s["mqtt_host"] = srv_info.get("mqttHost") if not s.get("mqtt_port"): s["mqtt_port"] = srv_info.get("mqttPort", 1883) log("已从服务器取得身份：%s uid=%s" % (s["callsign"], s["uid"])) except Exception as e: log("自动注册未完成（改用本地已有证书）：%s" % e) with open(c["user_cert"], encoding="utf-8") as f: self.user_cert = json.load(f) with open(c["intermediate_cert"], encoding="utf-8") as f: self.inter_cert = json.load(f) with open(c["user_key"], encoding="ascii") as f: self.user_seed = P.b64u_decode(f.read().strip()) # uid 一律以证书为准：FAS 审计服务会封禁「同一 uid 多处登录」， # 配置与证书不一致会导致封号 self.uid = int(self.user_cert["subject"]["uid"]) self.codec = OpusCodec() if self.codec_mode == "opus" else RadPcmCodec() self.frame_samples = OPUS_FRAME if self.codec_mode == "opus" else RADPCM_FRAME self.frame_ms = self.frame_samples * 1000 // 8000 # OPUS 40ms / RADPCM 80ms self.cm = PK.CM_OPUS if self.codec_mode == "opus" else PK.CM_RADPCM # 下行必须按对端实际编码解码，故两种解码器都常驻 self.opus = OpusCodec() self.radpcm = RadPcmCodec() # 在线宣告（真实设备靠 FMO/TELE 感知在线用户） # 注意：午夜实测可用时**没有**发 TELE；若开启后干扰对端播放，可通过配置关闭 self.presence_on = bool(cfg.get("voice", {}).get("presence", False)) # §8.4 路由仲裁：午夜可用时没有实现；实现不当会误拒真实设备的包（表现为断续） self.arbitration_on = bool(cfg.get("voice", {}).get("arbitration", False)) self.session = int(time.time() * 1000) & 0xFFFFFFFF self.late_seq = 0 self.stop_flag = False # §8.4 网络路由仲裁状态 self.route_uid = None self.route_sb = 0 self.route_at = 0.0 # 上行（RF -> 网络） self.rx_buf = bytearray() # 上行速率计量（诊断 FM -> 网络 是否按实时速率送音频） self.rf_pkts = 0 self.rf_samples = 0 self.rf_rate_t0 = time.time() self.rf_gap_max = 0.0 self.rf_last_t = 0.0 self.frames = [] # [(cm, payload), ...] self.stream_begin = 0 self.seq = 0 self.tx_stream_on = False self.last_voice = 0.0 self.last_net_voice = 0.0 # 下行（网络 -> RF） self.rf = None self.pacer = None # 下行实时节拍器（run() 里创建） # 下行音频整形（见 fmo_dsp.py；参数在 config.json 的 fm.dsp） self.shaper = DownlinkShaper(8000, cfg.get("fm", {}).get("dsp") or {}) self.nw_playing = False self.nw_frames = 0 self.rf_busy_until = 0.0 # 半双工：本地正在发就不收网络 self.net_guard_until = 0.0 # 网络正在放音/刚放完时抑制 SDR 自回声 self.agg_ms = 0 # 上行聚合计时（毫秒） # 断续诊断 self.rx_last = 0.0 # 上行：上一个 FMD 到达时刻 self.rx_max_gap = 0.0 self.tx_pkts = 0 # 上行：本流已发布的消息包/帧 self.tx_frames = 0 self.nw_last = 0.0 # 下行：上一个网络包到达时刻 self.nw_max_gap = 0.0 # 上行音频抓取（诊断用，fm.capture 指定路径时启用） self.cap_path = self.cfg.get("fm", {}).get("capture") or "" self.cap_w = None self.cap_bytes = 0 if self.cap_path: try: self.cap_w = wave.open(self.cap_path, "wb") self.cap_w.setnchannels(1) self.cap_w.setsampwidth(2) self.cap_w.setframerate(8000) log("上行音频抓取 ->", self.cap_path) except Exception as e: log("上行音频抓取开启失败：%s" % e) self.cap_w = None # 下行音频抓取（诊断用）：记录实际送给 Host 的 PCM（裸 PCM，避免 wave 模块问题） self.cap_tx_path = self.cfg.get("fm", {}).get("capture_tx") or "" self.cap_tx = None # ---- 通联日志（供 Web「Live QSO」看板显示呼号）---- self.qso_ch = 0 # 显示/QSO 日志按当前规划动态取通道，不保存绑定。 self.nw_start = 0.0 # 网络流开始时刻 self.nw_call = "" # 网络流说话人呼号 self.nw_uid = 0 self.tx_start = 0.0 # RF 流开始时刻 if self.cap_tx_path: try: self.cap_tx = open(self.cap_tx_path, "wb") log("下行音频抓取（裸 PCM @8kHz s16le）->", self.cap_tx_path) except Exception as e: log("下行音频抓取开启失败：%s" % e) self.cap_tx = None s = cfg["server"] self.mqtt = mqtt.Client(client_id="fmo-bridge-" + self.callsign, clean_session=True, protocol=mqtt.MQTTv311) self._refresh_login() self.mqtt.on_connect = self._on_connect self.mqtt.on_message = self._on_message self.mqtt.on_disconnect = self._on_disconnect self.app_relay = AppPcmRelay(lambda topic,payload: self.mqtt.publish(topic,payload,qos=0)) # --------------------------------------------- §8.4 网络路由仲裁（协议强制） ROUTE_WINDOW_MS = 1500 def _route_accept(self, uid, stream_begin): """按 FMO 协议 §8.4 判定该语音包是否有权占用网络路由。 规则：同 UID 续占；路由超时(1500ms)新包占用； 新包 streamBeginUTC 更早(差值≤2s) 抢占；相同且 UID 更小 抢占；否则拒绝。 """ now = time.time() * 1000.0 if (self.route_uid is not None and (now - self.route_at) <= self.ROUTE_WINDOW_MS): if uid == self.route_uid: self.route_at = now return True diff = (self.route_sb - stream_begin) & 0xFFFFFFFF if stream_begin != self.route_sb and 0 < diff <= 2000: log("路由被抢占：uid=%d 取代 uid=%d（起始更早 %dms）" % (uid, self.route_uid, diff)) self.route_uid, self.route_sb, self.route_at = uid, stream_begin, now return True if stream_begin == self.route_sb and uid < self.route_uid: log("路由被抢占：uid=%d 取代 uid=%d（起始相同，UID 更小）" % (uid, self.route_uid)) self.route_uid, self.route_sb, self.route_at = uid, stream_begin, now return True return False self.route_uid, self.route_sb, self.route_at = uid, stream_begin, now return True def _route_free(self): """本机上行结束：让出路由，供他人使用。""" self.route_uid = None self.route_sb = 0 self.route_at = 0.0 # ------------------------------------------------------------- MQTT def _refresh_login(self): """(重新)生成 MQTT 登录凭据。 登录密码里含有时效性 timestamp，SAS 有 TtlSec 窗口； paho 自动重连会复用旧凭据 → 超窗后被 deny(rc=5)，故每次重连前必须刷新。 """ s = self.cfg["server"] c = self.cfg["client"] login = P.build_mqtt_login( self.user_cert, self.inter_cert, self.user_seed, server_callsign=s["callsign"], server_uid=int(s["uid"]), mqtt_host=s["mqtt_host"], mqtt_port=int(s["mqtt_port"]), server_fingerprint_b64u=s["certFingerprint"], role=c.get("role", "user")) self.mqtt.username_pw_set(login["username"], login["password"]) return login def _on_connect(self, cli, userdata, flags, rc): if rc == 0: # 订阅与真实 FMO 设备一致的主题集合 for t in PRES.USER_SUBSCRIPTIONS: cli.subscribe(t, qos=0) if self.topic != "ARCH/HRC": cli.subscribe("ARCH/HRC", qos=0) # 下行：直接收全网语音 cli.subscribe(self.topic, qos=0) log("MQTT 已连接；下行主题=FMO/RAW，中转主题=%s" % self.topic) self._send_presence() # 立即宣告一次"我在线" else: log("MQTT 连接失败 rc=%s（SAS 可能 deny：检查证书/指纹/时间）" % rc) def _active_fm_slot(self): """实时返回当前已启用的 FM 通道号和频率，不保存固定通道。""" try: with open("/etc/mmdvm/channels.json", encoding="utf-8") as f: plan = json.load(f) limit = max(1, min(16, int(plan.get("channels") or 1))) for item in plan.get("list", [])[:limit]: if str(item.get("mode", "")).upper() == "FM": return (int(item.get("n") or 0), float(item.get("rx") or 0) / 1e6, float(item.get("tx") or 0) / 1e6) except Exception: pass fmc = self.cfg.get("fm", {}) return (int(fmc.get("channel") or 0), float(fmc.get("rx_mhz", 0.0)), float(fmc.get("tx_mhz", 0.0))) def _active_fm_freqs(self): _n, rx_mhz, tx_mhz = self._active_fm_slot() return rx_mhz, tx_mhz # ----------------------------------------------------- 在线宣告（关键） def _send_presence(self): """发 FMO/TELE 遥测/在线宣告（默认关闭，见 voice.presence）。""" if not self.presence_on: return rx_mhz, tx_mhz = self._active_fm_freqs() tele = PRES.build_tele(self.uid, self.callsign, tx_mhz=tx_mhz, rx_mhz=rx_mhz, session=self.session) try: self.mqtt.publish("FMO/TELE", tele, qos=0) self.mqtt.publish("FMO/LATE/UID_V1/%d" % self.uid, PRES.build_late(0, self.late_seq, 0), qos=0) self.late_seq = (self.late_seq + 1) & 0xFFFFFFFF except Exception as e: log("宣告发送失败：%s" % e) def _presence_loop(self): while not self.stop_flag: time.sleep(30.0) if self.mqtt is not None: self._send_presence() def _cred_loop(self): """高频刷新登录凭据。 SAS 的凭据有效期只有约 60 秒（其启动日志明确写着 「Token 过期时间随机抖动(±60s, 避免惊群)」）。若刷新间隔与有效期相当， 重连时凭据往往刚好过期 → 永久 rc=5。故这里每 15 秒重建一次。 """ while not self.stop_flag: time.sleep(15.0) try: self._refresh_login() except Exception as e: log("刷新登录凭据失败：%s" % e) def _on_disconnect(self, cli, userdata, rc): log("MQTT 断开 rc=%s；刷新登录凭据供重连" % rc) try: self._refresh_login() except Exception as e: log("刷新登录凭据失败：%s" % e) def _on_message(self, cli, userdata, msg): self.rx_msgs += 1 if msg.topic not in ("ARCH/HRC", self.topic): return # 丢弃自己转出的包（uid=服务器 且 streamBeginUTC 命中），否则会自激回环 if self._is_own_relay(msg.payload): self.rx_drop_own += 1 return try: pkt = PK.parse_voice_packet(msg.payload) except Exception as e: self.rx_drop_bad += 1 if self.rx_drop_bad <= 5: log("解包失败:", e) return if pkt["uid"] == self.uid: self.rx_drop_self += 1 return # ARCH 2026-09-19：同一条语音流可能同时出现在 ARCH/HRC 与 FMO/RAW # （服务器侧镜像或双发），按报文内容去重，避免重复灌入节拍器 → 叠音 now = time.time() key = hashlib.sha1(msg.payload).digest() seen = self._dedup.get(key) if seen is not None and (now - seen) < 2.0: self.rx_drop_dup += 1 return self._dedup[key] = now if len(self._dedup) > 4000: cut = now - 5.0 self._dedup = {k: v for k, v in self._dedup.items() if v >= cut} self._on_net_voice(pkt) # ------------------------------------------------------------- 上行 RF->网络 def on_rf_audio(self, pcm): now = time.time() # Half-duplex/self-echo guard: while a network stream is actively being # played to RF, the SDR may hear our own transmission and return it as # RF audio. Never feed that echo back into the FMO room. if (self.nw_playing and (now - self.last_net_voice) < 0.8) or now < self.net_guard_until: self.rx_drop_busy += 1 return if self.cap_w is not None: try: self.cap_w.writeframes(pcm) self.cap_bytes += len(pcm) if self.cap_bytes > 8000 * 2 * 180: # 上限 180 秒 self.cap_w.close() log("上行音频抓取已达上限，停止写入 %s" % self.cap_path) self.cap_w = None except Exception: self.cap_w = None self.rf_pkts += 1 self.rf_samples += len(pcm) // 2 if self.rf_last_t > 0: g = now - self.rf_last_t if g > self.rf_gap_max: self.rf_gap_max = g self.rf_last_t = now if self.rx_last: gap = now - self.rx_last if gap > self.rx_max_gap: self.rx_max_gap = gap self.rx_last = now if now - self.last_voice > STREAM_IDLE_S: self._begin_stream() self.last_voice = now self.rf_busy_until = now + 1.0 # §8.3 半双工：当前方向空闲超过 1s 才允许反向 self.rx_buf += pcm_gain(pcm, float(self.cfg.get("fm", {}).get("rxgain", 1.0))) need = self.frame_samples * 2 while len(self.rx_buf) >= need: chunk = bytes(self.rx_buf[:need]) del self.rx_buf[:need] self.frames.append((self.cm, self.codec.encode(chunk))) self.agg_ms += self.frame_ms # 再凑一帧就超过 250ms 就发（RADPCM 3帧=240ms，OPUS 6帧=240ms） # 必须与对端(NOCALL)一致：240ms 一发，否则接收端抖动缓冲会欠载 → 断续 if self.agg_ms + self.frame_ms > PK.AGG_MS: self._flush_frames() self.agg_ms = 0 def _begin_stream(self): self.flush_stream() self.stream_begin = int(time.time() * 1000) & 0xFFFFFFFF self.seq = 0 self.agg_ms = 0 self.tx_stream_on = True self.tx_start = time.time() self._qso_log("rf", self.callsign, "CQCQCQ") # 本台开始发射 log("RF 开始 -> 网络流（codec=%s vendor=0x%04X）" % (self.codec_mode, self.vendor)) def _relay_out(self, blob): """把上行包以「服务器本台身份」改写后发到全网 FMO/RAW。 真实 FMO 设备只信任能链到官方根的用户证书，我们自签身份不会被它们播放； 按官方《语音数据开放协议》「服务器管理员对桥接输入源负责」及使用说明书中 「部分服务器可能桥接了非 FMO 的音频源或呼号输入」，由服务器台以本台身份 转出是被认可的用法。改写只动头部，CRC32 仅覆盖帧区，无需重算。 关键：vendor 也要写成 0x0000（FMO 官方值）。协议规定 vendor 的用途是 「让大家都遵守同一种语音编码规则」，0x1000~0x2FFF 的试验/软件区只是 开发调试用；真实设备对软件区厂商的流不予播放（实测：会提示接收但不放音）。 """ s = self.cfg["server"] b = bytearray(blob) struct.pack_into(" 0: self._qso_log("rf", self.callsign, "CQCQCQ", max(0.1, time.time() - self.tx_start)) self.tx_start = 0.0 self.tx_frames = 0 self.rx_max_gap = 0.0 self.rx_buf.clear() self._route_free() # §8.4 结束上行即让出路由 def tick(self): if self.tx_stream_on and (time.time() - self.last_voice) > STREAM_IDLE_S: self.flush_stream() # ------------------------------------------------------------- 下行 网络->RF def _decode_any(self, cm, payload): """按帧自带的 compressMode 解码（对端可能是 OPUS/RADPCM/PCM 任意一种）。""" try: if cm == PK.CM_OPUS: return self.opus.decode(payload) if cm == PK.CM_RADPCM: return self.radpcm.decode(payload) if cm == PK.CM_PCM: return payload except Exception as e: log("解码失败 cm=%d len=%d: %s" % (cm, len(payload), e)) return b"" def _on_net_voice(self, pkt): if self.rf is None: return if time.time() < self.rf_busy_until: # 半双工：本地正在发就不收网络 self.nw_last = 0.0 # 避免把本地发射期间算作网络间隙 self.rx_drop_busy += 1 return # §8.4 网络路由仲裁（默认关闭，见 voice.arbitration） if self.arbitration_on and not self._route_accept(pkt["uid"], pkt["streamBeginUTC"]): return cs = pkt["callsign"] if not self.nw_playing: self.nw_playing = True self.nw_start = time.time() self.nw_last = 0.0 # 新流：重置到达间隙统计 self.nw_max_gap = 0.0 self.nw_call = cs self._qso_log("network", cs, "CQCQCQ") # 对方开始说话 log("网络 -> RF: %s uid=%d cm=%s frames=%d" % (cs, pkt["uid"], sorted(set(cm for cm, _ in pkt["frames"])), len(pkt["frames"]))) self.last_net_voice = time.time() self.net_guard_until = self.last_net_voice + 1.5 now = self.last_net_voice if self.nw_last: gap = now - self.nw_last if gap > self.nw_max_gap: self.nw_max_gap = gap self.nw_last = now gain = float(self.cfg.get("fm", {}).get("txgain", 1.0)) for cm, payload in pkt["frames"]: pcm = self._decode_any(cm, payload) if pcm: self.app_relay.feed(pcm, pkt['uid'], cs, pkt['streamBeginUTC']) # 必须交给节拍器平滑输出：直接整包灌给 Host 会撑爆其 125ms 环形缓冲 # （FMNetwork.cpp:42 m_buffer(2000U)），导致音频被丢弃 → 断续 pcm = self.shaper.process(pcm_gain(pcm, gain)) # 下行音频整形 if self.pacer is not None: self.pacer.feed(pcm) else: self.rf.send_audio(pcm) self.nw_frames += 1 self.rx_frames += 1 def _on_rf_end(self): self.flush_stream() log("RF END") self._courtesy_tone() def _courtesy_tone(self): """尾音确认音：对方松开 PTT（Host 发 FME）后回一段短促音。 走同一个 TxPacer，因此 FMS/FME 与节拍都由它统一负责。""" return # ARCH: 1000Hz 尾音已改为热点本地功能，93 不再发送 t = (self.cfg.get("fm", {}) or {}).get("tone") or {} if not t.get("enable") or self.pacer is None: return def _play(): d = float(t.get("delay_ms", 120)) / 1000.0 if d > 0: time.sleep(d) # 网络侧正在放音就让路，避免抢信道 if self.nw_playing and (time.time() - self.last_net_voice) < 0.8: return try: self.pacer.feed(make_tone_pcm(float(t.get("freq", 1000.0)), int(t.get("ms", 200)), float(t.get("gain", 0.5)))) log("尾音确认音 %dHz %dms（对方已收到）" % (int(t.get("freq", 1000)), int(t.get("ms", 200)))) except Exception as e: log("尾音发送失败：%s" % e) threading.Thread(target=_play, daemon=True).start() def _qso_log(self, src, call, target, seconds=None, extra=""): """按 MMDVM-Host 的格式打一条通联日志，供 Web「Live QSO」解析。 格式必须同时满足两处： · mmdvm-status.py 的关键字过滤：含 'received network voice header' / 'received rf voice header'（连在一起的固定词组） · app.py 的 parse_qso_line：含 'fm' → 模式 FM；'from <呼号>'； 'N seconds'；'\\s*\\[CH(\\d)\\]\\s*' 通道前缀 且「开始通话」那一行绝对不能再带 “N seconds”， 否则 parse_qso_line 会把它当成已结束，通联列表不会变红。 故输出形如： 开始：[CH1] 2026-09-12 09:30:15 FM received network voice header " "from NOCALL to CQCQCQ 结束：[CH1] 2026-09-12 09:30:20 FM received network voice header " "from NOCALL to CQCQCQ, 5.2 seconds """ try: ts = time.strftime("%Y-%m-%d %H:%M:%S", time.gmtime()) who = "network" if src == "network" else "rf" n, _rx, _tx = self._active_fm_slot() n = n or self.qso_ch or 1 if seconds is None: # ★ 开始通话：不带时长 = 前端判为“通话中”（红色高亮） log("[CH%d] %s FM received %s voice header from %s to %s%s" % (n, ts, who, call or "UNKNOWN", target or "CQCQCQ", extra)) else: log("[CH%d] %s FM received %s voice header from %s to %s, %.1f seconds%s" % (n, ts, who, call or "UNKNOWN", target or "CQCQCQ", max(0.1, seconds), extra)) except Exception as e: log("通联日志写入失败：%s" % e) def _check_tone_req(self): """Web 页「试听尾音」：读请求文件内容，与上次不同就发一声。 不用删除文件：桥接以 pi 身份运行，而请求文件由 root 写进 /tmp （/tmp 带 sticky 位），pi 无权 unlink，只能靠内容比对。 """ return # ARCH: 1000Hz 尾音已改为热点本地功能，93 不再发送 if self.pacer is None: return try: with open("/tmp/fmo_tone_req") as f: v = f.read().strip() except Exception: return if not v or v == getattr(self, "_tone_seen", None): return self._tone_seen = v t = dict((self.cfg.get("fm", {}) or {}).get("tone") or {}) try: self.pacer.feed(make_tone_pcm(float(t.get("freq", 1000.0)), int(t.get("ms", 200)), float(t.get("gain", 0.5)))) log("试听尾音已发送（%dHz %dms）" % (int(t.get("freq", 1000)), int(t.get("ms", 200)))) except Exception as e: log("试听尾音失败：%s" % e) def _net_idle(self): # FMS/FME 由 TxPacer 负责；这里只做收尾统计 if (self.nw_playing and (self.pacer is None or not self.pacer.active()) and (time.time() - self.last_net_voice) > TxPacer.IDLE_MS / 1000.0): self.nw_playing = False if self.nw_start > 0: self._qso_log("network", self.nw_call, "CQCQCQ", max(0.1, time.time() - self.nw_start)) self.nw_start = 0.0 log("网络流结束：解码 %d 帧，最大到达间隙 %.0fms，流中断音 %.0fms（%d 次）" % (self.nw_frames, self.nw_max_gap * 1000.0, (self.pacer.max_empty * 1000.0) if self.pacer else 0.0, self.pacer.underruns if self.pacer else 0)) if self.pacer: self.pacer.max_empty = 0.0 self.pacer.underruns = 0 self.nw_frames = 0 self.nw_max_gap = 0.0 # ------------------------------------------------------------- 运行 def _rf_rate_report(self): now = time.time() el = now - self.rf_rate_t0 if el < 5.0: return if self.rf_pkts > 0: audio_ms = self.rf_samples * 1000.0 / 8000.0 pct = audio_ms / (el * 1000.0) * 100.0 log("[上行速率] %d 包 / %.2fs 音频 / %.1fs 墙钟 = %.0f%% 最大块间隔 %.0fms" % (self.rf_pkts, audio_ms / 1000.0, el, pct, self.rf_gap_max * 1000.0)) self.rf_pkts = 0 self.rf_samples = 0 self.rf_gap_max = 0.0 self.rf_rate_t0 = now def run(self): fmc = self.cfg["fm"] self.rf = FmNetwork(fmc.get("bind_addr", "127.0.0.1"), int(fmc["bind_port"]), callsign=self.callsign, on_audio=self.on_rf_audio, on_start=lambda cs: log("RF START from", cs), on_end=self._on_rf_end, debug=bool(fmc.get("debug", False))) self.rf.open().start_thread() def _send_block(pcm): if self.cap_tx is not None: try: self.cap_tx.write(pcm) self.cap_tx.flush() self.cap_n += 1 except Exception as e: log("下行抓取写入失败：%s" % e) self.cap_tx = None elif self.cap_n == 0: self.cap_n = -1 log("注意：下行抓取未启用（cap_tx 为空）") self.rf.send_audio(pcm) self.pacer = TxPacer(_send_block, self.rf.send_start, self.rf.send_end) self.pacer.start() log("FM Network 监听 %s:%s（下行按 20ms 块实时节拍输出）" % (fmc.get("bind_addr", "127.0.0.1"), fmc["bind_port"])) s = self.cfg["server"] log("连接 MQTT %s:%s (server=%s uid=%s)" % (s["mqtt_host"], s["mqtt_port"], s["callsign"], s["uid"])) self.mqtt.connect(s["mqtt_host"], int(s["mqtt_port"]), keepalive=30) self.mqtt.loop_start() self.app_relay.start() threading.Thread(target=self._presence_loop, daemon=True).start() threading.Thread(target=self._cred_loop, daemon=True).start() _rx_mhz, _tx_mhz = self._active_fm_freqs() log("在线宣告已启动（FMO/TELE 每 30s，频率 TX=%s/RX=%s MHz）" % (_tx_mhz, _rx_mhz)) while True: time.sleep(0.05) self.tick() self._net_idle() self._rf_rate_report() self._check_tone_req() now = time.time() if now - self._stat_t >= 30.0: self._stat_t = now log("[下行统计] 收到 %d 包 → 解码 %d 帧；丢弃 本机中转 %d / 本机自己 %d " "/ 解包失败 %d / 半双工 %d / 重复 %d" % (self.rx_msgs, self.rx_frames, self.rx_drop_own, self.rx_drop_self, self.rx_drop_bad, self.rx_drop_busy, self.rx_drop_dup)) # AGC / 限幅统计（判断音频电平是否被拉平） try: _st = self.shaper.stats() log("[音频AGC] 输入峰值 %.2f → 输出峰值 %.2f；输出 RMS %.1f%%；" "AGC 增益 %.2f（最低 %.2f）；限幅触发 %d 次" % (_st["pk_in"], _st["pk_out"], _st["rms_out"] * 100.0, _st["gain_now"], _st["gain_min"], _st["clip"])) self.shaper.reset_stats() except Exception as e: log("AGC 统计失败：%s" % e) def main(): cfg_path = sys.argv[1] if len(sys.argv) > 1 else os.path.join( os.path.dirname(os.path.abspath(__file__)), "config.json") with open(cfg_path, encoding="utf-8") as f: cfg = json.load(f) b = Bridge(cfg) def _stop(*_): log("退出中…") try: b.flush_stream() b.stop_flag = True if b.pacer: b.pacer.stop() if b.cap_w: b.cap_w.close() if b.cap_tx: b.cap_tx.close() b.mqtt.loop_stop() b.rf.close() finally: sys.exit(0) signal.signal(signal.SIGINT, _stop) signal.signal(signal.SIGTERM, _stop) b.run() if __name__ == "__main__": main() ``` ### `opt/fmo-bridge/fmo_dsp.py` ```python # -*- coding: utf-8 -*- """下行音频整形（可开关 / 可调参）。 背景：FMO 网络语音是低码率编码（RADPCM 4bit IMA ADPCM 或 OPUS），解码出来的 PCM 带明显量化噪声和低频隆隆声。直接送 FM 调制时听感偏「沙 / 哑」。 这里做四件温和的事，全部可关： 1) 高通去隆隆（默认 180Hz）—— 低频对可懂度贡献很小，却白占频偏 2) 高频临场补偿（默认 +2.5dB @ 1.8kHz 一阶搁架）—— 抵消链路/手台去加重的钝感 3) 软限幅（默认 -1.5dBFS）—— 保证不撞 Host 里 12bit 的硬上限 4) 向下扩展「噪声门」（默认关）—— 压制音节之间的编码底噪 所有处理都是流式的（保留滤波器状态），可以逐 20ms 块调用。 """ import math S16_MAX = 32767.0 def make_tone_pcm(freq=1000.0, ms=200, gain=0.5, sr=8000, fade_ms=8): """生成一段正弦确认音（尾音），带短淡入淡出避免起止爆音。""" n = int(sr * ms / 1000.0) nf = max(1, int(sr * fade_ms / 1000.0)) out = bytearray() amp = max(0.0, min(1.0, gain)) * S16_MAX for i in range(n): v = math.sin(2.0 * math.pi * freq * i / sr) * amp # 淡入淡出 if i < nf: v *= i / float(nf) elif i > n - nf: v *= (n - i) / float(nf) iv = int(v) iv = max(-32768, min(32767, iv)) out += int(iv).to_bytes(2, "little", signed=True) return bytes(out) class DownlinkShaper: """下行 PCM 整形器。参数全部可调，默认都是温和值。""" def __init__(self, sr=8000, cfg=None): c = cfg or {} self.enabled = bool(c.get("enable", True)) self.sr = sr # 1) 一阶高通：y[n] = a*(y[n-1] + x[n] - x[n-1]) self.hpf_hz = float(c.get("hpf_hz", 180.0)) if self.hpf_hz > 0: self._a_hp = 1.0 / (1.0 + 2.0 * math.pi * self.hpf_hz / sr) else: self._a_hp = 0.0 # 2) 一阶高频搁架：y = x + g*(x - lopass(x)) self.shelf_db = float(c.get("shelf_db", 2.5)) self.shelf_hz = float(c.get("shelf_hz", 1800.0)) if self.shelf_hz > 0: self._a_lp = 1.0 - math.exp(-2.0 * math.pi * self.shelf_hz / sr) else: self._a_lp = 1.0 self._g_shelf = 10.0 ** (self.shelf_db / 20.0) - 1.0 # 3) 软限幅 self.limit = float(c.get("limit", 0.965)) # 2.5) AGC —— 音频自动增益控制 # 实测：FMO 网络下行整体 RMS 达 56% FS、近 5% 样点贴顶 → # 听感"过载"。AGC 把 RMS 拉平到 agc_target，峰值交给限幅器兜底。 self.agc_on = bool(c.get("agc", True)) self.agc_target = float(c.get("agc_target", 0.09)) # 目标 RMS（占满幅比例） self.agc_gmax = 10.0 ** (float(c.get("agc_max_gain_db", 20.0)) / 20.0) self.agc_gmin = 10.0 ** (float(c.get("agc_min_gain_db", -26.0)) / 20.0) self.agc_gate = float(c.get("agc_gate", 0.004)) # 低于此视为静音，冻结增益 rms_ms = float(c.get("agc_rms_ms", 120.0)) # RMS 观察窗 dn_ms = float(c.get("agc_down_ms", 12.0)) # 增益下降（压）速度 up_ms = float(c.get("agc_up_ms", 600.0)) # 增益回升（抬）速度 def _a(ms): return 1.0 - math.exp(-1.0 / max(1.0, sr * ms / 1000.0)) self._a_rms = _a(rms_ms) self._a_gdn = _a(dn_ms) self._a_gup = _a(up_ms) self._rms = 0.0 # 平方域 RMS self._g = 1.0 # 当前增益 # 诊断统计 self.pk_in = 0.0 self.pk_out = 0.0 self.rms_acc = 0.0 self.n_acc = 0 self.g_min = 9.9 self.g_max = 0.0 self.clip_in = 0 # 4) 向下扩展（噪声门）：低于 thr 的部分按 ratio 压低 self.exp_on = bool(c.get("expander", False)) self.exp_thr = float(c.get("expander_thr", 0.010)) # ≈ -40dBFS self.exp_ratio = float(c.get("expander_ratio", 3.0)) # 状态 self._x1 = 0.0 self._y1 = 0.0 self._lp = 0.0 self._env = 0.0 self._g = 1.0 self._g2 = 1.0 # 向下扩展用的增益（与 AGC 的 _g 分开） self.calls = 0 # ------------------------------------------------------------------ def stats(self): """返回本段统计（供桥接每 30s 打印，便于判断 AGC 是否工作正常）""" rms = math.sqrt(self.rms_acc / self.n_acc) if self.n_acc else 0.0 return {"pk_in": self.pk_in, "pk_out": self.pk_out, "rms_out": rms, "gain_now": self._g, "gain_min": self.g_min if self.g_min < 9.0 else 1.0, "gain_max": self.g_max, "clip": self.clip_in, "n": self.n_acc} def reset_stats(self): self.pk_in = self.pk_out = 0.0 self.rms_acc = 0.0 self.n_acc = 0 self.clip_in = 0 self.g_min = 9.9 self.g_max = 0.0 # ------------------------------------------------------------------ def process(self, pcm): """输入/输出都是 S16LE 字节串。""" if not self.enabled or not pcm: return pcm n = len(pcm) // 2 vals = [int.from_bytes(pcm[i * 2:i * 2 + 2], "little", signed=True) for i in range(n)] out = bytearray(len(pcm)) a_hp, a_lp = self._a_hp, self._a_lp g_sh, lim = self._g_shelf, self.limit agc_on = self.agc_on a_rms, a_gdn, a_gup = self._a_rms, self._a_gdn, self._a_gup tgt, gmax, gmin = self.agc_target, self.agc_gmax, self.agc_gmin gate2 = self.agc_gate * self.agc_gate for i in range(n): x = vals[i] / S16_MAX if x > self.pk_in: self.pk_in = x elif -x > self.pk_in: self.pk_in = -x # 1) 高通 if a_hp > 0.0: y = a_hp * (self._y1 + x - self._x1) self._x1, self._y1 = x, y x = y # 2) 高频搁架 self._lp += a_lp * (x - self._lp) if g_sh != 0.0: x = x + g_sh * (x - self._lp) # 2.5) AGC：把音量拉平（对方大声不再过载，小声也能听清） if agc_on: self._rms += a_rms * (x * x - self._rms) if self._rms > gate2: want = tgt / math.sqrt(self._rms) if want > gmax: want = gmax elif want < gmin: want = gmin # 增益要压得快、抬得慢，避免"抽吸"感 self._g += (a_gdn if want < self._g else a_gup) * (want - self._g) if self._g < self.g_min: self.g_min = self._g if self._g > self.g_max: self.g_max = self._g x *= self._g # 4) 向下扩展 if self.exp_on: a = abs(x) self._env = a if a > self._env else (0.995 * self._env + 0.005 * a) if self._env < self.exp_thr: tgtg = (self._env / self.exp_thr) ** (self.exp_ratio - 1.0) self._g2 += 0.02 * (tgtg - self._g2) else: self._g2 += 0.20 * (1.0 - self._g2) x *= self._g2 # 3) 软限幅（在 ±limit 内线性，越界平滑压到 limit） a = abs(x) if a >= lim: self.clip_in += 1 if a > lim: over = a - lim x = (1.0 if x > 0 else -1.0) * (lim + (1.0 - lim) * (1.0 - math.exp(-over / (1.0 - lim)))) if x > self.pk_out: self.pk_out = x elif -x > self.pk_out: self.pk_out = -x self.rms_acc += x * x self.n_acc += 1 iv = int(x * S16_MAX) iv = max(-32768, min(32767, iv)) out[i * 2:i * 2 + 2] = iv.to_bytes(2, "little", signed=True) self.calls += 1 return bytes(out) ``` ### `opt/fmo-bridge/fmo_fm.py` ```python # -*- coding: utf-8 -*- """MMDVM-Host FM Network（g4klx CFMNetwork）UDP 收发。 线协议（见 MMDVM-Host/FMNetwork.cpp）： FMS\\0 开始发射 FMD 音频数据（8000Hz / 16bit 有符号 / 单声道） FME 结束 FMP 心跳（每 5s） 本桥接程序扮演 Host 配置里 [FM Network] 的 Gateway 角色。 """ import socket import struct import threading import time FS_START = b"FMS" FS_DATA = b"FMD" FS_END = b"FME" FS_PING = b"FMP" LOCAL_CALLSIGN = "N0CALL" class FmNetwork: """在 GatewayAddress:GatewayPort 上收 Host 的 FM 音频，并可反向回送。""" def __init__(self, bind_addr, bind_port, callsign=LOCAL_CALLSIGN, on_start=None, on_audio=None, on_end=None, debug=False): self.bind = (bind_addr, int(bind_port)) self.callsign = callsign.upper() self.debug = debug self.on_start = on_start self.on_audio = on_audio self.on_end = on_end self.peer = None # 最近一次发包的 Host 地址 self.seq = 0 self.tx_active = False self._sock = None self._stop = False self._last_rx = 0.0 self._ping_t = 0.0 # ---------------------------------------------------------- 生命周期 def open(self): self._sock = socket.socket(socket.AF_INET, socket.SOCK_DGRAM) self._sock.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1) self._sock.bind(self.bind) self._sock.settimeout(0.2) return self def close(self): self._stop = True try: if self._sock: self._sock.close() except Exception: pass def run_forever(self): while not self._stop: try: data, addr = self._sock.recvfrom(2048) except socket.timeout: self._tick() continue except OSError: break self.peer = addr self._last_rx = time.time() try: self._handle(data) except Exception as e: if self.debug: print("[FM] handle error:", e) self._tick() def _tick(self): now = time.time() if now - self._ping_t >= 5.0 and self.peer: self._ping_t = now self._send(FS_PING) def start_thread(self): t = threading.Thread(target=self.run_forever, daemon=True) t.start() return t # ---------------------------------------------------------- 接收 def _handle(self, data): if len(data) < 3 or data[0:2] != b"FM": return tag = data[0:3] if self.debug: print("[FM] rx %s len=%d" % (tag.decode("ascii", "ignore"), len(data))) if tag == FS_DATA: pcm = data[3:] if self.on_audio: self.on_audio(pcm) elif tag == FS_START: cs = data[3:].split(b"\x00", 1)[0].decode("ascii", "ignore") if self.debug: print("[FM] START from", cs) if self.on_start: self.on_start(cs) elif tag == FS_END: if self.debug: print("[FM] END") if self.on_end: self.on_end() # ---------------------------------------------------------- 发送 def _send(self, blob): if self.peer and self._sock: try: self._sock.sendto(blob, self.peer) except OSError: pass def send_start(self): self.seq = 0 self.tx_active = True self._send(FS_START + self.callsign.encode("ascii") + b"\x00") def send_audio(self, pcm_bytes): if not self.tx_active: self.send_start() self.seq += 1 self._send(FS_DATA + pcm_bytes) def send_end(self): if self.tx_active: self.tx_active = False self._send(FS_END) def send_ping(self): self._send(FS_PING) def pcm_gain(pcm_bytes, gain): if gain == 1.0: return pcm_bytes n = len(pcm_bytes) // 2 out = bytearray(len(pcm_bytes)) for i in range(n): v = int.from_bytes(pcm_bytes[i * 2:i * 2 + 2], "little", signed=True) v = max(-32768, min(32767, int(v * gain))) out[i * 2:i * 2 + 2] = int(v).to_bytes(2, "little", signed=True) return bytes(out) ``` ### `opt/fmo-bridge/fmo_packet.py` ```python # -*- coding: utf-8 -*- """FMO 语音消息包封装（严格按官方《FMO 语音数据开放协议》）。 层次：消息包(≤1400B) → 传输帧 ×N → 编码语音帧 → 编码载荷(OPUS/RADPCM) 所有多字节字段 **小端序**。CRC32 仅覆盖「帧区」（消息头之后的部分）。 """ import struct import zlib MSG_HEADER_LEN = 64 TF_HEADER_LEN = 8 CVF_HEADER_LEN = 8 MTU = 1400 AGG_MS = 250 CM_PCM, CM_OPUS, CM_RADPCM = 0, 1, 2 DEFAULT_VENDOR = 0x2001 # 软件区 0x2000~0x2FFF（免注册） VERSION = 1 # 编码帧头里 compressMode(1)+len(2) 之后的 5 字节。 # 官方参考实现（NOCALL 实测，731 帧全部一致）填 0x3D1400E03D，不是零。 # 实测自 EMQX trace 的真实 FMO/RAW 报文。 CODEC_TAG = bytes.fromhex("3d1400e03d") def build_voice_packet(uid, callsign, frames, stream_begin_utc=None, ts_ms=None, srv_uid=0, vendor=DEFAULT_VENDOR, smeter=0, seq_index0=1): """frames: [(compressMode, payload_bytes), ...] → 完整消息包 bytes · 消息头 64B：version(2) vendor(4) UID(4) callsign(12) streamBeginUTC(4) timestamp(4) len(4) frameNum(2) checkSum(4) smeter(1) srvUID(4) reserved(19) · 传输帧 8B：index(2, 从1递增) len(2,含头) reserved(4) + 编码语音帧 · 编码语音帧 8B：compressMode(1) len(2,含头) reserved(5) + 载荷 """ if not ts_ms: import time as _t ts_ms = int(_t.time() * 1000) if stream_begin_utc is None: stream_begin_utc = ts_ms frame_area = bytearray() for i, (cm, payload) in enumerate(frames): cvf_len = CVF_HEADER_LEN + len(payload) cvf = bytearray() cvf += bytes([cm & 0xFF]) cvf += struct.pack(" max_packet: out.append(cur); cur, sz = [], MSG_HEADER_LEN cur.append((cm, payload)); sz += add if cur: out.append(cur) return out ``` ### `opt/fmo-bridge/fmo_presence.py` ```python # -*- coding: utf-8 -*- """FMO 在线宣告（presence）——真实设备靠这些报文感知"谁在线"。 实测报文（来自 EMQX trace 里的真实设备 BG7OYZ / BG8LKV / BG2CPU）： FMO/TELE （33 字节，约每 30 秒一次） 偏移 大小 字段 0 1 version = 2 1 4 session（设备内会话值） 5 4 UID（小端） 9 12 呼号（不足补 0） 21 4 UTC 秒（小端） 25 4 发射频率 MHz（float32 小端） 29 4 接收频率 MHz（float32 小端） FMO/LATE/UID_V1/ （9 字节，延迟上报） 0 4 延迟毫秒（小端） 4 4 （实测为变化值） 8 1 （实测为变化值） 真实设备上报频率后，其他设备才知道"这台在哪个频点"，因此桥接也必须上报 自己的收发频率（对应热点 ch5 的 TX/RX）。 """ import struct import time TELE_VERSION = 2 def build_tele(uid, callsign, tx_mhz=0.0, rx_mhz=0.0, session=None): """构造 FMO/TELE 遥测/在线宣告报文（33 字节）。""" if session is None: session = int(time.time() * 1000) & 0xFFFFFFFF b = bytearray() b += bytes([TELE_VERSION]) b += struct.pack(" 延迟上报（9 字节）。""" return (struct.pack("", ...] 依赖：cbor2（apt: python3-cbor2）、PyNaCl（apt: python3-nacl） """ import base64 import hashlib import json import time import cbor2 from nacl.signing import SigningKey, VerifyKey PROTOCOL = "FMO" VERSION = 4 # ---------------------------------------------------------------- 编码工具 def b64u_encode(raw: bytes) -> str: return base64.urlsafe_b64encode(raw).rstrip(b"=").decode("ascii") def b64u_decode(text) -> bytes: if isinstance(text, bytes): text = text.decode("ascii") text = text.strip() text += "=" * ((4 - len(text) % 4) % 4) return base64.urlsafe_b64decode(text) def cbor_det(obj) -> bytes: """确定性（canonical）CBOR —— 对齐 .NET CborWriter 的 preferred serialization。""" return cbor2.dumps(obj, canonical=True) def sha256(raw: bytes) -> bytes: return hashlib.sha256(raw).digest() # ---------------------------------------------------------------- 证书 TBS def root_ca_tbs(j: dict) -> bytes: ext = j.get("extensions", {}) return cbor_det([ PROTOCOL, VERSION, "rootCA", int(j["sn"]), j["issuer"]["name"], j.get("issuer", {}).get("email", ""), j["subject"]["name"], b64u_decode(j["subject"]["publicKey"]), bool(ext.get("isCA", True)), int(ext.get("pathLen", 1)), ext.get("crl", ""), ext.get("license", ""), str(ext.get("keyId", "")), int(j["iat"]), int(j["exp"]), ]) def intermediate_ca_tbs(j: dict) -> bytes: ext = j.get("extensions", {}) ur = ext.get("uidRange", {}) countries = sorted(str(c).upper() for c in ext.get("issuingCountries", [])) return cbor_det([ PROTOCOL, VERSION, "intermediateCA", int(j["sn"]), int(j["issuer"]["sn"]), j["issuer"]["name"], b64u_decode(j["issuer"]["publicKey"]), j["subject"]["name"], j.get("subject", {}).get("email", ""), b64u_decode(j["subject"]["publicKey"]), bool(ext.get("isCA", True)), int(ext.get("pathLen", 0)), str(ext.get("keyId", "")), ext.get("crl", ""), ext.get("license", ""), int(ur.get("start", 0)), int(ur.get("end", 0)), countries, int(j["iat"]), int(j["exp"]), ]) def user_cert_tbs(j: dict) -> bytes: sub = j["subject"] return cbor_det([ PROTOCOL, VERSION, "userCert", int(j["issuerSn"]), str(sub["callsign"]).upper(), int(sub["uid"]), b64u_decode(sub["publicKey"]), int(j["iat"]), int(j["exp"]), ]) # ---------------------------------------------------------------- 证书对象 class Cert: def __init__(self, j: dict, kind: str): self.raw = j self.kind = kind if kind == "rootCA": self.tbs = root_ca_tbs(j) self.subject_pub = b64u_decode(j["subject"]["publicKey"]) elif kind == "intermediateCA": self.tbs = intermediate_ca_tbs(j) self.subject_pub = b64u_decode(j["subject"]["publicKey"]) self.issuer_pub = b64u_decode(j["issuer"]["publicKey"]) self.sn = int(j["sn"]) elif kind == "userCert": self.tbs = user_cert_tbs(j) self.subject_pub = b64u_decode(j["subject"]["publicKey"]) self.callsign = str(j["subject"]["callsign"]).upper() self.uid = int(j["subject"]["uid"]) self.issuer_sn = int(j["issuerSn"]) self.exp = int(j["exp"]) else: raise ValueError("unknown cert kind: %s" % kind) self.signature = b64u_decode(j["signature"]) def fingerprint(self) -> bytes: """SHA-256(TBS 的确定性 CBOR) —— 即 certFingerprint / serverFingerprint。""" return sha256(self.tbs) def verify_by(self, issuer_public_key: bytes) -> bool: try: VerifyKey(issuer_public_key).verify(self.tbs, self.signature) return True except Exception: return False # ---------------------------------------------------------------- MQTT 登录 TBS_TYPE_HTTP = "serverAuthorizerReqHttp" def server_authorizer_tbs(server_uid, target_callsign, target_uid, role, target_url, target_port, server_fp_bytes, timestamp, user_fp_bytes) -> bytes: """SAS HTTP 认证的 12 元素签名数组（与 HttpProofVerifier.BuildTbs 一致）。""" return cbor_det([ PROTOCOL, VERSION, TBS_TYPE_HTTP, int(server_uid), str(target_callsign).upper(), int(target_uid), str(role), str(target_url), int(target_port), server_fp_bytes, int(timestamp), user_fp_bytes, ]) def build_mqtt_login(user_cert_json: dict, intermediate_cert_json: dict, user_seed: bytes, server_callsign: str, server_uid: int, mqtt_host: str, mqtt_port: int, server_fingerprint_b64u: str, role: str = "user", timestamp: int = None) -> dict: """构造 MQTT CONNECT 的 username/password（FMO 4.0 SAS HTTP 认证器模式）。""" uc = Cert(user_cert_json, "userCert") ts = int(time.time()) if timestamp is None else int(timestamp) server_fp = b64u_decode(server_fingerprint_b64u) tbs = server_authorizer_tbs(server_uid, server_callsign, server_uid, role, mqtt_host, int(mqtt_port), server_fp, ts, uc.fingerprint()) sig = SigningKey(bytes(user_seed)).sign(tbs).signature # 64 字节 payload = { "certPackage": { "intermediateCert": intermediate_cert_json, "userCert": user_cert_json, }, "targetCallsign": server_callsign, "targetUID": int(server_uid), "role": role, "targetUrl": mqtt_host, "targetPort": int(mqtt_port), "serverFingerprint": server_fingerprint_b64u, "timestamp": ts, "proof": {"signature": b64u_encode(sig)}, } return { "username": uc.callsign, "password": b64u_encode(json.dumps(payload, separators=(",", ":")).encode("utf-8")), "_tbs_hex": tbs.hex(), } ``` ### `opt/fmo-bridge/fmo_reg.py` ```python # -*- coding: utf-8 -*- """FMO 客户端自动注册（C 方案：服务器自动签发证书） 用户在 FM 配置里只需填「服务器地址 / 端口 / 呼号」： 1. 本机生成 Ed25519 密钥对 —— **私钥永不离开本机** 2. GET <注册地址>/fmo/ping → 取得服务器身份(uid/callsign/证书指纹/MQTT端口) 3. POST <注册地址>/fmo/register → 提交 呼号+公钥，服务器用其中级 CA 现场签发 4. userCert / intermediateCert / 私钥 落盘，之后照常登录 注册地址约定：http://<服务器地址>:8081 """ import json import os import urllib.request from nacl.signing import SigningKey import fmo_proto as P REG_PORT = 8081 TIMEOUT = 15 def register_base(host, port=REG_PORT): if host.startswith("http://") or host.startswith("https://"): return host.rstrip("/") return "http://%s:%d" % (host, int(port)) def _get_json(url, timeout=TIMEOUT): req = urllib.request.Request(url, headers={"Accept": "application/json"}) with urllib.request.urlopen(req, timeout=timeout) as r: return json.loads(r.read().decode("utf-8")) def _post_json(url, body, timeout=TIMEOUT): data = json.dumps(body, separators=(",", ":")).encode("utf-8") req = urllib.request.Request(url, data=data, headers={"Content-Type": "application/json"}) with urllib.request.urlopen(req, timeout=timeout) as r: return json.loads(r.read().decode("utf-8")) def probe_server(register_url, timeout=TIMEOUT): """只查询服务器身份，不签发证书。""" return _get_json(register_url.rstrip("/") + "/fmo/ping", timeout) def ensure_cert(register_url, callsign, uid, cert_path, key_path, inter_path, token=None, timeout=TIMEOUT, force=False, log=print): """确保证书齐备；缺失则自动注册。返回 (server_info|None, userCert, intermediateCert)。""" have = all(os.path.exists(p) for p in (cert_path, key_path, inter_path)) if have and not force: with open(cert_path, encoding="utf-8") as f: cert = json.load(f) with open(inter_path, encoding="utf-8") as f: inter = json.load(f) return None, cert, inter base = register_url.rstrip("/") info = probe_server(base, timeout) if not info.get("ok"): raise RuntimeError("注册服务无响应: %s" % info) server = info.get("server") or {} if not server: raise RuntimeError("服务器未下发身份信息（CA 未读到 SAS 配置）") d = os.path.dirname(os.path.abspath(cert_path)) if d: os.makedirs(d, exist_ok=True) sk = SigningKey.generate() pub = P.b64u_encode(sk.verify_key.encode()) body = {"callsign": str(callsign).upper(), "uid": int(uid), "pubkey": pub} if token: body["token"] = token res = _post_json(base + "/fmo/register", body, timeout) if not res.get("ok"): raise RuntimeError("注册被拒绝: %s" % res.get("error")) user = res["userCert"] sub = user.get("subject", {}) if str(sub.get("callsign", "")).upper() != str(callsign).upper(): raise RuntimeError("证书呼号不匹配: %s" % sub.get("callsign")) # uid 传 0 表示由服务器分配唯一值（FAS 会封禁同一 uid 多处登录） if int(uid) > 0 and int(sub.get("uid", -1)) != int(uid): raise RuntimeError("证书 uid 不匹配: %s" % sub.get("uid")) if sub.get("publicKey") != pub: raise RuntimeError("证书公钥与本地私钥不匹配（服务器未采用我们提交的公钥）") with open(cert_path, "w", encoding="utf-8") as f: json.dump(user, f, ensure_ascii=False, indent=2) with open(inter_path, "w", encoding="utf-8") as f: json.dump(res["intermediateCert"], f, ensure_ascii=False, indent=2) with open(key_path, "w", encoding="ascii") as f: f.write(P.b64u_encode(sk.encode()) + "\n") try: os.chmod(key_path, 0o600) except OSError: pass log("自动注册成功：%s uid=%d fingerprint=%s" % (user["subject"]["callsign"], user["subject"]["uid"], res.get("fingerprint", "?"))) return server, user, res["intermediateCert"] ``` ### `opt/fmo-bridge/fmo_voice.py` ```python # -*- coding: utf-8 -*- """FMO 语音编解码：OPUS（40ms/8kHz/单声道，compressMode=1）与 RADPCM（IMA ADPCM，80ms，compressMode=2）。 参数严格按官方《FMO 语音数据开放协议》。OPUS 走 ctypes 直调 libopus0，无需 pip。 """ import ctypes import ctypes.util SAMPLE_RATE = 8000 OPUS_FRAME = 320 # 40ms @8kHz RADPCM_FRAME = 640 # 80ms @8kHz OPUS_APPLICATION_VOIP = 2048 OPUS_SIGNAL_VOICE = 3001 OPUS_SET_BITRATE = 4002 OPUS_SET_VBR = 4006 OPUS_SET_COMPLEXITY = 4010 OPUS_SET_SIGNAL = 4024 OPUS_AUTO = -1000 class OpusCodec: def __init__(self): path = ctypes.util.find_library("opus") or "libopus.so.0" self.lib = ctypes.CDLL(path) L = self.lib L.opus_encoder_create.restype = ctypes.c_void_p L.opus_encoder_create.argtypes = [ctypes.c_int, ctypes.c_int, ctypes.c_int, ctypes.POINTER(ctypes.c_int)] L.opus_decoder_create.restype = ctypes.c_void_p L.opus_decoder_create.argtypes = [ctypes.c_int, ctypes.c_int, ctypes.POINTER(ctypes.c_int)] L.opus_encode.restype = ctypes.c_int L.opus_encode.argtypes = [ctypes.c_void_p, ctypes.POINTER(ctypes.c_int16), ctypes.c_int, ctypes.POINTER(ctypes.c_ubyte), ctypes.c_int] L.opus_decode.restype = ctypes.c_int L.opus_decode.argtypes = [ctypes.c_void_p, ctypes.POINTER(ctypes.c_ubyte), ctypes.c_int, ctypes.POINTER(ctypes.c_int16), ctypes.c_int, ctypes.c_int] L.opus_encoder_ctl.restype = ctypes.c_int err = ctypes.c_int(0) self.enc = L.opus_encoder_create(SAMPLE_RATE, 1, OPUS_APPLICATION_VOIP, ctypes.byref(err)) assert err.value == 0, "opus_encoder_create err=%d" % err.value L.opus_encoder_ctl(self.enc, OPUS_SET_BITRATE, OPUS_AUTO) L.opus_encoder_ctl(self.enc, OPUS_SET_VBR, 1) L.opus_encoder_ctl(self.enc, OPUS_SET_COMPLEXITY, 4) L.opus_encoder_ctl(self.enc, OPUS_SET_SIGNAL, OPUS_SIGNAL_VOICE) err = ctypes.c_int(0) self.dec = L.opus_decoder_create(SAMPLE_RATE, 1, ctypes.byref(err)) assert err.value == 0, "opus_decoder_create err=%d" % err.value def encode(self, pcm_bytes: bytes) -> bytes: """pcm_bytes: 320 样本 S16LE（640 字节）→ 约 40-60 字节 OPUS 帧""" n = len(pcm_bytes) // 2 src = (ctypes.c_int16 * n).from_buffer_copy(pcm_bytes) out = (ctypes.c_ubyte * 512)() k = self.lib.opus_encode(self.enc, src, n, out, 512) if k < 0: raise RuntimeError("opus_encode err=%d" % k) return bytes(out[:k]) def decode(self, opus_frame: bytes, frame_size: int = OPUS_FRAME) -> bytes: if not opus_frame: return b"\x00" * (frame_size * 2) src = (ctypes.c_ubyte * len(opus_frame)).from_buffer_copy(opus_frame) out = (ctypes.c_int16 * frame_size)() k = self.lib.opus_decode(self.dec, src, len(opus_frame), out, frame_size, 0) if k < 0: raise RuntimeError("opus_decode err=%d" % k) return bytes(bytearray(out))[:k * 2] def __del__(self): try: self.lib.opus_encoder_destroy(self.enc) self.lib.opus_decoder_destroy(self.dec) except Exception: pass # ============================================================ RADPCM (IMA ADPCM) STEP_TABLE = [ 7, 8, 9, 10, 11, 12, 13, 14, 16, 17, 19, 21, 23, 25, 28, 31, 34, 37, 41, 45, 50, 55, 60, 66, 73, 80, 88, 97, 107, 118, 130, 143, 157, 173, 190, 209, 230, 253, 279, 307, 337, 371, 408, 449, 494, 544, 598, 658, 724, 796, 876, 963, 1060, 1166, 1282, 1411, 1552, 1707, 1878, 2066, 2272, 2499, 2749, 3024, 3327, 3660, 4026, 4428, 4871, 5358, 5894, 6484, 7132, 7845, 8630, 9493, 10442, 11487, 12635, 13899, 15289, 16818, 18500, 20350, 22385, 24623, 27086, 29794, 32767, ] INDEX_TABLE = [-1, -1, -1, -1, 2, 4, 6, 8, -1, -1, -1, -1, 2, 4, 6, 8] _R = 32735 # Q15 0.999 直流抑制系数（截止约 1.3Hz） class RadPcmCodec: """一帧 = 640 样本(80ms,1280B PCM) → 320B ADPCM，状态跨帧连续，带帧恢复点。""" def __init__(self): self.predictor = 0 self.index = 0 self.prev_x = 0 self.prev_y = 0 self.frame_index = 0 def _dc(self, x): y = x - self.prev_x + ((_R * self.prev_y) >> 15) y = max(-32768, min(32767, y)) self.prev_x, self.prev_y = x, y return y def _enc_sample(self, s, step_idx): step = STEP_TABLE[step_idx] diff = s - self.predictor code = 0 if diff < 0: code = 8 diff = -diff delta = step >> 3 if diff >= step: code |= 4; diff -= step; delta += step step >>= 1 if diff >= step: code |= 2; diff -= step; delta += step step >>= 1 if diff >= step: code |= 1; delta += step if code & 8: self.predictor -= delta else: self.predictor += delta self.predictor = max(-32768, min(32767, self.predictor)) step_idx = max(0, min(88, step_idx + INDEX_TABLE[code])) return step_idx, code def encode(self, pcm_bytes: bytes) -> bytes: n = len(pcm_bytes) // 2 samples = [int.from_bytes(pcm_bytes[i * 2:i * 2 + 2], "little", signed=True) for i in range(n)] recov, recov_idx = self.predictor, self.index out = bytearray() for i in range(0, n, 2): self.index, hi = self._enc_sample(self._dc(samples[i]), self.index) self.index, lo = self._enc_sample(self._dc(samples[i + 1]), self.index) out.append((hi << 4) | lo) hdr = bytearray() hdr += (self.frame_index & 0xFFFF).to_bytes(2, "little") hdr += (recov & 0xFFFF).to_bytes(2, "little") hdr += bytes([recov_idx & 0xFF, 0]) hdr += (320).to_bytes(2, "little") self.frame_index = (self.frame_index + 1) & 0xFFFF return bytes(hdr) + bytes(out) def decode(self, frame: bytes) -> bytes: if len(frame) < 8: return b"\x00" * (RADPCM_FRAME * 2) fi = int.from_bytes(frame[0:2], "little") recov = int.from_bytes(frame[2:4], "little", signed=True) step_idx = frame[4] # adpcmBytes 兼容性（官方协议 §5.2 注记）：早期实现是 8-bit 字段， # 线值被截断成 64，且高字节是未初始化填充。故一律以「帧实际长度」为准， # 即固定的 320 字节；仅当帧长异常时才回退到低字节判定。 data_len = len(frame) - 8 if data_len <= 0 or data_len > 320: data_len = frame[6] if data_len == 0 or data_len > 320: data_len = 320 if fi == 0 or fi != (self.frame_index & 0xFFFF): self.predictor, self.index = recov, step_idx # 帧恢复点 out = bytearray() for b in frame[8:8 + data_len]: for code in ((b >> 4) & 0xF, b & 0xF): step = STEP_TABLE[self.index] delta = step >> 3 if code & 4: delta += step if code & 2: delta += step >> 1 if code & 1: delta += step >> 2 if code & 8: self.predictor -= delta else: self.predictor += delta self.predictor = max(-32768, min(32767, self.predictor)) self.index = max(0, min(88, self.index + INDEX_TABLE[code])) out += int(self.predictor).to_bytes(2, "little", signed=True) self.frame_index = (fi + 1) & 0xFFFF return bytes(out) ``` ### `opt/mmdvm-web/app.py` ```python #!/usr/bin/env python3 # -*- coding: utf-8 -*- import subprocess, os, re, json, socket, glob, signal, threading, time, urllib.request, urllib.parse from flask import Flask, render_template_string, request, jsonify try: # CONSOLE_NEW import sys as _sys_cn if "/opt/mmdvm-web" not in _sys_cn.path: _sys_cn.path.insert(0, "/opt/mmdvm-web") from console_new import CONSOLE_STANDALONE except Exception: CONSOLE_STANDALONE = '

控制台模块缺失

' try: # RFMODE_SAFE import sys as _sys_rfms if "/opt/mmdvm-web" not in _sys_rfms.path: _sys_rfms.path.insert(0, "/opt/mmdvm-web") from rfmode_standalone import RFMODE_STANDALONE except Exception: RFMODE_STANDALONE = '

射频模式配置页模块缺失

' try: from fmo_page import FMO_HTML except Exception: FMO_HTML = '

FMO 页面模块缺失

' try: from tetra_page import TETRA_HTML except Exception: TETRA_HTML = '

TDR Link 页面模块缺失

' app = Flask(__name__) @app.after_request def _no_store(resp): """★ 控制台页面与接口一律禁用缓存： 否则改完页面后浏览器还拿旧的（新菜单/新页面看不到）。""" try: _ct = resp.headers.get('Content-Type', '') or '' if _ct.startswith('text/html') or _ct.startswith('application/json'): resp.headers['Cache-Control'] = 'no-store, no-cache, must-revalidate, max-age=0' resp.headers['Pragma'] = 'no-cache' resp.headers.pop('Expires', None) except Exception: pass return resp def run_cmd(cmd_list, timeout=45): """执行命令并捕获输出。 ★ 超时必须杀掉整个进程组：只杀直接子进程（sudo）时， 被 sudo 拉起的 systemctl 仍持有输出管道，subprocess.run 会 一直等到管道 EOF —— 表现为网页一直转圈、永不返回。 """ try: p = subprocess.Popen(cmd_list, stdout=subprocess.PIPE, stderr=subprocess.PIPE, text=True, start_new_session=True) except Exception as e: return {"ok": False, "code": -1, "stdout": "", "stderr": str(e)} try: out, err = p.communicate(timeout=timeout) except subprocess.TimeoutExpired: try: os.killpg(os.getpgid(p.pid), signal.SIGKILL) except Exception: try: p.kill() except Exception: pass try: out, err = p.communicate(timeout=5) except Exception: out, err = "", "" return {"ok": False, "code": 124, "stdout": (out or "").strip(), "stderr": "命令执行超时（已终止）"} return {"ok": p.returncode == 0, "code": p.returncode, "stdout": (out or "").strip(), "stderr": (err or "").strip()} # ============ DMR ID 数据库（ID ↔ 呼号） ============ _DMR_IDS = None _DMR_IDS_MTIME = 0 _DMR_CALL_BY_ID = {} _RADIOID_MEM_CACHE = {} _RADIOID_PENDING = set() _RADIOID_LOCK = threading.Lock() _RADIOID_CACHE_FILE = "/opt/mmdvm-web/data/radioid_cache.json" _RADIOID_SEED_FILE = "/opt/tetra/radioid_cache.json" def _load_dmr_ids(): """加载 /usr/local/etc/DMRIds.dat 到内存（带 mtime 检查）""" global _DMR_IDS, _DMR_IDS_MTIME, _DMR_CALL_BY_ID path = "/usr/local/etc/hosts/DMRIds.dat" try: import os if not os.path.exists(path): _DMR_IDS = {} return _DMR_IDS mtime = os.path.getmtime(path) if _DMR_IDS is not None and mtime == _DMR_IDS_MTIME: return _DMR_IDS ids = {} by_id = {} with open(path, encoding="utf-8", errors="ignore") as f: for line in f: parts = line.strip().split("\t") if len(parts) >= 2: dmr_id = parts[0].strip() call = parts[1].strip().upper() if call and dmr_id: ids[call] = dmr_id by_id[dmr_id] = call _DMR_IDS = ids _DMR_CALL_BY_ID = by_id _DMR_IDS_MTIME = mtime return ids except Exception: _DMR_IDS = {} _DMR_CALL_BY_ID = {} return _DMR_IDS def lookup_dmr_id(call): """按呼号查 DMR ID""" if not call or call == '-': return '' ids = _load_dmr_ids() return ids.get(call.upper(), '') def _load_radioid_cache(): """加载本地缓存：/opt/tetra（只读种子） + 热点自己的可写缓存。""" with _RADIOID_LOCK: if _RADIOID_MEM_CACHE: return _RADIOID_MEM_CACHE out = {} for path in (_RADIOID_SEED_FILE, _RADIOID_CACHE_FILE): try: with open(path, encoding="utf-8") as f: d = json.load(f) if isinstance(d, dict): for k, v in d.items(): call = str(v or "").strip().upper() if call: out[str(k).strip()] = call except Exception: pass _RADIOID_MEM_CACHE.clear() _RADIOID_MEM_CACHE.update(out) return _RADIOID_MEM_CACHE def _save_radioid_cache(): try: os.makedirs(os.path.dirname(_RADIOID_CACHE_FILE), exist_ok=True) tmp = _RADIOID_CACHE_FILE + ".tmp" with open(tmp, "w", encoding="utf-8") as f: json.dump(_RADIOID_MEM_CACHE, f, ensure_ascii=False, indent=2) os.replace(tmp, _RADIOID_CACHE_FILE) except Exception: pass def _fetch_radioid_call(dmr_id): try: url = ("https://database.radioid.net/api/dmr/user/?id=" + urllib.parse.quote(str(dmr_id))) req = urllib.request.Request(url, headers={"User-Agent": "ARCH-Hotspot/1.0"}) with urllib.request.urlopen(req, timeout=6) as r: data = json.loads(r.read().decode("utf-8", "ignore")) rows = data.get("results") or [] if rows: call = str(rows[0].get("callsign") or "").strip().upper() if call: with _RADIOID_LOCK: _RADIOID_MEM_CACHE[str(dmr_id)] = call _save_radioid_cache() except Exception: pass finally: with _RADIOID_LOCK: _RADIOID_PENDING.discard(str(dmr_id)) def lookup_dmr_call(dmr_id): """数字 DMR/P25 ID 查呼号；未命中时后台查询 RadioID.net 并缓存。""" key = str(dmr_id or "").strip() if not key.isdigit(): return "" try: _load_dmr_ids() except Exception: pass call = _DMR_CALL_BY_ID.get(key, "") if call: return call cache = _load_radioid_cache() call = cache.get(key, "") if call: return call with _RADIOID_LOCK: if key in _RADIOID_PENDING or len(_RADIOID_PENDING) >= 10: return "" _RADIOID_PENDING.add(key) threading.Thread(target=_fetch_radioid_call, args=(key,), daemon=True).start() return "" def parse_qso_line(line): """解析 MMDVM-Host 的 QSO 日志行（兼容 DMR / YSF / D-STAR）""" # 多信道：状态脚本会给每条前面加 "[CH2] "，先取出通道号 ch = '' mch = re.search(r'\[CH(\d+)\]', line) # FIX_FM_CH if mch: ch = 'CH' + mch.group(1) line = line[:mch.start()] + line[mch.end():] # FIX_FM_CH 只删标记，保留时间戳 # 提取时间（★ MMDVM 日志里的时间是 UTC，必须换算成本机时区， # 否则看板时间会比实际少 8 小时。用 time.timezone（本机 UTC 偏移,秒,西正东负）换算， # 对东八区 = UTC+8，且不受夏令时影响（中国无夏令时）。） times = re.findall(r'(\d{2}:\d{2}:\d{2})', line) t_str = times[-1] if times else '' if t_str: try: import time as _t _h, _m, _s = [int(_x) for _x in t_str.split(':')] _loc = (_h * 3600 + _m * 60 + _s - int(_t.timezone)) % 86400 t_str = "%02d:%02d:%02d" % (_loc // 3600, (_loc % 3600) // 60, _loc % 60) except Exception: pass # 检测模式 low = line.lower() if 'd-star' in low or 'dstar' in low: mode = 'D-Star' elif 'dmr slot 1' in low: mode = 'DMR S1' elif 'dmr slot 2' in low: mode = 'DMR S2' elif 'dmr' in low: mode = 'DMR' elif 'ysf' in low: mode = 'YSF' elif 'p25' in low: mode = 'P25' elif 'nxdn' in low: mode = 'NXDN' elif 'pocsag' in low: mode = 'POCSAG' elif 'fm' in low: mode = 'FM' else: mode = 'UNKNOWN' # 方向：RF 还是 Net if 'received network' in low: src = 'Net' elif 'received rf' in low: src = 'RF' else: src = 'Local' # 提取呼号 call = '-' m = re.search(r'from\s+([A-Z0-9][A-Z0-9/\-]+)', line, re.I) if m: call = m.group(1).strip() original_id = call if call.isdigit() else "" if original_id: resolved = lookup_dmr_call(original_id) if resolved: call = resolved # 提取目标 target = '-' m = re.search(r'to\s+((?:TG|PC|All)\s+\d+)', line, re.I) if m: target = m.group(1).strip() else: # ★ YSF 的 "to DG-ID 0 at <呼号>" 单独识别，避免目标显示成 '-' m = re.search(r'to\s+(DG-ID\s+\d+)', line, re.I) if m: target = m.group(1).strip() else: m = re.search(r'to\s+([A-Z0-9][A-Z0-9/\-]*?)(?:\s*,\s*\d|\.|\s*$)', line, re.I) if m: target = m.group(1).strip() # 提取时长 duration = '-' m = re.search(r'(\d+(?:\.\d+)?)\s*seconds', line, re.I) if m: duration = f"{float(m.group(1)):.1f}s" elif ('header' in low or 'received network transmission' in low or 'received rf voice transmission' in low or 'received network data from' in low): # ★ YSF / P25 / NXDN 网络侧没有 header 行，只有“开始行”， # 这里一并判为“通话中”，否则这些模式在通联列表里不会变红。 duration = '通话中' # 提取 BER ber = '-' m = re.search(r'BER[:\s]+(\d+(?:\.\d+)?)%?', line, re.I) if m: ber = f"{m.group(1)}%" # 提取 DMR ID dmr_id = original_id if not dmr_id: try: dmr_id = lookup_dmr_id(call) except Exception: pass return { 'time': t_str, 'mode': mode, 'ch': ch, 'src': src, 'call': call, 'target': target, 'duration': duration, 'ber': ber, 'id': dmr_id, '_watchdog': ('watchdog' in low and 'expired' in low), } def read_channel_plan(): try: with open('/etc/mmdvm/channels.json', encoding='utf-8') as f: data = json.load(f) return data if isinstance(data, dict) else {} except Exception: return {} def plan_primary(): plan = read_channel_plan() items = [] for item in plan.get('list', []): try: if str(item.get('mode', '')).upper() not in ('', 'NONE'): items.append(item) except Exception: pass items.sort(key=lambda x: int(x.get('n', 0))) return plan, (items[0] if items else None) def read_ini_value(path, section, key): try: if not os.path.exists(path): return None cur = None tsec = section.lower() tkey = key.lower() with open(path, encoding="utf-8", errors="ignore") as fh: for line in fh: s = line.strip() if not s or s.startswith(";") or s.startswith("#"): continue if s.startswith("[") and s.endswith("]"): cur = s[1:-1].lower() continue if "=" in s and cur == tsec: k, v = s.split("=", 1) if k.strip().lower() == tkey: return v.strip() except Exception: pass return None def read_freq_hz(): p = "/etc/MMDVM-Host.ini" rxv = read_ini_value(p, "Modem", "RXFrequency") or read_ini_value(p, "Info", "RXFrequency") txv = read_ini_value(p, "Modem", "TXFrequency") or read_ini_value(p, "Info", "TXFrequency") try: rx = int(rxv) if rxv else 0 except: rx = 0 try: tx = int(txv) if txv else 0 except: tx = 0 return rx, tx def read_callsign_id(): p = "/etc/MMDVM-Host.ini" return (read_ini_value(p, "General", "Callsign") or "", read_ini_value(p, "General", "Id") or "0") def read_host_ini_via_sudo(): """用 sudo cat 读 /etc/MMDVM-Host.ini（无论文件权限如何）""" import subprocess as _sp for cat_path in ['/bin/cat', '/usr/bin/cat']: try: r = _sp.run( ['sudo', cat_path, '/etc/MMDVM-Host.ini'], capture_output=True, text=True, timeout=5 ) if r.returncode == 0 and r.stdout: return r.stdout except Exception: continue return None def parse_host_ini(content): """从 INI 内容解析 rx_hz/tx_hz/callsign/id""" result = {'rx_hz': 0, 'tx_hz': 0, 'callsign': '', 'id': '0'} if not content: return result cur = None for line in content.split('\n'): s = line.strip() if not s or s.startswith(';') or s.startswith('#'): continue if s.startswith('[') and s.endswith(']'): cur = s[1:-1].lower() continue if '=' not in s: continue k, v = s.split('=', 1) k = k.strip().lower() v = v.strip() if cur == 'modem': if k == 'rxfrequency': try: result['rx_hz'] = int(v) except: pass elif k == 'txfrequency': try: result['tx_hz'] = int(v) except: pass elif cur == 'info' and result['rx_hz'] == 0: if k == 'rxfrequency': try: result['rx_hz'] = int(v) except: pass elif k == 'txfrequency': try: result['tx_hz'] = int(v) except: pass elif cur == 'general': if k == 'callsign' and not result['callsign']: result['callsign'] = v elif k == 'id' and result['id'] == '0': result['id'] = v return result def _merge_qso(items): """Merge voice headers and end lines. get_qso() returns newest first.""" out = [] for idx, it in enumerate(items): if it.get('_watchdog'): continue if str(it.get('duration')) != '通话中': out.append(it) continue ch, call, mode = it.get('ch'), it.get('call'), it.get('mode') ended = any( (not x.get('_watchdog')) and str(x.get('duration')) != '通话中' and x.get('ch') == ch and x.get('call') == call for x in items[:idx] ) watchdog_ended = any( x.get('_watchdog') and x.get('ch') == ch and x.get('mode') == mode for x in items[:idx] ) if not ended and not watchdog_ended: out.append(it) return out # ★ 通话记录短缓存（0.6 秒）：前端 0.5 秒轮询时会把重复请求折叠成一次读取， # 否则每次都要起一个 journalctl + python，Pi 上很容易把 CPU 打上去。 # 只缓存“读日志”的结果，红色高亮最多延迟 0.6 秒，肉眼无感。 _QSO_CACHE = {'t': 0.0, 'payload': None} _QSO_LOCK = threading.Lock() _QSO_TTL = 0.6 def _qso_payload(): res = run_cmd(['sudo', '/usr/local/bin/web-manage.sh', 'qso'], timeout=20) items = [] for raw_line in (res['stdout'] or '').split('\n'): line = raw_line.strip() if not line or line == '=== QSO ===' or line == '\u65e0\u901a\u8bdd\u8bb0\u5f55': continue try: item = parse_qso_line(line) if str(item.get('id') or '') in ('9990003', '999000300'): continue items.append(item) except Exception: pass return {'ok': True, 'qso': _merge_qso(items)} @app.route('/api/qso') def api_qso(): """★ 轻量接口：只返回通话记录（供 Live QSO 轮询，带 0.6 秒折叠缓存）""" if _QSO_CACHE['payload'] is not None and (time.time() - _QSO_CACHE['t']) < _QSO_TTL: return jsonify(_QSO_CACHE['payload']) with _QSO_LOCK: # 同一时刻只允许一个真正去读日志 if _QSO_CACHE['payload'] is not None and (time.time() - _QSO_CACHE['t']) < _QSO_TTL: return jsonify(_QSO_CACHE['payload']) payload = _qso_payload() _QSO_CACHE['t'] = time.time() _QSO_CACHE['payload'] = payload return jsonify(payload) def get_telemetry(light=False): _status_action = "status-quick" if light else "status" res = run_cmd(['sudo', '/usr/local/bin/web-manage.sh', _status_action]) services, profile, system, network, qso = {}, "未知", {}, {}, [] current_sec = None if res['ok']: for raw_line in res['stdout'].split('\n'): line = raw_line.strip() if line == '=== SERVICES ===': current_sec = 'services'; continue if line == '=== PROFILE ===': current_sec = 'profile'; continue if line == '=== SYSTEM ===': current_sec = 'system'; continue if line == '=== NETWORK ===': current_sec = 'network'; continue if line == '=== RF FREQ ===': current_sec = 'rf_freq'; continue if line == '=== QSO ===': current_sec = 'qso'; continue if current_sec == 'services' and line: parts = line.split() if len(parts) == 2: services[parts[0]] = (parts[1] == 'active') elif current_sec == 'profile' and line: m = re.search(r'MODE=(\S+)', line) if m: profile = m.group(1) elif current_sec == 'system' and '=' in line: k, v = line.split('=', 1); system[k] = v elif current_sec == 'rf_freq' and '=' in line: k, v = line.split('=', 1); system[k] = v elif current_sec == 'network' and '=' in line: k, v = line.split('=', 1); network[k] = v elif current_sec == 'qso' and line and line != '无通话记录': qso.append(parse_qso_line(line)) qso = _merge_qso(qso) # ★ 合并头/尾，避免通话结束后仍显示"通话中" # ★ 从 /etc/MMDVM-Host.ini 读取实时频率 rx_hz = 0; tx_hz = 0 try: with open("/etc/MMDVM-Host.ini", encoding="utf-8", errors="ignore") as f: section = None for line in f: s = line.strip() if s.startswith("[") and s.endswith("]"): section = s[1:-1].lower() continue if section in ("modem", "info"): if s.lower().startswith("rxfrequency=") and not rx_hz: try: rx_hz = int(s.split("=",1)[1].strip()) except: pass elif s.lower().startswith("txfrequency=") and not tx_hz: try: tx_hz = int(s.split("=",1)[1].strip()) except: pass except Exception: pass system['rx_hz'] = rx_hz system['tx_hz'] = tx_hz system['offset_hz'] = (tx_hz - rx_hz) if rx_hz and tx_hz else 0 # ★ 终极方案：sudo cat 直接读文件（不受权限影响） _content = read_host_ini_via_sudo() _parsed = parse_host_ini(_content) if _content else {'rx_hz':0,'tx_hz':0,'callsign':'','id':'0'} # 合并：status 输出优先，其次 sudo cat 结果 try: _rx = int(system.get('rx_hz') or 0) except (ValueError, TypeError): _rx = 0 try: _tx = int(system.get('tx_hz') or 0) except (ValueError, TypeError): _tx = 0 if not _rx: _rx = _parsed['rx_hz'] if not _tx: _tx = _parsed['tx_hz'] # ★ 通道规划是射频事实来源；Host.ini 只作兼容回退。 _plan, _primary = plan_primary() if _primary: try: _rx = int(_primary.get('rx') or 0) _tx = int(_primary.get('tx') or 0) except Exception: pass system['rx_hz'] = _rx system['tx_hz'] = _tx system['offset_hz'] = (_tx - _rx) if (_rx and _tx) else 0 if _plan.get('callsign'): system['callsign'] = str(_plan.get('callsign')) elif not system.get('callsign'): system['callsign'] = _parsed['callsign'] or '' if _plan.get('dmr_id') and str(_plan.get('dmr_id')) not in ('', '0', '000000000'): system['id'] = str(_plan.get('dmr_id')) elif not system.get('id') or system.get('id') == '0': system['id'] = _parsed['id'] or '0' system['radio_id'] = system.get('id') or '0' if os.path.exists('/etc/mmdvm/soapy-sx-verified'): system['sx_probe'] = 'OK' return {'services': services, 'profile': profile, 'system': system, 'network': network, 'qso': None if light else qso[::-1]} HTML = r''' ARCH 业余无线电融合中枢
频率模式列表
正在读取多信道状态...
🌡️
CPU 核心温度
--
🧠
内存占用
--
⏱️
系统运行时间
--
📻
SX1255 射频板
--
⚡
CPU 实时占用
--
通联列表
实时解析
当前信道守候中...
ARCH 业余无线电融合中枢
致敬开源项目及作者：MMDVM / MMDVMHost (Jonathan Naylor, G4KLX) · Pi-Star & Gateways (Andy Taylor, MW0MWZ)
ircDDBGateway (Michael Wheeler, G7RZU & G4KLX) · SoapySX1255 (Pothosware 及开源贡献者) · FlowStation / Bluestation (Razvan Zeces, YO6RZV)
本项目以 GNU GPL v3 许可证发布，欢迎在相同许可证下继续开源。
作者：BG2GA · 免责声明
''' @app.route('/') def index(): return render_template_string(HTML) @app.route('/api/status') def api_status(): return jsonify(get_telemetry(request.args.get("light") == "1")) @app.route('/api/ports') def api_ports(): res = run_cmd(['sudo', '/usr/local/bin/web-manage.sh', 'ports']) ports = {} if res['ok']: for line in res['stdout'].split('\n'): if '|' in line: parts = line.split('|') if len(parts) >= 3: ports[parts[0]] = { 'proc': parts[1] if parts[1] != '-' else None, 'state': parts[2] } return jsonify(ports) @app.route('/api/switch/', methods=['POST']) def api_switch(mode): allowed = {'DMR','D-STAR','YSF','P25','NXDN','FM','POCSAG'} if mode not in allowed: return jsonify({'success': False, 'message': '不支持的模式'}), 400 res = run_cmd(['sudo', '/usr/local/bin/web-manage.sh', 'switch', mode], timeout=90) if res['ok']: # 只返回简短消息，绝不返回完整 stdout return jsonify({'success': True, 'message': '已切换到 ' + mode + ' 模式'}) else: # 错误也截断到 200 字符 err = (res['stderr'] or '切换失败').strip()[:200] return jsonify({'success': False, 'message': err}), 500 @app.route('/api/config/') def api_config(mode): allowed = {'RF','DMR','D-STAR','YSF','P25','NXDN','FM','POCSAG'} if mode not in allowed: return jsonify({}), 400 res = run_cmd(['sudo', '/usr/local/bin/web-manage.sh', 'get-config', mode]) config = {} if res['ok']: cur_sec = None for raw in res['stdout'].split('\n'): line = raw.strip() if line.startswith('=== ') and line.endswith(' ==='): cur_sec = line.replace('=== ','').replace(' ===','') config[cur_sec] = {} elif '=' in line and cur_sec: k, v = line.split('=', 1) config[cur_sec][k] = v return jsonify(config) def _cur_freqs(): """实际频点优先读取通道规划，避免 Host 旧元数据把界面和电台带偏。""" _, item = plan_primary() if item: return str(item.get('rx') or ''), str(item.get('tx') or '') rx = tx = '' for p in ('/etc/MMDVM-Host.ini', '/etc/MMDVM-Host-1.ini'): try: cur = None for ln in open(p, encoding='utf-8', errors='replace'): s = ln.strip() if s.startswith('[') and s.endswith(']'): cur = s[1:-1] elif cur == 'Modem' and s.lower().startswith('rxfrequency=') and not rx: rx = s.split('=', 1)[1].strip() elif cur == 'Modem' and s.lower().startswith('txfrequency=') and not tx: tx = s.split('=', 1)[1].strip() if rx and tx: break except Exception: pass if not rx or not tx: try: cur = None for ln in open('/etc/MMDVM-Multi.ini', encoding='utf-8', errors='replace'): s = ln.strip() if s.startswith('[') and s.endswith(']'): cur = s[1:-1] elif cur == 'Modem' and s.lower().startswith('rxfrequency=') and not rx: rx = s.split('=', 1)[1].strip() elif cur == 'Modem' and s.lower().startswith('txfrequency=') and not tx: tx = s.split('=', 1)[1].strip() except Exception: pass return rx, tx def _ini_get(path, sec, key, dv=''): """读取 ini 某段的键值（表单留空时用于"保持原值"）""" cur = None try: for ln in open(path, encoding='utf-8', errors='replace'): s = ln.strip() if s.startswith('[') and s.endswith(']'): cur = s[1:-1] elif cur == sec and '=' in s and not s.startswith(';') and not s.startswith('#'): k, v = s.split('=', 1) if k.strip().lower() == key.lower(): return v.strip() except Exception: pass return dv def _flat_get(path, key, dv=''): try: for ln in open(path, encoding='utf-8', errors='replace'): s = ln.strip() if s and not s.startswith('#') and '=' in s: k, v = s.split('=', 1) if k.strip().lower() == key.lower(): return v.strip() except Exception: pass return dv def _call_strip(v): """去掉 ircDDB 呼号尾缀（'NOCALL G' -> 'NOCALL'）""" s = re.sub(r'\s+', ' ', str(v or '').strip()).upper() return re.sub(r'\s+[A-Z]$', '', s) @app.route('/api/save/', methods=['POST']) def api_save(mode): data = request.get_json() or {} cmd = ['sudo', '/usr/local/bin/web-manage.sh'] # 频率兜底：RF / DMR / YSF 表单可能不含频率字段，避免 valid_freq 报错 if mode in ('DMR', 'YSF', 'FM'): # 注意：RF 页已无频率输入 —— 不在这里补频率，避免把旧值当新值写回配置 frx, ftx = _cur_freqs() if not data.get('rxfreq'): data['rxfreq'] = frx if not data.get('txfreq'): data['txfreq'] = ftx if mode == 'DMR': # 表单留空 -> 用当前配置兜底（修复"BM 主机不能为空"导致保存失败） if not data.get('bm_host'): data['bm_host'] = _ini_get('/etc/DMRGateway.ini', 'DMR Network 1', 'Address') if not data.get('bm_port'): data['bm_port'] = _ini_get('/etc/DMRGateway.ini', 'DMR Network 1', 'Port', '62031') if not data.get('bm_pw'): data['bm_pw'] = _ini_get('/etc/DMRGateway.ini', 'DMR Network 1', 'Password') if not data.get('id'): data['id'] = _ini_get('/etc/MMDVM-Host.ini', 'General', 'Id') if not data.get('callsign'): data['callsign'] = _ini_get('/etc/MMDVM-Host.ini', 'General', 'Callsign') if mode == 'D-STAR': if not data.get('gw_call'): data['gw_call'] = _call_strip(_flat_get('/etc/ircddbgateway', 'gatewayCallsign', _ini_get('/etc/MMDVM-Host.ini', 'General', 'Callsign'))) if not data.get('rep_call'): data['rep_call'] = _call_strip(_flat_get('/etc/ircddbgateway', 'repeaterCall1', data.get('gw_call', ''))) data['ircddb_host'] = data.get('ircddb_host') or _flat_get( '/etc/ircddbgateway', 'ircddbHostname', 'rr.ircddb.net') if mode == 'RF': data['duplex'] = '1' # 本系统固定双工 if not data.get('id'): data['id'] = '' if mode == 'RF': cmd += ['save-rf', data.get('callsign',''), data.get('id',''), data.get('rxfreq',''), data.get('txfreq',''), data.get('duplex','1'), data.get('power','1'), data.get('rxgain','50'), data.get('txgain','30')] elif mode == 'DMR': cmd += ['save-dmr', data.get('callsign',''), data.get('id',''), data.get('cc','1'), data.get('rxfreq',''), data.get('txfreq',''), data.get('bm_host',''), data.get('bm_port','62031'), data.get('bm_pw',''), data.get('essid','')] elif mode == 'YSF': cmd += ['save-ysf', data.get('callsign',''), data.get('id',''), data.get('suffix','RPT') or 'RPT', data.get('startup',''), data.get('wiresx','1'), data.get('uppermode','')] elif mode == 'P25': cmd += ['save-p25', data.get('callsign',''), data.get('nac','293'), data.get('static',''), '120', '60'] elif mode == 'NXDN': cmd += ['save-nxdn', data.get('callsign',''), data.get('id',''), data.get('ran','1'), data.get('protocol','Icom'), data.get('static',''), '120', '60'] elif mode == 'D-STAR': # ★ 本机模块字母跟随“模块呼号”尾字母（NOCALL B -> B），没写尾字母则默认 B _rep_raw = str(data.get('rep_call','') or '').strip() _mb = re.search(r'([A-Za-z])\s*$', _rep_raw) _band = _mb.group(1).upper() if _mb else 'B' cmd += ['save-dstar', _call_strip(data.get('gw_call','')), _call_strip(_rep_raw), _band, data.get('irc_user',''), data.get('irc_pw',''), data.get('rxfreq',''), data.get('txfreq',''), data.get('reflector1',''), data.get('atStartup1','1'), data.get('callsign_routing',''), data.get('time_announce',''), data.get('use_dplus_xrf',''), data.get('ircddb_host','')] elif mode == 'FM': cmd += ['save-fm', data.get('callsign',''), data.get('ctcss','88.5'), '30', '20', data.get('rxfreq',''), data.get('txfreq','')] elif mode == 'POCSAG': cmd += ['save-pocsag', data.get('freq','439500000')] else: return jsonify({'success': False, 'message': 'NONE'}), 400 res = run_cmd(cmd, timeout=60) msg = (res['stdout'] if res['ok'] else (res['stderr'] or '保存失败')).strip() # 失败时返回 500，前端才会走 "保存失败: xxx" 分支（原来恒返回 200 导致提示被吞） return jsonify({'success': bool(res['ok']), 'ok': bool(res['ok']), 'message': msg[:400]}), (200 if res['ok'] else 500) # ==================== TDR Link模式状态（首页宫格用） ==================== _TETRA_LOG_RE = re.compile(r"(\d{2}:\d{2}:\d{2})\.\d+.*?rx_tpsap_prim got NormalTrainSeq(\d) in fullslot") _TETRA_BCAST_RE = re.compile(r"(\d{2}:\d{2}:\d{2})\.\d+.*?hyperframe broadcast slot") def _tetra_slot_snapshot(): """读取基站时隙活动与当前真实在网终端。 在线终端只取自 FlowStation 当前 ms_map 快照，不再读取 recovery_cache， 避免手台关机后仍被历史缓存显示为在线。 """ slots = {i: {"n": i, "last": "", "seq": "", "count": 0} for i in range(1, 5)} bcast = "" try: rr = subprocess.run(["sudo", "-n", "/usr/local/bin/web-manage.sh", "logs", "tetra-bs", "800"], capture_output=True, text=True, timeout=30) for ln in (rr.stdout or "").splitlines(): m = _TETRA_LOG_RE.search(ln) if m: mm = re.search(r"\b\d+/\d+/\d+/(\d)\b", ln) n = int(mm.group(1)) if mm else 0 if n in slots: slots[n]["last"] = m.group(1) slots[n]["seq"] = "NormalTrainSeq" + m.group(2) slots[n]["count"] += 1 continue b = _TETRA_BCAST_RE.search(ln) if b: bcast = b.group(1) except Exception: pass pub = {} try: with urllib.request.urlopen("http://127.0.0.1:8080/api/public", timeout=3) as _r: decoded = json.loads(_r.read().decode("utf-8", "ignore")) if isinstance(decoded, dict): pub = decoded except Exception: pub = {} pub_slots = {} if isinstance(pub, dict) and isinstance(pub.get("slots"), list): for item in pub["slots"]: if not isinstance(item, dict): continue try: n = int(item.get("ts")) except Exception: continue if n not in pub_slots: pub_slots[n] = item for n, slot in slots.items(): remote = pub_slots.get(n) or {} active = bool(remote.get("busy")) gssi = remote.get("gssi") slot["busy"] = active or slot.get("count", 0) > 0 slot["gssi"] = str(gssi) if gssi not in (None, "") else "" slot["status"] = ("通话中" if remote.get("speaking") else "呼叫中") if active and n != 1 else "" slot["call_type"] = str(remote.get("call_type") or "") for key in ("caller_issi", "called_issi", "active_speaker", "simplex"): slot[key] = remote.get(key) if active and not slot.get("last"): slot["last"] = time.strftime("%H:%M:%S") terms = [] raw_ms = pub.get("ms") if isinstance(pub, dict) else None if isinstance(raw_ms, list): callsigns = {} ids = [] for item in raw_ms: if isinstance(item, dict) and str(item.get("issi") or "").isdigit(): ids.append(str(item["issi"])) if ids: try: with urllib.request.urlopen("http://127.0.0.1:8080/api/callsigns?ids=" + ",".join(ids), timeout=3) as _r: cs_data = json.loads(_r.read().decode("utf-8", "ignore")) if isinstance(cs_data, dict): callsigns = cs_data except Exception: callsigns = {} for item in raw_ms: if not isinstance(item, dict): continue issi = str(item.get("issi") or "").strip() if not issi.isdigit(): continue try: age = max(0, int(float(item.get("last_seen_secs_ago", 0)))) except Exception: age = 0 groups = item.get("groups") or [] if not isinstance(groups, (list, tuple)): groups = [groups] raw_rssi = item.get("rssi_dbfs") try: rssi = f"{float(raw_rssi):.1f} dBFS" if raw_rssi is not None else "—" except Exception: rssi = "—" esm = int(item.get("energy_saving_mode") or 0) cs_item = callsigns.get(issi) if isinstance(cs_item, dict): callsign = cs_item.get("cs") or cs_item.get("callsign") or "—" else: callsign = cs_item or "—" terms.append({ "issi": issi, "callsign": callsign, "groups": "、".join(str(x) for x in groups) if groups else "—", "rssi": rssi, "seen": "刚刚" if age <= 2 else f"{age} 秒前", "batt": ("节能 " + str(esm)) if esm else "常驻", "age": age, }) terms.sort(key=lambda t: t.get("age", 999999)) dl = ul = "" fb = False try: rr2 = subprocess.run(["sudo", "-n", "/usr/local/bin/web-manage.sh", "logs", "tetra-bs", "150"], capture_output=True, text=True, timeout=25) for ln in (rr2.stdout or "").splitlines(): if "FALLBACK CONFIG ACTIVE" in ln or "Primary config is invalid" in ln: fb = True m = re.search(r"DL / UL: ([0-9.]+) MHz / ([0-9.]+) MHz", ln) if m: dl, ul = m.group(1), m.group(2) except Exception: pass return {"ok": True, "ts": [slots[i] for i in range(1, 5)], "bcast": bcast, "terminals": terms[:50], "count": len(terms), "base_dl": dl, "base_ul": ul, "fallback": fb} _TETRA_CALLSIGN_CACHE = {} def _tetra_live_callsigns(ids): """Resolve callsigns through a small in-process cache (no 1-second upstream lookups).""" now = time.time() out = {} missing = [] for ident in ids: item = _TETRA_CALLSIGN_CACHE.get(ident) if item and item.get("expires", 0) > now: out[ident] = item.get("callsign") or "—" elif ident not in missing: missing.append(ident) if missing: try: with urllib.request.urlopen("http://127.0.0.1:8080/api/callsigns?ids=" + ",".join(missing), timeout=2) as r: data = json.loads(r.read().decode("utf-8", "ignore")) if not isinstance(data, dict): data = {} except Exception: data = {} for ident in missing: item = data.get(ident) if isinstance(item, dict): callsign = item.get("cs") or item.get("callsign") or "—" else: callsign = item or "—" ttl = 5 if callsign == "—" else 300 _TETRA_CALLSIGN_CACHE[ident] = {"callsign": callsign, "expires": now + ttl} out[ident] = callsign return out def _tetra_live_snapshot(): """Fast 1-second path for TS2-TS4 and registered terminal state.""" slots = {i: {"n": i, "last": "", "seq": "", "count": 0, "busy": False, "gssi": "", "status": "", "call_type": "", "caller_issi": None, "called_issi": None, "active_speaker": None, "simplex": None} for i in range(1, 5)} terms = [] bcast = "" try: with urllib.request.urlopen("http://127.0.0.1:8080/api/public", timeout=1) as r: pub = json.loads(r.read().decode("utf-8", "ignore")) except Exception: pub = {} if isinstance(pub, dict) and isinstance(pub.get("slots"), list): for item in pub["slots"]: if not isinstance(item, dict): continue try: n = int(item.get("ts")) except Exception: continue if n not in (2, 3, 4): continue active = bool(item.get("busy")) gssi = item.get("gssi") slots[n]["busy"] = active slots[n]["gssi"] = str(gssi) if gssi not in (None, "") else "" slots[n]["status"] = ("通话中" if item.get("speaking") else "呼叫中") if active else "" slots[n]["call_type"] = str(item.get("call_type") or "") for key in ("caller_issi", "called_issi", "active_speaker", "simplex"): slots[n][key] = item.get(key) if active: slots[n]["last"] = time.strftime("%H:%M:%S") raw_ms = pub.get("ms") if isinstance(pub, dict) else None if isinstance(raw_ms, list): ids = [str(x.get("issi")) for x in raw_ms if isinstance(x, dict) and str(x.get("issi") or "").isdigit()] live_callsigns = _tetra_live_callsigns(ids) for item in raw_ms: if not isinstance(item, dict): continue issi = str(item.get("issi") or "").strip() if not issi.isdigit(): continue try: age = max(0, int(float(item.get("last_seen_secs_ago", 0)))) except Exception: age = 0 groups = item.get("groups") or [] if not isinstance(groups, (list, tuple)): groups = [groups] raw_rssi = item.get("rssi_dbfs") try: rssi = f"{float(raw_rssi):.1f} dBFS" if raw_rssi is not None else "—" except Exception: rssi = "—" esm = int(item.get("energy_saving_mode") or 0) terms.append({ "issi": issi, "callsign": live_callsigns.get(issi, "—"), "groups": "、".join(str(x) for x in groups) if groups else "—", "rssi": rssi, "seen": "刚刚" if age <= 2 else f"{age} 秒前", "batt": ("节能 " + str(esm)) if esm else "常驻", "age": age, }) terms.sort(key=lambda t: t.get("age", 999999)) return {"ok": True, "ts": [slots[i] for i in (2, 3, 4)], "bcast": bcast, "terminals": terms, "count": len(terms)} @app.route("/api/tetra/live") def api_tetra_live(): return jsonify(_tetra_live_snapshot()) @app.route("/api/tetra/slots") def api_tetra_slots(): return jsonify(_tetra_slot_snapshot()) @app.route('/api/bm-status') def api_bm_status(): """BrandMeister 会话状态：直接解析 DMRGateway 日志，给出人话原因""" res = run_cmd(['sudo', '/usr/local/bin/web-manage.sh', 'logs', 'dmrgateway'], timeout=20) raw = (res['stdout'] if res['ok'] else (res['stderr'] or '')) or '' lines = [l.strip() for l in raw.replace('\r', '').split('\n') if l.strip()] state, reason = 'unknown', '未取得 DMRGateway 日志（服务可能未运行）' for line in reversed(lines): low = line.lower() if 'logged into the master successfully' in low: state, reason = 'online', '已登录 BrandMeister Master' break if 'master is closing down' in low: state = 'closed' reason = ('BM 主动断开：配置报文里的呼号必须与 BM 注册呼号一致' '（不能是 NOCALL），或该 ESSID/热点密码在 BM 自服务页面未登记') break if 'login to the master has failed' in low: state, reason = 'auth', 'BM 登录失败：热点连接密码不正确' break if 'timed out' in low: state, reason = 'timeout', '连接 BM 超时：网络不通或被防火墙拦截' break if ('could not lookup' in low) or ('unable to resolve' in low): state, reason = 'dns', 'BM 主机名解析失败' break info = {} try: r2 = run_cmd(['sudo', '/usr/local/libexec/mmdvm-save.py', 'BMINFO'], timeout=20) if r2['ok'] and r2['stdout'].strip(): info = json.loads(r2['stdout'].strip()) except Exception: info = {} info.update({'ok': True, 'state': state, 'reason': reason, 'tail': lines[-6:]}) return jsonify(info) @app.route('/api/dstar-flags') def api_dstar_flags(): """读取 D-STAR 三个网关开关的当前状态""" def flat_get(path, key, dv=''): try: for ln in open(path, encoding='utf-8', errors='replace'): s = ln.strip() if s.lower().startswith(key.lower() + '='): return s.split('=', 1)[1].strip() except Exception: pass return dv ts = {} try: for ln in open('/etc/timeserver', encoding='utf-8', errors='replace'): s = ln.strip() if '=' in s and not s.startswith('#'): k, v = s.split('=', 1) ts[k.strip().lower()] = v.strip() except Exception: pass flags = { 'callsign_routing': flat_get('/etc/ircddbgateway', 'ircddbEnabled', '0') or '0', 'use_dplus_xrf': '1' if os.path.exists('/etc/hostfiles.nodextra') else '0', 'time_announce': '0' if os.path.exists('/etc/timeserver.dissable') else '1', 'timeserver_send': ''.join(ts.get('send' + c, '0') for c in 'ABCDE'), 'timeserver_lang': ts.get('language', '0'), 'timeserver_interval': ts.get('interval', '2'), } return jsonify(flags) @app.route('/api/logs/') def api_logs(service): res = run_cmd(['sudo', '/usr/local/bin/web-manage.sh', 'logs', service], timeout=15) return jsonify({'logs': res['stdout'] if res['ok'] else res['stderr']}) @app.route('/api/bm-test/') def api_bm_test(host): res = run_cmd(['sudo', '/usr/local/bin/web-manage.sh', 'bm-test', host], timeout=20) try: return jsonify(json.loads(res['stdout'])) except: return jsonify({'host': host, 'loss': 'N/A', 'rtt': 'N/A'}) @app.route('/api/diagnose') def api_diagnose(): res = run_cmd(['sudo', '/usr/local/bin/web-manage.sh', 'diagnose'], timeout=30) return jsonify({'output': res['stdout'] if res['ok'] else res['stderr']}) @app.route('/api/backup', methods=['POST']) def api_backup(): res = run_cmd(['sudo', '/usr/local/bin/web-manage.sh', 'backup'], timeout=45) return jsonify({'message': res['stdout'] if res['ok'] else res['stderr']}) @app.route('/api/update-db/', methods=['POST']) def api_update_db(dbtype): res = run_cmd(['sudo', '/usr/local/bin/web-manage.sh', 'update-db', dbtype], timeout=360) msg = (res['stdout'] if res['ok'] else (res['stderr'] or '更新失败')) msg = re.sub(r'\x1b\[[0-9;]*m', '', msg or '') msg = msg.strip() if len(msg) > 2400: msg = msg[-2400:] return jsonify({'ok': bool(res['ok']), 'message': msg or '更新完成'}) @app.route('/api/restart/', methods=['POST']) def api_restart(service): allowed = {'mmdvmhost','dmrgateway','ysfgateway','p25gateway','nxdngateway', 'ircddbgatewayd','mmdvm-iq','mmdvm-web','all'} if service not in allowed: return jsonify({'ok':False,'message':'无效服务'}), 400 if service == 'all': run_cmd(['sudo','systemctl','restart','mmdvm-iq.service'], timeout=30) run_cmd(['sudo','systemctl','restart','mmdvmhost.service'], timeout=30) run_cmd(['sudo','systemctl','restart','dmrgateway.service'], timeout=30) else: run_cmd(['sudo','systemctl','restart',f'{service}.service'], timeout=30) return jsonify({'ok':True,'message':f'{service} 已重启'}) # DMR 协议网络白名单 / 其它协议黑名单（Pi-Star DMR_Hosts.txt 里混有 XLX 条目） _DMR_NETS = {'BM', 'DMR', 'TGIF', 'FREEDMR', 'FD', 'DMR+', 'DMRPLUS', 'HB', 'HBLINK', 'FREESTAR', 'SYSTEMX', 'DMRX', 'DMR-MARC', 'MARC', 'DAS', 'MMDVM', 'BRANDMEISTER', 'HOTSPOT'} _NON_DMR_NET = {'XLX', 'REF', 'XRF', 'DCS', 'CCS', 'FCS', 'YSF', 'P25', 'NXDN', 'M17', 'DSTAR', 'D-STAR', 'WIRESX'} _NON_DMR_HOST = ('ysf', 'fcs', 'p25', 'nxdn', 'dstar', 'd-star', 'ircddb') def _is_bm_dmr(m, keep_xlx=False): """主机记录是否属于 DMR 协议网络 · net 在 DMR 白名单里 -> 是 · net 是 XLX/REF/XRF/DCS/CCS/FCS/YSF/P25/NXDN/M17 等 -> 默认不是 （XLX 只会出现在 D-STAR 页面的反射器列表里） · 都没有时按域名判断，并排除本机伪主机（127.0.0.x / localhost） """ if not isinstance(m, dict): return False net = str(m.get('net') or '').strip().upper() if net in _NON_DMR_NET: return bool(keep_xlx and net == 'XLX') if net in _DMR_NETS: return True host = str(m.get('host') or '').strip().lower() if not host or host.startswith('127.') or host in ('localhost', '0.0.0.0'): return False for bad in _NON_DMR_HOST: if bad in host: return False for good in ('brandmeister', 'dmr', 'hblink', 'tgif', 'freedmr', 'systemx', 'mmdvm'): if good in host: return True return False @app.route('/api/bm-list') def api_bm_list(): """DMR 服务器列表（hosts-build.py 从 Pi-Star DMR_Hosts.txt 转换） · 默认只返回 DMR 协议网络（BrandMeister / TGIF / FreeDMR / DMR+ / HB …） · ?net=BM 只看某个网络；?all=1 才会连 XLX 一起返回 · 返回顺序保持主机库顺序（4602 中国 -> 4501 韩国 -> 其余 BM -> 其它 DMR 网） """ import json as _json try: with open('/usr/local/etc/hosts/DMR_Hosts.json', encoding='utf-8') as f: data = _json.load(f) except Exception: data = [] want = (request.args.get('net') or '').strip().upper() show_all = (request.args.get('all') or '') in ('1', 'true', 'yes') masters, nets = [], {} for m in (data if isinstance(data, list) else []): if not _is_bm_dmr(m, keep_xlx=show_all): continue host = (m.get('host') or '').strip() if not host: continue net = (m.get('net') or 'BM').strip().upper() nets[net] = nets.get(net, 0) + 1 if want and net != want: continue masters.append({ 'id': str(m.get('id', '')), 'net': net, 'label': m.get('label', '') or host, 'region': m.get('region', ''), 'country': m.get('country', ''), 'host': host, 'port': m.get('port', 62031), 'pw': m.get('pw', ''), }) return jsonify({'masters': masters, 'count': len(masters), 'nets': nets, 'total': sum(nets.values()), 'net': want}) @app.route('/api/dstar-reflectors') def api_dstar_reflectors(): """D-STAR 反射器列表（从 Pi-Star 官方 hosts 转换的 JSON 读取）""" import json as _json try: with open('/usr/local/etc/hosts/DSTAR_Reflectors.json', encoding='utf-8') as f: data = _json.load(f) except Exception: data = {"REF": [], "XRF": [], "DCS": [], "XLX": [], "CCS": []} return jsonify(data) def _reflector_items(data, mode): """兼容网关官方 JSON 和旧版网页数组格式。""" rows = data.get('items') if isinstance(data, dict) else data if rows is None and isinstance(data, dict): rows = data.get('reflectors') or [] if not isinstance(rows, list): return [] out = [] for it in rows: if not isinstance(it, dict): continue rid = str(it.get('id') if it.get('id') is not None else it.get('designator') or '') host = it.get('host') or it.get('ipv4') or it.get('ipv6') or '' port = it.get('port') or '' if mode == 'YSF': country = str(it.get('country') or '') name = str(it.get('name') or '') if not rid: rid = str(it.get('designator') or '') if it.get('use_xx_prefix'): full_name = 'XX-' + name elif country and name: full_name = country + '-' + name else: full_name = name out.append({'id': rid, 'name': full_name, 'desc': it.get('description') or it.get('desc') or '', 'host': host, 'port': port, 'country': country}) else: if not rid: rid = str(it.get('designator') or '') out.append({'id': rid, 'name': it.get('name') or (mode + '-' + rid), 'host': host, 'port': port}) return out @app.route('/api/ysf-hosts') def api_ysf_hosts_list(): import json as _json try: with open('/usr/local/etc/hosts/YSFHosts.json', encoding='utf-8') as f: items = _reflector_items(_json.load(f), 'YSF') except Exception: items = [] return jsonify({'ok': True, 'items': items, 'count': len(items)}) @app.route('/api/p25-hosts') def api_p25_hosts_list(): import json as _json try: with open('/usr/local/etc/hosts/P25Hosts.json', encoding='utf-8') as f: items = _reflector_items(_json.load(f), 'P25') except Exception: items = [] return jsonify({'ok': True, 'items': items, 'count': len(items)}) @app.route('/api/nxdn-hosts') def api_nxdn_hosts_list(): import json as _json try: with open('/usr/local/etc/hosts/NXDNHosts.json', encoding='utf-8') as f: items = _reflector_items(_json.load(f), 'NXDN') except Exception: items = [] return jsonify({'ok': True, 'items': items, 'count': len(items)}) @app.route('/api/fcs-hosts') def api_fcs_hosts_list(): import json as _json try: with open('/usr/local/etc/hosts/FCSHosts.json', encoding='utf-8') as f: items = _json.load(f) except Exception: items = [] return jsonify({'ok': True, 'items': items, 'count': len(items)}) @app.route('/api/hosts-status') def api_hosts_status(): """主机 / 反射器库统计（看板展示）""" import json as _json for p in ('/usr/local/etc/hosts/hosts-index.json', '/usr/local/etc/hosts-index.json'): try: with open(p, encoding='utf-8') as f: return jsonify(_json.load(f)) except Exception: continue return jsonify({'built': '', 'counts': {}}) @app.route('/api/hosts-rebuild', methods=['POST']) def api_hosts_rebuild(): """从本地 .txt 主机文件重建全部 JSON 索引""" res = run_cmd(['sudo', '/usr/local/libexec/hosts-build.py', '-v'], timeout=180) return jsonify({'ok': res['ok'], 'message': res['stdout'] or res['stderr']}) @app.route('/api/clientlog', methods=['POST']) def api_clientlog(): """接收浏览器端 JS 错误 / 诊断信息（写入 /tmp/mmdvm-client.log，用于远程排查）""" import time as _t d = request.get_json(silent=True) or {} try: line = '%s | %-8s | %s | %s | line=%s col=%s | build=%s | %s | %s\n' % ( _t.strftime('%F %T'), str(d.get('kind', '?'))[:12], str(d.get('msg', ''))[:300], str(d.get('src', ''))[-70:], str(d.get('line', ''))[:6], str(d.get('col', ''))[:6], str(d.get('build', ''))[:24], str(d.get('url', ''))[:100], str(d.get('ua', ''))[:110]) with open('/tmp/mmdvm-client.log', 'a', encoding='utf-8') as f: f.write(line) except Exception: pass return jsonify({'ok': True}) # ==================== 系统设置（WiFi / 系统信息 / 电源 / 时区）==================== _SYS_HELPER = "/usr/local/bin/sys-manage.sh" _URL_RE = re.compile(r'^https?://[A-Za-z0-9._~:/?#\[\]@!$&()*+,;=%-]{0,200}$') def _sys_args_ok(act, args): """动作参数白名单校验：SSID/密码允许任意可见字符（含中文），其余按类型收紧""" for a in args: if len(a) > 80: return False if re.search(r'[\x00-\x1f\x7f]', a): return False if a.startswith('-'): return False a0 = args[0] if args else '' if act in ('logs',): if not re.match(r'^[A-Za-z0-9@._-]{1,60}$', a0): return False if len(args) > 1 and args[1] and not re.match(r'^\d{1,4}$', args[1]): return False elif act == 'ping': if not re.match(r'^[A-Za-z0-9._:-]{1,60}$', a0): return False elif act == 'tz': if not re.match(r'^[A-Za-z_]+/[A-Za-z0-9_+/-]{1,40}$', a0): return False elif act == 'wifi-country': return False # ★ 国家码已固定 CN，不再允许从接口传入 elif act == 'net-info': if a0 and a0 not in ('eth0', 'wlan0'): return False elif act == 'net-set': if a0 not in ('eth0', 'wlan0'): return False if len(args) > 1 and args[1] and not re.match(r'^\d{1,3}(?:\.\d{1,3}){3}$', args[1]): return False if len(args) > 2 and args[2] and not re.match(r'^(?:\d{1,3}(?:\.\d{1,3}){3}|\d{1,2})$', args[2]): return False if len(args) > 3 and args[3] and not re.match(r'^\d{1,3}(?:\.\d{1,3}){3}$', args[3]): return False if len(args) > 4 and args[4] and not re.match(r'^[0-9., ]{0,64}$', args[4]): return False if len(args) > 5 and args[5] not in ('static', 'dhcp', ''): return False elif act == 'wifi-radio': if a0 not in ('on', 'off'): return False elif act in ('wifi-connect', 'wifi-hidden'): if not a0: return False elif act == 'wifi-priority': if not re.match(r'^-?\d{1,4}$', args[1] if len(args) > 1 else ''): return False elif act == 'wifi-autoconnect': if (args[1] if len(args) > 1 else '') not in ('yes', 'no'): return False elif act in ('fw-url', 'fw-check', 'fw-download'): if a0 and not _URL_RE.match(a0): return False elif act == 'fw-install': if a0 and not re.match(r'^/tmp/[A-Za-z0-9._-]{1,60}$', a0): return False return True @app.route('/api/sys/fw/upload', methods=['POST']) def api_sys_fw_upload(): """从电脑上传固件安装包（保存到 /tmp/mmdvm-fw.pkg，再交给 fw-install 处理）""" import os as _os f = request.files.get('file') if f is None or not f.filename: return jsonify({'ok': False, 'message': '没有收到文件（请选择安装包）'}) ext = _os.path.splitext(f.filename)[1].lower() if ext not in ('.zip', '.gz', '.tgz', '.tar', '.deb', '.xz', '.bin', '.img'): return jsonify({'ok': False, 'message': '只支持 .tar.gz / .tgz / .zip / .deb 等压缩包，当前是 ' + ext}) dst = '/tmp/mmdvm-fw.pkg' try: f.save(dst) size = _os.path.getsize(dst) except Exception as e: return jsonify({'ok': False, 'message': '保存失败：' + str(e)}) return jsonify({'ok': True, 'path': dst, 'size': size, 'message': '已上传 %s（%.2f MB）→ %s，可点「安装已上传/已下载的包」' % (f.filename, size / 1048576.0, dst)}) def _sys_call(*args, timeout=90): try: r = subprocess.run(["sudo", "-n", _SYS_HELPER] + [str(a) for a in args], capture_output=True, text=True, timeout=timeout) return r.returncode, r.stdout.strip(), r.stderr.strip() except Exception as e: return -1, "", str(e) @app.route('/api/sys/info') def api_sys_info(): rc, out, err = _sys_call('info', timeout=30) data = {} for ln in (out or '').splitlines(): if '=' in ln: k, v = ln.split('=', 1) data[k.strip()] = v.strip() data['ok'] = (rc == 0) if err: data['error'] = err return jsonify(data) @app.route('/api/sys/net') def api_sys_net(): rc, out, err = _sys_call('net', timeout=40) return (out or err or '读取失败'), 200, {'Content-Type': 'text/plain; charset=utf-8'} @app.route('/api/sys/wifi') def api_sys_wifi(): rc, out, err = _sys_call('wifi-list', timeout=60) items = [] for ln in (out or '').splitlines(): f = ln.split(':') if len(f) >= 3 and f[1].strip(): items.append({'use': f[0].strip() == '*', 'ssid': f[1].strip(), 'signal': f[2].strip(), 'sec': (f[3].strip() if len(f) > 3 else '')}) return jsonify({'ok': rc == 0, 'items': items, 'message': (err or '')}) @app.route('/api/sys/wifi/connect', methods=['POST']) def api_sys_wifi_connect(): ssid = (request.form.get('ssid') or '').strip() pw = request.form.get('password') or '' hid = '1' if (request.form.get('hidden') or '') in ('1', 'true', 'on', 'yes') else '0' if not ssid: return jsonify({'ok': False, 'message': '缺少 SSID'}) if len(ssid) > 80 or len(pw) > 80: return jsonify({'ok': False, 'message': 'SSID 或密码过长'}) rc, out, err = _sys_call('wifi-connect', ssid, pw, hid, timeout=150) return jsonify({'ok': rc == 0, 'message': (out or err)}) @app.route('/api/sys/action', methods=['POST']) def api_sys_action(): d = request.get_json(silent=True) or {} act = str(d.get('action') or '').strip() ALLOW = {'restart-hotspot': '热点服务已重启（约 30 秒后恢复）', 'restart-web': 'Web 控制台已重启', 'wifi-disconnect': '已断开 WiFi', 'reboot': '设备即将重启，请 1 分钟后重新连接', 'shutdown': '设备即将关机，需要手动上电'} # ★ 带参数的动作：act -> 允许的参数个数（参数只能是字面量，防注入） ARGED = {'time-status': 0, 'ntp': 1, 'tz': 1, 'timesync': 0, 'sched-reboot': 3, 'backup': 0, 'logs': 2, 'ping': 1, # ---- WiFi ---- 'wifi-status': 0, 'wifi-scan': 0, 'wifi-saved': 0, 'wifi-radio': 1, 'wifi-country': 1, 'wifi-connect': 3, 'wifi-hidden': 3, 'wifi-forget': 1, 'wifi-reconnect': 1, 'wifi-info': 1, 'wifi-priority': 2, 'wifi-autoconnect': 2, # ---- 系统更新 / 固件更新 ---- 'sys-upgrade-count': 0, 'sys-update-check': 0, 'sys-update': 0, 'sys-update-status': 0, 'sys-update-clean': 0, 'boot-fw-status': 0, 'boot-fw-update': 0, 'fw-info': 0, 'fw-url': 1, 'fw-check': 1, 'fw-download': 1, 'fw-install': 1, 'fw-log': 1, # ---- 网络参数 / WiFi 自愈 / 单元修正 ---- 'net-info': 1, 'net-set': 6, 'wifi-restore': 0, 'wifi-boot': 0, 'fix-units': 0} args = [] if act in ARGED: raw = d.get('args') or [] if isinstance(raw, str): raw = raw.split('\x1f') args = [str(x) for x in raw][:ARGED[act]] while len(args) < ARGED[act]: args.append('') if not _sys_args_ok(act, args): return jsonify({'ok': False, 'message': '参数非法'}) elif act not in ALLOW: return jsonify({'ok': False, 'message': '不支持的操作'}) rc, out, err = _sys_call(act, *args, timeout=180) # 重启 Web / 重启 / 关机 都会切断本次请求的子进程，返回码不可靠，视为已下发 ok = (rc == 0) or act in ('reboot', 'shutdown', 'restart-web') if act in ARGED: # 这类动作把助手原始输出直接回显（日志/诊断/备份等） return jsonify({'ok': ok, 'message': (out or err or ''), 'rc': rc}) msg = ALLOW[act] if out: msg += ' | ' + out elif err: msg += ' | ' + err return jsonify({'ok': ok, 'message': msg}) # ==================== 多信道扩展（MMDVM-Multi）==================== # 复用本控制台进程与端口：仅追加 /multi 页面 + /api/mc/* 接口，不改动原有页面 _MC_HELPER = "/usr/local/bin/web-multi.sh" def _mc_call(*args, timeout=90): try: r = subprocess.run(["sudo", "-n", _MC_HELPER] + [str(a) for a in args], capture_output=True, text=True, timeout=timeout) return r.returncode, r.stdout.strip(), r.stderr.strip() except Exception as e: return -1, "", str(e) def _mc_reply(*args, timeout=90): rc, out, err = _mc_call(*args, timeout=timeout) try: d = json.loads(out) if out else {} if not isinstance(d, dict): d = {"ok": rc == 0, "out": out} except Exception: d = {"ok": rc == 0, "out": out} if "ok" not in d: d["ok"] = rc == 0 if err: d["stderr"] = err return jsonify(d), (200 if d.get("ok") else 500) MC_HTML = r''' ARCH 多信道控制台

ARCH 多信道控制台

引擎 -- 信道 -- -- ← 返回主控制台

PLANNER信道规划 · 自由选择通道数与各通道模式

呼号 Callsign
DMR ID
实际运行的通道数量（1 — 7）
RX 中心频率（Hz，SDR 基准 = 通道 1）
TX 中心频率（Hz）
各通道模式与频率（Hz）—— 频率可以直接修改
ⓘ 多路射频同时工作，不需要切换：每路各自跑自己的模式。
ⓘ 频率可以自由修改：改任意一路会以「它」为准整体平移（因为 SX1255 硬件各通道固定相隔 25 kHz）。
ⓘ 例如把通道 2 改成 434.5375，中心会自动变成 434.5125，通道 1/3/4 跟着变 434.5125/434.5625/434.5875。
ⓘ 表格里显示的 MHz 就是设备真实的收发频率，对讲机请按它设置。

多信道引擎（SX1255 共享 I/Q 前端）

加载中...

服务状态

加载中...

日志

点击“加载日志”查看。
''' @app.route("/rfmode") def rfmode_page_view(): return render_template_string(RFMODE_STANDALONE) @app.route("/multi") def mc_page(): return render_template_string(MC_HTML) @app.route("/api/mc/channels") def mc_channels(): light = "light" if request.args.get("light") == "1" else "full" return _mc_reply("channels", light, timeout=40) @app.route("/api/mc/switch", methods=["POST"]) def mc_switch(): d = request.get_json(silent=True) or {} ch, mode = str(d.get("ch", "")), str(d.get("mode", "")) if not ch or not mode: return jsonify({"ok": False, "error": "缺少 ch / mode"}), 400 return _mc_reply("switch", ch, mode, timeout=160) @app.route("/api/mc/restart", methods=["POST"]) def mc_restart(): d = request.get_json(silent=True) or {} ch = str(d.get("ch", "")) if not ch: return jsonify({"ok": False, "error": "缺少 ch"}), 400 return _mc_reply("restart", ch, timeout=120) @app.route("/api/mc/multi-restart", methods=["POST"]) def mc_multi_restart(): return _mc_reply("multi-restart", timeout=200) @app.route("/api/mc/logs") def mc_logs(): return _mc_reply("logs", request.args.get("ch", "0"), request.args.get("svc", "mmdvmhost"), request.args.get("lines", "200"), timeout=40) @app.route("/api/mc/plan") def mc_plan(): return _mc_reply("plan", timeout=60) @app.route("/api/mc/plan-apply", methods=["POST"]) def mc_plan_apply(): body = json.dumps(request.get_json(silent=True) or {}, ensure_ascii=False) return _mc_reply("plan-apply", body, timeout=300) @app.route("/api/mc/plan-save", methods=["POST"]) def mc_plan_save(): body = json.dumps(request.get_json(silent=True) or {}, ensure_ascii=False) return _mc_reply("plan-save", body, timeout=90) # ==================== 多信道扩展结束 ==================== # ==================== FM 联网配置页 ==================== _FMO_HELPER = "/usr/local/bin/web-fmo.sh" def _fmo_call(*args, timeout=90): try: r = subprocess.run(["sudo", "-n", _FMO_HELPER] + [str(a) for a in args], capture_output=True, text=True, timeout=timeout) return r.returncode, r.stdout.strip(), r.stderr.strip() except Exception as e: return -1, "", str(e) def _fmo_reply(*args, timeout=90): rc, out, err = _fmo_call(*args, timeout=timeout) try: d = json.loads(out) if out else {} if not isinstance(d, dict): d = {"ok": rc == 0, "out": out} except Exception: d = {"ok": rc == 0, "out": out} if "ok" not in d: d["ok"] = rc == 0 if err: d["stderr"] = err return jsonify(d), (200 if d.get("ok") else 500) @app.route("/fmo") def fmo_page(): return render_template_string(FMO_HTML) @app.route("/api/fmo/status") def fmo_status(): return _fmo_reply("status", timeout=40) @app.route("/api/fmo/save", methods=["POST"]) def fmo_save(): body = json.dumps(request.get_json(silent=True) or {}, ensure_ascii=False) return _fmo_reply("save", body) @app.route("/api/fmo/ping", methods=["POST"]) def fmo_ping(): d = request.get_json(silent=True) or {} return _fmo_reply("ping", d.get("host", ""), d.get("port", 8081), timeout=60) @app.route("/api/fmo/register", methods=["POST"]) def fmo_register(): d = request.get_json(silent=True) or {} return _fmo_reply("register", d.get("host", ""), d.get("port", 8081), d.get("callsign", ""), d.get("uid", 0), timeout=150) @app.route("/api/fmo/ctcss") def fmo_ctcss(): return _fmo_reply("ctcss") @app.route("/api/fmo/tailtone") def fmo_tailtone(): return _fmo_reply("tailtone", timeout=30) @app.route("/api/fmo/tailtone/save", methods=["POST"]) def fmo_tailtone_save(): body = json.dumps(request.get_json(silent=True) or {}, ensure_ascii=False) return _fmo_reply("tailtone-set", body, timeout=120) @app.route("/api/fmo/apply-ctcss", methods=["POST"]) def fmo_apply_ctcss(): body = json.dumps(request.get_json(silent=True) or {}, ensure_ascii=False) return _fmo_reply("apply-ctcss", body, timeout=160) @app.route("/api/fmo/restart", methods=["POST"]) def fmo_restart(): d = request.get_json(silent=True) or {} return _fmo_reply("restart", d.get("what", "all"), timeout=160) @app.route("/api/fmo/logs") def fmo_logs(): return _fmo_reply("logs", request.args.get("lines", "150"), timeout=40) @app.route("/api/fmo/tone-test", methods=["POST"]) def fmo_tone_test(): return _fmo_reply("tone-test") # ==================== FM 联网配置页结束 ==================== # ==================== TDR Link 配置页 ==================== _TETRA_HELPER = "/usr/local/bin/web-tetra.sh" def _tetra_reply(act, *args, timeout=120): try: r = subprocess.run(["sudo", "-n", _TETRA_HELPER, act] + [str(a) for a in args], capture_output=True, text=True, timeout=timeout) rc, out, err = r.returncode, r.stdout.strip(), r.stderr.strip() except Exception as e: rc, out, err = -1, "", str(e) try: d = json.loads(out) if out else {} if not isinstance(d, dict): d = {"ok": rc == 0, "out": out} except Exception: d = {"ok": rc == 0, "out": out} d.setdefault("ok", rc == 0) if err: d["stderr"] = err return jsonify(d), (200 if d.get("ok") else 500) @app.route("/tetra") def tetra_page(): return render_template_string(TETRA_HTML) @app.route("/api/tetra/status") def tetra_status(): return _tetra_reply("status", timeout=40) @app.route("/api/tetra/servers") def tetra_servers(): return _tetra_reply("servers", timeout=40) @app.route("/api/tetra/servers/save", methods=["POST"]) def tetra_servers_save(): return _tetra_reply("server-save", json.dumps(request.get_json(silent=True) or {}, ensure_ascii=False), timeout=180) @app.route("/api/tetra/server-switch", methods=["POST"]) def tetra_server_switch(): return _tetra_reply("server-switch", json.dumps(request.get_json(silent=True) or {}, ensure_ascii=False), timeout=180) @app.route("/api/tetra/server-update", methods=["POST"]) def tetra_server_update(): return _tetra_reply("server-update", json.dumps(request.get_json(silent=True) or {}, ensure_ascii=False), timeout=120) @app.route("/api/tetra/ready") def tetra_ready(): return _tetra_reply("ready", timeout=10) @app.route("/api/tetra/save", methods=["POST"]) def tetra_save(): return _tetra_reply("save", json.dumps(request.get_json(silent=True) or {}, ensure_ascii=False), timeout=60) @app.route("/api/tetra/", methods=["POST"]) def tetra_act(act): d = request.get_json(silent=True) or {} if act == "switch": return _tetra_reply("switch", d.get("what", "tetra"), timeout=300) if act in ("start", "stop", "restart"): return _tetra_reply(act, timeout=300) return jsonify({"ok": False, "error": "未知操作"}), 400 @app.route("/api/tetra/logs") def tetra_logs(): return _tetra_reply("logs", request.args.get("lines", "150"), timeout=30) @app.route("/api/tetra/dash") def tetra_dash(): return _tetra_reply("dash", timeout=90) # ==================== TDR Link 配置方案（profiles）==================== @app.route("/api/tetra/profiles", methods=["GET", "POST"]) def tetra_profiles(): return _tetra_reply("profiles", timeout=40) @app.route("/api/tetra/profile-save", methods=["POST"]) def tetra_profile_save(): d = request.get_json(silent=True) or {} return _tetra_reply("profile-save", d.get("name", ""), timeout=60) @app.route("/api/tetra/profile-activate", methods=["POST"]) def tetra_profile_activate(): d = request.get_json(silent=True) or {} return _tetra_reply("profile-activate", d.get("name", ""), timeout=240) @app.route("/api/tetra/profile-delete", methods=["POST"]) def tetra_profile_delete(): d = request.get_json(silent=True) or {} return _tetra_reply("profile-delete", d.get("name", ""), timeout=60) # ==================== TDR Link 白名单（whitelist）==================== @app.route("/api/tetra/whitelist", methods=["GET", "POST"]) def tetra_whitelist(): d = request.get_json(silent=True) or {} op = str(d.get("op") or request.args.get("op") or "get") arg = str(d.get("arg") or request.args.get("arg") or "") return _tetra_reply("whitelist", op, arg, timeout=180) @app.route("/api/tetra/asterisk-get", methods=["GET", "POST"]) def tetra_ast_get(): return _tetra_reply("asterisk-get", timeout=40) @app.route("/api/tetra/asterisk-save", methods=["POST"]) def tetra_ast_save(): return _tetra_reply("asterisk-save", json.dumps(request.get_json(silent=True) or {}, ensure_ascii=False), timeout=180) # ==================== TDR Link 配置页结束 ==================== # ARCH_TETRA_SLOT_CALLSIGN_PATCH try: _arch_orig_tetra_slot_snapshot = _tetra_slot_snapshot def _arch_load_callsigns(): import re table = {} for fp in ('/usr/local/etc/DMRIds.dat', '/usr/local/etc/nextionUsers.csv', '/usr/local/etc/NXDN.csv'): try: with open(fp, encoding='utf-8', errors='ignore') as f: for line in f: parts = re.split(r'[,\t;]+', line.strip()) if len(parts) < 2: continue ident, call = parts[0].strip(), parts[1].strip().upper() if ident.isdigit() and call and call not in ('NOCALL', '—', '-', '??'): table[ident] = call except Exception: pass return table def _tetra_slot_snapshot(): data = _arch_orig_tetra_slot_snapshot() try: table = _arch_load_callsigns() for item in (data.get('terminals') or []): ident = str(item.get('issi') or '').strip() call = table.get(ident) if not call and len(ident) > 7: call = table.get(ident[:7]) or table.get(ident[:-2]) if call: item['callsign'] = call except Exception: pass return data except Exception: pass # ARCH_TETRA_SLOT_HTTP_PATCH try: @app.after_request def _arch_enrich_tetra_slot_callsigns(resp): try: if request.path == '/api/tetra/slots' and resp.is_json: import re, json as _json data = resp.get_json(silent=True) if isinstance(data, dict): table = {} for fp in ('/usr/local/etc/hosts/DMRIds.dat', '/usr/local/etc/DMRIds.dat', '/usr/local/etc/nextionUsers.csv'): try: with open(fp, encoding='utf-8', errors='ignore') as f: for line in f: parts = re.split(r'[,\t;]+', line.strip()) if len(parts) >= 2: ident, call = parts[0].strip(), parts[1].strip().upper() if ident.isdigit() and call and call not in ('NOCALL', '—', '-', '??'): table[ident] = call except Exception: pass for item in (data.get('terminals') or []): ident = str(item.get('issi') or '').strip() call = table.get(ident) if not call and len(ident) > 7: call = table.get(ident[:7]) or table.get(ident[:-2]) if call: item['callsign'] = call resp.set_data(_json.dumps(data, ensure_ascii=False)) except Exception: pass return resp except Exception: pass # ARCH_TETRA_SLOT_REMOTE_PATCH try: @app.after_request def _arch_enrich_tetra_slot_remote(resp): try: if request.path == '/api/tetra/slots' and resp.is_json: import os, gzip, json as _json table = {} cache = '/opt/mmdvm-web/data/arch-contacts.json.gz' if os.path.exists(cache): with gzip.open(cache, 'rt', encoding='utf-8') as f: table = _json.load(f) data = resp.get_json(silent=True) if isinstance(data, dict) and table: for item in (data.get('terminals') or []): ident = str(item.get('issi') or '').strip() call = table.get(ident) if not call and len(ident) > 7: call = table.get(ident[:7]) or table.get(ident[:-2]) if call: item['callsign'] = str(call).upper() resp.set_data(_json.dumps(data, ensure_ascii=False)) except Exception: pass return resp except Exception: pass if __name__ == '__main__': app.run(host='127.0.0.1', port=18080) ``` ### `opt/mmdvm-web/console_new.py` ```python # -*- coding: utf-8 -*- """全新自包含控制台（推翻重做，干净统一，只依赖现有 /api/* 接口）""" CONSOLE_CSS = r""" :root{--bg:#0b1220;--card:#111d33;--card2:#0c1526;--border:#1e2b44;--border2:#2a3d5c; --txt:#eaf2ff;--dim:#8fa6c4;--muted:#6f86a6; --mono:Consolas,"Cascadia Mono","DejaVu Sans Mono",monospace; --acc:#22d3ee;--ok:#10b981;--warn:#fbbf24;--bad:#f87171} *{box-sizing:border-box;margin:0;padding:0} html,body{height:100%} body{background:var(--bg);color:var(--txt);font:13.5px/1.6 "Segoe UI","Microsoft YaHei",sans-serif;display:flex;min-height:100vh} .side{width:224px;flex:0 0 224px;background:#0a111e;border-right:1px solid var(--border);padding:14px 10px;overflow-y:auto;position:sticky;top:0;height:100vh} .brand{display:flex;align-items:center;gap:10px;padding:4px 6px 14px;border-bottom:1px solid var(--border);margin-bottom:10px} .brand .logo{width:38px;height:38px;border-radius:50%;flex:0 0 38px;display:grid;place-items:center;background:linear-gradient(135deg,#0ea5e9,#8b5cf6);color:#fff;font-weight:800;font-size:15px} .brand .nm{font-size:14.5px;font-weight:800;color:#fff;line-height:1.2} .brand .sub{font-size:10.5px;color:var(--muted)} .nav{display:flex;flex-direction:column;gap:2px} .nav a{display:flex;align-items:center;gap:10px;padding:9px 11px;border-radius:8px;color:#c8d2df;font-size:13.5px;font-weight:600;cursor:pointer;transition:.16s;user-select:none} .nav a:hover{background:#101a2e;color:#fff} .nav a.on{background:linear-gradient(135deg,#0e7490,#7c3aed);color:#fff;font-weight:700} .nav a .ico{width:17px;text-align:center;font-size:14px} .main{flex:1;padding:18px 20px 40px;overflow-y:auto;min-width:0} .topbar{display:flex;align-items:center;gap:12px;flex-wrap:wrap;margin-bottom:16px} .topbar h1{font-size:18px;font-weight:750;letter-spacing:.3px} .topbar .spacer{flex:1} .badge{font-size:11px;padding:4px 11px;border-radius:99px;background:var(--card2);border:1px solid var(--border);color:var(--dim);font-weight:600} .badge.ok{background:#0e2f22;border-color:#1d6b4a;color:#4ade80} .badge.bad{background:#331616;border-color:#7f2222;color:#f87171} .badge.warn{background:#33280e;border-color:#7a5a1d;color:#fbbf24} .tabs{display:flex;gap:6px;flex-wrap:wrap;margin-bottom:16px;border-bottom:1px solid var(--border)} .tab{padding:9px 17px;font-size:13.5px;font-weight:650;color:var(--dim);cursor:pointer;border:1px solid transparent;border-bottom:none;border-radius:9px 9px 0 0;transition:.15s;user-select:none} .tab:hover{color:var(--txt);background:var(--card)} .tab.on{color:#fff;background:var(--card);border-color:var(--border);margin-bottom:-1px} .pane{display:none} .pane.on{display:block} .card{background:linear-gradient(180deg,var(--card),var(--card2));border:1px solid var(--border);border-radius:12px;padding:15px;margin-bottom:14px} .card h2{font-size:13px;font-weight:700;color:var(--dim);margin-bottom:12px;letter-spacing:.4px;display:flex;align-items:center;gap:8px} .grid{display:grid;grid-template-columns:repeat(auto-fill,minmax(320px,1fr));gap:12px} @media(max-width:720px){.grid{grid-template-columns:1fr}} .ch{border:1px solid var(--border);border-radius:11px;padding:13px 14px;background:linear-gradient(180deg,var(--card),var(--card2));transition:.16s} .ch:hover{border-color:var(--border2)} .ch.on{border-color:rgba(16,185,129,.4)} .ch .hd{display:flex;align-items:center;gap:9px;margin-bottom:10px} .ch .dot{width:8px;height:8px;border-radius:99px;flex:0 0 8px} .ch .n{font-size:13px;font-weight:800;color:#7dd3fc;font-family:var(--mono)} .ch .mode{margin-left:auto;display:flex;align-items:center;gap:8px;font-weight:800;font-size:14px;color:#fff;font-family:var(--mono)} .ch .mode svg{width:34px;height:34px;flex:0 0 34px} .ch .freq{display:flex;gap:12px;font-family:var(--mono);margin-bottom:10px} .ch .freq .k{font-size:10px;color:var(--muted);font-weight:700;letter-spacing:.5px;margin-bottom:1px} .ch .freq .v{font-size:13px;color:var(--txt);font-weight:700} .ch .freq .col{flex:1} .ch .ops{display:flex;gap:7px;align-items:center;flex-wrap:wrap} select,input[type=number]{background:var(--card2);border:1px solid var(--border);color:var(--txt);padding:6px 9px;border-radius:8px;font-size:12.5px;font-family:inherit} select:focus,input:focus{outline:none;border-color:var(--acc)} select.grow{flex:1;min-width:0} input[type=number]{font-family:var(--mono)} .btn{cursor:pointer;border:1px solid var(--border);background:var(--card);color:var(--txt);padding:7px 13px;border-radius:8px;font-size:12.5px;font-weight:650;font-family:inherit;transition:.14s;white-space:nowrap} .btn:hover{border-color:var(--border2);color:#fff} .btn:active{transform:translateY(1px)} .btn.sm{padding:5px 10px;font-size:11.5px} .btn.g{background:#0e2f22;border-color:#1d6b4a;color:#a7f3d0} .btn.r{background:#331616;border-color:#7f2222;color:#fecaca} .btn.b{background:#0a2733;border-color:#155e75;color:#7dd3fc} .kv{display:flex;gap:8px;flex-wrap:wrap} .kv .item{flex:1;min-width:120px;background:var(--card2);border:1px solid var(--border);border-radius:9px;padding:10px 12px} .kv .k{font-size:10px;color:var(--muted);font-weight:700;letter-spacing:.5px;text-transform:uppercase} .kv .v{font-size:15px;font-weight:750;color:var(--txt);margin-top:2px;font-family:var(--mono)} .qso-item{display:flex;align-items:center;gap:10px;padding:9px 12px;border-radius:9px;background:var(--card2);border:1px solid var(--border);margin-bottom:7px;flex-wrap:wrap} .qso-call{font-weight:800;font-size:13.5px;color:#fff;font-family:var(--mono)} .qso-tag{font-size:10.5px;padding:2px 8px;border-radius:99px;font-weight:700} .qso-tag.mode{background:#0a2733;border:1px solid #155e75;color:#7dd3fc} .qso-tag.src{background:#171c2e;border:1px solid #26354f;color:var(--dim)} .qso-time{margin-left:auto;font-size:11px;color:var(--muted);font-family:var(--mono)} .qso-meta{font-size:11px;color:var(--muted)} .qso-empty{padding:16px;text-align:center;color:var(--muted);font-size:12px} .log{background:#070d18;border:1px solid var(--border);border-radius:10px;padding:12px;max-height:460px;overflow:auto;font-family:var(--mono);font-size:11.5px;line-height:1.6;color:var(--dim);white-space:pre-wrap} .hint{font-size:11px;color:var(--muted);line-height:1.6} .note{background:var(--card2);border:1px solid var(--border);border-radius:9px;padding:11px 13px;font-size:11.5px;color:var(--dim);line-height:1.7} .note b{color:#6ee7b7} .row{display:flex;gap:8px;align-items:center;flex-wrap:wrap} .mt{margin-top:10px}.mb{margin-bottom:10px} """ CONSOLE_BODY = r"""

总览

引擎 — 通道 — SDR —

频率模式列表

读取中…

实时通联

读取中…

射频通道

读取中…

频率设置

修改后点「保存并应用」：写入 MMDVM-Multi.ini 与各通道 ini，并只重启受影响通道。频率须为 25 kHz 整数倍。

硬件基础配置（RF & Station）

全局射频载波与硬件基础配置保持原实现不变。

实时通联列表

读取中…

运行日志

（选择后自动加载）
""" CONSOLE_JS = r""" var $=function(id){return document.getElementById(id);}; var MODES=['DMR','D-STAR','YSF','P25','NXDN','FM','POCSAG','NONE']; var CACHE=null; function icon(m){ var m2=String(m||'').toUpperCase(); var col={DMR:'#0ea5e9','D-STAR':'#8b5cf6',YSF:'#f97316',NXDN:'#2563eb',P25:'#e11d48',FM:'#10b981',POCSAG:'#f59e0b'}[m2]||'#64748b'; var g=''; if(m2==='DMR')g=''; else if(m2==='D-STAR')g=''; else if(m2==='YSF')g=''; else if(m2==='NXDN')g=''; else if(m2==='P25')g=''; else if(m2==='FM')g=''; else if(m2==='POCSAG')g=''; else g=''; return ''+g+''; } function mhz(hz){hz=parseInt(hz,10)||0;return hz>0?(hz/1e6).toFixed(4)+' MHz':'—';} function esc(s){return String(s==null?'':s).replace(/&/g,'&').replace(//g,'>');} function toast(msg,ok){ var t=$('toast'); if(!t){t=document.createElement('div');t.id='toast';document.body.appendChild(t);} t.textContent=String(msg==null?'':msg); t.style.cssText='position:fixed;left:50%;top:50%;transform:translate(-50%,-50%);z-index:99999;' +'background:rgba(13,21,32,.97);border:1px solid '+(ok===false?'rgba(239,68,68,.6)':'#2b3f57')+';' +'color:#eaf2ff;padding:18px 32px;border-radius:13px;text-align:center;max-width:min(560px,86vw);' +'font-size:15px;font-weight:600;line-height:1.6;display:block;opacity:0;pointer-events:none;' +'transition:opacity .3s ease'; requestAnimationFrame(function(){t.style.opacity='1';}); clearTimeout(window.__t1);clearTimeout(window.__t2); window.__t1=setTimeout(function(){t.style.opacity='0';},2000); window.__t2=setTimeout(function(){t.style.display='none';},2400); } function api(path,opts){ var o=opts||{}; return fetch(path,{credentials:'same-origin',method:o.method||'GET', headers:o.body?{'Content-Type':'application/json'}:undefined, body:o.body?JSON.stringify(o.body):undefined}).then(function(r){return r.json();}); } function navGo(p,title){ var pages=['overview','rfmode','qso','log']; document.querySelectorAll('#nav a[data-p]').forEach(function(a){ a.classList.toggle('on',a.getAttribute('data-p')===p);}); pages.forEach(function(x){var el=$('p-'+x);if(el)el.classList.toggle('on',x===p);}); if(title)$('pgTitle').textContent=title; if(p==='rfmode')loadFreq(); if(p==='log')loadLog(); } document.addEventListener('click',function(e){ var a=e.target.closest&&e.target.closest('#nav a[data-p]'); if(a){var p=a.getAttribute('data-p'); navGo(p,{overview:'总览',rfmode:'射频模式',qso:'通联',log:'运行日志'}[p]);} }); function doRefresh(){ api('/api/mc/channels').then(function(d){ if(!d||d.ok===false)return; CACHE=d; renderAll(d); }).catch(function(e){toast('读取失败：'+e,false);}); api('/api/qso').then(function(d){if(d&&d.qso)renderQso(d.qso);}).catch(function(){}); } function renderAll(d){ var chs=(d.channels||[]).filter(function(c){return String(c.mode||'NONE').toUpperCase()!=='NONE';}); var eng=d.multi||{}; var runN=chs.filter(function(c){return c.iq&&c.host;}).length; var b=$('bEng');if(b){b.textContent='引擎 '+(eng.active?'运行中':'停止');b.className='badge '+(eng.active?'ok':'bad');} var b2=$('bCh');if(b2)b2.textContent='通道 '+runN+' / '+chs.length; var b3=$('bSdr');if(b3)b3.textContent='SDR '+(eng.sample_rate?(eng.sample_rate/1000)+' kS/s':'—'); var b4=$('bCallsign');if(b4)b4.textContent=eng.callsign||''; $('ovChans').innerHTML=chs.map(chanCardOverview).join('')||'
无启用通道
'; $('rfChans').innerHTML=chs.map(chanCardRf).join('')||'
无启用通道
'; $('ovStats').innerHTML= '
引擎
'+(eng.active?'运行中':'停止')+'
' +'
在跑通道
'+runN+' / '+chs.length+'
' +'
采样率
'+(eng.sample_rate?Math.round(eng.sample_rate/1000)+' kHz':'—')+'
'; var sel=$('logCh'); if(sel)sel.innerHTML=chs.map(function(c,i){return '';}).join('')+''; } function chanCardOverview(c,i){ var run=!!(c.iq&&c.host); return '
' +'
' +'通道 '+(i+1)+'' +''+icon(c.mode)+esc(c.mode)+'
' +'
' +'
接收 RX
'+mhz(c.rx)+'
' +'
发射 TX
'+mhz(c.tx)+'
' +'
状态
'+(run?'运行中':'已停止')+'
' +'
'; } function chanCardRf(c,i){ var run=!!(c.iq&&c.host); var opts=MODES.map(function(m){return '';}).join(''); return '
' +'
' +'通道 '+(i+1)+'' +''+icon(c.mode)+esc(c.mode)+'
' +'
' +'
RX
'+mhz(c.rx)+'
' +'
TX
'+mhz(c.tx)+'
' +'
' +'
' +'' +'
' +'
'; } function renderQso(items){ var h=items.map(function(q){ return '
'+esc(q.call||'-')+'' +''+esc(q.mode||'')+'' +''+esc(q.src||'')+'' +'→ '+esc(q.target||'-')+' · '+esc(q.duration||'-')+'' +''+esc(q.time||'')+'
'; }).join(''); var el=$('qsoList');if(el)el.innerHTML=h||'
暂无通联
'; var el2=$('ovQso');if(el2)el2.innerHTML=(items.slice(0,8).map(function(q){ return '
'+esc(q.call||'-')+'' +''+esc(q.mode||'')+'' +'→ '+esc(q.target||'-')+'' +''+esc(q.time||'')+'
'; }).join(''))||'
暂无通联
'; } function doSwitch(n){ var sel=document.querySelector('.ch select[data-ch="'+n+'"]'); if(!sel)return; var mode=sel.value; if(!confirm('把射频通道 '+n+' 切换为 '+mode+' ？将重启该通道。'))return; toast('通道 '+n+' 正在切换…'); api('/api/mc/switch',{method:'POST',body:{ch:n,mode:mode}}).then(function(d){ var ok=!!(d&&d.ok); toast(ok?('通道 '+n+' 已切换为 '+mode):('失败：'+String((d&&(d.error||d.out))||'')),ok); if(ok)setTimeout(doRefresh,1800); }).catch(function(e){toast('失败：'+e,false);}); } function doRestart(n){ if(!confirm('重启射频通道 '+n+' 的基带与主机？'))return; toast('通道 '+n+' 正在重启…'); api('/api/mc/restart',{method:'POST',body:{ch:n}}).then(function(d){ var ok=!!(d&&d.ok); toast(ok?('通道 '+n+' 已重启'):('失败：'+String((d&&(d.error||d.out))||'')),ok); if(ok)setTimeout(doRefresh,1800); }).catch(function(e){toast('失败：'+e,false);}); } function restartAll(){ if(!confirm('重启 MMDVM-Multi 引擎与全部通道？约 20~40 秒。'))return; toast('正在重启全部通道…'); api('/api/mc/multi-restart',{method:'POST',body:{}}).then(function(d){ var ok=!!(d&&d.ok); toast(ok?'引擎与全部通道已重启':('失败：'+String((d&&(d.error||d.out))||'')),ok); if(ok)setTimeout(doRefresh,5000); }).catch(function(e){toast('失败：'+e,false);}); } function loadFreq(){ var box=$('rfFreq');if(!box)return; api('/api/mc/plan').then(function(d){ if(!d||d.ok===false||!d.list){box.innerHTML='
读取规划失败
';return;} window.__plan=d; box.innerHTML='
'+(d.list||[]).map(function(c,i){ var has=String(c.mode||'NONE').toUpperCase()!=='NONE'; return '
' +'
通道 '+(i+1)+'' +''+icon(c.mode)+esc(c.mode)+'
' +'
接收 Hz' +'
' +'
发射 Hz' +'
' +'
'+mhz(c.rx)+' / '+mhz(c.tx)+'
' +'
'; }).join('')+'
'; }).catch(function(e){box.innerHTML='
网络错误：'+e+'
';}); } function saveFreq(apply){ var d=window.__plan;if(!d||!d.list){toast('请先刷新频率',false);return;} var bad=null; d.list.forEach(function(c){ var rx=parseInt(($('fRx'+c.n)||{}).value,10)||0; var tx=parseInt(($('fTx'+c.n)||{}).value,10)||0; if(rx&&rx%25000!==0)bad='通道 '+c.n+' 接收频率非 25kHz 整数倍'; if(tx&&tx%25000!==0)bad='通道 '+c.n+' 发射频率非 25kHz 整数倍'; c.rx=rx;c.tx=tx; }); if(bad){toast(bad,false);return;} var msg=$('rfFreqMsg');if(msg)msg.textContent=apply?'正在应用（约 30~60 秒）…':'正在保存…'; api('/api/mc/plan-'+(apply?'apply':'save'),{method:'POST',body:d}).then(function(res){ var ok=!!(res&&res.ok!==false); var t=String((res&&(res.message||res.out||res.error))||''); if(msg)msg.textContent=(ok?'✅ ':'❌ ')+t.slice(0,90); toast(ok?(apply?'频率已应用':'频率已保存'):('失败：'+t.slice(0,60)),ok); if(ok)setTimeout(doRefresh,2500); }).catch(function(e){if(msg)msg.textContent='网络错误：'+e;}); } var __logTimer=null; function loadLog(){ var ch=($('logCh')||{}).value, svc=($('logSvc')||{}).value||'mmdvmhost'; var box=$('logBox');if(!box)return; if(svc==='mmdvm-multi')ch=''; var url='/api/mc/logs?svc='+encodeURIComponent(svc)+'&lines=200'+(ch?'&ch='+encodeURIComponent(ch):''); fetch(url,{credentials:'same-origin'}).then(function(r){return r.json();}).then(function(d){ box.textContent=String((d&&(d.log||d.out||d.text))||'')||'（无日志）'; box.scrollTop=box.scrollHeight; }).catch(function(e){box.textContent='读取失败：'+e;}); if(__logTimer)clearInterval(__logTimer); __logTimer=setInterval(function(){ var pn=$('p-log');if(pn&&pn.classList.contains('on')&&($('logAuto')||{}).checked)loadLog(); },5000); } function openHw(){ location.href='/multi'; } function embedHw(){ var box=$('hwBox');if(!box)return; box.innerHTML='
嵌入式页面已停用。请
'; } function init(){ doRefresh(); setInterval(doRefresh, 8000); setInterval(function(){ api('/api/qso').then(function(d){if(d&&d.qso)renderQso(d.qso);}).catch(function(){}); }, 4000); } document.addEventListener('DOMContentLoaded', init); if(document.readyState!=='loading')init(); """ CONSOLE_STANDALONE = ( "\n\n\n" "\n\n" "ARCH业余无线电融合中枢 · 控制台\n" "\n\n\n" + CONSOLE_BODY + "\n\n\n\n" ) if __name__ == "__main__": open("/tmp/_console_chk.html", "w", encoding="utf-8").write(CONSOLE_STANDALONE) print("整页 %d 字节 CSS %d / BODY %d / JS %d" % ( len(CONSOLE_STANDALONE), len(CONSOLE_CSS), len(CONSOLE_BODY), len(CONSOLE_JS))) for k in ("", "", "", "", "doRefresh", "renderAll", "doSwitch", "doRestart", "saveFreq", "loadLog", "renderQso", "navGo"): print(" %-12s %d" % (k, CONSOLE_STANDALONE.count(k))) ``` ### `opt/mmdvm-web/fmo_page.py` ```python # -*- coding: utf-8 -*- """FM 联网配置页面（内嵌到主控制台的 /fmo 页，通过 iframe?embed=1 加载）。 只定义 FMO_HTML 常量，由 app.py 的 /fmo 路由 render_template_string 渲染。 样式与 MC_HTML（多信道页）保持一致。 """ FMO_HTML = r''' ARCH · FM 联网配置

FM 联网配置

读取中… --

服务状态

改了“服务器/身份/语音/音频/尾音”后需要重启桥接；改了“哑音”会自动重启 Host。

服务器与身份 未注册

服务器呼号 / UID
--
证书呼号 / UID
--
证书有效期至
--
证书指纹
--
只需填写本机呼号。服务器地址、注册端口和连接端口已使用默认值；注册时本机生成密钥，私钥不会离开设备。

语音与频率

当前 FM 频率
按当前通道规划自动识别

下行音频整形　改善“发哑/发沙”

AGC 目标 0.09 ≈ 满幅的 9% RMS（实测把"RMS 56% / 4.8% 样点贴顶"的不良音频 收敛到 8.8% / 0.000%）。桥接日志每 30 秒会打一条 [音频AGC]，可据此判断是否需要微调。

尾音确认音　发射结束后回一声

通道识别中…
热点本地功能：松开 PTT 后，本机热点在当前的 FM 通道发射 1000Hz 确认音。FM 通道按通道规划实时识别，不固定绑定任何通道。

FM 哑音 (CTCSS)

当前状态
--
音表取自固件 FMCTCSSRX.cpp 的 RX_CTCSS_TABLE_DATA， 共 50 个标准模拟哑音（67.0 – 254.1 Hz）。
⚠️ 勾选「接收需要哑音」后，手台必须开启同频 CTCSS（默认 88.5 Hz）， 否则按 PTT 时中继收得到信号却不会转发（IQ 日志会显示 squelch open 但状态不进入 RELAYING_RF）。 不确定就先取消勾选，确认上行通了再决定是否启用。

桥接日志

点“刷新日志”查看。
''' ``` ### `opt/mmdvm-web/multi2_js.py` ```python # -*- coding: utf-8 -*- """硬件基础配置页前端（只做监控；规划/呼号已移到射频模式配置页） 注意：主控制台的 freqCalc / MC_DYN_CH 依赖本文件里的 chGridStep 与 PLN 变量， 所以这两个必须保留（名字不能改）。""" MULTI2_JS = r""" var PLN = {channels:0, sample_rate:300000, callsign:'', list:[]}; /* 主控制台读它（规划摘要） */ var CH_GAP = 25000; function chGridStep(i, sr){ sr = parseInt(sr,10) || parseInt((typeof PLN==='object'&&PLN&&PLN.sample_rate)||0,10) || 300000; var n = Math.max(1, Math.round(sr/CH_GAP)); var mf = Math.max(1, Math.min(Math.floor(n/2)-1, 4)); var p = i-1, b = (p=0||f<100000)? f*1000000 : f); }; var MC_MHZ = (typeof window!=='undefined' && window.FREQ_MHZ) ? window.FREQ_MHZ : function(hz){ hz=parseInt(hz,10); if(!isFinite(hz)||hz<=0) return ''; return (hz/1000000).toFixed((hz%12500===0&&hz%25000!==0)?4:3); }; function mcI(id){ return document.getElementById(id); } function mcEsc(s){ return String(s==null?'':s).replace(/&/g,'&').replace(//g,'>'); } function mcDot(on){ return ''; } function mcKV(k,v){ return '
' + '
'+mcEsc(k)+'
' + '
'+mcEsc(v)+'
'; } function mcMsg(t, ok){ var e=mcI('mcMsg'); if(e) e.textContent=t||''; if(t && typeof toast==='function') toast(t, ok); } function mcPlanLite(){ return fetch('/api/mc/plan', {credentials:'same-origin'}).then(function(r){ return r.json(); }) .then(function(p){ if(p && p.ok!==false && p.list){ PLN=p; if(!PLN.sample_rate) PLN.sample_rate=300000; } return PLN; }).catch(function(){ return PLN; }); } function mcRefreshAll(){ mcPlanLite(); mcModeLite(function(){ fetch('/api/mc/channels', {credentials:'same-origin'}).then(function(r){ return r.json(); }) .then(function(d){ if(!d || d.ok===false){ mcMsg('读取失败'+String((d&&(d.error||d.out))||''), false); return; } if(typeof mcSeqBuild==='function') mcSeqBuild(d.channels||[]); mcRenderEng(d); mcRenderChs(d); mcRenderSvcs(d); }).catch(function(e){ mcMsg('网络错误: '+e, false); }); }); } /* 当前运行模式：常规模式（多通道射频收发）/ 集群模式（TETRA 集群） */ var MC_MODE_TXT = '--'; function mcModeLite(cb){ fetch('/api/tetra/status', {credentials:'same-origin'}).then(function(r){ return r.json(); }) .then(function(d){ if(d && d.ok!==false){ var t=(d.service==='active'), m=(d.mmdvm==='active'); MC_MODE_TXT = (t&&!m) ? '集群模式（TETRA 集群）' : (m&&!t) ? '常规模式（多通道射频收发）' : (!t&&!m)? '空闲（当前没有射频在运行）' : '异常（两种模式同时活动）'; } if(cb) cb(); }).catch(function(){ if(cb) cb(); }); } function mcRenderEng(d){ var e=d.multi||{}, box=mcI('mcEngBox'); if(!box) return; var nch = parseInt((PLN&&PLN.channels)||0,10) || (d.channels||[]).length; box.innerHTML = mcKV('当前模式', MC_MODE_TXT) + mcKV('引擎状态', e.active?'运行中':'已停止') + mcKV('运行通道数', nch + ' / 配置 ' + (e.channels||'-')) + mcKV('采样率', e.rate? (e.rate+' Hz'):'--') + mcKV('SDR 类型', e.sdr||'--') + mcKV('RX 中心', e.rx? (MC_MHZ(e.rx)+' MHz'):'--') + mcKV('TX 中心', e.tx? (MC_MHZ(e.tx)+' MHz'):'--') + mcKV('RX 增益', (e.rxg===''||e.rxg==null)?'--':e.rxg+' dB') + mcKV('TX 增益', (e.txg===''||e.txg==null)?'--':e.txg+' dB'); var b=mcI('mcChBadge'); if(b) b.textContent='IQ/Host '+(d.channels||[]).length+' 路'; } function mcRenderChs(d){ var cs=d.channels||[], box=mcI('mcChBox'); if(!box) return; var h=''; for(var i=0;i' + '射频通道 '+(typeof mcSeq==='function'?mcSeq(c.n):c.n)+'' + ''+mcEsc(c.mode)+'' + ''+mcDot(c.iq)+'IQ '+mcDot(c.host)+'Host' + '' + '
' + mcKV('RX 频率', c.rx? (MC_MHZ(c.rx)+' MHz') : '--') + mcKV('TX 频率', c.tx? (MC_MHZ(c.tx)+' MHz') : '--') + mcKV('Multi 端口', c.mport)+mcKV('Host 端口', c.hport) + '
' + '
最近通联：'+mcEsc(c.lastq||'（无）')+'
' + '
' + '' + '
'; } box.innerHTML = h || '
未检测到通道配置
'; } function mcRenderSvcs(d){ var sv=d.services||[], box=mcI('mcSvcBox'); if(!box) return; var h=''; for(var i=0;i无服务信息'; var b=mcI('mcSvcBadge'); if(b){ var on=sv.filter(function(x){return x.active;}).length; b.textContent=on+' / '+sv.length+' 在运行'; } mcFillLogCh(d.channels||[]); } function mcFillLogCh(cs){ var sel=mcI('mcLogCh'); if(!sel) return; var cur=sel.value, h=''; if(typeof mcSeqBuild==='function') mcSeqBuild(cs); for(var i=0;i'+((typeof mcSeq==='function')?mcSeq(cs[i].n):cs[i].n)+'. '+mcEsc(cs[i].mode)+''; } sel.innerHTML=h; if(cur) sel.value=cur; } function mcPostJson(url, body, cb){ fetch(url,{method:'POST',credentials:'same-origin',headers:{'Content-Type':'application/json'}, body:JSON.stringify(body||{})}) .then(function(r){ return r.json(); }).then(function(d){ cb(d); }) .catch(function(e){ mcMsg('网络错误: '+e, false); }); } function mcRestartCh(n){ mcMsg('通道 '+n+' 正在重启…'); mcPostJson('/api/mc/restart',{ch:n},function(d){ var ok=!!(d&&d.ok); mcMsg(ok?('通道 '+n+' 已重启'):('失败：'+String((d&&(d.error||d.out))||'')), ok); if(ok) setTimeout(mcRefreshAll, 2500); }); } function mcRestartEngine(){ if(!confirm('重启 MMDVM-Multi 引擎与全部通道？约 20~40 秒。')) return; mcMsg('正在重启引擎…'); mcPostJson('/api/mc/multi-restart',{},function(d){ var ok=!!(d&&d.ok); mcMsg(ok?'引擎与全部通道已重启':('失败：'+String((d&&(d.error||d.out))||'')), ok); if(ok) setTimeout(mcRefreshAll, 6000); }); } function mcLoadLog(){ var ch=(mcI('mcLogCh')||{}).value||'0', svc=(mcI('mcLogSvc')||{}).value||'mmdvmhost', ln=(mcI('mcLogLines')||{}).value||'200'; var box=mcI('mcLogBox'); if(box) box.textContent='加载中…'; fetch('/api/mc/logs?ch='+encodeURIComponent(ch)+'&svc='+encodeURIComponent(svc)+'&lines='+encodeURIComponent(ln), {credentials:'same-origin'}) .then(function(r){ return r.json(); }) .then(function(d){ if(box) box.textContent = (d&&(d.text||d.out)) || ('读取失败：'+String((d&&d.error)||'')); }).catch(function(e){ if(box) box.textContent='网络错误: '+e; }); } /* 本文件提供「射频模式配置」页诊断卡所需的监控函数（原独立监控页已并入该页） */ """ ``` ### `opt/mmdvm-web/multi2_section.py` ```python # -*- coding: utf-8 -*- """硬件基础配置（原 Multi 看板）—— 只留「监控/诊断」用途 呼号（最有用的那个）与通道数量/频率规划已并入「射频模式配置」页 ✓ DMR ID 已去掉（它只对 DMR 有效，归 DMR 模式页）""" MULTI2_SECTION = r""" """ ``` ### `opt/mmdvm-web/rfmode2_js.py` ```python # -*- coding: utf-8 -*- """射频模式配置页前端（独立 \n\n\n" ) if __name__ == "__main__": open("/tmp/_rfmode_chk.html", "w", encoding="utf-8").write(RFMODE_STANDALONE) print("CSS %d 字节 / HTML片段 %d / JS %d / 整页 %d 字节" % ( len(_CSS), len(_HTML), len(_mod.RFMODE_JS), len(RFMODE_STANDALONE))) print("关键元素: " + ", ".join( "%s=%d" % (k, RFMODE_STANDALONE.count(k)) for k in ("rfmLoad", "rfmSwitch", "rfmLoadFreq", "rfmSaveFreq", "rfmLoadLog", "", "", "", ""))) ``` ### `opt/mmdvm-web/tetra_adv_backend.py` ```python # -*- coding: utf-8 -*- """注入到 /usr/local/libexec/tetra-api.py 的片段： · _sec_setk 段感知的 TOML 写入（原来的 setk 会误改同名键，如 [health].enabled） · _toml_val 数字/布尔/字符串/数组 的 TOML 字面量 · _post_toml 把前端传来的高级参数写进 config.toml（含 [cell_info.home_mode_display] 子表） · 包装 write_toml / load_ui，并在 cmd_save 里合并 body["adv"] """ TETRA_BACKEND_PATCH = r''' # ==================== TETRA_ADV 高级参数（由 Web spec 生成，2026-09-13 补）==================== # 字段: "段.键" -> 默认值（与 Web 表单同源） ADV_DEFAULTS = __ADV_DEF__ # 这些键按 TOML 数组写 ADV_ARRAY = __ADV_ARRAY__ # 这个键属于子表（追加块写法） ADV_SUBTABLE = {"cell_info.home_mode_display.text": ("cell_info.home_mode_display", "text")} def _toml_val(v): """把 Python/字符串值转成 TOML 字面量""" if isinstance(v, bool): return "true" if v else "false" if isinstance(v, (int, float)): return str(v) s = str(v).strip() low = s.lower() if low in ("true", "false"): return low if s.startswith("[") and s.endswith("]"): return s # 已经是数组字面量 if s == "": return '""' if re.fullmatch(r"-?\d+", s): return s if re.fullmatch(r"-?\d+\.\d+", s): return s return '"%s"' % s.replace('"', '\\"') def _sec_setk(text, section, key, val): """只在 [section] 段内设置 key=val（段不存在则追加该段）""" lines = text.split("\n") out, cur, done, seen = [], None, False, False for ln in lines: m = re.match(r"^\s*\[(.+?)\]\s*$", ln) if m: if cur == section and not done: out.append("%s = %s" % (key, val)); done = True cur = m.group(1) if cur == section: seen = True out.append(ln) continue if cur == section and re.match(r"^\s*%s\s*=" % re.escape(key), ln): out.append("%s = %s" % (key, val)); done = True continue out.append(ln) if cur == section and not done: out.append("%s = %s" % (key, val)); done = True if not done: if not seen: out += ["", "[%s]" % section] out.append("%s = %s" % (key, val)) return "\n".join(out) def _apply_adv_toml(s, adv): """把高级参数写进 toml 文本""" adv = adv or {} for full, dv in ADV_DEFAULTS.items(): if full not in adv: continue v = adv[full] if v is None or str(v).strip() == "": continue # 留空 = 不改这一项 if full in ADV_SUBTABLE: sec, key = ADV_SUBTABLE[full] s = _sec_setk(s, sec, key, _toml_val(v)) continue sec, key = full.split(".", 1) if key in ADV_ARRAY: try: arr = v if isinstance(v, (list, tuple)) else json.loads(v) flat = [] for it in arr: if isinstance(it, (list, tuple)): flat.append("[%s]" % ", ".join(str(int(x)) for x in it)) else: flat.append(str(int(it))) val = "[%s]" % ", ".join(flat) except Exception: continue else: val = _toml_val(v) s = _sec_setk(s, sec, key, val) return s def _post_toml(adv): """write_toml 之后：读回文件、写入高级参数、再写回""" try: if not os.path.exists(TOML): return txt = open(TOML, encoding="utf-8").read() new = _apply_adv_toml(txt, adv) if new != txt: open(TOML, "w", encoding="utf-8").write(new) except Exception: pass # --- 包装 write_toml：保存时顺带写高级参数 --- if "write_toml" in globals() and not globals().get("_ADV_WRAPPED"): _ADV_WRAPPED = True _orig_write_toml = write_toml def write_toml(d): r = _orig_write_toml(d) try: _post_toml((d or {}).get("adv")) except Exception: pass return r # --- 包装 load_ui：补上 adv 键与默认值（供页面填写） --- if "load_ui" in globals() and not globals().get("_ADV_LOADWRAP"): _ADV_LOADWRAP = True _orig_load_ui = load_ui def load_ui(): d = _orig_load_ui() if isinstance(d, dict): a = d.setdefault("adv", {}) if not isinstance(a, dict): a = d["adv"] = {} for k, v in ADV_DEFAULTS.items(): a.setdefault(k, v) return d ''' TETRA_BACKEND_CMD_SAVE_HOOK = ''' if isinstance(body.get("adv"), dict): d.setdefault("adv", {}) if isinstance(d["adv"], dict): d["adv"].update(body["adv"]) ''' ``` ### `opt/mmdvm-web/tetra_adv_spec.py` ```python # -*- coding: utf-8 -*- """TETRA 高级参数 spec（来自桌面《Tetra配置文件.txt》官方文档） 一张表同时生成：① 页面表单 ② 前端 JS ③ 后端 load_ui/cmd_save/write_toml 字段格式: (段, 键, 控件 id, 标签, 类型, 默认值) 类型: num=数字 chk=开关 text=文本 sel=下拉(O|opt1|opt2...) area=多行文本""" TETRA_ADV = [ # ---- 小区 / 网络（cell_info）---- ("cell_info", "timezone", "tz", "时区（用于时间广播 D-NWRK-BROADCAST）", "text", "Asia/Shanghai"), ("cell_info", "freq_offset", "foff", "载波频偏 (Hz)", "sel", "0|0|6250|-6250|12500"), ("cell_info", "reverse_operation", "revop", "收发反置（上行高于下行）", "chk", "false"), ("cell_info", "location_area", "la", "位置区 Location Area", "num", "2"), ("cell_info", "colour_code", "ccode", "色码 Colour Code (0-63)", "num", "1"), ("cell_info", "hangtime_secs", "hang", "组呼保持时长 (秒 0-300)", "num", "5"), ("cell_info", "call_timeout_secs", "ctmo", "最大通话时长 (秒, 0=不限)", "num", "600"), ("cell_info", "ul_inactivity_secs", "ulino", "上行不活动超时 (秒 1-30)", "num", "3"), ("cell_info", "periodic_registration_secs", "perreg", "周期注册间隔 T351 (秒, 0=禁用)", "num", "0"), ("cell_info", "voice_service", "voice", "小区提供语音业务", "chk", "true"), ("cell_info", "system_wide_services", "syswide", "系统级业务 (SYSINFO 广播)", "chk", "true"), ("cell_info", "release_group_on_same_speaker_retake", "relgrp", "抢权时重建组呼（老式摩托罗拉兼容）", "chk", "true"), ("cell_info", "local_ssi_ranges", "lssi", "本小区 SSI 范围（每行 起,止；留空=不限制）", "area", "0,90"), # ---- 安全 / 白名单（security）---- ("security", "issi_whitelist", "wlist", "ISSI 白名单（每行一个；留空=开放注册）", "area", ""), ("security", "whitelist_mode", "wmode", "白名单模式", "sel", "open|open|enforce"), # ---- 重启恢复（recovery）---- ("recovery", "enabled", "recen", "重启后主动恢复终端（缓存重放）", "chk", "false"), ("recovery", "reactive_enabled", "recrx", "发现未知电台时命令其重新注册", "chk", "true"), # ---- SDR 增益 / 天线（phy_io.soapysdr，SX1255 实测单元）---- ("phy_io.soapysdr", "rx_gain_lna", "glna", "RX 增益 LNA (dB, SX1255)", "num", "42"), ("phy_io.soapysdr", "rx_gain_pga", "gpga", "RX 增益 PGA (dB, SX1255)", "num", "16"), ("phy_io.soapysdr", "tx_gain_dac", "gdac", "TX 增益 DAC (dB, SX1255)", "num", "9"), ("phy_io.soapysdr", "tx_gain_mixer", "gmix", "TX 增益 MIXER (dB, SX1255)", "num", "30"), ("phy_io.soapysdr", "rx_antenna", "rant", "RX 天线（默认 RX）", "text", ""), ("phy_io.soapysdr", "tx_antenna", "tant", "TX 天线（默认 TX）", "text", ""), # ---- 电台待机屏文本（子表 cell_info.home_mode_display.text）---- ("cell_info.home_mode_display", "text", "hometxt", "电台待机屏显示文本（主模式显示 PID 220）", "text", ""), ] # 需要按数组写入 TOML 的多行字段 ARRAY_KEYS = {"local_ssi_ranges", "issi_whitelist"} def adv_default(typ, dv): """取默认值：sel 型 dv='O|opt1|opt2...'，默认 = 第 1 个选项""" if typ == "sel": parts = dv.split("|") return parts[1] if len(parts) > 1 else (parts[0] if parts else "") return dv def sel_options(dv): parts = dv.split("|") return parts[1:] if len(parts) > 1 else parts def adv_js(): """生成前端 JS（独立 ''' ``` ### `usr/local/bin/arch-data-bootstrap.sh` ```bash #!/bin/bash # ARCH 首次启动/定期数据库下载：DMR ID、各模式 hosts、反射器列表。 set -u LOG=/var/log/arch-data-bootstrap.log STATE=/var/lib/mmdvm/data-bootstrap.status mkdir -p /var/lib/mmdvm /usr/local/etc/hosts /etc/mmdvm exec >>"$LOG" 2>&1 echo "[$(date '+%F %T')] 开始更新 ARCH 数据库" fail=0 /usr/local/bin/update-hosts.sh || fail=$((fail+1)) # 常规情况下 Pi-Star 已提供 DMR ID 和各模式主机文件；仅在缺失时走备用源。 if [ ! -s /usr/local/etc/DMRIds.dat ]; then /usr/local/bin/update-database.sh dmrid || fail=$((fail+1)) fi need_hosts=0 for f in DMR_Hosts.txt YSFHosts.txt P25Hosts.txt NXDNHosts.txt DStar_Hosts.json; do [ -s "/usr/local/etc/hosts/$f" ] || need_hosts=1 done if [ "$need_hosts" -eq 1 ]; then /usr/local/bin/update-database.sh hosts || fail=$((fail+1)) fi /usr/local/libexec/hosts-build.py -v || fail=$((fail+1)) python3 - <<'PY' import json try: src='/usr/local/etc/hosts/DMR_Hosts.json' dst='/etc/mmdvm/bm-masters.json' data=json.load(open(src,encoding='utf-8')) out=[] for x in data if isinstance(data,list) else []: out.append({'id':str(x.get('id','')),'net':'BM','label':x.get('label') or x.get('host',''), 'host':x.get('host',''),'port':int(x.get('port') or 62031), 'pw':x.get('pw',''),'region':x.get('region',''),'country':x.get('country','')}) json.dump(out,open(dst,'w',encoding='utf-8'),ensure_ascii=False,indent=2) except Exception: pass PY status=ok [ "$fail" -eq 0 ] || status=partial printf 'STATUS=%s\nUPDATED=%s\nFAIL=%s\n' "$status" "$(date '+%F %T')" "$fail" > "$STATE" echo "[$(date '+%F %T')] 更新结束：$status（失败项 $fail）" exit 0 ``` ### `usr/local/bin/arch-fw-online.sh` ```bash #!/bin/bash # ARCH hotspot online firmware helper # Usage: arch-fw-online.sh check [manifest_url] # arch-fw-online.sh update [manifest_url] set -u MODE="${1:-check}" MANIFEST="${2:-https://arch.hljrsa.cn/downloads/firmware/mmdvm-multi.json}" PKG=/tmp/mmdvm-fw.pkg EXTRACT=/tmp/mmdvm-fw-extract TMP=/tmp/arch-fw-online current_version() { if [ -s /etc/mmdvm/firmware-version ]; then head -1 /etc/mmdvm/firmware-version elif [ -s /etc/mmdvm/install-state.conf ]; then awk -F= '/^VERSION=/{print $2; exit}' /etc/mmdvm/install-state.conf else echo '-' fi } log() { printf '%s\n' "$*"; } fetch_manifest() { rm -rf "$TMP"; mkdir -p "$TMP" if ! curl -fsSL --retry 2 --connect-timeout 15 -m 60 -A 'ARCH-Hotspot/2.3' -o "$TMP/manifest.json" "$MANIFEST"; then log 'STATUS=error' log "MESSAGE=无法下载固件清单：$MANIFEST" return 1 fi if ! jq -e . "$TMP/manifest.json" >/dev/null 2>&1; then log 'STATUS=error' log 'MESSAGE=固件清单 JSON 格式错误' return 1 fi VERSION=$(jq -r '.version // ""' "$TMP/manifest.json") URL=$(jq -r '.url // ""' "$TMP/manifest.json") SHA256=$(jq -r '.sha256 // ""' "$TMP/manifest.json") SIZE=$(jq -r '.size // 0' "$TMP/manifest.json") NOTES=$(jq -r '.notes // ""' "$TMP/manifest.json") return 0 } if [ "$MODE" = "check" ]; then log "MANIFEST_URL=$MANIFEST" log "CURRENT_VERSION=$(current_version)" if fetch_manifest; then log "LATEST_VERSION=${VERSION:--}" log "DOWNLOAD_URL=${URL:--}" log "SHA256=${SHA256:--}" log "SIZE=${SIZE:-0}" log "NOTES=${NOTES:--}" if [ -n "${URL:-}" ] && [ -n "${VERSION:-}" ] && [ "${VERSION}" != "$(current_version)" ]; then log 'UPDATE_AVAILABLE=yes' else log 'UPDATE_AVAILABLE=no' fi fi exit 0 fi if [ "$MODE" != "update" ]; then log "未知模式：$MODE" exit 2 fi log "===== ARCH 在线固件升级开始 $(date '+%F %T') =====" log "MANIFEST_URL=$MANIFEST" if ! fetch_manifest; then exit 1; fi log "LATEST_VERSION=${VERSION:--}" log "DOWNLOAD_URL=${URL:--}" if [ -z "${URL:-}" ] || [ -z "${VERSION:-}" ]; then log 'STATUS=no_release' log 'MESSAGE=在线固件通道已建立，但当前清单没有已发布固件。' exit 0 fi if [ -z "${SHA256:-}" ]; then log 'STATUS=error' log 'MESSAGE=清单缺少 SHA256，拒绝安装。' exit 1 fi log "下载：$URL" rm -f "$PKG" if ! curl -fL --retry 2 --connect-timeout 20 -m 900 -A 'ARCH-Hotspot/2.3' -o "$PKG" -w 'HTTP=%{http_code} SIZE=%{size_download}\n' "$URL"; then log 'STATUS=error' log 'MESSAGE=固件下载失败。' exit 1 fi log "校验 SHA256：$SHA256" if ! echo "$SHA256 $PKG" | sha256sum -c -; then log 'STATUS=error' log 'MESSAGE=SHA256 校验失败，已停止安装。' exit 1 fi log '备份当前引擎...' cp -a /usr/local/bin/MMDVM-Multi "/tmp/MMDVM-Multi.before.$(date +%Y%m%d-%H%M%S)" 2>/dev/null && log '已备份到 /tmp' rm -rf "$EXTRACT"; mkdir -p "$EXTRACT" case "$PKG" in *.deb) log '使用 dpkg 安装...' dpkg -i "$PKG" 2>&1 | tail -25 ;; *.zip) log '解压 zip...' unzip -o "$PKG" -d "$EXTRACT" >/dev/null 2>&1 || { log 'STATUS=error'; log 'MESSAGE=zip 解压失败'; exit 1; } ;; *) log '解压 tar...' tar -xzf "$PKG" -C "$EXTRACT" 2>/dev/null || tar -xf "$PKG" -C "$EXTRACT" 2>/dev/null || { log 'STATUS=error'; log 'MESSAGE=不支持的固件包格式'; exit 1; } ;; esac BIN=$(find "$EXTRACT" -type f -name MMDVM-Multi | head -1) SH=$(find "$EXTRACT" -type f -name '*.sh' | head -1) if [ -n "$BIN" ]; then log "安装新引擎：$BIN" install -m 755 "$BIN" /usr/local/bin/MMDVM-Multi || { log 'STATUS=error'; log 'MESSAGE=替换引擎失败'; exit 1; } systemctl restart --no-block mmdvm-multi sleep 4 log "mmdvm-multi 状态：$(systemctl is-active mmdvm-multi 2>/dev/null)" mkdir -p /etc/mmdvm printf '%s\n' "$VERSION" > /etc/mmdvm/firmware-version log 'STATUS=success' log "MESSAGE=在线固件升级完成：$VERSION" elif [ -n "$SH" ]; then log "执行包内安装脚本：$SH" chmod +x "$SH" ( cd "$(dirname "$SH")" && bash "$(basename "$SH")" ) 2>&1 | tail -50 mkdir -p /etc/mmdvm printf '%s\n' "$VERSION" > /etc/mmdvm/firmware-version log 'STATUS=success' log "MESSAGE=在线固件升级脚本执行完成：$VERSION" else log 'STATUS=error' log 'MESSAGE=固件包内没有 MMDVM-Multi 或安装脚本。' exit 1 fi ``` ### `usr/local/bin/arch-sync-fm-qso.py` ```python #!/usr/bin/env python3 # -*- coding: utf-8 -*- """Keep the local FMO bridge's QSO channel in sync with the live multi-channel plan.""" import json, os, shutil, subprocess, sys, time PLAN = '/etc/mmdvm/channels.json' CFG = '/opt/fmo-bridge/config.json' INI_EDIT = '/usr/local/libexec/ini-edit.py' def run(args, timeout=30): try: return subprocess.run(args, capture_output=True, text=True, timeout=timeout) except Exception as e: return None def active(unit): r = run(['systemctl', 'is-active', unit], 5) return bool(r and r.stdout.strip() == 'active') def load_plan(): try: with open(PLAN, encoding='utf-8') as f: d = json.load(f) return d if isinstance(d, dict) else {} except Exception: return {} def pick_fm(plan): limit = int(plan.get('channels') or 0) candidates = [] for item in plan.get('list') or []: try: n = int(item.get('n')) except Exception: continue if limit and n > limit: continue if str(item.get('mode') or '').upper() == 'FM': candidates.append((n, item)) for n, item in candidates: if active('mmdvm-iq@%d.service' % n) and active('mmdvmhost@%d.service' % n): return n, item return candidates[0] if candidates else (None, None) def write_cfg(cfg, plan, n, item): fm = cfg.setdefault('fm', {}) fm['channel'] = int(n) try: if item.get('tx') is not None: fm['tx_mhz'] = round(float(item['tx']) / 1e6, 4) except Exception: pass try: if item.get('rx') is not None: fm['rx_mhz'] = round(float(item['rx']) / 1e6, 4) except Exception: pass bak = CFG + '.bak.sync-channel-' + time.strftime('%Y%m%d-%H%M%S') try: shutil.copy2(CFG, bak) except Exception: pass tmp = CFG + '.tmp' with open(tmp, 'w', encoding='utf-8') as f: json.dump(cfg, f, ensure_ascii=False, indent=2) f.write('\n') os.replace(tmp, CFG) def fix_host_gateway(n): path = '/etc/MMDVM-Host-%d.ini' % n if not os.path.exists(path): return False changed = False for key, value in (('GatewayAddress', '127.0.0.1'), ('GatewayPort', '49880')): r = run(['python3', INI_EDIT, path, 'set', 'FM Network', key, value], 15) if r is None or r.returncode != 0: continue try: text = open(path, encoding='utf-8', errors='ignore').read() changed = ('GatewayAddress=127.0.0.1' in text and 'GatewayPort=49880' in text) except Exception: pass return changed def main(): plan = load_plan() n, item = pick_fm(plan) if n is None: run(['systemctl', 'stop', 'fmo-bridge.service'], 30) print('FM_QSO_CHANNEL=none; fmo-bridge stopped') return 0 try: with open(CFG, encoding='utf-8') as f: cfg = json.load(f) except Exception as e: print('FM_QSO_SYNC_ERROR=%s' % e) return 1 write_cfg(cfg, plan, n, item or {}) fix_host_gateway(n) run(['systemctl', 'enable', '--now', 'fmo-bridge.service'], 40) run(['systemctl', 'restart', 'fmo-bridge.service'], 40) print('FM_QSO_CHANNEL=%d' % n) return 0 if __name__ == '__main__': sys.exit(main()) ``` ### `usr/local/bin/backup.sh` ```bash #!/bin/bash set -euo pipefail D=/var/backups/mmdvm; mkdir -p "$D"; F="$D/arch-hotspot-$(date +%Y%m%d-%H%M%S).tar.gz" tar -czf "$F" /etc/MMDVM-*.ini /etc/DMRGateway.ini /etc/mmdvm /opt/fmo-bridge/config.json 2>/dev/null || true echo "备份完成：$F" ``` ### `usr/local/bin/channel-mode.sh` ```bash #!/bin/bash set -euo pipefail exec /usr/local/libexec/channel-setup.py set "$1" "$2" ``` ### `usr/local/bin/diagnose.sh` ```bash #!/bin/bash set -u echo "ARCH 热点诊断" echo "主机: $(hostname) 时间: $(date '+%F %T')" for u in mmdvm-multi mmdvm-web dmrgateway fmo-bridge nginx mosquitto; do printf '%-18s %s\n' "$u" "$(systemctl is-active "$u" 2>/dev/null)"; done for i in 1 2 3 4 5 6 7; do printf '信道 %d: IQ=%s Host=%s\n' "$i" "$(systemctl is-active mmdvm-iq@$i 2>/dev/null)" "$(systemctl is-active mmdvmhost@$i 2>/dev/null)"; done echo "网络监听:"; ss -lun 2>/dev/null | grep -E ':(3334|3335|4810|4820|49880|62031|62032)\b' || true ``` ### `usr/local/bin/dmrid-update-wrapper.sh` ```bash #!/bin/bash exec /usr/local/bin/update-database.sh dmrid ``` ### `usr/local/bin/sys-manage.sh` ```bash #!/bin/bash # sys-manage.sh —— Web 控制台「系统设置」的唯一特权入口（mmdvm-web 通过 sudo -n 调用） set -u ACT="${1:-}"; shift || true # ==================== WiFi 辅助（NetworkManager / wpa_supplicant 双后端）==================== # 兼容：树莓派 3（多为 wpa_supplicant + dhcpcd）与树莓派 4/5（NetworkManager） _wifi_iface() { for d in /sys/class/net/*/wireless; do [ -e "$d" ] || continue basename "$(dirname "$d")"; return 0 done iw dev 2>/dev/null | awk '/Interface/{print $2; exit}' } _wifi_backend() { if command -v nmcli >/dev/null 2>&1 && systemctl is-active --quiet NetworkManager 2>/dev/null; then echo nm; return fi if command -v wpa_cli >/dev/null 2>&1; then if systemctl is-active --quiet wpa_supplicant 2>/dev/null || pgrep -x wpa_supplicant >/dev/null 2>&1; then echo wpa; return fi echo wpa-off; return fi echo none } _wifi_band() { f="${1:-0}" case "$f" in ''|*[!0-9]*) echo "-"; return ;; esac if [ "$f" -ge 2400 ] && [ "$f" -le 2500 ]; then echo "2.4G" elif [ "$f" -ge 4900 ]; then echo "5G" else echo "-"; fi } _wifi_radio_state() { if command -v nmcli >/dev/null 2>&1 && systemctl is-active --quiet NetworkManager 2>/dev/null; then s=$(nmcli radio wifi 2>/dev/null | tr 'A-Z' 'a-z') [ -n "$s" ] && { echo "$s"; return; } fi if rfkill list wifi 2>/dev/null | grep -q "Soft blocked: yes"; then echo disabled; else echo enabled; fi } _wifi_radio_on() { if command -v nmcli >/dev/null 2>&1 && systemctl is-active --quiet NetworkManager 2>/dev/null; then [ "$(nmcli radio wifi 2>/dev/null | tr 'A-Z' 'a-z')" = "disabled" ] && nmcli radio wifi on >/dev/null 2>&1 fi rfkill unblock wifi 2>/dev/null || true sleep 1 } _wpa_conf() { echo "/etc/wpa_supplicant/wpa_supplicant.conf"; } _wifi_saved_count() { if command -v nmcli >/dev/null 2>&1 && systemctl is-active --quiet NetworkManager 2>/dev/null; then nmcli -t -f NAME,TYPE connection show 2>/dev/null | awk -F: '$2=="802-11-wireless"' | wc -l else grep -c 'network=' "$(_wpa_conf)" 2>/dev/null || echo 0 fi } _nm_terse() { # nmcli 的 terse 输出用冒号分隔，且把值里的冒号转义成 \: # 本函数统一转成 | 分隔（先保护 \: ，再转，再还原），兼容不支持 # --separator 的 nmcli 构建（Debian 的 nmcli 1.52 就没有该选项） nmcli -t "$@" 2>/dev/null | sed 's/\\:/__C__/g' | tr ':' '|' | sed 's/__C__/:/g' } _wifi_conn_of_ssid() { # $1=SSID -> nm 连接名 nmcli -t -f NAME,802-11-wireless.ssid connection show 2>/dev/null \ | awk -F: -v s="$1" '$2==s{print $1; exit}' } # ==================== WiFi 凭据备份 / 开机自愈 ==================== # 备份文件：/etc/wpa_supplicant/wpa_supplicant.conf（含 country=CN）， # 一旦 NM 配置丢失（本项目遇到过），wifi-restore 可据此重建，避免"开机不自动连"。 _wpa_backup_add() { # $1=SSID $2=密码(可空) $3=隐藏(0/1) local conf=/etc/wpa_supplicant/wpa_supplicant.conf ssid="$1" pw="$2" hid="${3:-0}" [ -n "$ssid" ] || return 0 mkdir -p /etc/wpa_supplicant [ -f "$conf" ] || printf 'ctrl_interface=DIR=/var/run/wpa_supplicant GROUP=netdev\nupdate_config=1\ncountry=CN\n' > "$conf" python3 - "$conf" "$ssid" "$pw" "$hid" <<'PYWPA' import re, sys conf, ssid, pw, hid = sys.argv[1], sys.argv[2], sys.argv[3], sys.argv[4] try: s = open(conf, encoding="utf-8", errors="ignore").read() except Exception: s = "ctrl_interface=DIR=/var/run/wpa_supplicant GROUP=netdev\nupdate_config=1\ncountry=CN\n" if "country=" not in s: s = "country=CN\n" + s blocks = re.findall(r"network=\{[^}]*\}", s, re.S) keep = [] for b in blocks: m = re.search(r'ssid="([^"]*)"', b) if m and m.group(1) == ssid: continue keep.append(b) rest = re.sub(r"network=\{[^}]*\}", "", s, flags=re.S).strip() blk = ['network={', '\tssid="%s"' % ssid] if pw: blk.append('\tpsk="%s"' % pw) else: blk.append('\tkey_mgmt=NONE') if hid == "1": blk.append('\tscan_ssid=1') blk.append('}') out = rest + "\n" + "\n".join(keep + ["\n".join(blk)]) + "\n" open(conf, "w", encoding="utf-8").write(out) print("备份凭据: %s" % ssid) PYWPA chmod 600 "$conf" 2>/dev/null || true } _wpa_backup_list() { # 输出 "SSID密码"（只读，供恢复用） python3 - <<'PYLIST' import re try: s = open("/etc/wpa_supplicant/wpa_supplicant.conf", encoding="utf-8", errors="ignore").read() except Exception: raise SystemExit(0) for b in re.findall(r"network=\{[^}]*\}", s, re.S): sid = re.search(r'ssid="([^"]*)"', b) psk = re.search(r'psk="([^"]*)"', b) if sid and sid.group(1): print("%s\t%s" % (sid.group(1), psk.group(1) if psk else "")) PYLIST } _prefix2mask() { # $1=前缀长度 -> 点分掩码 python3 - "$1" <<'PYM' import sys try: p = int(sys.argv[1]) m = (0xFFFFFFFF << (32 - p)) & 0xFFFFFFFF if p > 0 else 0 print("%d.%d.%d.%d" % ((m >> 24) & 255, (m >> 16) & 255, (m >> 8) & 255, m & 255)) except Exception: print("") PYM } _mask2prefix() { # $1=点分掩码或前缀 -> 前缀长度 python3 - "$1" <<'PYM' import sys a = sys.argv[1].strip() try: if "." not in a: print(int(a)); raise SystemExit(0) m = 0 for x in a.split("."): m = (m << 8) | (int(x) & 255) print(bin(m).count("1")) except Exception: print("") PYM } _wifi_fix_profile() { # $1=连接名（规范化：自动连接 / 无限重试 / 优先级） local cn="$1" [ -n "$cn" ] || return 0 nmcli connection modify "$cn" connection.autoconnect yes >/dev/null 2>&1 || true nmcli connection modify "$cn" connection.autoconnect-priority 10 >/dev/null 2>&1 || true nmcli connection modify "$cn" connection.autoconnect-retries 0 >/dev/null 2>&1 || true nmcli connection modify "$cn" ipv4.may-fail no >/dev/null 2>&1 || true nmcli connection modify "$cn" ipv6.may-fail no >/dev/null 2>&1 || true } # ==================== 后台任务（系统更新 / 固件更新）==================== # 用 systemd-run 起临时单元，Web 请求立刻返回；进度写日志文件 JOB_LOG_DIR=/var/log FW_URL_FILE=/etc/mmdvm/fw-url FW_DEFAULT_URL="https://arch.hljrsa.cn/downloads/firmware/mmdvm-multi.json" _fw_url() { if [ -s "$FW_URL_FILE" ]; then cat "$FW_URL_FILE"; else echo "$FW_DEFAULT_URL"; fi } _job_start() { # $1=单元名 $2=日志文件 $3...=要执行的命令 local unit="$1" log="$2"; shift 2 : > "$log" { echo "===== $(date '+%F %T') 开始：$unit =====" echo "命令：$*" echo } >> "$log" 2>&1 systemctl reset-failed "$unit" 2>/dev/null || true systemd-run --unit="$unit" --collect --quiet \ --property=StandardOutput="append:$log" \ --property=StandardError="append:$log" \ --property=WorkingDirectory=/ \ "$@" >/dev/null 2>&1 if [ $? -ne 0 ]; then echo "后台任务启动失败（systemd-run 不可用？）"; return 1; fi echo "已在后台开始（日志 $log）" } _job_status() { # $1=单元名 $2=日志文件 local unit="$1" log="$2" st st=$(systemctl is-active "$unit" 2>/dev/null || true) case "$st" in active|activating) echo "STATE=running";; hw-info) /usr/local/bin/hw-detect.sh hw-info ;; hw-force-max) /usr/local/bin/hw-detect.sh hw-force-max ${1:-0} ;; *) echo "STATE=idle";; esac if [ -s "$log" ]; then echo "--- 日志尾部（$log）---" tail -n 25 "$log" else echo "STATE=idle" echo "（还没有日志）" fi } _apt_count() { apt-get -s upgrade 2>/dev/null | awk '/^[0-9]+ upgraded/{print $1; exit}' || echo 0 } case "$ACT" in info) echo "HOSTNAME=$(hostname)" echo "MODEL=$(tr -d '\0' < /proc/device-tree/model 2>/dev/null)" echo "KERNEL=$(uname -r)" echo "UPTIME=$(uptime -p 2>/dev/null || uptime)" echo "TEMP=$(vcgencmd measure_temp 2>/dev/null | sed 's/temp=//')" echo "DISK=$(df -h / | awk 'NR==2{print $3"/"$2" ("$5")"}')" echo "MEM=$(free -h | awk '/Mem:/{print $3"/"$2}')" echo "TIME=$(date '+%Y-%m-%d %H:%M:%S %Z')" echo "TZ=$(timedatectl show -p Timezone --value 2>/dev/null)" ;; net) # ★ 简洁键值输出（系统设置页「网络状态」直接渲染） echo "HOSTNAME=$(hostname)" for IF in eth0 wlan0; do T=$(nmcli -t -f DEVICE,TYPE dev status 2>/dev/null | awk -F: -v d="$IF" '$1==d{print $2; exit}') [ -n "$T" ] || continue U=$(echo "$IF" | tr 'a-z' 'A-Z') ST=$(nmcli -t -f DEVICE,STATE dev status 2>/dev/null | awk -F: -v d="$IF" '$1==d{print $2; exit}') IP=$(ip -4 -o addr show "$IF" 2>/dev/null | awk '{print $4}' | head -1) GW=$(ip -4 route show default dev "$IF" 2>/dev/null | awk '{print $3; exit}') echo "${U}_TYPE=$T" echo "${U}_STATE=${ST:-unknown}" echo "${U}_IP=${IP:--}" echo "${U}_GW=${GW:--}" if [ "$T" = "wifi" ]; then WS=$(nmcli -t -f IN-USE,SSID,SIGNAL dev wifi 2>/dev/null | awk -F: '$1=="*"{print $2" ("$3"%)"; exit}') echo "WIFI_SSID=${WS:--}" fi done # \u2605 \u8fc7\u6ee4 IPv6 \u94fe\u8def\u672c\u5730\u5730\u5740\uff08fe80:: \u4e0e %iface\uff09\uff0c\u6700\u591a\u4fdd\u7559 4 \u4e2a echo "DNS=$(awk '/^nameserver/{print $2}' /etc/resolv.conf 2>/dev/null \ | grep -viE '^(fe80:|ff0|::1$)' | grep -v '%' | head -4 | tr '\n' ',' | sed 's/,$//')" ;; wifi-list|wifi-scan) # 输出：INUSE|SSID|信号%|加密|信道|频率MHz|频段 （按信号从强到弱，同名只留最强） BE="$(_wifi_backend)"; IF="$(_wifi_iface)" if [ "$BE" = "nm" ]; then RAW=$(_nm_terse -f IN-USE,SSID,SIGNAL,SECURITY,CHAN,FREQ \ dev wifi list --rescan yes) printf '%s\n' "$RAW" | awk -F'|' ' NF>=5 && $2!="" { f = (NF>=6 ? $6+0 : 0); c = (NF>=5 ? $5+0 : 0) b = (c>=1 && c<=14) ? "2.4G" : (c>=32 ? "5G" : (f>=2400&&f<=2500 ? "2.4G" : (f>=4900 ? "5G" : "-"))) if (!(($2) in best) || $3+0 > sig[$2]) { best[$2]=1; sig[$2]=$3+0; line[$2]=sprintf("%s|%s|%s|%s|%s|%s|%s", $1, $2, $3, ($4==""?"开放":$4), (c?c:"-"), (f?f:"-"), b) } } END { for (k in line) print line[k] }' | sort -t'|' -k3 -nr elif [ "$BE" = "wpa" ]; then wpa_cli -i "$IF" scan >/dev/null 2>&1 sleep 5 wpa_cli -i "$IF" scan_results 2>/dev/null | awk -F'\t' ' NR>1 && $5!="" { f=$2+0; b=(f>=2400&&f<=2500)?"2.4G":(f>=4900?"5G":"-") sec=($4 ~ /WPA3/ ? "WPA3" : ($4 ~ /WPA2/ ? "WPA2" : ($4 ~ /WPA/ ? "WPA" : ($4 ~ /WEP/ ? "WEP" : "开放")))) lvl=($3+0)+100; if (lvl<0) lvl=0; if (lvl>100) lvl=100 if (!(($5) in best) || $3+0 > sig[$5]) { best[$5]=1; sig[$5]=$3+0; line[$5]=sprintf(" |%s|%s|%s|%s|%s|%s", $5, lvl, sec, "-", f, b) } } END { for (k in line) print line[k] }' | sort -t'|' -k3 -nr else echo "未检测到 WiFi 后端（NetworkManager 未运行且无 wpa_supplicant）" fi ;; wifi-status) BE="$(_wifi_backend)"; IF="$(_wifi_iface)" echo "BACKEND=$BE" echo "IFACE=${IF:--}" echo "RADIO=$(_wifi_radio_state)" if [ "$BE" = "nm" ]; then CON=$(nmcli -t -f NAME,TYPE connection show --active 2>/dev/null | awk -F: '$2=="802-11-wireless"{print $1; exit}') echo "CONN=${CON:--}" if [ -n "${CON:-}" ]; then echo "SSID=$(nmcli -g 802-11-wireless.ssid connection show "$CON" 2>/dev/null)" echo "AUTOCONNECT=$(nmcli -g connection.autoconnect connection show "$CON" 2>/dev/null)" echo "PRIORITY=$(nmcli -g connection.autoconnect-priority connection show "$CON" 2>/dev/null)" echo "KEYMGMT=$(nmcli -g 802-11-wireless-security.key-mgmt connection show "$CON" 2>/dev/null)" fi _nm_terse -f IN-USE,SSID,SIGNAL,FREQ,RATE,SECURITY dev wifi list \ | awk -F'|' '$1=="*"{print "SIGNAL="$3"%"; print "FREQ="$4; print "RATE="$5; print "WIFISEC="$6; exit}' else ST=$(wpa_cli -i "$IF" status 2>/dev/null) printf '%s\n' "$ST" | awk -F= '/^ssid=/{print "SSID="$2} /^wpa_state=/{print "WPASTATE="$2} /^ip_address=/{print "IP="$2}' fi FR=$(_nm_terse -f IN-USE,FREQ dev wifi list | awk -F'|' '$1=="*"{print $2; exit}') if [ -n "${FR:-}" ]; then echo "FREQ=$FR"; echo "BAND=$(_wifi_band "$(printf '%s' "$FR" | tr -dc 0-9)")" fi if [ -z "${IP:-}" ]; then IPLINE=$(ip -4 -o addr show "$IF" 2>/dev/null | awk '{print $4}' | head -1) echo "IP=${IPLINE:--}" fi echo "GW=$(ip -4 route 2>/dev/null | awk '/^default/{print $3; exit}')" echo "SAVED=$(_wifi_saved_count)" echo "BANDS=$(iwlist "$IF" freq 2>/dev/null | grep -c GHz)" ;; wifi-saved) # 输出：连接名|SSID|自动连接|优先级|加密 BE="$(_wifi_backend)"; IF="$(_wifi_iface)" if [ "$BE" = "nm" ]; then _nm_terse -f NAME,TYPE connection show \ | awk -F'|' '$2=="802-11-wireless"{print $1}' | while IFS= read -r CN; do [ -n "$CN" ] || continue SS=$(nmcli -g 802-11-wireless.ssid connection show "$CN" 2>/dev/null) AC=$(nmcli -g connection.autoconnect connection show "$CN" 2>/dev/null) PR=$(nmcli -g connection.autoconnect-priority connection show "$CN" 2>/dev/null) KM=$(nmcli -g 802-11-wireless-security.key-mgmt connection show "$CN" 2>/dev/null) printf '%s|%s|%s|%s|%s\n' "$CN" "${SS:--}" "${AC:-yes}" "${PR:-0}" "${KM:-open}" done else awk ' /network=\{/ { inb=1; ssid=""; km="open"; hid=""; next } inb && /\}/ { if (ssid=="") ssid="-"; printf "%s|%s|yes|0|%s%s\n", ssid, ssid, km, hid; inb=0; next } inb && /^[ \t]*ssid=/ { s=$0; sub(/^[ \t]*ssid=/,"",s); gsub(/"/,"",s); gsub(/\r/,"",s); ssid=s } inb && /^[ \t]*psk=/ { km="WPA/PSK" } inb && /^[ \t]*key_mgmt=NONE/ { km="open" } inb && /^[ \t]*scan_ssid=1/ { hid="(隐藏)" } ' /etc/wpa_supplicant/wpa_supplicant.conf 2>/dev/null fi ;; wifi-connect) SSID="${1:-}"; PW="${2:-}"; HID="${3:-0}" [ -n "$SSID" ] || { echo "缺少 SSID"; exit 2; } BE="$(_wifi_backend)"; IF="$(_wifi_iface)" if [ "$BE" = "nm" ]; then _wifi_radio_on if [ -n "$PW" ]; then if [ "$HID" = "1" ]; then OUT=$(nmcli --wait 45 dev wifi connect "$SSID" password "$PW" hidden yes 2>&1) else OUT=$(nmcli --wait 45 dev wifi connect "$SSID" password "$PW" 2>&1); fi else if [ "$HID" = "1" ]; then OUT=$(nmcli --wait 45 dev wifi connect "$SSID" hidden yes 2>&1) else OUT=$(nmcli --wait 45 dev wifi connect "$SSID" 2>&1); fi fi RC=$? echo "$OUT" if [ $RC -eq 0 ]; then CN=$(_wifi_conn_of_ssid "$SSID") [ -n "$CN" ] && _wifi_fix_profile "$CN" _wpa_backup_add "$SSID" "$PW" "$HID" echo "已保存并设为开机自动连接（连接名: ${CN:-$SSID}）" echo "---- 当前 WiFi 状态 ----" _nm_terse -f IN-USE,SSID,SIGNAL,FREQ,RATE dev wifi list \ | awk -F'|' '$1=="*"{print " SSID="$2" 信号="$3"% 频率="$4" 速率="$5; exit}' fi exit $RC elif [ "$BE" = "wpa" ]; then _wifi_radio_on ID=$(wpa_cli -i "$IF" add_network 2>/dev/null | tail -1) case "$ID" in ''|*[!0-9]*) echo "wpa_cli add_network 失败（后端未就绪）"; exit 3 ;; esac wpa_cli -i "$IF" set_network "$ID" ssid "\"$SSID\"" >/dev/null 2>&1 if [ -n "$PW" ]; then wpa_cli -i "$IF" set_network "$ID" psk "\"$PW\"" >/dev/null 2>&1 else wpa_cli -i "$IF" set_network "$ID" key_mgmt NONE >/dev/null 2>&1; fi [ "$HID" = "1" ] && wpa_cli -i "$IF" set_network "$ID" scan_ssid 1 >/dev/null 2>&1 wpa_cli -i "$IF" enable_network "$ID" >/dev/null 2>&1 wpa_cli -i "$IF" select_network "$ID" >/dev/null 2>&1 wpa_cli -i "$IF" save_config >/dev/null 2>&1 || echo "注意：save_config 失败，重启后可能不会自动重连" _wpa_backup_add "$SSID" "$PW" "$HID" sleep 8 wpa_cli -i "$IF" status 2>/dev/null | grep -E '^(ssid|wpa_state|ip_address|key_mgmt)=' else echo "未检测到可用的 WiFi 后端（NetworkManager / wpa_supplicant 都没有）"; exit 3 fi ;; wifi-hidden) exec "$0" wifi-connect "$1" "${2:-}" 1 ;; wifi-disconnect) BE="$(_wifi_backend)"; IF="$(_wifi_iface)" if [ "$BE" = "nm" ]; then if [ -n "$IF" ]; then nmcli dev disconnect "$IF" 2>&1; else echo "没有活动的 WiFi 接口"; fi else wpa_cli -i "$IF" disconnect 2>&1 || echo "断开失败" fi ;; wifi-forget) T="${1:-}" [ -n "$T" ] || { echo "缺少要删除的连接名或 SSID"; exit 2; } if [ "$(_wifi_backend)" = "nm" ]; then CN="" nmcli -t -f NAME connection show 2>/dev/null | grep -qxF "$T" && CN="$T" [ -z "$CN" ] && CN=$(_wifi_conn_of_ssid "$T") [ -z "$CN" ] && CN="$T" nmcli connection delete "$CN" 2>&1 else python3 - "$T" <<'WPADEL' import re, sys ssid = sys.argv[1] p = "/etc/wpa_supplicant/wpa_supplicant.conf" try: s = open(p, encoding="utf-8", errors="ignore").read() except Exception as e: print("读取 %s 失败: %s" % (p, e)); sys.exit(1) blocks = re.findall(r"network=\{[^}]*\}", s, re.S) keep, removed = [], 0 for b in blocks: m = re.search(r'ssid="([^"]*)"', b) if m and m.group(1) == ssid: removed += 1; continue keep.append(b) rest = re.sub(r"network=\{[^}]*\}", "", s, flags=re.S).strip() open(p + ".bak", "w", encoding="utf-8").write(s) open(p, "w", encoding="utf-8").write(rest + "\n" + "\n".join(keep) + "\n") print("已删除 %d 个 SSID=%s 的配置（原文件已备份为 wpa_supplicant.conf.bak）" % (removed, ssid)) WPADEL fi ;; wifi-reconnect) T="${1:-}"; [ -n "$T" ] || { echo "缺少连接名"; exit 2; } if [ "$(_wifi_backend)" = "nm" ]; then nmcli connection up "$T" 2>&1 else wpa_cli -i "$(_wifi_iface)" reconfigure 2>&1; fi ;; wifi-radio) R="${1:-on}" if [ "$R" = "off" ]; then command -v nmcli >/dev/null 2>&1 && nmcli radio wifi off 2>&1 rfkill block wifi 2>&1 echo "WiFi 射频已关闭（省电/防干扰；网线仍可用）" else rfkill unblock wifi 2>&1 command -v nmcli >/dev/null 2>&1 && nmcli radio wifi on 2>&1 echo "WiFi 射频已打开" fi ;; wifi-country) C="CN" # ★ 国家/地区码固定为 CN（不再允许界面修改） if command -v raspi-config >/dev/null 2>&1; then raspi-config nonint do_wifi_country "$C" >/dev/null 2>&1 && echo "已设置地区：$C" fi CONF=$(_wpa_conf) if [ -f "$CONF" ]; then if grep -q '^country=' "$CONF"; then sed -i "s/^country=.*/country=$C/" "$CONF" else sed -i "1i country=$C" "$CONF"; fi echo "已写入 $CONF : country=$C" else mkdir -p "$(dirname "$CONF")" printf 'ctrl_interface=DIR=/var/run/wpa_supplicant GROUP=netdev\nupdate_config=1\ncountry=%s\n' "$C" > "$CONF" echo "已创建 $CONF 并写入 country=$C" fi mkdir -p /etc/default if [ -f /etc/default/crda ]; then sed -i "s/^REGDOMAIN=.*/REGDOMAIN=$C/" /etc/default/crda else echo "REGDOMAIN=$C" > /etc/default/crda; fi iw reg set "$C" 2>/dev/null || true sleep 1 echo "当前管制域：$(iw reg get 2>/dev/null | awk '/^country/{print $2; exit}' | tr -d ':')（固定 CN）" ;; wifi-priority) T="${1:-}"; P="${2:-0}" [ -n "$T" ] || { echo "缺少连接名"; exit 2; } case "$P" in ''|*[!0-9-]*) echo "优先级必须是整数"; exit 2 ;; esac nmcli connection modify "$T" connection.autoconnect-priority "$P" 2>&1 && echo "已设置 $T 自动连接优先级 = $P" ;; wifi-autoconnect) T="${1:-}"; V="${2:-yes}" [ -n "$T" ] || { echo "缺少连接名"; exit 2; } case "$V" in yes|no) : ;; *) echo "取值必须是 yes / no"; exit 2 ;; esac nmcli connection modify "$T" connection.autoconnect "$V" 2>&1 && echo "$T 自动连接 = $V" ;; wifi-info) T="${1:-}" [ -n "$T" ] || { echo "缺少连接名"; exit 2; } echo "--- $T ---" for k in 802-11-wireless.ssid connection.autoconnect connection.autoconnect-priority \ 802-11-wireless-security.key-mgmt 802-11-wireless.band ipv4.method; do printf ' %-40s %s\n' "$k" "$(nmcli -g "$k" connection show "$T" 2>/dev/null)" done ;; restart-hotspot) systemctl restart --no-block mmdvm-multi sleep 4 for i in 1 2 3 4 5 6; do [ -f "/etc/MMDVM-IQ-$i.ini" ] && systemctl restart --no-block "mmdvm-iq@$i" done sleep 5 for i in 1 2 3 4 5 6; do [ -f "/etc/MMDVM-Host-$i.ini" ] && systemctl restart --no-block "mmdvmhost@$i" done for g in dmrgateway ircddbgatewayd ysfgateway p25gateway nxdngateway; do # ★ 不能用 try-restart：网关可能因 Requires 被连带停掉，停了就不会再拉起来 systemctl restart --no-block "$g" 2>/dev/null || true done echo "已重启热点服务" ;; restart-web) systemctl restart --no-block mmdvm-web; echo "已重启 Web 控制台" ;; reboot) systemctl reboot ;; shutdown) systemctl poweroff ;; timezone) timedatectl set-timezone "${1:-Asia/Shanghai}" 2>&1 && echo "时区已设为 ${1:-Asia/Shanghai}" ;; ntp) timedatectl set-ntp "${1:-true}" 2>&1 && echo "NTP=${1:-true}" ;; time-status) timedatectl status 2>/dev/null | sed 's/^ *//' echo "NTP=$(timedatectl show -p NTP --value 2>/dev/null)" echo "SYNCED=$(timedatectl show -p NTPSynchronized --value 2>/dev/null)" echo "TZ=$(timedatectl show -p Timezone --value 2>/dev/null)" echo "NOW=$(date '+%Y-%m-%d %H:%M:%S %Z')" if systemctl is-enabled mmdvm-sched-reboot.timer >/dev/null 2>&1; then echo "SCHED=on" echo "SCHED_CAL=$(systemctl show -p TimersCalendar --value mmdvm-sched-reboot.timer 2>/dev/null)" echo "SCHED_NEXT=$(systemctl show -p NextElapseUSecRealtime --value mmdvm-sched-reboot.timer 2>/dev/null)" else echo "SCHED=off" fi ;; ntp) case "${1:-on}" in on|true|1) timedatectl set-ntp true ;; *) timedatectl set-ntp false ;; esac sleep 1 echo "NTP=$(timedatectl show -p NTP --value 2>/dev/null)" ;; timesync) systemctl restart systemd-timesyncd 2>/dev/null || true sleep 2 echo "SYNCED=$(timedatectl show -p NTPSynchronized --value 2>/dev/null)" date '+NOW=%Y-%m-%d %H:%M:%S %Z' ;; tz) Z="${1:-}" [ -n "$Z" ] || { echo "缺少时区（例如 Asia/Shanghai）"; exit 2; } timedatectl set-timezone "$Z" && echo "时区已设为 $Z" && date '+NOW=%Y-%m-%d %H:%M:%S %Z' ;; sched-reboot) ON="${1:-off}"; HHMM="${2:-04:00}"; MODE="${3:-daily}" if [ "$ON" = "on" ]; then case "$MODE" in weekly) CAL="Mon *-*-* $HHMM:00" ;; hw-info) /usr/local/bin/hw-detect.sh hw-info ;; hw-force-max) /usr/local/bin/hw-detect.sh hw-force-max ${1:-0} ;; *) CAL="*-*-* $HHMM:00" ;; esac printf '%s\n' '[Unit]' 'Description=Scheduled reboot for MMDVM hotspot' '[Service]' \ 'Type=oneshot' 'ExecStart=/sbin/shutdown -r +1 "scheduled reboot (web console)"' \ > /etc/systemd/system/mmdvm-sched-reboot.service printf '%s\n' '[Unit]' 'Description=Scheduled reboot timer' '[Timer]' \ "OnCalendar=$CAL" 'Persistent=true' '[Install]' 'WantedBy=timers.target' \ > /etc/systemd/system/mmdvm-sched-reboot.timer systemctl daemon-reload systemctl enable --now mmdvm-sched-reboot.timer >/dev/null 2>&1 echo "定时重启已开启：$CAL" else systemctl disable --now mmdvm-sched-reboot.timer >/dev/null 2>&1 rm -f /etc/systemd/system/mmdvm-sched-reboot.timer /etc/systemd/system/mmdvm-sched-reboot.service systemctl daemon-reload 2>/dev/null || true echo "定时重启已关闭" fi ;; backup) if [ -x /usr/local/bin/backup.sh ]; then /usr/local/bin/backup.sh 2>&1 | tail -6 else echo "backup.sh 不存在"; fi ;; logs) SVC="${1:-mmdvm-multi}"; N="${2:-60}" journalctl -u "$SVC" -n "$N" --no-pager 2>&1 | tail -n "$N" ;; ping) H="${1:-223.5.5.5}" ping -c 3 -W 2 "$H" 2>&1 | tail -4 ;; sys-upgrade-count) echo "UPGRADABLE=$(_apt_count)" apt-get -s upgrade 2>/dev/null | grep '^Inst' | head -20 | sed 's/^/ /' ;; sys-update-check) echo "正在刷新软件源索引（apt-get update -qq，约 10-60 秒）…" timeout 150 apt-get update -qq 2>&1 | tail -6 echo "UPGRADABLE=$(_apt_count)" echo "CHECKED_AT=$(date '+%F %T')" ;; sys-update) _job_start mmdvm-sysupdate "$JOB_LOG_DIR/mmdvm-sysupdate.log" \ /bin/bash -c 'apt-get update && DEBIAN_FRONTEND=noninteractive apt-get -y -o Dpkg::Options::=--force-confold upgrade && echo "--- 自动清理 ---" && apt-get -y autoremove && echo "===== 系统更新完成 ====="' ;; sys-update-status) _job_status mmdvm-sysupdate "$JOB_LOG_DIR/mmdvm-sysupdate.log" ;; fw-info) echo "CURRENT_VERSION=$(head -1 /etc/mmdvm/firmware-version 2>/dev/null || awk -F= '/^VERSION=/{print $2; exit}' /etc/mmdvm/install-state.conf 2>/dev/null || echo -)" echo "MANIFEST_URL=$(_fw_url)" echo "URL=$(_fw_url)" B=/usr/local/bin/MMDVM-Multi if [ -f "$B" ]; then echo "ENGINE_DATE=$(date -r "$B" '+%F %T')" echo "ENGINE_SIZE=$(stat -c %s "$B")" echo "ENGINE_MD5=$(md5sum "$B" | awk '{print $1}')" else echo "ENGINE_DATE=-" fi echo "ENGINE_SVC=$(systemctl is-active mmdvm-multi 2>/dev/null)" echo "ENGINE_SINCE=$(systemctl show -p ActiveEnterTimestamp --value mmdvm-multi 2>/dev/null)" ST=/etc/mmdvm/install-state.conf AM=/etc/mmdvm/active-mode.conf echo "CFG_VERSION=$(awk -F= '/^VERSION=/{print $2; exit}' "$ST" 2>/dev/null)" echo "CFG_CHANNELS=$(awk -F= '/^CHANNELS=/{print $2; exit}' "$AM" 2>/dev/null)" echo "CFG_MODE=$(awk -F= '/^MODE=/{print $2; exit}' "$AM" 2>/dev/null)" echo "CFG_CH_JSON=$(python3 -c "import json;d=json.load(open('/etc/mmdvm/channels.json'));print(d.get('channels') if isinstance(d,dict) else len(d))" 2>/dev/null || echo -)" echo "CFG_C_SOAPY=$(awk -F= '/^SOAPYSX_COMMIT=/{print substr($2,1,8); exit}' "$ST" 2>/dev/null)" echo "CFG_C_HOST=$(awk -F= '/^MMDVM_HOST_COMMIT=/{print substr($2,1,8); exit}' "$ST" 2>/dev/null)" echo "CFG_C_IQ=$(awk -F= '/^MMDVM_IQ_COMMIT=/{print substr($2,1,8); exit}' "$ST" 2>/dev/null)" echo "CFG_C_DMR=$(awk -F= '/^DMRGATEWAY_COMMIT=/{print substr($2,1,8); exit}' "$ST" 2>/dev/null)" echo "SRC_DIR=$(ls -d /opt/src-mmdvm/MMDVM-Multi 2>/dev/null || echo -)" ;; fw-url) if [ -n "${1:-}" ]; then mkdir -p "$(dirname "$FW_URL_FILE")" printf '%s\n' "$1" > "$FW_URL_FILE" echo "发布页地址已保存：$1" fi echo "URL=$(_fw_url)" ;; fw-check) /usr/local/bin/arch-fw-online.sh check "$(_fw_url)" ;; fw-online-update) U="$(_fw_url)" _job_start mmdvm-fwonline "$JOB_LOG_DIR/mmdvm-firmware.log" \ /usr/local/bin/arch-fw-online.sh update "$U" ;; sys-update-clean) _job_start mmdvm-aptclean "$JOB_LOG_DIR/mmdvm-sysupdate.log" \ /bin/bash -c 'apt-get -y autoremove; apt-get -y autoclean; apt-get -y clean; echo "===== 清理完成 ====="' ;; boot-fw-status) echo "--- 引导固件 (rpi-eeprom-update) ---" rpi-eeprom-update 2>&1 | head -12 echo "--- 系统 ---" echo "MODEL=$(tr -d '\0' < /proc/device-tree/model 2>/dev/null)" echo "KERNEL=$(uname -r)" echo "OS=$(awk -F= '/^PRETTY_NAME/{gsub(/"/,"",$2); print $2}' /etc/os-release 2>/dev/null)" echo "BOOT_CONFIG_REBOOT=$( [ -f /var/run/reboot-required ] && echo yes || echo no )" ;; boot-fw-update) _job_start mmdvm-bootfw "$JOB_LOG_DIR/mmdvm-firmware.log" \ /bin/bash -c 'echo "== 当前状态 =="; rpi-eeprom-update; echo; echo "== 应用更新 (rpi-eeprom-update -a) =="; rpi-eeprom-update -a; echo; echo "新引导固件将在下次重启后生效"; echo "===== 完成 ====="' ;; fw-download) U="${1:-}" [ -n "$U" ] || { echo "缺少下载地址"; exit 2; } _job_start mmdvm-fwdl "$JOB_LOG_DIR/mmdvm-firmware.log" \ /bin/bash -c 'cd /tmp; rm -f mmdvm-fw.pkg; echo "下载地址: $1"; curl -L --retry 2 --connect-timeout 20 -m 900 -A "Mozilla/5.0" -o /tmp/mmdvm-fw.pkg -w "HTTP=%{http_code} 大小=%{size_download} 字节\n" "$1"; echo; file /tmp/mmdvm-fw.pkg; echo "===== 下载完成，可点「安装已下载的包」 ====="' _ "$U" ;; fw-install) F="${1:-/tmp/mmdvm-fw.pkg}" [ -f "$F" ] || { echo "找不到安装包：$F（先下载或上传）"; exit 2; } _job_start mmdvm-fwinst "$JOB_LOG_DIR/mmdvm-firmware.log" \ /bin/bash -c ' F="$1"; D=/tmp/mmdvm-fw-extract echo "安装包：$F"; file "$F"; ls -l "$F" cp -a /usr/local/bin/MMDVM-Multi "/tmp/MMDVM-Multi.before.$(date +%Y%m%d-%H%M%S)" 2>/dev/null && echo "已备份当前引擎到 /tmp" rm -rf "$D"; mkdir -p "$D" case "$F" in *.deb) echo "== 使用 dpkg 安装 =="; dpkg -i "$F" 2>&1 | tail -25 ;; *.zip) echo "== 解压 zip =="; unzip -o "$F" -d "$D" >/dev/null 2>&1 || { echo "解压失败（unzip 报错）"; exit 1; } ;; hw-info) /usr/local/bin/hw-detect.sh hw-info ;; hw-force-max) /usr/local/bin/hw-detect.sh hw-force-max ${1:-0} ;; *) echo "== 解压 tar ==" tar -xzf "$F" -C "$D" 2>/dev/null || tar -xf "$F" -C "$D" 2>/dev/null || { echo "无法识别的压缩包（支持 .tar.gz/.tgz/.tar/.zip/.deb）"; exit 1; } ;; esac echo "--- 包内文件（前 25 个）---" find "$D" -type f 2>/dev/null | head -25 BIN=$(find "$D" -type f -name MMDVM-Multi | head -1) SH=$(find "$D" -type f -name "*.sh" | head -1) if [ -n "$BIN" ]; then echo "== 安装新引擎 ==" install -m 755 "$BIN" /usr/local/bin/MMDVM-Multi && echo "已替换 /usr/local/bin/MMDVM-Multi" systemctl restart --no-block mmdvm-multi; sleep 5 echo "mmdvm-multi 状态：$(systemctl is-active mmdvm-multi)" echo "新引擎 MD5：$(md5sum /usr/local/bin/MMDVM-Multi | cut -d" " -f1)" elif [ -n "$SH" ]; then echo "== 执行包内脚本：$SH ==" chmod +x "$SH" ( cd "$(dirname "$SH")" && bash "$(basename "$SH")" ) 2>&1 | tail -45 else echo "包内没有 MMDVM-Multi 可执行文件，也没有安装脚本；已解压到 $D ，请手动处理" fi echo "===== 固件更新流程结束 =====" ' _ "$F" ;; fw-log) L="$JOB_LOG_DIR/mmdvm-firmware.log" if [ -s "$L" ]; then tail -n "${1:-60}" "$L"; else echo "还没有固件更新日志"; fi ;; wifi-restore) BE="$(_wifi_backend)" if [ "$BE" != "nm" ]; then echo "当前后端是 $BE（wpa_supplicant 的配置本身就是持久化的），无需恢复"; exit 0 fi _wifi_radio_on N=0; R=0 while IFS="$(printf '\t')" read -r S P; do [ -n "${S:-}" ] || continue N=$((N+1)) CN=$(_wifi_conn_of_ssid "$S") if [ -n "$CN" ]; then _wifi_fix_profile "$CN" echo " 已存在配置：$S（已设为自动连接）" continue fi if [ -n "${P:-}" ]; then nmcli dev wifi connect "$S" password "$P" >/dev/null 2>&1 else nmcli dev wifi connect "$S" >/dev/null 2>&1; fi if [ $? -eq 0 ]; then _wifi_fix_profile "$(_wifi_conn_of_ssid "$S")" R=$((R+1)); echo " 已从备份重建：$S ✓" else echo " 重建失败（热点可能不在范围内）：$S" fi done </dev/null 2>&1 || true rfkill unblock wifi 2>/dev/null || true if [ -z "$(nmcli -t -f NAME,TYPE connection show 2>/dev/null | awk -F: '$2=="802-11-wireless"')" ]; then "$0" wifi-restore >/dev/null 2>&1 || true fi CONN=$(nmcli -t -f NAME,TYPE connection show 2>/dev/null | awk -F: '$2=="802-11-wireless"{print $1; exit}') if [ -n "${CONN:-}" ]; then nmcli connection modify "$CONN" connection.autoconnect yes >/dev/null 2>&1 || true nmcli connection up "$CONN" >/dev/null 2>&1 || true fi IF="$(_wifi_iface)" echo "BACKEND=$(_wifi_backend)" echo "RADIO=$(_wifi_radio_state)" echo "PROFILES=$(_wifi_saved_count)" echo "SSID=$(nmcli -t -f IN-USE,SSID dev wifi 2>/dev/null | awk -F: '$1=="*"{print $2; exit}')" echo "IP=$(ip -4 -o addr show "$IF" 2>/dev/null | awk '{print $4}' | head -1)" ;; net-info) IF="${1:-eth0}" CN=$(nmcli -t -f NAME,DEVICE connection show --active 2>/dev/null | awk -F: -v d="$IF" '$2==d{print $1; exit}') [ -n "${CN:-}" ] || CN=$(nmcli -t -f NAME,DEVICE connection show 2>/dev/null | awk -F: -v d="$IF" '$2==d{print $1; exit}') A=$(nmcli -g ipv4.addresses connection show "$CN" 2>/dev/null | head -1) P="${A#*/}"; [ "$P" = "$A" ] && P="" echo "IFACE=$IF" echo "CONN=${CN:-}" echo "TYPE=$(nmcli -g connection.type connection show "$CN" 2>/dev/null)" echo "METHOD=$(nmcli -g ipv4.method connection show "$CN" 2>/dev/null)" echo "IP=${A%%/*}" echo "PREFIX=$P" [ -n "$P" ] && echo "MASK=$(_prefix2mask "$P")" echo "GW=$(nmcli -g ipv4.gateway connection show "$CN" 2>/dev/null)" echo "DNS=$(nmcli -g ipv4.dns connection show "$CN" 2>/dev/null | tr ' ' ',')" echo "AUTOCONNECT=$(nmcli -g connection.autoconnect connection show "$CN" 2>/dev/null)" echo "CURIP=$(ip -4 -o addr show "$IF" 2>/dev/null | awk '{print $4}' | head -1)" echo "CURGW=$(ip -4 route show default dev "$IF" 2>/dev/null | awk '{print $3; exit}')" echo "IFACES=$(nmcli -t -f DEVICE,TYPE dev status 2>/dev/null | awk -F: '$2=="ethernet"||$2=="wifi"{printf "%s(%s) ", $1, $2}')" ;; net-set) IF="${1:-}"; IP="${2:-}"; MASK="${3:-}"; GW="${4:-}"; DNS="${5:-}"; MODE="${6:-static}" [ -n "$IF" ] || { echo "缺少网卡名"; exit 2; } CN=$(nmcli -t -f NAME,DEVICE connection show 2>/dev/null | awk -F: -v d="$IF" '$2==d{print $1; exit}') [ -n "${CN:-}" ] || { echo "找不到网卡 $IF 的连接配置（先用界面连接该网络）"; exit 3; } if [ "$MODE" = "dhcp" ]; then nmcli connection modify "$CN" ipv4.method auto ipv4.addresses "" ipv4.gateway "" ipv4.dns "" 2>&1 OUT=$(nmcli connection up "$CN" 2>&1 | tail -3) echo "已改为自动获取（DHCP）：$IF" echo "$OUT" else [ -n "$IP" ] || { echo "缺少 IP 地址"; exit 2; } P=$(_mask2prefix "$MASK") case "$P" in ''|*[!0-9]*) echo "子网掩码非法（示例 255.255.255.0 或 24）"; exit 2 ;; esac case "$IP" in *[!0-9.]*) echo "IP 非法（示例 192.168.7.60）"; exit 2 ;; esac nmcli connection modify "$CN" ipv4.method manual ipv4.addresses "$IP/$P" 2>&1 if [ -n "$GW" ]; then nmcli connection modify "$CN" ipv4.gateway "$GW" 2>&1 else nmcli connection modify "$CN" ipv4.gateway "" 2>&1 fi if [ -n "$DNS" ]; then nmcli connection modify "$CN" ipv4.dns "$(printf '%s' "$DNS" | tr ',' ' ')" ipv4.ignore-auto-dns yes 2>&1 else nmcli connection modify "$CN" ipv4.dns "" ipv4.ignore-auto-dns no 2>&1 fi nmcli connection modify "$CN" connection.autoconnect yes 2>&1 OUT=$(nmcli connection up "$CN" 2>&1 | tail -3) echo "已应用静态地址：$IF = $IP/$P 网关 $GW DNS ${DNS:-（无）}" echo "$OUT" echo "注意：若 IP 与访问本页面的电脑不在同一网段，页面会立刻断开，请用新地址重新访问" fi echo "--- 当前状态 ---" echo "CURIP=$(ip -4 -o addr show "$IF" 2>/dev/null | awk '{print $4}' | head -1)" echo "CURGW=$(ip -4 route show default dev "$IF" 2>/dev/null | awk '{print $3; exit}')" ;; fix-units) # \u2605 \u7edf\u4e00\u4fee\u6b63\u7f51\u5173\u5355\u5143\uff1a\u5f00\u673a\u7b49\u7f51\u7edc\u5c31\u7eea + \u65ad\u7ebf\u65e0\u9650\u91cd\u8bd5\uff08\u907f\u514d\u300c\u91cd\u542f\u540e\u4e0d\u81ea\u52a8\u8fde\u670d\u52a1\u5668\u300d\uff09 W=/etc/systemd/system mkdir -p "$W" for x in dmrgateway:DMRGateway:DMRGateway.ini \ ysfgateway:YSFGateway:YSFGateway.ini \ p25gateway:P25Gateway:P25Gateway.ini \ nxdngateway:NXDNGateway:NXDNGateway.ini; do U="${x%%:*}"; rest="${x#*:}"; B="${rest%%:*}"; I="${rest#*:}" cat > "$W/$U.service" < "$W/mmdvm-wifi-boot.service" <<'UNITW' [Unit] Description=MMDVM WiFi auto-connect at boot After=NetworkManager.service network-online.target Wants=NetworkManager.service [Service] Type=oneshot ExecStart=/usr/local/bin/sys-manage.sh wifi-boot [Install] WantedBy=multi-user.target UNITW chmod 644 "$W/mmdvm-wifi-boot.service" systemctl daemon-reload systemctl enable mmdvm-wifi-boot.service >/dev/null 2>&1 || true for g in dmrgateway ysfgateway p25gateway nxdngateway ircddbgatewayd; do systemctl is-enabled "$g" >/dev/null 2>&1 || systemctl enable "$g" >/dev/null 2>&1 || true done echo "已修正：网关单元（开机自动重连 + 断线重试）与 WiFi 开机自检单元" echo "--- 当前单元 ---" for g in dmrgateway ysfgateway p25gateway nxdngateway ircddbgatewayd mmdvm-wifi-boot; do printf ' %-18s %-9s After=%s\n' "$g" "$(systemctl is-active $g 2>/dev/null)" \ "$(systemctl show -p After --value $g 2>/dev/null | tr ' ' ',' | cut -c1-70)" done ;; hw-info) /usr/local/bin/hw-detect.sh hw-info ;; hw-force-max) /usr/local/bin/hw-detect.sh hw-force-max ${1:-0} ;; *) echo "用法: sys-manage.sh {info|net|wifi-list|wifi-connect [密码]|wifi-disconnect|wifi-forget <连接名>|wifi-reconnect <连接名>|wifi-radio |wifi-country |wifi-priority <名> |wifi-autoconnect <名> |wifi-info <名>|wifi-status|wifi-saved|restart-hotspot|restart-web|reboot|shutdown|time-status|ntp |timesync|tz |sched-reboot [HH:MM] [daily|weekly]|backup|logs <服务> [行数]|ping <主机>|net-info <网卡>|net-set <网卡> <掩码> <网关> |wifi-restore|wifi-boot|fix-units|sys-upgrade-count|sys-update-check|sys-update|sys-update-status|sys-update-clean|boot-fw-status|boot-fw-update|fw-info|fw-url [地址]|fw-check|fw-online-update|fw-log [行数]}"; exit 2 ;; esac ``` ### `usr/local/bin/update-database.sh` ```bash #!/bin/bash # ARCH database updater: our Cloudflare/ARCH mirror is authoritative. set -Eeuo pipefail TYPE="${1:-dmrid}" MIRROR="${ARCH_MIRROR_BASE:-https://arch.hljrsa.cn/downloads/arch-hotspot/data}" PISTAR="${ARCH_PISTAR_BASE:-https://www.pistar.uk/downloads}" LOCK_HELD=0 if [ "${MMDVM_INTERNAL:-0}" != "1" ]; then exec 9>/run/mmdvm-control.lock flock -w 120 9 || { echo "无法获取控制锁"; exit 1; } LOCK_HELD=1 fi trap '[ "$LOCK_HELD" -eq 1 ] && flock -u 9 2>/dev/null || true' EXIT atomic_url() { local url="$1" dst="$2" validator="${3:-}" tmp="${2}.new" curl -fsSL --retry 2 --connect-timeout 15 --max-time 180 -A 'ARCH-Hotspot/1.0' "$url" -o "$tmp" 2>/dev/null || \ curl -kfsSL --retry 2 --connect-timeout 15 --max-time 180 -A 'ARCH-Hotspot/1.0' "$url" -o "$tmp" 2>/dev/null || { rm -f "$tmp"; return 1; } [ -s "$tmp" ] || { rm -f "$tmp"; return 1; } if [ -n "$validator" ]; then eval "$validator '$tmp'" || { rm -f "$tmp"; return 1; }; fi mv -f "$tmp" "$dst" } from_mirror_or_upstream() { local rel="$1" dst="$2" validator="${3:-}" url for url in "$MIRROR/$rel" "$PISTAR/$rel"; do atomic_url "$url" "$dst" "$validator" && return 0 done return 1 } ensure_dirs() { mkdir -p /usr/local/etc /usr/local/etc/hosts /usr/local/etc/private; } case "$TYPE" in dmrid) ensure_dirs if from_mirror_or_upstream DMRIds.dat /usr/local/etc/DMRIds.dat "test -s"; then cp -f /usr/local/etc/DMRIds.dat /usr/local/etc/hosts/DMRIds.dat head -2 /usr/local/etc/DMRIds.dat > /usr/local/etc/DMRIds-min.dat 2>/dev/null || true echo "DMR ID 更新成功（ARCH 镜像）"; exit 0 fi if [ -x /usr/local/bin/DMRIDUpdate.sh ] && /usr/local/bin/DMRIDUpdate.sh && [ -s /usr/local/etc/DMRIds.dat ]; then cp -f /usr/local/etc/DMRIds.dat /usr/local/etc/hosts/DMRIds.dat echo "DMR ID 更新成功"; exit 0 fi echo "DMR ID 更新失败"; exit 1 ;; ysfhosts) ensure_dirs if from_mirror_or_upstream YSFHosts.json /usr/local/etc/YSFHosts.json "python3 -m json.tool >/dev/null"; then cp -f /usr/local/etc/YSFHosts.json /usr/local/etc/hosts/YSFHosts.json echo "YSF Hosts 更新成功（ARCH 镜像）"; exit 0 fi echo "YSF Hosts 更新失败"; exit 1 ;; p25hosts) ensure_dirs if from_mirror_or_upstream P25_Hosts.txt /usr/local/etc/hosts/P25_Hosts.txt "grep -Eq '^[0-9]+[[:space:]]'"; then python3 /usr/local/libexec/hosts-build.py --p25-only >/dev/null echo "P25 Hosts 更新成功（ARCH 镜像）"; exit 0 fi echo "P25 Hosts 更新失败"; exit 1 ;; nxdnhosts) ensure_dirs ok=0 from_mirror_or_upstream NXDNHosts.json /usr/local/etc/NXDNHosts.json "python3 -m json.tool >/dev/null" && ok=1 from_mirror_or_upstream NXDN.csv /usr/local/etc/NXDN.csv "grep -q '^'" && ok=1 cp -f /usr/local/etc/NXDNHosts.json /usr/local/etc/hosts/NXDNHosts.json 2>/dev/null || true cp -f /usr/local/etc/NXDN.csv /usr/local/etc/hosts/NXDN.csv 2>/dev/null || true [ "$ok" -eq 1 ] && { echo "NXDN Hosts/ID 更新成功（ARCH 镜像）"; exit 0; } echo "NXDN Hosts/ID 更新失败"; exit 1 ;; dstarhosts) ensure_dirs from_mirror_or_upstream DSTAR_Reflectors.json /usr/local/etc/hosts/DSTAR_Reflectors.json "python3 -m json.tool >/dev/null" || true cp -f /usr/local/etc/hosts/DSTAR_Reflectors.json /usr/local/etc/DSTAR_Reflectors.json 2>/dev/null || true for f in DCS_Hosts.txt DExtra_Hosts.txt DPlus_Hosts.txt XLX_Hosts.txt CCS_Hosts.txt FCS_Hosts.txt DStar_Hosts.json; do from_mirror_or_upstream "$f" "/usr/local/etc/hosts/$f" "" || true done echo "D-STAR Hosts 更新完成（ARCH 镜像）" ;; dmrhosts) ensure_dirs ok=0 from_mirror_or_upstream DMR_Hosts.txt /usr/local/etc/hosts/DMR_Hosts.txt "" && ok=1 from_mirror_or_upstream DMR_Hosts.json /usr/local/etc/hosts/DMR_Hosts.json "python3 -m json.tool >/dev/null" || true python3 /usr/local/libexec/hosts-build.py >/dev/null 2>&1 || true if [ "$ok" -eq 1 ]; then echo "DMR Hosts 更新成功（ARCH 镜像）"; exit 0; fi echo "DMR Hosts 更新失败"; exit 1 ;; hosts) fail=0 MMDVM_INTERNAL=1 "$0" dmrhosts || fail=$((fail+1)) MMDVM_INTERNAL=1 "$0" ysfhosts || fail=$((fail+1)) MMDVM_INTERNAL=1 "$0" p25hosts || fail=$((fail+1)) MMDVM_INTERNAL=1 "$0" nxdnhosts || fail=$((fail+1)) MMDVM_INTERNAL=1 "$0" dstarhosts || fail=$((fail+1)) [ "$fail" -eq 0 ] && echo "Hosts 全量更新成功（ARCH 镜像）" || { echo "Hosts 有 $fail 项更新失败"; exit 1; } ;; *) echo "用法: $0 {dmrid|dmrhosts|ysfhosts|p25hosts|nxdnhosts|dstarhosts|hosts}"; exit 2;; esac ``` ### `usr/local/bin/update-dstar.sh` ```bash #!/bin/bash # ARCH D-STAR host updater: fetch the prebuilt ARCH mirror files. set -Eeuo pipefail HOSTS=/usr/local/etc/hosts BASE="${ARCH_MIRROR_BASE:-https://arch.hljrsa.cn/downloads/arch-hotspot/data}" mkdir -p "$HOSTS" echo "=== Updating D-STAR host lists ===" for f in DCS_Hosts.txt DExtra_Hosts.txt DPlus_Hosts.txt XLX_Hosts.txt CCS_Hosts.txt FCS_Hosts.txt DStar_Hosts.json DSTAR_Reflectors.json; do tmp="$HOSTS/$f.new" if curl -fsSL --retry 2 --connect-timeout 15 --max-time 180 -A 'ARCH-Hotspot/1.0' "$BASE/$f" -o "$tmp" 2>/dev/null || \ curl -kfsSL --retry 2 --connect-timeout 15 --max-time 180 -A 'ARCH-Hotspot/1.0' "$BASE/$f" -o "$tmp" 2>/dev/null; then [ -s "$tmp" ] && mv -f "$tmp" "$HOSTS/$f" || rm -f "$tmp" else rm -f "$tmp" echo " 下载失败: $f" fi done [ -s "$HOSTS/DSTAR_Reflectors.json" ] && cp -f "$HOSTS/DSTAR_Reflectors.json" /usr/local/etc/DSTAR_Reflectors.json chmod 644 "$HOSTS"/DCS_Hosts.txt "$HOSTS"/DExtra_Hosts.txt "$HOSTS"/DPlus_Hosts.txt "$HOSTS"/XLX_Hosts.txt "$HOSTS"/CCS_Hosts.txt "$HOSTS"/FCS_Hosts.txt "$HOSTS"/DSTAR_Reflectors.json 2>/dev/null || true echo "=== D-STAR hosts update complete ===" ``` ### `usr/local/bin/update-hosts.sh` ```bash #!/bin/bash # ARCH / Pi-Star 主机库与 ID 数据库更新器：ARCH 镜像优先，Pi-Star 仅作回退。 set -Eeuo pipefail MIRROR="${ARCH_MIRROR_BASE:-https://arch.hljrsa.cn/downloads/arch-hotspot/data}" FALLBACK="${ARCH_PISTAR_BASE:-https://www.pistar.uk/downloads}" DEST="/usr/local/etc/hosts" ETC="/usr/local/etc" mkdir -p "$DEST" "$ETC" cd "$DEST" fetch() { local rel="$1" dst="$2" min="${3:-100}" base url sz i for base in "$MIRROR" "$FALLBACK"; do url="${base%/}/$rel" for i in 1 2 3; do if curl -fsSL --retry 1 --connect-timeout 15 --max-time 180 -A 'ARCH-Hotspot/1.0' "$url" -o "$dst.tmp" 2>/dev/null || curl -kfsSL --retry 1 --connect-timeout 15 --max-time 180 -A 'ARCH-Hotspot/1.0' "$url" -o "$dst.tmp" 2>/dev/null; then sz=$(stat -c%s "$dst.tmp" 2>/dev/null || echo 0) if [ "$sz" -ge "$min" ]; then mv -f "$dst.tmp" "$dst"; return 0; fi fi rm -f "$dst.tmp"; sleep 2 done done echo " 下载失败: $rel" return 1 } OK=0; FAIL=0 run(){ if fetch "$1" "$2" "${3:-100}"; then OK=$((OK+1)); else FAIL=$((FAIL+1)); fi; } run DMRIds.dat DMRIds.dat 100000 run DMR_Hosts.txt DMR_Hosts.txt run DMR_Hosts.json DMR_Hosts.json run XLX_Hosts.txt XLX_Hosts.txt run DPlus_Hosts.txt DPlus_Hosts.txt run DExtra_Hosts.txt DExtra_Hosts.txt run DCS_Hosts.txt DCS_Hosts.txt run CCS_Hosts.txt CCS_Hosts.txt run FCS_Hosts.txt FCS_Hosts.txt run FCSHosts.json FCSHosts.json run YSF_Hosts.txt YSF_Hosts.txt run YSFHosts.json YSFHosts.json run NXDN_Hosts.txt NXDN_Hosts.txt run NXDNHosts.json NXDNHosts.json run NXDN.csv NXDN.csv run P25_Hosts.txt P25_Hosts.txt run M17_Hosts.txt M17_Hosts.txt run APRS_Hosts.txt APRS_Hosts.txt run DStar_Hosts.json DStar_Hosts.json run DSTAR_Reflectors.json DSTAR_Reflectors.json # 生成/校正 Web 控制台和网关共用的 JSON。 python3 /usr/local/libexec/hosts-build.py -v || FAIL=$((FAIL+1)) # DMR ID 数据库的运行时路径。 if [ -s "$DEST/DMRIds.dat" ]; then cp -f "$DEST/DMRIds.dat" "$ETC/DMRIds.dat"; fi if [ -s "$ETC/DMRIds.dat" ]; then head -2 "$ETC/DMRIds.dat" > "$ETC/DMRIds-min.dat" 2>/dev/null || true; fi # 网关实际读取的 JSON/文本路径。 for f in DMR_Hosts.json YSFHosts.json NXDNHosts.json FCSHosts.json DSTAR_Reflectors.json hosts-index.json; do [ -s "$DEST/$f" ] && cp -f "$DEST/$f" "$ETC/$f" done for f in NXDNHosts.txt; do [ -s "$DEST/$f" ] && cp -f "$DEST/$f" "$ETC/$f" done [ -s "$DEST/NXDN.csv" ] && cp -f "$DEST/NXDN.csv" "$ETC/NXDN.csv" [ -s "$DEST/DStar_Hosts.json" ] && cp -f "$DEST/DStar_Hosts.json" "$ETC/DStar_Hosts.json" rm -f "$DEST"/*.tmp 2>/dev/null || true chmod 644 "$DEST"/* 2>/dev/null || true chmod 644 "$ETC"/*Hosts* "$ETC"/DMRIds*.dat "$ETC"/NXDN.csv "$ETC"/DSTAR_Reflectors.json 2>/dev/null || true chown -R mmdvm-web:mmdvm-web "$DEST" 2>/dev/null || true echo "ARCH 镜像更新完成：成功 $OK / 失败 $FAIL" exit 0 ``` ### `usr/local/bin/web-fmo.sh` ```bash #!/bin/bash # web-fmo.sh —— FMO 桥接后端入口（Web 控制台调用，需 root） set -Eeuo pipefail exec python3 /usr/local/libexec/fmo-api.py "$@" ``` ### `usr/local/bin/web-manage.sh` ```bash #!/bin/bash # MMDVM-IQ web-manage.sh V20.2 # status 分支改为 Python 内嵌，避免 set -e 导致脚本提前退出 set -u ACTION="${1:-}" case "$ACTION" in status) exec /usr/local/libexec/mmdvm-status.py ;; status-quick) exec /usr/local/libexec/mmdvm-status.py quick ;; qso) # ★ 轻量：只输出通话记录（Live QSO 1 秒轮询用） exec /usr/local/libexec/mmdvm-status.py qso ;; ports) for p in 3334 3335 62031 62032 3200 4200 32010 42020 14020 14021 20010 20011; do if ss -lun 2>/dev/null | grep -qE ":$p\b"; then proc=$(ss -lunp 2>/dev/null | grep -E ":$p\b" | grep -oE 'users:\(\("[^"]+"' | sed 's/users:(("//;s/"//' | head -1 2>/dev/null || echo "未知") echo "$p|${proc:-未知}|LISTEN" else echo "$p|-|CLOSED" fi done ;; switch) MODE="${2:-}" case "$MODE" in DMR|D-STAR|YSF|P25|NXDN|FM|POCSAG) ;; *) echo "无效模式: $MODE" >&2; exit 2 ;; esac # ★ 多信道并行：启用某模式时绝不关闭其它通道。 # 1) 规划里已分配该模式 -> 重载那条通道 # 2) 规划里没有该模式 -> 占用一条空闲通道并加入运行路数 # 3) 4 路都在跑 -> 提示用户到 Multi 页选择替换哪条通道 python3 - "$MODE" <<'PYSW' import json, os, subprocess, sys MODE = sys.argv[1].upper() PLAN = "/etc/mmdvm/channels.json" CHSETUP = "/usr/local/libexec/channel-setup.py" CHMODESH = "/usr/local/bin/channel-mode.sh" def done(msg, code=0): print(msg) sys.exit(code) if not os.path.exists(PLAN): done("规划文件不存在，请先运行 install-multi.sh", 1) try: with open(PLAN, encoding="utf-8") as f: plan = json.load(f) except Exception as e: done("规划文件读取失败: %s" % e, 1) lst = plan.get("list") or [] try: r = subprocess.run(["/usr/local/libexec/arch-channel-limit.py"], capture_output=True, text=True, timeout=8) hw_limit = max(1, min(7, int((r.stdout or "7").strip()))) except Exception: hw_limit = 7 running = max(1, min(hw_limit, int(plan.get("channels") or 1))) plan["channels"] = running def save_and_apply(): with open(PLAN, "w", encoding="utf-8") as f: json.dump(plan, f, ensure_ascii=False, indent=2) if os.path.exists(CHSETUP): return subprocess.run([CHSETUP, "apply", json.dumps(plan)]).returncode == 0 return False def active_items(): out = [] for c in lst: try: n = int(c.get("n", 0)) except Exception: continue if 1 <= n <= running: out.append(c) return out active = active_items() # 1) 当前已运行的通道里已经有这个模式，只重载该通道。 same = [c for c in active if str(c.get("mode", "")).upper() == MODE] if same: tgt = int(same[0].get("n", 1)) if os.path.exists(CHMODESH): rc = subprocess.run([CHMODESH, str(tgt), MODE]).returncode done("通道 %d 已重载 %s" % (tgt, MODE), 0 if rc == 0 else 1) done("找不到 channel-mode.sh", 1) # 2) 单通道模式：切换就是替换当前这一路的模式，绝不阻挡。 if running == 1: cur = active[0] if active else None if cur is None: cur = next((c for c in lst if int(c.get("n", 0)) == 1), None) if cur is None: cur = {"n": 1, "mode": MODE, "rx": int(plan.get("center_rx", 434000000)), "tx": int(plan.get("center_tx", 439500000))} lst.append(cur) plan["list"] = lst cur["mode"] = MODE plan["channels"] = 1 if save_and_apply(): done("单通道已切换为 %s" % MODE) done("单通道切换失败，请查看 channel-setup 日志", 1) # 3) 多通道模式：只在正在运行的通道里找空闲；历史未启用通道不算占用。 free = [c for c in active if str(c.get("mode", "NONE")).upper() in ("", "NONE")] if not free: used = "/".join(str(c.get("mode", "NONE")) for c in active) or "NONE" done("当前 %d 路射频都在用（%s）。请先把一条运行中的通道设为 NONE，再切换 %s。" "未启用的历史通道不会计入占用。" % (running, used, MODE), 1) cur = free[0] cur["mode"] = MODE plan["channels"] = running if save_and_apply(): done("已在通道 %d 启用 %s（当前 %d 路）" % (int(cur.get("n", 1)), MODE, running)) done("配置已写入，但应用失败，请查看 channel-setup 日志", 1) PYSW ;; get-config) MODE="${2:-}" python3 - "$MODE" <<'PYCFG' import sys, os mode = sys.argv[1] if len(sys.argv) > 1 else "" def read_ini(path): out = {} if not os.path.exists(path): return out current = None with open(path, encoding="utf-8", errors="replace") as f: for line in f: s = line.rstrip("\n").strip() if not s or s.startswith(";") or s.startswith("#"): continue if s.startswith("[") and s.endswith("]"): current = s[1:-1] if current not in out: out[current] = {} continue if "=" in s and current is not None: k, v = s.split("=", 1) out[current][k.strip()] = v.strip() return out def read_flat(path): out = {} if not os.path.exists(path): return out with open(path, encoding="utf-8", errors="replace") as f: for line in f: s = line.strip() if s and not s.startswith("#") and "=" in s: k, v = s.split("=", 1) out[k.strip()] = v.strip() return out def get_sec(ini, sec): for k, v in ini.items(): if k.lower() == sec.lower(): return v return {} def emit(section, d, keys): print(f"=== {section} ===") for k in keys: if k in d: print(f"{k}={d[k]}") host = read_ini("/etc/MMDVM-Host.ini") g = get_sec(host, "General") m = get_sec(host, "Modem") info = get_sec(host, "Info") if mode == "RF": emit("MMDVM_HOST", {**g, **m, **info}, ["Callsign","Id","RXFrequency","TXFrequency","Duplex","Power"]) iq = read_ini("/etc/MMDVM-IQ.ini") emit("MMDVM_IQ", get_sec(iq, "Soapy"), ["RxGain","TxGain","RxInvert","TxInvert"]) elif mode == "DMR": # ★ 多通道：DMR 不在通道 1 时，必须读实际 DMR 通道的 Host 配置 _dmr_host = host try: import json as _json with open("/etc/mmdvm/channels.json", encoding="utf-8") as _f: _plan = _json.load(_f) _dmr_item = next((x for x in _plan.get("list", []) if str(x.get("mode", "")).upper() == "DMR"), None) if _dmr_item: _dmr_host = read_ini("/etc/MMDVM-Host-%d.ini" % int(_dmr_item.get("n", 1))) except Exception: pass g = get_sec(_dmr_host, "General") dmr = get_sec(_dmr_host, "DMR") emit("MMDVM_HOST", {**g, **m, **info, **dmr}, ["Callsign","Id","RXFrequency","TXFrequency","ColorCode","SelfOnly","CallHang","TXHang"]) emit("DMR_NETWORK", get_sec(_dmr_host, "DMR Network"), ["Enable","GatewayAddress","GatewayPort","LocalAddress","LocalPort","Jitter","Slot1","Slot2"]) gw = read_ini("/etc/DMRGateway.ini") _dmr_secs = [k for k in gw if k.lower().startswith("dmr network")] _sec = _dmr_secs[0] if _dmr_secs else "DMR Network 1" for _k in _dmr_secs: _d = get_sec(gw, _k) _blob = (str(_d.get("Name", "")) + " " + str(_d.get("Address", ""))).lower() if "brandmeister" in _blob: _sec = _k break else: if len(_dmr_secs) > 1: _sec = _dmr_secs[1] emit("DMRGATEWAY", get_sec(gw, _sec), ["Name","Id","Address","Port","Password","Enabled"]) elif mode == "D-STAR": emit("MMDVM_HOST", g, ["Callsign"]) emit("MMDVM_HOST_DSTAR", {**get_sec(host, "D-Star"), **get_sec(host, "D-Star Network")}, ["Module","SelfOnly","GatewayAddress","GatewayPort","LocalPort"]) emit("IRCDDBGATEWAY", read_flat("/etc/ircddbgateway"), ["gatewayCallsign","repeaterCall1","repeaterBand1","ircddbUsername","ircddbEnabled", "ircddbHostname","reflector1","atStartup1","dplusEnabled","dextraEnabled", "dcsEnabled","ccsEnabled","xlxEnabled"]) elif mode == "YSF": emit("MMDVM_HOST", g, ["Callsign"]) emit("MMDVM_HOST_YSF", {**get_sec(host, "System Fusion"), **get_sec(host, "System Fusion Network")}, ["LoDev","SelfOnly","GatewayAddress","GatewayPort","LocalPort"]) y = read_ini("/etc/YSFGateway.ini") emit("YSFGATEWAY", {**get_sec(y, "General"), **get_sec(y, "Network"), **get_sec(y, "YSF Network")}, ["Callsign","Suffix","Id","RptAddress","RptPort","LocalAddress","LocalPort", "WiresXCommandPassthrough","WiresXMakeUpper","Startup","Port"]) elif mode == "P25": emit("MMDVM_HOST", g, ["Callsign"]) emit("MMDVM_HOST_P25", {**get_sec(host, "P25"), **get_sec(host, "P25 Network")}, ["SelfOnly","NAC","GatewayAddress","GatewayPort","LocalPort"]) p = read_ini("/etc/P25Gateway.ini") emit("P25GATEWAY", {**get_sec(p, "General"), **get_sec(p, "Network")}, ["Callsign","RptAddress","RptPort","LocalPort","Port","Static","RFHangTime","NetHangTime"]) elif mode == "NXDN": nxdn0 = read_ini("/etc/NXDNGateway.ini") emit("MMDVM_HOST", {**g, "Callsign": get_sec(nxdn0, "General").get("Callsign", g.get("Callsign","")), "Id": get_sec(nxdn0, "General").get("Id", g.get("Id",""))}, ["Callsign","Id"]) emit("MMDVM_HOST_NXDN", {**get_sec(host, "NXDN"), **get_sec(host, "NXDN Network")}, ["SelfOnly","RAN","Protocol","GatewayAddress","GatewayPort","LocalPort"]) n = read_ini("/etc/NXDNGateway.ini") emit("NXDNGATEWAY", {**get_sec(n, "General"), **get_sec(n, "Network")}, ["Callsign","RptProtocol","RptAddress","RptPort","LocalPort","Port","Static"]) elif mode == "FM": emit("MMDVM_HOST", g, ["Callsign"]) emit("MMDVM_HOST_FM", get_sec(host, "FM"), ["Enable","CTCSSFrequency","CTCSSHighThreshold","CTCSSLowThreshold", "CTCSSLevel","KerchunkTime","HangTime","AccessMode"]) elif mode == "POCSAG": emit("MMDVM_HOST", g, ["Callsign"]) emit("MMDVM_HOST_POCSAG", get_sec(host, "POCSAG"), ["Enable","Frequency"]) PYCFG ;; save-rf|save-dmr|save-ysf|save-p25|save-nxdn|save-dstar|save-fm|save-pocsag) MODE_UPPER="${ACTION#save-}" case "$MODE_UPPER" in rf) MODE_ARG="RF" ;; dmr) MODE_ARG="DMR" ;; ysf) MODE_ARG="YSF" ;; p25) MODE_ARG="P25" ;; nxdn) MODE_ARG="NXDN" ;; dstar) MODE_ARG="D-STAR" ;; fm) MODE_ARG="FM" ;; pocsag) MODE_ARG="POCSAG" ;; esac exec /usr/local/libexec/mmdvm-save.py "$MODE_ARG" "${@:2}" ;; logs) SVC="${2:-mmdvmhost}" case "$SVC" in mmdvm-iq|mmdvmhost|dmrgateway|ysfgateway|p25gateway|nxdngateway|ircddbgatewayd|mosquitto|mmdvm-web|mmdvm-multi|tetra-bs|fmo-bridge) ;; *) echo "无效服务" >&2; exit 2 ;; esac journalctl -u "$SVC.service" -n "${3:-80}" --no-pager 2>&1 || echo "无法获取 $SVC 日志" ;; backup) exec /usr/local/bin/backup.sh ;; diagnose) exec /usr/local/bin/diagnose.sh ;; update-db) DB="${2:-dmrid}" if [ "$DB" = "dmrid" ]; then MMDVM_INTERNAL=1 exec /usr/local/bin/update-database.sh dmrid 9>&- elif [ "$DB" = "hosts" ]; then MMDVM_INTERNAL=1 exec /usr/local/bin/update-database.sh hosts 9>&- elif [ "$DB" = "all" ]; then MMDVM_INTERNAL=1 /usr/local/bin/update-database.sh hosts 9>&- 2>&1 || true MMDVM_INTERNAL=1 /usr/local/bin/update-database.sh dmrid 9>&- 2>&1 || true echo "全量同步完成" else exec /usr/local/bin/update-database.sh "$DB" 9>&- fi ;; bm-list) cat /etc/mmdvm/bm-masters.json 2>/dev/null || echo "[]" ;; bm-test) HOST="${2:-}" [ -n "$HOST" ] || { echo "需要指定主机" >&2; exit 2; } python3 - "$HOST" <<'PYBM' import sys, socket, subprocess, re, json host = sys.argv[1] r = {"host": host, "dns": False, "loss": "N/A", "rtt": "N/A"} try: r["dns"] = bool(socket.getaddrinfo(host, None)) except: pass try: p = subprocess.run(["ping","-c","4","-W","1",host], capture_output=True, text=True, timeout=8) t = p.stdout + p.stderr m = re.search(r"([0-9]+(?:\.[0-9]+)?)% packet loss", t) if m: r["loss"] = f"{m.group(1)}%" m = re.search(r"(?:=|,)\s*[\d.]+/([\d.]+)/", t) if m: r["rtt"] = f"{m.group(1)} ms" except: pass print(json.dumps(r)) PYBM ;; restart) # 多信道架构：mmdvmhost / mmdvm-iq 是实例化单元 mmdvmhost@N / mmdvm-iq@N rest_channels(){ local base="$1" n for n in 1 2 3 4 5; do [ -f "/etc/MMDVM-Host-$n.ini" ] || continue systemctl restart --no-block "$base@$n.service" done } case "${2:-}" in all) systemctl restart --no-block mmdvm-multi.service rest_channels mmdvm-iq rest_channels mmdvmhost systemctl restart --no-block dmrgateway.service ;; mmdvmhost) rest_channels mmdvmhost ;; mmdvm-iq) rest_channels mmdvm-iq ;; mmdvm-multi|dmrgateway|ysfgateway|p25gateway|nxdngateway|ircddbgatewayd) systemctl restart --no-block "$2.service" ;; *) echo "无效服务" >&2; exit 2 ;; esac echo "已提交重启（后台执行）" ;; *) echo "用法: $0 {status|ports|switch|get-config|save-XXX|logs|backup|diagnose|update-db|bm-list|bm-test|restart}" exit 2 ;; esac ``` ### `usr/local/bin/web-multi.sh` ```bash #!/usr/bin/env python3 # -*- coding: utf-8 -*- import configparser, json, os, subprocess, sys PLAN="/etc/mmdvm/channels.json"; MULTI="/etc/MMDVM-Multi.ini"; CS="/usr/local/libexec/channel-setup.py"; LIMIT="/usr/local/libexec/arch-channel-limit.py" def run(cmd,timeout=60): try:return subprocess.run(cmd,stdout=subprocess.PIPE,stderr=subprocess.PIPE,text=True,timeout=timeout) except Exception as e:return type("R",(),{"returncode":-1,"stdout":"","stderr":str(e)})() def active(u): r=run(["systemctl","is-active",u],8); return r.returncode==0 and r.stdout.strip()=="active" def load_json(path,dv): try: with open(path,encoding="utf-8") as f:return json.load(f) except Exception:return dv def hw_limit(): r=run([LIMIT,"--json"],8) try:return json.loads(r.stdout) except Exception:return {"max_channels":7,"profile":"未知设备","reason":"未检测到硬件限制","model":"","memory_mb":0,"cpu_cores":0} def normalize_plan(d): d=dict(d or {}); lim=int(hw_limit().get("max_channels") or 7) d["channels"]=max(1,min(lim,int(d.get("channels") or 1))) d["list"]=[x for x in (d.get("list") or []) if int(x.get("n",99))<=d["channels"]] d["hardware_max"]=lim return d def plan(): return normalize_plan(load_json(PLAN,{"channels":1,"center_rx":434500000,"center_tx":439500000,"sample_rate":150000,"list":[]})) def ini(path): c=configparser.RawConfigParser(); c.optionxform=str try:c.read(path,encoding="utf-8") except Exception:pass return c def out(d,code=0): print(json.dumps(d,ensure_ascii=False)); return code def channels(): p=plan(); m=ini(MULTI); n=int(p.get("channels") or m.get("General","Channels",fallback=1)) by={int(x.get("n",0)):x for x in p.get("list",[]) if str(x.get("n","")).isdigit()} rows=[] for i in range(1,n+1): x=by.get(i,{"n":i,"mode":"NONE","rx":0,"tx":0}) rows.append({"n":i,"mode":x.get("mode") or "NONE","rx":int(x.get("rx") or 0),"tx":int(x.get("tx") or 0), "mport":48200+i-1,"hport":3335+2*(i-1), "iq":active("mmdvm-iq@%d.service"%i),"host":active("mmdvmhost@%d.service"%i),"lastq":""}) hw=hw_limit() return out({"ok":True,"hardware_max":hw.get("max_channels"),"hardware":hw,"multi":{"active":active("mmdvm-multi.service"),"channels":n, "rate":m.get("Modem","SampleRate",fallback=p.get("sample_rate",300000)), "sdr":m.get("Modem","Type",fallback="sx"), "rx":m.get("Modem","RxFrequency",fallback=p.get("center_rx",0)), "tx":m.get("Modem","TxFrequency",fallback=p.get("center_tx",0)), "rxg":m.get("Modem","RxGain",fallback=None),"txg":m.get("Modem","TxGain",fallback=None)}, "channels":rows,"services":[{"name":"MMDVM-Multi","active":active("mmdvm-multi.service")}, {"name":"DMRGateway","active":active("dmrgateway.service")}]} ) def main(): a=sys.argv[1:]; cmd=a[0] if a else "channels" if cmd=="channels": return channels() if cmd=="switch" and len(a)>=3: if int(a[1])>int(hw_limit().get("max_channels") or 7): return out({"ok":False,"error":hw_limit().get("reason","硬件通道数已达上限")},1) r=run(["sudo",CS,"set",a[1],a[2]],180); return out({"ok":r.returncode==0,"message":r.stdout.strip(),"error":r.stderr.strip()},0 if r.returncode==0 else 1) if cmd=="restart" and len(a)>=2: n=int(a[1]); if n>int(hw_limit().get("max_channels") or 7): return out({"ok":False,"error":hw_limit().get("reason","硬件通道数已达上限")},1) run(["systemctl","restart","mmdvm-iq@%d.service"%n],60); r=run(["systemctl","restart","mmdvmhost@%d.service"%n],60) return out({"ok":r.returncode==0,"error":r.stderr.strip()},0 if r.returncode==0 else 1) if cmd=="multi-restart": r=run(["systemctl","restart","mmdvm-multi.service"],80); return out({"ok":r.returncode==0,"error":r.stderr.strip()},0 if r.returncode==0 else 1) if cmd=="logs": ch=a[1] if len(a)>1 else "0"; svc=a[2] if len(a)>2 else "mmdvmhost"; lines=a[3] if len(a)>3 else "200" unit=(svc+"@%s.service"%ch) if ch not in ("","0") and svc in ("mmdvmhost","mmdvm-iq") else svc+".service" r=run(["journalctl","-u",unit,"-n",str(lines),"--no-pager"],30) return out({"ok":r.returncode==0,"text":r.stdout,"error":r.stderr},0 if r.returncode==0 else 1) if cmd=="plan": d=plan(); d["ok"]=True; d["hardware"]=hw_limit(); return out(d) if cmd in ("plan-save","plan-apply") and len(a)>=2: try:d=json.loads(a[1]) except Exception as e:return out({"ok":False,"error":"参数错误: %s"%e},1) lim=int(hw_limit().get("max_channels") or 7); requested=int(d.get("channels") or 1) d=normalize_plan(d) os.makedirs(os.path.dirname(PLAN),exist_ok=True) with open(PLAN,"w",encoding="utf-8") as f:json.dump(d,f,ensure_ascii=False,indent=2) if cmd=="plan-apply": r=run(["sudo",CS,"apply",json.dumps(d,ensure_ascii=False)],240) return out({"ok":r.returncode==0,"message":r.stdout.strip(),"error":r.stderr.strip()},0 if r.returncode==0 else 1) msg="规划已保存" if requested>lim: msg="当前硬件最多支持 %d 路，已自动限制为 %d 路"%(lim,lim) return out({"ok":True,"message":msg,"hardware_max":lim,"channels":d.get("channels")}) return out({"ok":False,"error":"未知操作"},1) if __name__=="__main__":raise SystemExit(main()) ``` ### `usr/local/bin/web-tetra.sh` ```bash #!/bin/bash set -Eeuo pipefail exec python3 /usr/local/libexec/tetra-api.py "$@" ``` ### `usr/local/libexec/arch-channel-limit.py` ```python #!/usr/bin/env python3 # -*- coding: utf-8 -*- """ARCH 硬件通道上限：旧树莓派和低资源设备自动限流。""" import json import os import sys MODEL_FILES = ("/proc/device-tree/model", "/sys/firmware/devicetree/base/model") def read_model(): for p in MODEL_FILES: try: with open(p, "rb") as f: return f.read().replace(b"\x00", b"").decode("utf-8", "ignore").strip() except OSError: pass return "" def memory_mb(): try: for line in open("/proc/meminfo", encoding="ascii", errors="ignore"): if line.startswith("MemTotal:"): return int(line.split()[1]) // 1024 except OSError: pass return 0 def decision(model=None): model = (model if model is not None else read_model()).strip() low = model.lower() cores = os.cpu_count() or 1 mem = memory_mb() if "raspberry pi 2" in low or "raspberry pi zero 2" in low or "compute module 3" in low: limit, profile = 2, "树莓派 2 / Zero 2 级别" reason = "CPU 和内存较低，建议最多 2 路" elif "raspberry pi 3" in low or "compute module 3" in low: limit, profile = 4, "树莓派 3 级别" reason = "树莓派 3B 设备最多开放 4 路" elif "raspberry pi 4" in low or "compute module 4" in low: if mem and mem < 1800: limit, profile = 4, "低内存树莓派 4 级别" reason = "内存不足 2GB，最多开放 4 路" else: limit, profile = 7, "树莓派 4 级别" reason = "内存和 CPU 足够，最多开放 7 路" elif "raspberry pi 5" in low: limit, profile = 7, "树莓派 5 级别" reason = "新平台最多开放 7 路" else: if mem and mem < 1200 or cores <= 2: limit, profile = 2, "低资源通用设备" reason = "CPU 不超过 2 核或内存较低，最多开放 2 路" elif mem and mem < 2200 or cores <= 4: limit, profile = 4, "中低资源通用设备" reason = "CPU 不超过 4 核或内存不足 2GB，最多开放 4 路" else: limit, profile = 7, "通用高性能设备" reason = "资源充足，最多开放 7 路" return {"max_channels": limit, "profile": profile, "reason": reason, "model": model or "未知设备", "memory_mb": mem, "cpu_cores": cores} def main(): d = decision() if "--json" in sys.argv[1:]: print(json.dumps(d, ensure_ascii=False)) else: print(d["max_channels"]) return 0 if __name__ == "__main__": raise SystemExit(main()) ``` ### `usr/local/libexec/channel-setup.py` ```python #!/usr/bin/env python3 # -*- coding: utf-8 -*- """生成 ARCH 多信道配置并重载 MMDVM-Multi。""" import configparser import copy import json import os import shutil import subprocess import sys PLAN = "/etc/mmdvm/channels.json" MULTI = "/etc/MMDVM-Multi.ini" IQ_BASE = "/etc/MMDVM-IQ.ini" HOST_BASE = "/etc/MMDVM-Host.ini" LIMIT_SCRIPT = "/usr/local/libexec/arch-channel-limit.py" MODES = ("DMR", "D-STAR", "YSF", "P25", "NXDN", "FM", "POCSAG") def ini(path): cp = configparser.RawConfigParser() cp.optionxform = str try: cp.read(path, encoding="utf-8") except Exception: pass return cp def save(cp, path): tmp = path + ".tmp" with open(tmp, "w", encoding="utf-8") as f: for sec in cp.sections(): f.write("[" + sec + "]\n") for k, v in cp.items(sec, raw=True): f.write(str(k) + "=" + str(v) + "\n") os.replace(tmp, path) def setv(cp, sec, key, val): if not cp.has_section(sec): cp.add_section(sec) cp.set(sec, key, str(val)) def hardware_limit(): try: r=subprocess.run([LIMIT_SCRIPT],stdout=subprocess.PIPE,stderr=subprocess.DEVNULL,text=True,timeout=8) return max(1,min(7,int((r.stdout or "7").strip()))) except Exception: return 7 def default_plan(): try: with open(PLAN, encoding="utf-8") as f: d=json.load(f) if isinstance(d, dict) and d.get("list"): return d except Exception: pass return {"channels": 1, "center_rx": 434500000, "center_tx": 439500000, "callsign": "", "dmr_id": "", "spacing": 25000, "sample_rate": 150000, "list": [{"n": i, "mode": "NONE", "rx": 434500000, "tx": 439500000} for i in range(1, 12)]} def grid_step(i, sr=300000): n=max(1, round(int(sr or 300000)/25000.0)) m=max(1, min(int(n/2)-1, 4)) p=i-1 b=p if p1}) if _dupes: raise RuntimeError("模式互斥规则：运行中的非 DMR 模式只能各用一次。重复: %s" % ", ".join(_dupes)) # 先复制模板，避免逐条生成时互相覆盖。 if not os.path.exists(HOST_BASE): raise RuntimeError("缺少 /etc/MMDVM-Host.ini 模板") host_tpl=ini(HOST_BASE) iq_tpl=ini(IQ_BASE) call=str(d.get("callsign") or "").strip().upper() dmr_id=str(d.get("dmr_id") or "").strip() for item in d["list"]: n=int(item["n"]) if n>d["channels"]: continue h=copy.deepcopy(host_tpl) setv(h,"General","Callsign",call or "NOCALL") if dmr_id: setv(h,"General","Id",dmr_id) setv(h,"General","RXFrequency",item["rx"]); setv(h,"General","TXFrequency",item["tx"]) setv(h,"Info","RXFrequency",item["rx"]); setv(h,"Info","TXFrequency",item["tx"]) setv(h,"Modem","RXFrequency",item["rx"]); setv(h,"Modem","TXFrequency",item["tx"]) setv(h,"Modem","ModemPort",3334+2*(n-1)); setv(h,"Modem","LocalPort",3335+2*(n-1)) setv(h,"DMR Network","LocalPort",62032+(n-1)) dmr_ready=bool(dmr_id and any(c in "123456789" for c in dmr_id)) mode_flags(h,item["mode"],dmr_ready) setv(h,"DMR","TXHang","4"); setv(h,"DMR","CallHang","3") save(h,"/etc/MMDVM-Host-%d.ini"%n) # 兼容旧页面/脚本读取的基础 Host 文件，必须与 1 号通道保持一致。 if n == 1: save(h,HOST_BASE) q=copy.deepcopy(iq_tpl) setv(q,"Modem","Driver","Multi") setv(q,"Host","HostAddress","127.0.0.1"); setv(q,"Host","HostPort",3335+2*(n-1)) setv(q,"Host","LocalAddress","127.0.0.1"); setv(q,"Host","LocalPort",3334+2*(n-1)) setv(q,"Multi","ModemAddress","127.0.0.1"); setv(q,"Multi","ModemPort",48200+(n-1)) setv(q,"Multi","LocalAddress","127.0.0.1"); setv(q,"Multi","LocalPort",48100+(n-1)) setv(q,"MQTT","Name","mmdvm-iq-%d"%n) save(q,"/etc/MMDVM-IQ-%d.ini"%n) m=ini(MULTI) setv(m,"General","Channels",d["channels"]); setv(m,"Modem","SampleRate",d["sample_rate"]) setv(m,"Modem","RxFrequency",d["center_rx"]); setv(m,"Modem","TxFrequency",d["center_tx"]) save(m,MULTI) os.makedirs(os.path.dirname(PLAN),exist_ok=True) with open(PLAN,"w",encoding="utf-8") as f: json.dump(d,f,ensure_ascii=False,indent=2) subprocess.run(["systemctl","daemon-reload"],timeout=15) limit=hardware_limit() for n in range(d["channels"]+1,12): subprocess.run(["systemctl","stop","mmdvm-iq@%d.service"%n,"mmdvmhost@%d.service"%n],timeout=25,stdout=subprocess.DEVNULL,stderr=subprocess.DEVNULL) subprocess.run(["systemctl","disable","mmdvm-iq@%d.service"%n,"mmdvmhost@%d.service"%n],timeout=20,stdout=subprocess.DEVNULL,stderr=subprocess.DEVNULL) for n in range(1,d["channels"]+1): subprocess.run(["systemctl","enable","mmdvm-iq@%d.service"%n,"mmdvmhost@%d.service"%n],timeout=20,stdout=subprocess.DEVNULL,stderr=subprocess.DEVNULL) subprocess.run(["systemctl","restart","mmdvm-iq@%d.service"%n],timeout=30,stdout=subprocess.DEVNULL,stderr=subprocess.DEVNULL) subprocess.run(["systemctl","restart","mmdvmhost@%d.service"%n],timeout=30,stdout=subprocess.DEVNULL,stderr=subprocess.DEVNULL) subprocess.run(["systemctl","restart","mmdvm-multi.service"],timeout=40,stdout=subprocess.DEVNULL,stderr=subprocess.DEVNULL) sync_gateway_services(d) print("多信道配置已应用：%d 路" % d["channels"]) def sync_gateway_services(plan): modes = {str(x.get("mode", "")).upper().replace("-", "") for x in plan.get("list", [])[:int(plan.get("channels") or 0)]} for mode, svc in (("YSF", "ysfgateway"), ("P25", "p25gateway"), ("NXDN", "nxdngateway"), ("DSTAR", "ircddbgatewayd")): if mode in modes: subprocess.run(["systemctl", "enable", svc], timeout=15, stdout=subprocess.DEVNULL, stderr=subprocess.DEVNULL) subprocess.run(["systemctl", "restart", svc], timeout=40, stdout=subprocess.DEVNULL, stderr=subprocess.DEVNULL) else: subprocess.run(["systemctl", "disable", "--now", svc], timeout=25, stdout=subprocess.DEVNULL, stderr=subprocess.DEVNULL) def set_mode(n,mode): limit=hardware_limit() if int(n)>limit: raise RuntimeError("当前硬件最多支持 %d 路，不能启用第 %d 路" % (limit,int(n))) d=normalized(None); mode=mode.upper() if mode not in MODES+("NONE",): raise RuntimeError("无效模式: %s"%mode) for x in d["list"]: if int(x["n"])==int(n): x["mode"]=mode d["channels"]=max(int(d.get("channels") or 1),int(n)) apply(d) def main(): try: if len(sys.argv)>=4 and sys.argv[1]=="set": set_mode(int(sys.argv[2]),sys.argv[3]); return 0 if len(sys.argv)>=2 and sys.argv[1]=="apply": plan=json.loads(sys.argv[2]) if len(sys.argv)>2 and sys.argv[2].strip() else normalized(None) apply(plan); return 0 if len(sys.argv)>=2 and sys.argv[1]=="plan": print(json.dumps(normalized(None),ensure_ascii=False,indent=2)); return 0 raise RuntimeError("用法: channel-setup.py {apply [json]|set n mode|plan}") except Exception as e: print(str(e),file=sys.stderr); return 1 if __name__=="__main__": raise SystemExit(main()) ``` ### `usr/local/libexec/fmo-api.py` ```python # -*- coding: utf-8 -*- """ARCH FMO 本地桥接 Web 后端。 仅供本机 root 控制台通过 /usr/local/bin/web-fmo.sh 调用。 """ import copy import json import os import re import subprocess import sys import time BASE = "/opt/fmo-bridge" CONFIG = os.environ.get("ARCH_FMO_CONFIG", os.path.join(BASE, "config.json")) HOST_INI = "/etc/MMDVM-Host-%d.ini" DEFAULT_REG_HOST = "fmo.hljrsa.cn" DEFAULT_REG_PORT = 8081 TONES = [ 67.0, 69.3, 71.9, 74.4, 77.0, 79.7, 82.5, 85.4, 88.5, 91.5, 94.8, 97.4, 100.0, 103.5, 107.2, 110.9, 114.8, 118.8, 123.0, 127.3, 131.8, 136.5, 141.3, 146.2, 151.4, 156.7, 159.8, 162.2, 165.5, 167.9, 171.3, 173.8, 177.3, 179.9, 183.5, 186.2, 189.9, 192.8, 196.6, 199.5, 203.5, 206.5, 210.7, 218.1, 225.7, 229.1, 233.6, 241.8, 250.3, 254.1, ] COMMON_TONES = [67.0, 71.9, 74.4, 77.0, 79.7, 82.5, 85.4, 88.5, 91.5, 94.8, 97.4, 100.0, 103.5, 107.2, 110.9, 114.8, 118.8, 123.0, 127.3, 131.8, 136.5, 141.3, 146.2, 151.4, 156.7, 162.2, 167.9, 173.8, 179.9, 186.2, 192.8, 203.5, 210.7, 218.1, 225.7, 233.6, 241.8, 250.3, 254.1] DEFAULT_CFG = { "server": {"callsign": "", "uid": 0, "mqtt_host": DEFAULT_REG_HOST, "mqtt_port": 1883, "reg_port": DEFAULT_REG_PORT, "certFingerprint": ""}, "client": {"callsign": "", "uid": 0, "role": "user", "user_cert": "./pki/user_fm.json", "user_key": "./pki/user_fm.key", "intermediate_cert": "./pki/intermediate.json"}, "fm": {"bind_addr": "127.0.0.1", "bind_port": 49880, "rxgain": 1.0, "txgain": 0.45, "vendor": 0, "debug": False, "tone": {"enable": False, "freq": 1000.0, "ms": 200, "delay_ms": 120, "gain": 0.5}, "ctcss": {"enable": True, "rx": True, "tx": True, "freq": 88.5, "rx_tone": "88.5", "tx_tone": "88.5"}}, "voice": {"codec": "radpcm", "topic": "FMO/RAW", "relay_to_public": False}, } def _deep_merge(dst, src): for k, v in (src or {}).items(): if isinstance(v, dict) and isinstance(dst.get(k), dict): _deep_merge(dst[k], v) else: dst[k] = v return dst def _abs(path): path = str(path or "") return path if os.path.isabs(path) else os.path.abspath(os.path.join(BASE, path)) def load_cfg(): cfg = copy.deepcopy(DEFAULT_CFG) try: with open(CONFIG, encoding="utf-8") as f: data = json.load(f) if isinstance(data, dict): _deep_merge(cfg, data) except (OSError, ValueError): pass # 兼容旧版遗留配置：通道号/固定频率永远不作为绑定项返回给页面。 if isinstance(cfg.get("fm"), dict): for k in ("channel", "tx_mhz", "rx_mhz"): cfg["fm"].pop(k, None) return cfg def save_cfg(cfg): os.makedirs(os.path.dirname(CONFIG), exist_ok=True) tmp = CONFIG + ".tmp" with open(tmp, "w", encoding="utf-8") as f: json.dump(cfg, f, ensure_ascii=False, indent=2) f.write("\n") os.replace(tmp, CONFIG) def _run(cmd, timeout=30): try: p = subprocess.run(cmd, stdout=subprocess.PIPE, stderr=subprocess.PIPE, text=True, timeout=timeout) return p.returncode, (p.stdout or "").strip(), (p.stderr or "").strip() except Exception as e: return -1, "", str(e) def is_active(unit): rc, out, _ = _run(["systemctl", "is-active", unit], 8) return rc == 0 and out.strip() == "active" def _ini_get(path, section, key, default=None): try: with open(path, encoding="utf-8", errors="replace") as f: lines = f.readlines() except OSError: return default sec = None key_l = key.lower() for line in lines: s = line.strip() if s.startswith("[") and s.endswith("]"): sec = s[1:-1].strip().lower() continue if sec != section.lower() or "=" not in line or line.lstrip().startswith(("#", ";")): continue k, v = line.split("=", 1) if k.strip().lower() == key_l: return v.split("#", 1)[0].strip() return default def _ini_set(path, updates): try: with open(path, encoding="utf-8", errors="replace") as f: lines = f.readlines() except OSError: raise RuntimeError("配置文件不存在: %s" % path) sections = {} current = None for i, line in enumerate(lines): s = line.strip() if s.startswith("[") and s.endswith("]"): current = s[1:-1].strip().lower() sections.setdefault(current, [i, i]) elif current: sections[current][1] = i for section, values in updates.items(): sl = section.lower() if sl not in sections: lines.append("\n[%s]\n" % section) start = len(lines) sections[sl] = [start, start] first, last = sections[sl] for key, val in values.items(): pat = re.compile(r"^\s*" + re.escape(key) + r"\s*=", re.I) found = None for i in range(first + 1, last + 1): if pat.match(lines[i]): found = i break newline = "%s=%s\n" % (key, val) if found is None: lines.insert(last + 1, newline) last += 1 else: lines[found] = newline sections[sl][1] = last tmp = path + ".tmp" with open(tmp, "w", encoding="utf-8") as f: f.writelines(lines) os.replace(tmp, path) def active_channel(cfg=None): """按当前 channels.json 的已启用通道实时找 FM，不保存固定通道号。""" try: with open("/etc/mmdvm/channels.json", encoding="utf-8") as f: plan = json.load(f) limit = max(1, min(16, int(plan.get("channels") or 1))) for item in plan.get("list", [])[:limit]: if str(item.get("mode", "")).upper() == "FM": n = int(item.get("n", 0)) if 1 <= n <= 16 and os.path.exists(HOST_INI % n): return n return None except Exception: pass # 仅当规划文件不可读时才回退；仍然只认真正启用 FM 的 Host。 for n in range(1, 17): p = HOST_INI % n if os.path.exists(p): en = _ini_get(p, "FM", "Enable", "0") if str(en).strip().lower() in ("1", "true", "yes", "on"): return n return None def cert_info(cfg=None): cfg = cfg or load_cfg() p = _abs((cfg.get("client") or {}).get("user_cert", "./pki/user_fm.json")) out = {"exists": os.path.exists(p), "path": p} if not out["exists"]: return out try: with open(p, encoding="utf-8") as f: c = json.load(f) sub = c.get("subject") or {} out.update({"callsign": sub.get("callsign", ""), "uid": sub.get("uid"), "notAfter": c.get("notAfter") or c.get("not_after") or ""}) except Exception as e: out["error"] = str(e) return out def summarize(): cfg = load_cfg() cert = cert_info(cfg) if cert.get("exists"): cfg.setdefault("client", {})["callsign"] = cert.get("callsign", "") cfg["client"]["uid"] = cert.get("uid", 0) cfg["cert"] = cert n = active_channel(cfg) if n: try: with open("/etc/mmdvm/channels.json", encoding="utf-8") as f: plan = json.load(f) item = next(x for x in plan.get("list", []) if int(x.get("n", 0)) == n) cfg.setdefault("fm", {})["tx_mhz"] = round(float(item.get("tx") or 0) / 1e6, 5) cfg["fm"]["rx_mhz"] = round(float(item.get("rx") or 0) / 1e6, 5) except Exception: pass return cfg def _current_ctcss(cfg=None, n=None): cfg = cfg or load_cfg() ct = (cfg.get("fm") or {}).get("ctcss") or {} n = n or active_channel(cfg) tone = ct.get("freq", ct.get("rx_tone", "off")) try: tone = float(tone) except Exception: tone = 0.0 need_rx = bool(ct.get("rx", True)) if n: v = _ini_get(HOST_INI % n, "FM", "CTCSSFrequency") try: if v is not None: tone = float(v) except Exception: pass need_rx = str(_ini_get(HOST_INI % n, "FM", "AccessMode", "1")).strip() == "1" if tone <= 0: tone_s = "off" else: tone_s = ("%.1f" % tone).rstrip("0").rstrip(".") return {"tone": tone_s, "need_rx": need_rx} def cmd_status(): cfg = summarize() n = active_channel(cfg) services = { "fmo-bridge": "active" if is_active("fmo-bridge.service") else "inactive", "dmrgateway": "active" if is_active("dmrgateway.service") else "inactive", } if n: services["mmdvmhost"] = "active" if is_active("mmdvmhost@%d.service" % n) else "inactive" else: services["mmdvmhost"] = "inactive" return {"ok": True, "services": services, "cfg": cfg, "cert": cfg.get("cert", {})} def cmd_ping(host, port): cfg = load_cfg() host = str(host or (cfg.get("server") or {}).get("mqtt_host") or DEFAULT_REG_HOST).strip() try: port = int(port or (cfg.get("server") or {}).get("reg_port") or DEFAULT_REG_PORT) except Exception: port = DEFAULT_REG_PORT sys.path.insert(0, BASE) import fmo_reg base = fmo_reg.register_base(host, port) info = fmo_reg.probe_server(base, timeout=15) return {"ok": bool(info.get("ok")), "info": info, "register_url": base} def cmd_register(host, port, callsign, uid=0): callsign = str(callsign or "").strip().upper() if not callsign: return {"ok": False, "error": "请填写本机呼号"} cfg = load_cfg() host = str(host or (cfg.get("server") or {}).get("mqtt_host") or DEFAULT_REG_HOST).strip() try: port = int(port or (cfg.get("server") or {}).get("reg_port") or DEFAULT_REG_PORT) except Exception: port = DEFAULT_REG_PORT try: sys.path.insert(0, BASE) import fmo_reg base = fmo_reg.register_base(host, port) cert_path = _abs(cfg["client"].get("user_cert", "./pki/user_fm.json")) key_path = _abs(cfg["client"].get("user_key", "./pki/user_fm.key")) inter_path = _abs(cfg["client"].get("intermediate_cert", "./pki/intermediate.json")) server, user, inter = fmo_reg.ensure_cert( base, callsign, int(uid or 0), cert_path, key_path, inter_path, force=True, timeout=25) sub = (user or {}).get("subject") or {} s = cfg.setdefault("server", {}) if server: s["callsign"] = server.get("callsign", s.get("callsign", "")) s["uid"] = server.get("uid", s.get("uid", 0)) s["mqtt_host"] = server.get("mqttHost") or server.get("mqtt_host") or host s["mqtt_port"] = server.get("mqttPort") or server.get("mqtt_port") or 1883 s["certFingerprint"] = server.get("certFingerprint") or s.get("certFingerprint", "") s["reg_port"] = port c = cfg.setdefault("client", {}) c["callsign"] = sub.get("callsign", callsign) c["uid"] = sub.get("uid", 0) c["role"] = "user" save_cfg(cfg) _run(["systemctl", "daemon-reload"], 10) _run(["systemctl", "enable", "fmo-bridge.service"], 15) rc, out, err = _run(["systemctl", "restart", "fmo-bridge.service"], 30) return {"ok": rc == 0, "client": c, "server": s, "message": "证书已签发" if rc == 0 else ("证书已签发，桥接启动失败: " + (err or out))} except Exception as e: return {"ok": False, "error": str(e)} def cmd_save(body): try: d = json.loads(body or "{}") except Exception as e: return {"ok": False, "error": "参数错误: %s" % e} cfg = load_cfg() if isinstance(d.get("fm"), dict): for k in ("channel", "tx_mhz", "rx_mhz"): d["fm"].pop(k, None) _deep_merge(cfg, d) cert = cert_info(cfg) if cert.get("exists"): cfg.setdefault("client", {})["callsign"] = cert.get("callsign", "") cfg["client"]["uid"] = cert.get("uid", 0) save_cfg(cfg) return {"ok": True, "cfg": summarize()} def cmd_restart(what): what = str(what or "bridge").lower() units = [] if what in ("bridge", "all", "fmo-bridge"): units.append("fmo-bridge.service") if what in ("host", "all", "mmdvmhost", "mmdvm"): n = active_channel() if n: units.append("mmdvmhost@%d.service" % n) if "dmrgateway" in what: units.append("dmrgateway.service") done = [] errors = [] for u in units: rc, out, err = _run(["systemctl", "restart", u], 40) if rc == 0: done.append(u) else: errors.append("%s: %s" % (u, err or out)) return {"ok": not errors, "restarted": done, "error": "; ".join(errors)} def cmd_ctcss(): return {"ok": True, "tones": TONES, "common": COMMON_TONES, "current": _current_ctcss()} def cmd_apply_ctcss(body): try: d = json.loads(body or "{}") tone = str(d.get("tone", "off")).strip().lower() need_rx = bool(d.get("need_rx", True)) except Exception as e: return {"ok": False, "error": str(e)} n = active_channel() if not n: return {"ok": False, "error": "未找到可用的 FM 通道"} if tone in ("off", "0", ""): freq = 88.5 access = "5" tone_value = "off" else: try: freq = float(tone) if freq < 60.0 or freq > 260.0: raise ValueError() except Exception: return {"ok": False, "error": "哑音频率无效"} access = "1" if need_rx else "5" tone_value = ("%.1f" % freq).rstrip("0").rstrip(".") try: _ini_set(HOST_INI % n, {"FM": { "Enable": "1", "CTCSSFrequency": freq, "AccessMode": access, "CTCSSLevel": "2.0", }}) except Exception as e: return {"ok": False, "error": str(e)} cfg = load_cfg() cfg["fm"]["ctcss"] = {"enable": tone_value != "off", "rx": need_rx, "tx": tone_value != "off", "freq": freq, "rx_tone": tone_value, "tx_tone": tone_value} save_cfg(cfg) rc, out, err = _run(["systemctl", "restart", "mmdvmhost@%d.service" % n], 40) if rc != 0: return {"ok": False, "error": err or out, "current": _current_ctcss(cfg, n)} return {"ok": True, "channel": n, "current": _current_ctcss(cfg, n)} def _tailtone_current(cfg=None, n=None): cfg = cfg or load_cfg() t = ((cfg.get("fm") or {}).get("tone") or {}) n = n or active_channel(cfg) out = {"ok": True, "channel": n, "enable": bool(t.get("enable", False)), "freq": float(t.get("freq", 1000.0)), "ms": int(t.get("ms", 200)), "delay_ms": int(t.get("delay_ms", 120)), "gain": float(t.get("gain", 0.5))} if n: p = HOST_INI % n out["channel"] = n return out def cmd_tailtone_set(body): try: d = json.loads(body or "{}") except Exception as e: return {"ok": False, "error": str(e)} n = active_channel() if not n: return {"ok": False, "error": "未找到可用的 FM 通道"} try: enable = bool(d.get("enable", False)) freq = float(d.get("freq", 1000.0)) ms = max(20, min(2000, int(d.get("ms", 200)))) delay = max(0, min(2000, int(d.get("delay_ms", 120)))) gain = max(0.0, min(1.0, float(d.get("gain", 0.5)))) except Exception as e: return {"ok": False, "error": "参数错误: %s" % e} try: _ini_set(HOST_INI % n, {"FM": { "RFAck": "K" if enable else "N", "AckFrequency": freq, "AckMinTime": ms if enable else 0, "AckDelay": delay, "AckLevel": gain * 100.0, }}) except Exception as e: return {"ok": False, "error": str(e)} cfg = load_cfg() cfg["fm"]["tone"] = {"enable": enable, "freq": freq, "ms": ms, "delay_ms": delay, "gain": gain} save_cfg(cfg) rc, out, err = _run(["systemctl", "restart", "mmdvmhost@%d.service" % n], 40) if rc != 0: return {"ok": False, "error": err or out} return {"ok": True, "channel": n, "applied": {"freq": freq, "ms": ms, "delay_ms": delay, "gain": gain}} def cmd_tone_test(): try: with open("/tmp/fmo_tone_req", "w", encoding="ascii") as f: f.write(str(time.time())) except Exception as e: return {"ok": False, "error": str(e)} return {"ok": True, "hint": "已向本机 FMO 桥接发送尾音测试请求"} def cmd_logs(lines): cnt = max(10, min(500, int(lines or 150))) rc, out, err = _run(["journalctl", "-u", "fmo-bridge.service", "-n", str(cnt), "--no-pager"], 20) n = active_channel() if rc == 0 and out: return {"ok": True, "channel": n, "service": "fmo-bridge", "text": out} if n: rc, out2, err2 = _run(["journalctl", "-u", "mmdvmhost@%d.service" % n, "-n", str(cnt), "--no-pager"], 20) if rc == 0: return {"ok": True, "channel": n, "service": "mmdvmhost@%d" % n, "text": out2} return {"ok": False, "error": err or err2 or "无法读取日志", "text": out or out2} def main(): a = sys.argv[1:] cmd = a[0] if a else "status" if cmd == "status": out = cmd_status() elif cmd == "ping": out = cmd_ping(a[1] if len(a) > 1 else "", a[2] if len(a) > 2 else DEFAULT_REG_PORT) elif cmd == "register": out = cmd_register(a[1] if len(a) > 1 else "", a[2] if len(a) > 2 else DEFAULT_REG_PORT, a[3] if len(a) > 3 else "", a[4] if len(a) > 4 else 0) elif cmd == "save": out = cmd_save(a[1] if len(a) > 1 else "{}") elif cmd == "restart": out = cmd_restart(a[1] if len(a) > 1 else "all") elif cmd == "ctcss": out = cmd_ctcss() elif cmd == "apply-ctcss": out = cmd_apply_ctcss(a[1] if len(a) > 1 else "{}") elif cmd == "tailtone": out = _tailtone_current() elif cmd == "tailtone-set": out = cmd_tailtone_set(a[1] if len(a) > 1 else "{}") elif cmd == "tone-test": out = cmd_tone_test() elif cmd == "logs": out = cmd_logs(a[1] if len(a) > 1 else 150) else: out = {"ok": False, "error": "未知操作: %s" % cmd} print(json.dumps(out, ensure_ascii=False)) return 0 if __name__ == "__main__": raise SystemExit(main()) ``` ### `usr/local/libexec/hosts-build.py` ```python #!/usr/bin/env python3 # -*- coding: utf-8 -*- import json, os, re, sys ROOT="/usr/local/etc" H=os.path.join(ROOT,"hosts") os.makedirs(H,exist_ok=True) def lines(name): for p in (os.path.join(H,name), os.path.join(ROOT,name)): try: with open(p,encoding="utf-8",errors="ignore") as f: return [x.rstrip("\n") for x in f] except OSError: pass return [] def write(name,value): for d in (H,ROOT): with open(os.path.join(d,name),"w",encoding="utf-8") as f: json.dump(value,f,ensure_ascii=False,indent=2) def write_path(path,value): os.makedirs(os.path.dirname(path),exist_ok=True) tmp=path+".tmp" with open(tmp,"w",encoding="utf-8") as f: json.dump(value,f,ensure_ascii=False,indent=2) f.write("\n") os.replace(tmp,path) # ---- ARCH 自建服务器（始终置顶，统一注释“二区多模融合”）---- _ARCH_DMR = {"id": "46002", "host": "srv2.hljrsa.cn", "port": 62030, "pw": "", "net": "DMR", "label": "ARCH_46002_China", "region": "46002 二区多模融合", "country": "CN"} _ARCH_YSF = {"designator": "46999", "country": "CN", "name": "CN-46002", "use_xx_prefix": False, "user_count": "000", "description": "二区多模融合 / 哈尔滨", "port": 42000, "ipv4": "ysf.hljrsa.cn", "ipv6": None} _ARCH_P25 = {"designator": 46002, "name": "46002 二区多模融合", "port": 41000, "ipv4": "39.96.117.224", "ipv6": None} _ARCH_NXDN = {"designator": 46002, "name": "46002 二区多模融合", "port": 41400, "ipv4": "39.96.117.224", "ipv6": None} _ARCH_DSTAR = { "DCS": [{"name": "DCSHLJ 46002二区多模融合", "ip": "39.96.117.224"}], "XRF": [{"name": "XRFHLJ 46002二区多模融合", "ip": "39.96.117.224"}], "REF": [{"name": "REFHLJ 46002二区多模融合", "ip": "39.96.117.224"}], "XLX": [{"name": "XLXHLJ 46002二区多模融合", "ip": "39.96.117.224"}], } _DMR_CMAP = { "china": "CN", "chinese": "CN", "hongkong": "HK", "taiwan": "TW", "japan": "JP", "korea": "KR", "singapore": "SG", "malaysia": "MY", "thailand": "TH", "indonesia": "ID", "philippines": "PH", "india": "IN", "vietnam": "VN", "usa": "US", "united": "US", "canada": "CA", "mexico": "MX", "brazil": "BR", "argentina": "AR", "chile": "CL", "colombia": "CO", "peru": "PE", "uk": "GB", "england": "GB", "scotland": "GB", "wales": "GB", "ireland": "IE", "germany": "DE", "france": "FR", "spain": "ES", "italy": "IT", "portugal": "PT", "netherlands": "NL", "belgium": "BE", "switzerland": "CH", "austria": "AT", "sweden": "SE", "norway": "NO", "denmark": "DK", "finland": "FI", "iceland": "IS", "poland": "PL", "czech": "CZ", "slovakia": "SK", "hungary": "HU", "romania": "RO", "bulgaria": "BG", "greece": "GR", "croatia": "HR", "serbia": "RS", "slovenia": "SI", "turkey": "TR", "russia": "RU", "ukraine": "UA", "belarus": "BY", "australia": "AU", "newzealand": "NZ", "southafrica": "ZA", "egypt": "EG", "israel": "IL", "saudiarabia": "SA", "uae": "AE", "iran": "IR", "iraq": "IQ", "europe": "EU", "world": "WW", "global": "WW", "asia": "AS", "africa": "AF", } _DMR_ISO2 = set(_DMR_CMAP.values()) | {"HK", "MO", "PR", "GU", "LU", "MT", "CY", "EE", "LV", "LT", "MD", "AL", "MK", "BA", "ME", "GE", "AM", "AZ", "KZ", "UZ"} _DMR_PIN_TOP = ("4602", "4501") _DMR_TIER_CN = {"CN"} _DMR_TIER_ASIA = {"HK", "TW", "MO", "JP", "SG", "MY", "TH", "ID", "PH", "VN", "IN"} def _dmr_country(label): for tok in re.split(r"[^A-Za-z]+", str(label or "")): if not tok: continue up = tok.upper() if len(up) == 2 and up in _DMR_ISO2: return up low = tok.lower() if low in _DMR_CMAP: return _DMR_CMAP[low] return "" def _dmr_region(label): parts = str(label or "").split("_") return " ".join(parts[1:]) if len(parts) > 1 else str(label or "") def _dmr_tier(country): if country in _DMR_TIER_CN: return 0 if country in _DMR_TIER_ASIA: return 1 return 2 def dmr(): rows = [] for line in lines("DMR_Hosts.txt"): line = line.strip() if not line or line.startswith("#"): continue p = [x for x in re.split(r"[\t ]+", line) if x] if len(p) < 4: continue label, rid, host, pw = p[:4] port = p[4] if len(p) > 4 else "62031" if host.startswith("127.0.0.") or host in ("localhost", "0.0.0.0"): continue if not re.match(r"^[A-Za-z0-9_.\-]+$", host): continue net = label.split("_")[0].upper() rows.append({ "id": "" if rid in ("0000", "0") else str(rid), "host": host, "port": int(port) if str(port).isdigit() else 62031, "pw": "" if str(pw).lower() in ("none", "") else pw, "net": net, "label": label, "region": _dmr_region(label), "country": _dmr_country(label), }) for i, row in enumerate(rows): row["_i"] = i def rank(row): net = row["net"] if net == "BM": group = _DMR_PIN_TOP.index(row["id"]) if row["id"] in _DMR_PIN_TOP else len(_DMR_PIN_TOP) tier = 0 else: group = len(_DMR_PIN_TOP) + 1 tier = _dmr_tier(row["country"]) return (group, tier, row["_i"]) rows.sort(key=rank) for row in rows: row.pop("_i", None) # ★ ARCH 自建服务器（交换机）始终置顶，避免被上游排序挤到后面 rows = [r for r in rows if not (str(r.get("host")) == _ARCH_DMR["host"] and int(r.get("port") or 0) == int(_ARCH_DMR["port"]))] rows.insert(0, dict(_ARCH_DMR)) return rows def reflectors(name): rows=[] for line in lines(name): line=line.strip() if not line or line.startswith("#"): continue p=[x for x in re.split(r"[\t ]+",line) if x] if len(p)>=3: try: rows.append({"designator":int(p[0]),"port":int(p[2]),"ipv4":p[1],"ipv6":None}) except ValueError: pass return {"reflectors":rows} def ysf(): rows=[] for line in lines("YSF_Hosts.txt"): line=line.strip() if not line or line.startswith("#"): continue p=[x.strip() for x in line.split(";")] if len(p)<5 or not p[0] or not p[3]: continue try: port=int(p[4] or 42000) except ValueError: continue name=p[1] if "-" in name: country,short=name.split("-",1); use_xx=False else: country,short,use_xx="",name,True rows.append({"designator":p[0],"country":country,"name":short,"use_xx_prefix":use_xx, "user_count":p[5] if len(p)>5 and p[5] else "000","description":p[2] or short, "port":port,"ipv4":p[3],"ipv6":None}) # ★ ARCH 自建 YSF 房间置顶，并去掉上游的重复条目 rows = [r for r in rows if not (str(r.get("designator")) == str(_ARCH_YSF["designator"]) or str(r.get("ipv4")) == _ARCH_YSF["ipv4"])] rows.insert(0, dict(_ARCH_YSF)) return {"reflectors":rows} def fcs(): rows=[] for line in lines("FCS_Hosts.txt"): line=line.strip() if not line or line.startswith("#"): continue p=line.split(";") if p and p[0]: rows.append({"id":p[0],"name":p[1] if len(p)>1 else p[0], "desc":p[2] if len(p)>2 else (p[1] if len(p)>1 else p[0])}) return rows def dstar(): groups={"DCS":[],"XRF":[],"REF":[],"XLX":[],"CCS":[]} try: data=json.load(open(os.path.join(H,"DStar_Hosts.json"),encoding="utf-8")) for x in data.get("reflectors",[]): typ=str(x.get("reflector_type","")).upper() if typ in groups and (x.get("ipv4") or x.get("ipv6")): groups[typ].append({"name":x.get("name",""),"ip":x.get("ipv4") or x.get("ipv6")}) except Exception: pass groups["FCS"]=[{"name":x.get("id",""),"ip":x.get("desc","")} for x in fcs()] # ★ ARCH 自建 D-STAR/XLX 条目置顶，并补上 46002 注释 for _k, _items in _ARCH_DSTAR.items(): for _it in reversed(_items): if not any(str(x.get("name", "")).upper() == _it["name"].upper() for x in groups.get(_k, [])): groups.setdefault(_k, []).insert(0, dict(_it)) return groups def build_p25_outputs(): p=reflectors("P25_Hosts.txt") aliases=[dict(_ARCH_P25)] ids={"46002","46020"} refs=[x for x in p.get("reflectors",[]) if str(x.get("designator","")) not in ids] full={"reflectors":aliases+refs} gateway={"reflectors":aliases} # Web UI uses the full public list. write_path(os.path.join(H,"P25Hosts.json"),full) # P25Gateway only needs the ARCH static reflector, avoiding slow DNS scans. write_path(os.path.join(ROOT,"P25Hosts.json"),gateway) os.makedirs(os.path.join(ROOT,"private"),exist_ok=True) write_path(os.path.join(ROOT,"private","P25Hosts.json"),gateway) return full def main(): if "--p25-only" in sys.argv: p=build_p25_outputs() print("P25 主机库已重建：%d 条（含 ARCH 46002）" % len(p.get("reflectors",[]))) return dm=dmr(); y=ysf(); p=build_p25_outputs(); n=reflectors("NXDN_Hosts.txt") _nx=[r for r in n.get("reflectors",[]) if not (str(r.get("designator"))==str(_ARCH_NXDN["designator"]) or str(r.get("ipv4"))==_ARCH_NXDN["ipv4"])] _nx.insert(0,dict(_ARCH_NXDN)); n={"reflectors":_nx} write("DMR_Hosts.json",dm); write("YSFHosts.json",y) write("NXDNHosts.json",n); write("FCSHosts.json",fcs()); write("DSTAR_Reflectors.json",dstar()) idx={"built":"","counts":{"DMR":len(dm),"YSF":len(y.get("reflectors",[])), "P25":len(p.get("reflectors",[])),"NXDN":len(n.get("reflectors",[]))}} write("hosts-index.json",idx) print("主机库已重建：DMR %d，YSF %d，P25 %d，NXDN %d"%(idx["counts"]["DMR"],idx["counts"]["YSF"],idx["counts"]["P25"],idx["counts"]["NXDN"])) if __name__=="__main__": main() ``` ### `usr/local/libexec/ini-edit.py` ```python #!/usr/bin/env python3 import configparser, os, sys if len(sys.argv)!=6 or sys.argv[2]!="set": print("用法: ini-edit.py FILE set SECTION KEY VALUE",file=sys.stderr); raise SystemExit(2) p,_,sec,key,val=sys.argv[1:] c=configparser.RawConfigParser(); c.optionxform=str try:c.read(p,encoding="utf-8") except Exception:pass if not c.has_section(sec):c.add_section(sec) c.set(sec,key,val) t=p+".tmp" with open(t,"w",encoding="utf-8") as f:c.write(f) os.replace(t,p) ``` ### `usr/local/libexec/mmdvm-save.py` ```python #!/usr/bin/env python3 # -*- coding: utf-8 -*- """ARCH 热点参数保存工具。""" import configparser import glob import json import os import re import subprocess import sys HOST = "/etc/MMDVM-Host.ini" DMRGW = "/etc/DMRGateway.ini" PLAN = "/etc/mmdvm/channels.json" DMR_READY = "/etc/mmdvm/dmr-ready" YSFGW = "/etc/YSFGateway.ini" P25GW = "/etc/P25Gateway.ini" NXDNGW = "/etc/NXDNGateway.ini" IRCDDB = "/etc/ircddbgateway" LIMIT_SCRIPT = "/usr/local/libexec/arch-channel-limit.py" def run(cmd, timeout=40): try: return subprocess.run(cmd, stdout=subprocess.PIPE, stderr=subprocess.PIPE, text=True, timeout=timeout) except Exception as e: return type("R", (), {"returncode": -1, "stdout": "", "stderr": str(e)})() def ini(path): cp = configparser.RawConfigParser() cp.optionxform = str try: cp.read(path, encoding="utf-8") except Exception: pass return cp def save_ini(cp, path): os.makedirs(os.path.dirname(path), exist_ok=True) tmp = path + ".tmp" with open(tmp, "w", encoding="utf-8") as f: for sec in cp.sections(): f.write("[" + sec + "]\n") for k, v in cp.items(sec, raw=True): f.write(str(k) + "=" + str(v) + "\n") os.replace(tmp, path) def set_sec(cp, sec, key, val): if not cp.has_section(sec): cp.add_section(sec) cp.set(sec, key, str(val)) def _gateway_span(lines, section): header = '[' + section.lower() + ']' start = None for i, line in enumerate(lines): if line.strip().lower() == header: start = i + 1 break if start is None: lines.extend(['\n[' + section + ']\n']) start = len(lines) end = start while end < len(lines): s = lines[end].strip() if s.startswith('[') and s.endswith(']'): break end += 1 return start, end def _gateway_set(lines, section, key, value): start, end = _gateway_span(lines, section) target = key.lower() + '=' for i in range(start, end): if lines[i].strip().lower().startswith(target): lines[i] = key + '=' + str(value) + '\n' return lines.insert(end, key + '=' + str(value) + '\n') def _gateway_strip(lines, section, prefixes): start, end = _gateway_span(lines, section) i = start while i < end: key = lines[i].split('=', 1)[0].strip().lower() if '=' in lines[i] else '' if any(key.startswith(x.lower()) for x in prefixes): del lines[i] end -= 1 else: i += 1 def save_dmr_gateway(path, values): with open(path, encoding='utf-8', errors='replace') as f: lines = f.readlines() for sec, kv in values.items(): for key, val in kv.items(): _gateway_set(lines, sec, key, val) _gateway_strip(lines, 'DMR Network 1', ('PassAllTG','PassAllPC','TGRewrite','PCRewrite','TypeRewrite','SrcRewrite','TGDynRewrite')) start, end = _gateway_span(lines, 'DMR Network 1') rules = ['PassAllTG=1\n','PassAllTG=2\n','PassAllPC=1\n','PassAllPC=2\n', 'TGRewrite=1,9,1,9,1\n','TGRewrite=2,9,2,9,1\n'] lines[end:end] = rules tmp = path + '.tmp' with open(tmp, 'w', encoding='utf-8') as f: f.writelines(lines) os.replace(tmp, path) def set_flat(path, values): lines = [] try: with open(path, encoding="utf-8", errors="replace") as f: lines = f.readlines() except OSError: pass seen = set() out = [] for line in lines: s = line.strip() if "=" in s and not s.startswith(("#", ";", "[")): k = s.split("=", 1)[0].strip() if k in values: out.append("%s=%s\n" % (k, values[k])) seen.add(k) continue out.append(line if line.endswith("\n") else line + "\n") for k, v in values.items(): if k not in seen: out.append("%s=%s\n" % (k, v)) with open(path, "w", encoding="utf-8") as f: f.writelines(out) def clean_call(v): return re.sub(r"[^A-Za-z0-9]", "", str(v or "")).upper()[:16] def clean_id(v): s = re.sub(r"\D", "", str(v or "")) return s[:9] def clean_essid(v): s = re.sub(r"\D", "", str(v or "")) if not s: return "" try: n = int(s) except Exception: raise ValueError("ESSID 必须是 01-99 之间的两位数字") if n < 1 or n > 99: raise ValueError("ESSID 必须是 01-99 之间的两位数字") return "%02d" % n def freq(v, old="0"): try: n = int(float(str(v).strip())) return str(n) if n > 0 else str(old) except Exception: return str(old) def host_paths(): paths = [HOST] paths += sorted(glob.glob("/etc/MMDVM-Host-*.ini")) return list(dict.fromkeys(paths)) def set_identity(callsign, dmr_id="", freqs=None): for p in host_paths(): cp = ini(p) set_sec(cp, "General", "Callsign", callsign) if dmr_id: set_sec(cp, "General", "Id", dmr_id) if freqs: rx, tx = freqs set_sec(cp, "General", "RXFrequency", rx) set_sec(cp, "General", "TXFrequency", tx) set_sec(cp, "Info", "RXFrequency", rx) set_sec(cp, "Info", "TXFrequency", tx) set_sec(cp, "Modem", "RXFrequency", rx) set_sec(cp, "Modem", "TXFrequency", tx) save_ini(cp, p) def active_channels(): try: r = run([LIMIT_SCRIPT], 8) limit = max(1, min(7, int((r.stdout or "7").strip()))) except Exception: limit = 7 try: d = json.load(open(PLAN, encoding="utf-8")) return [int(x.get("n", 1)) for x in d.get("list", []) if x.get("mode") not in (None, "", "NONE")][:limit] except Exception: return [1] def load_plan(): try: with open(PLAN, encoding="utf-8") as f: return json.load(f) or {} except Exception: return {} def plan_by_channel(plan=None): plan = plan or load_plan() result = {} for item in plan.get("list", []): try: result[int(item.get("n"))] = item except Exception: pass return result def write_plan(plan): os.makedirs(os.path.dirname(PLAN), exist_ok=True) tmp = PLAN + ".tmp" with open(tmp, "w", encoding="utf-8") as f: json.dump(plan, f, ensure_ascii=False, indent=2) f.write("\n") os.replace(tmp, PLAN) def update_plan_identity(callsign="", dmr_id=""): plan = load_plan() if not plan: return if callsign: plan["callsign"] = callsign if dmr_id: plan["dmr_id"] = dmr_id write_plan(plan) def host_channel_number(path): m = re.search(r"/etc/MMDVM-Host-(\d+)\.ini$", path) if m: return int(m.group(1)) return 1 def sync_host_identity_and_frequencies(callsign="", dmr_id=""): """同步身份，并用通道规划修正 Host 元数据频点，避免页面/电台频率漂移。""" by_channel = plan_by_channel() for path in host_paths(): cp = ini(path) if callsign: set_sec(cp, "General", "Callsign", callsign) if dmr_id: set_sec(cp, "General", "Id", dmr_id) item = by_channel.get(host_channel_number(path)) if item: rx, tx = item.get("rx"), item.get("tx") if rx: set_sec(cp, "General", "RXFrequency", rx) set_sec(cp, "Info", "RXFrequency", rx) set_sec(cp, "Modem", "RXFrequency", rx) if tx: set_sec(cp, "General", "TXFrequency", tx) set_sec(cp, "Info", "TXFrequency", tx) set_sec(cp, "Modem", "TXFrequency", tx) save_ini(cp, path) def restart_channels(mode=None): for n in active_channels(): if mode is None: run(["systemctl", "restart", "mmdvm-iq@%d.service" % n], 30) run(["systemctl", "restart", "mmdvmhost@%d.service" % n], 30) run(["systemctl", "restart", "mmdvm-multi.service"], 40) def save_rf(a): call, dmr_id = clean_call(a[0]), clean_id(a[1]) update_plan_identity(call, dmr_id) sync_host_identity_and_frequencies(call, dmr_id) restart_channels() print("基础射频参数已保存；实际频点以通道规划为准，未被改写") def save_dmr(a): call = clean_call(a[0]) base_id = clean_id(a[1]) cc = a[2] or "1" bm_host, bm_port, bm_pw = a[5] or "", a[6] or "62031", a[7] or "" essid = clean_essid(a[8]) if len(a) > 8 else "" if not call or call == "NOCALL" or not base_id or base_id == "0": raise ValueError("呼号或 DMR ID 未填写") if essid and len(base_id) != 7: raise ValueError("启用 ESSID 时，DMR ID 必须是 7 位数字") effective_id = base_id + essid if essid else base_id dmr_items = [x for x in plan_by_channel().values() if str(x.get("mode", "")).upper() == "DMR"] if not dmr_items: raise ValueError("当前通道规划中没有 DMR 通道，请先在射频模式配置中设置") # 通道规划保存基础 DMR ID；ESSID 只叠加到 DMR 主机和 DMRGateway， # 避免把 9 位扩展 ID 写到 P25/YSF/NXDN/D-STAR 等其他模式。 update_plan_identity(call, base_id) sync_host_identity_and_frequencies(call, base_id) for item in dmr_items: n = int(item.get("n")) p = "/etc/MMDVM-Host-%d.ini" % n cp = ini(p) set_sec(cp, "General", "Callsign", call) set_sec(cp, "General", "Id", effective_id) for sec in ("General", "Info", "Modem"): set_sec(cp, sec, "RXFrequency", item.get("rx")) set_sec(cp, sec, "TXFrequency", item.get("tx")) set_sec(cp, "DMR", "Enable", "1") set_sec(cp, "DMR", "ColorCode", cc) set_sec(cp, "DMR Network", "Enable", "1") save_ini(cp, p) primary = sorted(dmr_items, key=lambda x: int(x.get("n", 0)))[0] rx, tx = str(primary.get("rx") or ""), str(primary.get("tx") or "") values = { "General": {"Id": effective_id, "Callsign": call}, "Info": {"Callsign": call, "URL": "www.qrz.com/db/" + call, "TXFrequency": tx, "RXFrequency": rx, "ColorCode": cc, "Slot1": "1", "Slot2": "1"}, "DMR Network 1": {"Enabled": "1", "Name": "BM", "Id": effective_id, "Address": bm_host or "", "Port": bm_port, "Password": bm_pw or "", "Location": "1", "Debug": "0"}, } save_dmr_gateway(DMRGW, values) os.makedirs(os.path.dirname(DMR_READY), exist_ok=True) open(DMR_READY, "w").write(effective_id + "\n") restart_channels() run(["systemctl", "restart", "dmrgateway.service"], 40) print("DMR 参数已保存（ID=%s）；Host 频点已按通道规划校正，DMRGateway 已启动" % effective_id) def _restart_gateway(name): run(["systemctl", "restart", name + ".service"], 40) def save_ysf(a): call = clean_call(a[0]); dmr_id = clean_id(a[1]) if len(a) > 1 else "" suffix = (a[2] if len(a) > 2 and a[2] else "RPT").upper() startup = a[3] if len(a) > 3 else "" set_identity(call, dmr_id) cp = ini(YSFGW) set_sec(cp, "General", "Callsign", call) set_sec(cp, "General", "Suffix", suffix) if dmr_id: set_sec(cp, "General", "Id", dmr_id) if startup: set_sec(cp, "Network", "Startup", startup) if len(a) > 4 and str(a[4]).strip() != "": set_sec(cp, "General", "WiresXCommandPassthrough", a[4]) save_ini(cp, YSFGW) restart_channels() _restart_gateway("ysfgateway") print("YSF 参数已保存，YSFGateway 已重载") def save_p25(a): call = clean_call(a[0] if a else "") set_identity(call) cp = ini(P25GW) set_sec(cp, "General", "Callsign", call) # ARCH P25 固定使用 46002；页面其他预设不写入网关静态表，避免无效反射器告警。 set_sec(cp, "Network", "Static", "46002") save_ini(cp, P25GW) restart_channels() _restart_gateway("p25gateway") print("P25 参数已保存，P25Gateway 已重载") def save_nxdn(a): call = clean_call(a[0] if a else "") nxdn_id = clean_id(a[1]) if len(a) > 1 else "" protocol = a[3] if len(a) > 3 and a[3] else "Icom" static = a[4] if len(a) > 4 else "" # 只更新 NXDN 页面所属的通道，避免覆盖 DMR / P25 的身份。 for n, item in plan_by_channel().items(): if str(item.get("mode", "")).upper() != "NXDN": continue hp = "/etc/MMDVM-Host-%d.ini" % n h = ini(hp) set_sec(h, "General", "Callsign", call) if nxdn_id: set_sec(h, "General", "Id", nxdn_id) save_ini(h, hp) cp = ini(NXDNGW) set_sec(cp, "General", "Callsign", call) if nxdn_id: set_sec(cp, "General", "Id", nxdn_id) set_sec(cp, "General", "RptProtocol", protocol) if static: set_sec(cp, "Network", "Static", static) save_ini(cp, NXDNGW) restart_channels() _restart_gateway("nxdngateway") print("NXDN 参数已保存，NXDNGateway 已重载") def save_dstar(a): gw_call = clean_call(a[0] if a else "") rep_call = clean_call(a[1] if len(a) > 1 else "") or gw_call module = (a[2] if len(a) > 2 and a[2] else "B").upper()[:1] irc_user = a[3] if len(a) > 3 else "" irc_pw = a[4] if len(a) > 4 else "" reflector = a[7] if len(a) > 7 else "" startup = a[8] if len(a) > 8 else "1" routing = a[9] if len(a) > 9 else "1" dplus = a[11] if len(a) > 11 else "" ircddb_host = a[12] if len(a) > 12 else "" set_identity(gw_call) values = { "gatewayCallsign": gw_call, "repeaterCall1": rep_call, "repeaterBand1": module, "ircddbUsername": irc_user, "ircddbPassword": irc_pw, "ircddbEnabled": routing or "1", "atStartup1": startup or "0", } if reflector: values["reflector1"] = reflector if ircddb_host: values["ircddbHostname"] = ircddb_host if str(dplus).strip() in ("0", "1"): values["dplusEnabled"] = str(dplus) set_flat(IRCDDB, values) restart_channels() _restart_gateway("ircddbgatewayd") print("D-STAR 参数已保存，ircDDBGateway 已重载") def save_fm(a): call = clean_call(a[0] if a else "") set_identity(call) ctcss = a[1] if len(a) > 1 and a[1] else "88.5" p = "/etc/MMDVM-Host.ini" cp = ini(p) for n in active_channels(): hp = "/etc/MMDVM-Host-%d.ini" % n h = ini(hp) plan = json.load(open(PLAN, encoding="utf-8")) if os.path.exists(PLAN) else {} item = next((x for x in plan.get("list", []) if int(x.get("n", 0)) == n), {}) if str(item.get("mode", "")).upper() != "FM": continue set_sec(h, "FM", "Enable", "1") set_sec(h, "FM", "CTCSSFrequency", ctcss) set_sec(h, "FM", "AccessMode", "1") set_sec(h, "FM Network", "Enable", "1") set_sec(h, "FM Network", "GatewayAddress", "127.0.0.1") set_sec(h, "FM Network", "GatewayPort", "49880") save_ini(h, hp) set_sec(cp, "FM", "Enable", "1") save_ini(cp, p) restart_channels() print("FM 参数已保存") def save_pocsag(a): p = "/etc/MMDVM-Host.ini" cp = ini(p) set_sec(cp, "POCSAG", "Enable", "1") set_sec(cp, "POCSAG", "Frequency", a[0] if a else "439500000") save_ini(cp, p) restart_channels() print("POCSAG 参数已保存") def cmd_bminfo(): cp = ini(DMRGW) sec = "DMR Network 1" out = {"callsign": cp.get("General", "Callsign", fallback=""), "id": cp.get("General", "Id", fallback=""), "host": cp.get(sec, "Address", fallback=""), "port": cp.get(sec, "Port", fallback="62031"), "enabled": cp.get(sec, "Enabled", fallback="0"), "ready": os.path.exists(DMR_READY)} print(json.dumps(out, ensure_ascii=False)) def main(): mode = (sys.argv[1] if len(sys.argv) > 1 else "").upper() args = sys.argv[2:] try: if mode == "BMINFO": cmd_bminfo() elif mode == "RF": save_rf(args) elif mode == "DMR": save_dmr(args) elif mode == "YSF": save_ysf(args) elif mode == "P25": save_p25(args) elif mode == "NXDN": save_nxdn(args) elif mode == "D-STAR": save_dstar(args) elif mode == "FM": save_fm(args) elif mode == "POCSAG": save_pocsag(args) else: raise ValueError("未知保存模式: %s" % mode) return 0 except Exception as e: print(str(e), file=sys.stderr) return 1 if __name__ == "__main__": raise SystemExit(main()) ``` ### `usr/local/libexec/mmdvm-status.py` ```python #!/usr/bin/env python3 """MMDVM-IQ 状态输出（QSO 从 journald 和日志文件双读）""" import subprocess, os, re, json, glob, sys _FAST = len(sys.argv) > 1 and sys.argv[1] == "quick" def _active_channel_count(): """当前实际启动的通道数；历史 Host-N.ini 不代表正在运行。""" try: with open("/etc/mmdvm/channels.json", encoding="utf-8") as f: n = int((json.load(f) or {}).get("channels") or 0) if n > 0: return max(1, min(11, n)) except Exception: pass try: txt = open("/etc/MMDVM-Multi.ini", encoding="utf-8", errors="ignore").read() m = re.search(r"(?mi)^\s*Channels\s*=\s*(\d+)", txt) if m: return max(1, min(11, int(m.group(1)))) except Exception: pass return 1 def _compute_modes(): """动态统计当前运行通道模式（只扫描前 N 路 Host 配置）。""" secs = [("DMR", "DMR"), ("D-STAR", "D-Star"), ("YSF", "System Fusion"), ("P25", "P25"), ("NXDN", "NXDN"), ("FM", "FM"), ("POCSAG", "POCSAG")] modes = [] n = _active_channel_count() for i in range(1, n + 1): try: t = open("/etc/MMDVM-Host-%d.ini" % i, encoding="utf-8", errors="ignore").read() except Exception: continue cur = None for ln in t.split("\n"): ln = ln.strip() if ln.startswith("["): cur = ln.strip("[]") elif ln == "Enable=1" and cur: for short, sec in secs: if cur == sec and short not in modes: modes.append(short) return ("MODE=" + "+".join(modes) + "\nCHANNELS=%d" % n) if modes else "MODE=NONE" def get_qso(): """从 journald 和日志文件收集 QSO。 ★ 性能：一次 journalctl 批量拉取全部相关单元（json 输出）， 不再逐通道各跑一次（旧版 8 次调用，每次 0.5~1.5 秒）。""" all_lines = [] units = ["mmdvmhost.service"] + ["mmdvmhost@%d.service" % i for i in range(1, 12)] + ["fmo-bridge.service"] try: cmd = ["journalctl"] for unit in units: cmd += ["-u", unit] cmd += ["-n", "600", "--no-pager", "-o", "json"] r = subprocess.run(cmd, capture_output=True, text=True, timeout=18) if r.returncode == 0: for raw in r.stdout.splitlines(): try: obj = json.loads(raw) except Exception: continue msg = str(obj.get("MESSAGE") or "") unit = str(obj.get("_SYSTEMD_UNIT") or "") m = re.search(r"mmdvmhost@(\d+)\.service$", unit) if m: msg = "[CH%s] %s" % (m.group(1), msg) if msg: all_lines.append(msg) except Exception: pass # 日志文件备用（journald 不可用时才读） if not all_lines: files = [] for pat in ("/var/log/mmdvm/MMDVM-Host-*.log", "/var/log/mmdvm/MMDVM-Host*.log"): files.extend(glob.glob(pat)) for f in sorted(set(files), reverse=True)[:2]: try: with open(f, encoding="utf-8", errors="ignore") as fh: all_lines.extend(fh.readlines()[-200:]) except Exception: pass KWS = ( "received rf end of voice", "received network end of voice", "received rf voice header", "received network voice header", # ★ YSF/P25/NXDN 网络语音没有 header 行，只有“开始行” "received network data from", "received network transmission", "received rf voice transmission", "network watchdog has expired", "d-star, received rf header", "d-star, received network header", "d-star, received rf end of transmission", "d-star, received network end of transmission", "d-star, received rf end of voice", "d-star, received network end of voice", "received rf header", "received network header", "end of transmission", ) qso, seen = [], set() for line in all_lines: low = line.lower() if any(kw in low for kw in KWS): key = re.sub(r"\s+", " ", line.strip())[:160] if key not in seen: seen.add(key) qso.append(line.rstrip()) def _ts_of(x): m = re.search(r"(\d{4}-\d{2}-\d{2}[T ]\d{2}:\d{2}:\d{2})", x) return m.group(1) if m else "" qso.sort(key=_ts_of, reverse=True) return qso[:80] # ==================== ★ 快速模式：只输出通话记录（供 Live QSO 1 秒轮询，跳过服务/网络/磁盘）==================== if len(sys.argv) > 1 and sys.argv[1] == "qso": print("=== QSO ===") _q = get_qso() if _q: for _l in _q: print(_l) else: print("无通话记录") sys.exit(0) # === SERVICES === def _any_active(units): """多信道架构下 mmdvmhost/mmdvm-iq 是实例化单元，需逐个探测""" for u in units: try: r = subprocess.run(["systemctl", "is-active", "--quiet", u], capture_output=True, timeout=3) if r.returncode == 0: return True except Exception: pass return False _UNITS = [ ("mmdvm-iq", ["mmdvm-iq@%d.service" % i for i in (1, 2, 3, 4, 5, 6)] + ["mmdvm-iq.service"]), ("mmdvmhost", ["mmdvmhost@%d.service" % i for i in (1, 2, 3, 4, 5, 6)] + ["mmdvmhost.service"]), ("mmdvm-multi", ["mmdvm-multi.service"]), ("dmrgateway", ["dmrgateway.service"]), ("ysfgateway", ["ysfgateway.service"]), ("p25gateway", ["p25gateway.service"]), ("nxdngateway", ["nxdngateway.service"]), ("ircddbgatewayd", ["ircddbgatewayd.service"]), ("mosquitto", ["mosquitto.service"]), ("mmdvm-web", ["mmdvm-web.service"]), ] print("=== SERVICES ===") _all_units = sorted({u for _name, _units in _UNITS for u in _units}) _active_set = set() try: _r = subprocess.run(["systemctl", "is-active"] + _all_units, capture_output=True, text=True, timeout=12) _active_set = {u for u, state in zip(_all_units, _r.stdout.splitlines()) if state.strip() == "active"} except Exception: pass for _name, _units in _UNITS: print("%s %s" % (_name, "active" if any(u in _active_set for u in _units) else "inactive")) # === PROFILE === print("=== PROFILE ===") try: content = _compute_modes() print(content if content else "MODE=未知") except Exception: print("MODE=未知") # === SYSTEM === print("=== SYSTEM ===") try: with open("/sys/class/thermal/thermal_zone0/temp") as f: cpu = int(f.read().strip()) / 1000.0 print(f"cpu_temp={cpu:.1f}") except Exception: print("cpu_temp=N/A") try: d = {} with open("/proc/meminfo") as f: for line in f: k, v = line.split(":", 1) d[k] = int(v.strip().split()[0]) total_kb = d.get("MemTotal", 0) avail_kb = d.get("MemAvailable", 0) used_kb = total_kb - avail_kb print(f"mem={used_kb//1024}M/{total_kb//1024}M") except Exception: print("mem=N/A") try: with open("/proc/uptime") as f: secs = float(f.read().split()[0]) days = int(secs // 86400); hours = int((secs % 86400) // 3600) mins = int((secs % 3600) // 60) if days > 0: print(f"uptime=up {days} days, {hours} hours") elif hours > 0: print(f"uptime=up {hours} hours, {mins} mins") else: print(f"uptime=up {mins} mins") except Exception: print("uptime=N/A") try: with open("/proc/loadavg") as f: parts = f.read().split() print(f"load={parts[0]}, {parts[1]}, {parts[2]}") except Exception: print("load=N/A") # ★ CPU 实时占用率：/proc/stat 两次采样（0.25 秒） try: def _read_stat(): with open("/proc/stat") as f: fld = f.readline().split() vals = [int(x) for x in fld[1:8]] # user nice system idle iowait irq softirq total = sum(vals) idle = vals[3] + vals[4] # idle + iowait return total, idle _t1, _i1 = _read_stat() import time as _time _time.sleep(0.25) _t2, _i2 = _read_stat() _dt = _t2 - _t1 if _dt > 0: _pct = 100.0 * (_dt - (_i2 - _i1)) / _dt print(f"cpu_usage={_pct:.0f}%") else: print("cpu_usage=N/A") except Exception: print("cpu_usage=N/A") try: st = os.statvfs("/") total = st.f_blocks * st.f_frsize; free = st.f_bavail * st.f_frsize used = total - free; pct = (used * 100 // total) if total else 0 print(f"disk={used//(1024**3)}G/{total//(1024**3)}G ({pct}%)") except Exception: print("disk=N/A") print("sx_probe=OK" if os.path.exists("/etc/mmdvm/soapy-sx-verified") else "sx_probe=FAIL") # === NETWORK === print("=== NETWORK ===") try: r = subprocess.run(["hostname","-I"], capture_output=True, text=True, timeout=3) ips = r.stdout.strip().split() print(f"ip={ips[0] if ips else '127.0.0.1'}") except Exception: print("ip=127.0.0.1") try: r = subprocess.run(["ip","route","show"], capture_output=True, text=True, timeout=3) gw = "" for line in r.stdout.split("\n"): if line.startswith("default"): parts = line.split() if "via" in parts: gw = parts[parts.index("via")+1]; break print(f"gateway={gw or 'N/A'}") except Exception: print("gateway=N/A") try: dns = "" with open("/etc/resolv.conf") as f: for line in f: if line.startswith("nameserver"): dns = line.split()[1]; break print(f"dns={dns or 'N/A'}") except Exception: print("dns=N/A") # === QSO === print("=== QSO ===") if _FAST: print("无通话记录") else: qso = get_qso() if qso: for line in qso: print(line) else: print("无通话记录") ``` ### `usr/local/libexec/tetra-api.py` ```python #!/usr/bin/env python3 # -*- coding: utf-8 -*- """tetra-api.py —— TDR Link 后端（供 Web 控制台 /tetra 调用，需 root） 数据模型（按需求）： 4 个 TETRA 射频通道（编号 7..10），每个通道： · 载波号（频率 = 载波号 × 25kHz）与 FDD 收发频率 · 3 个通话时隙 TS2/TS3/TS4（TS1 = 控制信令时隙，不参与通话展示） 另外：网络标识 MCC/MNC、色码、SDR 参数（采样率/增益/ppm） 命令：status / get / save / start / stop / restart / logs / switch """ import json import os import re import subprocess import sys import time TETRA_DIR = "/opt/tetra" CFG = os.path.join(TETRA_DIR, "config.toml") UI_CFG = os.path.join(TETRA_DIR, "ui-config.json") SVC = "tetra-bs.service" BSTATION = "/opt/tetra-src/flowstation/target/release/bluestation-bs" MMDVM_UNITS = ["mmdvm-multi", "fmo-bridge"] + \ ["mmdvm-iq@%d" % i for i in range(1, 7)] + \ ["mmdvmhost@%d" % i for i in range(1, 7)] BREW_DEFAULTS = { "enable": True, "mcc": 901, "mnc": 9999, "color_code": 1, "duplex_spacing_mhz": 0.0, "sample_rate": 150000, "ppm_err": 0.0, "freq_band": 4, "callsign": "", "carrier": 1576, # 主载波（频率 = 载波号 × 25kHz） "dual_carrier": False, # 双载波开关（开启时额外占用紧邻 25kHz） "secondary_carrier": 1577, # 次载波（通常与主载波相差 1 = +25kHz） "ts": {"ts2": True, "ts3": True, "ts4": True}, # 通话时隙（TS1 为控制时隙） } DEFAULTS = { "mcc": 901, "mnc": 9999, "color_code": 1, "duplex_spacing_mhz": 0.0, "sample_rate": 150000, "ppm_err": 0.0, "freq_band": 4, "callsign": "", "carrier": 1576, # 主载波（频率 = 载波号 × 25kHz） "dual_carrier": False, # 双载波开关（开启时额外占用紧邻的 25kHz） "secondary_carrier": 1577, # 次载波（通常与主载波相差 1 = +25kHz） "ts": {"ts2": True, "ts3": True, "ts4": True}, } # ── 联网服务器（Brew）默认列表 ── # 从 176 设备同步的 TetraPack 官方服务器作为默认条目 # 用户可自行添加/修改/删除；username/password 需用户自己填写 DEFAULT_NET_SERVERS = [ { "id": "tetrapack", "name": "TDR Link Pack 服务器", "host": "core.tetrapack.online", "port": 443, "tls": True, "dmr_id": "", "username": "", "password": "", "reconnect_delay_secs": 10, "feature_sds_enabled": True, }, { "id": "arch", "name": "ARCH TDR Link 服务器", "host": "tetra-brew.hljrsa.cn", "port": 9100, "tls": True, "dmr_id": "", "username": "", "password": "", "reconnect_delay_secs": 10, "feature_sds_enabled": True, }, ] DEFAULT_ACTIVE_SERVER = "tetrapack" # ── 高级参数默认值（从 176 设备同步） ── ADV_DEFAULTS = { "cell_info.location_area": 2, "cell_info.colour_code": 1, "cell_info.freq_offset": 0, "cell_info.reverse_operation": False, "cell_info.hangtime_secs": 5, "cell_info.call_timeout_secs": 600, "cell_info.ul_inactivity_secs": 3, "cell_info.periodic_registration_secs": 3600, "cell_info.voice_service": True, "cell_info.system_wide_services": True, "cell_info.timezone": "Asia/Shanghai", "cell_info.dgna_use_ss_facility": True, "cell_info.dgna_attachment_mode": 0, "security.whitelist_mode": "off", "recovery.enabled": False, "recovery.reactive_enabled": True, } def sh(cmd, timeout=60): try: r = subprocess.run(cmd, capture_output=True, text=True, timeout=timeout) return r.returncode, r.stdout.strip(), r.stderr.strip() except Exception as e: return -1, "", str(e) def is_active(unit): return sh(["systemctl", "is-active", unit], timeout=8)[1].strip() == "active" def _split_login_username(username): value = str(username or "").strip() if value.isdigit() and len(value) == 9: return value[:7], value[7:9] if value.isdigit() and len(value) == 7: return value, "" return "", "" def _normalize_servers(servers): merged = {} for raw in servers if isinstance(servers, list) else []: if not isinstance(raw, dict): continue sid = str(raw.get("id") or "").strip() if sid == "arch93full": sid = "arch" if sid not in ("tetrapack", "arch"): continue item = dict(raw) item["id"] = sid dmr_id = str(item.get("dmr_id") or "").strip() if not dmr_id: dmr_id, _ = _split_login_username(item.get("username", "")) item["dmr_id"] = dmr_id item.pop("essid", None) if dmr_id: item["username"] = dmr_id else: item["username"] = "" item["password"] = str(item.get("password") or "") item["port"] = int(item.get("port") or (443 if sid == "tetrapack" else 9100)) item["tls"] = bool(item.get("tls", True)) item["reconnect_delay_secs"] = int(item.get("reconnect_delay_secs") or 10) item["feature_sds_enabled"] = bool(item.get("feature_sds_enabled", True)) if sid == "tetrapack": item["name"] = "TDR Link Pack 服务器" if not item.get("host"): item["host"] = "core.tetrapack.online" else: item["name"] = "ARCH TDR Link 服务器" host = str(item.get("host") or "").strip() if not host or host == "192.168.1.20": host = "tetra-brew.hljrsa.cn" item["host"] = host if item["port"] == 80: item["port"] = 9100 item["tls"] = True merged[sid] = item for default in json.loads(json.dumps(DEFAULT_NET_SERVERS)): merged.setdefault(default["id"], default) return [merged["tetrapack"], merged["arch"]] def load_ui(): d = None if os.path.exists(UI_CFG): try: d = json.load(open(UI_CFG, encoding="utf-8")) except Exception: d = None if not d: d = json.loads(json.dumps(DEFAULTS)) for k, v in DEFAULTS.items(): d.setdefault(k, v) if not isinstance(d.get("ts"), dict): d["ts"] = json.loads(json.dumps(DEFAULTS["ts"])) b = d.setdefault("brew", {}) for k, v in BREW_DEFAULTS.items(): b.setdefault(k, v) d["net_servers"] = _normalize_servers(d.get("net_servers")) ids = {s["id"] for s in d["net_servers"]} if d.get("active_server") not in ids: d["active_server"] = DEFAULT_ACTIVE_SERVER return d def save_ui(d): os.makedirs(TETRA_DIR, exist_ok=True) tmp = UI_CFG + ".tmp" with open(tmp, "w", encoding="utf-8") as f: json.dump(d, f, ensure_ascii=False, indent=2) os.replace(tmp, UI_CFG) def _carrier_offset(freq_band=4): """Bands are 100 MHz wide in FlowStation's carrier formula.""" return int(freq_band or 0) * 4000 def carrier_abs(carrier, freq_band=4): n = int(carrier) off = _carrier_offset(freq_band) return n + off if off and n < off else n def carrier_rel(carrier, freq_band=4): n = int(carrier) off = _carrier_offset(freq_band) return n - off if off and n >= off else n def carrier_hz(carrier, freq_band=4): """Carrier number to downlink frequency using the TETRA 100 MHz band base.""" return carrier_abs(carrier, freq_band) * 25000 def freq_to_band_carrier(freq_hz): """Convert 350-500 MHz to FlowStation band + 25 kHz carrier number.""" freq_hz = int(round(float(freq_hz))) if freq_hz < 350_000_000 or freq_hz > 500_000_000: raise ValueError("频率必须在 350.000-500.000 MHz 之间") mhz = freq_hz / 1e6 band = int(mhz // 100) base = band * 100_000_000 rel = int(round((freq_hz - base) / 25_000.0)) aligned = base + rel * 25_000 if abs(aligned - freq_hz) > 1: raise ValueError("频率必须按 25 kHz 栅格填写") if rel < 0 or rel >= 4000: raise ValueError("频率无法换算为有效载波号") return band, rel, band * 4000 + rel def _reverse_enabled(d): adv = d.get("adv") if isinstance(d.get("adv"), dict) else {} value = d.get("reverse_operation", adv.get("cell_info.reverse_operation", False)) return str(value).strip().lower() in ("1", "true", "yes", "on") def chan_freqs(d, c): band = int(d.get("freq_band", 4) or 4) tx = carrier_hz(c["carrier"], band) spacing = float(d.get("duplex_spacing_mhz") or 0) if spacing <= 0: spacing = 10.0 delta = int(round(spacing * 1e6)) rx = tx + delta if _reverse_enabled(d) else tx - delta return rx, tx def cmd_status(): d = load_ui() band = int(d.get("freq_band", 4) or 4) main_rel = carrier_rel(d.get("carrier", 0), band) sec_rel = carrier_rel(d.get("secondary_carrier", 0), band) spacing = float(d.get("duplex_spacing_mhz") or 0) if spacing <= 0 and band == 4: spacing = 10.0 rx, tx = chan_freqs(d, {"carrier": main_rel}) cfg = dict(d) cfg["carrier"] = main_rel cfg["secondary_carrier"] = sec_rel cfg["duplex_spacing_mhz"] = spacing sec = None if d.get("dual_carrier"): srx, stx = chan_freqs(d, {"carrier": sec_rel}) sec = {"carrier": sec_rel, "rx": srx, "tx": stx} return {"ok": True, "service": "active" if is_active(SVC) else "inactive", "binary": os.path.exists(BSTATION), "cfg": cfg, "carrier": {"carrier": main_rel, "rx": rx, "tx": tx, "ts": d.get("ts", {})}, "secondary": sec, "bandwidth_khz": 50 if d.get("dual_carrier") else 25, "mmdvm": "active" if is_active("mmdvm-multi") else "inactive", "sdr_owner": sdr_owner()} def cmd_get(): return {"ok": True, "cfg": load_ui()} def cmd_save(body): d = load_ui() restart = bool(body.get("restart", False)) if isinstance(body.get("adv"), dict): d.setdefault("adv", {}).update(body["adv"]) if "tx_freq_hz" in body or "rx_freq_hz" in body: try: tx = int(round(float(body.get("tx_freq_hz")))) rx = int(round(float(body.get("rx_freq_hz")))) except Exception: return {"ok": False, "error": "TX/RX 频率格式不正确"} try: band, rel, abs_carrier = freq_to_band_carrier(tx) freq_to_band_carrier(rx) except ValueError as e: return {"ok": False, "error": str(e)} spacing_hz = abs(rx - tx) if spacing_hz < 1_000_000 or spacing_hz > 100_000_000: return {"ok": False, "error": "双工间隔必须在 1-100 MHz 之间"} d["freq_band"] = band d["carrier"] = abs_carrier d["secondary_carrier"] = band * 4000 + (rel + 1 if rel < 3999 else rel - 1) d["duplex_spacing_mhz"] = spacing_hz / 1e6 d["reverse_operation"] = rx > tx d.setdefault("adv", {})["cell_info.reverse_operation"] = d["reverse_operation"] else: for k in ("mcc", "mnc", "color_code", "duplex_spacing_mhz", "sample_rate", "ppm_err", "freq_band", "callsign", "reverse_operation"): if k in body: d[k] = body[k] if isinstance(body.get("brew"), dict): b = d.setdefault("brew", {}) for k in BREW_DEFAULTS: if k in body["brew"]: b[k] = body["brew"][k] if isinstance(body.get("net_servers"), list): d["net_servers"] = body["net_servers"] if "active_server" in body: d["active_server"] = body["active_server"] for k in ("carrier", "secondary_carrier"): if k in body: try: d[k] = carrier_abs(int(body[k]), d.get("freq_band", 4)) except Exception: pass if "dual_carrier" in body: d["dual_carrier"] = bool(body["dual_carrier"]) if isinstance(body.get("ts"), dict): d["ts"] = {k: bool(v) for k, v in body["ts"].items() if k in ("ts2", "ts3", "ts4")} save_ui(d) toml = write_toml(d) if restart: _restart_tetra_if_active(clear_recovery=True) return {"ok": not restart or is_active(SVC), "cfg": d, "toml": toml, "service": "active" if is_active(SVC) else "inactive", "restart": restart} def cmd_servers_list(): """返回联网服务器列表及当前活跃服务器。""" d = load_ui() return { "ok": True, "servers": d.get("net_servers", []), "active_server": d.get("active_server", DEFAULT_ACTIVE_SERVER), } def _validate_server_profile(item): dmr_id = str(item.get("dmr_id") or "").strip() if dmr_id and (not dmr_id.isdigit() or len(dmr_id) != 7): raise ValueError("DMR ID 必须是 7 位数字") if not dmr_id: dmr_id, _ = _split_login_username(item.get("username", "")) if dmr_id and (not dmr_id.isdigit() or len(dmr_id) != 7): raise ValueError("DMR ID 必须是 7 位数字") return dmr_id, dmr_id def cmd_servers_save(body): """保存两份服务器配置，选择当前服务器，并写入 [brew] 后重启。""" d = load_ui() incoming = body.get("servers") if isinstance(body.get("servers"), list) else [] current = {s["id"]: s for s in d.get("net_servers", [])} try: for raw in incoming: if not isinstance(raw, dict): continue sid = "arch" if str(raw.get("id")) == "arch93full" else str(raw.get("id") or "") if sid not in ("tetrapack", "arch"): continue item = dict(current.get(sid, {})) item.update(raw) item["id"] = sid item["name"] = "TDR Link Pack 服务器" if sid == "tetrapack" else "ARCH TDR Link 服务器" item["host"] = str(item.get("host") or "").strip() item["port"] = int(item.get("port") or (443 if sid == "tetrapack" else 9100)) item["tls"] = bool(item.get("tls", True)) item["password"] = str(item.get("password") or "") item["reconnect_delay_secs"] = int(item.get("reconnect_delay_secs") or 10) item["feature_sds_enabled"] = bool(item.get("feature_sds_enabled", True)) dmr_id, username = _validate_server_profile(item) item["dmr_id"], item["username"] = dmr_id, username item.pop("essid", None) current[sid] = item except ValueError as e: return {"ok": False, "error": str(e)} d["net_servers"] = _normalize_servers([current["tetrapack"], current["arch"]]) active = "arch" if str(body.get("active_server")) in ("arch", "arch93full") else "tetrapack" d["active_server"] = active active_brew = _get_active_brew(d) d["brew"] = dict(active_brew) d["brew"]["enable"] = True save_ui(d) toml = write_toml(d) _restart_tetra_if_active(clear_recovery=True) return {"ok": is_active(SVC), "active_server": active, "servers": d["net_servers"], "toml": toml, "service": "active" if is_active(SVC) else "inactive"} def cmd_server_switch(body): """切换当前使用的联网服务器。""" d = load_ui() target_id = "arch" if str(body.get("id")) == "arch93full" else str(body.get("id") or "") servers = d.get("net_servers", []) found = next((srv for srv in servers if srv.get("id") == target_id), None) if not found: return {"ok": False, "error": "未找到服务器: %s" % target_id} if not found.get("host"): return {"ok": False, "error": "该服务器未配置地址"} d["active_server"] = target_id d["brew"] = dict(_get_active_brew(d)) d["brew"]["enable"] = True save_ui(d) toml = write_toml(d) _restart_tetra_if_active(clear_recovery=True) return {"ok": is_active(SVC), "active_server": target_id, "brew": _get_active_brew(d), "toml": toml, "service": "active" if is_active(SVC) else "inactive"} def cmd_server_add(body): """添加联网服务器""" d = load_ui() servers = d.setdefault("net_servers", []) srv = { "id": body.get("id") or ("srv_%d" % int(time.time() * 1000)), "name": body.get("name", "新服务器"), "host": body.get("host", ""), "port": int(body.get("port", 443)), "tls": bool(body.get("tls", True)), "username": body.get("username", ""), "password": body.get("password", ""), "reconnect_delay_secs": int(body.get("reconnect_delay_secs", 10)), "feature_sds_enabled": bool(body.get("feature_sds_enabled", True)), } if not srv["host"]: return {"ok": False, "error": "服务器地址不能为空"} servers.append(srv) # 如果没有活跃服务器，自动设为当前活跃 if not d.get("active_server"): d["active_server"] = srv["id"] save_ui(d) return {"ok": True, "servers": servers, "added": srv["id"], "active_server": d.get("active_server")} def cmd_server_update(body): """更新联网服务器""" d = load_ui() servers = d.get("net_servers", []) sid = body.get("id", "") for i, srv in enumerate(servers): if srv.get("id") == sid: for k in ("name", "host", "port", "tls", "username", "password", "reconnect_delay_secs", "feature_sds_enabled"): if k in body: if k in ("port", "reconnect_delay_secs"): servers[i][k] = int(body[k]) elif k in ("tls", "feature_sds_enabled"): servers[i][k] = bool(body[k]) else: servers[i][k] = body[k] save_ui(d) return {"ok": True, "servers": servers, "updated": sid} return {"ok": False, "error": "未找到服务器: %s" % sid} def cmd_server_delete(body): """删除联网服务器""" d = load_ui() servers = d.get("net_servers", []) sid = body.get("id", "") before = len(servers) d["net_servers"] = [s for s in servers if s.get("id") != sid] if len(d["net_servers"]) < before: save_ui(d) return {"ok": True, "servers": d["net_servers"], "deleted": sid} return {"ok": False, "error": "未找到服务器: %s" % sid} def _setk_any(text, key, val): """替换 key=... 行；若该行是注释形式（# key = ...）也能替换并取消注释。""" pat = re.compile(r"^#?\s*%s\s*=.*$" % re.escape(key), flags=re.M) if pat.search(text): return pat.sub("%s = %s" % (key, val), text, count=1) return text def write_toml(d): """按界面配置更新 config.toml，并保留其余内容。""" if not os.path.exists(CFG): return "（config.toml 尚未生成，仅保存了界面配置）" s = open(CFG, encoding="utf-8", errors="ignore").read() rx, tx = chan_freqs(d, {"carrier": d.get("carrier", 0)}) spacing_hz = int(round(float(d.get("duplex_spacing_mhz") or 10) * 1e6)) reverse = _reverse_enabled(d) def setk(text, key, val): if re.search(r"^%s\s*=.*$" % re.escape(key), text, flags=re.M): return re.sub(r"^%s\s*=.*$" % re.escape(key), "%s = %s" % (key, val), text, flags=re.M) return text def set_any(text, key, val): if re.search(r"^#?\s*%s\s*=.*$" % re.escape(key), text, flags=re.M): return re.sub(r"^#?\s*%s\s*=.*$" % re.escape(key), "%s = %s" % (key, val), text, flags=re.M, count=1) return text s = setk(s, "tx_freq", tx) s = setk(s, "rx_freq", rx) s = setk(s, "mcc", d["mcc"]) s = setk(s, "mnc", d["mnc"]) s = set_any(s, "freq_band", d["freq_band"]) s = set_any(s, "main_carrier", carrier_rel(d.get("carrier", 0), d.get("freq_band", 4))) s = set_any(s, "secondary_carrier", carrier_rel(d.get("secondary_carrier", 0), d.get("freq_band", 4))) s = set_any(s, "freq_offset", 0) s = set_any(s, "duplex_spacing", 0) standard_10mhz = int(d.get("freq_band", 4)) == 4 and spacing_hz == 10_000_000 if standard_10mhz: # Band 4 duplex index 0 already means the standard 10 MHz spacing. # Omitting the custom override keeps the air interface identical to the known-good config. if re.search(r"^custom_duplex_spacing\s*=", s, flags=re.M): s = re.sub(r"^custom_duplex_spacing\s*=\s*([^#\n]+).*$", lambda m: "# custom_duplex_spacing = " + m.group(1).strip(), s, flags=re.M, count=1) elif re.search(r"^#?\s*custom_duplex_spacing\s*=", s, flags=re.M): s = set_any(s, "custom_duplex_spacing", spacing_hz) else: s = re.sub(r"^(duplex_spacing\s*=.*)$", r"\1\ncustom_duplex_spacing = %d" % spacing_hz, s, count=1, flags=re.M) s = set_any(s, "reverse_operation", "true" if reverse else "false") if re.search(r"^#?\s*dual_carrier_enabled\s*=", s, flags=re.M): s = re.sub(r"^#?\s*dual_carrier_enabled\s*=.*$", "dual_carrier_enabled = %s" % ("true" if d.get("dual_carrier") else "false"), s, flags=re.M) else: s = re.sub(r"^(secondary_carrier\s*=.*)$", r"\1\ndual_carrier_enabled = %s" % ("true" if d.get("dual_carrier") else "false"), s, count=1, flags=re.M) if re.search(r"^sample_rate\s*=", s, flags=re.M): s = setk(s, "sample_rate", d["sample_rate"]) s = _write_brew(s, d) try: os.makedirs(TETRA_DIR, exist_ok=True) tmp = CFG + ".tmp.arch-write" with open(tmp, "w", encoding="utf-8") as f: f.write(s) os.replace(tmp, CFG) return "已写入 config.toml：%d 频段载波 %d → 下行 %.4f / 上行 %.4f MHz，双工 %.4f MHz" % ( int(d.get("freq_band", 4)), carrier_rel(d.get("carrier", 0), d.get("freq_band", 4)), tx / 1e6, rx / 1e6, spacing_hz / 1e6) except Exception as e: return "写入失败：%s" % e def _wait_state(units, want_active, timeout=30.0): """轮询等待一组单元达到目标状态（比固定 sleep 快且可靠）""" t0 = time.time() while time.time() - t0 < timeout: cur = [is_active(u) for u in units] if all(cur) if want_active else (not any(cur)): return True time.sleep(0.25) return False def sdr_owner(): """谁在占用 SX1255（MMDVM / TETRA / 空闲）""" if is_active("mmdvm-multi"): return "MMDVM" if is_active(SVC): return "TETRA" return "空闲" def _channels_to_run(): """按规划文件返回需要运行的 IQ/Host 单元（跳过隔离带 mode=NONE）""" try: d = json.load(open("/etc/mmdvm/channels.json", encoding="utf-8")) ns = [c["n"] for c in d.get("list", []) if c.get("mode") and str(c["mode"]).upper() != "NONE"] if ns: return [("mmdvm-iq@%d" % n) for n in ns], [("mmdvmhost@%d" % n) for n in ns] except Exception: pass return IQ_UNITS, HOST_UNITS def _all_units(): """互斥启停涉及的全部单元：按规划动态取（mode!=NONE 的通道），兜底 IQ_UNITS/HOST_UNITS""" iq_u, host_u = _channels_to_run() return ["mmdvm-multi", "fmo-bridge"] + list(iq_u) + list(host_u) def _stop_mmdvm(): """并行停掉 MMDVM 全部单元（按 channels.json 动态取）""" units = _all_units() sh(["systemctl", "stop"] + units, timeout=45) _wait_state(units, False, 12.0) def _start_mmdvm(): """按依赖顺序起，但用等待式校验代替固定 sleep""" sh(["systemctl", "start", "mmdvm-multi"], timeout=60) if not _wait_state(["mmdvm-multi"], True, 25.0): return False iq_u, host_u = _channels_to_run() sh(["systemctl", "start"] + iq_u, timeout=60) sh(["systemctl", "start"] + host_u, timeout=60) ok = _wait_state(host_u, True, 30.0) sh(["systemctl", "start", "fmo-bridge"], timeout=30) return ok def _start_tetra(): sh(["systemctl", "start", SVC], timeout=60) return _wait_state([SVC], True, 20.0) and not sh(["systemctl", "is-active", SVC])[1].strip() == "failed" def cmd_start(): _stop_mmdvm() sh(["systemctl", "start", SVC], timeout=60) ok = _wait_state([SVC], True, 20.0) return {"ok": ok, "service": "active" if is_active(SVC) else "inactive", "sdr_owner": sdr_owner(), "note": "MMDVM 各通道已停止（一块 SX1255 同一时刻只能被一个程序独占）"} def cmd_stop(): sh(["systemctl", "stop", SVC], timeout=40) return {"ok": True, "service": "inactive", "sdr_owner": sdr_owner()} def _clear_recovery_cache(): """主动重启前清空旧终端恢复缓存，避免旧会话占用控制信道。""" path = os.path.join(TETRA_DIR, "recovery_cache.json") try: os.makedirs(TETRA_DIR, exist_ok=True) tmp = path + ".tmp.arch-clear" with open(tmp, "w", encoding="utf-8") as f: json.dump({"version": 1, "terminals": []}, f, ensure_ascii=False, indent=2) os.replace(tmp, path) return True except Exception: return False def _restart_tetra_if_active(clear_recovery=False): """如果 TETRA 服务正在运行，重启它以应用新配置。""" if clear_recovery: _clear_recovery_cache() if is_active(SVC): sh(["systemctl", "restart", SVC], timeout=60) _wait_state([SVC], True, 15.0) def cmd_switch(what): """切换 SDR 归属；失败自动回滚""" before = sdr_owner() t0 = time.time() if what == "tetra": _stop_mmdvm() sh(["systemctl", "start", SVC], timeout=60) ok = _wait_state([SVC], True, 20.0) else: sh(["systemctl", "stop", SVC], timeout=40) _wait_state([SVC], False, 10.0) ok = _start_mmdvm() dt = time.time() - t0 if not ok: if what == "tetra": sh(["systemctl", "stop", SVC], timeout=30) _start_mmdvm() else: _stop_mmdvm() sh(["systemctl", "start", SVC], timeout=60) return {"ok": False, "error": "切换失败，已回滚到 %s" % before, "switched": what, "elapsed": round(dt, 1), "sdr_owner": sdr_owner()} return {"ok": True, "switched": what, "elapsed": round(dt, 1), "sdr_owner": sdr_owner(), "tetra": "active" if is_active(SVC) else "inactive", "mmdvm": "active" if is_active("mmdvm-multi") else "inactive", "channels_up": sum(1 for u in _channels_to_run()[1] if is_active(u))} def cmd_logs(lines): n = max(10, min(500, int(lines or 120))) rc, out, _ = sh(["journalctl", "-u", SVC, "-n", str(n), "--no-pager"], timeout=30) return {"ok": True, "text": out or "(暂无日志)"} BREW_KEYS = ("host", "port", "tls", "username", "password", "reconnect_delay_secs") def _get_active_brew(d): """当前 active_server 优先于旧的 brew 备忘配置。""" active_id = d.get("active_server", DEFAULT_ACTIVE_SERVER) servers = d.get("net_servers", []) for srv in servers: if srv.get("id") == active_id and srv.get("host"): return { "enable": True, "host": srv["host"], "port": int(srv.get("port", 443)), "tls": bool(srv.get("tls", True)), "username": srv.get("username", ""), "password": srv.get("password", ""), "reconnect_delay_secs": int(srv.get("reconnect_delay_secs", 10)), "feature_sds_enabled": bool(srv.get("feature_sds_enabled", True)), } return d.get("brew", {}) def _write_brew(text, d): """启用时把 [brew] 段取消注释并写入参数；禁用时整段注释掉。""" b = _get_active_brew(d) lines = text.split("\n") # 定位 [brew] 段落范围（含被注释的形式） start = None for i, ln in enumerate(lines): if re.match(r"^\s*#?\s*\[brew\]\s*$", ln): start = i break if start is None: return text end = len(lines) for j in range(start + 1, len(lines)): if re.match(r"^\s*#?\s*\[[a-zA-Z_]+\]", lines[j]): end = j break seg = lines[start:end] def existing(k): for ln in seg: m = re.match(r"^\s*#?\s*%s\s*=\s*(.*?)\s*$" % re.escape(k), ln) if m: return m.group(1) return None def val(k): v = b.get(k) if k in ("username", "password"): sv = "" if v is None else str(v).strip() if (not sv) or sv == "••••••": ev = existing(k) if ev: return ev if k == "username": sv = "" if v is None else str(v).strip() if not sv.isdigit(): ev = existing(k) if ev and str(ev).strip().isdigit(): return ev if sv.isdigit(): return sv if isinstance(v, bool): return "true" if v else "false" if isinstance(v, str): return '"%s"' % v.replace('"', '') return str(v) if b.get("enable"): out = ["[brew]"] for k in BREW_KEYS: line = "%s = %s" % (k, val(k)) for ln in seg: if re.match(r"^\s*#?\s*%s\s*=" % k, ln): line = "%s\n%s" % (ln.replace("# ", "").rstrip(), "") if False else line break out.append(line) # 保留段落里其它未被覆盖的注释行，便于人工查阅 out.append("") return "\n".join(lines[:start] + out + lines[end:]) else: out = ["# [brew]"] for ln in seg[1:]: t = ln.rstrip() if re.match(r"^\s*#?\s*(host|port|tls|username|password|reconnect_delay_secs)\s*=", t): out.append("# " + re.sub(r"^\s*#\s*", "", t)) else: out.append(ln) return "\n".join(lines[:start] + out + lines[end:]) import urllib.request PROFILE_DIR = os.path.join(TETRA_DIR, "profiles") def _http_json(path, timeout=6): try: with urllib.request.urlopen("http://127.0.0.1:8080" + path, timeout=timeout) as r: return json.loads(r.read().decode("utf-8", "ignore")) except Exception: return None def cmd_dash(): running = is_active(SVC) owner = sdr_owner() return {"ok": True, "running": running, "sdr": {"owner": owner, "holder": owner}, "note": "" if running else "TETRA not running", "btsinfo": _http_json("/api/btsinfo") or {}, "system": _http_json("/api/system") or {}, "dualcarrier": _http_json("/api/dualcarrier") or {}, "asterisk": _http_json("/api/asterisk/status") or {}, "version": "FlowStation"} def cmd_ready(): running = is_active(SVC) bts = _http_json("/api/btsinfo", timeout=2) return {"ok": True, "ready": bool(running and bts), "service": "active" if running else "inactive", "http_ready": bool(bts), "sdr_owner": sdr_owner()} def _cfg_lines(): with open(CFG, encoding="utf-8") as f: return f.readlines() def _cfg_write(lines): tmp = CFG + ".tmp" with open(tmp, "w", encoding="utf-8") as f: f.writelines(lines) os.replace(tmp, CFG) def _section_range(lines, section): head = "[" + section + "]" idx = None for i, ln in enumerate(lines): if ln.strip() == head: idx = i break if idx is None: return None, None for j in range(idx + 1, len(lines)): st = lines[j].strip() if st.startswith("[") and st.endswith("]"): return idx, j return idx, len(lines) def _section_set(section, updates): lines = _cfg_lines() start, end = _section_range(lines, section) if start is None: lines.append("\n[" + section + "]\n") for k, v in updates.items(): lines.append(k + " = " + str(v) + "\n") _cfg_write(lines) return True done = set() for i in range(start + 1, end): st = lines[i].strip() if not st or st.startswith("#") or "=" not in st: continue k = st.split("=", 1)[0].strip() if k in updates and k not in done: lines[i] = k + " = " + str(updates[k]) + "\n" done.add(k) for k, v in updates.items(): if k not in done: lines.insert(end, k + " = " + str(v) + "\n") end += 1 _cfg_write(lines) return True def _section_get(section): out = {} lines = _cfg_lines() start, end = _section_range(lines, section) if start is None: return out for ln in lines[start + 1:end]: st = ln.strip() if not st or st.startswith("#") or "=" not in st: continue k, v = st.split("=", 1) out[k.strip()] = v.strip().strip('"') return out def cmd_whitelist(op="get", arg=""): sec = _section_get("security") mode = sec.get("whitelist_mode", "off") cur = [int(x) for x in re.findall(r"\d+", sec.get("issi_whitelist", "[]"))] if op in ("get", "", None): return {"ok": True, "mode": mode, "whitelist": cur, "restricted": mode not in ("off", "open")} if op == "set": new = [int(x) for x in re.findall(r"\d+", str(arg))] if not new: return {"ok": False, "error": "empty whitelist not allowed"} _section_set("security", {"whitelist_mode": '"enforce"', "issi_whitelist": "[" + ", ".join(str(x) for x in new) + "]"}) return {"ok": True, "mode": "enforce", "whitelist": new} if op == "open": _section_set("security", {"whitelist_mode": '"off"', "issi_whitelist": "[]"}) return {"ok": True, "mode": "off", "whitelist": []} if op in ("add", "remove"): nums = re.findall(r"\d+", str(arg)) if not nums: return {"ok": False, "error": "bad ISSI"} isi = int(nums[0]) if op == "add" and isi not in cur: cur.append(isi) if op == "remove" and isi in cur: cur.remove(isi) if not cur: return {"ok": False, "error": "empty whitelist not allowed"} _section_set("security", {"whitelist_mode": '"enforce"', "issi_whitelist": "[" + ", ".join(str(x) for x in cur) + "]"}) return {"ok": True, "mode": "enforce", "whitelist": cur} return {"ok": False, "error": "unknown whitelist op"} def cmd_asterisk_get(): sec = _section_get("asterisk") keys = ["enabled", "remote_host", "remote_port", "contact_host", "from_domain", "local_user", "auth_user", "realm", "codec", "outbound_prefix", "bind_addr", "bind_port", "rtp_port_min", "rtp_port_max", "service_numbers"] cfg = {} for k in keys: cfg[k] = sec.get(k, "") cfg["hasPassword"] = bool(sec.get("password")) return {"ok": True, "running": is_active(SVC), "config": cfg, "status": _http_json("/api/asterisk/status") or {}} def cmd_asterisk_save(body): d = body if isinstance(body, dict) else json.loads(body or "{}") upd = {} for k in ["enabled", "remote_host", "remote_port", "contact_host", "from_domain", "local_user", "auth_user", "realm", "codec", "outbound_prefix", "bind_addr", "bind_port", "rtp_port_min", "rtp_port_max"]: if k in d and str(d.get(k)) != "": v = str(d.get(k)) upd[k] = v if v.lower() in ("true", "false") else json.dumps(v, ensure_ascii=False) if "service_numbers" in d: nums = d.get("service_numbers") if isinstance(nums, str): nums = [x.strip() for x in nums.split(",") if x.strip()] upd["service_numbers"] = "[" + ", ".join(json.dumps(str(x), ensure_ascii=False) for x in (nums or [])) + "]" if str(d.get("password") or "").strip(): upd["password"] = json.dumps(str(d["password"]), ensure_ascii=False) if upd: _section_set("asterisk", upd) if is_active(SVC): sh(["systemctl", "restart", SVC], timeout=60) return {"ok": True, "saved": sorted(upd.keys())} def _profile_path(name): safe = re.sub(r"[^A-Za-z0-9_.-]", "_", str(name or "").strip())[:40] return os.path.join(PROFILE_DIR, safe + ".toml"), safe def cmd_profiles_list(): os.makedirs(PROFILE_DIR, exist_ok=True) cur = "" try: cur = open(CFG, encoding="utf-8").read() except Exception: pass out = [] for fn in sorted(os.listdir(PROFILE_DIR)): if not fn.endswith(".toml"): continue p = os.path.join(PROFILE_DIR, fn) try: txt = open(p, encoding="utf-8").read() except Exception: txt = "" out.append({"name": fn[:-5], "size": len(txt), "active": bool(cur) and txt == cur, "mtime": time.strftime("%Y-%m-%d %H:%M", time.localtime(os.path.getmtime(p)))}) return {"ok": True, "profiles": out} def cmd_profile_save(name): p, safe = _profile_path(name) if not safe: return {"ok": False, "error": "empty name"} os.makedirs(PROFILE_DIR, exist_ok=True) shutil.copy2(CFG, p) return {"ok": True, "name": safe} def cmd_profile_activate(name): p, safe = _profile_path(name) if not os.path.exists(p): return {"ok": False, "error": "no such profile"} shutil.copy2(CFG, CFG + ".bak.before-profile-" + time.strftime("%Y%m%d-%H%M%S")) shutil.copy2(p, CFG) _restart_tetra_if_active(clear_recovery=True) return {"ok": True, "name": safe, "service": "active" if is_active(SVC) else "inactive"} def cmd_profile_delete(name): p, safe = _profile_path(name) if not os.path.exists(p): return {"ok": False, "error": "no such profile"} shutil.move(p, "/tmp/" + os.path.basename(p) + ".deleted-" + time.strftime("%Y%m%d-%H%M%S")) return {"ok": True, "name": safe} def main(): a = sys.argv[1:] cmd = a[0] if a else "status" try: if cmd == "status": r = cmd_status() elif cmd == "get": r = cmd_get() elif cmd == "save": r = cmd_save(json.loads(a[1]) if len(a) > 1 else {}) elif cmd == "start": r = cmd_start() elif cmd == "stop": r = cmd_stop() elif cmd == "restart": r = cmd_stop() r = cmd_start() elif cmd == "switch": r = cmd_switch(a[1] if len(a) > 1 else "tetra") elif cmd == "logs": r = cmd_logs(a[1] if len(a) > 1 else 120) elif cmd == "servers": r = cmd_servers_list() elif cmd == "server-add": r = cmd_server_add(json.loads(a[1]) if len(a) > 1 else {}) elif cmd == "server-update": r = cmd_server_update(json.loads(a[1]) if len(a) > 1 else {}) elif cmd == "server-delete": r = cmd_server_delete(json.loads(a[1]) if len(a) > 1 else {}) elif cmd == "server-switch": r = cmd_server_switch(json.loads(a[1]) if len(a) > 1 else {}) elif cmd == "server-save": r = cmd_servers_save(json.loads(a[1]) if len(a) > 1 else {}) elif cmd == "dash": r = cmd_dash() elif cmd == "ready": r = cmd_ready() elif cmd == "whitelist": r = cmd_whitelist(a[1] if len(a) > 1 else "get", a[2] if len(a) > 2 else "") elif cmd == "asterisk-get": r = cmd_asterisk_get() elif cmd == "asterisk-save": r = cmd_asterisk_save(a[1] if len(a) > 1 else "{}") elif cmd == "profiles": r = cmd_profiles_list() elif cmd == "profile-save": r = cmd_profile_save(a[1] if len(a) > 1 else "") elif cmd == "profile-activate": r = cmd_profile_activate(a[1] if len(a) > 1 else "") elif cmd == "profile-delete": r = cmd_profile_delete(a[1] if len(a) > 1 else "") else: r = {"ok": False, "error": "未知命令: %s" % cmd} except Exception as e: import traceback r = {"ok": False, "error": str(e), "trace": traceback.format_exc()[-500:]} print(json.dumps(r, ensure_ascii=False)) if __name__ == "__main__": main() ``` ### `_build/installer_template.sh` ```bash #!/usr/bin/env bash set -euo pipefail CHANNEL="@CHANNEL@" VERSION="@VERSION@" ROOT="$(cd "$(dirname "$0")" && pwd)" if [ "$(id -u)" -ne 0 ]; then echo "请使用 sudo 运行"; exit 1; fi export DEBIAN_FRONTEND=noninteractive FIRST_INSTALL=0 [ -f /etc/arch-hotspot-release ] || FIRST_INSTALL=1 apt-get update apt-get install -y --no-install-recommends python3 python3-pip nginx network-manager git curl wget ca-certificates alsa-utils apt-get install -y --no-install-recommends python3-flask gunicorn python3-paho-mqtt python3-cbor2 python3-nacl || true if ! python3 -c 'import flask,gunicorn,paho.mqtt,cbor2,nacl' >/dev/null 2>&1; then mkdir -p /opt/arch-deps/wheels [ -f /opt/arch-deps/arch-python-wheels.tar.gz ] || curl -fsSL "https://arch.hljrsa.cn/downloads/arch-hotspot/deps/arch-python-wheels.tar.gz" -o /opt/arch-deps/arch-python-wheels.tar.gz tar -xzf /opt/arch-deps/arch-python-wheels.tar.gz -C /opt/arch-deps/wheels python3 -m pip install --break-system-packages --no-index --find-links=/opt/arch-deps/wheels Flask gunicorn paho-mqtt cbor2 pynacl fi install -m 0755 "$ROOT/build_upstream.sh" /usr/local/bin/arch-build-upstream mkdir -p /etc/mmdvm if [ ! -x /usr/local/bin/MMDVM-Multi ] || ! find /usr/local/lib /usr/lib -type f -name '*SXSupport*.so' 2>/dev/null | grep -q .; then /usr/local/bin/arch-build-upstream elif [ ! -f /etc/mmdvm/arch-build-version ] || [ "$(cat /etc/mmdvm/arch-build-version 2>/dev/null || true)" != "$VERSION" ]; then FORCE_MMDVM_IQ=1 /usr/local/bin/arch-build-upstream fi printf '%s\n' "$VERSION" > /etc/mmdvm/arch-build-version if find /usr/local/lib /usr/lib -type f -name '*SXSupport*.so' 2>/dev/null | grep -q .; then mkdir -p /etc/mmdvm; touch /etc/mmdvm/soapy-sx-verified; fi getent passwd mmdvm-web >/dev/null || useradd --system --home /opt/mmdvm-web --shell /usr/sbin/nologin mmdvm-web install -d -m 0755 /opt/mmdvm-web /opt/mmdvm-web/data /opt/fmo-bridge /opt/fmo-bridge/pki /var/log/mmdvm /var/backups/mmdvm /etc/mmdvm /etc/systemd/system /usr/local/bin /usr/local/libexec /usr/local/etc /usr/local/etc/hosts cp -a "$ROOT/opt/mmdvm-web/." /opt/mmdvm-web/ cp -a "$ROOT/opt/fmo-bridge/." /opt/fmo-bridge/ cp -a "$ROOT/usr/local/bin/." /usr/local/bin/ cp -a "$ROOT/usr/local/libexec/." /usr/local/libexec/ cp -a "$ROOT/etc/systemd/system/." /etc/systemd/system/ cp -a "$ROOT/etc/nginx/sites-available/mmdvm-web" /etc/nginx/sites-available/mmdvm-web rm -f /etc/nginx/sites-enabled/default ln -sf /etc/nginx/sites-available/mmdvm-web /etc/nginx/sites-enabled/mmdvm-web /usr/sbin/nginx -t for f in channels.json frequency.json active-mode.conf fm-tailtone.json fw-url install-state.conf bm-masters.json; do [ -f "$ROOT/etc/mmdvm/$f" ] && cp -n "$ROOT/etc/mmdvm/$f" "/etc/mmdvm/$f"; done for f in "$ROOT"/etc/*.ini; do [ -f "$f" ] || continue if [ "$FIRST_INSTALL" -eq 1 ]; then cp -f "$f" "/etc/$(basename "$f")" else cp -n "$f" "/etc/$(basename "$f")" fi done if [ -f "$ROOT/etc/ircddbgateway" ]; then if [ "$FIRST_INSTALL" -eq 1 ]; then cp -f "$ROOT/etc/ircddbgateway" /etc/ircddbgateway else cp -n "$ROOT/etc/ircddbgateway" /etc/ircddbgateway fi fi if [ ! -f /opt/fmo-bridge/config.json ]; then cp "$ROOT/opt/fmo-bridge/config.template.json" /opt/fmo-bridge/config.json; fi chmod 0755 /usr/local/bin/*.sh /usr/local/bin/*.py /usr/local/libexec/*.py 2>/dev/null || true [ -f /etc/mmdvm/bm-masters.json ] || printf '[]\n' > /etc/mmdvm/bm-masters.json [ -f /usr/local/etc/DMRIds.dat ] || : > /usr/local/etc/DMRIds.dat [ -f /usr/local/etc/nextionUsers.csv ] || : > /usr/local/etc/nextionUsers.csv [ -f /usr/local/etc/NXDN.csv ] || : > /usr/local/etc/NXDN.csv [ -f /opt/mmdvm-web/data/radioid_cache.json ] || printf '{}\n' > /opt/mmdvm-web/data/radioid_cache.json /usr/local/libexec/hosts-build.py >/dev/null 2>&1 || true /usr/local/libexec/channel-setup.py apply "$(cat /etc/mmdvm/channels.json)" install -m 0755 "$ROOT/arch-hotspot-update" /usr/local/bin/arch-hotspot-update cat > /etc/arch-hotspot-release </dev/null || true; fi cat > /etc/sudoers.d/arch-web <<'SUDO' Defaults:mmdvm-web !requiretty mmdvm-web ALL=(root) NOPASSWD: /usr/local/bin/web-manage.sh *, /usr/local/bin/web-fmo.sh *, /usr/local/bin/web-multi.sh *, /usr/local/bin/sys-manage.sh *, /usr/local/bin/web-tetra.sh *, /usr/local/libexec/mmdvm-save.py *, /usr/local/libexec/hosts-build.py * SUDO chmod 0440 /etc/sudoers.d/arch-web visudo -cf /etc/sudoers.d/arch-web >/dev/null systemctl daemon-reload systemctl enable --now mosquitto nginx mmdvm-web.service mmdvm-multi.service fmo-bridge.service systemctl enable --now arch-data-bootstrap.timer systemctl start --no-block arch-data-bootstrap.service 2>/dev/null || true systemctl reload nginx DMR_ID="$(awk -F= '/^[[:space:]]*Id=/{gsub(/[[:space:]]/,"",$2); print $2; exit}' /etc/DMRGateway.ini 2>/dev/null || true)" case "$DMR_ID" in *[1-9]*) touch /etc/mmdvm/dmr-ready; systemctl enable --now dmrgateway.service ;; *) rm -f /etc/mmdvm/dmr-ready; systemctl disable --now dmrgateway.service 2>/dev/null || true ;; esac CHANNELS=$(python3 -c 'import json;print(int(json.load(open("/etc/mmdvm/channels.json")).get("channels",6)))' 2>/dev/null || echo 6) for i in $(seq 1 "$CHANNELS"); do [ -f "/etc/MMDVM-IQ-$i.ini" ] && systemctl enable --now "mmdvm-iq@$i.service" [ -f "/etc/MMDVM-Host-$i.ini" ] && systemctl enable --now "mmdvmhost@$i.service" done systemctl restart mmdvm-web.service fmo-bridge.service echo "ARCH 热点 $CHANNEL $VERSION 安装完成" echo "管理页面：http://$(hostname -I | awk '{print $1}')/" ``` ### `_build/updater_template.sh` ```bash #!/usr/bin/env bash set -euo pipefail [ "$(id -u)" -eq 0 ] || { echo "请使用 sudo 运行"; exit 1; } . /etc/arch-hotspot-release URL="$UPDATE_BASE/$CHANNEL/current.json" TMP=$(mktemp -d) trap 'rm -rf "$TMP"' EXIT curl -fsSL "$URL" -o "$TMP/current.json" || curl -kfsSL "$URL" -o "$TMP/current.json" FILE=$(python3 -c 'import json,sys; d=json.load(open(sys.argv[1])); print(d["file"])' "$TMP/current.json") NEWVER=$(python3 -c 'import json,sys; d=json.load(open(sys.argv[1])); print(d["version"])' "$TMP/current.json") if [ "$NEWVER" = "$VERSION" ]; then echo "已是最新版本 $VERSION"; exit 0; fi WANT=$(python3 -c 'import json,sys; print((json.load(open(sys.argv[1])) or {}).get("sha256",""))' "$TMP/current.json") curl -fsSL "$UPDATE_BASE/$CHANNEL/$FILE" -o "$TMP/update.tar.gz" || curl -kfsSL "$UPDATE_BASE/$CHANNEL/$FILE" -o "$TMP/update.tar.gz" if [ -n "$WANT" ]; then echo "$WANT $TMP/update.tar.gz" | sha256sum -c - || { echo "更新包校验失败，已中止"; exit 1; } fi tar -xzf "$TMP/update.tar.gz" -C "$TMP" PKG=$(find "$TMP" -mindepth 1 -maxdepth 1 -type d -name 'arch-hotspot-*' | head -1) bash "$PKG/install.sh" ``` ### `_build/build_upstream_template.sh` ```bash #!/usr/bin/env bash set -euo pipefail [ "$(id -u)" -eq 0 ] || { echo "请使用 sudo 运行"; exit 1; } export DEBIAN_FRONTEND=noninteractive export CC=gcc CXX=g++ DEPS_BASE="${ARCH_DEPS_BASE:-https://arch.hljrsa.cn/downloads/arch-hotspot/deps}" mkdir -p /opt/src-mmdvm /opt/arch-deps apt-get install -y --no-install-recommends git build-essential cmake autoconf automake libtool pkg-config libasio-dev libssl-dev libcurl4-openssl-dev libsamplerate0-dev libsox-dev libmosquitto-dev libsoapysdr-dev soapysdr-tools libasound2-dev libliquid-dev nlohmann-json3-dev mosquitto libwxgtk3.2-dev wx-common if [ ! -f /usr/include/liquid/liquid.h ]; then apt-get install -y --no-install-recommends autoconf automake libtool libfftw3-dev fi if [ ! -f /opt/arch-deps/arch-upstream-src.tar.gz ]; then curl -fsSL "$DEPS_BASE/arch-upstream-src.tar.gz" -o /opt/arch-deps/arch-upstream-src.tar.gz fi rm -rf /opt/src-mmdvm mkdir -p /opt/src-mmdvm tar -xzf /opt/arch-deps/arch-upstream-src.tar.gz -C /opt/src-mmdvm python3 - <<'PY' import re from pathlib import Path p = Path('/opt/src-mmdvm/MMDVM-Multi/MMDVM-Multi.cpp') s = p.read_text(encoding='utf-8') s = s.replace('deviceType.compare("plutosdr") == 0 || deviceType.compare("pluto") == 0', 'deviceType.compare("plutosdr") == 0 || deviceType.compare("pluto") == 0') p.write_text(s, encoding='utf-8') c = Path('/opt/src-mmdvm/MMDVM-Multi/Constants.h') t = c.read_text(encoding='utf-8').replace('PFB_FILTER_DELAY = 48U', 'PFB_FILTER_DELAY = 24U') c.write_text(t, encoding='utf-8') # Fix: in duplex DMR mode the full slot decoder was only fed while TX was on, # and in idle mode it was not fed at all. A local handheld transmitting during # an idle hotspot was therefore never decoded. io = Path('/opt/src-mmdvm/MMDVM-IQ/IO.cpp') t = io.read_text(encoding='utf-8') old = """ if (m_duplex) { // If the transmitter isn't on, use the DMR idle RX to detect the wakeup CSBKs if (m_tx) dmrRX.samples(DMRVals, rssi, control, RX_BLOCK_SIZE); else dmrIdleRX.samples(DMRVals, RX_BLOCK_SIZE); } else {""" new = """ if (m_duplex) { // Always feed the full slot decoder. The transmitter may be idle while // a local handheld is transmitting; gating this on m_tx loses RF voice. dmrRX.samples(DMRVals, rssi, control, RX_BLOCK_SIZE); if (!m_tx) dmrIdleRX.samples(DMRVals, RX_BLOCK_SIZE); } else {""" if old not in t: raise SystemExit('MMDVM-IQ duplex RX patch anchor not found') t = t.replace(old, new, 1) idle_pat = re.compile(r'(?P[ \t]+)if \(m_duplex\)\s*\n[ \t]*dmrIdleRX\.samples\(DMRVals, RX_BLOCK_SIZE\);\s*\n[ \t]*else\s*\n[ \t]*dmrDMORX\.samples\(DMRVals, rssi, RX_BLOCK_SIZE\);', re.M) idle_match = idle_pat.search(t) if not idle_match: raise SystemExit('MMDVM-IQ idle RX patch anchor not found') i = idle_match.group('i') idle_new = f"{i}if (m_duplex) {{\n{i} dmrRX.samples(DMRVals, rssi, control, RX_BLOCK_SIZE);\n{i} dmrIdleRX.samples(DMRVals, RX_BLOCK_SIZE);\n{i}}} else {{\n{i} dmrDMORX.samples(DMRVals, rssi, RX_BLOCK_SIZE);\n{i}}}" t = t[:idle_match.start()] + idle_new + t[idle_match.end():] io.write_text(t, encoding='utf-8') PY if [ ! -f /usr/include/liquid/liquid.h ]; then cd /opt/src-mmdvm/liquid-dsp ./bootstrap.sh ./configure make -j"$(nproc)" make install ldconfig fi build_repo() { local name="$1" binary="$2" if [ -x "/usr/local/bin/$binary" ]; then echo "$binary 已存在，跳过编译"; return 0; fi make -C "/opt/src-mmdvm/$name" -j"$(nproc)" install -m 0755 "/opt/src-mmdvm/$name/$binary" "/usr/local/bin/$binary" } build_subdir() { local group="$1" name="$2" binary="$3" if [ -x "/usr/local/bin/$binary" ] && [ "${FORCE_MMDVM_IQ:-0}" != "1" ]; then echo "$binary 已存在，跳过编译"; return 0; fi make -C "/opt/src-mmdvm/$group/$name" -j"$(nproc)" make -C "/opt/src-mmdvm/$group/$name" install } build_ircddb() { if [ -x /usr/local/bin/ircddbgatewayd ] && [ "${FORCE_MMDVM_IQ:-0}" != "1" ]; then echo "ircddbgatewayd 已存在，跳过编译"; return 0; fi make -C /opt/src-mmdvm/ircDDBGateway -j"$(nproc)" ircDDBGateway/ircddbgatewayd install -m 0755 /opt/src-mmdvm/ircDDBGateway/ircDDBGateway/ircddbgatewayd /usr/local/bin/ircddbgatewayd } build_repo MMDVM-Multi MMDVM-Multi if [ "${FORCE_MMDVM_IQ:-0}" = "1" ]; then rm -f /usr/local/bin/MMDVM-IQ; fi build_repo MMDVM-IQ MMDVM-IQ build_repo MMDVM-Host MMDVM-Host build_repo DMRGateway DMRGateway build_subdir YSFClients YSFGateway YSFGateway build_subdir P25Clients P25Gateway P25Gateway build_subdir NXDNClients NXDNGateway NXDNGateway build_ircddb if [ -d /opt/src-mmdvm/sxxcvr/SoapySX ]; then SOAPY_SX_SRC=/opt/src-mmdvm/sxxcvr/SoapySX SOAPY_SX_MODULE="$(find /usr/local/lib /usr/lib -type f -name '*SXSupport*.so' 2>/dev/null | head -1 || true)" if [ -z "$SOAPY_SX_MODULE" ]; then python3 - "$SOAPY_SX_SRC/CMakeLists.txt" <<'PY' from pathlib import Path import re, sys p = Path(sys.argv[1]) s = p.read_text(encoding="utf-8") s = s.replace("find_package(Git REQUIRED)\n", "") s = re.sub(r"set\(VERSION_SCRIPT[^\n]*\)\n", "", s) s = re.sub(r"\nadd_custom_command\(.*?\n\)\n", "\n", s, flags=re.S) p.write_text(s, encoding="utf-8") PY cat > "$SOAPY_SX_SRC/version.cpp" <<'EOF' const char *SoapySX_tag = "arch-hotspot"; const char *SoapySX_commit = "release"; EOF rm -rf /opt/src-mmdvm/sxxcvr/build cmake -S "$SOAPY_SX_SRC" -B /opt/src-mmdvm/sxxcvr/build -DCMAKE_BUILD_TYPE=Release cmake --build /opt/src-mmdvm/sxxcvr/build -j"$(nproc)" cmake --install /opt/src-mmdvm/sxxcvr/build ldconfig SOAPY_SX_MODULE="$(find /usr/local/lib /usr/lib -type f -name '*SXSupport*.so' 2>/dev/null | head -1 || true)" fi [ -n "$SOAPY_SX_MODULE" ] || { echo "SoapySX 模块安装失败" >&2; exit 1; } mkdir -p /etc/mmdvm if SoapySDRUtil --info 2>/dev/null | grep -q "Available factories... sx"; then touch /etc/mmdvm/soapy-sx-verified; fi echo "SoapySX 模块：$SOAPY_SX_MODULE" fi echo "ARCH 官方组件安装完成" ``` ### `_build/make_release.py` ```python from pathlib import Path import re, shutil, json, hashlib, tarfile, os ROOT = Path(__file__).resolve().parent SRC = ROOT / 'source' OUT = ROOT / 'out' VERSION = '1.0.25' # ★ 发版时只改这一行 def drop_between(text, start, end, keep_end=True): i = text.find(start) if i < 0: raise RuntimeError('start not found: ' + start[:100]) j = text.find(end, i) if j < 0: raise RuntimeError('end not found: ' + end[:100]) return text[:i] + (text[j:] if keep_end else text[j+len(end):]) def remove_card(text, marker): i = text.find(marker) if i < 0: raise RuntimeError('card marker not found: ' + marker) start = text.rfind('', re.I) for m in token.finditer(text, start): if m.group(0).lower().startswith('') text=drop_between(text, '/* ==================== 运行模式：常规模式 <-> TDR Link 模式', '/* ==================== 各通道状态') def _drop_block(src, start_marker, end_marker): i=src.find(start_marker) if i<0: return src j=src.find(end_marker, i) if j<0: return src return src[:i] + src[j+len(end_marker):] text=_drop_block(text, '') return re.sub(r'^.*option value="tetra-bs".*\n', '', text, flags=re.M) def sanitize(text):
作者：BG2GA · 免责声明
sentinel = '
作者：BG2GA · 免责声明
' text = author_line.sub(sentinel, text) repl = { '000000000':'000000000','000000000':'000000000','0000000':'0000000','0000000':'0000000', 'NOCALL':'NOCALL','nocall':'nocall','NOCALL':'NOCALL','nocall':'nocall','"uid": 0':'"uid": 0','"uid": 0':'"uid": 0','':'','CHANGE_ME':'CHANGE_ME','CHANGE_ME':'CHANGE_ME', 'nocall.org.cn':'example.com','192.168.1.10':'192.168.1.10','192.168.1.20':'192.168.1.20', 'CHANGE_ME':'CHANGE_ME', } for a,b in repl.items(): text=text.replace(a,b)
作者：BG2GA · 免责声明
return text def prepare(channel): dst=OUT/channel if dst.exists(): shutil.rmtree(dst) shutil.copytree(SRC,dst,ignore=shutil.ignore_patterns('__pycache__','*.pyc','*.bak*','*.pre[0-9]*','*.old*','*.orig','*.tmp')) app_path=dst/'opt/mmdvm-web/app.py' if channel=='public': app_path.write_text(public_app(app_path.read_text(encoding='utf-8')),encoding='utf-8') for name in ('tetra_page.py','tetra_adv_backend.py','tetra_adv_spec.py'): p=dst/'opt/mmdvm-web'/name if p.exists(): p.unlink() for rel in ('usr/local/libexec/tetra-api.py','usr/local/bin/web-tetra.sh','etc/systemd/system/tetra-bs.service','etc/systemd/system/arch-tetra-mode-sync.service','etc/systemd/system/arch-tetra-mode-sync.timer','etc/systemd/system/arch-callsign-cache-update.service','etc/systemd/system/arch-callsign-cache-update.timer'): p=dst/rel if p.exists(): p.unlink() for name,fn in (('rfmode2_js.py',public_rfmode_js),('rfmode2_section.py',public_rfmode_section)): p=dst/'opt/mmdvm-web'/name p.write_text(fn(p.read_text(encoding='utf-8')),encoding='utf-8') p=dst/'opt/mmdvm-web/console_new.py' p.write_text(re.sub(r'^.*href="/tetra".*\n','',p.read_text(encoding='utf-8'),flags=re.M),encoding='utf-8') p=dst/'usr/local/bin/web-manage.sh' p.write_text(p.read_text(encoding='utf-8').replace('|tetra-bs',''),encoding='utf-8') p=dst/'opt/mmdvm-web/multi2_js.py' t=p.read_text(encoding='utf-8') a=t.find('function mcModeLite(cb){') b=t.find('function mcRenderEng', a) if a >= 0 and b > a: t=t[:a] + "function mcModeLite(cb){ MC_MODE_TXT='正常模式'; if(cb) cb(); }\n" + t[b:] p.write_text(t,encoding='utf-8') p=dst/'opt/mmdvm-web/rfmode_standalone.py' p.write_text(p.read_text(encoding='utf-8').replace('/tetra','/configuration'),encoding='utf-8') for p in dst.rglob('*'): if not p.is_file() or p.stat().st_size>2*1024*1024: continue try: raw=p.read_bytes() if b'\x00' in raw[:1024]: continue txt=sanitize(raw.decode('utf-8')) if channel=='public': txt=re.sub(r'^.*(?:TETRA|TDR Link|FlowStation|Bluestation).*\n','',txt,flags=re.I|re.M) p.write_text(txt,encoding='utf-8') except Exception: pass (dst/'DISCLAIMER.md').write_text('''# ARCH 及相关项目开源许可、技术披露与责任限制声明（通用版） 一、适用范围与项目性质 本声明适用于与 ARCH / ARC 热点、AI Passport 相关软件、APP、网站、固件、脚本、配置、文档及在线服务等有关的各类项目（以下统称“本项目”）。本项目可能由多个独立或相互关联的软件、硬件配置、网页、服务端程序和文档组成，具体功能、许可证和运行方式以各项目页面、仓库或实际版本为准。 本项目中的 APP、固件及在线服务目前处于内测/测试阶段，仅向受邀测试者或有限范围用户提供，不面向公众公开分发，不进行商业运营，不收取费用。开发者保留随时终止内测、停止分发、调整或删除任何功能的权利，且无需事先通知。项目主页、开源代码仓库和文档可公开访问，但公开访问代码或文档不等于公开提供在线通信服务，也不构成面向不特定公众提供服务的承诺。内测状态不改变本声明其他条款的效力，也不构成对任何法定义务的豁免。 二、许可证与无担保声明 本项目各部分可能采用不同许可证。明确标注 GNU General Public License v3.0 或更高版本的部分，按该许可证发布，你可以在遵守 GPL v3 的前提下自由使用、研究、修改和再发布；再发布时必须履行相应的源代码公开和同一许可证要求。完整条款见 https://www.gnu.org/licenses/gpl-3.0.html 。未标注 GPL v3 或标注其他许可证的部分，按其各自许可证条款执行。具体以各仓库、页面或文件中的许可证声明为准。 本项目按“现状”提供，不提供任何明示或默示担保，包括但不限于适销性、特定用途适用性、无侵权、无中断、无错误、无数据丢失的担保。GPL v3 或其他许可证本身包含的免责条款与本节共同适用；若二者在免责范围上存在不一致，以更宽泛者为准。测试者向他人分发本项目的二进制、固件或其他可执行形式时，应自行履行相应许可证要求的源代码提供或其他义务。 三、功能性质与技术角色披露 本项目可能包含但不限于以下功能或组件，具体以实际版本为准：实时语音对讲及语音中转、RSS 播客阅读与直链播放、热点/无线电相关配置与控制、AI Passport 等硬件平台相关固件、网站/文档/脚本/配置等。开发者在此披露以下通用技术事实： 1. 语音中转服务（如有）：本项目可能包含由开发者个人维护的中转服务器，仅用于内测阶段的技术测试与合法通信。该服务器提供的是技术性语音数据中转，开发者不编辑、不筛选、不主动推荐通信内容。服务器可能记录维持连接所必需的最小元数据（连接时间、设备标识、IP 地址、通信时长等），不承诺不记录；是否记录语音内容本身，以实际服务器配置为准。语音内容在技术层面可能未进行端到端加密。中转服务器仅服务于对讲相关功能，与 RSS 播客模块无关。 2. RSS 播客阅读模块（如有）：该模块的功能是读取用户自行添加的、公开可访问的 RSS 地址，并直接从该地址所指向的原始音频服务器流式播放。该模块不依赖开发者控制的服务器，开发者不存储、不转码、不代理、不重新托管任何音频文件；音频数据从 RSS 发布者的原始服务器直接传输至用户设备。开发者不主动选择、编辑、推荐或审查任何 RSS 源，用户添加什么 RSS 地址，就播放什么。该模块在技术形态上属于信息定位与链接工具，而非内容提供者。 3. 热点/无线电/硬件相关组件（如有）：本项目可能包含与热点、无线电通信、硬件固件相关的配置、脚本或程序。本项目不提供规避频率许可、发射功率限制、业余无线电执照条件或呼号使用规则的功能。相关硬件平台和第三方网络基础设施的底层合规性、安全性与可用性，由相应提供方负责。 4. 本项目依赖第三方硬件平台、第三方网络基础设施及第三方 RSS 源，其可用性、合法性、安全性和内容质量由相应提供方或发布者负责。 四、使用边界与用户合规义务 使用者应将本项目严格用于合法通信和合法内容收听目的。禁止将本项目及其任何组件用于任何违反中华人民共和国法律法规的活动，包括但不限于：电信网络诈骗、组织赌博、传播违法信息、侵犯他人隐私或著作权、骚扰跟踪、未经授权截获通信，或用于任何需要取得而未取得电信业务经营许可、无线电频率使用许可、互联网信息服务备案的场景。使用者不得将本项目用于面向不特定公众提供商业化或半商业化通信服务。 使用者应自行确认其联网、注册、录音、定位、语音数据处理、RSS 源添加与收听、无线电设备使用等行为，符合所在司法辖区的法律、无线电管理规定和隐私要求。本条不构成开发者对其自身依法应承担的备案、许可、内容安全、数据保护等义务的免除或转移。 五、责任限制（在适用法律允许的最大范围内） 在适用法律允许的最大范围内，开发者、贡献者、维护者不对因使用或无法使用本项目而产生的任何间接、附带、特殊、惩罚性或后果性民事损失承担责任，包括但不限于通信失败、音频损坏、设备损坏、数据丢失、业务中断或第三方民事索赔。 本条款不排除或限制依法不得排除或限制的责任，包括因开发者故意或重大过失造成的人身损害、财产损失，以及依法应由开发者承担的行政责任或刑事责任。任何试图通过本声明免除行政责任或刑事责任的解释，均超出本声明的意图和效力范围。 六、第三方组件与许可证合规 本项目可能使用、参考或链接多个第三方开源项目、组件、库、脚本或配置。各组件版权归原作者所有，其许可证条款独立适用于相应组件。具体清单和许可证信息，以各项目仓库中的 THIRD_PARTY_NOTICES、LICENSES、NOTICE 或类似文件为准；如未单独附列，以相应上游项目的许可证为准。本项目与任何第三方网络运营方、设备厂商或服务提供方不存在隶属、代理或担保关系。测试者再分发本项目时，应自行核对并遵守各第三方组件的许可证要求。 七、服务、网络与第三方源的中立性 中转服务器、反射器、热点、无线电设备、网络服务和第三方 RSS 源可能随时变更、中断或停止。内测期间的注册、登录、互通和音频质量不构成任何服务承诺。开发者不保证中转服务器的持续可用性。 RSS 播放功能的可用性取决于第三方 RSS 源是否持续公开可访问，开发者不控制、不保证该等第三方源的可用性、合法性或内容质量，也不对第三方源的内容承担责任。使用第三方服务器、网络或 RSS 源时，还须遵守该服务器、网络或发布者的规则和隐私政策。中转服务器的技术性介入，不构成对任何通信内容的编辑控制、推荐或背书；RSS 模块的链接功能，不构成对任何音频内容的编辑控制、推荐或背书。 八、无实时监控义务，但有响应义务 开发者没有义务、也没有技术能力实时监控使用者如何使用本项目，亦无义务主动审查使用者添加的 RSS 源是否侵权。但是，如果开发者通过平台通知、监管机关告知、权利人通知或其他可靠渠道明确得知特定版本、中转服务或 RSS 模块正在被持续用于违法或侵权活动，开发者保留采取合理措施的权利，包括但不限于：增加使用提示、限制特定功能、暂停或终止对特定测试者的服务、停止分发特定版本，或直接结束内测。在明确得知后继续原样分发或不作任何合理响应，不在本声明的保护意图之内。 九、声明性质、可分割性与接受 本声明是开发者对项目功能、技术角色、数据流和自身角色的披露与风险告知，不构成对任何法定义务的豁免，不免除开发者依法应承担的责任，也不构成对测试者违法行为的授权或鼓励。本声明不替代任何必要的行政许可、备案、安全评估或平台审核。 本声明任何条款被认定无效或不可执行，不影响其余条款的效力。 安装、运行、访问或继续使用本项目，即表示你已阅读、理解并同意上述声明。如果你不同意，请立即停止使用、停止访问并卸载或删除相关程序。 项目作者：BG2GA 项目主页：https://arch.hljrsa.cn GPL v3 全文：https://www.gnu.org/licenses/gpl-3.0.txt ''',encoding='utf-8') (dst/'LICENSE').write_text('GNU GPL v3 or later\nhttps://www.gnu.org/licenses/gpl-3.0.txt\n',encoding='utf-8') (dst/'VERSION').write_text(VERSION+'\n',encoding='utf-8') (dst/'CHANNEL').write_text(channel+'\n',encoding='utf-8') for src_name,dst_name in (('installer_template.sh','install.sh'),('updater_template.sh','arch-hotspot-update'),('build_upstream_template.sh','build_upstream.sh')): txt=(ROOT/src_name).read_text(encoding='utf-8').replace('@CHANNEL@',channel).replace('@VERSION@',VERSION) if channel == 'public': txt=re.sub(r'^.*(?:tetra|web-tetra).*\n','',txt,flags=re.I|re.M) out=dst/dst_name out.write_text(txt,encoding='utf-8') out.chmod(0o755) for fp in dst.rglob('*'): if fp.is_file() and (fp.suffix in ('.sh', '.py') or fp.name == 'arch-hotspot-update'): # Normalize all CR bytes as well as CRLF; Set-Content on Windows can leave one trailing CR. fp.write_bytes(fp.read_bytes().replace(b'\r', b'')) return dst def archive(channel): dst=prepare(channel) target=OUT/f'arch-hotspot-{channel}-{VERSION}.tar.gz' if target.exists(): target.unlink() with tarfile.open(target,'w:gz') as tf: tf.add(dst,arcname=f'arch-hotspot-{channel}-{VERSION}') digest=hashlib.sha256(target.read_bytes()).hexdigest() target.with_suffix('.sha256').write_text(digest+' '+target.name+'\n',encoding='utf-8') web=ROOT/'web'/channel if web.exists(): shutil.rmtree(web) web.mkdir(parents=True) shutil.copy2(target, web/target.name) (web/'current.json').write_text(json.dumps({'channel':channel,'version':VERSION,'file':target.name,'sha256':digest},ensure_ascii=False,indent=2),encoding='utf-8') bootstrap=f'''#!/usr/bin/env bash set -euo pipefail [ "$(id -u)" -eq 0 ] || {{ echo "请使用 sudo 运行"; exit 1; }} BASE="https://arch.hljrsa.cn/downloads/arch-hotspot/{channel}" TMP="$(mktemp -d)" trap 'rm -rf "$TMP"' EXIT curl -fsSL "$BASE/{target.name}" -o "$TMP/{target.name}" || curl -kfsSL "$BASE/{target.name}" -o "$TMP/{target.name}" echo "{digest} $TMP/{target.name}" | sha256sum -c - tar -xzf "$TMP/{target.name}" -C "$TMP" PKG="$(find "$TMP" -mindepth 1 -maxdepth 1 -type d -name 'arch-hotspot-*' | head -1)" bash "$PKG/install.sh" ''' (web/'install.sh').write_text(bootstrap,encoding='utf-8') (web/'install.sh').write_bytes((web/'install.sh').read_bytes().replace(b'\r\n', b'\n')) (web/'install.sh').chmod(0o755) print(channel,target.stat().st_size,target,digest) if __name__=='__main__': OUT.mkdir(parents=True,exist_ok=True) archive('public') archive('internal') ``` --- ## 附：ARCH热点侧-完整技术说明与代码架构 # ARCH 热点侧 —— 完整技术说明与代码架构 > 文档版本：2026-09-23 · 对应固件 **1.0.24** > 适用对象：接手 ARCH 热点盒子（树莓派 + SX1255/MMDVM 射频板）开发与运维的人 > 配套备份：`03-配置备份\ARCH热点固件-1.0.24-完整备份-20260923\` --- ## 第 0 章　一句话说清这套东西 ARCH 热点侧 = **一台树莓派 + 一块 SX1255 多通道射频板**，上面跑一套自研 Web 控制台， 把 DMR / C4FM(YSF) / D-STAR / P25 / NXDN / FM(FMO) / POCSAG 这 7 种制式 **同时**接到 46002 多模融合网络里，用户用浏览器就能配置全部参数。 它**不是** Pi-Star 的换皮：射频前端换成了自研的 `MMDVM-Multi`（一次采一段宽带 I/Q，软件分出 N 个信道）， Web 端是整个重写的，服务器列表、身份、语音链路都指向 ARCH 自己的 93 服务器 + 北京公网入口。 --- ## 第 1 章　系统边界：热点侧 vs 服务器侧 必须先把边界分清，改错地方会白忙。 | 归属 | 在哪里 | 负责什么 | 代码位置 | | --- | --- | --- | --- | | **热点侧**（本文档） | 用户家的树莓派 | 射频收发、各模式网关、Web 控制台、FMO 桥、本地录音/播报触发 | 本备份 `source\` | | **服务器侧** | 93 / 92 / 北京 | FreeDMR 主站、XLXD、YSF/P25/NXDN 反射器、TETRA Brew、MQTT、录音归档、Web 管理平台、官网 | `07-当前工程工作区\...\work\`、93 上 `/opt/*` | | **镜像侧** | Cloudflare Pages（`arch.hljrsa.cn`） | 发布安装包、数据镜像（DMR ID / 各模式服务器列表）、官网、反馈页 | `server-mirror\` + 93 `/opt/arch-site` | | **手机 APP** | 用户手机 | 音频 + 通话界面 | 独立一条线，不在本文范围 | **一句话**：热点侧只负责"把电台和网络接起来 + 把界面做出来"，所有"全球列表/谁在线/录音"之类都在服务器和镜像侧。 --- ## 第 2 章　两条发布线（内测版 / 公开版） 同一套源码，打包成两个版本，**互相独立升级**： | | 内测版 internal | 公开版 public | | --- | --- | --- | | 频道名 | `internal` | `public` | | 下载地址 | `https://arch.hljrsa.cn/downloads/arch-hotspot/internal/` | `.../public/` | | 集群功能（TETRA / TDR Link / FlowStation） | **保留** | **彻底移除** | | 免责声明 | 有 | 有（更详细） | | 是否对外公开 | 否，仅自用/内测 | 是，官网公开下载 | | 当前版本 | 1.0.24 | 1.0.24 | **公开版是怎么"彻底移除"集群的**：不是运行时开关，而是在打包时对源码做**语义级裁剪**—— 删掉集群页面、删掉集群后端路由、删掉 `tetra_*.py`、`web-tetra.sh`、`tetra-bs.service` 等文件， 再对全树做一次正则清洗（任何含 `TETRA` / `TDR Link` / `FlowStation` / `Bluestation` 的整行都删除）。 打包后会用关键字全树校验，必须命中 0 个文件才算通过（见第 11 章）。 > ⚠️ 以后改公共部分（射频、Web、升级逻辑）时**两边都要改**； > 只改集群相关的东西时**只动内测版**，公开版会因为裁剪规则自动不含。 --- ## 第 3 章　发布包结构（解包后长什么样） 包内目录结构 = 设备上的绝对路径，安装脚本就是"照抄"到 `/`。 ``` arch-hotspot-<通道>-<版本>/ ├── install.sh ← 主安装脚本（见第 4 章） ├── arch-hotspot-update ← 设备上的在线升级命令 ├── build_upstream.sh ← 编译上游 MMDVM 各组件 ├── VERSION / CHANNEL / LICENSE / DISCLAIMER.md ├── opt/ │ ├── mmdvm-web/ ← ★ Web 控制台（自研核心） │ │ ├── app.py ← 主程序：Flask + 前端 HTML/CSS/JS 全在一个文件里 │ │ ├── fmo_page.py ← FMO 模拟互联页面 │ │ ├── console_new.py ← 新版控制台页面骨架 │ │ ├── rfmode_page.py ← 射频模式页面 │ │ ├── rfmode_js.py / rfmode_section.py / rfmode2_js.py / rfmode2_section.py │ │ ├── multi2_js.py / multi2_section.py ← 多信道矩阵 │ │ ├── tetra_page.py / tetra_adv_backend.py / tetra_adv_spec.py ← 集群页（仅内测） │ │ └── rfmode_standalone.py │ └── fmo-bridge/ ← ★ FMO 模拟互联桥（自研） │ ├── fmo_bridge.py ← 主程序（RF↔网络音频、MQTT、PCM 编解码） │ ├── fmo_voice.py / fmo_dsp.py / fmo_fm.py / fmo_packet.py │ ├── fmo_proto.py / fmo_reg.py / fmo_presence.py │ ├── fmo_app_uplink_relay.py │ └── config.template.json ├── usr/local/bin/ ← 运维脚本（被 Web 调用） │ ├── web-manage.sh ← Web 的"总调度"（状态/切换/保存/日志/备份/更新） │ ├── web-multi.sh / web-fmo.sh / web-tetra.sh │ ├── channel-mode.sh ← 单通道模式切换 │ ├── update-database.sh ← 从 ARCH 镜像更新数据（本版新增 dmrhosts） │ ├── update-hosts.sh ← 全量主机库更新（镜像优先，Pi-Star 兜底） │ ├── update-dstar.sh │ ├── arch-data-bootstrap.sh ← 首次开机自动拉数据 │ ├── arch-fw-online.sh ← 在线固件升级 │ ├── sys-manage.sh ← 系统设置（品牌/主题/密码/WiFi） │ ├── arch-sync-fm-qso.py │ ├── backup.sh / diagnose.sh / DMRIDUpdate.sh / dmrid-update-wrapper.sh │ └── hw-detect.sh ├── usr/local/libexec/ ← Python 工具（真正干活的地方） │ ├── mmdvm-save.py ← ★ 所有"保存配置"都走这里 │ ├── channel-setup.py ← ★ 通道规划落盘 + 模式互斥校验 │ ├── hosts-build.py ← ★ 把上游 txt 转成 Web 用的 JSON（含 ARCH 置顶） │ ├── mmdvm-status.py ← ★ 状态与通话记录（Web 每次刷新都调它） │ ├── fmo-api.py ← FMO 桥的 API 后端 │ ├── arch-channel-limit.py ← 硬件通道上限判定 │ ├── tetra-api.py ← 集群 API（仅内测） │ └── ini-edit.py └── etc/ ├── mmdvm/ ← 运行期状态与规划 │ ├── channels.json ← ★ 多通道规划（通道数、每路模式、频点） │ ├── frequency.json ← 射频中心频率 │ ├── active-mode.conf ← 当前生效模式/通道数 │ ├── install-state.conf ← 安装状态 + 各上游组件 commit 号 │ ├── bm-masters.json ← 指向 DMR_Hosts.json 的软链接 │ ├── fm-tailtone.json / fw-url ├── MMDVM-Multi.ini ← 多通道前端（宽带采样） ├── MMDVM-IQ.ini / MMDVM-IQ-{1..11}.ini ← 每路 SDR 调制解调器 ├── MMDVM-Host.ini / MMDVM-Host-{1..11}.ini ← 每路协议栈（模式、呼号、频点） ├── DMRGateway.ini ← DMR ↔ BM/FreeDMR 网关 ├── YSFGateway.ini / P25Gateway.ini / NXDNGateway.ini ├── ircddbgateway ← D-Star 网关（反射器、模块） ├── nginx/sites-available/mmdvm-web ← 80 端口反代到 127.0.0.1:18080 └── systemd/system/ ← 全部服务单元（见第 6 章） ``` **代码量参考**：源码树 103 个文件 ≈ 1.0 MB，其中 `opt/mmdvm-web/app.py` 一个文件就 ≈ 470 KB （Flask 后端 + 整个前端 HTML/CSS/JS 都塞在里面，是历史原因，改的时候务必用锚点式精确替换）。 --- ## 第 4 章　安装流程（从一行命令到能用） 用户在树莓派上执行： ```bash curl -kfsSL https://arch.hljrsa.cn/downloads/arch-hotspot/public/install.sh | sudo bash ``` ### 4.1 第一层：云端引导脚本 `install.sh` ```bash BASE="https://arch.hljrsa.cn/downloads/arch-hotspot/<通道>" 下载 arch-hotspot-<通道>-<版本>.tar.gz ← 带 curl -k 回退（时钟没同步时证书会 not yet valid） sha256sum -c ← 校验哈希，不符就中止 tar 解包 → 找到包目录 → 执行包内 install.sh ``` ### 4.2 第二层：包内 `install.sh` 1. 检查 root、记录是否首次安装（看 `/etc/arch-hotspot-release` 是否存在） 2. `apt-get install` 基础依赖（python3 / nginx / network-manager / git …） 3. 装 Python 依赖：优先用 apt 的 python3-flask/gunicorn/…，失败则用**离线轮子** `deps/arch-python-wheels.tar.gz` 4. 调 `build_upstream.sh` 编译上游组件（见 4.3） 5. 建 `mmdvm-web` 系统用户与目录，把包内 `opt/` `usr/local/` `etc/` 覆盖到系统 6. **首次安装**才覆盖 `etc/*.ini` 与 `ircddbgateway`；**升级**用 `cp -n`（不覆盖用户配置） 7. `hosts-build.py` 重建主机库、`channel-setup.py apply` 应用通道规划 8. 装 `arch-hotspot-update`，写 `/etc/arch-hotspot-release`（记录通道/版本/更新源） 9. 写 sudoers：`/etc/sudoers.d/arch-web`（见第 10 章） 10. `systemctl enable --now` 各服务，启动 `arch-data-bootstrap`（首启拉数据） 11. 根据 `DMRGateway.ini` 里有没有 ID 决定要不要起 DMR 网关 12. 按 `channels.json` 逐路 enable `mmdvm-iq@N` 和 `mmdvmhost@N` ### 4.3 上游组件怎么来的：`build_upstream.sh` - 依赖包：`git build-essential cmake autoconf … libliquid-dev libsoapysdr-dev nlohmann-json3-dev mosquitto libwxgtk3.2-dev` - 源码：从镜像下载 `deps/arch-upstream-src.tar.gz`（**不放 GitHub，国内直连镜像**），解到 `/opt/src-mmdvm` - **三处本地补丁（很重要，别丢）**： 1. `MMDVM-IQ/IO.cpp` —— 双工 DMR 模式下原来只在发射时喂全时隙解码器， 导致**本机手台在空闲热点上发射时收不到**；改成始终喂 `dmrRX`。 2. `MMDVM-Multi/Constants.h` —— `PFB_FILTER_DELAY 48 → 24`（降延迟）。 3. `sxxcvr/SoapySX` —— 去掉对 git 的依赖，写死版本号，保证离线可编。 - 编译顺序：MMDVM-Multi → MMDVM-IQ → MMDVM-Host → DMRGateway → YSFGateway → P25Gateway → NXDNGateway → ircddbgatewayd → SoapySX 模块 - 已存在就跳过（`FORCE_MMDVM_IQ=1` 可强制重编） > 注意：`/usr/local/bin` 里那几个大二进制是**上游编译产物**，不属于本备份范围（本备份只收 `*.sh` / `*.py`）。 --- ## 第 5 章　升级机制 设备上执行： ```bash sudo arch-hotspot-update ``` 逻辑（`updater_template.sh`）： 1. 读 `/etc/arch-hotspot-release` 拿到 `CHANNEL` / `VERSION` / `UPDATE_BASE` 2. 拉 `$UPDATE_BASE/$CHANNEL/current.json`（带 `curl -k` 回退） 3. 版本相同 → 直接退出 4. 下载新包 → **用 current.json 里的 sha256 校验** → 解包 → 执行包内 `install.sh` 5. `install.sh` 检测到不是首次安装，**用户配置不会被覆盖** `current.json` 长这样： ```json { "channel": "public", "version": "1.0.24", "file": "arch-hotspot-public-1.0.24.tar.gz", "sha256": "95801d01…" } ``` --- ## 第 6 章　运行时架构 ### 6.1 进程与服务 | systemd 单元 | 作用 | 数量 | | --- | --- | --- | | `mmdvm-multi.service` | 宽带 I/Q 采样 + 数字信道化（自研前端） | 1 | | `mmdvm-iq@N.service` | 第 N 路软件调制解调器（MMDVM-IQ） | 按通道数 1–7 | | `mmdvmhost@N.service` | 第 N 路协议栈（DMR/D-Star/YSF/P25/NXDN/FM/POCSAG） | 按通道数 1–7 | | `dmrgateway.service` | DMR ↔ BrandMeister/FreeDMR | 0/1 | | `ysfgateway.service` / `p25gateway.service` / `nxdngateway.service` | 各模式网络网关 | 各 0/1 | | `ircddbgatewayd.service` | D-Star（DCS/XRF/REF/XLX）网关 | 0/1 | | `fmo-bridge.service` | FMO 模拟互联桥（FM 房间 + MQTT + APP 中继） | 1 | | `mmdvm-web.service` | Web 控制台（gunicorn，`--workers 1 --threads 6`，监听 127.0.0.1:18080） | 1 | | `nginx.service` | 80 端口反代到 18080，对外提供 Web | 1 | | `mosquitto.service` | 本机 MQTT（FMO/RAW 主题） | 1 | | `arch-data-bootstrap.service/timer` | 定时/首启更新 DMR ID 与各模式服务器列表 | 1 | | `arch-fw-online.service`（可选） | 在线固件升级 | — | | `tetra-bs.service`（仅内测） | TETRA Brew 基站 | 0/1 | ### 6.2 数据流（接收方向示例：网络上有人讲话） ``` 46002 网络 → 93 服务器 → 北京公网入口 ↓ UDP YSFGateway / P25Gateway / NXDNGateway / DMRGateway / ircddbgatewayd ↓ 本机 UDP（每个模式一个端口段） MMDVM-Host（第 N 路，含该路模式）→ 音频帧 ↓ UDP（MMDVM 协议） MMDVM-IQ（第 N 路）→ 基带 I/Q ↓ MMDVM-Multi → SX1255 射频 → 手台听到 FM/FMO 分支： MQTT(FMO/RAW) → fmo-bridge → 声码器 → ALSA / 射频 ``` ### 6.3 端口速查 | 端口 | 用途 | | --- | --- | | 80 | Web 控制台（nginx → 18080） | | 18080 | gunicorn 内部端口（仅 127.0.0.1） | | 1883 | 本机 MQTT（mosquitto） | | 62030 | FreeDMR（服务器侧） | | 62031 / 62032 | DMRGateway ↔ MMDVM-Host | | 42000 / 41000 / 41400 | YSF / P25 / NXDN 反射器 | | 30051 | D-Star（DCS/XLX） | --- ## 第 7 章　Web 控制台架构 ### 7.1 三层 ``` 浏览器 │ HTTP nginx (80) ──反向代理──▶ gunicorn (127.0.0.1:18080) │ ▼ /opt/mmdvm-web/app.py（Flask） │ subprocess + sudo ▼ /usr/local/bin/web-manage.sh ← 总调度 /usr/local/libexec/mmdvm-save.py / mmdvm-status.py / hosts-build.py / fmo-api.py │ ▼ /etc/*.ini、/etc/mmdvm/*.json、systemctl ``` **设计要点**：Flask 本身不碰系统文件，全部通过 `sudo` 调用白名单里的脚本； 脚本都是"可单独在命令行跑"的，方便排障（出问题时先手工跑脚本，再看 Web 是不是也有问题）。 ### 7.2 API 一览（app.py 里注册的路由） | 路由 | 作用 | | --- | --- | | `/` | 整个控制台页面（HTML/CSS/JS 由 `render_template_string` 一次性吐出） | | `/api/status` `/api/ports` | 系统状态、服务端口 | | `/api/qso` | **通话记录**（Live QSO 看板，0.5 秒轮询 + 0.6 秒折叠缓存） | | `/api/config/<模式>` | 读某模式配置（走 `web-manage.sh get-config`） | | `/api/save/<模式>` | 保存某模式配置（走 `mmdvm-save.py`） | | `/api/switch/<模式>` | 单通道切换模式 | | `/api/bm-list` `/api/ysf-hosts` `/api/p25-hosts` `/api/nxdn-hosts` `/api/dstar-reflectors` `/api/fcs-hosts` | 各类服务器/反射器列表 | | `/api/hosts-status` `/api/hosts-rebuild` | 主机库状态与重建 | | `/api/update-db/<类型>` | 手动触发数据更新（dmrid / dmrhosts / hosts / …） | | `/api/logs/<服务>` | 服务日志尾部 | | `/api/diagnose` `/api/backup` `/api/bm-test/` | 诊断 / 备份 / BM 连通性测试 | | `/api/sys/info` `/api/sys/net` `/api/sys/wifi` `/api/sys/action` `/api/sys/fw/upload` | 系统设置（品牌、WiFi、固件上传…） | | `/api/restart/<服务>` | 重启服务（白名单） | ### 7.3 前端为什么"看不见文件" `app.py` 用 `render_template_string` 把 HTML/CSS/JS 当字符串吐出来， 所以**改前端 = 改 app.py**（或用同目录的 `*_page.py` / `*_js.py` 模块拼装）。 改的时候**不要按行号**，用锚点字符串精确替换——文件太大，行号很容易漂。 --- ## 第 8 章　关键脚本逐个说 ### 8.1 `mmdvm-save.py` —— 所有"保存"的落点 | 函数 | 写入目标 | | --- | --- | | `save_rf` | `MMDVM-Host*.ini`（呼号、频点、双工、功率） | | `save_dmr` | DMR 宿主 + `DMRGateway.ini`；**ESSID 090123 逻辑**：`7 位 DMR ID + 2 位 ESSID(01–99)`，只叠加到 DMR，不污染其它模式 | | `save_ysf` / `save_p25` / `save_nxdn` / `save_dstar` / `save_fm` / `save_pocsag` | 各自的 .ini | | `set_identity` / `sync_host_identity_and_frequencies` | 呼号/ID/频点全通道同步 | | `update_plan_identity` | 把呼号、DMR ID 写回 `channels.json` | | `restart_channels` | 改完自动重启对应服务 | **注意**：`save_nxdn` 会同时写 `NXDN` 通道的 `General/Id` 与 `NXDNGateway.ini` 的 `Id` （历史上这里被写成"NXDN 只用呼号、清掉 ID"，导致 NXDN 上不了网，已修）。 ### 8.2 `channel-setup.py` —— 通道规划与模式互斥 - `hardware_limit()`：调 `arch-channel-limit.py` 拿本机上限，返回 1–7 - `apply(plan)`：把 `channels.json` 展开成 `MMDVM-Multi.ini` + 每路 `MMDVM-IQ-N.ini` / `MMDVM-Host-N.ini` - **模式互斥校验**：只统计"当前运行中的通道"，**未启用的历史通道不算占用** （历史 bug：单通道时想从 DMR 切 D-Star 被误报"其它通道占用"） - 频点网格：`grid_step()` 按采样率算信道间隔 ### 8.3 `arch-channel-limit.py` —— 硬件通道上限 | 设备 | 上限 | | --- | --- | | 树莓派 2 / Zero 2 | 2 | | 树莓派 3（含 CM3） | 4 | | 树莓派 4（内存 < 2 GB） | 4 | | 树莓派 4（≥ 2 GB）/ 树莓派 5 | 7 | | 其它设备 | 按 CPU 核数 / 内存判定：≤2 核或 <1.2 GB → 2；≤4 核或 <2.2 GB → 4；否则 7 | Web 里"保存并应用"时会弹窗提示建议路数与免责声明。 ### 8.4 `hosts-build.py` —— 服务器列表生成（含 ARCH 置顶） 输入：`/usr/local/etc/hosts/` 下的上游 txt/json（来自 ARCH 镜像） 输出：`DMR_Hosts.json`、`YSFHosts.json`、`NXDNHosts.json`、`P25Hosts.json`、`DSTAR_Reflectors.json`、`hosts-index.json` **ARCH 置顶规则**（每次重建都强制生效，防止被上游数据覆盖）： | 模式 | 置顶条目 | | --- | --- | | DMR | `ARCH_46002_China` · `46002 二区多模融合` · `srv2.hljrsa.cn:62030` | | YSF | `CN-46002` · `二区多模融合 / 哈尔滨` · `ysf.hljrsa.cn:42000`（重复项自动去重） | | P25 | `46002 二区多模融合` · `39.96.117.224:41000` | | NXDN | `46002 二区多模融合` · `39.96.117.224:41400` | | D-STAR | `DCSHLJ / XRFHLJ / REFHLJ / XLXHLJ` · 均带 `46002二区多模融合` | ### 8.5 `mmdvm-status.py` —— 状态与通话记录 两种调用方式： - 直接跑 → 输出 `=== SERVICES === / PROFILE / SYSTEM / NETWORK / RF FREQ / QSO ===`（Web 首页用） - `mmdvm-status.py qso` → 只输出通话记录（Live QSO 用） - **一次 `journalctl -u … -o json -n 600` 批量取全部通道 + fmo-bridge**（不要改回逐通道多次调用，会拖慢 Pi） **"通话中"判定**（各地模式"开始行"写法完全不同，这是踩过的坑）： | 模式 | 开始行 | | --- | --- | | DMR | `DMR Slot n, received (RF|network) voice header from X to Y` | | D-Star | `D-Star, received (RF|network) header from X to Y` | | YSF | 网络侧无 header，用 `YSF, received network data from X to DG-ID n at X` | | P25 | `P25, received network transmission from X to TG n`（射频侧 `received RF voice transmission`） | | NXDN | `NXDN, received network transmission from X to TG n` | | FM | 由 `fmo_bridge._qso_log()` 合成，**开始行不带时长、结束行带 `N seconds`** | ### 8.6 `web-manage.sh` —— Web 的总调度 `status / ports / switch / get-config / save-XXX / logs / backup / diagnose / update-db / bm-list / bm-test / restart / qso` - `get-config DMR` 会**先去 `channels.json` 找 DMR 实际在哪一路**，再读那一路的 ini （历史 bug：DMR 不在第 1 路时配置页读到空） - `switch` 单通道时直接**替换**当前通道模式，多通道时只找运行中的空闲位 ### 8.7 数据更新：`update-hosts.sh` / `update-database.sh` - 镜像优先：`https://arch.hljrsa.cn/downloads/arch-hotspot/data/`，失败再退回 Pi-Star 官方 - `update-hosts.sh`：全量（DMR ID + DMR/YSF/P25/NXDN/D-STAR 主机库）→ 调 `hosts-build.py` - `update-database.sh <类型>`：`dmrid | dmrhosts | ysfhosts | p25hosts | nxdnhosts | dstarhosts | hosts | all` - `dmrhosts` 是 1.0.22 新加的（原来根本没有 DMR 列表更新通道） - `arch-data-bootstrap.sh`：开机自动跑一次，缺什么补什么 ### 8.8 `fmo-bridge/` —— 模拟互联（FM 房间） - `fmo_bridge.py`：主循环。上行（RF→网络）、下行（网络→RF）、MQTT 收发、PCM 转码、尾音、录音触发 - `fmo_voice.py` / `fmo_dsp.py` / `fmo_fm.py` / `fmo_packet.py`：语音与调制相关 - `fmo_reg.py` / `fmo_presence.py`：注册与在线状态上报 - `fmo_app_uplink_relay.py`：手机 APP 上行中继 - **`_qso_log()`**：往 journal 写"看起来像 MMDVM-Host"的通联行，供 Web 通话看板解析 （开始行**必须不带** `N seconds`，否则前端会当成已结束、不显示红色高亮） - 证书在 `/opt/fmo-bridge/pki/`（本设备私有，备份里含） --- ## 第 9 章　配置文件索引（`/etc`） | 文件 | 作用 | 改它会影响 | | --- | --- | --- | | `mmdvm/channels.json` | **通道规划总表**：通道数、每路模式与频点 | 一切（改完要 apply） | | `mmdvm/frequency.json` | 射频中心频率、间隔、采样率 | 频率类页面显示 | | `mmdvm/active-mode.conf` | 当前生效模式串与通道数 | 首页模式显示 | | `mmdvm/install-state.conf` | 安装状态 + 各上游组件 commit（溯源用） | 升级判定 | | `MMDVM-Multi.ini` | 宽带前端参数 | 所有信道 | | `MMDVM-IQ-N.ini` | 第 N 路 SDR 增益/反相 | 单路射频质量 | | `MMDVM-Host-N.ini` | 第 N 路协议栈（模式开关、呼号、ID、频点、色码/RAN/NAC/DG-ID） | 单路模式 | | `DMRGateway.ini` | BM/FreeDMR 主站、端口、密码、Id | DMR 上网 | | `YSFGateway.ini` / `P25Gateway.ini` / `NXDNGateway.ini` | 各模式网络服务器与 ID | 各模式上网 | | `ircddbgateway` | D-Star 呼号、`reflector1`、`atStartup1`、DPlus/DExtra 开关 | D-Star 连接 | | `systemd/system/*.service` | 服务定义 | 启动行为 | | `nginx/sites-available/mmdvm-web` | 80→18080 反代 | Web 访问 | > `ircddbgateway` 里的 `reflector1` 决定开机自动链到哪个反射器。 > 出厂模板是**空的**（`reflector1=` / `atStartup1=0`），不会被写死到某个公共反射器。 --- ## 第 10 章　权限模型 - Web 进程以 `mmdvm-web` 系统用户运行（无登录 shell） - 需要 root 的动作，靠 `/etc/sudoers.d/arch-web` 白名单： ``` mmdvm-web ALL=(root) NOPASSWD: /usr/local/bin/web-manage.sh *, /usr/local/bin/web-fmo.sh *, /usr/local/bin/web-multi.sh *, /usr/local/bin/sys-manage.sh *, /usr/local/bin/web-tetra.sh *, /usr/local/libexec/mmdvm-save.py *, /usr/local/libexec/hosts-build.py * ``` **新增需要 root 的功能时，必须同时往这个白名单里加**，否则 Web 上点了没反应（历史坑）。 --- ## 第 11 章　构建与发版 ### 11.1 打包 ```powershell python <工作区>\artifacts\arch-hotspot-release\make_release.py ``` 脚本做的事： 1. 把 `source\` 复制成 `out\internal\` 和 `out\public\` 2. **public**：执行 `public_app()` 等裁剪函数，删掉集群页面/路由/文件，再全树删掉含 `TETRA|TDR Link|FlowStation|Bluestation` 的行；删掉 `tetra-api.py`、`web-tetra.sh`、 `tetra-bs.service` 等 3. 两版都执行 **`sanitize()` 脱敏**： | 原文 | 替换成 | | --- | --- | | `<呼号>` | `NOCALL` | | `` … | `000000000` | | `<密码 / token>` | `CHANGE_ME` | | `nocall.org.cn` | `example.com` | | `192.168.1.10` / `192.168.1.20` | `192.168.1.10` / `192.168.1.20` |
作者：BG2GA · 免责声明
4. 写 `VERSION`（脚本顶部常量 `VERSION = '1.0.24'`，**发版只改这一行**）、`CHANNEL`、`LICENSE`、`DISCLAIMER.md` 5. 从模板生成 `install.sh`、`arch-hotspot-update`、`build_upstream.sh` 6. 所有 `.sh` / `.py` 强制 LF 换行（避免 Windows 上 CRLF 把脚本搞坏） 7. 打 tar.gz + 生成 `.sha256`，并产出 `web\<通道>\current.json` 与云端引导 `install.sh` ### 11.2 发版检查清单 - [ ] `VERSION` 已改 - [ ] 公开包全树 `TETRA|TDR Link|FlowStation` 命中 = **0 个文件** - [ ] 两个包都没有 `<呼号>` / `` / `<密码>` / 内网 IP（除页脚作者行） - [ ] 解包后 `sha256sum -c` 通过、所有 `.sh` 过 `bash -n`、所有 `.py` 过 `python3 -m compileall` - [ ] 上传 93 `/opt/arch-site/downloads/arch-hotspot/{internal,public}/`（含 `current.json`、`install.sh`） - [ ] 部署 Cloudflare Pages：`bash /opt/dmr-admin/work/deploy-arch-site.sh` - [ ] 公网下载回来校验 SHA-256 - [ ] 写 `ARCH-维护记录.md`，更新本备份目录 ### 11.3 数据镜像（服务器侧，每 4 小时） `arch-hotspot-mirror.py` + `arch-hotspot-mirror.timer`（00:15 / 04:15 / 08:15 / 12:15 / 16:15 / 20:15，随机延迟 5 分钟） 抓取全球数据 → 应用 `apply_arch_overlay()` 把 ARCH 自建服务器置顶并写注释 → 部署到 Cloudflare。 设备端 `update-database.sh` 永远从这个镜像取。 --- ## 第 12 章　已知坑与修复索引（务必先读） | 现象 | 根因 | 修法 | | --- | --- | --- | | 装了官方 Lite 系统后 `curl` 报 `certificate is not yet valid` | 树莓派时钟未同步，证书时间被判为"未生效" | 引导脚本与升级脚本都带 `curl -k` 回退 | | 新装设备 DMR 上不了 BM，提示呼号必须与 BM 注册一致 | 打包时把呼号/ID 脱敏成 `NOCALL`/`0000000`，用户没填 | 属正常现象，用户在页面填自己的呼号与 ID | | 打包后 DMR 2 时隙不能用 / 本地手台发射不解码 | `MMDVM-IQ/IO.cpp` 双工模式下只在发射时喂全时隙解码器 | 已在 `build_upstream.sh` 打补丁（始终喂 `dmrRX`） | | 单通道切模式被拦"其它通道占用" | 前端与 `channel-setup.py` 把未启用的历史通道也算占用 | 只统计运行中的通道 | | DMR 配置页读不到值 | `get-config` 只读第 1 路 | 按 `channels.json` 找实际 DMR 通道 | | 勾选 ESSID 保存后消失 | 后端 `save_dmr` 忽略 ESSID 参数 | 合成 9 位 ID，只写 DMR | | YSF/P25/NXDN 的网络语音不显示"通话中"、不变红 | 这些模式网络侧**没有 header 行**，前端只认 `header` | 增加 `received network transmission` / `received network data from` / `received rf voice transmission` 关键字与判定 | | FM 通道也不变红 | 桥的开始行带了 `0.1 seconds`，被判成已结束 | 开始行不带时长 | | 通话看板刷新慢 / Pi CPU 高 | 每次轮询都要起一个 journalctl + python；8 次调用 | 一次批量 journalctl + 0.6 秒折叠缓存 | | DMR 列表里没有 ARCH 46002 | `hosts-build.py` 没有置顶逻辑、`update-database.sh` 没有 DMR 更新通道 | 新增 `_ARCH_*` 常量与 `dmrhosts` 子命令 | | 页面脚本报错、白屏 | 前端全塞在 `app.py` 里，改错一处就整体挂 | 用锚点精确替换；出问题看页面底部的"页面脚本错误"提示条 | | 录不了音 / 房间列表不全 | 房间来源是 `channels.json`，没启用对应通道就不会出现 | 先开通道，再看录音计划 | --- ## 第 13 章　排障速查 ```bash # 服务全景 systemctl list-units --type=service --no-pager | grep -E 'mmdvm|gateway|fmo|arch-|nginx|mosquitto' # 某一路的协议日志 sudo journalctl -u mmdvmhost@1.service -f # Web 后端 sudo journalctl -u mmdvm-web.service -n 100 --no-pager # 通道规划 cat /etc/mmdvm/channels.json # 手工跑一遍脚本（比 Web 好排错） sudo /usr/local/libexec/mmdvm-status.py sudo /usr/local/libexec/mmdvm-status.py qso | head sudo /usr/local/bin/web-manage.sh get-config DMR sudo /usr/local/libexec/hosts-build.py -v # 数据更新 sudo /usr/local/bin/update-database.sh hosts sudo /usr/local/bin/update-database.sh dmrhosts ``` **改任何东西之前**： 1. 先备份：`sudo cp -a <文件> <文件>.bak.<说明>-$(date +%Y%m%d-%H%M%S)` 2. 先看日志/先手工验证，别猜 3. 改完立刻 `python3 -m py_compile` / `bash -n` 自检 4. 写进 `ARCH-维护记录.md` --- ## 第 14 章　备份与回滚 | 要备份什么 | 放哪 | | --- | --- | | 热点侧全部源码 | `03-配置备份\ARCH热点固件-<版本>-完整备份-<日期>\source\` | | 两个成品包 + 哈希 + current.json | 同目录 `release\` | | 打包脚本 | 同目录 `build\` | | 服务器镜像脚本 | 同目录 `server-mirror\` | | 实机现场配置 | 同目录 `device-15-live\` | | 日常开发源码 | `07-当前工程工作区\ARCH-业余玩无线电融合中枢\artifacts\arch-hotspot-release\`（**打包用的就是这份**） | 回滚： - 单文件 → 设备上 `cp -a xxx.bak.<时间> xxx` 后重启对应服务 - 整包 → 把旧版 tar 传到设备，`tar xzf` 后 `sudo bash install.sh` - 数据 → `sudo /usr/local/bin/update-database.sh hosts` 重新拉