Crash_Override/FreeDATA
1
0
Fork 0
mirror of https://github.com/DJ2LS/FreeDATA synced 2024-05-14 08:04:33 +00:00
Code Issues Packages Projects Releases Wiki Activity

Add files via upload

Browse source
This commit is contained in:
DJ2LS 2021-07-17 09:03:40 +02:00 committed by GitHub
parent c5e4972d00
commit 4b405841a6
No known key found for this signature in database
GPG key ID: 4AEE18F83AFDEB23
6 changed files with 940 additions and 0 deletions
Show stats Download patch file Download diff file Expand all files Collapse all files

201
gui/daemon.js Normal file
View file

@ -0,0 +1,201 @@
var net = require('net');
var daemon = new net.Socket();
var msg = ''; // Current message, per connection.
const { ipcRenderer } = require('electron');
setTimeout(connectDAEMON, 500)
function connectDAEMON(){
console.log('connecting to DAEMON...')
//clear message buffer after reconnecting or inital connection
msg = '';
//daemon_host = document.getElementById("daemon_adress").value
//daemon_port = document.getElementById("daemon_port").value
daemon_host = '192.168.178.163'
daemon_port = 3001
daemon.connect(daemon_port, daemon_host)
//client.setTimeout(5000);
}
daemon.on('connect', function(data) {
console.log('DAEMON connection established')
})
daemon.on('error', function(data) {
console.log('DAEMON connection error');
setTimeout(connectDAEMON, 2000)
});
/*
client.on('close', function(data) {
console.log(' TNC connection closed');
setTimeout(connectTNC, 2000)
});
*/
daemon.on('end', function(data) {
console.log('DAEMON connection ended');
setTimeout(connectDAEMON, 2000)
});
//exports.writeCommand = function(command){
writeDaemonCommand = function(command){
// we use the writingCommand function to update our TCPIP state because we are calling this function a lot
// if socket openend, we are able to run commands
if(daemon.readyState == 'open'){
//uiMain.setDAEMONconnection('open')
daemon.write(command + '\n');
}
if(daemon.readyState == 'closed'){
//uiMain.setDAEMONconnection('closed')
}
if(daemon.readyState == 'opening'){
//uiMain.setDAEMONconnection('opening')
}
let Data = {
daemon_connection: daemon.readyState,
};
ipcRenderer.send('request-update-daemon-connection', Data);
}
// "https://stackoverflow.com/questions/9070700/nodejs-net-createserver-large-amount-of-data-coming-in"
daemon.on('data', function(data) {
data = data.toString('utf8'); /* convert data to string */
msg += data.toString('utf8'); /*append data to buffer so we can stick long data together */
/* check if we reached an EOF, if true, clear buffer and parse JSON data */
if (data.endsWith('}')) {
/*console.log(msg)*/
try {
/*console.log(msg)*/
data = JSON.parse(msg)
} catch (e) {
console.log(e); /* "SyntaxError */
}
msg = '';
/*console.log("EOF detected!")*/
if(data['COMMAND'] == 'DAEMON_STATE'){
let Data = {
input_devices: data['INPUT_DEVICES'],
output_devices: data['OUTPUT_DEVICES'],
tnc_running_state: data['DAEMON_STATE'][0]['STATUS']
};
ipcRenderer.send('request-update-daemon-state', Data);
//input_devices = data['INPUT_DEVICES']
//uiMain.updateAudioInput(input_devices)
//output_devices = data['OUTPUT_DEVICES']
//uiMain.updateAudioOutput(output_devices)
//daemon_state = data['DAEMON_STATE'][0]['STATUS']
//uiMain.updateTncRunningState(daemon_state)
}
////// check if EOF ...
}
});
function hexToBytes(hex) {
for (var bytes = [], c = 0; c < hex.length; c += 2)
bytes.push(parseInt(hex.substr(c, 2), 16));
return bytes;
}
exports.getDaemonState = function(){
command = '{"type" : "GET", "command": "DAEMON_STATE"}'
writeDaemonCommand(command)
}
// START TNC
// ` `== multi line string
exports.startTNC = function(rx_audio, tx_audio, deviceid, deviceport, ptt){
var json_command = JSON.stringify({
type: 'SET',
command: 'STARTTNC',
parameter: [{
rx_audio: rx_audio,
tx_audio: tx_audio,
deviceid: deviceid,
deviceport: deviceport,
ptt: ptt
}]
})
//console.log(json_command)
writeDaemonCommand(json_command)
}
// STOP TNC
exports.stopTNC = function(){
command = '{"type" : "SET", "command": "STOPTNC" , "parameter": "---" }'
writeDaemonCommand(command)
}

261
gui/hamlib-list.html Normal file
View file

@ -0,0 +1,261 @@
<option value="1">Hamlib Dummy</option>
<option value="2">Hamlib NET rigctl </option>
<option value="4">FLRig FLRig </option>
<option value="5">TRXManager TRXManager 5.7.630+</option>
<option value="6"> Hamlib Dummy No VFO </option>
<option value="1001"> Yaesu FT-847 </option>
<option value="1003"> Yaesu FT-1000D </option>
<option value="1004"> Yaesu MARK-V FT-1000MP </option>
<option value="1005"> Yaesu FT-747GX </option>
<option value="1006"> Yaesu FT-757GX </option>
<option value="1007"> Yaesu FT-757GXII</option>
<option value="1009"> Yaesu FT-767GX </option>
<option value="1010"> Yaesu FT-736R </option>
<option value="1011"> Yaesu FT-840 </option>
<option value="1013"> Yaesu FT-900 </option>
<option value="1014"> Yaesu FT-920 </option>
<option value="1015"> Yaesu FT-890 </option>
<option value="1016"> Yaesu FT-990 </option>
<option value="1017"> Yaesu FRG-100 </option>
<option value="1018"> Yaesu FRG-9600 </option>
<option value="1019"> Yaesu FRG-8800 </option>
<option value="1020"> Yaesu FT-817 </option>
<option value="1021"> Yaesu FT-100 </option>
<option value="1022"> Yaesu FT-857 </option>
<option value="1023"> Yaesu FT-897 </option>
<option value="1024"> Yaesu FT-1000MP </option>
<option value="1025"> Yaesu MARK-V Field FT-1000MP </option>
<option value="1026"> Yaesu VR-5000 </option>
<option value="1027"> Yaesu FT-450 </option>
<option value="1028"> Yaesu FT-950 </option>
<option value="1029"> Yaesu FT-2000 </option>
<option value="1030"> Yaesu FTDX-9000 </option>
<option value="1031"> Yaesu FT-980 </option>
<option value="1032"> Yaesu FTDX-5000 </option>
<option value="1033"> Vertex Standard VX-1700 </option>
<option value="1034"> Yaesu FTDX-1200 </option>
<option value="1035"> Yaesu FT-991 </option>
<option value="1036"> Yaesu FT-891 </option>
<option value="1037"> Yaesu FTDX-3000 </option>
<option value="1038"> Yaesu FT-847UNI </option>
<option value="1039"> Yaesu FT-600 </option>
<option value="1040"> Yaesu FTDX-101D </option>
<option value="1041"> Yaesu FT-818 </option>
<option value="1042"> Yaesu FTDX-10 </option>
<option value="1043"> Yaesu FT-897D </option>
<option value="1044"> Yaesu FTDX-101MP </option>
<option value="2001"> Kenwood TS-50S </option>
<option value="2002"> Kenwood TS-440S </option>
<option value="2003"> Kenwood TS-450S </option>
<option value="2004"> Kenwood TS-570D </option>
<option value="2005"> Kenwood TS-690S </option>
<option value="2006"> Kenwood TS-711 </option>
<option value="2007"> Kenwood TS-790 </option>
<option value="2008"> Kenwood TS-811 </option>
<option value="2009"> Kenwood TS-850 </option>
<option value="2010"> Kenwood TS-870S </option>
<option value="2011"> Kenwood TS-940S </option>
<option value="2012"> Kenwood TS-950S </option>
<option value="2013"> Kenwood TS-950SDX </option>
<option value="2014"> Kenwood TS-2000 </option>
<option value="2015"> Kenwood R-5000 </option>
<option value="2016"> Kenwood TS-570S </option>
<option value="2017"> Kenwood TH-D7A </option>
<option value="2019"> Kenwood TH-F6A </option>
<option value="2020"> Kenwood TH-F7E </option>
<option value="2021"> Elecraft K2 </option>
<option value="2022"> Kenwood TS-930 </option>
<option value="2023"> Kenwood TH-G71 </option>
<option value="2024"> Kenwood TS-680S </option>
<option value="2025"> Kenwood TS-140S </option>
<option value="2026"> Kenwood TM-D700 </option>
<option value="2027"> Kenwood TM-V7 </option>
<option value="2028"> Kenwood TS-480 </option>
<option value="2029"> Elecraft K3 </option>
<option value="2030"> Kenwood TRC-80 </option>
<option value="2031"> Kenwood TS-590S </option>
<option value="2032"> SigFox Transfox </option>
<option value="2033"> Kenwood TH-D72A </option>
<option value="2034"> Kenwood TM-D710(G) </option>
<option value="2036"> FlexRadio 6xxx </option>
<option value="2037"> Kenwood TS-590SG </option>
<option value="2038"> Elecraft XG3 </option>
<option value="2039"> Kenwood TS-990s </option>
<option value="2040"> OpenHPSDR PiHPSDR </option>
<option value="2041"> Kenwood TS-890S </option>
<option value="2042"> Kenwood TH-D74 </option>
<option value="2043"> Elecraft K3S </option>
<option value="2044"> Elecraft KX2 </option>
<option value="2045"> Elecraft KX3 </option>
<option value="2046"> Hilberling PT-8000A </option>
<option value="2047"> Elecraft K4 </option>
<option value="2048"> FlexRadio/ANAN PowerSDR/Thetis </option>
<option value="2049"> Malachite DSP </option>
<option value="3002"> Icom IC-1275 </option>
<option value="3003"> Icom IC-271 </option>
<option value="3004"> Icom IC-275 </option>
<option value="3006"> Icom IC-471 </option>
<option value="3007"> Icom IC-475 </option>
<option value="3009"> Icom IC-706 </option>
<option value="3010"> Icom IC-706MkII </option>
<option value="3011"> Icom IC-706MkIIG </option>
<option value="3012"> Icom IC-707 </option>
<option value="3013"> Icom IC-718 </option>
<option value="3014"> Icom IC-725 </option>
<option value="3015"> Icom IC-726 </option>
<option value="3016"> Icom IC-728 </option>
<option value="3017"> Icom IC-729 </option>
<option value="3019"> Icom IC-735 </option>
<option value="3020"> Icom IC-736 </option>
<option value="3021"> Icom IC-737 </option>
<option value="3022"> Icom IC-738 </option>
<option value="3023"> Icom IC-746 </option>
<option value="3024"> Icom IC-751 </option>
<option value="3026"> Icom IC-756 </option>
<option value="3027"> Icom IC-756PRO </option>
<option value="3028"> Icom IC-761 </option>
<option value="3029"> Icom IC-765 </option>
<option value="3030"> Icom IC-775 </option>
<option value="3031"> Icom IC-781 </option>
<option value="3032"> Icom IC-820H </option>
<option value="3034"> Icom IC-821H </option>
<option value="3035"> Icom IC-970 </option>
<option value="3036"> Icom IC-R10 </option>
<option value="3037"> Icom IC-R71 </option>
<option value="3038"> Icom IC-R72 </option>
<option value="3039"> Icom IC-R75 </option>
<option value="3040"> Icom IC-R7000 </option>
<option value="3041"> Icom IC-R7100 </option>
<option value="3042"> Icom ICR-8500 </option>
<option value="3043"> Icom IC-R9000 </option>
<option value="3044"> Icom IC-910 </option>
<option value="3045"> Icom IC-78 </option>
<option value="3046"> Icom IC-746PRO </option>
<option value="3047"> Icom IC-756PROII </option>
<option value="3051">Ten-Tec Omni VI Plus </option>
<option value="3052"> Optoelectronics OptoScan535 </option>
<option value="3053"> Optoelectronics OptoScan456 </option>
<option value="3054"> Icom IC ID-1 </option>
<option value="3055"> Icom IC-703 </option>
<option value="3056"> Icom IC-7800 </option>
<option value="3057"> Icom IC-756PROIII </option>
<option value="3058"> Icom IC-R20 </option>
<option value="3060"> Icom IC-7000 </option>
<option value="3061"> Icom IC-7200 </option>
<option value="3062"> Icom IC-7700 </option>
<option value="3063"> Icom IC-7600 </option>
<option value="3064"> Ten-Tec Delta II </option>
<option value="3065"> Icom IC-92D </option>
<option value="3066"> Icom IC-R9500 </option>
<option value="3067"> Icom IC-7410 </option>
<option value="3068"> Icom IC-9100 </option>
<option value="3069"> Icom IC-RX7 </option>
<option value="3070"> Icom IC-7100 </option>
<option value="3071"> Icom ID-5100 </option>
<option value="3072"> Icom IC-2730 </option>
<option value="3073"> Icom IC-7300 </option>
<option value="3074"> Microtelecom Perseus </option>
<option value="3075"> Icom IC-785x </option>
<option value="3076"> Xeigu X108G </option>
<option value="3077"> Icom IC-R6 </option>
<option value="3078"> Icom IC-7610 </option>
<option value="3079"> Icom IC-R8600 </option>
<option value="3080"> Icom IC-R30 </option>
<option value="3081"> Icom IC-9700 </option>
<option value="3082"> Icom ID-4100 </option>
<option value="3083"> Icom ID-31 </option>
<option value="3084"> Icom ID-51 </option>
<option value="3085"> Icom IC-705 </option>
<option value="4001"> Icom IC-PCR1000 </option>
<option value="4002"> Icom IC-PCR100 </option>
<option value="4003"> Icom IC-PCR1500 </option>
<option value="4004"> Icom IC-PCR2500 </option>
<option value="5001"> AOR AR8200 </option>
<option value="5002"> AOR AR8000 </option>
<option value="5003"> AOR AR7030 </option>
<option value="5004"> AOR AR5000 </option>
<option value="5005"> AOR AR3030 </option>
<option value="5006"> AOR AR3000A </option>
<option value="5008"> AOR AR2700 </option>
<option value="5013"> AOR AR8600 </option>
<option value="5014"> AOR AR5000A </option>
<option value="5015"> AOR AR7030 Plus </option>
<option value="5016"> AOR SR2200 </option>
<option value="6005"> JRC NRD-525 </option>
<option value="6006"> JRC NRD-535D </option>
<option value="6007"> JRC NRD-545 DSP </option>
<option value="8001"> Uniden BC780xlt </option>
<option value="8002"> Uniden BC245xlt </option>
<option value="8003"> Uniden BC895xlt </option>
<option value="8004"> Radio Shack PRO-2052 </option>
<option value="8006"> Uniden BC250D </option>
<option value="8010"> Uniden BCD-396T </option>
<option value="8011"> Uniden BCD-996T </option>
<option value="8012"> Uniden BC898T </option>
<option value="9002"> Drake R-8A </option>
<option value="9003"> Drake R-8B </option>
<option value="10004"> Lowe HF-235 </option>
<option value="11003">Racal RA6790/GM </option>
<option value="11005"> Racal RA3702 </option>
<option value="12004"> Watkins-Johnson WJ-8888 </option>
<option value="14002"> Skanti TRP8000 </option>
<option value="14004"> Skanti TRP 8255 S R </option>
<option value="15001"> Winradio WR-1000 </option>
<option value="15002"> Winradio WR-1500 </option>
<option value="15003"> Winradio WR-1550 </option>
<option value="15004"> Winradio WR-3100 </option>
<option value="15005"> Winradio WR-3150 </option>
<option value="15006">Winradio WR-3500 </option>
<option value="15007"> Winradio WR-3700 </option>
<option value="15009"> Winradio WR-G313 </option>
<option value="16001"> Ten-Tec TT-550 </option>
<option value="16002"> Ten-Tec TT-538 Jupiter </option>
<option value="16003"> Ten-Tec RX-320 </option>
<option value="16004"> Ten-Tec RX-340 </option>
<option value="16005"> Ten-Tec RX-350 </option>
<option value="16007"> Ten-Tec TT-516 Argonaut V </option>
<option value="16008"> Ten-Tec TT-565 Orion </option>
<option value="16009"> Ten-Tec TT-585 Paragon </option>
<option value="16011"> Ten-Tec TT-588 Omni VII </option>
<option value="16012"> Ten-Tec RX-331 </option>
<option value="16013"> Ten-Tec TT-599 Eagle </option>
<option value="17001"> Alinco DX-77 </option>
<option value="17002"> Alinco DX-SR8 </option>
<option value="18001"> Kachina 505DSP </option>
<option value="22001"> TAPR DSP-10 </option>
<option value="23001"> Flex-radio SDR-1000 </option>
<option value="23003"> DTTS Microwave Society DttSP IPC </option>
<option value="23004"> DTTS Microwave Society DttSP UDP </option>
<option value="24001"> RFT EKD-500 </option>
<option value="25001"> Elektor Elektor 3/04 </option>
<option value="25002"> SAT-Schneider DRT1 </option>
<option value="25003"> Coding Technologies Digital World Traveller</option>
<option value="25006"> AmQRP DDS-60 </option>
<option value="25007"> Elektor Elektor SDR-USB </option>
<option value="25008"> mRS miniVNA </option>
<option value="25009"> SoftRock Si570 AVR-USB </option>
<option value="25011"> KTH-SDR kit Si570 PIC-USB </option>
<option value="25012"> FiFi FiFi-SDR </option>
<option value="25013"> AMSAT-UK FUNcube Dongle </option>
<option value="25014"> N2ADR HiQSDR </option>
<option value="25015"> Funkamateur FA-SDR </option>
<option value="25016"> AE9RB Si570 Peaberry V1 </option>
<option value="25017"> AE9RB Si570 Peaberry V2 </option>
<option value="25018"> AMSAT-UK FUNcube Dongle Pro+ </option>
<option value="25019"> HobbyPCB RS-HFIQ </option>
<option value="26001"> Video4Linux SW/FM radio </option>
<option value="26002"> Video4Linux2 SW/FM radio </option>
<option value="27001"> Rohde&Schwarz ESMC </option>
<option value="27002"> Rohde&Schwarz EB200 </option>
<option value="27003"> Rohde&Schwarz XK2100 </option>
<option value="28001"> Philips/Simoco PRM8060 </option>
<option value="29001"> ADAT www.adat.ch ADT-200A </option>
<option value="30001"> Icom IC-M700PRO </option>
<option value="30002"> Icom IC-M802 </option>
<option value="30003"> Icom IC-M710 </option>
<option value="30004"> Icom IC-M803 </option>
<option value="31001"> Dorji DRA818V </option>
<option value="31002"> Dorji DRA818U </option>
<option value="32001"> Barrett 2050 </option>
<option value="32002"> Barrett 950 </option>
<option value="33001"> ELAD FDM-DUO </option>

30
gui/package.json Normal file
View file

@ -0,0 +1,30 @@
{
"name": "freedv-jate-gui",
"version": "0.0.1",
"description": "GUI for FreeDV JATE ",
"main": "main.js",
"scripts": {
"start": "electron .",
"test": "echo \"Error: no test specified\" && exit 1"
},
"repository": {
"type": "git",
"url": "git+https://github.com/DJ2LS/FreeDV-JATE-GUI.git"
},
"keywords": [
"TNC",
"GUI",
"FreeDV",
"codec2"
],
"author": "DJ2LS",
"license": "LGPL-2.1",
"bugs": {
"url": "https://github.com/DJ2LS/FreeDV-JATE-GUI/issues"
},
"homepage": "https://github.com/DJ2LS/FreeDV-JATE-GUI#readme",
"dependencies": {
"@electron/remote": "^1.2.0",
"bootstrap": "^5.0.1"
}
}

37
gui/preload-data.js Normal file
View file

@ -0,0 +1,37 @@
const { ipcRenderer } = require('electron');
window.addEventListener('DOMContentLoaded', () => {
const replaceText = (selector, text) => {
const element = document.getElementById(selector)
if (element) element.innerText = text
}
document.getElementById("startTransmission").addEventListener("click", () => {
alert("HALLO ")
})
})
ipcRenderer.on('action-update-tnc-state', (event, arg) => {
if(arg.ptt_state == 'True'){
document.getElementById("ptt_state").className = "btn btn-danger";
} else if(arg.ptt_state == 'False'){
document.getElementById("ptt_state").className = "btn btn-success";
} else {
document.getElementById("ptt_state").className = "btn btn-secondary"
}
});

218
gui/preload-main.js Normal file
View file

@ -0,0 +1,218 @@
const sock = require('./sock.js')
const daemon = require('./daemon.js')
const { ipcRenderer } = require('electron');
window.addEventListener('DOMContentLoaded', () => {
setInterval(sock.getTncState, 1000)
setInterval(daemon.getDaemonState, 250)
//setInterval(uiMain.updateFFT, 250)
// Create spectrum object on canvas with ID "waterfall"
global.spectrum = new Spectrum(
"waterfall", {
spectrumPercent: 20
});
// saveMyCall button clicked
document.getElementById("saveMyCall").addEventListener("click", () => {
callsign = document.getElementById("myCall").value
sock.saveMyCall(callsign)
//uiMain.getTncState()
})
// saveMyGrid button clicked
document.getElementById("saveMyGrid").addEventListener("click", () => {
grid = document.getElementById("myGrid").value
sock.saveMyGrid(grid)
//uiMain.getTncState()
})
// startTNC button clicked
document.getElementById("startTNC").addEventListener("click", () => {
var rx_audio = document.getElementById("audio_input_selectbox").value
var tx_audio = document.getElementById("audio_output_selectbox").value
var deviceid = document.getElementById("hamlib_deviceid").value
var deviceport = document.getElementById("hamlib_deviceport").value
var ptt = document.getElementById("hamlib_ptt").value
daemon.startTNC(rx_audio, tx_audio, deviceid, deviceport, ptt)
})
// stopTNC button clicked
document.getElementById("stopTNC").addEventListener("click", () => {
daemon.stopTNC()
})
// openDataModule button clicked
document.getElementById("openDataModule").addEventListener("click", () => {
//data.show()
let Data = {
message: "Hello World !"
};
ipcRenderer.send('show-data-window', Data);
})
})
ipcRenderer.on('action-update-tnc-state', (event, arg) => {
// PTT STATE
if(arg.ptt_state == 'True'){
document.getElementById("ptt_state").className = "btn btn-danger";
} else if(arg.ptt_state == 'False'){
document.getElementById("ptt_state").className = "btn btn-success";
} else {
document.getElementById("ptt_state").className = "btn btn-secondary"
}
// BUSY STATE
if(arg.busy_state == 'BUSY'){
document.getElementById("busy_state").className = "btn btn-danger";
} else if(arg.busy_state == 'IDLE'){
document.getElementById("busy_state").className = "btn btn-success";
} else {
document.getElementById("busy_state").className = "btn btn-secondary"
}
// ARQ STATE
if(arg.arq_state == 'DATA'){
document.getElementById("arq_state").className = "btn btn-warning";
} else if(arg.arq_state == 'IDLE'){
document.getElementById("arq_state").className = "btn btn-secondary";
} else {
document.getElementById("arq_state").className = "btn btn-secondary"
}
// RMS
document.getElementById("rms_level").setAttribute("aria-valuenow", arg.rms_level)
document.getElementById("rms_level").setAttribute("style", "width:" + arg.rms_level + "%;")
// CHANNEL STATE
if(arg.channel_state == 'RECEIVING_SIGNALLING'){
document.getElementById("signalling_state").className = "btn btn-success";
document.getElementById("data_state").className = "btn btn-secondary";
} else if(arg.channel_state == 'SENDING_SIGNALLING'){
document.getElementById("signalling_state").className = "btn btn-danger";
document.getElementById("data_state").className = "btn btn-secondary";
} else if(arg.channel_state == 'RECEIVING_DATA'){
document.getElementById("signalling_state").className = "btn btn-secondary";
document.getElementById("data_state").className = "btn btn-success";
} else if(arg.channel_state == 'SENDING_DATA'){
document.getElementById("signalling_state").className = "btn btn-secondary";
document.getElementById("data_state").className = "btn btn-danger";
} else {
document.getElementById("signalling_state").className = "btn btn-secondary"
document.getElementById("busy_state").className = "btn btn-secondary"
}
// SET FREQUENCY
document.getElementById("frequency").value = arg.frequency
// SET MODE
document.getElementById("mode").value = arg.mode
// SET BANDWITH
document.getElementById("bandwith").value = arg.bandwith
});
ipcRenderer.on('action-update-daemon-state', (event, arg) => {
// UPDATE AUDIO INPUT
if(document.getElementById("audio_input_selectbox").length != arg.input_devices.length){
document.getElementById("audio_input_selectbox").innerHTML = ""
for (i = 0; i < arg.input_devices.length; i++) {
var option = document.createElement("option");
option.text = arg.input_devices[i]['NAME'];
option.value = arg.input_devices[i]['ID'];
document.getElementById("audio_input_selectbox").add(option);
}
}
// UPDATE AUDIO OUTPUT
if(document.getElementById("audio_output_selectbox").length != arg.output_devices.length){
document.getElementById("audio_output_selectbox").innerHTML = ""
for (i = 0; i < arg.output_devices.length; i++) {
var option = document.createElement("option");
option.text = arg.output_devices[i]['NAME'];
option.value = arg.output_devices[i]['ID'];
document.getElementById("audio_output_selectbox").add(option);
}
}
// TNC RUNNING STATE
document.getElementById("tnc_running_state").innerHTML = arg.tnc_running_state;
if(arg.tnc_running_state == "running"){
document.getElementById('hamlib_deviceid').disabled = true
document.getElementById('hamlib_deviceport').disabled = true
document.getElementById('hamlib_ptt').disabled = true
document.getElementById('audio_input_selectbox').disabled = true
document.getElementById('audio_output_selectbox').disabled = true
document.getElementById('stopTNC').disabled = false
document.getElementById('startTNC').disabled = true
document.getElementById('myCall').disabled = false
document.getElementById('saveMyCall').disabled = false
document.getElementById('myGrid').disabled = false
document.getElementById('saveMyGrid').disabled = false
} else {
document.getElementById('hamlib_deviceid').disabled = false
document.getElementById('hamlib_deviceport').disabled = false
document.getElementById('hamlib_ptt').disabled = false
document.getElementById('audio_input_selectbox').disabled = false
document.getElementById('audio_output_selectbox').disabled = false
document.getElementById('stopTNC').disabled = true
document.getElementById('startTNC').disabled = false
document.getElementById('myCall').disabled = true
document.getElementById('saveMyCall').disabled = true
document.getElementById('myGrid').disabled = true
document.getElementById('saveMyGrid').disabled = true
}
});
ipcRenderer.on('action-update-daemon-connection', (event, arg) => {
if(arg.daemon_connection == 'open'){
document.getElementById("daemon_connection_state").className = "btn btn-success";
}
if(arg.daemon_connection == 'opening'){
document.getElementById("daemon_connection_state").className = "btn btn-warning";
}
if(arg.daemon_connection == 'closed'){
document.getElementById("daemon_connection_state").className = "btn btn-danger";
}
});

193
gui/sock.js Normal file
View file

@ -0,0 +1,193 @@
var net = require('net');
const { ipcRenderer } = require('electron');
var client = new net.Socket();
var msg = ''; // Current message, per connection.
setTimeout(connectTNC, 500)
function connectTNC(){
console.log('connecting to TNC...')
//clear message buffer after reconnecting or inital connection
msg = '';
tnc_host = document.getElementById("tnc_adress").value
tnc_port = document.getElementById("tnc_port").value
client.connect(tnc_port, tnc_host)
//client.setTimeout(5000);
}
client.on('connect', function(data) {
console.log('TNC connection established')
})
client.on('error', function(data) {
console.log('TNC connection error');
let Data = {
busy_state: "-",
arq_state: "-",
channel_state: "-",
frequency : "-",
mode: "-",
bandwith: "-",
rms_level : 0
};
ipcRenderer.send('request-update-tnc-state', Data);
setTimeout(connectTNC, 2000)
});
/*
client.on('close', function(data) {
console.log(' TNC connection closed');
setTimeout(connectTNC, 2000)
});
*/
client.on('end', function(data) {
console.log('TNC connection ended');
setTimeout(connectTNC, 2000)
});
//exports.writeTncCommand = function(command){
writeTncCommand = function(command){
console.log(command)
// we use the writingCommand function to update our TCPIP state because we are calling this function a lot
// if socket openend, we are able to run commands
if(client.readyState == 'open'){
//uiMain.setTNCconnection('open')
client.write(command + '\n');
}
if(client.readyState == 'closed'){
//uiMain.setTNCconnection('closed')
}
if(client.readyState == 'opening'){
//uiMain.setTNCconnection('opening')
}
}
client.on('data', function(data) {
/*
stackoverflow.com questions 9070700 nodejs-net-createserver-large-amount-of-data-coming-in
*/
data = data.toString('utf8'); // convert data to string
msg += data.toString('utf8'); // append data to buffer so we can stick long data together
/*
if (msg.charCodeAt(msg.length - 1) == 0) {
client.emit('message', msg.substring(0, msg.length - 1));
msg = '';
console.log("END OF FILE")
}
*/
/*
if (msg.startsWith('{"COMMAND":')) {
msg = '';
msg += data.toString('utf8');
console.log("BOF detected!")
}
*/
// check if we reached an EOF, if true, clear buffer and parse JSON data
if (data.endsWith('}')) {
//console.log(msg)
try {
//console.log(msg)
data = JSON.parse(msg)
} catch (e) {
console.log(e); /* "SyntaxError*/
}
msg = '';
/* console.log("EOF detected!") */
if(data['COMMAND'] == 'TNC_STATE'){
// FFT
//fft_raw = data['FFT']
//var fft = Buffer.from(fft_raw, "hex")
//var fft = hexToBytes(fft_raw)
//var fft = Array.from(fft_raw)
//console.log(typeof(fft))
let Data = {
ptt_state: data['PTT_STATE'],
busy_state: data['TNC_STATE'],
arq_state: data['ARQ_STATE'],
channel_state: data['CHANNEL_STATE'],
frequency : data['FREQUENCY'],
mode: data['MODE'],
bandwith: data['BANDWITH'],
rms_level : (data['AUDIO_RMS']/1000)*100
};
ipcRenderer.send('request-update-tnc-state', Data);
var fft = Array.from({length: 2048}, () => Math.floor(Math.random() * 10));
//console.log(fft)
//uiMain.updateFFT(fft)
}
// check if EOF ...
}
});
function hexToBytes(hex) {
for (var bytes = [], c = 0; c < hex.length; c += 2)
bytes.push(parseInt(hex.substr(c, 2), 16));
return bytes;
}
//Save callsign
exports.saveMyCall = function(callsign){
command = '{"type" : "SET", "command": "MYCALLSIGN" , "parameter": "'+ callsign +'" }'
writeTncCommand(command)
}
exports.saveMyGrid = function(grid){
command = '{"type" : "SET", "command": "MYGRID" , "parameter": "'+ grid +'" }'
writeTncCommand(command)
}
exports.getTncState = function(){
command = '{"type" : "GET", "command": "TNC_STATE"}';
writeTncCommand(command)
}