mods.js

modClasses = [
/* DO PAY PROPPER CREDITS! CODE TX RX on all Bands 18-1300 diffs by RE3CON, CODE Disable TX Lock by RE3CON */      
  class Mod_TXRXOnAllBands extends FirmwareMod {
        constructor() {
            super("TX and RX from 18-1300MHz (Tunas1337 Mod diffs)", "Allows recieve (RX) and transmit (TX) on the frequency range from 18 MHz - 1300 MHz. This TX Mod includes the following Mods: Disable TX Lock, Enhance RX Frequency Range.", 0);
        }
        apply(firmwareData) {
            const offset1 = 0x180E;  //diffs by RE3CON taken from Tunas1337 18-1300 Mod
            const offset2 = 0xe078;  //diffs by RE3CON taken from Tunas1337 18-1300 Mod
            const offset3 = 0xe0a8;  //diffs by RE3CON taken from Tunas1337 18-1300 Mod
            const offset4 = 0x150b;  //diffs by RE3CON taken from Tunas1337 18-1300 Mod
            const oldData1 = hexString("cf2a");  //TX lock //
            const oldData2 = hexString("80cba4"); // lower limit 50 lock
            const oldData3 = hexString("00879303"); // upper limit 600 lock
            const oldData4 = hexString("00404b4c00008793037c");
            const newData1 = hexString("5de0"); //unlock TX 50-600 by R3CON //
            const newData2 = hexString("40771b"); //set lower freq to 18 by R3CON
            const newData3 = hexString("80a4bf07"); //set upper freq to 1300 by R3CON 
            const newData4 = hexString("0040771b0080a4bf077c"); // TX full range by R3CON
            if (compareSection(firmwareData, oldData1, offset1) && compareSection(firmwareData, oldData2, offset2) && compareSection(firmwareData, oldData3, offset3) && compareSection(firmwareData, oldData4, offset4)) {
                firmwareData = replaceSection(firmwareData, newData1, offset1);
                firmwareData = replaceSection(firmwareData, newData2, offset2);
                firmwareData = replaceSection(firmwareData, newData3, offset3);
                firmwareData = replaceSection(firmwareData, newData4, offset4);
                log(`Success: ${this.name} applied.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }

            return firmwareData;
        }
    }
    ,  
    class Mod_ChangeTXLimits extends FirmwareMod {
        constructor() {
            super("Extend TX Limits (Experimental)", "Allows transmission on the specified frequency range.", 0);
            this.inputMinTX = addInputField(this.modSpecificDiv, "Specify a new value for the minimum frequency in the range 18-1300 MHz:", "50");
            this.inputMaxTX = addInputField(this.modSpecificDiv, "Specify a new value for the maximum frequency in the range 18-1300 MHz:", "600");
        }
        apply(firmwareData) {
            const offset = 0x150c;
            const txStart = parseInt(this.inputMinTX.value) * 100000;
            const txStop = parseInt(this.inputMaxTX.value) * 100000;
            if ((txStart <= txStop) && (txStart >= 1800000) && (txStart <= 130000000) && (txStop >= 1800000) && (txStop <= 130000000)) {
                const buffer = new ArrayBuffer(8);
                const dataView = new DataView(buffer);
                dataView.setUint32(0, txStart, true);
                dataView.setUint32(4, txStop, true);
                const txHex = new Uint8Array(buffer);
                firmwareData = replaceSection(firmwareData, txHex, offset);
                log(`Success: ${this.name} applied.`);
            }
            else {
                log(`Error in ${this.name}: Incorrect data! The frequencies must be greater than 18 MHz and less than 1300 MHz, the maximum greater than or equal to the minimum.`);
            }
            return firmwareData;
        }
    }
    ,        
    class Mod_DisableTXlock extends FirmwareMod {
        constructor() {
            super("Disable TX Lock from 50-600 MHz", "Enables transmitting on frequencies from 50 MHz to 600 MHz. The harmonic wave radiation can be stronger than on the input frequency and cause severe interference!", 0);
        }
        apply(firmwareData) {
            const offset = 0x180e;
            const oldData = hexString("cf2a");
            const newData = hexString("5de0");
            if (compareSection(firmwareData, oldData, offset)) {
                firmwareData = replaceSection(firmwareData, newData, offset);
                log(`Success: ${this.name} applied.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }
            return firmwareData;
        }
    }
    ,//just a quick edit... from tx-lock on all freq. EOT credits by RE3CON
  class Mod_FrequencyRangeAdvanced extends FirmwareMod {
        constructor() {
            super("Custom Frequency Ranges", "Changes the frequency range limits.", 0);
            this.selectSimple = addRadioButton(this.modSpecificDiv, "Simple Mode: Extend Band 1 down to 18 MHz and Band 7 up to 1300 MHz. This is the maximum frequency range of the chip. ", "selectSimpleMode", "selectFrequencyRange");
            this.selectCustom = addRadioButton(this.modSpecificDiv, "Custom Mode: Manually edit the frequency ranges. ", "selectCustomMode", "selectFrequencyRange");
            this.selectSimple.checked = true;
            const customModeDiv = document.createElement("div");
            customModeDiv.classList.add("d-none", "mt-2");
            const explanation = document.createElement("p");
            explanation.innerText = "You can customize the frequency ranges here. Make sure they are in the correct order and don't overlap. The maximum range is 18 MHz to 1300 MHz, and there is a gap from 630 - 840 MHz, where the chip cannot receive or transmit due to a hardware limitation.";
            customModeDiv.appendChild(explanation);
            this.band1L = addInputField(customModeDiv, "Band 1 Lower Limit (Hz)", "50000000");
            this.band1U = addInputField(customModeDiv, "Band 1 Upper Limit (Hz)", "107999990");
            this.band2L = addInputField(customModeDiv, "Band 2 Lower Limit (Hz)", "108000000");
            this.band2U = addInputField(customModeDiv, "Band 2 Upper Limit (Hz)", "135999900");
            this.band3L = addInputField(customModeDiv, "Band 3 Lower Limit (Hz)", "136000000");
            this.band3U = addInputField(customModeDiv, "Band 3 Upper Limit (Hz)", "173999900");
            this.band4L = addInputField(customModeDiv, "Band 4 Lower Limit (Hz)", "174000000");
            this.band4U = addInputField(customModeDiv, "Band 4 Upper Limit (Hz)", "349999900");
            this.band5L = addInputField(customModeDiv, "Band 5 Lower Limit (Hz)", "350000000");
            this.band5U = addInputField(customModeDiv, "Band 5 Upper Limit (Hz)", "399999900");
            this.band6L = addInputField(customModeDiv, "Band 6 Lower Limit (Hz)", "400000000");
            this.band6U = addInputField(customModeDiv, "Band 6 Upper Limit (Hz)", "469999900");
            this.band7L = addInputField(customModeDiv, "Band 7 Lower Limit (Hz)", "470000000");
            this.band7U = addInputField(customModeDiv, "Band 7 Upper Limit (Hz)", "1300000000");
            this.modSpecificDiv.appendChild(customModeDiv);
            this.selectCustom.parentElement.parentElement.addEventListener("change", () => {
                customModeDiv.classList.toggle("d-none", !this.selectCustom.checked);
            });
        }
        apply(firmwareData) {
            if (this.selectSimple.checked) {
                firmwareData = replaceSection(firmwareData, hexString("40771b0080cba4000085cf00c0800901c00e1602005a6202c029cd0280f77300f684cf00b6800901b60e1602f6596202b629cd0280a4bf07"), 0xE074);
            }
            else if (this.selectCustom.checked) {
                const lowerFreqs = [
                    Math.trunc(parseInt(this.band1L.value) * 0.1),
                    Math.trunc(parseInt(this.band2L.value) * 0.1),
                    Math.trunc(parseInt(this.band3L.value) * 0.1),
                    Math.trunc(parseInt(this.band4L.value) * 0.1),
                    Math.trunc(parseInt(this.band5L.value) * 0.1),
                    Math.trunc(parseInt(this.band6L.value) * 0.1),
                    Math.trunc(parseInt(this.band7L.value) * 0.1)
                ];
                const higherFreqs = [
                    Math.trunc(parseInt(this.band1U.value) * 0.1),
                    Math.trunc(parseInt(this.band2U.value) * 0.1),
                    Math.trunc(parseInt(this.band3U.value) * 0.1),
                    Math.trunc(parseInt(this.band4U.value) * 0.1),
                    Math.trunc(parseInt(this.band5U.value) * 0.1),
                    Math.trunc(parseInt(this.band6U.value) * 0.1),
                    Math.trunc(parseInt(this.band7U.value) * 0.1)
                ];
                const buffer = new ArrayBuffer(4 * 7 * 2); // uint32, 7 bands, upper and lower limit
                const dataView = new DataView(buffer);

                for (let i = 0; i < lowerFreqs.length; i++) {
                    dataView.setUint32(i * 4, lowerFreqs[i], true);
                    dataView.setUint32(i * 4 + 28, higherFreqs[i], true); // upper limit table starts right after lower limit table
                }
                const freqsHex = new Uint8Array(buffer);
                console.log(freqsHex);
                console.log(uint8ArrayToHexString(freqsHex));

                firmwareData = replaceSection(firmwareData, freqsHex, 0xE074);
            }
            log(`Success: ${this.name} applied.`);
            return firmwareData;
        }
    }
    ,
   class Mod_EnableTXEverywhereButAirBand extends FirmwareMod {
        constructor() {
            super("Enable TX everywhere except Air Band", "DANGER! Allows transmitting on all frequencies except air band (118 - 137 MHz). Only use this mod for testing, do not transmit on illegal frequencies!", 0);
            }
        apply(firmwareData) {
            const offset = 0x1804;
            const newData = hexString("f0b5014649690968054a914205d3054a914202d20020c04301e00020ffe7f0bdc00db400a00bd100");
            firmwareData = replaceSection(firmwareData, newData, offset);
            log(`Success: ${this.name} applied.`);
            return firmwareData;
        }
    }
    , 
   class Mod_DisableTX extends FirmwareMod {
        constructor() {
            super("Disable TX completely", "Prevents transmitting on all frequencies, making the radio purely a receiver.", 0);
        }
        apply(firmwareData) {
            const offset = 0x180e;
            const oldData = hexString("cf2a");
            const newData = hexString("f0bd");
            if (compareSection(firmwareData, oldData, offset)) {
                firmwareData = replaceSection(firmwareData, newData, offset);
                log(`Success: ${this.name} applied.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }
            return firmwareData;
        }
    }
    , 
    class Mod_FrequencyRangeSimple extends FirmwareMod {
        constructor() {
            super("Enhance RX Frequency Range", "Changes the lower limit of Band 1 to 18 MHz and the upper limit of Band 7 to 1300 MHz for RX. TX ranges are not affected. ", 0);
        }
        apply(firmwareData) {
            const offset = 0xe074;
            const oldData = hexString("404b4c0080cba4000085cf00c0800901c00e1602005a6202c029cd0280f77300f684cf00b6800901b60e1602f6596202b629cd0200879303");
            const newData = hexString("40771b0080cba4000085cf00c0800901c00e1602005a6202c029cd0280f77300f684cf00b6800901b60e1602f6596202b629cd0280a4bf07");
            if (compareSection(firmwareData, oldData, offset)) {
                firmwareData = replaceSection(firmwareData, newData, offset);
                log(`Success: ${this.name} applied.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }
            return firmwareData;
        }
    }
    ,
    class Mod_AMOnAllBands extends FirmwareMod {
        constructor() {
            super("AM RX on all Bands", "For some reason, the original firmware only allows the AM setting to work on band 2. This mod allows AM reception to work on any band.", 0);
        }
        apply(firmwareData) {
            const offset1 = 0x6232;
            const offset2 = 0x6246;
            const offset3 = 0x624c;
            const oldData1 = hexString("0b");
            const oldData2 = hexString("01");
            const oldData3 = hexString("b07b");
            const newData1 = hexString("0e");
            const newData2 = hexString("04");
            const newData3 = hexString("01e0");
            if (compareSection(firmwareData, oldData1, offset1) && compareSection(firmwareData, oldData2, offset2) && compareSection(firmwareData, oldData3, offset3)) {
                firmwareData = replaceSection(firmwareData, newData1, offset1);
                firmwareData = replaceSection(firmwareData, newData2, offset2);
                firmwareData = replaceSection(firmwareData, newData3, offset3);
                log(`Success: ${this.name} applied.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }
            return firmwareData;
        }
    }
    ,
    class Mod_CustomFm_radio extends FirmwareMod {
        constructor() {
            super("FM Radio Frequencies", "Changes the FM radio frequency range", "0");

            this.select6476mhz = addRadioButton(this.modSpecificDiv, "64 - 76 MHz", "select6476mhz", "selectFm_radio");
            this.select64108mhz = addRadioButton(this.modSpecificDiv, "64 - 108 MHz", "select64108mhz", "selectFm_radio");
            this.select76108mhz = addRadioButton(this.modSpecificDiv, "76 - 108 MHz", "select76108mhz", "selectFm_radio");
            this.select87108mhz = addRadioButton(this.modSpecificDiv, "86.4 - 108 MHz", "select87108mhz", "selectFm_radio");
            this.select88108mhz = addRadioButton(this.modSpecificDiv, "88 - 108 MHz", "select88108mhz", "selectFm_radio");

            this.select87108mhz.checked = true;
        }

        apply(firmwareData) {
            if (this.select76108mhz.checked) {
                firmwareData = replaceSection(firmwareData, hexString("5f0a0000"), 0xa274);
                firmwareData = replaceSection(firmwareData, hexString("5f20c000"), 0xa2f4);
                firmwareData = replaceSection(firmwareData, hexString("5f20c000"), 0x6452);
                firmwareData = replaceSection(firmwareData, hexString("8721"), 0x6456);
            }
            else if (this.select64108mhz.checked) {
                firmwareData = replaceSection(firmwareData, hexString("5f0a0000"), 0xa274);
                firmwareData = replaceSection(firmwareData, hexString("5020c000"), 0x6452);
            }
            else if (this.select6476mhz.checked) {
                const Reg05 = hexString("df0a0000");
                const MOVSR0 = hexString("5020c000");
                const MOVSR1 = hexString("5f21");

                firmwareData = replaceSection(firmwareData, MOVSR0, 0xa2f4);
                firmwareData = replaceSection(firmwareData, Reg05, 0xa274);
                firmwareData = replaceSection(firmwareData, MOVSR0, 0x6452);
                firmwareData = replaceSection(firmwareData, MOVSR1, 0x6456);
            }
            if (this.select87108mhz.checked) {
                const Reg05 = hexString("5f0a0000");
                const MOVSR0 = hexString("6c20c000");
                firmwareData = replaceSection(firmwareData, Reg05, 0xa274);
                firmwareData = replaceSection(firmwareData, MOVSR0, 0x6452);
            }
            else if (this.select88108mhz.checked) {
                const Reg05 = hexString("5f0a0000");
                const MOVSR0 = hexString("6e20c000");
                firmwareData = replaceSection(firmwareData, Reg05, 0xa274);
                firmwareData = replaceSection(firmwareData, MOVSR0, 0x6452);
            }
            log(`Success: ${this.name} applied.`);
            return firmwareData;

        }
    }
    ,
    class Mod_MicGain extends FirmwareMod {
        constructor() {
            super("Increase Mic sensitivity Gain", "makes the microphone more sensitive. You can hold it more far away to speak but background sound will be also louder. It does not gain the maximum mic volume. You can still fine tune the mic gain in the menu but it will always increase the sensitivity as without this mod.", 0);
        }
        apply(firmwareData) {
            const offset = 0xa8e4;
            const offset2 = 0x1c94;
            const oldData = hexString("40e90000");
            const newData = hexString("4fe90000");
            if (compareSection(firmwareData, oldData, offset) && compareSection(firmwareData, oldData, offset2)) {
                firmwareData = replaceSection(firmwareData, newData, offset);
                firmwareData = replaceSection(firmwareData, newData, offset2);
                log(`Success: ${this.name} applied.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }
            return firmwareData;
        }
    }
    ,
    class Mod_FreqCopyTimeout extends FirmwareMod {
        constructor() {
            super("Disable Freq Copy Timeout", "Prevents freq copy and CTCSS decoder from timeout with \"SCAN FAIL\", allowing both functions to run indefinitely until a signal is found.", 0);
        }
        apply(firmwareData) {
            const offset = 0x4bbc;
            const oldData = hexString("521c");
            const newData = hexString("00bf");
            if (compareSection(firmwareData, oldData, offset)) {
                firmwareData = replaceSection(firmwareData, newData, offset);
                log(`Success: ${this.name} applied.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }
            return firmwareData;
        }
    }
    ,
    class Mod_RogerBeep extends FirmwareMod {
        constructor() {
            super("Roger Beep", "Changes the sound of the two Roger Beep tones. Tone 1 plays for 150ms and tone 2 for 80ms. The defaults in this mod are similar to the Mototrbo beep. The maximum is 6347 Hz. To open NOAA Ton-Squelch set 1050 Hz as Ton 1", 0);
            this.inputTone1 = addInputField(this.modSpecificDiv, "Tone 1 frequency (Hz)", "1540");
            this.inputTone2 = addInputField(this.modSpecificDiv, "Tone 2 frequency (Hz)", "1310");
        }
        apply(firmwareData) {
            const offset = 0xaed0;
            const tone1 = Math.trunc(parseInt(this.inputTone1.value) * 10.32444);
            const tone2 = Math.trunc(parseInt(this.inputTone2.value) * 10.32444);
            if (tone1 <= 0xFFFF && tone2 <= 0xFFFF) {
                const buffer = new ArrayBuffer(8);
                const dataView = new DataView(buffer);
                dataView.setUint32(0, tone1, true); // true indicates little-endian byte order
                dataView.setUint32(4, tone2, true);
                const tonesHex = new Uint8Array(buffer);
                firmwareData = replaceSection(firmwareData, tonesHex, offset);
                firmwareData = replaceSection(firmwareData, hexString("96"), 0xae9a);
                log(`Success: ${this.name} applied.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }
            return firmwareData;
        }
    }
    ,
    class Mod_FrequencySteps extends FirmwareMod {
        constructor() {
            super("Frequency Steps", "Changes the frequency steps.", 0);
            this.inputStep1 = addInputField(this.modSpecificDiv, "Frequency Step 1 (Hz)", "2500");
            this.inputStep2 = addInputField(this.modSpecificDiv, "Frequency Step 2 (Hz)", "5000");
            this.inputStep3 = addInputField(this.modSpecificDiv, "Frequency Step 3 (Hz)", "6250");
            this.inputStep4 = addInputField(this.modSpecificDiv, "Frequency Step 4 (Hz)", "10000");
            this.inputStep5 = addInputField(this.modSpecificDiv, "Frequency Step 5 (Hz)", "12500");
            this.inputStep6 = addInputField(this.modSpecificDiv, "Frequency Step 6 (Hz)", "25000");
            this.inputStep7 = addInputField(this.modSpecificDiv, "Frequency Step 7 (Hz) (only available on band 2)", "8330");
        }
        apply(firmwareData) {
            const offset = 0xE0C8;
            const steps = [
                Math.trunc(parseInt(this.inputStep1.value) * 0.1),
                Math.trunc(parseInt(this.inputStep2.value) * 0.1),
                Math.trunc(parseInt(this.inputStep3.value) * 0.1),
                Math.trunc(parseInt(this.inputStep4.value) * 0.1),
                Math.trunc(parseInt(this.inputStep5.value) * 0.1),
                Math.trunc(parseInt(this.inputStep6.value) * 0.1),
                Math.trunc(parseInt(this.inputStep7.value) * 0.1),
            ];
            const buffer = new ArrayBuffer(14);
            const dataView = new DataView(buffer);
            for (let i = 0; i < steps.length; i++) {
                dataView.setUint16(i * 2, steps[i], true); // true indicates little-endian byte order
            }
            const stepsHex = new Uint8Array(buffer);
            firmwareData = replaceSection(firmwareData, stepsHex, offset);
            log(`Success: ${this.name} applied.`);
            return firmwareData;
        }
    }
    ,
    class Mod_NOAAFrequencies extends FirmwareMod {
        constructor() {
            super("NOAA Frequencies", "The NOAA scan feature is unique because it can scan in the background, all the time and stop only if a 1050 Hz Ton received to demute the speaker. However most people dont need the weather alerts or dont have NOAA in their country. This mod lets you change the frequencies so you can use the NOAA scan function for something else. The values below are pre-set to the first 10 PMR446 channels. A 1050 Hz Ton >150ms can be send with the Rogger Beep mod", 0);
            this.inputFreq1 = addInputField(this.modSpecificDiv,   "Frequency 1 (Hz)", "446006250");
            this.inputFreq2 = addInputField(this.modSpecificDiv,   "Frequency 2 (Hz)", "446018750");
            this.inputFreq3 = addInputField(this.modSpecificDiv,   "Frequency 3 (Hz)", "446031250");
            this.inputFreq4 = addInputField(this.modSpecificDiv,   "Frequency 4 (Hz)", "446043750");
            this.inputFreq5 = addInputField(this.modSpecificDiv,   "Frequency 5 (Hz)", "446056250");
            this.inputFreq6 = addInputField(this.modSpecificDiv,   "Frequency 6 (Hz)", "446068750");
            this.inputFreq7 = addInputField(this.modSpecificDiv,   "Frequency 7 (Hz)", "446081250");
            this.inputFreq8 = addInputField(this.modSpecificDiv,   "Frequency 8 (Hz)", "446093750");
            this.inputFreq9 = addInputField(this.modSpecificDiv,   "Frequency 9 (Hz)", "446106250");
            this.inputFreq10 = addInputField(this.modSpecificDiv,  "Frequency 10 (Hz)", "446118750");
        }
        apply(firmwareData) {
            const offset = 0xE0D8;
            const freqs = [
                Math.trunc(parseInt(this.inputFreq1.value) * 0.1),
                Math.trunc(parseInt(this.inputFreq2.value) * 0.1),
                Math.trunc(parseInt(this.inputFreq3.value) * 0.1),
                Math.trunc(parseInt(this.inputFreq4.value) * 0.1),
                Math.trunc(parseInt(this.inputFreq5.value) * 0.1),
                Math.trunc(parseInt(this.inputFreq6.value) * 0.1),
                Math.trunc(parseInt(this.inputFreq7.value) * 0.1),
                Math.trunc(parseInt(this.inputFreq8.value) * 0.1),
                Math.trunc(parseInt(this.inputFreq9.value) * 0.1),
                Math.trunc(parseInt(this.inputFreq10.value) * 0.1)
            ];
            const buffer = new ArrayBuffer(40);
            const dataView = new DataView(buffer);
            for (let i = 0; i < freqs.length; i++) {
                dataView.setUint32(i * 4, freqs[i], true); // true indicates little-endian byte order
            }
            const freqsHex = new Uint8Array(buffer);
            firmwareData = replaceSection(firmwareData, freqsHex, offset);
            log(`Success: ${this.name} applied.`);
            return firmwareData;
        }
    }
    , 
    class Mod_EnableSWDPort extends FirmwareMod {
        constructor() {
            super("Enable SWD Port", "If you don't know what SWD is, you don't need this! Allows debugging via SWD. You will need to solder wires to the main board of the radio and connect them to specialized hardware. ", 0);
        }
        apply(firmwareData) {
            const offset1 = 0xb924;
            const offset2 = 0xb9b2;
            const oldData1 = hexString("c860");
            const oldData2 = hexString("4860");
            const newData = hexString("00bf");
            if (compareSection(firmwareData, oldData1, offset1) && compareSection(firmwareData, oldData2, offset2)) {
                firmwareData = replaceSection(firmwareData, newData, offset1);
                firmwareData = replaceSection(firmwareData, newData, offset2);
                log(`Success: ${this.name} applied.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }
            return firmwareData;
        }
    }
    ,
    class Mod_BatteryIcon extends FirmwareMod {
        constructor() {
            super("Battery icon", "Changes the battery icon to a more modern look.", 0);
        }
        apply(firmwareData) {
            const offset = 0xD348 + 134;
            const oldData = hexString("3e227f4141414141414141414141414163003e227f415d5d4141414141414141414163003e227f415d5d415d5d4141414141414163003e227f415d5d415d5d415d5d4141414163003e227f415d5d415d5d415d5d415d5d4163");
            const newData = hexString("3e2263414141414141414141414141417f003e2263414141414141414141415d5d4163003e2263414141414141415d5d415d5d417f003e2263414141415d5d415d5d415d5d417f003e2263415d5d415d5d415d5d415d5d417f");
            if (compareSection(firmwareData, oldData, offset)) {
                firmwareData = replaceSection(firmwareData, newData, offset);
                log(`Success: ${this.name} applied.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }
            return firmwareData;
        }
    }
    ,
    class Mod_ChangeContrast extends FirmwareMod {
        constructor() {
            super("LCD Contrast", "Changes LCD contrast to any value from 0 to 63 (higher is darker). The default value is 31", 0);
            this.contrastValue = addInputField(this.modSpecificDiv, "Enter a new contrast value from 0-63:", "31");
        }
        apply(firmwareData) {
            const minValue = 0;
            const maxValue = 63;
            const inputValue = parseInt(this.contrastValue.value);
            if (!isNaN(inputValue) && inputValue >= minValue && inputValue <= maxValue) {
                const newData = new Uint8Array([inputValue]);
                firmwareData = replaceSection(firmwareData, newData, 0xb7b0);
                log(`Success: ${this.name} applied.`);
            }
            else {
                log(`ERROR in ${this.name}: Contrast value must be a number from 0-63!`);
            }
            return firmwareData;
        }
    }
    ,
    class Mod_Font extends FirmwareMod {
        constructor() {
            super("Font", "Changes the font apperiance on LCD to one of the following custom fonts: ", 0);
            this.selectVCR = addRadioButton(this.modSpecificDiv, "VCR Font, replace the bold digits with bigger, a bit higher in size fonts.", "selectVCR", "selectFont");
            this.selectFuturistic = addRadioButton(this.modSpecificDiv, "Futuristic Font (by DO7OO), replaces bold and small digits in a futuristic look.", "selectFuturistic", "selectFont");
            this.selectVCR.checked = true;
        }
        apply(firmwareData) {
            if (this.selectVCR.checked) {
                const bigDigits = hexString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
                firmwareData = replaceSection(firmwareData, bigDigits, 0xd502);
            }
            else if (this.selectFuturistic.checked) {
                const bigDigits = hexString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
                const smallDigits = hexString("007E414141797F00000000787F000079794949494E0049494949797E0007080808787F004E4949497979007E79494949790001010101797E007E494949797F000E090909797F0008080808080000000000000000");
                firmwareData = replaceSection(firmwareData, bigDigits, 0xd502);
                firmwareData = replaceSection(firmwareData, smallDigits, 0xd620);
            }
            log(`Success: ${this.name} applied.`);
            return firmwareData;
        }
    }
    ,
    class Mod_DoubleBacklightDuration extends FirmwareMod {
        constructor() {
            super("Double Backlight Duration", "Always multiplies the backlight duration set on the radio by x2. A value of 5 results to increase the light to 10 seconds.", 0);
        }
        apply(firmwareData) {
            const offset = 0x5976;
            const oldData = hexString("40");
            const newData = hexString("80");
            if (compareSection(firmwareData, oldData, offset)) {
                firmwareData = replaceSection(firmwareData, newData, offset);
                log(`Success: ${this.name} applied.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }
            return firmwareData;
        }
    }
    ,
    class Mod_SkipBootscreen extends FirmwareMod {
        constructor() {
            super("Skip Bootscreen", "Skips the bootscreen and instantly goes to the LCD main screen by power on.", 0);
        }
        apply(firmwareData) {
            const offset = 0xd1e6;
            const oldData = hexString("fcf7a9fc");
            const newData = hexString("00bf00bff8f7b9fb00f002f8");
            if (compareSection(firmwareData, oldData, offset)) {
                firmwareData = replaceSection(firmwareData, newData, offset);
                log(`Success: ${this.name} applied.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }
            return firmwareData;
        }
    }
    ,
    class Mod_MenuStrings extends FirmwareMod {
        constructor() {
            super("Menu strings", "Changes text in the settings menu. The displayed JSON contains every string with offset, description and size. Only edit the string. Do not insert more characters as allowed by the fixed size value!", 0);
            const strings = [{ "offset": 56470, "description": "squelch", "size": 6, "string": "SQLCH" }, { "offset": 56477, "description": "step", "size": 6, "string": "STEP" }, { "offset": 56484, "description": "txpower", "size": 6, "string": "TXPWR" }, { "offset": 56491, "description": "r dcs", "size": 6, "string": "R_DCS" },
            { "offset": 56498, "description": "r ctcs", "size": 6, "string": "R_CTCS" }, { "offset": 56505, "description": "t dcs", "size": 6, "string": "T_DCS" }, { "offset": 56512, "description": "t ctcs", "size": 6, "string": "T_CTCS" }, { "offset": 56519, "description": "tx shift direction", "size": 6, "string": "SHFT-D" },
            { "offset": 56526, "description": "tx shift offset", "size": 6, "string": "OFFSET" }, { "offset": 56533, "description": "wide/narrow", "size": 6, "string": "BNDWDH" }, { "offset": 56540, "description": "scramble", "size": 6, "string": "SCRMBL" }, { "offset": 56547, "description": "busy channel ptt lock", "size": 6, "string": "BUSYLK" },
            { "offset": 56554, "description": "save channel", "size": 6, "string": "MEM-CH" }, { "offset": 56561, "description": "battery saver", "size": 6, "string": "BATSVR" }, { "offset": 56568, "description": "voice activated mode", "size": 6, "string": "VOXPTT" },
            { "offset": 56575, "description": "backlight timeout", "size": 6, "string": "BKLGHT" }, { "offset": 56582, "description": "dual watch", "size": 6, "string": "DUALRX" }, { "offset": 56589, "description": "cross band mode", "size": 6, "string": "CROSSB" }, { "offset": 56596, "description": "key beep", "size": 6, "string": "BEEP" },
            { "offset": 56603, "description": "tx timeout", "size": 6, "string": "TXTIME" }, { "offset": 56610, "description": "voice prompt", "size": 6, "string": "VOICE" }, { "offset": 56617, "description": "scan mode", "size": 6, "string": "SCANMD" }, { "offset": 56624, "description": "channel display mode", "size": 6, "string": "CHDISP" },
            { "offset": 56631, "description": "auto keypad lock", "size": 6, "string": "AUTOLK" }, { "offset": 56638, "description": "ch in scan list 1", "size": 6, "string": "S-ADD1" }, { "offset": 56645, "description": "ch in scan list 2", "size": 6, "string": "S-ADD2" }, { "offset": 56652, "description": "tail tone elimination", "size": 6, "string": "STE" },
            { "offset": 56659, "description": "repeater tail tone elimination", "size": 6, "string": "RP-STE" }, { "offset": 56666, "description": "mic sensitivity", "size": 6, "string": "MIC" }, { "offset": 56673, "description": "one key call channel", "size": 6, "string": "1-CALL" },
            { "offset": 56680, "description": "active scan list", "size": 6, "string": "S-LIST" }, { "offset": 56687, "description": "browse scan list 1", "size": 6, "string": "SLIST1" }, { "offset": 56694, "description": "browse scan list 2", "size": 6, "string": "SLIST2" }, { "offset": 56701, "description": "alarm mode", "size": 6, "string": "AL-MOD" },
            { "offset": 56708, "description": "dtmf radio id", "size": 6, "string": "ANI-ID" }, { "offset": 56715, "description": "dtmf upcode", "size": 6, "string": "UPCODE" }, { "offset": 56722, "description": "dtmf downcode", "size": 6, "string": "DWCODE" }, { "offset": 56729, "description": "dtmf using keypad while ptt", "size": 6, "string": "D-ST" },
            { "offset": 56736, "description": "dtmf response mode", "size": 6, "string": "D-RSP" }, { "offset": 56743, "description": "dtmf hold time", "size": 6, "string": "D-HOLD" }, { "offset": 56750, "description": "dtmf pre-load time", "size": 6, "string": "D-PRE" },
            { "offset": 56757, "description": "dtmf transmit id on ptt", "size": 6, "string": "PTT-ID" }, { "offset": 56764, "description": "dtmf only listen to contacts", "size": 6, "string": "D-DCD" }, { "offset": 56771, "description": "dtmf list/call contacts", "size": 6, "string": "D-LIST" },
            { "offset": 56778, "description": "power on screen", "size": 6, "string": "PONMSG" }, { "offset": 56785, "description": "end of talk tone", "size": 6, "string": "ROGER" }, { "offset": 56792, "description": "battery voltage", "size": 6, "string": "VOLT" }, { "offset": 56799, "description": "enable AM reception on AM bands", "size": 6, "string": "AM" },
            { "offset": 56806, "description": "enable NOAA scan", "size": 6, "string": "NOAA_S" }, { "offset": 56813, "description": "delete channel", "size": 6, "string": "DEL-CH" }, { "offset": 56820, "description": "reset radio", "size": 6, "string": "RESET" }, { "offset": 56827, "description": "enable tx on 350mhz band", "size": 6, "string": "350TX" },
            { "offset": 56834, "description": "limit to local ham frequencies", "size": 6, "string": "F-LOCK" }, { "offset": 56841, "description": "enable tx on 200mhz band", "size": 6, "string": "200TX" }, { "offset": 56848, "description": "enable tx on 500mhz band", "size": 6, "string": "500TX" },
            { "offset": 56855, "description": "enable 350mhz band", "size": 6, "string": "350EN" }, { "offset": 56862, "description": "enable scrambler option", "size": 6, "string": "SCRAMB" }, { "offset": 56869, "description": "battery saver: off", "size": 3, "string": "OFF" }, { "offset": 56873, "description": "battery saver: 1:1", "size": 3, "string": "1:1" },
            { "offset": 56877, "description": "battery saver: 1:2", "size": 3, "string": "1:2" }, { "offset": 56881, "description": "battery saver: 1:3", "size": 3, "string": "1:3" }, { "offset": 56885, "description": "battery saver: 1:4", "size": 3, "string": "1:4" }, { "offset": 56889, "description": "tx power: low", "size": 4, "string": "LOW" },
            { "offset": 56894, "description": "tx power: mid", "size": 4, "string": "MID" }, { "offset": 56899, "description": "tx power: high", "size": 4, "string": "HIGH" }, { "offset": 56904, "description": "bandwidth: wide", "size": 6, "string": "WIDE" }, { "offset": 56911, "description": "bandwidth: narrow", "size": 6, "string": "NARROW" },
            { "offset": 56918, "description": "multiple options 1: off", "size": 6, "string": "OFF" }, { "offset": 56925, "description": "multiple options 1: chan a", "size": 6, "string": "CHAN_A" }, { "offset": 56932, "description": "multiple options 1: chan b", "size": 6, "string": "CHAN_B" },
            { "offset": 56939, "description": "multiple options 2: off", "size": 3, "string": "OFF" }, { "offset": 56943, "description": "multiple options 2: on", "size": 3, "string": "ON" }, { "offset": 56947, "description": "voice prompt: off", "size": 3, "string": "OFF" }, { "offset": 56951, "description": "voice prompt: chinese", "size": 3, "string": "CHN" },
            { "offset": 56955, "description": "voice prompt: english", "size": 3, "string": "ENG" }, { "offset": 56959, "description": "dtmf ptt id: off", "size": 4, "string": "OFF" }, { "offset": 56964, "description": "dtmf ptt id: upcode on ptt", "size": 4, "string": "BOT" },
            { "offset": 56969, "description": "dtmf ptt id: downcode after ptt", "size": 4, "string": "EOT" }, { "offset": 56974, "description": "dtmf ptt id: both", "size": 4, "string": "BOTH" }, { "offset": 56979, "description": "scan mode: continue after 5s", "size": 2, "string": "TO" },
            { "offset": 56982, "description": "scan mode: stay while signal", "size": 2, "string": "CO" }, { "offset": 56985, "description": "scan mode: stop on signal", "size": 2, "string": "SE" }, { "offset": 56988, "description": "channel display mode: freq", "size": 4, "string": "FREQ" },
            { "offset": 56993, "description": "channel display mode: chan", "size": 4, "string": "CHAN" }, { "offset": 56998, "description": "channel display mode: name", "size": 4, "string": "NAME" }, { "offset": 57003, "description": "tx shift direction: off", "size": 4, "string": "OFF" },
            { "offset": 57007, "description": "tx shift direction: +", "size": 4, "string": "+" }, { "offset": 57011, "description": "tx shift direction: -", "size": 4, "string": "-" }, { "offset": 57015, "description": "alarm mode: local", "size": 4, "string": "SITE" }, { "offset": 57020, "description": "alarm mode: local + remote", "size": 4, "string": "TONE" },
            { "offset": 57025, "description": "power on screen: full", "size": 4, "string": "FULL" }, { "offset": 57030, "description": "power on screen: custom message", "size": 4, "string": "MSG" }, { "offset": 57035, "description": "power on screen: batt voltage", "size": 4, "string": "VOLT" },
            { "offset": 57040, "description": "reset: keep channel parameters", "size": 3, "string": "VFO" }, { "offset": 57044, "description": "reset: reset everything", "size": 3, "string": "ALL" }, { "offset": 57048, "description": "dtmf response: nothing", "size": 5, "string": "NULL" },
            { "offset": 57054, "description": "dtmf response: local ring", "size": 5, "string": "RING" }, { "offset": 57060, "description": "dtmf response: auto call back", "size": 5, "string": "REPLY" }, { "offset": 57066, "description": "dtmf response: ring and call", "size": 5, "string": "BOTH" },
            { "offset": 57072, "description": "end of talk tone: off", "size": 5, "string": "OFF" }, { "offset": 57078, "description": "end of talk tone: classic beep", "size": 5, "string": "ROGER" }, { "offset": 57084, "description": "end of talk tone: MDC ID sound", "size": 5, "string": "MDC" },
            { "offset": 57090, "description": "f lock: none", "size": 3, "string": "OFF" }, { "offset": 57094, "description": "f lock: region FCC", "size": 3, "string": "FCC" }, { "offset": 57098, "description": "f lock: region Europe", "size": 3, "string": "CE" }, { "offset": 57102, "description": "f lock: region GB", "size": 3, "string": "GB" },
            { "offset": 57106, "description": "f lock: 430 band", "size": 3, "string": "430" }, { "offset": 57110, "description": "f lock: 438 band", "size": 3, "string": "438" }];
            this.menuStringsTextarea = document.createElement("textarea");
            this.menuStringsTextarea.classList.add("w-100", "form-control");
            this.menuStringsTextarea.placeholder = "There should be JSON here, reload the page to get it back!";
            this.menuStringsTextarea.value = JSON.stringify(strings, null, 2);
            this.modSpecificDiv.appendChild(this.menuStringsTextarea);
        }
        apply(firmwareData) {
            const jsonData = JSON.parse(this.menuStringsTextarea.value);
            const encoder = new TextEncoder();
            jsonData.forEach(({ offset, size, string }) => {
                const encodedString = encoder.encode(string);
                const padding = new Uint8Array(size - encodedString.length);
                const paddedString = new Uint8Array(encodedString.length + padding.length);
                paddedString.set(encodedString);
                paddedString.set(padding, encodedString.length);
                firmwareData = replaceSection(firmwareData, paddedString, offset);
            });
            log(`Success: ${this.name} applied.`);
            return firmwareData;
        }
    }
    ,
    class Mod_NegativeDisplay extends FirmwareMod {
        constructor() {
            super("Negative Display", "Inverts the LCD display apperiance.", 0);
        }
        apply(firmwareData) {
            const offset = 0xb798;
            const oldData = hexString("a6");
            const newData = hexString("a7");
            if (compareSection(firmwareData, oldData, offset)) {
                firmwareData = replaceSection(firmwareData, newData, offset);
                log(`Success: ${this.name} applied.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }
            return firmwareData;
        }
    }
    ,
    class Mod_RSSI extends FirmwareMod {
        constructor() {
            super("RSSI", "Adds a battery voltage readout in the status bar. Replaces the signal strength meter with a numerical RSSI readout and adds another optional element, a VU Mic Meter.", "2250");
            // this.selectSbar = addRadioButton(this.modSpecificDiv, "Select S-Meter, uses 2250 Bytes of additional Flash", "selectSbar", "selectRSSI");
            //this.selectGraph = addRadioButton(this.modSpecificDiv, "Select RSSI Graph, uses 1424 Bytes of additional Flash CURRENTLY BROKEN", "selectGraph", "selectRSSI");
           //  this.selectSbar.checked = true;
            //this.selectGraph.disabled = true; // currently broken, doesnt boot and python variant of the mod doesnt seem to do anything
        }
        apply(firmwareData) {
            firmwareData = replaceSection(firmwareData, hexString("e7e50000"), 0x0004); // replace reset handler
            firmwareData = replaceSection(firmwareData, hexString("1de70000"), 0x003c); // replace systick handler
            firmwareData = replaceSection(firmwareData, hexString("02e0"), 0x14bc); // remove old signal strength meter
            const dataSbar = hexString("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");
            //const dataGraph = hexString("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");
           // if (this.selectSbar.checked) {
                firmwareData = replaceSection(firmwareData, dataSbar, firmwareData.length);
                log(`Success: ${this.name} S-Meter applied.`);
           // }
          //  else if (this.selectGraph.checked) {
            //    firmwareData = replaceSection(firmwareData, dataGraph, firmwareData.length);

             //   log(`Success: ${this.name} Graph applied.`);
          //  }
            return firmwareData;
        }
    }
    ,    
]