mods (pt).js

//ReMade by Matoz (@spm81 - Github)
modClasses = [
 class Mod_APP extends FirmwareMod {
        constructor() {
            super("Aplicações", "Adiciona um aplicativo da lista para escolher:", "(Depende da aplicação selecionada) ?");

            this.selectSbar = addRadioButton(this.modSpecificDiv, "S-meter (níveis de 6dB) + voltímetro da bateria na barra de status. Por @piotr022, v78.", "selectSbar", "selectApp");
            this.selectGraph = addRadioButton(this.modSpecificDiv, "Balança RSSI com saída de valor digital. Por @piotr022, v78.", "selectGraph", "selectApp");
            this.selectSpectr = addRadioButton(this.modSpecificDiv, "Analisador de espectro. Acende com o botão da lanterna. Para cima / baixo (mantenha pressionado) - altere a frequência central, 8/2 - aumente / diminua o zoom, 1/7 - aumente / diminua a resolução, PTT / EXIT - saia. Depois de sair, você precisa ir ao menu para atualizar a tela. Por @piotr022, v78.", "selectSpectr", "selectApp");
            this.selectSpectrM = addRadioButton(this.modSpecificDiv, "Analisador de espectro de Mikhail. Acende com o botão da lanterna. Antes de começar, desligue a redução de ruído (SQL para 0) ou ligue o modo de monitoramento. Para cima / baixo - mudança de frequência, 1/7 - sensibilidade (tempo de medição), 2/8 - passo de frequência, 9/3 - zoom in / out, * / F (mantenha) - nível de redução de ruído, 5 - luz de fundo, 0 - excluir frequência (suprimir interferência), EXIT - sair. Depois de sair, você precisa ir ao menu para atualizar a tela. Por @fagci, v78.", "selectSpectrM", "selectApp");
            this.selectMessenger = addRadioButton(this.modSpecificDiv, "Bate-papo de texto. Acende com o botão da lanterna. Teclado para digitar uma mensagem, MENU - enviar, EXIT - limpar, se não houver mensagem - sair. Para discar a próxima letra no mesmo botão da anterior, pressione * para confirmar. Por @piotr022, v78.", "selectMessenger", "selectApp");
            this.selectPong = addRadioButton(this.modSpecificDiv, "Ping-Pong. Por @piotr022, v78.", "selectPong", "selectApp");
            this.selectGraph.checked = true;
//            this.selectGraph.disabled = true; // currently broken, doesnt boot and python variant of the mod doesnt seem to do anything

        }

        apply(firmwareData) {

            const dataSbar = hexString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
            const dataGraph = hexString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
            const dataSpectr = hexString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
            const dataSpectrM = hexString("88130020D5000000D9000000DB00000000000000000000000000000000000000000000000000000000000000DD0000000000000000000000DF00000099C30000E3000000E5000000E7000000E9000000EB000000ED000000EF000000F1000000F3000000F5000000F7000000F9000000FB000000FD000000FF00000001010000030100000501000007010000090100000B0100000D0100000F01000011010000130100001501000017010000190100001B0100001D0100001F0100002101000010B5064C2378002B07D1054B002B02D0044800E000BF0123237010BD8C13002000000000C0000000044B10B5002B03D00349044800E000BF10BDC0460000000090130020C000000007207047082070470A00303A0300D0B2092805D900202D2901D15868463070470720424358688018F9E700207047406840187047D308DB015918E0239B00994207D807231A40063B93404068425C1343435470470020704710B53020FCF76CF9012401003020A143FCF736FC3020FCF763F90100A14330202143FCF72DFC0B4B03211A00AE33AC3210881A78002391425B419840FEF720FD6720FCF74DF9C005C00DFF2800D9FF20C0B210BDB413002010B50400010C3920FCF70EFCA1B23820FCF70AFC3020FCF737F9040000213020FCF702FC21003020FCF7FEFB10BDF0B5002789B004000D0016003900072206A80393059700F0E8FB0822944636483B0005AF0022016AA14202DC641A0132FAE73032DA5562460133D21AD2B204389542EFD90922961B751BEDB27B1918000293F1F732FDC3B21F000193002F4AD0039B264CBB420FD1230025009833A03518682988036801319B6889B29847402303702B8802332B801E4B186800282DD0019A029B9B187A429E5C036831005B6898472300983305001868A034036821889B689847134B0400186831000368DB6898470200002C05D029002000002D0FD000F093FB0A4C310023009C331868A0340368DB68984723881B182380013FB5E700F07BFBEEE709B0F0BD14EF0000B413002050140020E02210B500214068920000F06BFB10BDF0B5C04C85B0237A002B05D100F02EFB00F03CFB01232372BB4D2B68DA0768D5BA4ABB4C1778002F3AD10822134260D093432B60B74B053A39201A70FCF782F806003820FCF77EF823003604B433064347201E60FCF776F82300B83318804320FCF770F82300BA33390018804720FCF739FB230003223800AE331B7801269A427841C0B2FCF7D2F8230085331F7023003900C13306201E70FBF76EFF9B4B1E7026002700B0363378B1373B70FCF7F6FBC0B230700D2820D19748FFF799FFFCF7ADFE2300B4331868FFF7F8FE2300B83319884720FCF706FB2300BA3319884320FCF700FB01210620FBF746FF0023C0342370FDF743FD05B0F0BDFF2800D1FEE03B7898426FD122008D321378FF2B0BD10F2878D800F048FADF6AAB8577DA777CBAA477BFCD77E5EE0133137023008D331B78102BECD8220023008532AF3312781B789A4200D3F5E000210620FBF714FF10232A6826009A4323002A60B4331B68AE36009333786D4D9B00EB1800995B6D221DCB1A47200021D367FCF7B3FA2A003378703259008A5A7E350292EA5C8023002613413700DBB203930196039B5C4DB34200D054E12A0000232900C132843113700A780132D2B20A70290085310978B94202D30F2A00D8E0E02A00843213702B0085331F702B00009A88331A60019B86352B70D2E0FF2BA0D191E72200FA21AC32138849018B4205D2643313802300FF228C331A702300853300221A7092E72200C821AC32138849008B42F3D9643BECE72600AE363378052B15D8013303220020DBB29A424041C0B23370FBF7F6FF2300FF2221008C331A703278334B92009B185B6DBC310B6023000122C133D1E72600AE363378002BF6D0013BDFE72200BC3213682A495B182A498B4200DD0B0027498B4200DA0B001360BCE72200BC3213682549EFE72300BC331B68002BDBD02200B432116821485B188142D4D81360D2E72300BC3319680029CDD02200B43213681A488342C7D85B1AF0E74023184A11684B40D8E72300FF2286331B78E25491E72200AF32137801335A201370FEF7EFFA88E72200AF321378013BF5E723008D3382E7A81300200010064074140020B4130020B30300204414002014EF000010270000400D0300F0D8FFFF7FA4BF070008064006200121FBF71EFE10232A6813432B60230088331868231DDA6F824208D0D867FFF7B2FD2300B83347201988FCF7C0F91026FCF799FAFF2868D0230086331E78FFF776FD2300853318702300A055AF331B78834200D9DDE68048FFF72FFEB02238217F4B7F4C920099547F4F210022003800AE31097886327E30415C127878258A407A49D2B25118CB180221494280268818304209D1CE17881970402E00864030001E78284030431870013101330329EDD10026F3B2009323003A00AE331B787E32D35C32001A41A55CFF2D53D10136802EEFD123002200AF338C3212781B789B1A2A22934260DD13000026D31ADDB23700F31CBB425CD0230098331868F9B203682A005B6898470137F2E7013E4020F6B2FEF743FA002E8BD18EE7FCF724FA2B00C1331B78FF2816D0002B00D1A0E60435E86FFFF728FDFFF7FAFC2070B84203D90700EB6F01960093464B8C331A78824206D9187004E0002BE9D12378FF2BE6D1404B02990433DA6F01365218F6B2DA67013478E623008C331B78ED1A2A2D0FDD2A252A235D1BEDB2230098331868EAB2036800995B68013598472B2DF4D195E7EB43DB171D40ECE7D943C9170B409BE70436802E9BD125000023A0352B8023000222AC331100188826000123FFF7F2FC6923AE362B803378234A9B00D3180322586D110002234000FFF7E4FC20002A2388302B80062202210068273BFFF7DAFCC0239B002B8033782700164A9B00D3180422B437586D3B681100181A0123FFF7C9FC124B104A2B803378BC349B00D3180422586D3B681100C0180123FFF7BAFCCD2303229B00110020682B800223FFF7B1FCFCF748FCB1E5C0464414002004070020B413002014EF00007E0200006203000002B4714649084900095C49008E4402BC7047C0461D4B10B51D4C5A1C5A6000218022200000F082F82300002284331A80230086331A70230088331A602300FF218C3319802300134994331960124B2100180090312C3008602000983001602100A0310A8022004433A432136023000B49A833196023000A49AC33196023009C331A60084BBC34236010BDC046A8130020B41300200407002014EF000020D60000200305328038010010B5F1F731F9002010BDC04602488546FFF7F6FFFEE7000088130020044B054A0548834202D202CA02C3FAE77047C0468C130020C0EF00008C13002070B500260C4D0D4C641BA410A64209D1002600F06FF80A4D0A4C641BA410A64205D170BDB300EB5898470136EEE7B300EB5898470136F2E7B4EF0000B4EF0000B4EF0000BCEF000003008218934200D1704719700133F9E7002310B59A4200D110BDCC5CC4540133F8E70000010000000A00000064000000E803000010270000A086010040420F008096980000E1F50500000000000000007DE600005DE6000057E600000DE80000000000000000000053E6000031E600002DE6000029E60000400600008813000010270000204E0000409C00008038010000710200640038017102E204C409C409C40902020202020100000000F8B5C046F8BC08BC9E467047F8B5C046F8BC08BC9E46704709E60000D9ED0000E1E50000");
            const dataMessenger = hexString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
            const dataPong = hexString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

            if (this.selectSbar.checked) {
                firmwareData = replaceSection(firmwareData, hexString("45E6000002000000030000000400000005000000060000000700000008000000090000000A0000000B0000000C0000000D0000000E0000002DE70000100000001100000012000000130000001400000015000000160000001700000018000000190000001A0000001B0000001C0000001D0000001E0000001F000000200000002100000022000000230000002400000025000000260000002700000028000000290000002A0000002B0000002C0000002D0000002E0000002F"), 0x0004);
                firmwareData = replaceSection(firmwareData, dataSbar, firmwareData.length);

                log(`Sucesso: ${this.name}.App S-meter (níveis de 6dB) + voltímetro da bateria na barra de status. Usado ${dataSbar.length/2} byte(s) adicionais.`);
            }
            else if (this.selectGraph.checked) {
                firmwareData = replaceSection(firmwareData, hexString("E9E6000002000000030000000400000005000000060000000700000008000000090000000A0000000B0000000C0000000D0000000E000000D9E80000100000001100000012000000130000001400000015000000160000001700000018000000190000001A0000001B0000001C0000001D0000001E0000001F000000200000002100000022000000230000002400000025000000260000002700000028000000290000002A0000002B0000002C0000002D0000002E0000002F0"), 0x0004);
                firmwareData = replaceSection(firmwareData, dataGraph, firmwareData.length);

                log(`Sucesso: ${this.name}. App Balança RSSI com saída de valor digital adicionada. Usados ${dataGraph.length/2} byte(s) adicionais.`);
            }
            else if (this.selectSpectr.checked) {
                firmwareData = replaceSection(firmwareData, hexString("CDE9000002000000030000000400000005000000060000000700000008000000090000000A0000000B0000000C0000000D0000000E000000CDE60000100000001100000012000000130000001400000015000000160000001700000018000000190000001A0000001B0000001C0000001D0000001E0000001F000000200000002100000022000000230000002400000025000000260000002700000028000000290000002A0000002B0000002C0000002D0000002E0000002F0"), 0x0004);
                firmwareData = replaceSection(firmwareData, dataSpectr, firmwareData.length);

                log(`Sucesso: ${this.name}. App Analisador de espectro adicionada. Usado ${dataSpectr.length/2} byte(s) adicionais.`);
            }
            else if (this.selectSpectrM.checked) {
                firmwareData = replaceSection(firmwareData, hexString("79EE000002000000030000000400000005000000060000000700000008000000090000000A0000000B0000000C0000000D0000000E0000001DE80000100000001100000012000000130000001400000015000000160000001700000018000000190000001A0000001B0000001C0000001D0000001E0000001F000000200000002100000022000000230000002400000025000000260000002700000028000000290000002A0000002B0000002C0000002D0000002E0000002F00"), 0x0004);
                firmwareData = replaceSection(firmwareData, dataSpectrM, firmwareData.length);

                log(`Sucesso: ${this.name}. App Analisador de espectro de Mikhail adicionada. Usados ${dataSpectrM.length/2} byte(s) adicionais.`);
            }
            else if (this.selectMessenger.checked) {
                firmwareData = replaceSection(firmwareData, hexString("09EB000002000000030000000400000005000000060000000700000008000000090000000A0000000B0000000C0000000D0000000E000000B5E50000100000001100000012000000130000001400000015000000160000001700000018000000190000001A0000001B0000001C0000001D0000001E0000001F000000200000002100000022000000230000002400000025000000260000002700000028000000290000002A0000002B0000002C0000002D0000002E0000002F00"), 0x0004);
                firmwareData = replaceSection(firmwareData, dataMessenger, firmwareData.length);

                log(`Sucesso: ${this.name}. App Bate-papo texto adicionada. Usados ${dataMessenger.length/2} byte(s) adicionais.`);
            }
            else if (this.selectPong.checked) {
                firmwareData = replaceSection(firmwareData, hexString("E9E6000002000000030000000400000005000000060000000700000008000000090000000A0000000B0000000C0000000D0000000E00000049E90000100000001100000012000000130000001400000015000000160000001700000018000000190000001A0000001B0000001C0000001D0000001E0000001F000000200000002100000022000000230000002400000025000000260000002700000028000000290000002A0000002B0000002C0000002D0000002E0000002F00"), 0x0004);
                firmwareData = replaceSection(firmwareData, dataPong, firmwareData.length);

                log(`Sucesso: ${this.name}. App ping-pong adicionada. Usado ${dataPong.length/2} byte(s) adicionais.`);
            }

            return firmwareData;
        }
    }
    ,

   /* class Mod_Example extends FirmwareMod {
        constructor() {
            super("Example Mod", "This mod does absolutely nothing and is used as an example for implementing new mods. It is hidden for convenience, not because it does anything risky.", 0); // Add name, description and size (additional flash used, 0 for most mods)
            this.hidden = true; // Set this to true for high-risk mods such as the "Enable TX everywhere" mod
            // Customize the mod-specific div with input elements
            // There is a helper function for adding input fields easily:
            this.inputField1 = addInputField(this.modSpecificDiv, "Example Mod specific input field 1", "Editable data");
        }

        apply(firmwareData) {
            log("The value of input field 1 is: " + this.inputField1.value);
            // Implement the logic to apply the specific mod here
            // You can use the mod-specific inputs in this.modSpecificDiv
            return firmwareData;
        }
    }
    ,
    class Mod_RSSI extends FirmwareMod {
        constructor() {
            super("RSSI", "Experimental mod. Adds a battery voltage readout in the status bar. Replaces the signal strength meter with a numerical RSSI readout and adds another optional element: You can choose to either have an s-meter with bargraph (signal strength in 6dB increments) or an RSSI graph showing RSSI over time. WARNING: This mod has a bug which allows TX on all bands above 174 MHz.", "2250 or 1424");

            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


            // sbar size 2242 + 8 = 2250
            const dataSbar = hexString("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");
            // graph size 1416 + 8 = 1424
            const dataGraph = hexString("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");

            if (this.selectSbar.checked) {
                firmwareData = replaceSection(firmwareData, dataSbar, firmwareData.length);

                log(`Sucesso: ${this.name} S-Meter aplicado.`);
            }
            else if (this.selectGraph.checked) {
                firmwareData = replaceSection(firmwareData, dataGraph, firmwareData.length);

                log(`Sucesso: ${this.name} Graph aplicado.`);
            }

            return firmwareData;
        }
    }
    ,*/
    class Mod_ChangeToneBrust extends FirmwareMod { //lets hope it will work. I duno Py nor JS, just modding stuff 4 people 2 help
        constructor() {
            super("Repeater Tone Burst", "O botão F2 [Flashlight] + PTT ao mesmo tempo envia um tom de ativação de 1750 Hz por padrão para os repetidores na UE. Para desativar os canais NOAA, é necessário um tom de 1050 Hz. Outras frequências de pulso de tom de repetidor não tão comuns são 1000Hz, 1450Hz, 1750Hz, 2100Hz", 0);
            this.contrastValue = addInputField(this.modSpecificDiv, "Digite um novo valor de Tone Burst em Hz de 1000-3950:", "1750");
        }

        apply(firmwareData) {
            const minValue = 1000;
            const maxValue = 3950;
            const inputValue = parseInt(this.contrastValue.value);

            if (!isNaN(inputValue) && inputValue >= minValue && inputValue <= maxValue) {
                const newData = new Uint8Array([inputValue]);
                firmwareData = replaceSection(firmwareData, newData, 0x29cc);
                log(`Sucesso: ${this.name} aplicado.`);
            }
            else {
                log(`ERROR in ${this.name}: Repeater Tone Burst must be a Tone Freq. in Hz from 1000-3950 Hz!`);
            }
            return firmwareData;
        }
    }
    ,
    
    class Mod_BatteryIcon extends FirmwareMod {
        constructor() {
            super("Icon da Bateria", "Altera o ícone da bateria para uma variante de aparência mais normal.", 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(`Sucesso: ${this.name} aplicado.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }

            return firmwareData;
        }
    }
    ,
    class Mod_CustomBootscreen extends FirmwareMod {
        constructor() {
            super("Custom Bootscreen", "Altera a tela inicial do rádio para uma imagem, exibida por 2 segundos na inicialização. A configuração PONMSG no menu é ignorada, a tela de inicialização personalizada é sempre exibida. As imagens são compactadas automaticamente removendo o espaço em branco na parte superior e inferior. Faça um banner estreito se precisar economizar espaço. ", "up to 1024");

            this.selectTrollface = addRadioButton(this.modSpecificDiv, "Troll Face (933 Bytes)", "selectTrollface", "selectBootscreen");
            this.selectQ = addRadioButton(this.modSpecificDiv, "Quansheng Q Logo (929 Bytes)", "selectQ", "selectBootscreen");
            this.selectUVMOD = addRadioButton(this.modSpecificDiv, "UVMOD Banner (214 Bytes)", "selectUVMOD", "selectBootscreen");
            this.selectNOKIA = addRadioButton(this.modSpecificDiv, "NOKIA Logo (507 Bytes)", "selectNOKIA", "selectBootscreen");
            this.selectCustomFile = addRadioButton(this.modSpecificDiv, "Custom image (will be converted and compressed automatically, ideal size 128x64)", "selectCustom", "selectBootscreen");
            

            this.selectTrollface.checked = true;

            const fileInputDiv = document.createElement("div");
            fileInputDiv.classList.add("custom-file", "mt-2", "d-none");
            this.customFileInput = document.createElement("input");
            this.customFileInput.className = "custom-file-input";
            this.customFileInput.type = "file";
            this.customFileInput.accept = "image/bmp,image/jpeg,image/png";
            this.customFileLabel = document.createElement("label");
            this.customFileLabel.className = "custom-file-label";
            this.customFileLabel.innerText = "Choose image file";
            this.customFileLabel.for = "customFileInput";
            fileInputDiv.appendChild(this.customFileInput);
            fileInputDiv.appendChild(this.customFileLabel);
            this.canvas = document.createElement("canvas");
            this.canvas.classList.add("mt-3", "mr-3", "border", "shadow-sm");
            this.canvas.width = 128;
            this.canvas.height = 64;
            this.canvas2 = this.canvas.cloneNode();
            fileInputDiv.appendChild(this.canvas);
            fileInputDiv.appendChild(this.canvas2);
            this.modSpecificDiv.appendChild(fileInputDiv);

            this.selectCustomFile.parentElement.parentElement.addEventListener("change", () => {
                fileInputDiv.classList.toggle("d-none", !this.selectCustomFile.checked);
            });



            this.customImageData = new Uint8Array(1024);
            this.customFileInput.onchange = () => {
                const file = this.customFileInput.files[0];
                this.customFileLabel.textContent = file.name;
                const reader = new FileReader();
                reader.onload = () => {
                    const img = new Image();
                    img.onload = () => {
                        const canvas = this.canvas;
                        const ctx = canvas.getContext('2d');
                        ctx.drawImage(img, 0, 0, 128, 64);
                        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height).data;
                        function getPixel(x, y) {
                            const index = y * 128 + x;
                            const i = index * 4;
                            return imageData[i] + imageData[i + 1] + imageData[i + 2] > 128 * 3 ? 0 : 1;
                        }

                        // run canvas content through getPixel and output to canvas2
                        const canvas2 = this.canvas2;
                        const ctx2 = canvas2.getContext('2d');
                        const imageData2 = ctx2.getImageData(0, 0, canvas2.width, canvas2.height);
                        for (let y = 0; y < 64; y++) {
                            for (let x = 0; x < 128; x++) {
                                const index = y * 128 + x;
                                const i = index * 4;
                                const pixel = !getPixel(x, y);
                                imageData2.data[i] = pixel * 255;
                                imageData2.data[i + 1] = pixel * 255;
                                imageData2.data[i + 2] = pixel * 255;
                                imageData2.data[i + 3] = 255;
                            }
                        }
                        ctx2.putImageData(imageData2, 0, 0);

                        const outputArray = new Uint8Array(1024);
                        // getPixel(i) outputs the pixel value for any x y coordinate. 0 = black, 1 = white.
                        // the outputArray is 1024 bytes, where each byte is 8 pixels IN VERTICAL ORDER.

                        let i = 0;
                        for (let y = 0; y < 64; y += 8) {
                            for (let x = 0; x < 128; x++) {
                                let byte = 0;
                                for (let i = 0; i < 8; i++) {
                                    byte |= getPixel(x, y + i) << i;
                                }
                                outputArray[i++] = byte;
                            }
                        }

                        
                        this.customImageData.set(outputArray);
                    };
                    img.src = reader.result;
                };
                reader.readAsDataURL(file);
            };
        }

        apply(firmwareData) {
            let imageData = null;

            // images have to be 1024 bytes exactly, where each byte is 8 pixels. 128x64 pixels = 1024 bytes
            // this mod optimizes the image data by removing empty lines from top and bottom. leave lots of empty space on top and bottom for the smallest size. 
            if (this.selectTrollface.checked) {
                imageData = hexString("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");
            }
            else if (this.selectQ.checked) {
                imageData = hexString("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");
            }
            else if (this.selectUVMOD.checked) {
                imageData = hexString("000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000FFFFFF000000000000FFFFFF00000000FFFFFF000000000000FFFFFF00000000FFFFFF7CF8F0F87CFFFFFF00000000FCFEFF0F070707070FFFFEFC00000000FFFFFF07070707070FFFFEFC00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000003F7FFFF0E0E0E0E0F0FF7F3F000000000F1F3F7CF8F0F0F87C3F1F0F00000000FFFFFF0001010100FFFFFF000000003F7FFFF0E0E0E0E0F0FF7F3F00000000FFFFFFE0E0E0E0E0F0FF7F3F0000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000");
            }
            else if (this.selectNOKIA.checked) {
                imageData = hexString("0000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000008080808080808080808000000000000000000000008080808080800000000000008080808080808080808080808080808080000000000000808080808080000000000000000000008080808080808080000080808080808000000000000000000000000080808080808080000000000000000000000000000000000000000000ffffffffffff0f1f3ffffffefcf8e0c08000000000ffffffffffff0000fcfeffffffff0f0f0f0f0f0f0f0f0f0f0f0f0f0ffffffffefc0000ffffffffffff8080c0e0f0f8fc7c7e3f1f0f0f07030101000000ffffffffffff0000000000000080e0f8fcffff7f1f0f3f7ffffffcf8e08000000000000000000000000000000000ffffffffffff000000000103070f1f3ffffffefcf8ffffffffffff00003f7ffffffffff0f0f0f0f0f0f0f0f0f0f0f0f0f0ffffff7f3f0000ffffffffffff00010303070f1f3f7f7efcf8f8f0e0c0c0800000ffffffffffff000080e0f8fcffffff3f3f3f3d3c3c3c3c3c3d3f3f3ffffffffcf8e080000000000000000000000001010101010100000000000000000000000101010101010101010100000000000001010101010101010101010101010101010000000000000101010101010000000000000000000000010101010101010100010101010101000101010101010100000000000000000000000000000001010101010101000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000");
            }
            else if (this.selectCustomFile.checked) {
                imageData = this.customImageData;
            }
            if (imageData.length !== 1024) throw new Error("Image data must be exactly 1024 bytes.");

            // this uses the shellcode from custom_bootscreen_narrow
            let shellcode = hexString("30B5002206490748F6F72AFB064A07490748F6F713FB01F0ADFD01F06FFD30BD0004000084060020CCCCCCCCBBBBBBBBAAAAAAAA");

            // remove empty lines from top
            let offsetLines = 0;
            for (let i = 0; i < 64; i++) {
                if (imageData.slice(i * 16, i * 16 + 16).every(pixel => pixel === 0)) {
                    offsetLines++;
                } else {
                    break;
                }
            }
            imageData = imageData.slice(offsetLines * 16);

            // truncate all zero bytes from the end of the image data
            let endIndex = imageData.length;
            while (endIndex > 0 && imageData[endIndex - 1] === 0) {
                endIndex--;
            }
            imageData = imageData.subarray(0, endIndex);

            // now we can patch the shellcode with the right values
            const shellcodeDataView = new DataView(shellcode.buffer);

            shellcodeDataView.setUint32(1 * -4 + shellcode.length, 0x20000684 + offsetLines * 16, true); // set destination address inside displaybuffer shifted by the amount of removed empty lines
            shellcodeDataView.setUint32(2 * -4 + shellcode.length, firmwareData.length, true); // set source address to the end of the firmware where the image will be stored
            shellcodeDataView.setUint32(3 * -4 + shellcode.length, imageData.length, true); // set length of the image data

            firmwareData = replaceSection(firmwareData, shellcode, 0x9b3c);
            firmwareData = replaceSection(firmwareData, hexString("0001"), 0xd1f0); // patch bootscreen duration to 2 seconds
            firmwareData = replaceSection(firmwareData, imageData, firmwareData.length);

            log(`Sucesso: ${this.name} aplicado using ${imageData.length} bytes of extra space.`);

            return firmwareData;
        }
    }
    ,
   
    class Mod_SkipBootscreen extends FirmwareMod {
        constructor() {
            super("Ignorar tela de inicialização", "Ignora a tela de inicialização e vai instantaneamente para a tela principal na inicialização.", 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(`Sucesso: ${this.name} aplicado.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }

            return firmwareData;
        }
    }
    ,
    class Mod_Font extends FirmwareMod {
        constructor() {
            super("Font", "Changes the font to one of the following custom fonts: ", 0);

            this.selectVCR = addRadioButton(this.modSpecificDiv, "VCR Font, replaces big digits", "selectVCR", "selectFont");
            this.selectFuturistic = addRadioButton(this.modSpecificDiv, "Futuristic Font (by DO7OO), replaces big and small digits", "selectFuturistic", "selectFont");
            this.selectTunas1337 = addRadioButton(this.modSpecificDiv, "Fonte por Tunas1337, substitui letras e números", "selectTunas1337","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);
            }
            else if (this.selectTunas1337.checked) {
                const letters = hexString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
                firmwareData = replaceSection(firmwareData, letters, 0xd67c);
            }
            log(`Sucesso: ${this.name} aplicado.`);
            return firmwareData;
        }
    }
    ,
    class Mod_NegativeDisplay extends FirmwareMod {
        constructor() {
            super("Exibição negativa", "Inverte as cores no visor.", 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(`Sucesso: ${this.name} aplicado.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }

            return firmwareData;
        }
    }
    ,
    class Mod_FreqCopyTimeout extends FirmwareMod {
        constructor() {
            super("Desabilitar Freq Copy Timeout", "Evita que a cópia de frequência e o decodificador CTCSS expirem com /SCAN FAIL/, permitindo que ambas as funções sejam executadas indefinidamente até que um sinal seja encontrado.", 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(`Sucesso: ${this.name} aplicado.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }

            return firmwareData;
        }
    }
    ,
    class Mod_DisableTX extends FirmwareMod {
        constructor() {
            super("Desabilitar TX completamente", "Impede a transmissão em todas as frequências, tornando o rádio puramente um receptor.", 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(`Sucesso: ${this.name} aplicado.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }

            return firmwareData;
        }
    }
    ,
    /*class Mod_FrequencyRangeSimple extends FirmwareMod {
        constructor() {
            super("Faixa de frequência maior", "Altera o limite inferior da Banda 1 para 18 MHz e o limite superior da Banda 7 para 1300 MHz para RX. As faixas de TX não são afetadas. ", 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(`Sucesso: ${this.name} aplicado.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }

            return firmwareData;
        }
    }
    ,*/
        class Mod_ChangeRXLimits extends FirmwareMod {
        constructor() {
            super("Estender Limites de RX (UVMOD Mod by Matoz)", "Permite a recepção  na faixa de frequência especificada.", 0);
            this.inputMinTX = addInputField(this.modSpecificDiv, "Especifique um novo valor para a frequência mínima na faixa de 1-1300 MHz:", "50");
            this.inputMaxTX = addInputField(this.modSpecificDiv, "Especifique um novo valor para a frequência máxima na faixa de 1 a 1300 MHz:", "600");
         //   this.selectRX = addRadioButton(this.modSpecificDiv, "RX", "selectSbar", "selectApp");
         //   this.selectRXTX = addRadioButton(this.modSpecificDiv, "RX + TX", "selectSbar", "selectApp");
            //this.hidden = true;
            
        }

        apply(firmwareData) {
            
            const offsetlow = 0xe078;
            const offsethi = 0xe0a8;
            const txStart = parseInt(this.inputMinTX.value) * 100000;
            const txStop = parseInt(this.inputMaxTX.value) * 100000;

            if ((txStart <= txStop) && (txStart >= 100000) && (txStart <= 130000000) && (txStop >= 100000) && (txStop <= 130000000)) {

                const buffer = new ArrayBuffer(8);
                const dataView = new DataView(buffer);

                dataView.setUint32(0, txStart, true);
                

                const txHex = new Uint8Array(buffer);

                firmwareData = replaceSection(firmwareData, txHex, offsetlow);
                dataView.setUint32(0, txStop, true);
                firmwareData = replaceSection(firmwareData, txHex, offsethi);
           //     if (this.selectRX.checked) {}
            //    else if (this.selectRXTX.checked) {
              //  firmwareData = replaceSection(firmwareData, hexString("1868"), 0x180e);}//43CC
                //else
                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_EnableTXEverywhere extends FirmwareMod {
        constructor() {
            super("Habilitar TX em todas as bandas", "PERIGO! Permite a transmissão em todas as frequências. Use este mod apenas para teste, não transmita em frequências ilegais!", 0);
            this.hidden = true;
            }

        apply(firmwareData) {
            const offset = 0x180e;
            const oldData = hexString("cf2a");
            const newData = hexString("5de0");
            if (compareSection(firmwareData, oldData, offset)) {
                firmwareData = replaceSection(firmwareData, newData, offset);
                log(`Sucesso: ${this.name} aplicado.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }

            return firmwareData;
        }
    }
    ,
    class Mod_EnableTXEverywhereButAirBand extends FirmwareMod {
        constructor() {
            super("Habilitar TX em todas as bandas excepto Banda Aérea", "PERIGO! Permite a transmissão em todas as frequências excepto Banda Aérea (118 - 137 MHz). Use este mod apenas para teste, não transmita em frequências ilegais!", 0);
            this.hidden = true;
            
        }

        apply(firmwareData) {
            const offset = 0x1804;
            const newData = hexString("f0b5014649690968054a914205d3054a914202d20020c04301e00020ffe7f0bdc00db400a00bd100");
            firmwareData = replaceSection(firmwareData, newData, offset);
            log(`Sucesso: ${this.name} aplicado.`);

            return firmwareData;
        }
    }
    ,
        class Mod_TXRXOnAllBands extends FirmwareMod {
        constructor() {
            super("TX e RX de 18-1300MHz (Tunas1337 Mod diffs)", "PERIGO! Permite receber (RX) e transmitir (TX) na faixa de frequência de 18 MHz - 1300 MHz. Este Mod TX inclui os seguintes Mods: Desativao Bloqueio TX e Aumenta a Faixa de Frequência RX.", 0);
                        this.hidden = true;

        }
        apply(firmwareData) {
            const offset0 = 0x150d;  //diffs by spm81 taken from Tunas1337 18-1300 Mod
            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 newData0 = hexString("771b0080a4bf07"); //??? //
            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, newData0, offset0);*/
                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_DoubleBacklightDuration extends FirmwareMod {
        constructor() {
            super("Duração da retroiluminação dupla", "Sempre multiplica a duração da luz de fundo definida no rádio por 2. Um valor definido de 5 corresponderia a 10 segundos de luz de fundo.", 0);
            this.hidden = true;

        }

        apply(firmwareData) {
            const offset = 0x5976;
            const oldData = hexString("40");
            const newData = hexString("80");
            if (compareSection(firmwareData, oldData, offset)) {
                firmwareData = replaceSection(firmwareData, newData, offset);
                log(`Sucesso: ${this.name} aplicado.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }

            return firmwareData;
        }
    }
    ,*/
    /*class Mod_ABR extends FirmwareMod {//just testing...
        constructor() {
            super("Duração do tempo limite da luz de fundo ABR", "Multiplica as configurações do menu ABR do tempo de luz de fundo do LCD por valor (exceto desligado) 1/2/3/4/5 segundos x 2 ou x 4. Um valor de 5 é 10 segundos ou 20 segundos: ", 0);

            this.selectDouble = addRadioButton(this.modSpecificDiv, "Duplica as configurações de ABR da duração do tempo de ativação da luz de fundo 1 - 5 seg. x2.", "selectDouble", "selectABR");
           // this.selectTriplica = addRadioButton(this.modSpecificDiv, "Triplica as configurações de ABR da duração do tempo de ativação da luz de fundo de 1 a 5 seg. x3.", "selectQuadro", "selectABR");
            this.selectQuadro = addRadioButton(this.modSpecificDiv, "Quadruplica as configurações de ABR da duração do tempo de ativação da luz de fundo de 1 a 5 seg. x4.", "selectQuadro", "selectABR");
            



            this.selectDouble.checked = true;

        }

        apply(firmwareData) {
            if (this.selectDouble.checked) {
                const twiceABR = hexString("80");
                firmwareData = replaceSection(firmwareData, twiceABR, 0x5976);
            }
           /* else if (this.selectTriplica.checked) {
                const triABR = hexString("a0");//a0 = 40 segundos
                firmwareData = replaceSection(firmwareData, triABR, 0x5976);
            }*//*
            else if (this.selectQuadro.checked) {
                const quadABR = hexString("c0");
                firmwareData = replaceSection(firmwareData, quadABR, 0x5976);
            }

            log(`Sucesso: ${this.name} aplicado.`);
            return firmwareData;
        }
    }
    ,*/
    class Mod_BacklightDuration extends FirmwareMod {
        constructor() {
            super("Duração do tempo limite da luz de fundo ABR", "Multiplica as configurações do menu ABR do tempo de luz de fundo do LCD por valor (exceto desligado) 1/2/3/4/5 segundos x 2 ou x 4, etc... Um valor de 5 é 10 segundos ou 20 segundos: ", 0);

           /* this.select1 = addRadioButton(this.modSpecificDiv, "1x - up to 5s backlight (default value)", "select1", "selectBacklightDuration");*/
            this.select2 = addRadioButton(this.modSpecificDiv, "2x - até 10s de luz de fundo", "select2", "selectBacklightDuration");
            this.select4 = addRadioButton(this.modSpecificDiv, "4x - até 20s de luz de fundo", "select4", "selectBacklightDuration");
            this.select8 = addRadioButton(this.modSpecificDiv, "8x - até 40s de luz de fundo", "select8", "selectBacklightDuration");
            this.select40 = addRadioButton(this.modSpecificDiv, "40x - até 200s de luz de fundo :D", "select40", "selectBacklightDuration");
            
            this.select2.checked = true;
        }

        apply(firmwareData) {
            const offset = 0x5976;
            const buffer = new ArrayBuffer(4);
            const dataView = new DataView(buffer);
           /* if (this.select1.checked) {
                dataView.setUint32(0, 64, true);
            }*/
            if (this.select2.checked) {
                dataView.setUint32(0, 128, true);
            }
            else if (this.select4.checked) {
                dataView.setUint32(0, 192, true);
            }
            else if (this.select8.checked) {
                dataView.setUint32(0, 256, true);
            }
            else if (this.selectTriplica.checked) {
                const triABR = hexString("a0");//a0 = 40 segundos
                firmwareData = replaceSection(firmwareData, triABR, 0x5976);
            }

            const newData = new Uint8Array(buffer);
            firmwareData = replaceSection(firmwareData, newData, offset);
            log(`Success: ${this.name} applied.`);

            return firmwareData;
        }
    }
    ,
    class Mod_MenuStrings extends FirmwareMod {
        constructor() {
            super("Alterar Sequências/nome no Menu", "Altera o texto no menu de configurações. O JSON exibido contém todas as strings com deslocamento, descrição e tamanho. Edite apenas a string e não use mais caracteres do que o permitido pelo tamanho.", 0);

            // the  b l o c k
            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": "CROSS" }, { "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": "VOL" }, { "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": "SCRMBL" }, { "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": "CHI" },
            { "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": "BATT" },
            { "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(`Sucesso: ${this.name} aplicado.`);
            return firmwareData;
        }

    }
    ,
    class Mod_MicGain extends FirmwareMod {
        constructor() {
            super("Aumentar o ganho do Microfone", "Dá ao microfone um impulso adicional, tornando o microfone geralmente mais sensível.", 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(`Sucesso: ${this.name} aplicado.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }

            return firmwareData;
        }
    }
    ,
    class Mod_RogerBeep extends FirmwareMod {
        constructor() {
            super("Roger Beep", "Altera o tom dos dois tons de bipe de roger. O tom 1 toca por 150ms e o tom 2 por 80ms. Os padrões neste mod são semelhantes ao bipe do Mototrbo. O máximo é 6347 Hz. ", 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) {
                // Create an 8-byte buffer with the specified values
                const buffer = new ArrayBuffer(8);
                const dataView = new DataView(buffer);

                // Set tone1 and tone2 at their respective offsets
                dataView.setUint32(0, tone1, true); // true indicates little-endian byte order
                dataView.setUint32(4, tone2, true);

                // Convert the buffer to a Uint8Array
                const tonesHex = new Uint8Array(buffer);

                // Replace the 8-byte section at the offset with the new buffer
                firmwareData = replaceSection(firmwareData, tonesHex, offset);
                firmwareData = replaceSection(firmwareData, hexString("96"), 0xae9a);

                log(`Sucesso: ${this.name} aplicado.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }

            return firmwareData;
        }
    }
    ,
    class Mod_5tonetest extends FirmwareMod {
        constructor() {
            super("5-tone ZVEI2", "Test for use test to send a selective 5-tone ZVEI2 instead of DTMF 123A1 (Matoz test NOT IMPLEMENTED YET!!) ", 0);
            this.inputTone1 = addInputField(this.modSpecificDiv, "Tone 1 frequency (Hz)", "1270");
            this.inputTone2 = addInputField(this.modSpecificDiv, "Tone 3 frequency (Hz)", "1060");
            this.inputTone3 = addInputField(this.modSpecificDiv, "Tone 9 frequency (Hz)", "2200");
            this.inputToneA = addInputField(this.modSpecificDiv, "Tone 2 frequency (Hz)", "1160");
                      }
        apply(firmwareData) {
            const offset = 0xa4e0;
            const tone1 = Math.trunc(parseInt(this.inputTone1.value) * 10.32444);
            const tone2 = Math.trunc(parseInt(this.inputTone2.value) * 10.32444);
            const tone3 = Math.trunc(parseInt(this.inputTone3.value) * 10.32444);
            const toneA = Math.trunc(parseInt(this.inputToneA.value) * 10.32444);

           /* if (tone1 <= 0xFFFF && tone2 <= 0xFFFF) {*/
                // Create an 8-byte buffer with the specified values
                const buffer = new ArrayBuffer(28);
                const dataView = new DataView(buffer);

                dataView.setUint32(0, tone1, true); // true indicates little-endian byte order
                dataView.setUint32(8, tone2, true);
                dataView.setUint32(12, tone3, true);
                dataView.setUint32(24, toneA, true);

                // Convert the buffer to a Uint8Array
                const tonesHex = new Uint8Array(buffer);



                firmwareData = replaceSection(firmwareData, hexString("00"), 0xa4dc);
                firmwareData = replaceSection(firmwareData, hexString("00"), 0xa4dd);
                firmwareData = replaceSection(firmwareData, tonesHex, offset);
                firmwareData = replaceSection(firmwareData, hexString("00"), 0xa4e4);
                firmwareData = replaceSection(firmwareData, hexString("00"), 0xa4e5);
                firmwareData = replaceSection(firmwareData, hexString("00"), 0xa4f0);
                firmwareData = replaceSection(firmwareData, hexString("00"), 0xa4f1);
                firmwareData = replaceSection(firmwareData, hexString("00"), 0xa4f4);
                firmwareData = replaceSection(firmwareData, hexString("00"), 0xa4f5);
                log(`Sucesso: ${this.name} aplicado.`);
            /*}
            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),
            ];

            // Create an 8-byte buffer with the specified values
            const buffer = new ArrayBuffer(14);
            const dataView = new DataView(buffer);

            // Set each step at their respective offsets
            for (let i = 0; i < steps.length; i++) {
                dataView.setUint16(i * 2, steps[i], true); // true indicates little-endian byte order
            }

            // Convert the buffer to a Uint8Array
            const stepsHex = new Uint8Array(buffer);

            // Replace the 14-byte section at the offset with the new buffer
            firmwareData = replaceSection(firmwareData, stepsHex, offset);

            log(`Sucesso: ${this.name} aplicado.`);
            return firmwareData;
        }
    }
    ,

    class Mod_NOAAFrequencies extends FirmwareMod {
        constructor() {
            super("NOAA Frequências NOAA", "O recurso de varredura NOAA é único porque pode escanear em segundo plano, o tempo todo. No entanto, a maioria das pessoas não precisa de alertas meteorológicos ou não possui NOAA em seu país. Este mod permite alterar as frequências para que você possa usar a função de varredura NOAA para outra coisa, mas lembre-se de que o rádio precisa do estouro de tom de 1050 Hz para abrir o silenciador. Os valores abaixo são predefinidos para os primeiros 10 canais PMR446.. ", 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)
            ];

            // Create an 8-byte buffer with the specified values
            const buffer = new ArrayBuffer(40);
            const dataView = new DataView(buffer);

            // Set each step at their respective offsets
            for (let i = 0; i < freqs.length; i++) {
                dataView.setUint32(i * 4, freqs[i], true); // true indicates little-endian byte order
            }

            // Convert the buffer to a Uint8Array
            const freqsHex = new Uint8Array(buffer);

            // Replace the 14-byte section at the offset with the new buffer
            firmwareData = replaceSection(firmwareData, freqsHex, offset);

            log(`Sucesso: ${this.name} aplicado.`);
            return firmwareData;
        }
    }
    ,

    class Mod_ChangeContrast extends FirmwareMod {
        constructor() {
            super("LCD Contrast", "Altera o contraste do LCD para qualquer valor de 0 a 63 (maior é mais escuro). O valor padrão é 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(`Sucesso: ${this.name} aplicado.`);
            }
            else {
                log(`ERROR in ${this.name}: Contrast value must be a number from 0-63!`);
            }
            return firmwareData;
        }
    }
    ,
     class Mod_AMOnAllBands extends FirmwareMod {
        constructor() {
            super("AM RX em todas as bandas","Por alguma razão, o firmware original só permite que a configuração AM funcione na banda 2. Este mod permite que o AM funcione em qualquer banda.", 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(`Sucesso: ${this.name} aplicado.`);
            }
            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:", "Altera a faixa de receção de Radio FM (Em testes By Matoz)", "0");

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

            this.select87108mhz.checked = true;

            
        }

        apply(firmwareData) {
            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);
                log(`Sucesso: ${this.name} aplicado.`);
                
            }
            if (this.select87108mhz.checked) {
                const Reg05 = hexString("5f0a0000");
                const MOVSR0 = hexString("6c20c000");
                firmwareData = replaceSection(firmwareData, Reg05, 0xa274);
                firmwareData = replaceSection(firmwareData, MOVSR0, 0x6452);
                log(`Sucesso: ${this.name} aplicado.`);
                
            }
            else if (this.select88108mhz.checked) {
                const Reg05 = hexString("5f0a0000");
                const MOVSR0 = hexString("6e20c000");
                firmwareData = replaceSection(firmwareData, Reg05, 0xa274);
                firmwareData = replaceSection(firmwareData, MOVSR0, 0x6452);
                log(`Sucesso: ${this.name} aplicado.`);

                
            }
            
            
            return firmwareData;
        
        }
    }
    ,
    class Mod_AirCopy extends FirmwareMod {
        constructor() {
            super("AIR COPY", "Altera a frequência do AIR COPY para copiar a memoria de uma radio para o outro via RF sem necessidade de cabos e computador, o valor padrão para cópia over the air, também conhecido como AIR COPY, é de 410,025 MHz. Intruções: Com o rádio desligado presione F2 [Flashlight] + PTT e ligue o rádio.", 0);
            this.inputFreq1 = addInputField(this.modSpecificDiv, "Frequência Air Copy (Hz)", "433600000");
 
        }

        apply(firmwareData) {
            const offset = 0x5568;
            const freq = Math.trunc(parseInt(this.inputFreq1.value) * 0.1);

            if (freq <= 0x04a67102 ) {
                // Create an 8-byte buffer with the specified values
                const buffer = new ArrayBuffer(4);
                const dataView = new DataView(buffer);
                
                dataView.setUint32(0, freq, true);

                // Convert the buffer to a Uint8Array
                const freqHex = new Uint8Array(buffer);

                // Replace the 8-byte section at the offset with the new buffer
                firmwareData = replaceSection(firmwareData, freqHex, offset);
                //firmwareData = replaceSection(firmwareData, hexString("96"), 0xae9a);

                log(`Sucesso: ${this.name} aplicado.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }

            return firmwareData;
        }
    }
    ,

    class Mod_EnableSWDPort extends FirmwareMod {
        constructor() {
            super("Ativar porta SWD", "Se você não sabe o que é SWD, não precisa deste mod! Permite a depuração via SWD. Você precisará soldar os fios na placa principal do rádio e conectá-los a um hardware especializado. ", 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(`Sucesso: ${this.name} aplicado.`);
            }
            else {
                log(`ERROR in ${this.name}: Unexpected data, already patched or wrong firmware?`);
            }

            return firmwareData;
        }
    }
    ,
    
]