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index.js
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const events = require('events');
const binary = require('binary');
const put = require('put');
const HID = require('node-hid');
const products = {
E052: 'Joyetech eVic VTC Mini',
E043: 'Joyetech eVic VTwo',
E115: 'Joyetech eVic VTwo Mini',
E079: 'Joyetech eVic VTC Dual',
E150: 'Joyetech eVic Basic',
E092: 'Joyetech eVic AIO',
E182: 'Joyetech eVic Primo',
E203: 'Joyetech eVic Primo 2.0',
E196: 'Joyetech eVic Primo Mini',
E060: 'Joyetech Cuboid',
E056: 'Joyetech Cuboid Mini',
E166: 'Joyetech Cuboid 200',
E083: 'Joyetech eGrip II',
M973: 'Eleaf iStick QC 200W',
M972: 'Eleaf iStick TC200W',
M011: 'Eleaf iStick TC100W',
M041: 'Eleaf iStick Pico',
M038: 'Eleaf iStick Pico RDTA',
M045: 'Eleaf iStick Pico Mega',
M065: 'Eleaf iStick Pico Dual',
M046: 'Eleaf iStick Power',
M037: 'Eleaf ASTER',
W007: 'Wismec Presa TC75W',
W017: 'Wismec Presa TC100W',
W018: 'Wismec Reuleaux RX2/3',
W014: 'Wismec Reuleaux RX200',
W033: 'Wismec Reuleaux RX200S',
W026: 'Wismec Reuleaux RX75',
W069: 'Wismec Reuleaux RX300',
W073: 'Wismec Reuleaux RXmini',
W078: 'Wismec Predator',
W010: 'Vaporflask Classic',
W011: 'Vaporflask Lite',
W013: 'Vaporflask Stout',
W016: 'Beyondvape Centurion',
W043: 'Vaponaute La Petit Box',
W057: 'Vapor Shark SwitchBox RX'
};
class ArcticFox extends events.EventEmitter {
constructor() {
super();
this.hid = null;
this.connected = false;
this.reconnectTimeout = 1000;
this.callbackTimeout = 1000;
this.minimumSupportedBuildNumber = 170909;
this.supportedSettingsVersion = 11;
this.vendorId = 0x0416;
this.productId = 0x5020;
this.dataflashLength = 2048;
this.configurationLength = 1088;
this.monitoringDataLength = 64;
this.logoOffset = 102400;
this.logoLength = 1024;
this.commands = {
readDataflash: 0x35,
writeDataflash: 0x53,
resetDataflash: 0x7C,
writeData: 0xC3,
restart: 0xB4,
screenshot: 0xC1,
readMonitoringData: 0x66,
puff: 0x44,
readConfiguration: 0x60,
writeConfiguration: 0x61,
setDateTime: 0x64,
setLogo: 0xA5
};
}
connect() {
try {
this.hid = new HID.HID(this.vendorId, this.productId);
let message = Buffer.from([]);
this.hid.on('data', data => {
clearTimeout(this.timeout);
switch (this.expectedAnswer) {
case 'monitoringData':
if (this.callback) {
this.callback(null, this.parseMonitoringData(data));
this.callback = null;
}
break;
case 'configuration':
if (this.callback) {
message = Buffer.concat([message, data]);
if (message.length >= this.configurationLength) {
this.parseConfiguration(message, (err, config) => {
this.callback(err, config);
this.callback = null;
});
}
}
break;
case 'screenshot':
if (this.callback) {
message = Buffer.concat([message, data]);
if (message.length >= 0x400) {
this.callback(null, message);
this.callback = null;
}
}
break;
default:
}
});
this.hid.on('error', err => {
this.emit('error', err);
if (err.toString() === 'Error: could not read from HID device') {
this.disconnect();
}
});
this.connected = true;
this.emit('connect');
} catch (err) {
this.disconnect();
}
}
close() {
if (this.hid && this.hid.close) {
this.hid.close();
}
if (this.connected) {
this.connected = false;
this.emit('close');
}
}
disconnect() {
if (this.hid && this.hid.close) {
this.hid.close();
}
if (this.connected) {
this.connected = false;
this.emit('close');
}
setTimeout(() => {
this.connect();
}, this.reconnectTimeout);
}
createCommand(commandCode, arg1, arg2) {
// See https://github.com/TBXin/NFirmwareEditor/blob/master/src/NCore/USB/HidConnector.cs#L324
const arr = [
commandCode,
14,
arg1 & 0xFF,
(arg1 & 0xFF00) >> 8,
(arg1 & 0xFF0000) >> 16,
(arg1 & 0xFF000000) >> 24,
arg2 & 0xFF,
(arg2 & 0xFF00) >> 8,
(arg2 & 0xFF0000) >> 16,
(arg2 & 0xFF000000) >> 24,
'H'.charCodeAt(0),
'I'.charCodeAt(0),
'D'.charCodeAt(0),
'C'.charCodeAt(0)
];
let sum = 0;
arr.forEach(elem => {
sum += elem;
});
while (sum > 0) {
arr.push(sum & 0xFF);
sum >>= 8;
}
return arr;
}
hidWrite(data) {
try {
this.hid.write(data);
return true;
} catch (err) {
this.emit('error', err);
this.disconnect();
return false;
}
}
parseMonitoringData(buf) {
// See https://github.com/TBXin/NFirmwareEditor/blob/master/src/NToolbox/Models/MonitoringData.cs
const data = binary.parse(buf)
.word32lu('Timestamp')
.word8lu('IsFiring')
.word8lu('IsCharging')
.word8lu('IsCelcius')
.word8lu('Battery1Voltage')
.word8lu('Battery2Voltage')
.word8lu('Battery3Voltage')
.word8lu('Battery4Voltage')
.word16lu('PowerSet')
.word16lu('TemperatureSet')
.word16lu('Temperature')
.word16lu('OutputVoltage')
.word16lu('OutputCurrent')
.word16lu('Resistance')
.word16lu('RealResistance')
.word8lu('BoardTemperature')
.vars;
data.IsFiring = Boolean(data.IsFiring);
data.IsCharging = Boolean(data.IsCharging);
data.IsCelcius = Boolean(data.IsCelcius);
data.Battery1Voltage = data.Battery1Voltage ? ((data.Battery1Voltage + 275) / 100) : 0;
data.Battery2Voltage = data.Battery2Voltage ? ((data.Battery2Voltage + 275) / 100) : 0;
data.Battery3Voltage = data.Battery3Voltage ? ((data.Battery3Voltage + 275) / 100) : 0;
data.Battery4Voltage = data.Battery4Voltage ? ((data.Battery4Voltage + 275) / 100) : 0;
data.PowerSet /= 10;
data.OutputVoltage /= 100;
data.OutputCurrent /= 100;
data.OutputPower = parseFloat((data.OutputVoltage * data.OutputCurrent).toFixed(2));
data.Resistance /= 1000;
data.RealResistance /= 1000;
return data;
}
encodeProfile(profile) {
let flags = profile.Material;
if (profile.IsTemperatureDominant) {
flags += 0x10;
}
if (profile.IsResistanceLocked) {
flags += 0x40;
}
if (profile.IsEnabled) {
flags += 0x80;
}
let flags2 = 0;
if (profile.IsPIEnabled) {
flags2 += 0x01;
}
if (profile.IsPowerStep1W) {
flags2 += 0x02;
}
if (profile.IsTemperatureStep1C2F) {
flags2 += 0x04;
}
const bin = put()
.put(Buffer.from((profile.Name + '\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000').substr(0, 8), 'ascii'))
.word8(flags)
.word8(flags2)
.word16le(profile.Power * 10)
.word8(profile.PreheatType)
.word8(profile.SelectedCurve)
.word8(profile.PreheatTime * 100)
.word8(profile.PreheatDelay * 10)
.word16le(profile.PreheatPower * 10)
.word16le(profile.Temperature)
.word16le(profile.Resistance * 1000)
.word16le(profile.TCR)
.word8(profile.PIRegulatorRange)
.word16le(profile.PIRegulatorPValue)
.word16le(profile.PIRegulatorIValue)
.buffer();
return bin;
}
parseProfile(buf) {
const data = binary.parse(buf)
.buffer('Name', 8)
.word8('Flags')
.word8('Flags2')
.word16lu('Power')
.word8('PreheatType')
.word8('SelectedCurve')
.word8('PreheatTime')
.word8('PreheatDelay')
.word16lu('PreheatPower')
.word16lu('Temperature')
.word16lu('Resistance')
.word16lu('TCR')
.word8('PIRegulatorRange')
.word16lu('PIRegulatorPValue')
.word16lu('PIRegulatorIValue')
.buffer('buf', buf.length)
.vars;
data.Name = String(data.Name);
data.Power /= 10;
data.Resistance /= 1000;
data.PreheatTime /= 100;
data.PreheatDelay /= 10;
data.PreheatPower /= 10;
data.Material = data.Flags & 0x0F;
data.IsTemperatureDominant = Boolean(data.Flags & 0x10);
data.IsResistanceLocked = Boolean(data.Flags & 0x40);
data.IsEnabled = Boolean(data.Flags & 0x80);
data.IsPIEnabled = Boolean(data.Flags2 & 0x01);
data.IsPowerStep1W = Boolean(data.Flags2 & 0x02);
data.IsTemperatureStep1C2F = Boolean(data.Flags2 & 0x04);
buf = data.buf;
delete data.buf;
return {data, buf};
}
encodeDeviceInfo(config) {
const bin = put()
.word8(config.SettingsVersion)
.put(Buffer.from(config.ProductId, 'ascii'))
.word32le(Number(config.HardwareVersion) * 100)
.word16le(config.MaxDevicePower * 10)
.word8(config.NumberOfBatteries)
.word8(config.MaxChargingCurrent)
.word8(config.DisplaySize)
.word32le(config.FirmwareVersion)
.word32le(config.FirmwareBuild)
.buffer();
return bin;
}
parseDeviceInfo(buf) {
const data = binary.parse(buf)
.word8u('SettingsVersion')
.buffer('ProductId', 4)
.word32lu('HardwareVersion')
.word16lu('MaxDevicePower')
.word8u('NumberOfBatteries')
.word8u('MaxChargingCurrent')
.word8u('DisplaySize')
.word32lu('FirmwareVersion')
.word32lu('FirmwareBuild')
.buffer('buf', buf.length)
.vars;
data.ProductId = String(data.ProductId);
data.ProductName = products[data.ProductId];
data.HardwareVersion = String(data.HardwareVersion / 100);
data.MaxDevicePower /= 10;
buf = data.buf;
delete data.buf;
return {data, buf};
}
encodeGeneralConfiguration(config) {
const bin = put()
.word8(config.SelectedProfile)
.word8(config.SmartMode)
.word8(config.SmartRange)
.buffer();
return bin;
}
parseGeneralConfiguration(buf) {
const data = binary.parse(buf)
.word8u('SelectedProfile')
.word8u('SmartMode')
.word8u('SmartRange')
.buffer('buf', buf.length)
.vars;
buf = data.buf;
delete data.buf;
return {data, buf};
}
encodeUiConfiguration(config) {
const bin = put()
// Generic
.word8(Math.round(config.Brightness * 2.55))
.word8(config.IsFlipped ? 1 : 0)
.word8(config.IsLogoEnabled ? 1 : 0)
.word8(config.IsClockOnMainScreen ? 1 : 0)
.word8(config.ClockType)
// Timeouts
.word8(config.DimTimeout)
.word8(config.DimTimeoutLocked)
.word8(config.DimTimeoutCharging)
.word8(config.ShowLogoDelay)
.word8(config.ShowClockDelay)
.word8(config.ScreensaveDuration)
.word8(Math.round(config.PuffScreenDelay * 10))
// Control
.word8(config.ClicksVW0)
.word8(config.ClicksVW1)
.word8(config.ClicksVW2)
.word8(config.ClicksTC0)
.word8(config.ClicksTC1)
.word8(config.ClicksTC2)
.word8(config.FiveClicks)
.word8(config.ShortcutsVW0InStandby)
.word8(config.ShortcutsVW0InEditMain)
.word8(config.ShortcutsVW0InSelector)
.word8(config.ShortcutsVW0InMenu)
.word8(config.ShortcutsVW1InStandby)
.word8(config.ShortcutsVW1InEditMain)
.word8(config.ShortcutsVW1InSelector)
.word8(config.ShortcutsVW1InMenu)
.word8(config.ShortcutsVW2InStandby)
.word8(config.ShortcutsVW2InEditMain)
.word8(config.ShortcutsVW2InSelector)
.word8(config.ShortcutsVW2InMenu)
.word8(config.ShortcutsTC0InStandby)
.word8(config.ShortcutsTC0InEditMain)
.word8(config.ShortcutsTC0InSelector)
.word8(config.ShortcutsTC0InMenu)
.word8(config.ShortcutsTC1InStandby)
.word8(config.ShortcutsTC1InEditMain)
.word8(config.ShortcutsTC1InSelector)
.word8(config.ShortcutsTC1InMenu)
.word8(config.ShortcutsTC2InStandby)
.word8(config.ShortcutsTC2InEditMain)
.word8(config.ShortcutsTC2InSelector)
.word8(config.ShortcutsTC2InMenu)
.word8(config.WakeUpByPlusMinus ? 1 : 0)
.word8(config.IsUpDownSwapped ? 1 : 0)
// Skin
.word8(config.MainScreenSkin)
.word8(config.ClassicSkinVWLine1 + (config.ClassicSkinVWLine1Puff ? 0x80 : 0))
.word8(config.ClassicSkinVWLine2 + (config.ClassicSkinVWLine2Puff ? 0x80 : 0))
.word8(config.ClassicSkinVWLine3 + (config.ClassicSkinVWLine3Puff ? 0x80 : 0))
.word8(config.ClassicSkinVWLine4 + (config.ClassicSkinVWLine4Puff ? 0x80 : 0))
.word8(config.ClassicSkinTCLine1 + (config.ClassicSkinTCLine1Puff ? 0x80 : 0))
.word8(config.ClassicSkinTCLine2 + (config.ClassicSkinTCLine2Puff ? 0x80 : 0))
.word8(config.ClassicSkinTCLine3 + (config.ClassicSkinTCLine3Puff ? 0x80 : 0))
.word8(config.ClassicSkinTCLine4 + (config.ClassicSkinTCLine4Puff ? 0x80 : 0))
.word8(config.CircleSkinVWLine1)
.word8(config.CircleSkinVWLine2)
.word8(config.CircleSkinVWLine3 + (config.CircleSkinVWLine3Puff ? 0x80 : 0))
.word8(config.CircleSkinTCLine1)
.word8(config.CircleSkinTCLine2)
.word8(config.CircleSkinTCLine3 + (config.CircleSkinTCLine3Puff ? 0x80 : 0))
.word8(config.FoxySkinVWLine1 + (config.FoxySkinVWLine1Puff ? 0x80 : 0))
.word8(config.FoxySkinVWLine2 + (config.FoxySkinVWLine2Puff ? 0x80 : 0))
.word8(config.FoxySkinVWLine3 + (config.FoxySkinVWLine3Puff ? 0x80 : 0))
.word8(config.FoxySkinTCLine1 + (config.FoxySkinTCLine1Puff ? 0x80 : 0))
.word8(config.FoxySkinTCLine2 + (config.FoxySkinTCLine2Puff ? 0x80 : 0))
.word8(config.FoxySkinTCLine3 + (config.FoxySkinTCLine3Puff ? 0x80 : 0))
.word8(config.SmallSkinVWLine1 + (config.SmallSkinVWLine1Puff ? 0x80 : 0))
.word8(config.SmallSkinVWLine2 + (config.SmallSkinVWLine2Puff ? 0x80 : 0))
.word8(config.SmallSkinTCLine1 + (config.SmallSkinTCLine1Puff ? 0x80 : 0))
.word8(config.SmallSkinTCLine2 + (config.SmallSkinTCLine2Puff ? 0x80 : 0))
.word8(config.MediumSkinVWLine1 + (config.MediumSkinVWLine1Puff ? 0x80 : 0))
.word8(config.MediumSkinVWLine2 + (config.MediumSkinVWLine2Puff ? 0x80 : 0))
.word8(config.MediumSkinVWLine3 + (config.MediumSkinVWLine2Puff ? 0x80 : 0))
.word8(config.MediumSkinTCLine1 + (config.MediumSkinTCLine1Puff ? 0x80 : 0))
.word8(config.MediumSkinTCLine2 + (config.MediumSkinTCLine2Puff ? 0x80 : 0))
.word8(config.MediumSkinTCLine3 + (config.MediumSkinTCLine2Puff ? 0x80 : 0))
// Regional
.word8(config.TemperatureUnits)
.word8(config.DateFormat)
.word8(config.TimeFormat)
.word8(config.PuffsTimeFormat)
// Charging
.word8(config.ChargeScreenType)
.word8(config.ChargeExtraType)
// Stealth
.word8(config.IsStealthMode ? 1 : 0)
.word8(config.ShowChargingInStealth ? 1 : 0)
.word8(config.ShowScreensaverInStealth ? 1 : 0)
.word8(config.ClockOnClickInStealth ? 1 : 0)
.word32le(config.PuffsCount)
.word32le(config.PuffsTime)
.word16le(config.Year)
.word8(config.Month)
.word8(config.Day)
.word8(config.Hour)
.word8(config.Minute)
.word8(config.Second)
.buffer();
return bin;
}
parseUiConiguration(buf) {
const data = binary.parse(buf)
// Generic
.word8u('Brightness')
.word8u('IsFlipped')
.word8u('IsLogoEnabled')
.word8u('IsClockOnMainScreen')
.word8u('ClockType')
// Timeouts
.word8u('DimTimeout')
.word8u('DimTimeoutLocked')
.word8u('DimTimeoutCharging')
.word8u('ShowLogoDelay')
.word8u('ShowClockDelay')
.word8u('ScreensaveDuration')
.word8u('PuffScreenDelay')
// Control
.word8u('ClicksVW0')
.word8u('ClicksVW1')
.word8u('ClicksVW2')
.word8u('ClicksTC0')
.word8u('ClicksTC1')
.word8u('ClicksTC2')
.word8u('FiveClicks')
.word8u('ShortcutsVW0InStandby')
.word8u('ShortcutsVW0InEditMain')
.word8u('ShortcutsVW0InSelector')
.word8u('ShortcutsVW0InMenu')
.word8u('ShortcutsVW1InStandby')
.word8u('ShortcutsVW1InEditMain')
.word8u('ShortcutsVW1InSelector')
.word8u('ShortcutsVW1InMenu')
.word8u('ShortcutsVW2InStandby')
.word8u('ShortcutsVW2InEditMain')
.word8u('ShortcutsVW2InSelector')
.word8u('ShortcutsVW2InMenu')
.word8u('ShortcutsTC0InStandby')
.word8u('ShortcutsTC0InEditMain')
.word8u('ShortcutsTC0InSelector')
.word8u('ShortcutsTC0InMenu')
.word8u('ShortcutsTC1InStandby')
.word8u('ShortcutsTC1InEditMain')
.word8u('ShortcutsTC1InSelector')
.word8u('ShortcutsTC1InMenu')
.word8u('ShortcutsTC2InStandby')
.word8u('ShortcutsTC2InEditMain')
.word8u('ShortcutsTC2InSelector')
.word8u('ShortcutsTC2InMenu')
.word8u('WakeUpByPlusMinus')
.word8u('IsUpDownSwapped')
// Skin
.word8u('MainScreenSkin')
.word8u('ClassicSkinVWLine1')
.word8u('ClassicSkinVWLine2')
.word8u('ClassicSkinVWLine3')
.word8u('ClassicSkinVWLine4')
.word8u('ClassicSkinTCLine1')
.word8u('ClassicSkinTCLine2')
.word8u('ClassicSkinTCLine3')
.word8u('ClassicSkinTCLine4')
.word8u('CircleSkinVWLine1')
.word8u('CircleSkinVWLine2')
.word8u('CircleSkinVWLine3')
.word8u('CircleSkinTCLine1')
.word8u('CircleSkinTCLine2')
.word8u('CircleSkinTCLine3')
.word8u('FoxySkinVWLine1')
.word8u('FoxySkinVWLine2')
.word8u('FoxySkinVWLine3')
.word8u('FoxySkinTCLine1')
.word8u('FoxySkinTCLine2')
.word8u('FoxySkinTCLine3')
.word8u('SmallSkinVWLine1')
.word8u('SmallSkinVWLine2')
.word8u('SmallSkinTCLine1')
.word8u('SmallSkinTCLine2')
.word8u('MediumSkinVWLine1')
.word8u('MediumSkinVWLine2')
.word8u('MediumSkinVWLine3')
.word8u('MediumSkinTCLine1')
.word8u('MediumSkinTCLine2')
.word8u('MediumSkinTCLine3')
// Regional
.word8u('TemperatureUnits')
.word8u('DateFormat')
.word8u('TimeFormat')
.word8u('PuffsTimeFormat')
// Charging
.word8u('ChargeScreenType')
.word8u('ChargeExtraType')
// Stealth
.word8u('IsStealthMode')
.word8u('ShowChargingInStealth')
.word8u('ShowScreensaverInStealth')
.word8u('ClockOnClickInStealth')
// CountersData
.word32lu('PuffsCount')
.word32lu('PuffsTime')
// DateTime
.word16lu('Year')
.word8u('Month')
.word8u('Day')
.word8u('Hour')
.word8u('Minute')
.word8u('Second')
.buffer('buf', buf.length)
.vars;
data.IsFlipped = Boolean(data.IsFlipped);
data.IsStealthMode = Boolean(data.IsStealthMode);
data.WakeUpByPlusMinus = Boolean(data.WakeUpByPlusMinus);
data.IsPowerStep1W = Boolean(data.IsPowerStep1W);
data.IsTemperatureStep1C2F = Boolean(data.IsTemperatureStep1C2F);
data.IsLogoEnabled = Boolean(data.IsLogoEnabled);
data.IsClassicMenu = Boolean(data.IsClassicMenu);
data.IsClockOnMainScreen = Boolean(data.IsClockOnMainScreen);
data.IsUpDownSwapped = Boolean(data.IsUpDownSwapped);
data.ShowChargingInStealth = Boolean(data.ShowChargingInStealth);
data.ShowScreensaverInStealth = Boolean(data.ShowScreensaverInStealth);
data.ClockOnClickInStealth = Boolean(data.ClockOnClickInStealth);
data.ClassicSkinVWLine1Puff = Boolean(data.ClassicSkinVWLine1 & 0x80);
data.ClassicSkinVWLine1 &= 0x7F;
data.ClassicSkinVWLine2Puff = Boolean(data.ClassicSkinVWLine2 & 0x80);
data.ClassicSkinVWLine2 &= 0x7F;
data.ClassicSkinVWLine3Puff = Boolean(data.ClassicSkinVWLine3 & 0x80);
data.ClassicSkinVWLine3 &= 0x7F;
data.ClassicSkinVWLine4Puff = Boolean(data.ClassicSkinVWLine4 & 0x80);
data.ClassicSkinVWLine4 &= 0x7F;
data.ClassicSkinTCLine1Puff = Boolean(data.ClassicSkinTCLine1 & 0x80);
data.ClassicSkinTCLine1 &= 0x7F;
data.ClassicSkinTCLine2Puff = Boolean(data.ClassicSkinTCLine2 & 0x80);
data.ClassicSkinTCLine2 &= 0x7F;
data.ClassicSkinTCLine3Puff = Boolean(data.ClassicSkinTCLine3 & 0x80);
data.ClassicSkinTCLine3 &= 0x7F;
data.ClassicSkinTCLine4Puff = Boolean(data.ClassicSkinTCLine4 & 0x80);
data.ClassicSkinTCLine4 &= 0x7F;
data.CircleSkinVWLine1 &= 0x7F;
data.CircleSkinVWLine2 &= 0x7F;
data.CircleSkinVWLine3Puff = Boolean(data.CircleSkinVWLine3 & 0x80);
data.CircleSkinVWLine3 &= 0x7F;
data.CircleSkinTCLine1 &= 0x7F;
data.CircleSkinTCLine2 &= 0x7F;
data.CircleSkinTCLine3Puff = Boolean(data.CircleSkinTCLine3 & 0x80);
data.CircleSkinTCLine3 &= 0x7F;
data.FoxySkinVWLine1Puff = Boolean(data.FoxySkinVWLine1 & 0x80);
data.FoxySkinVWLine1 &= 0x7F;
data.FoxySkinVWLine2Puff = Boolean(data.FoxySkinVWLine2 & 0x80);
data.FoxySkinVWLine2 &= 0x7F;
data.FoxySkinVWLine3Puff = Boolean(data.FoxySkinVWLine3 & 0x80);
data.FoxySkinVWLine3 &= 0x7F;
data.FoxySkinTCLine1Puff = Boolean(data.FoxySkinTCLine1 & 0x80);
data.FoxySkinTCLine1 &= 0x7F;
data.FoxySkinTCLine2Puff = Boolean(data.FoxySkinTCLine2 & 0x80);
data.FoxySkinTCLine2 &= 0x7F;
data.FoxySkinTCLine3Puff = Boolean(data.FoxySkinTCLine3 & 0x80);
data.FoxySkinTCLine3 &= 0x7F;
data.SmallSkinVWLine1Puff = Boolean(data.SmallSkinVWLine1 & 0x80);
data.SmallSkinVWLine1 &= 0x7F;
data.SmallSkinVWLine2Puff = Boolean(data.SmallSkinVWLine2 & 0x80);
data.SmallSkinVWLine2 &= 0x7F;
data.SmallSkinTCLine1Puff = Boolean(data.SmallSkinTCLine1 & 0x80);
data.SmallSkinTCLine1 &= 0x7F;
data.SmallSkinTCLine2Puff = Boolean(data.SmallSkinTCLine2 & 0x80);
data.SmallSkinTCLine2 &= 0x7F;
data.MediumSkinVWLine1Puff = Boolean(data.MediumSkinVWLine1 & 0x80);
data.MediumSkinVWLine1 &= 0x7F;
data.MediumSkinVWLine2Puff = Boolean(data.MediumSkinVWLine2 & 0x80);
data.MediumSkinVWLine2 &= 0x7F;
data.MediumSkinVWLine3Puff = Boolean(data.MediumSkinVWLine3 & 0x80);
data.MediumSkinVWLine3 &= 0x7F;
data.MediumSkinTCLine1Puff = Boolean(data.MediumSkinTCLine1 & 0x80);
data.MediumSkinTCLine1 &= 0x7F;
data.MediumSkinTCLine2Puff = Boolean(data.MediumSkinTCLine2 & 0x80);
data.MediumSkinTCLine2 &= 0x7F;
data.MediumSkinTCLine3Puff = Boolean(data.MediumSkinTCLine3 & 0x80);
data.MediumSkinTCLine3 &= 0x7F;
data.Brightness = Math.round(data.Brightness / 2.55);
data.PuffScreenDelay = Math.round(data.PuffScreenDelay / 10);
buf = data.buf;
delete data.buf;
return {data, buf};
}
encodeCustomBattery(battery) {
let bin = put()
.put(Buffer.from((battery.Name + '\u0000\u0000\u0000\u0000').substr(0, 4), 'ascii'))
.buffer();
for (let i = 0; i < 11; i++) {
bin = Buffer.concat([bin, put()
.word16le(battery.PercentsVoltage[i].Percents)
.word16le(battery.PercentsVoltage[i].Voltage * 100)
.buffer()
]);
}
bin = Buffer.concat([bin, put()
.word16le(battery.Cutoff * 100)
.buffer()
]);
return bin;
}
parseCustomBattery(buf) {
const data = binary.parse(buf)
.buffer('Name', 4)
.buffer('buf', buf.length)
.vars;
buf = data.buf;
delete data.buf;
data.PercentsVoltage = [];
for (let i = 0; i < 11; i++) {
const pvres = binary.parse(buf)
.word16lu('Percents')
.word16lu('Voltage')
.buffer('buf', buf.length)
.vars;
pvres.Voltage /= 100;
buf = pvres.buf;
delete pvres.buf;
data.PercentsVoltage.push(pvres);
}
const cores = binary.parse(buf)
.word16lu('Cutoff')
.buffer('buf', buf.length)
.vars;
data.Cutoff = cores.Cutoff / 100;
buf = cores.buf;
data.Name = String(data.Name);
return {data, buf};
}
encodeTFRTable(table) {
let bin = put()
.put(Buffer.from((table.Name + '\u0000\u0000\u0000\u0000').substr(0, 4), 'ascii'))
.buffer();
for (let i = 0; i < 7; i++) {
bin = Buffer.concat([bin, put()
.word16le(table.Points[i].Temperature)
.word16le(table.Points[i].Factor * 10000)
.buffer()
]);
}
return bin;
}
parseTFRTable(buf) {
const data = binary.parse(buf)
.buffer('Name', 4)
.buffer('buf', buf.length)
.vars;
buf = data.buf;
delete data.buf;
data.Points = [];
for (let i = 0; i < 7; i++) {
const pres = binary.parse(buf)
.word16lu('Temperature')
.word16lu('Factor')
.buffer('buf', buf.length)
.vars;
pres.Factor /= 10000;
buf = pres.buf;
delete pres.buf;
data.Points.push(pres);
}
data.Name = String(data.Name);
return {data, buf};
}
encodePowerCurve(curve) {
let bin = put()
.put(Buffer.from((curve.Name + '\u0000\u0000\u0000\u0000\u0000\u0000\u0000\u0000').substr(0, 8), 'ascii'))
.buffer();
for (let i = 0; i < 12; i++) {
bin = Buffer.concat([bin, put()
.word8(curve.Points[i].Time * 10)
.word8(curve.Points[i].Percent)
.buffer()
]);
}
return bin;
}
parsePowerCurve(buf) {
const data = binary.parse(buf)
.buffer('Name', 8)
.buffer('buf', buf.length)
.vars;
buf = data.buf;
delete data.buf;
data.Points = [];
for (let i = 0; i < 12; i++) {
const pres = binary.parse(buf)
.word8u('Time')
.word8u('Percent')
.buffer('buf', buf.length)
.vars;
pres.Time /= 10;
buf = pres.buf;
delete pres.buf;
data.Points.push(pres);
}
data.Name = String(data.Name);
return {data, buf};
}
encodeAdvancedConfiguration(config) {
let bin = put()
.word16le(config.PowerLimit * 10)
.word8(Math.round(config.PuffCutOff * 10))
.word8((((config.BatteryVoltageOffset1 < 0)) ? 0x80 : 0) + ((config.BatteryVoltageOffset1 * 100) & 0x7F))
.word8((((config.BatteryVoltageOffset2 < 0)) ? 0x80 : 0) + ((config.BatteryVoltageOffset2 * 100) & 0x7F))
.word8((((config.BatteryVoltageOffset3 < 0)) ? 0x80 : 0) + ((config.BatteryVoltageOffset3 * 100) & 0x7F))
.word8((((config.BatteryVoltageOffset4 < 0)) ? 0x80 : 0) + ((config.BatteryVoltageOffset4 * 100) & 0x7F))
.word8(config.RtcMode)
.word8(config.IsUsbCharge ? 1 : 0)
.word8(config.UsbNoSleep ? 1 : 0)
.word8(config.ChargingCurrent)
.word8(config.ResetCountersOnStartup ? 1 : 0)
.word8(config.ShuntCorrection)
.word8(config.InternalResistance * 1000)
.word8(config.BatteryModel)
.buffer();
for (let i = 0; i < 3; i++) {
bin = Buffer.concat([bin, this.encodeCustomBattery(config.CustomBatteryProfiles[i])]);
}
for (let i = 0; i < 8; i++) {
bin = Buffer.concat([bin, this.encodeTFRTable(config.TFRTables[i])]);
}
for (let i = 0; i < 8; i++) {
bin = Buffer.concat([bin, this.encodePowerCurve(config.PowerCurves[i])]);
}
bin = Buffer.concat([bin, put()
.word8(config.DeepSleepMode)
.word8(config.DeepSleepDelay)
.buffer()
]);
return bin;
}
parseAdvancedConfiguration(buf) {
const data = binary.parse(buf)
.word16lu('PowerLimit')
.word8u('PuffCutOff')
.word8s('BatteryVoltageOffset1')
.word8s('BatteryVoltageOffset2')
.word8s('BatteryVoltageOffset3')
.word8s('BatteryVoltageOffset4')
.word8u('RtcMode')
.word8u('IsUsbCharge')
.word8u('UsbNoSleep')
.word8u('ChargingCurrent')
.word8u('ResetCountersOnStartup')
.word8u('ShuntCorrection')
.word8u('InternalResistance')
.word8u('BatteryModel')
.buffer('buf', buf.length)
.vars;
buf = data.buf;
delete data.buf;
data.CustomBatteryProfiles = [];
for (let i = 0; i < 3; i++) {
const cbres = this.parseCustomBattery(buf);
buf = cbres.buf;
delete cbres.buf;
data.CustomBatteryProfiles.push(cbres.data);
}
data.TFRTables = [];