初始化提交

This commit is contained in:
王立帮
2024-07-19 10:16:00 +08:00
parent 4c7b571f20
commit 4a2d56dcc4
7084 changed files with 741212 additions and 63 deletions

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import * as Mixly from 'mixly';
import TEMPLATE from '../template/board-config-message.html';
const En = {};
const { XML } = Mixly;
En.ESP32_CONFIG_TEMPLATE = TEMPLATE;
En.ESP32_CONFIG_INTRODUCE = 'For more information, please visit';
En.ESP32_CONFIG_MESSAGE_PSRAM = XML.render(En.ESP32_CONFIG_TEMPLATE, {
title: 'PSRAM',
message: 'The PSRAM is an internal or external extended RAM present on some boards, modules or SoC.',
moreInfo: En.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#psram',
name: 'PSRAM'
});
En.ESP32_CONFIG_MESSAGE_PARTITION_SCHEME = XML.render(En.ESP32_CONFIG_TEMPLATE, {
title: 'Partition Scheme',
message: 'This option is used to select the partition model according to the flash size and the resources needed, like storage area and OTA (Over The Air updates). Be careful selecting the right partition according to the flash size. If you select the wrong partition, the system will crash.',
moreInfo: En.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#partition-scheme',
name: 'Partition Scheme'
});
En.ESP32_CONFIG_MESSAGE_CPU_FREQUENCY = XML.render(En.ESP32_CONFIG_TEMPLATE, {
title: 'CPU Frequency',
message: 'On this option, you can select the CPU clock frequency. This option is critical and must be selected according to the high-frequency crystal present on the board and the radio usage (Wi-Fi and Bluetooth). In some applications, reducing the CPU clock frequency is recommended in order to reduce power consumption. If you dont know why you should change this frequency, leave the default option.',
moreInfo: En.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#cpu-frequency',
name: 'CPU Frequency'
});
En.ESP32_CONFIG_MESSAGE_FLASH_MODE = XML.render(En.ESP32_CONFIG_TEMPLATE, {
title: 'Flash Mode',
message: 'This option is used to select the SPI communication mode with the flash memory. Depending on the application, this mode can be changed in order to increase the flash communication speed.',
moreInfo: En.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#flash-mode',
name: 'Flash Mode'
});
En.ESP32_CONFIG_MESSAGE_FLASH_FREQUENCY = XML.render(En.ESP32_CONFIG_TEMPLATE, {
title: 'Flash Frequency',
message: 'Use this function to select the flash memory frequency. The frequency will be dependent on the memory model.',
moreInfo: En.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#partition-scheme',
name: 'Flash Frequency'
});
En.ESP32_CONFIG_MESSAGE_FLASH_SIZE = XML.render(En.ESP32_CONFIG_TEMPLATE, {
title: 'Flash Size',
message: 'This option is used to select the flash size. The flash size should be selected according to the flash model used on your board. If you choose the wrong size, you may have issues when selecting the partition scheme.',
moreInfo: En.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#flash-size',
name: 'Flash Size'
});
En.ESP32_CONFIG_MESSAGE_UPLOAD_SPEED = XML.render(En.ESP32_CONFIG_TEMPLATE, {
title: 'Upload Speed',
message: 'To select the flashing speed, change the Upload Speed. This value will be used for flashing the code to the device. If you have issues while flashing the device at high speed, try to decrease this value. This could be due to the external serial-to-USB chip limitations.',
moreInfo: En.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#upload-speed',
name: 'Upload Speed'
});
En.ESP32_CONFIG_MESSAGE_ARDUINO_RUNS_ON = XML.render(En.ESP32_CONFIG_TEMPLATE, {
title: 'Arduino Runs On',
message: 'This function is used to select the core that runs the Arduino core. This is only valid if the target SoC has 2 cores. When you have some heavy task running, you might want to run this task on a different core than the Arduino tasks. For this reason, you have this configuration to select the right core.',
moreInfo: En.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#arduino-runs-on',
name: 'Arduino Runs On'
});
En.ESP32_CONFIG_MESSAGE_EVENTS_RUN_ON = XML.render(En.ESP32_CONFIG_TEMPLATE, {
title: 'Events Run On',
message: 'This function is also used to select the core that runs the Arduino events. This is only valid if the target SoC has 2 cores.',
moreInfo: En.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#events-run-on',
name: 'Events Run On'
});
En.ESP32_CONFIG_MESSAGE_USB_CDC_ON_BOOT = XML.render(En.ESP32_CONFIG_TEMPLATE, {
title: 'USB CDC On Boot',
message: 'The USB Communications Device Class, or USB CDC, is a class used for basic communication to be used as a regular serial controller (like RS-232). This class is used for flashing the device without any other external device attached to the SoC. This option can be used to Enable or Disable this function at the boot. If this option is Enabled, once the device is connected via USB, one new serial port will appear in the list of the serial ports. Use this new serial port for flashing the device.',
moreInfo: En.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#usb-cdc-on-boot',
name: 'USB CDC On Boot'
});
En.ESP32_CONFIG_MESSAGE_USB_FIRMWARE_MSC_ON_BOOT = XML.render(En.ESP32_CONFIG_TEMPLATE, {
title: 'USB Firmware MSC On Boot',
message: 'The USB Mass Storage Class, or USB MSC, is a class used for storage devices, like a USB flash drive. This option can be used to Enable or Disable this function at the boot. If this option is Enabled, once the device is connected via USB, one new storage device will appear in the system as a storage drive. Use this new storage drive to write and read files or to drop a new firmware binary to flash the device.',
moreInfo: En.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#usb-firmware-msc-on-boot',
name: 'USB Firmware MSC On Boot'
});
En.ESP32_CONFIG_MESSAGE_USB_DFU_ON_BOOT = XML.render(En.ESP32_CONFIG_TEMPLATE, {
title: 'USB DFU On Boot',
message: 'The USB Device Firmware Upgrade is a class used for flashing the device through USB. This option can be used to Enable or Disable this function at the boot. If this option is Enabled, once the device is connected via USB, the device will appear as a USB DFU capable device.',
moreInfo: En.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#usb-dfu-on-boot',
name: 'USB DFU On Boot'
});
En.ESP32_CONFIG_MESSAGE_UPLOAD_MODE = XML.render(En.ESP32_CONFIG_TEMPLATE, {
title: 'Upload Mode',
moreInfo: En.ESP32_CONFIG_INTRODUCE,
href: '#',
name: 'None'
});
En.ESP32_CONFIG_MESSAGE_USB_MODE = XML.render(En.ESP32_CONFIG_TEMPLATE, {
title: 'USB Mode',
moreInfo: En.ESP32_CONFIG_INTRODUCE,
href: '#',
name: 'None'
});
En.BOARD_FS = 'Board FS';
export default En;

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import * as Mixly from 'mixly';
import TEMPLATE from '../template/board-config-message.html';
const ZhHans = {};
const { XML } = Mixly;
ZhHans.ESP32_CONFIG_TEMPLATE = TEMPLATE;
ZhHans.ESP32_CONFIG_INTRODUCE = '详细介绍请参考';
ZhHans.ESP32_CONFIG_MESSAGE_PSRAM = XML.render(ZhHans.ESP32_CONFIG_TEMPLATE, {
title: 'PSRAM',
message: 'PSRAM是存在于某些板、模块或SoC上的内部或外部扩展RAM。',
moreInfo: ZhHans.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#psram',
name: 'PSRAM'
});
ZhHans.ESP32_CONFIG_MESSAGE_PARTITION_SCHEME = XML.render(ZhHans.ESP32_CONFIG_TEMPLATE, {
title: '分区方案',
message: '此选项用于根据闪存大小和所需资源如存储区域和OTA空中更新选择分区方案。请注意根据闪存大小选择正确的分区如果你选择了错误的分区系统将崩溃。',
moreInfo: ZhHans.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#partition-scheme',
name: 'Partition Scheme'
});
ZhHans.ESP32_CONFIG_MESSAGE_CPU_FREQUENCY = XML.render(ZhHans.ESP32_CONFIG_TEMPLATE, {
title: 'CPU时钟频率',
message: '在此选项上你可以选择CPU时钟频率。此选项至关重要必须根据板上的晶振和无线模块使用情况Wi-Fi和蓝牙进行选择。在某些应用中建议降低CPU时钟频率以降低功耗。如果你不知道为什么要更改此频率请保留默认选项。',
moreInfo: ZhHans.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#cpu-frequency',
name: 'CPU Frequency'
});
ZhHans.ESP32_CONFIG_MESSAGE_FLASH_MODE = XML.render(ZhHans.ESP32_CONFIG_TEMPLATE, {
title: '烧录方式',
message: '此选项用于选择与闪存的SPI通信模式。根据应用程序的不同可以更改此模式以提高闪存通信速度。',
moreInfo: ZhHans.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#flash-mode',
name: 'Flash Mode'
});
ZhHans.ESP32_CONFIG_MESSAGE_FLASH_FREQUENCY = XML.render(ZhHans.ESP32_CONFIG_TEMPLATE, {
title: '闪存频率',
message: '使用此功能可选择闪存频率。频率取决于内存型号如果你不知道内存是否支持80Mhz你可以尝试使用80Mhz选项上传草图并通过串行监视器查看日志输出。',
moreInfo: ZhHans.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#partition-scheme',
name: 'Flash Frequency'
});
ZhHans.ESP32_CONFIG_MESSAGE_FLASH_SIZE = XML.render(ZhHans.ESP32_CONFIG_TEMPLATE, {
title: '闪存大小',
message: '此选项用于选择闪存大小。应该根据你板上使用的闪存型号来确定闪存大小,如果你选择了错误的大小,则在选择分区方案时可能会出现问题。',
moreInfo: ZhHans.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#flash-size',
name: 'Flash Size'
});
ZhHans.ESP32_CONFIG_MESSAGE_UPLOAD_SPEED = XML.render(ZhHans.ESP32_CONFIG_TEMPLATE, {
title: '上传速度',
message: '要选择上传速度请更改“上载速度”此值将用于向设备烧录代码。如果在用较高的上传速度时出现问题请尝试减小此值这可能是由于外部串行到USB芯片的限制。',
moreInfo: ZhHans.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#upload-speed',
name: 'Upload Speed'
});
ZhHans.ESP32_CONFIG_MESSAGE_ARDUINO_RUNS_ON = XML.render(ZhHans.ESP32_CONFIG_TEMPLATE, {
title: 'Arduino循环核心',
message: '此选项用于选择运行Arduino核心任务的内核。只有当目标SoC有2个核心时才有效。当你有一些繁重的任务在运行时你可能想在与Arduino任务不同的核心上运行此任务。出于这个原因你可以使用此配置来选择正确的核心。',
moreInfo: ZhHans.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#arduino-runs-on',
name: 'Arduino Runs On'
});
ZhHans.ESP32_CONFIG_MESSAGE_EVENTS_RUN_ON = XML.render(ZhHans.ESP32_CONFIG_TEMPLATE, {
title: 'Arduino事件核心',
message: '此选项用于选择运行Arduino事件的核心这仅在目标SoC具有2个核心的情况下有效。',
moreInfo: ZhHans.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#events-run-on',
name: 'Events Run On'
});
ZhHans.ESP32_CONFIG_MESSAGE_USB_CDC_ON_BOOT = XML.render(ZhHans.ESP32_CONFIG_TEMPLATE, {
title: 'USB CDC On Boot',
message: 'USB通信设备类或USB CDC是一个用于基本通信的类被用作常规串行控制器。该类用于在没有任何其他外部设备连接到SoC的情况下烧写设备。该选项可用于在启动时启用或禁用该功能。如果此选项为E启用则一旦设备通过USB连接一个新的串行端口将出现在串行端口列表中使用这个新的串行端口来烧写设备。这个选项也可以用于使用CDC而不是UART0通过串行监视器进行调试。',
moreInfo: ZhHans.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#usb-cdc-on-boot',
name: 'USB CDC On Boot'
});
ZhHans.ESP32_CONFIG_MESSAGE_USB_FIRMWARE_MSC_ON_BOOT = XML.render(ZhHans.ESP32_CONFIG_TEMPLATE, {
title: 'USB Firmware MSC On Boot',
message: 'USB大容量存储类或USB MSC是用于存储设备如USB闪存驱动器的类此选项可用于在启动时启用或禁用此功能。如果此选项为启用则一旦设备通过USB连接系统中将显示一个新的存储设备作为存储驱动器。使用这个新的存储驱动器来写入和读取文件或者拖拽新的二进制固件来烧写设备。',
moreInfo: ZhHans.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#usb-firmware-msc-on-boot',
name: 'USB Firmware MSC On Boot'
});
ZhHans.ESP32_CONFIG_MESSAGE_USB_DFU_ON_BOOT = XML.render(ZhHans.ESP32_CONFIG_TEMPLATE, {
title: 'USB DFU On Boot',
message: 'USB设备固件升级是一个用于通过USB烧写设备的类此选项可用于在启动时启用或禁用此功能。如果此选项为启用则一旦设备通过USB连接该设备将显示为支持USB DFU的设备。',
moreInfo: ZhHans.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#usb-dfu-on-boot',
name: 'USB DFU On Boot'
});
ZhHans.ESP32_CONFIG_MESSAGE_UPLOAD_MODE = XML.render(ZhHans.ESP32_CONFIG_TEMPLATE, {
title: '上传方式',
moreInfo: ZhHans.ESP32_CONFIG_INTRODUCE,
href: '#',
name: '无'
});
ZhHans.ESP32_CONFIG_MESSAGE_USB_MODE = XML.render(ZhHans.ESP32_CONFIG_TEMPLATE, {
title: 'USB模式',
moreInfo: ZhHans.ESP32_CONFIG_INTRODUCE,
href: '#',
name: '无'
});
ZhHans.BOARD_FS = '板卡文件管理';
export default ZhHans;

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import * as Mixly from 'mixly';
import TEMPLATE from '../template/board-config-message.html';
const ZhHant = {};
const { XML } = Mixly;
ZhHant.ESP32_CONFIG_TEMPLATE = TEMPLATE;
ZhHant.ESP32_CONFIG_INTRODUCE = '詳細介紹請參攷';
ZhHant.ESP32_CONFIG_MESSAGE_PSRAM = XML.render(ZhHant.ESP32_CONFIG_TEMPLATE, {
title: 'PSRAM',
message: 'PSRAM是存在於某些板、模塊或SoC上的內部或外部擴展RAM。',
moreInfo: ZhHant.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#psram',
name: 'PSRAM'
});
ZhHant.ESP32_CONFIG_MESSAGE_PARTITION_SCHEME = XML.render(ZhHant.ESP32_CONFIG_TEMPLATE, {
title: '分區方案',
message: '此選項用於根據閃存大小和所需資源如存儲區域和OTA空中更新選擇分區方案。',
moreInfo: ZhHant.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#partition-scheme',
name: 'Partition Scheme'
});
ZhHant.ESP32_CONFIG_MESSAGE_CPU_FREQUENCY = XML.render(ZhHant.ESP32_CONFIG_TEMPLATE, {
title: 'CPU時鐘頻率',
message: '在此選項上你可以選擇CPU時鐘頻率。 此選項至關重要必須根據板上的晶振和無線模塊使用情况Wi-Fi和藍牙進行選擇。 在某些應用中建議降低CPU時鐘頻率以降低功耗。 如果你不知道為什麼要更改此頻率,請保留默認選項。',
moreInfo: ZhHant.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#cpu-frequency',
name: 'CPU Frequency'
});
ZhHant.ESP32_CONFIG_MESSAGE_FLASH_MODE = XML.render(ZhHant.ESP32_CONFIG_TEMPLATE, {
title: '燒錄管道',
message: '此選項用於選擇與閃存的SPI通信模式。 根據應用程序的不同,可以更改此模式以提高閃存通信速度。',
moreInfo: ZhHant.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#flash-mode',
name: 'Flash Mode'
});
ZhHant.ESP32_CONFIG_MESSAGE_FLASH_FREQUENCY = XML.render(ZhHant.ESP32_CONFIG_TEMPLATE, {
title: '閃存頻率',
message: '使用此功能可選擇閃存頻率。 頻率取決於記憶體型號如果你不知道記憶體是否支持80Mhz你可以嘗試使用80Mhz選項上傳草圖並通過串列監視器查看日誌輸出。',
moreInfo: ZhHant.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#partition-scheme',
name: 'Flash Frequency'
});
ZhHant.ESP32_CONFIG_MESSAGE_FLASH_SIZE = XML.render(ZhHant.ESP32_CONFIG_TEMPLATE, {
title: '閃存大小',
message: '此選項用於選擇閃存大小。 應該根據你板上使用的閃存型號來確定閃存大小,如果你選擇了錯誤的大小,則在選擇分區方案時可能會出現問題。',
moreInfo: ZhHant.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#flash-size',
name: 'Flash Size'
});
ZhHant.ESP32_CONFIG_MESSAGE_UPLOAD_SPEED = XML.render(ZhHant.ESP32_CONFIG_TEMPLATE, {
title: '上傳速度',
message: '要選擇上傳速度,請更改“上載速度”,此值將用於向設備燒錄程式碼。 如果在用較高的上傳速度時出現問題請嘗試减小此值這可能是由於外部串列到USB晶片的限制。',
moreInfo: ZhHant.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#upload-speed',
name: 'Upload Speed'
});
ZhHant.ESP32_CONFIG_MESSAGE_ARDUINO_RUNS_ON = XML.render(ZhHant.ESP32_CONFIG_TEMPLATE, {
title: 'Arduino迴圈覈心',
message: '此選項用於選擇運行Arduino覈心任務的內核。 只有當目標SoC有2個覈心時才有效。 當你有一些繁重的任務在運行時你可能想在與Arduino任務不同的覈心上運行此任務。 出於這個原因,你可以使用此配寘來選擇正確的覈心。',
moreInfo: ZhHant.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#arduino-runs-on',
name: 'Arduino Runs On'
});
ZhHant.ESP32_CONFIG_MESSAGE_EVENTS_RUN_ON = XML.render(ZhHant.ESP32_CONFIG_TEMPLATE, {
title: 'Arduino事件覈心',
message: '此選項用於選擇運行Arduino事件的覈心這僅在目標SoC具有2個覈心的情况下有效。',
moreInfo: ZhHant.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#events-run-on',
name: 'Events Run On'
});
ZhHant.ESP32_CONFIG_MESSAGE_USB_CDC_ON_BOOT = XML.render(ZhHant.ESP32_CONFIG_TEMPLATE, {
title: 'USB CDC On Boot',
message: 'USB通信設備類或USB CDC是一個用於基本通信的類被用作常規串列控制器。 該類用於在沒有任何其他外部設備連接到SoC的情况下燒寫設備。 該選項可用於在啟動時啟用或禁用該功能。 如果此選項為E啟用則一旦設備通過USB連接一個新的串列埠將出現在串列埠清單中使用這個新的串列埠來燒寫設備。 這個選項也可以用於使用CDC而不是UART0通過串列監視器進行調試。',
moreInfo: ZhHant.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#usb-cdc-on-boot',
name: 'USB CDC On Boot'
});
ZhHant.ESP32_CONFIG_MESSAGE_USB_FIRMWARE_MSC_ON_BOOT = XML.render(ZhHant.ESP32_CONFIG_TEMPLATE, {
title: 'USB Firmware MSC On Boot',
message: 'USB大容量存儲類或USB MSC是用於儲存設備如USB閃存驅動器的類此選項可用於在啟動時啟用或禁用此功能。 如果此選項為啟用則一旦設備通過USB連接系統中將顯示一個新的儲存設備作為存儲驅動器。 使用這個新的存儲驅動器來寫入和讀取檔案,或者拖拽新的二進位固件來燒寫設備。',
moreInfo: ZhHant.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#usb-firmware-msc-on-boot',
name: 'USB Firmware MSC On Boot'
});
ZhHant.ESP32_CONFIG_MESSAGE_USB_DFU_ON_BOOT = XML.render(ZhHant.ESP32_CONFIG_TEMPLATE, {
title: 'USB DFU On Boot',
message: 'USB設備固件升級是一個用於通過USB燒寫設備的類此選項可用於在啟動時啟用或禁用此功能。 如果此選項為啟用則一旦設備通過USB連接該設備將顯示為支持USB DFU的設備。',
moreInfo: ZhHant.ESP32_CONFIG_INTRODUCE,
href: 'https://docs.espressif.com/projects/arduino-esp32/en/latest/guides/tools_menu.html#usb-dfu-on-boot',
name: 'USB DFU On Boot'
});
ZhHant.ESP32_CONFIG_MESSAGE_UPLOAD_MODE = XML.render(ZhHant.ESP32_CONFIG_TEMPLATE, {
title: '上传方式',
moreInfo: ZhHant.ESP32_CONFIG_INTRODUCE,
href: '#',
name: '無'
});
ZhHant.ESP32_CONFIG_MESSAGE_USB_MODE = XML.render(ZhHant.ESP32_CONFIG_TEMPLATE, {
title: 'USB模式',
moreInfo: ZhHant.ESP32_CONFIG_INTRODUCE,
href: '#',
name: '無'
});
ZhHant.BOARD_FS = '闆卡文件管理';
export default ZhHant;