mirror of
https://github.com/alexandrebobkov/ESP-Nodes.git
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401 lines
16 KiB
TypeScript
401 lines
16 KiB
TypeScript
import { Transport } from "./webserial.js";
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import { ROM } from "./targets/rom.js";
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import { ResetStrategy } from "./reset.js";
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import { LoaderOptions } from "./types/loaderOptions.js";
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import { FlashOptions } from "./types/flashOptions.js";
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import { After, Before } from "./types/resetModes.js";
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declare type FlashReadCallback = ((packet: Uint8Array, progress: number, totalSize: number) => void) | null;
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export declare class ESPLoader {
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ESP_RAM_BLOCK: number;
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ESP_FLASH_BEGIN: number;
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ESP_FLASH_DATA: number;
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ESP_FLASH_END: number;
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ESP_MEM_BEGIN: number;
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ESP_MEM_END: number;
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ESP_MEM_DATA: number;
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ESP_WRITE_REG: number;
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ESP_READ_REG: number;
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ESP_SPI_ATTACH: number;
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ESP_CHANGE_BAUDRATE: number;
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ESP_FLASH_DEFL_BEGIN: number;
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ESP_FLASH_DEFL_DATA: number;
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ESP_FLASH_DEFL_END: number;
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ESP_SPI_FLASH_MD5: number;
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ESP_ERASE_FLASH: number;
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ESP_ERASE_REGION: number;
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ESP_READ_FLASH: number;
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ESP_RUN_USER_CODE: number;
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ESP_IMAGE_MAGIC: number;
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ESP_CHECKSUM_MAGIC: number;
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ROM_INVALID_RECV_MSG: number;
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DEFAULT_TIMEOUT: number;
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ERASE_REGION_TIMEOUT_PER_MB: number;
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ERASE_WRITE_TIMEOUT_PER_MB: number;
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MD5_TIMEOUT_PER_MB: number;
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CHIP_ERASE_TIMEOUT: number;
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FLASH_READ_TIMEOUT: number;
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MAX_TIMEOUT: number;
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CHIP_DETECT_MAGIC_REG_ADDR: number;
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DETECTED_FLASH_SIZES: {
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[key: number]: string;
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};
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DETECTED_FLASH_SIZES_NUM: {
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[key: number]: number;
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};
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USB_JTAG_SERIAL_PID: number;
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chip: ROM;
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IS_STUB: boolean;
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FLASH_WRITE_SIZE: number;
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transport: Transport;
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private baudrate;
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private serialOptions?;
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private terminal?;
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private romBaudrate;
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private debugLogging;
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private syncStubDetected;
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private resetConstructors;
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/**
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* Create a new ESPLoader to perform serial communication
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* such as read/write flash memory and registers using a LoaderOptions object.
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* @param {LoaderOptions} options - LoaderOptions object argument for ESPLoader.
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* ```
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* const myLoader = new ESPLoader({ transport: Transport, baudrate: number, terminal?: IEspLoaderTerminal });
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* ```
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*/
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constructor(options: LoaderOptions);
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_sleep(ms: number): Promise<unknown>;
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/**
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* Write to ESP Loader constructor's terminal with or without new line.
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* @param {string} str - String to write.
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* @param {boolean} withNewline - Add new line at the end ?
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*/
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write(str: string, withNewline?: boolean): void;
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/**
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* Write error message to ESP Loader constructor's terminal with or without new line.
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* @param {string} str - String to write.
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* @param {boolean} withNewline - Add new line at the end ?
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*/
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error(str: string, withNewline?: boolean): void;
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/**
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* Write information message to ESP Loader constructor's terminal with or without new line.
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* @param {string} str - String to write.
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* @param {boolean} withNewline - Add new line at the end ?
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*/
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info(str: string, withNewline?: boolean): void;
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/**
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* Write debug message to ESP Loader constructor's terminal with or without new line.
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* @param {string} str - String to write.
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* @param {boolean} withNewline - Add new line at the end ?
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*/
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debug(str: string, withNewline?: boolean): void;
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/**
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* Convert short integer to byte array
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* @param {number} i - Number to convert.
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* @returns {Uint8Array} Byte array.
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*/
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_shortToBytearray(i: number): Uint8Array;
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/**
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* Convert an integer to byte array
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* @param {number} i - Number to convert.
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* @returns {ROM} The chip ROM class related to given magic hex number.
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*/
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_intToByteArray(i: number): Uint8Array;
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/**
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* Convert a byte array to short integer.
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* @param {number} i - Number to convert.
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* @param {number} j - Number to convert.
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* @returns {number} Return a short integer number.
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*/
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_byteArrayToShort(i: number, j: number): number;
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/**
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* Convert a byte array to integer.
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* @param {number} i - Number to convert.
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* @param {number} j - Number to convert.
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* @param {number} k - Number to convert.
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* @param {number} l - Number to convert.
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* @returns {number} Return a integer number.
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*/
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_byteArrayToInt(i: number, j: number, k: number, l: number): number;
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/**
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* Append a buffer array after another buffer array
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* @param {ArrayBuffer} buffer1 - First array buffer.
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* @param {ArrayBuffer} buffer2 - magic hex number to select ROM.
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* @returns {ArrayBufferLike} Return an array buffer.
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*/
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_appendBuffer(buffer1: ArrayBuffer, buffer2: ArrayBuffer): ArrayBufferLike;
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/**
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* Append a buffer array after another buffer array
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* @param {Uint8Array} arr1 - First array buffer.
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* @param {Uint8Array} arr2 - magic hex number to select ROM.
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* @returns {Uint8Array} Return a 8 bit unsigned array.
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*/
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_appendArray(arr1: Uint8Array, arr2: Uint8Array): Uint8Array;
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/**
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* Convert a unsigned 8 bit integer array to byte string.
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* @param {Uint8Array} u8Array - magic hex number to select ROM.
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* @returns {string} Return the equivalent string.
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*/
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ui8ToBstr(u8Array: Uint8Array): string;
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/**
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* Convert a byte string to unsigned 8 bit integer array.
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* @param {string} bStr - binary string input
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* @returns {Uint8Array} Return a 8 bit unsigned integer array.
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*/
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bstrToUi8(bStr: string): Uint8Array;
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/**
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* Flush the serial input by raw read with 200 ms timeout.
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*/
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flushInput(): Promise<void>;
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/**
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* Use the device serial port read function with given timeout to create a valid packet.
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* @param {number} op Operation number
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* @param {number} timeout timeout number in milliseconds
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* @returns {[number, Uint8Array]} valid response packet.
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*/
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readPacket(op?: number | null, timeout?: number): Promise<[number, Uint8Array]>;
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/**
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* Write a serial command to the chip
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* @param {number} op - Operation number
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* @param {Uint8Array} data - Unsigned 8 bit array
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* @param {number} chk - channel number
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* @param {boolean} waitResponse - wait for response ?
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* @param {number} timeout - timeout number in milliseconds
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* @returns {Promise<[number, Uint8Array]>} Return a number and a 8 bit unsigned integer array.
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*/
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command(op?: number | null, data?: Uint8Array, chk?: number, waitResponse?: boolean, timeout?: number): Promise<[number, Uint8Array]>;
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/**
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* Read a register from chip.
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* @param {number} addr - Register address number
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* @param {number} timeout - Timeout in milliseconds (Default: 3000ms)
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* @returns {number} - Command number value
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*/
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readReg(addr: number, timeout?: number): Promise<number>;
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/**
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* Write a number value to register address in chip.
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* @param {number} addr - Register address number
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* @param {number} value - Number value to write in register
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* @param {number} mask - Hex number for mask
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* @param {number} delayUs Delay number
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* @param {number} delayAfterUs Delay after previous delay
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*/
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writeReg(addr: number, value: number, mask?: number, delayUs?: number, delayAfterUs?: number): Promise<void>;
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/**
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* Sync chip by sending sync command.
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* @returns {[number, Uint8Array]} Command result
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*/
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sync(): Promise<[number, Uint8Array]>;
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/**
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* Attempt to connect to the chip by sending a reset sequence and later a sync command.
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* @param {string} mode - Reset mode to use
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* @param {ResetStrategy} resetStrategy - Reset strategy class to use for connect
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* @returns {string} - Returns 'success' or 'error' message.
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*/
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_connectAttempt(mode: string | undefined, resetStrategy: ResetStrategy | null): Promise<string>;
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/**
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* Constructs a sequence of reset strategies based on the OS,
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* used ESP chip, external settings, and environment variables.
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* Returns a tuple of one or more reset strategies to be tried sequentially.
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* @param {string} mode - Reset mode to use
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* @returns {ResetStrategy[]} - Array of reset strategies
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*/
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constructResetSequence(mode: Before): ResetStrategy[];
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/**
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* Perform a connection to chip.
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* @param {string} mode - Reset mode to use. Example: 'default_reset' | 'no_reset'
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* @param {number} attempts - Number of connection attempts
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* @param {boolean} detecting - Detect the connected chip
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*/
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connect(mode?: Before, attempts?: number, detecting?: boolean): Promise<void>;
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/**
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* Connect and detect the existing chip.
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* @param {string} mode Reset mode to use for connection.
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*/
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detectChip(mode?: Before): Promise<void>;
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/**
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* Execute the command and check the command response.
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* @param {string} opDescription Command operation description.
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* @param {number} op Command operation number
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* @param {Uint8Array} data Command value
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* @param {number} chk Checksum to use
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* @param {number} timeout TImeout number in milliseconds (ms)
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* @returns {number} Command result
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*/
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checkCommand(opDescription?: string, op?: number | null, data?: Uint8Array, chk?: number, timeout?: number): Promise<number | Uint8Array>;
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/**
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* Start downloading an application image to RAM
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* @param {number} size Image size number
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* @param {number} blocks Number of data blocks
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* @param {number} blocksize Size of each data block
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* @param {number} offset Image offset number
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*/
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memBegin(size: number, blocks: number, blocksize: number, offset: number): Promise<void>;
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/**
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* Get the checksum for given unsigned 8-bit array
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* @param {Uint8Array} data Unsigned 8-bit integer array
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* @param {number} state Initial checksum
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* @returns {number} - Array checksum
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*/
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checksum(data: Uint8Array, state?: number): number;
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/**
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* Send a block of image to RAM
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* @param {Uint8Array} buffer Unsigned 8-bit array
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* @param {number} seq Sequence number
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*/
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memBlock(buffer: Uint8Array, seq: number): Promise<void>;
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/**
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* Leave RAM download mode and run application
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* @param {number} entrypoint - Entrypoint number
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*/
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memFinish(entrypoint: number): Promise<void>;
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/**
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* Configure SPI flash pins
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* @param {number} hspiArg - Argument for SPI attachment
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*/
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flashSpiAttach(hspiArg: number): Promise<void>;
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/**
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* Scale timeouts which are size-specific.
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* @param {number} secondsPerMb Seconds per megabytes as number
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* @param {number} sizeBytes Size bytes number
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* @returns {number} - Scaled timeout for specified size.
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*/
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timeoutPerMb(secondsPerMb: number, sizeBytes: number): number;
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/**
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* Start downloading to Flash (performs an erase)
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* @param {number} size Size to erase
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* @param {number} offset Offset to erase
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* @returns {number} Number of blocks (of size self.FLASH_WRITE_SIZE) to write.
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*/
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flashBegin(size: number, offset: number): Promise<number>;
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/**
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* Start downloading compressed data to Flash (performs an erase)
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* @param {number} size Write size
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* @param {number} compsize Compressed size
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* @param {number} offset Offset for write
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* @returns {number} Returns number of blocks (size self.FLASH_WRITE_SIZE) to write.
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*/
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flashDeflBegin(size: number, compsize: number, offset: number): Promise<number>;
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/**
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* Write block to flash, retry if fail
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* @param {Uint8Array} data Unsigned 8-bit array data.
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* @param {number} seq Sequence number
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* @param {number} timeout Timeout in milliseconds (ms)
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*/
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flashBlock(data: Uint8Array, seq: number, timeout: number): Promise<void>;
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/**
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* Write block to flash, send compressed, retry if fail
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* @param {Uint8Array} data Unsigned int 8-bit array data to write
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* @param {number} seq Sequence number
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* @param {number} timeout Timeout in milliseconds (ms)
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*/
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flashDeflBlock(data: Uint8Array, seq: number, timeout: number): Promise<void>;
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/**
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* Leave flash mode and run/reboot
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* @param {boolean} reboot Reboot after leaving flash mode ?
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*/
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flashFinish(reboot?: boolean): Promise<void>;
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/**
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* Leave compressed flash mode and run/reboot
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* @param {boolean} reboot Reboot after leaving flash mode ?
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*/
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flashDeflFinish(reboot?: boolean): Promise<void>;
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/**
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* Run an arbitrary SPI flash command.
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*
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* This function uses the "USR_COMMAND" functionality in the ESP
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* SPI hardware, rather than the precanned commands supported by
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* hardware. So the value of spiflashCommand is an actual command
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* byte, sent over the wire.
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*
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* After writing command byte, writes 'data' to MOSI and then
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* reads back 'readBits' of reply on MISO. Result is a number.
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* @param {number} spiflashCommand Command to execute in SPI
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* @param {Uint8Array} data Data to send
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* @param {number} readBits Number of bits to read
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* @returns {number} Register SPI_W0_REG value
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*/
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runSpiflashCommand(spiflashCommand: number, data: Uint8Array, readBits: number): Promise<number>;
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/**
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* Read flash id by executing the SPIFLASH_RDID flash command.
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* @returns {Promise<number>} Register SPI_W0_REG value
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*/
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readFlashId(): Promise<number>;
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/**
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* Execute the erase flash command
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* @returns {Promise<number | Uint8Array>} Erase flash command result
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*/
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eraseFlash(): Promise<number | Uint8Array>;
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/**
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* Convert a number or unsigned 8-bit array to hex string
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* @param {number | Uint8Array } buffer Data to convert to hex string.
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* @returns {string} A hex string
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*/
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toHex(buffer: number | Uint8Array): string;
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/**
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* Calculate the MD5 Checksum command
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* @param {number} addr Address number
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* @param {number} size Package size
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* @returns {string} MD5 Checksum string
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*/
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flashMd5sum(addr: number, size: number): Promise<string>;
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readFlash(addr: number, size: number, onPacketReceived?: FlashReadCallback): Promise<Uint8Array>;
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/**
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* Upload the flasher ROM bootloader (flasher stub) to the chip.
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* @returns {ROM} The Chip ROM
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*/
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runStub(): Promise<ROM>;
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/**
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* Change the chip baudrate.
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*/
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changeBaud(): Promise<void>;
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/**
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* Execute the main function of ESPLoader.
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* @param {string} mode Reset mode to use
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* @returns {string} chip ROM
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*/
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main(mode?: Before): Promise<string>;
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/**
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* Get flash size bytes from flash size string.
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* @param {string} flashSize Flash Size string
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* @returns {number} Flash size bytes
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*/
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flashSizeBytes: (flashSize: string) => number;
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/**
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* Parse a given flash size string to a number
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* @param {string} flsz Flash size to request
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* @returns {number} Flash size number
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*/
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parseFlashSizeArg(flsz: string): number;
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/**
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* Update the image flash parameters with given arguments.
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* @param {string} image binary image as string
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* @param {number} address flash address number
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* @param {string} flashSize Flash size string
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* @param {string} flashMode Flash mode string
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* @param {string} flashFreq Flash frequency string
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* @returns {string} modified image string
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*/
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_updateImageFlashParams(image: string, address: number, flashSize: string, flashMode: string, flashFreq: string): string;
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/**
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* Write set of file images into given address based on given FlashOptions object.
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* @param {FlashOptions} options FlashOptions to configure how and what to write into flash.
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*/
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writeFlash(options: FlashOptions): Promise<void>;
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/**
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* Read SPI flash manufacturer and device id.
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*/
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flashId(): Promise<void>;
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getFlashSize(): Promise<number>;
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/**
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* Soft reset the device chip. Soft reset with run user code is the closest.
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* @param {boolean} stayInBootloader Flag to indicate if to stay in bootloader
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*/
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softReset(stayInBootloader: boolean): Promise<void>;
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/**
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* Execute this function to execute after operation reset functions.
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* @param {After} mode After operation mode. Default is 'hard_reset'.
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* @param { boolean } usingUsbOtg For 'hard_reset' to specify if using USB-OTG
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*/
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after(mode?: After, usingUsbOtg?: boolean): Promise<void>;
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}
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export {};
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