LibreChat/packages/data-schemas/src/methods/key.ts
Danny Avila 04a4a2aa44
🧵 refactor: Migrate Endpoint Initialization to TypeScript (#10794)
* refactor: move endpoint initialization methods to typescript

* refactor: move agent init to packages/api

- Introduced `initialize.ts` for agent initialization, including file processing and tool loading.
- Updated `resources.ts` to allow optional appConfig parameter.
- Enhanced endpoint configuration handling in various initialization files to support model parameters.
- Added new artifacts and prompts for React component generation.
- Refactored existing code to improve type safety and maintainability.

* refactor: streamline endpoint initialization and enhance type safety

- Updated initialization functions across various endpoints to use a consistent request structure, replacing `unknown` types with `ServerResponse`.
- Simplified request handling by directly extracting keys from the request body.
- Improved type safety by ensuring user IDs are safely accessed with optional chaining.
- Removed unnecessary parameters and streamlined model options handling for better clarity and maintainability.

* refactor: moved ModelService and extractBaseURL to packages/api

- Added comprehensive tests for the models fetching functionality, covering scenarios for OpenAI, Anthropic, Google, and Ollama models.
- Updated existing endpoint index to include the new models module.
- Enhanced utility functions for URL extraction and model data processing.
- Improved type safety and error handling across the models fetching logic.

* refactor: consolidate utility functions and remove unused files

- Merged `deriveBaseURL` and `extractBaseURL` into the `@librechat/api` module for better organization.
- Removed redundant utility files and their associated tests to streamline the codebase.
- Updated imports across various client files to utilize the new consolidated functions.
- Enhanced overall maintainability by reducing the number of utility modules.

* refactor: replace ModelService references with direct imports from @librechat/api and remove ModelService file

* refactor: move encrypt/decrypt methods and key db methods to data-schemas, use `getProviderConfig` from `@librechat/api`

* chore: remove unused 'res' from options in AgentClient

* refactor: file model imports and methods

- Updated imports in various controllers and services to use the unified file model from '~/models' instead of '~/models/File'.
- Consolidated file-related methods into a new file methods module in the data-schemas package.
- Added comprehensive tests for file methods including creation, retrieval, updating, and deletion.
- Enhanced the initializeAgent function to accept dependency injection for file-related methods.
- Improved error handling and logging in file methods.

* refactor: streamline database method references in agent initialization

* refactor: enhance file method tests and update type references to IMongoFile

* refactor: consolidate database method imports in agent client and initialization

* chore: remove redundant import of initializeAgent from @librechat/api

* refactor: move checkUserKeyExpiry utility to @librechat/api and update references across endpoints

* refactor: move updateUserPlugins logic to user.ts and simplify UserController

* refactor: update imports for user key management and remove UserService

* refactor: remove unused Anthropics and Bedrock endpoint files and clean up imports

* refactor: consolidate and update encryption imports across various files to use @librechat/data-schemas

* chore: update file model mock to use unified import from '~/models'

* chore: import order

* refactor: remove migrated to TS agent.js file and its associated logic from the endpoints

* chore: add reusable function to extract imports from source code in unused-packages workflow

* chore: enhance unused-packages workflow to include @librechat/api dependencies and improve dependency extraction

* chore: improve dependency extraction in unused-packages workflow with enhanced error handling and debugging output

* chore: add detailed debugging output to unused-packages workflow for better visibility into unused dependencies and exclusion lists

* chore: refine subpath handling in unused-packages workflow to correctly process scoped and non-scoped package imports

* chore: clean up unused debug output in unused-packages workflow and reorganize type imports in initialize.ts
2025-12-11 16:37:16 -05:00

160 lines
6.4 KiB
TypeScript

import { ErrorTypes } from 'librechat-data-provider';
// Note: checkUserKeyExpiry moved to @librechat/api (utils/key.ts) as it's a pure validation utility
import { encrypt, decrypt } from '~/crypto';
import logger from '~/config/winston';
/** Factory function that takes mongoose instance and returns the key methods */
export function createKeyMethods(mongoose: typeof import('mongoose')) {
/**
* Retrieves and decrypts the key value for a given user identified by userId and identifier name.
* @param params - The parameters object
* @param params.userId - The unique identifier for the user
* @param params.name - The name associated with the key
* @returns The decrypted key value
* @throws Error if the key is not found or if there is a problem during key retrieval
* @description This function searches for a user's key in the database using their userId and name.
* If found, it decrypts the value of the key and returns it. If no key is found, it throws
* an error indicating that there is no user key available.
*/
async function getUserKey(params: { userId: string; name: string }): Promise<string> {
const { userId, name } = params;
const Key = mongoose.models.Key;
const keyValue = (await Key.findOne({ userId, name }).lean()) as {
value: string;
} | null;
if (!keyValue) {
throw new Error(
JSON.stringify({
type: ErrorTypes.NO_USER_KEY,
}),
);
}
return await decrypt(keyValue.value);
}
/**
* Retrieves, decrypts, and parses the key values for a given user identified by userId and name.
* @param params - The parameters object
* @param params.userId - The unique identifier for the user
* @param params.name - The name associated with the key
* @returns The decrypted and parsed key values
* @throws Error if the key is invalid or if there is a problem during key value parsing
* @description This function retrieves a user's encrypted key using their userId and name, decrypts it,
* and then attempts to parse the decrypted string into a JSON object. If the parsing fails,
* it throws an error indicating that the user key is invalid.
*/
async function getUserKeyValues(params: {
userId: string;
name: string;
}): Promise<Record<string, string>> {
const { userId, name } = params;
const userValues = await getUserKey({ userId, name });
try {
return JSON.parse(userValues) as Record<string, string>;
} catch (e) {
logger.error('[getUserKeyValues]', e);
throw new Error(
JSON.stringify({
type: ErrorTypes.INVALID_USER_KEY,
}),
);
}
}
/**
* Retrieves the expiry information of a user's key identified by userId and name.
* @param params - The parameters object
* @param params.userId - The unique identifier for the user
* @param params.name - The name associated with the key
* @returns The expiry date of the key or null if the key doesn't exist
* @description This function fetches a user's key from the database using their userId and name and
* returns its expiry date. If the key is not found, it returns null for the expiry date.
*/
async function getUserKeyExpiry(params: {
userId: string;
name: string;
}): Promise<{ expiresAt: Date | 'never' | null }> {
const { userId, name } = params;
const Key = mongoose.models.Key;
const keyValue = (await Key.findOne({ userId, name }).lean()) as {
expiresAt?: Date;
} | null;
if (!keyValue) {
return { expiresAt: null };
}
return { expiresAt: keyValue.expiresAt || 'never' };
}
/**
* Updates or inserts a new key for a given user identified by userId and name, with a specified value and expiry date.
* @param params - The parameters object
* @param params.userId - The unique identifier for the user
* @param params.name - The name associated with the key
* @param params.value - The value to be encrypted and stored as the key's value
* @param params.expiresAt - The expiry date for the key [optional]
* @returns The updated or newly inserted key document
* @description This function either updates an existing user key or inserts a new one into the database,
* after encrypting the provided value. It sets the provided expiry date for the key (or unsets for no expiry).
*/
async function updateUserKey(params: {
userId: string;
name: string;
value: string;
expiresAt?: Date | null;
}): Promise<unknown> {
const { userId, name, value, expiresAt = null } = params;
const Key = mongoose.models.Key;
const encryptedValue = await encrypt(value);
const updateObject: { userId: string; name: string; value: string; expiresAt?: Date } = {
userId,
name,
value: encryptedValue,
};
const updateQuery: { $set: typeof updateObject; $unset?: { expiresAt: string } } = {
$set: updateObject,
};
if (expiresAt) {
updateObject.expiresAt = new Date(expiresAt);
} else {
updateQuery.$unset = { expiresAt: '' };
}
return await Key.findOneAndUpdate({ userId, name }, updateQuery, {
upsert: true,
new: true,
}).lean();
}
/**
* Deletes a key or all keys for a given user identified by userId, optionally based on a specified name.
* @param params - The parameters object
* @param params.userId - The unique identifier for the user
* @param params.name - The name associated with the key to delete. If not provided and all is true, deletes all keys
* @param params.all - Whether to delete all keys for the user
* @returns The result of the deletion operation
* @description This function deletes a specific key or all keys for a user from the database.
* If a name is provided and all is false, it deletes only the key with that name.
* If all is true, it ignores the name and deletes all keys for the user.
*/
async function deleteUserKey(params: {
userId: string;
name?: string;
all?: boolean;
}): Promise<unknown> {
const { userId, name, all = false } = params;
const Key = mongoose.models.Key;
if (all) {
return await Key.deleteMany({ userId });
}
return await Key.findOneAndDelete({ userId, name }).lean();
}
return {
getUserKey,
updateUserKey,
deleteUserKey,
getUserKeyValues,
getUserKeyExpiry,
};
}
export type KeyMethods = ReturnType<typeof createKeyMethods>;