LibreChat/api/server/routes/agents/actions.js
Danny Avila a6fb257bcf
📦 refactor: Consolidate DB models, encapsulating Mongoose usage in data-schemas (#11830)
* chore: move database model methods to /packages/data-schemas

* chore: add TypeScript ESLint rule to warn on unused variables

* refactor: model imports to streamline access

- Consolidated model imports across various files to improve code organization and reduce redundancy.
- Updated imports for models such as Assistant, Message, Conversation, and others to a unified import path.
- Adjusted middleware and service files to reflect the new import structure, ensuring functionality remains intact.
- Enhanced test files to align with the new import paths, maintaining test coverage and integrity.

* chore: migrate database models to packages/data-schemas and refactor all direct Mongoose Model usage outside of data-schemas

* test: update agent model mocks in unit tests

- Added `getAgent` mock to `client.test.js` to enhance test coverage for agent-related functionality.
- Removed redundant `getAgent` and `getAgents` mocks from `openai.spec.js` and `responses.unit.spec.js` to streamline test setup and reduce duplication.
- Ensured consistency in agent mock implementations across test files.

* fix: update types in data-schemas

* refactor: enhance type definitions in transaction and spending methods

- Updated type definitions in `checkBalance.ts` to use specific request and response types.
- Refined `spendTokens.ts` to utilize a new `SpendTxData` interface for better clarity and type safety.
- Improved transaction handling in `transaction.ts` by introducing `TransactionResult` and `TxData` interfaces, ensuring consistent data structures across methods.
- Adjusted unit tests in `transaction.spec.ts` to accommodate new type definitions and enhance robustness.

* refactor: streamline model imports and enhance code organization

- Consolidated model imports across various controllers and services to a unified import path, improving code clarity and reducing redundancy.
- Updated multiple files to reflect the new import structure, ensuring all functionalities remain intact.
- Enhanced overall code organization by removing duplicate import statements and optimizing the usage of model methods.

* feat: implement loadAddedAgent and refactor agent loading logic

- Introduced `loadAddedAgent` function to handle loading agents from added conversations, supporting multi-convo parallel execution.
- Created a new `load.ts` file to encapsulate agent loading functionalities, including `loadEphemeralAgent` and `loadAgent`.
- Updated the `index.ts` file to export the new `load` module instead of the deprecated `loadAgent`.
- Enhanced type definitions and improved error handling in the agent loading process.
- Adjusted unit tests to reflect changes in the agent loading structure and ensure comprehensive coverage.

* refactor: enhance balance handling with new update interface

- Introduced `IBalanceUpdate` interface to streamline balance update operations across the codebase.
- Updated `upsertBalanceFields` method signatures in `balance.ts`, `transaction.ts`, and related tests to utilize the new interface for improved type safety.
- Adjusted type imports in `balance.spec.ts` to include `IBalanceUpdate`, ensuring consistency in balance management functionalities.
- Enhanced overall code clarity and maintainability by refining type definitions related to balance operations.

* feat: add unit tests for loadAgent functionality and enhance agent loading logic

- Introduced comprehensive unit tests for the `loadAgent` function, covering various scenarios including null and empty agent IDs, loading of ephemeral agents, and permission checks.
- Enhanced the `initializeClient` function by moving `getConvoFiles` to the correct position in the database method exports, ensuring proper functionality.
- Improved test coverage for agent loading, including handling of non-existent agents and user permissions.

* chore: reorder memory method exports for consistency

- Moved `deleteAllUserMemories` to the correct position in the exported memory methods, ensuring a consistent and logical order of method exports in `memory.ts`.
2026-02-18 00:31:36 -05:00

264 lines
8.7 KiB
JavaScript

const express = require('express');
const { nanoid } = require('nanoid');
const { logger } = require('@librechat/data-schemas');
const { generateCheckAccess, isActionDomainAllowed } = require('@librechat/api');
const {
Permissions,
ResourceType,
PermissionBits,
PermissionTypes,
actionDelimiter,
removeNullishValues,
validateActionDomain,
validateAndParseOpenAPISpec,
} = require('librechat-data-provider');
const { encryptMetadata, domainParser } = require('~/server/services/ActionService');
const { findAccessibleResources } = require('~/server/services/PermissionService');
const db = require('~/models');
const { canAccessAgentResource } = require('~/server/middleware');
const router = express.Router();
const checkAgentCreate = generateCheckAccess({
permissionType: PermissionTypes.AGENTS,
permissions: [Permissions.USE, Permissions.CREATE],
getRoleByName: db.getRoleByName,
});
/**
* Retrieves all user's actions
* @route GET /actions/
* @param {string} req.params.id - Assistant identifier.
* @returns {Action[]} 200 - success response - application/json
*/
router.get('/', async (req, res) => {
try {
const userId = req.user.id;
const editableAgentObjectIds = await findAccessibleResources({
userId,
role: req.user.role,
resourceType: ResourceType.AGENT,
requiredPermissions: PermissionBits.EDIT,
});
const agentsResponse = await db.getListAgentsByAccess({
accessibleIds: editableAgentObjectIds,
});
const editableAgentIds = agentsResponse.data.map((agent) => agent.id);
const actions =
editableAgentIds.length > 0
? await db.getActions({ agent_id: { $in: editableAgentIds } })
: [];
res.json(actions);
} catch (error) {
res.status(500).json({ error: error.message });
}
});
/**
* Adds or updates actions for a specific agent.
* @route POST /actions/:agent_id
* @param {string} req.params.agent_id - The ID of the agent.
* @param {FunctionTool[]} req.body.functions - The functions to be added or updated.
* @param {string} [req.body.action_id] - Optional ID for the action.
* @param {ActionMetadata} req.body.metadata - Metadata for the action.
* @returns {Object} 200 - success response - application/json
*/
router.post(
'/:agent_id',
canAccessAgentResource({
requiredPermission: PermissionBits.EDIT,
resourceIdParam: 'agent_id',
}),
checkAgentCreate,
async (req, res) => {
try {
const { agent_id } = req.params;
/** @type {{ functions: FunctionTool[], action_id: string, metadata: ActionMetadata }} */
const { functions, action_id: _action_id, metadata: _metadata } = req.body;
if (!functions.length) {
return res.status(400).json({ message: 'No functions provided' });
}
let metadata = await encryptMetadata(removeNullishValues(_metadata, true));
const appConfig = req.config;
// SECURITY: Validate the OpenAPI spec and extract the server URL
if (metadata.raw_spec) {
const validationResult = validateAndParseOpenAPISpec(metadata.raw_spec);
if (!validationResult.status || !validationResult.serverUrl) {
return res.status(400).json({
message: validationResult.message || 'Invalid OpenAPI specification',
});
}
// SECURITY: Validate the client-provided domain matches the spec's server URL domain
// This prevents SSRF attacks where an attacker provides a whitelisted domain
// but uses a different (potentially internal) URL in the raw_spec
const domainValidation = validateActionDomain(metadata.domain, validationResult.serverUrl);
if (!domainValidation.isValid) {
logger.warn(`Domain mismatch detected: ${domainValidation.message}`, {
userId: req.user.id,
agent_id,
});
return res.status(400).json({
message:
'Domain mismatch: The domain in the OpenAPI spec does not match the provided domain',
});
}
}
const isDomainAllowed = await isActionDomainAllowed(
metadata.domain,
appConfig?.actions?.allowedDomains,
);
if (!isDomainAllowed) {
return res.status(400).json({ message: 'Domain not allowed' });
}
let { domain } = metadata;
domain = await domainParser(domain, true);
if (!domain) {
return res.status(400).json({ message: 'No domain provided' });
}
const action_id = _action_id ?? nanoid();
const initialPromises = [];
// Permissions already validated by middleware - load agent directly
initialPromises.push(db.getAgent({ id: agent_id }));
if (_action_id) {
initialPromises.push(db.getActions({ action_id }, true));
}
/** @type {[Agent, [Action|undefined]]} */
const [agent, actions_result] = await Promise.all(initialPromises);
if (!agent) {
return res.status(404).json({ message: 'Agent not found for adding action' });
}
if (actions_result && actions_result.length) {
const action = actions_result[0];
metadata = { ...action.metadata, ...metadata };
}
const { actions: _actions = [], author: agent_author } = agent ?? {};
const actions = [];
for (const action of _actions) {
const [_action_domain, current_action_id] = action.split(actionDelimiter);
if (current_action_id === action_id) {
continue;
}
actions.push(action);
}
actions.push(`${domain}${actionDelimiter}${action_id}`);
/** @type {string[]}} */
const { tools: _tools = [] } = agent;
const tools = _tools
.filter((tool) => !(tool && (tool.includes(domain) || tool.includes(action_id))))
.concat(functions.map((tool) => `${tool.function.name}${actionDelimiter}${domain}`));
// Force version update since actions are changing
const updatedAgent = await db.updateAgent(
{ id: agent_id },
{ tools, actions },
{
updatingUserId: req.user.id,
forceVersion: true,
},
);
// Only update user field for new actions
const actionUpdateData = { metadata, agent_id };
if (!actions_result || !actions_result.length) {
// For new actions, use the agent owner's user ID
actionUpdateData.user = agent_author || req.user.id;
}
/** @type {[Action]} */
const updatedAction = await db.updateAction({ action_id }, actionUpdateData);
const sensitiveFields = ['api_key', 'oauth_client_id', 'oauth_client_secret'];
for (let field of sensitiveFields) {
if (updatedAction.metadata[field]) {
delete updatedAction.metadata[field];
}
}
res.json([updatedAgent, updatedAction]);
} catch (error) {
const message = 'Trouble updating the Agent Action';
logger.error(message, error);
res.status(500).json({ message });
}
},
);
/**
* Deletes an action for a specific agent.
* @route DELETE /actions/:agent_id/:action_id
* @param {string} req.params.agent_id - The ID of the agent.
* @param {string} req.params.action_id - The ID of the action to delete.
* @returns {Object} 200 - success response - application/json
*/
router.delete(
'/:agent_id/:action_id',
canAccessAgentResource({
requiredPermission: PermissionBits.EDIT,
resourceIdParam: 'agent_id',
}),
checkAgentCreate,
async (req, res) => {
try {
const { agent_id, action_id } = req.params;
// Permissions already validated by middleware - load agent directly
const agent = await db.getAgent({ id: agent_id });
if (!agent) {
return res.status(404).json({ message: 'Agent not found for deleting action' });
}
const { tools = [], actions = [] } = agent;
let domain = '';
const updatedActions = actions.filter((action) => {
if (action.includes(action_id)) {
[domain] = action.split(actionDelimiter);
return false;
}
return true;
});
domain = await domainParser(domain, true);
if (!domain) {
return res.status(400).json({ message: 'No domain provided' });
}
const updatedTools = tools.filter((tool) => !(tool && tool.includes(domain)));
// Force version update since actions are being removed
await db.updateAgent(
{ id: agent_id },
{ tools: updatedTools, actions: updatedActions },
{ updatingUserId: req.user.id, forceVersion: true },
);
await db.deleteAction({ action_id });
res.status(200).json({ message: 'Action deleted successfully' });
} catch (error) {
const message = 'Trouble deleting the Agent Action';
logger.error(message, error);
res.status(500).json({ message });
}
},
);
module.exports = router;