LibreChat/packages/data-schemas/src/utils/tempChatRetention.spec.ts
Danny Avila a82505db7f
📦 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`.
2026-02-19 16:36:11 -05:00

137 lines
4.4 KiB
TypeScript

import type { AppConfig } from '~/types';
import {
createTempChatExpirationDate,
getTempChatRetentionHours,
DEFAULT_RETENTION_HOURS,
MIN_RETENTION_HOURS,
MAX_RETENTION_HOURS,
} from './tempChatRetention';
describe('tempChatRetention', () => {
const originalEnv = process.env;
beforeEach(() => {
jest.resetModules();
process.env = { ...originalEnv };
delete process.env.TEMP_CHAT_RETENTION_HOURS;
});
afterAll(() => {
process.env = originalEnv;
});
describe('getTempChatRetentionHours', () => {
it('should return default retention hours when no config or env var is set', () => {
const result = getTempChatRetentionHours();
expect(result).toBe(DEFAULT_RETENTION_HOURS);
});
it('should use environment variable when set', () => {
process.env.TEMP_CHAT_RETENTION_HOURS = '48';
const result = getTempChatRetentionHours();
expect(result).toBe(48);
});
it('should use config value when set', () => {
const config: Partial<AppConfig> = {
interfaceConfig: {
temporaryChatRetention: 12,
},
};
const result = getTempChatRetentionHours(config?.interfaceConfig);
expect(result).toBe(12);
});
it('should prioritize config over environment variable', () => {
process.env.TEMP_CHAT_RETENTION_HOURS = '48';
const config: Partial<AppConfig> = {
interfaceConfig: {
temporaryChatRetention: 12,
},
};
const result = getTempChatRetentionHours(config?.interfaceConfig);
expect(result).toBe(12);
});
it('should enforce minimum retention period', () => {
const config: Partial<AppConfig> = {
interfaceConfig: {
temporaryChatRetention: 0,
},
};
const result = getTempChatRetentionHours(config?.interfaceConfig);
expect(result).toBe(MIN_RETENTION_HOURS);
});
it('should enforce maximum retention period', () => {
const config: Partial<AppConfig> = {
interfaceConfig: {
temporaryChatRetention: 10000,
},
};
const result = getTempChatRetentionHours(config?.interfaceConfig);
expect(result).toBe(MAX_RETENTION_HOURS);
});
it('should handle invalid environment variable', () => {
process.env.TEMP_CHAT_RETENTION_HOURS = 'invalid';
const result = getTempChatRetentionHours();
expect(result).toBe(DEFAULT_RETENTION_HOURS);
});
it('should handle invalid config value', () => {
const config: Partial<AppConfig> = {
interfaceConfig: {
temporaryChatRetention: 'invalid' as unknown as number,
},
};
const result = getTempChatRetentionHours(config?.interfaceConfig);
expect(result).toBe(DEFAULT_RETENTION_HOURS);
});
});
describe('createTempChatExpirationDate', () => {
it('should create expiration date with default retention period', () => {
const beforeCall = Date.now();
const result = createTempChatExpirationDate();
const afterCall = Date.now();
const expectedMin = beforeCall + DEFAULT_RETENTION_HOURS * 60 * 60 * 1000;
const expectedMax = afterCall + DEFAULT_RETENTION_HOURS * 60 * 60 * 1000;
// Result should be between expectedMin and expectedMax
expect(result.getTime()).toBeGreaterThanOrEqual(expectedMin);
expect(result.getTime()).toBeLessThanOrEqual(expectedMax);
});
it('should create expiration date with custom retention period', () => {
const config: Partial<AppConfig> = {
interfaceConfig: {
temporaryChatRetention: 12,
},
};
const beforeCall = Date.now();
const result = createTempChatExpirationDate(config?.interfaceConfig);
const afterCall = Date.now();
const expectedMin = beforeCall + 12 * 60 * 60 * 1000;
const expectedMax = afterCall + 12 * 60 * 60 * 1000;
// Result should be between expectedMin and expectedMax
expect(result.getTime()).toBeGreaterThanOrEqual(expectedMin);
expect(result.getTime()).toBeLessThanOrEqual(expectedMax);
});
it('should return a Date object', () => {
const result = createTempChatExpirationDate();
expect(result).toBeInstanceOf(Date);
});
it('should return a future date', () => {
const now = new Date();
const result = createTempChatExpirationDate();
expect(result.getTime()).toBeGreaterThan(now.getTime());
});
});
});