Logan.Li
514d62644e
核心修复:
- ssh-service.ts: 新增 resolvePrivateKey()，将私钥文件路径(~/.ssh/id_rsa)解析为内容后传给 ssh2，
解决 'Cannot parse privateKey: Unsupported key format' 错误
- useTerminalConnection.ts + sessionHelper.ts: 根据 authType 过滤字段，password/agent 认证不再传 privateKey
- sessionStore.ts: addSession() 现在先调用 sessionCreate() 持久化到 SQLite，解决恢复标签'无可用连接信息'问题
- database-service.ts: updateSession() 补充 private_key_path 字段持久化
- SessionDialog.tsx: 默认 username='root'、privateKey='~/.ssh/id_rsa'
UI/UX:
- 语义化主题系统(app-theme.ts)，强制深色模式，全局无边框设计
- macOS 标题栏支持双击最大化(window:toggleMaximize IPC)
- macOS 菜单栏('OpsXShell' 应用菜单 + Settings Cmd+,)
- WelcomeView 4卡片布局，移除 Settings 按钮
- TabBar/TabItem 背景色统一(bg-dark-800/900)，消除白色边框线
架构优化:
- SFTP 生命周期修复(useSFTP.ts useRef + autoConnectAttempted guard)
- 连接池竞态修复，支持快速多标签连接
- IPC 接口规范化，安全错误处理
- Vite 代码分割优化
质量: lint零错误 | tsc零错误 | build成功 | 49 tests pass
96 lines
3.4 KiB
TypeScript
96 lines
3.4 KiB
TypeScript
/**
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* Crypto Service Integration Tests
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* 验证加密/解密核心逻辑的正确性和安全性
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*/
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import { describe, it, expect } from 'vitest'
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import { encrypt, decrypt, encryptAsync, simpleEncrypt, simpleDecrypt } from '../../electron/services/crypto'
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describe('Crypto Service', () => {
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const testPassword = 'test-password-123'
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const testData = 'Hello, OpsXShell! 你好，世界！'
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const testKey = '0123456789abcdef0123456789abcdef0123456789abcdef0123456789abcdef'
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describe('encrypt / decrypt', () => {
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it('应该能正确加密和解密数据', () => {
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const encrypted = encrypt(testData, testPassword)
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expect(encrypted).toBeTruthy()
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expect(encrypted).toContain(':') // 格式: version:salt:iv:tag:ciphertext
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const decrypted = decrypt(encrypted, testPassword)
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expect(decrypted).toBe(testData)
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})
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it('密文应该包含版本标识', () => {
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const encrypted = encrypt(testData, testPassword)
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const parts = encrypted.split(':')
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expect(parts.length).toBe(5)
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expect(parts[0]).toBe('v1')
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})
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it('不同密码应该产生不同密文', () => {
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const encrypted1 = encrypt(testData, testPassword)
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const encrypted2 = encrypt(testData, 'different-password')
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expect(encrypted1).not.toBe(encrypted2)
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})
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it('相同数据多次加密应该产生不同密文（随机 salt/iv）', () => {
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const encrypted1 = encrypt(testData, testPassword)
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const encrypted2 = encrypt(testData, testPassword)
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expect(encrypted1).not.toBe(encrypted2)
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// 但都能正确解密
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expect(decrypt(encrypted1, testPassword)).toBe(testData)
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expect(decrypt(encrypted2, testPassword)).toBe(testData)
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})
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it('错误密码应该抛出异常', () => {
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const encrypted = encrypt(testData, testPassword)
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expect(() => decrypt(encrypted, 'wrong-password')).toThrow('Decryption failed')
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})
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it('应该向后兼容旧格式密文（4部分，无版本标识）', () => {
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// 构造一个旧格式密文: salt:iv:tag:ciphertext
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const encrypted = encrypt(testData, testPassword)
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const parts = encrypted.split(':')
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const oldFormat = parts.slice(1).join(':') // 去掉版本标识
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expect(decrypt(oldFormat, testPassword)).toBe(testData)
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})
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})
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describe('encryptAsync / decrypt', () => {
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it('异步加密应该产生可解密的结果', async () => {
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const encrypted = await encryptAsync(testData, testPassword)
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const decrypted = decrypt(encrypted, testPassword)
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expect(decrypted).toBe(testData)
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})
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it('异步加密密文应该包含版本标识', async () => {
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const encrypted = await encryptAsync(testData, testPassword)
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const parts = encrypted.split(':')
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expect(parts.length).toBe(5)
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expect(parts[0]).toBe('v1')
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})
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})
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describe('simpleEncrypt / simpleDecrypt', () => {
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it('应该能正确加密和解密数据', () => {
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const encrypted = simpleEncrypt(testData, testKey)
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expect(encrypted).toBeTruthy()
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const decrypted = simpleDecrypt(encrypted, testKey)
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expect(decrypted).toBe(testData)
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})
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it('错误密钥应该抛出异常', () => {
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const encrypted = simpleEncrypt(testData, testKey)
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expect(() => simpleDecrypt(encrypted, 'wrong-key')).toThrow('Decryption failed')
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})
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it('无效密钥长度应该抛出异常', () => {
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expect(() => simpleEncrypt(testData, 'short')).toThrow('Invalid key length')
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})
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})
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})
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