YifanandBohdan Triapitsyn
2b70ec6f3a
* feat(terminal): add resumable websocket transport Unify terminal input and stream traffic on `/api/terminal/ws` with a v2 control-frame protocol and advertised transport capabilities. Buffer recent PTY output on the server so rebinding clients can replay missed chunks after reconnects or startup races, while keeping SSE as a fallback stream path. Update the web terminal client and store to negotiate the new transport, track tab lifecycle, and avoid reopening exited sessions when restoring tabs. * fix(terminal): retry rehydrated websocket reconnects * fix(terminal): keep reconnect retries silent * fix(terminal): wire ws stream output and replay in runtime * fix(web): enable ws proxy for /api in dev --------- Co-authored-by: Bohdan Triapitsyn <artmore@protonmail.com>
67 lines
2.5 KiB
JavaScript
67 lines
2.5 KiB
JavaScript
import { describe, expect, it } from 'bun:test';
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import {
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TERMINAL_OUTPUT_REPLAY_MAX_BYTES,
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appendTerminalOutputReplayChunk,
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createTerminalOutputReplayBuffer,
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getLatestTerminalOutputReplayChunkId,
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listTerminalOutputReplayChunksSince,
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} from './output-replay-buffer.js';
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describe('terminal output replay buffer', () => {
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it('starts empty', () => {
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const bufferState = createTerminalOutputReplayBuffer();
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expect(bufferState).toEqual({ chunks: [], totalBytes: 0, nextId: 1 });
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expect(getLatestTerminalOutputReplayChunkId(bufferState)).toBe(0);
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});
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it('appends chunks with incrementing ids', () => {
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const bufferState = createTerminalOutputReplayBuffer();
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const first = appendTerminalOutputReplayChunk(bufferState, 'prompt> ');
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const second = appendTerminalOutputReplayChunk(bufferState, 'ls\r\n');
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expect(first).toEqual({ id: 1, data: 'prompt> ', bytes: 8 });
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expect(second).toEqual({ id: 2, data: 'ls\r\n', bytes: 4 });
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expect(getLatestTerminalOutputReplayChunkId(bufferState)).toBe(2);
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});
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it('lists chunks after a replay cursor', () => {
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const bufferState = createTerminalOutputReplayBuffer();
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appendTerminalOutputReplayChunk(bufferState, 'prompt> ');
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appendTerminalOutputReplayChunk(bufferState, 'ls\r\n');
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appendTerminalOutputReplayChunk(bufferState, 'file.txt\r\n');
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expect(listTerminalOutputReplayChunksSince(bufferState, 1).map((chunk) => chunk.data)).toEqual([
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'ls\r\n',
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'file.txt\r\n',
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]);
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});
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it('trims old chunks beyond max bytes', () => {
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const bufferState = createTerminalOutputReplayBuffer();
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appendTerminalOutputReplayChunk(bufferState, '1234', 8);
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appendTerminalOutputReplayChunk(bufferState, '5678', 8);
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appendTerminalOutputReplayChunk(bufferState, '90', 8);
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expect(bufferState.chunks.map((chunk) => chunk.data)).toEqual(['5678', '90']);
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expect(bufferState.totalBytes).toBe(6);
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});
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it('trims oversized single chunks to the configured max bytes', () => {
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const bufferState = createTerminalOutputReplayBuffer();
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const chunk = appendTerminalOutputReplayChunk(bufferState, 'abcdefghij', 4);
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expect(chunk?.data).toBe('ghij');
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expect(chunk?.bytes).toBe(4);
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expect(bufferState.totalBytes).toBe(4);
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});
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it('uses the default max bytes when not provided', () => {
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const bufferState = createTerminalOutputReplayBuffer();
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const chunk = appendTerminalOutputReplayChunk(bufferState, 'ok');
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expect(chunk?.bytes).toBe(2);
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expect(TERMINAL_OUTPUT_REPLAY_MAX_BYTES).toBe(64 * 1024);
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});
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});
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