Overview - Nx

Nx

7 days30 days

Latest CI Pipeline Executions

Fuzzy

Succeeded
34385
4d92aa87 fix(core): compact parser raw outputs over certain size
2 days ago by AgentEnder
Canceled
34385
3949192f fix(core): compact parser raw outputs over certain size
2 days ago by AgentEnder
Succeeded
34385
1e82495e fix(core): compact parser raw outputs over certain size
3 days ago by AgentEnder
Succeeded
34385
9c44deda fix(core): compact parser raw outputs over certain size [Self-Healing CI Rerun]
3 days ago by nx-cloud[bot]
Failed
34385
Environment issue→
124fc68d fix(core): compact parser raw outputs over certain size
4 days ago by AgentEnder
Canceled
34385
124fc68d fix(core): compact parser raw outputs over certain size
4 days ago by AgentEnder
Canceled
34385
faa878c1 fix(core): avoid blocking event loop during TUI PTY resize When switching from inline mode to full-screen TUI (or during window resize), the PTY resize operation reparsed ALL raw terminal output through a new vt100 parser synchronously on the event loop. For tasks with large output, this caused a noticeable hang. Add `resize_async()` which moves the expensive reparse to a background thread using a snapshot-and-replay pattern: 1. Quick snapshot of raw output (brief read lock) 2. Expensive reparse on background thread (no locks held) 3. Quick swap with replay of any new output (brief write lock) A generation counter prevents stale resizes from overwriting newer ones. Also combine two separate O(n) scrollback processing calls in inline mode into a single pass.
4 days ago by AgentEnder
Canceled
34385
377a9c3c fix(core): avoid blocking event loop during TUI PTY resize When switching from inline mode to full-screen TUI (or during window resize), the PTY resize operation reparsed ALL raw terminal output through a new vt100 parser synchronously on the event loop. For tasks with large output, this caused a noticeable hang. Add `resize_async()` which moves the expensive reparse to a background thread using a snapshot-and-replay pattern: 1. Quick snapshot of raw output (brief read lock) 2. Expensive reparse on background thread (no locks held) 3. Quick swap with replay of any new output (brief write lock) A generation counter prevents stale resizes from overwriting newer ones. Also combine two separate O(n) scrollback processing calls in inline mode into a single pass.
4 days ago by AgentEnder
Canceled
34385
5b7aba4b fix(core): avoid blocking event loop during TUI PTY resize When switching from inline mode to full-screen TUI (or during window resize), the PTY resize operation reparsed ALL raw terminal output through a new vt100 parser synchronously on the event loop. For tasks with large output, this caused a noticeable hang. Add `resize_async()` which moves the expensive reparse to a background thread using a snapshot-and-replay pattern: 1. Quick snapshot of raw output (brief read lock) 2. Expensive reparse on background thread (no locks held) 3. Quick swap with replay of any new output (brief write lock) A generation counter prevents stale resizes from overwriting newer ones. Also combine two separate O(n) scrollback processing calls in inline mode into a single pass.
4 days ago by AgentEnder
Succeeded
34385
f4043536 fix(core): avoid blocking event loop during TUI PTY resize When switching from inline mode to full-screen TUI (or during window resize), the PTY resize operation reparsed ALL raw terminal output through a new vt100 parser synchronously on the event loop. For tasks with large output, this caused a noticeable hang. Add `resize_async()` which moves the expensive reparse to a background thread using a snapshot-and-replay pattern: 1. Quick snapshot of raw output (brief read lock) 2. Expensive reparse on background thread (no locks held) 3. Quick swap with replay of any new output (brief write lock) A generation counter prevents stale resizes from overwriting newer ones. Also combine two separate O(n) scrollback processing calls in inline mode into a single pass.
5 days ago by AgentEnder
Succeeded
34385
65a28688 fix(core): avoid blocking event loop during TUI PTY resize When switching from inline mode to full-screen TUI (or during window resize), the PTY resize operation reparsed ALL raw terminal output through a new vt100 parser synchronously on the event loop. For tasks with large output, this caused a noticeable hang. Add `resize_async()` which moves the expensive reparse to a background thread using a snapshot-and-replay pattern: 1. Quick snapshot of raw output (brief read lock) 2. Expensive reparse on background thread (no locks held) 3. Quick swap with replay of any new output (brief write lock) A generation counter prevents stale resizes from overwriting newer ones. Also combine two separate O(n) scrollback processing calls in inline mode into a single pass.
6 days ago by AgentEnder
Succeeded
34385
6fc62fe7 fix(core): avoid blocking event loop during TUI PTY resize When switching from inline mode to full-screen TUI (or during window resize), the PTY resize operation reparsed ALL raw terminal output through a new vt100 parser synchronously on the event loop. For tasks with large output, this caused a noticeable hang. Add `resize_async()` which moves the expensive reparse to a background thread using a snapshot-and-replay pattern: 1. Quick snapshot of raw output (brief read lock) 2. Expensive reparse on background thread (no locks held) 3. Quick swap with replay of any new output (brief write lock) A generation counter prevents stale resizes from overwriting newer ones. Also combine two separate O(n) scrollback processing calls in inline mode into a single pass.
6 days ago by AgentEnder
Succeeded
34385
8b9d2281 fix(core): avoid blocking event loop during TUI PTY resize When switching from inline mode to full-screen TUI (or during window resize), the PTY resize operation reparsed ALL raw terminal output through a new vt100 parser synchronously on the event loop. For tasks with large output, this caused a noticeable hang. Add `resize_async()` which moves the expensive reparse to a background thread using a snapshot-and-replay pattern: 1. Quick snapshot of raw output (brief read lock) 2. Expensive reparse on background thread (no locks held) 3. Quick swap with replay of any new output (brief write lock) A generation counter prevents stale resizes from overwriting newer ones. Also combine two separate O(n) scrollback processing calls in inline mode into a single pass.
6 days ago by AgentEnder