- Replace inline completion logic with `checkShellCompletionStatus` and `ensureCompletionCacheExists`
- Auto-upgrade old slow dynamic patterns silently during update
- Auto-regenerate cache if profile exists but cache is missing
- Prompt to install if no completion is configured
- Export `resolveCompletionCachePath` and `completionCacheExists` for external use
- Update `installCompletion` to require cache existence (never use slow dynamic pattern)
- Add `usesSlowDynamicCompletion` to detect old `source <(...)` patterns
- Add `getShellProfilePath` helper for consistent profile path resolution
- Update `formatCompletionSourceLine` to always use cached file
- Add forceReload option to ensureLoaded to avoid stat I/O in normal
paths while still detecting cross-service writes in the timer path
- Post isolated job summary back to main session (restores the old
isolation.postToMainPrefix behavior via delivery model)
- Update legacy migration tests to check delivery.channel instead of
payload.channel (normalization now moves delivery fields to top-level)
- Remove legacy deliver/channel/to/bestEffortDeliver from payload schema
- Update protocol conformance test for delivery modes
- Regenerate GatewayModels.swift (isolation -> delivery)
- Enhanced the delivery configuration logic in CronJobEditor to explicitly set the bestEffort property based on job settings.
- Refactored the CLI command to streamline delivery object creation, ensuring proper handling of optional fields like channel and to.
- Improved code readability and maintainability by restructuring delivery assignment logic.
This update clarifies the delivery configuration process, enhancing the reliability of job settings in both the editor and CLI.
- Updated isolated cron jobs to support new delivery modes: `announce` and `none`, improving output management.
- Refactored job configuration to remove legacy fields and streamline delivery settings.
- Enhanced the `CronJobEditor` UI to reflect changes in delivery options, including a new segmented control for delivery mode selection.
- Updated documentation to clarify the new delivery configurations and their implications for job execution.
- Improved tests to validate the new delivery behavior and ensure backward compatibility with legacy settings.
This update provides users with greater flexibility in managing how isolated jobs deliver their outputs, enhancing overall usability and clarity in job configurations.
- Default one-shot jobs to delete after success, improving job management.
- Introduced `--keep-after-run` CLI option to allow users to retain one-shot jobs post-execution.
- Updated documentation to clarify default behaviors and new options for one-shot jobs.
- Adjusted cron job creation logic to ensure consistent handling of delete options.
- Enhanced tests to validate new behaviors and ensure reliability.
This update streamlines the handling of one-shot jobs, providing users with more control over job persistence and execution outcomes.
- Updated isolated cron jobs to default to `announce` delivery mode, improving user experience.
- Enhanced scheduling options to accept ISO 8601 timestamps for `schedule.at`, while still supporting epoch milliseconds.
- Refined documentation to clarify delivery modes and scheduling formats.
- Adjusted related CLI commands and UI components to reflect these changes, ensuring consistency across the platform.
- Improved handling of legacy delivery fields for backward compatibility.
This update streamlines the configuration of isolated jobs, making it easier for users to manage job outputs and schedules.
- Added support for new delivery modes in cron jobs: `announce`, `deliver`, and `none`.
- Updated documentation to reflect changes in delivery options and usage examples.
- Enhanced the cron job schema to include delivery configuration.
- Refactored related CLI commands and UI components to accommodate the new delivery settings.
- Improved handling of legacy delivery fields for backward compatibility.
This update allows users to choose how output from isolated jobs is delivered, enhancing flexibility in job management.
Fixes#7667
Task 1: Fix cron operation timeouts
- Increase default gateway tool timeout from 10s to 30s
- Increase cron-specific tool timeout to 60s
- Increase CLI default timeout from 10s to 30s
- Prevents timeouts when gateway is busy with long-running jobs
Task 2: Add timestamp validation
- New validateScheduleTimestamp() function in validate-timestamp.ts
- Rejects atMs timestamps more than 1 minute in the past
- Rejects atMs timestamps more than 10 years in the future
- Applied to both cron.add and cron.update operations
- Provides helpful error messages with current time and offset
Task 3: Enable file sync for manual edits
- Track file modification time (storeFileMtimeMs) in CronServiceState
- Check file mtime in ensureLoaded() and reload if changed
- Recompute next runs after reload to maintain accuracy
- Update mtime after persist() to prevent reload loop
- Dashboard now picks up manual edits to ~/.openclaw/cron/jobs.json
The previous migration to tsdown was reverted because it caused a ~20x slowdown when running OpenClaw from the repo. @hyf0 investigated and found that simply renaming the `dist` folder also caused the same slowdown. It turns out the Plugin script loader has a bunch of voodoo vibe logic to determine if it should load files from source and compile them, or if it should load them from dist. When building with tsdown, the filesystem layout is different (bundled), and so some files weren't in the right location, and the Plugin script loader decided to compile source files from scratch using Jiti.
The new implementation uses tsdown to embed `NODE_ENV: 'production'`, which we now use to determine if we are running OpenClaw from a "production environmen" (ie. from dist). This removes the slop in favor of a deterministic toggle, and doesn't rely on directory names or similar.
There is some code reaching into `dist` to load specific modules, primarily in the voice-call extension, which I simplified into loading an "officially" exported `extensionAPI.js` file. With tsdown, entry points need to be explicitly configured, so we should be able to avoid sloppy code reaching into internals from now on. This might break some existing users, but if it does, it's because they were using "private" APIs.
