* refactor: update cron job wake mode and run mode handling
- Changed default wake mode from 'next-heartbeat' to 'now' in CronJobEditor and related CLI commands.
- Updated cron-tool tests to reflect changes in run mode, introducing 'due' and 'force' options.
- Enhanced cron-tool logic to handle new run modes and ensure compatibility with existing job structures.
- Added new tests for delivery plan consistency and job execution behavior under various conditions.
- Improved normalization functions to handle wake mode and session target casing.
This refactor aims to streamline cron job configurations and enhance the overall user experience with clearer defaults and improved functionality.
* test: enhance cron job functionality and UI
- Added tests to ensure the isolated agent correctly announces the final payload text when delivering messages via Telegram.
- Implemented a new function to pick the last deliverable payload from a list of delivery payloads.
- Enhanced the cron service to maintain legacy "every" jobs while minute cron jobs recompute schedules.
- Updated the cron store migration tests to verify the addition of anchorMs to legacy every schedules.
- Improved the UI for displaying cron job details, including job state and delivery information, with new styles and layout adjustments.
These changes aim to improve the reliability and user experience of the cron job system.
* test: enhance sessions thinking level handling
- Added tests to verify that the correct thinking levels are applied during session spawning.
- Updated the sessions-spawn-tool to include a new parameter for overriding thinking levels.
- Enhanced the UI to support additional thinking levels, including "xhigh" and "full", and improved the handling of current options in dropdowns.
These changes aim to improve the flexibility and accuracy of thinking level configurations in session management.
* feat: enhance session management and cron job functionality
- Introduced passthrough arguments in the test-parallel script to allow for flexible command-line options.
- Updated session handling to hide cron run alias session keys from the sessions list, improving clarity.
- Enhanced the cron service to accurately record job start times and durations, ensuring better tracking of job execution.
- Added tests to verify the correct behavior of the cron service under various conditions, including zero-delay timers.
These changes aim to improve the usability and reliability of session and cron job management.
* feat: implement job running state checks in cron service
- Added functionality to prevent manual job runs if a job is already in progress, enhancing job management.
- Updated the `isJobDue` function to include checks for running jobs, ensuring accurate scheduling.
- Enhanced the `run` function to return a specific reason when a job is already running.
- Introduced a new test case to verify the behavior of forced manual runs during active job execution.
These changes aim to improve the reliability and clarity of cron job execution and management.
* feat: add session ID and key to CronRunLogEntry model
- Introduced `sessionid` and `sessionkey` properties to the `CronRunLogEntry` struct for enhanced tracking of session-related information.
- Updated the initializer and Codable conformance to accommodate the new properties, ensuring proper serialization and deserialization.
These changes aim to improve the granularity of logging and session management within the cron job system.
* fix: improve session display name resolution
- Updated the `resolveSessionDisplayName` function to ensure that both label and displayName are trimmed and default to an empty string if not present.
- Enhanced the logic to prevent returning the key if it matches the label or displayName, improving clarity in session naming.
These changes aim to enhance the accuracy and usability of session display names in the UI.
* perf: skip cron store persist when idle timer tick produces no changes
recomputeNextRuns now returns a boolean indicating whether any job
state was mutated. The idle path in onTimer only persists when the
return value is true, eliminating unnecessary file writes every 60s
for far-future or idle schedules.
* fix: prep for merge - explicit delivery mode migration, docs + changelog (#10776) (thanks @tyler6204)
- 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)
When the user sends a message while reading older messages, scroll to
bottom so they can see their sent message and the response.
Fixes#2470
Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com>
Use the timeout provided on node invoke requests to ensure node
clients always respond with a result.
This prevents gateway-side node.invoke calls from hanging until the
gateway timeout when a node command stalls.
Tests:
- swift test --filter GatewayNodeSessionTests
The macOS app was crashing in two scenarios:
1. Bundle.module crash (fixes#213): When the first tool event arrived,
ToolDisplayRegistry tried to load config via ClawdbotKitResources.bundle,
which used Bundle.module directly. In packaged apps, Bundle.module
couldn't find the resource bundle at the expected path, causing a
fatal assertion failure after ~40-80 minutes of runtime.
2. dyld crash (fixes#417): Swift 6.2 requires libswiftCompatibilitySpan.dylib
but SwiftPM doesn't bundle it automatically, causing immediate crash on
launch with "Library not loaded" error.
Changes:
- ClawdbotKitResources.swift: Replace direct Bundle.module access with a
safe locator that checks multiple paths and falls back gracefully
- package-mac-app.sh: Copy ClawdbotKit_ClawdbotKit.bundle to Resources
- package-mac-app.sh: Copy libswiftCompatibilitySpan.dylib from Xcode
toolchain to Frameworks
Tested on macOS 26.2 with Swift 6.2 - app launches and runs without crashes.
Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com>
Two issues were causing the input field to retain text after sending:
1. ChatComposer's NSViewRepresentable was skipping all updates while the
text view was first responder. Now it allows clearing (empty binding)
even during editing, only skipping other updates to avoid cursor jumps.
2. ChatViewModel cleared input after awaiting the network response, leaving
text visible during the round trip. Now clears immediately after capturing
the message content, before the async send.
Together these prevent users from accidentally re-sending messages when
the input appeared unchanged after pressing Enter.
Karim Naguib
Mariano Belinky
Advait Paliwal
Tyler Yust
Tak Hoffman
Tyler Yust
Gustavo Madeira Santana
Mariano Belinky
cpojer
Peter Steinberger
Shadow
Alex Fallah
Kenny Lee
Nimrod Gutman
Vignesh Natarajan
Ryan Lisse
gupsammy
Marcus Neves
Petter Blomberg
Marc Beaupre