The act runner executes run: blocks with sh (dash), not bash.
'source' is a bash built-in; POSIX sh uses '.' instead.
Co-Authored-By: fix/arm64-source-sh <noreply@local>
$GITHUB_PATH is unset in this Gitea Actions environment, causing the
echo redirect to fail with a non-zero exit, which killed the Install
dependencies step before the Build step could run.
The append was unnecessary — the Build step already sources
$HOME/.cargo/env as its first line, which puts Cargo's bin dir in PATH.
Co-Authored-By: fix/yaml-heredoc-indent <noreply@local>
Documents the Ubuntu 22.04 + ports.ubuntu.com approach for arm64
cross-compilation and adds a Known Issues entry explaining the Debian
single-mirror multiarch root cause that was replaced.
Co-Authored-By: fix/yaml-heredoc-indent <noreply@local>
The Debian single-mirror multiarch approach causes irreconcilable
apt dependency conflicts when both amd64 and arm64 point at the same
repo: the binary-all index is duplicated and certain -dev package pairs
lack Multi-Arch: same. This produces "held broken packages" regardless
of sources.list tweaks.
Ubuntu 22.04 routes arm64 through ports.ubuntu.com/ubuntu-ports, a
separate mirror from archive.ubuntu.com (amd64). This eliminates all
cross-arch index overlaps. Rust is installed via rustup since it is not
pre-installed in the Ubuntu base image. libayatana-appindicator3-dev
is dropped — no tray icon is used by this application.
Co-Authored-By: fix/yaml-heredoc-indent <noreply@local>
YAML block scalars end when a line is found with less indentation than
the scalar's own indent level. The heredoc body was at column 0 while
the rest of the run: block was at column 10, causing Gitea's YAML parser
to reject the entire workflow file with:
yaml: line 412: could not find expected ':'
This silently invalidated auto-tag.yml on every push to master since the
apt-sources commit was merged, which is why PR#9 and PR#10 merges produced
no action runs.
Fix: replace the heredoc with a printf that stays within the block scalar's
indentation so the YAML remains valid.
Gitea 1.22 silently drops a push event for a workflow when a run for that
same workflow+branch is already in progress. This caused the PR#9 merge to
master to produce no auto-tag run.
- workflow_dispatch: allows manual triggering via API when an event is dropped
- concurrency group (cancel-in-progress: false): causes Gitea to queue a second
run rather than discard it when one is already active
rust:1.88-slim (Debian Bookworm) uses DEB822-format sources which have no arch
restriction. After dpkg --add-architecture arm64, apt tries to resolve deps for
both amd64 and arm64 simultaneously and hits 'held broken packages' conflicts on
shared -dev packages.
Fix: remove debian.sources and write a clean sources.list that pins amd64 repos
to [arch=amd64] and arm64 repos to [arch=arm64]. This gives apt a clear,
non-conflicting view of each architecture's package set.
build-linux-arm64: switch from QEMU-emulated linux-arm64 runner to cross-compile
on linux-amd64 using aarch64-linux-gnu toolchain. Removes the uname -m arch guard
that was causing the job to exit immediately (QEMU reports x86_64 as kernel arch),
and fixes the artifact path to the explicit target directory.
All build jobs: replace `cargo install tauri-cli --locked` with `npx tauri build`,
using the pre-compiled @tauri-apps/cli binary from devDependencies. Eliminates the
20-30 min Tauri CLI recompilation on every run.
wiki-sync: move from test.yml to auto-tag.yml. test.yml only fires on pull_request
events so the `if: github.ref == 'refs/heads/master'` guard was never true and the
wiki was never updated. auto-tag.yml triggers on push to master, so wiki sync now
runs on every merge.
Update releaseWorkflowCrossPlatformArtifacts.test.ts to match the new workflow.
analyze_logs() was reading the original log file from disk and sending its
full contents to external AI providers, completely bypassing the redaction
pipeline. The redacted flag in log_files and the .redacted file on disk were
written by apply_redactions() but never consulted on the read path.
Fix: query the redacted column alongside file_path. If the file has not been
redacted, return an error to the caller before any AI provider call is made.
When redacted, read from {path}.redacted instead of the original.
Adds redacted_path_for() helper and two unit tests covering the rejection
and happy-path cases.
Rust's `regex` crate does not support lookaround assertions. The hostname
pattern `(?=.{1,253}\b)` caused a panic on every `PiiDetector::new()` call,
failing all four PII detector tests in CI (rust-fmt-check, rust-clippy,
rust-tests). Removed the lookahead; the remaining pattern correctly matches
valid FQDNs without the RFC 1035 length pre-check.
Also reformatted analysis.rs:253 to satisfy `rustfmt` (line break after `=`).
All 127 Rust tests pass and `cargo fmt --check` and `cargo clippy -- -D
warnings` are clean.
Remove high-risk defaults and tighten data handling across auth, storage, IPC, provider calls, and capabilities so sensitive data is better protected by default. Also update README/wiki security guidance and add targeted tests for the new hardening behaviors.
Made-with: Cursor
Drop fragile job-condition gates that were blocking release jobs, and upload linux artifacts with arch-prefixed release asset names so amd64 and arm64 outputs can coexist even when bundle filenames are identical.
Made-with: Cursor
Drop fragile job-condition gates that were blocking release jobs, and upload linux artifacts with arch-prefixed release asset names so amd64 and arm64 outputs can coexist even when bundle filenames are identical.
Made-with: Cursor
Avoid cross-compiling GTK/glib on the arm release job by building natively on ARM64 hosts, add an explicit architecture guard, and restrict uploads to arm64/aarch64 artifact filenames so amd64 outputs cannot be published as arm releases.
Made-with: Cursor
Build linux arm64 bundles with --target aarch64-unknown-linux-gnu and upload from the target-specific bundle path so arm64 releases cannot accidentally publish amd64 artifacts.
Made-with: Cursor
Delete .gitea/workflows/release.yml and keep release orchestration in auto-tag.yml only, then update related workflow tests and docs to reference the unified pipeline.
Made-with: Cursor
Remove auto-tag job output dependencies and conditional gates so release build jobs always run after autotag completes, resolving skipped fan-out caused by output/if evaluation issues in Gitea Actions.
Made-with: Cursor
Rename the auto-tag job id to a non-hyphenated identifier and update needs/output references so dependent release jobs evaluate conditions correctly and reliably run after tagging.
Made-with: Cursor
Run linux/windows/macos/arm release build and upload jobs in the auto-tag workflow with needs:auto-tag outputs so release execution no longer depends on a second tag-triggered workflow dispatch path.
Made-with: Cursor
Switch auto-tag to create and push tags via git instead of the tag API so Gitea emits a real tag push event that reliably starts release builds. Document the trigger behavior and add a workflow regression test.
Made-with: Cursor
Make all release upload steps fail fast when expected artifacts are missing, replace existing same-name assets before uploading, and print HTTP/body details on upload failures so Linux/Windows publishing issues are diagnosable and reruns remain deterministic.
Made-with: Cursor
Override OpenSSL vendoring for the windows-gnu release build so cross-compiles no longer fail on pkg-config lookup, and fail fast when Linux release jobs produce no artifacts so incomplete releases are detected immediately.
Made-with: Cursor
Avoid duplicate Test workflow executions by removing push triggers and keeping pull_request validation as the single gate. Also fix remaining clippy format string violations in integration modules to keep rust-clippy passing.
Made-with: Cursor
Avoid rerunning the full test workflow on direct master pushes while keeping pull request validation intact. Update the CI/CD wiki page to reflect the new trigger behavior.
Made-with: Cursor
Find the generated .app bundle dynamically in release CI so macOS packaging no longer depends on the legacy TFTSR.app name. Add a unit test to prevent regressions by asserting the old hardcoded path is not reintroduced.
Made-with: Cursor
Rename custom API format handling from custom_rest to custom_rest with backward compatibility, add guided model selection with custom entry in provider settings, and rebrand app naming to Troubleshooting and RCA Assistant across UI, metadata, and docs.
Made-with: Cursor
Apply canonical rustfmt formatting in files touched by the clippy format-args cleanup so cargo fmt --check passes consistently in CI.
Made-with: Cursor
Inline format arguments across Rust modules to satisfy clippy -D warnings, and configure Cargo to prefer system OpenSSL so clippy builds do not fail on missing vendored Perl modules.
Made-with: Cursor
Replace format!("msg: {}", var) with format!("msg: {var}") across 8 files
to satisfy the uninlined_format_args lint (-D warnings) in CI run 178.
Co-Authored-By: Claude Sonnet 4.6 (1M context) <noreply@anthropic.com>
The ARM64 build was failing because explicitly specifying
--target aarch64-unknown-linux-gnu on an ARM64 runner was
triggering cross-compilation logic.
Changes:
- Remove rustup target add (not needed for native build)
- Remove --target flag from cargo tauri build
- Update artifact path: target/aarch64-unknown-linux-gnu/release/bundle
→ target/release/bundle
This allows the native ARM64 toolchain to build without
attempting cross-compilation and avoids the pkg-config
cross-compilation configuration requirement.
Co-Authored-By: Claude Sonnet 4.5 <noreply@anthropic.com>
## Integration Settings Persistence
- Add database commands to save/load integration configs (base_url, username, project_name, space_key)
- Frontend now loads configs from DB on mount and saves changes automatically
- Fixes issue where settings were lost on app restart
## Persistent Browser Window Architecture
- Integration browser windows now stay open for user browsing and authentication
- Extract fresh cookies before each API call to handle token rotation
- Track open windows in app state (integration_webviews HashMap)
- Windows titled as "{Service} Browser (TFTSR)" for clarity
- Support easy navigation between app and browser windows (Cmd+Tab/Alt+Tab)
- Gracefully handle closed windows with automatic cleanup
## Bug Fixes
- Fix Rust formatting issues across 8 files
- Fix clippy warnings:
- Use is_some_and() instead of map_or() in openai.rs
- Use .to_string() instead of format!() in integrations.rs
- Add missing OptionalExtension import for .optional() method
## Tests
- Add test_integration_config_serialization
- Add test_webview_tracking
- Add test_token_auth_request_serialization
- All 6 integration tests passing
## Files Modified
- src-tauri/src/state.rs: Add integration_webviews tracking
- src-tauri/src/lib.rs: Register 3 new commands, initialize webviews HashMap
- src-tauri/src/commands/integrations.rs: Config persistence, fresh cookie extraction (+151 lines)
- src-tauri/src/integrations/webview_auth.rs: Persistent window behavior
- src/lib/tauriCommands.ts: TypeScript wrappers for new commands
- src/pages/Settings/Integrations.tsx: Load/save configs from DB
Co-Authored-By: Claude Sonnet 4.5 <noreply@anthropic.com>
Implement working cookie extraction using Tauri's IPC event system:
**How it works:**
1. Opens embedded browser window for user to login
2. User completes authentication (including SSO)
3. User clicks "Complete Login" button in UI
4. JavaScript injected into webview extracts `document.cookie`
5. Parsed cookies emitted via Tauri event: `tftsr-cookies-extracted`
6. Rust listens for event and receives cookie data
7. Cookies encrypted and stored in database
**Technical implementation:**
- Uses `window.__TAURI__.event.emit()` from injected JavaScript
- Rust listens via `app_handle.listen()` with Listener trait
- 10-second timeout with clear error messages
- Handles empty cookies and JavaScript errors gracefully
- Cross-platform compatible (no platform-specific APIs)
**Cookie limitations:**
- `document.cookie` only exposes non-HttpOnly cookies
- HttpOnly session cookies won't be captured via JavaScript
- For HttpOnly cookies, services must provide API tokens as fallback
Co-Authored-By: Claude Sonnet 4.5 <noreply@anthropic.com>
Implement three authentication methods for Confluence, ServiceNow, and Azure DevOps:
1. **OAuth2** - Traditional OAuth flow for enterprise SSO environments
2. **Embedded Browser** - Webview-based login that captures session cookies/tokens
- Solves VPN constraints: users authenticate off-VPN via web UI
- Extracted credentials work on-VPN for API calls
- Based on confluence-publisher agent pattern
3. **Manual Token** - Direct API token/PAT input as fallback
**Changes:**
- Add webview_auth.rs module for embedded browser authentication
- Implement authenticate_with_webview and extract_cookies_from_webview commands
- Implement save_manual_token command with validation
- Add AuthMethod enum to support all three modes
- Add RadioGroup UI component for mode selection
- Complete rewrite of Integrations settings page with mode-specific UI
- Add secondary button variant for UI consistency
**VPN-friendly design:**
Users can authenticate via webview when off-VPN (web UI accessible), then use extracted cookies for API calls when on-VPN (API requires VPN). Addresses enterprise SSO limitations where OAuth app registration is blocked.
Co-Authored-By: Claude Sonnet 4.5 <noreply@anthropic.com>
- Added max_tokens and temperature fields to ProviderConfig
- Custom REST providers now send modelConfig with temperature and max_tokens
- OpenAI-compatible providers now use configured max_tokens/temperature
- Both formats fall back to defaults if not specified
- Bumped version to 0.2.9
This allows users to configure response length and randomness for all
AI providers, including Custom REST providers which require modelConfig format.
- Updated wiki-sync job to use secrets.Wiki for authentication
- Simplified clone/push logic with token-based auth
- Wiki push will now succeed with proper credentials
- Bumped version to 0.2.8
The workflow now uses the 'Wiki' secret created in Gitea Actions
to authenticate wiki repository pushes. This fixes the authentication
issue that was preventing automatic wiki synchronization.
