Persist successful watched-file uploads in a dedicated fsync-backed ledger before exposing completion to the renderer. Match entries by normalized full path, hoster, size, and modification time so restart reconciliation skips unchanged completed files while changed files and explicit manual retries remain available.
Remove restored queue ghosts from the ledger even when history and user upload logging are unavailable. Preserve per-hoster partial completion, capture missing file metadata asynchronously, fail closed on corrupted or unwritable evidence, and keep local persistence failures outside automatic upload retries.
Stream managed upload logs with bounded lines, bytes, files, directories, and result counts. Include numbered rotations, reject unconfirmed rows, share concurrent scans through a generation-safe cache, invalidate after successful appends, avoid synchronous configuration and directory reads, and close streams on every path.
Move atomic configuration writes off the Electron main event loop and preserve concurrent queue and folder monitor state.
Make finish-and-pause interrupt queued admission waits without aborting active uploads, then resume only persistently marked automation jobs across active, idle, restart, and finalization races.
Reuse bounded automation evidence snapshots, refresh them during long drains, and cover high-load persistence, pause, resume, and hidden Electron behavior with regression tests.
Restore the v2.1.19 application baseline and retain only the focused import preflight summary with duplicate, unavailable, destination, job, and size-limit visibility.
Add local weekly upload windows with overnight support, live settings updates, and a shared abortable upload gate.
Keep active transfers running while queued jobs wait outside the window without consuming attempts or parallel slots. Validate and localize the automation settings in German and English, including next-start status and hidden Electron coverage.
Add include and exclude filename conditions across every new import path, show accepted and excluded counts before destination selection, and keep restored queues unchanged.
Refine the settings layout and reorder upload telemetry for faster status reading.
The strict ConfigStore readers previously propagated native filesystem and JSON parser errors. On Node 24, malformed JSON can be quoted in the parser message, so an opaque value from a corrupt history file could cross the collector and diagnostics-agent boundary unchanged when it was not one of the configured secrets.
Map strict config and history read, parse, and shape failures to a closed set of constant content-free errors. Keep separate invalid, read-failed, and history-not-found codes so the pre-migration history fallback remains limited to a genuinely absent dedicated file. Do not retain native errors or raw input as causes, while leaving credential decryption failures and the recovery-oriented UI readers unchanged.
Add boundary coverage for corrupt config JSON, invalid shapes, and read failures, plus an end-to-end ConfigStore-to-collectors-to-agent regression proving get_history, list_errors, and server_health never return a planted opaque history value.
Diagnostics previously reused the recovery-oriented ConfigStore readers. A missing, unreadable, or corrupt primary config could therefore be replaced by cached, backup, or default data, leaving diagnostics without a trustworthy decrypted secret set. Dedicated history failures and invalid payloads could likewise become a healthy empty result or stale config history.
Add explicit diagnostic config and history reader contracts. The config path bypasses caches and recovery fallbacks, validates the primary document, decrypts its current credentials, and propagates read, parse, validation, and decryption failures. The history path accepts a valid empty array, rejects unreadable or malformed dedicated data, and uses strict legacy config history only when no dedicated file exists. Keep the normal UI recovery readers unchanged and wire diagnostics to the strict contracts.
Cover primary recovery isolation, decryption failure propagation, valid empty history, corrupt and unreadable history, stale-history fallback prevention, pre-migration compatibility, and main-process wiring. Existing collector tests continue to prove successful responses, response-boundary redaction, shared history semantics, and snapshot non-mutation.
Credential writes now require Electron safeStorage encryption. Legacy plaintext values remain readable for migration and are encrypted during the next successful save. The UI override and status IPC are removed.
Verify update artifacts with exact metadata and SHA-512, require host-confirmed upload completion before cleanup, harden credentials and backups, improve queue recovery and skipped-state reporting, expand Windows path coverage, and add CI packaging checks.
Add live English and German interface switching, animated navigation and history controls, improved update changelogs, remembered upload folders, reliable repeated hot reloads, and refreshed public documentation.
Redesign the desktop workspace with task sidebars, live filters, clearer settings, and an accessible update dialog.
Harden encrypted backup imports, configuration persistence, history retention, queue snapshots, shutdown recovery, and update installation ordering.
Publish verified Windows artifacts and refreshed English documentation.
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