Scope selected item runs and stop mutations precisely, attach hybrid work to the active run, retain password progress, and report finalization with real percentages.
Drain stale post-processing before manual extraction, allow package and child extraction with open siblings, retry nonterminal hybrid archive attempts, and replace misleading aggregate retry counts with actionable conversion status.
Resolve child archive selections to complete multipart sets, support bulk package extraction, refresh extraction passwords at execution time, and keep archive failures scoped by their full paths.
Restore sortable download columns, preserve verified availability, classify package retry and extraction states, secure link copying through the preload bridge, and release cancelled provider work without stale cooldowns.
Detect stale or foreign files in package-specific extraction directories before starting fresh work while excluding current and atomic ownership markers.
Keep recursive directory inspection confined to the start-conflict boundary and let archive cleanup prune empty package directories directly.
Register German-audio, auto-rename, collection, hybrid, and legacy fixtures through real complete PackageOutputScope records with current method signatures.
Verify plain stops only persist after active work drains, while update-restart parking keeps both its immediate checkpoint and final queued state.
Use validated explicit archive paths without recursively discovering a shared package root. Route selective post-processing stops through the coordinator run owner so another generation of the same package remains active, while preserving unfiltered package cancellation behavior.
Ignore late JVM output events after abort or timeout until the real child close reconciles opened files. Restrict deferred archive cleanup to package-owned item paths so shared download roots retain foreign archives while package-local empty directory cleanup still works. Update deferred ownership and output-scope fixtures to the coordinator contract.
Route full, hybrid, top-level nested, and deferred nested archive work through the single global coordinator and remove the package-level extraction slot layer. Build each operation reservation from deduplicated multipart members, retain it through real child close and package output-scope finalization, and preserve package/run cancellation ownership while clearing queued waiters. Delay native and JVM abort/timeout completion until child close, retain daemon requests until exit, drain extraction before session persistence, and stop the daemon last. Add focused integration, process lifecycle, lease, and shutdown ordering regression coverage.
Plan and validate every internal ZIP, Zip4j, and SevenZipJBinding entry and final conflict target before any archive output mutates the filesystem. Preserve raw RAR list entry whitespace for strict validation and keep any non-matching package owner marker immutable while direct scoped outputs continue without marker reissuance.
Reject alternate data streams, reserved Win32 device names, and trailing-dot or trailing-space aliases before internal ZIP, JVM, or native extraction writes. Preflight native archive entry lists, reconcile opened JVM outputs to partial or removed state on abnormal results, and replace hardlink-based owner markers with portable exclusive reservation plus atomic replacement while allowing direct scoped extraction to continue when marker persistence is unavailable.
Reject symlink and reparse boundaries before internal ZIP or JVM outputs are opened, track opened, committed, partial, removed output lifecycle events, and convert output callback failures into controlled extractor failures without poisoning the JVM daemon. Gate legacy recovery behind an atomically created package-generation owner marker and keep unmarked reused or shared directories fail closed. Parse native RAR output from strictly verified locale-independent candidates while retaining ambiguous rename rejection.
Remove .rd-output staging and merge handling, parse validated native extractor output, and drive nested extraction, rename, audio, cleanup, residual handling, and library collection from package-owned output records. Preserve provenance migration, package pruning, and run-owned waiter isolation while allowing one bounded legacy adoption scan only for provably exclusive package roots.
Version package-owned output counts so unversioned global legacy values cannot remain authoritative after session load.
Capture extracted outputs through same-volume package staging, preserve overwrite, skip, and rename conflicts, retain partial abort output deterministically, and eliminate per-package full scans of shared roots while keeping extraction work parallel.
Carry normalized archive path provenance, prune explicitly deleted package generations without dropping package_done run evidence, and transfer run-owned post-process slots without releasing foreign waiters or exceeding maxParallelExtract.
Protect each shared extraction target with a path-scoped asynchronous handoff so concurrent packages cannot claim each other's files between provenance snapshots. Independent extract directories remain parallel, and the handoff is released on both success and failure.
Add a concurrent two-package regression proving delayed entry and one attributed output per package.
Derive archive operation identity from item-path provenance so equal basenames in different directories remain distinct, and keep unknown part counts at zero when no item provenance exists.
Prune finalized results only after their generation is no longer current or referenced, and add 80-package digest and individual delivery coverage to prove deterministic paging without event loss.
Snapshot non-archive outputs around each main, hybrid, and nested extraction and attribute only files created or changed by that package. Persist deduplicated hashed provenance keys so shared extract directories and restarts cannot count unrelated package outputs.
Cover startup extraction in a shared target containing an existing foreign file and validate persisted provenance normalization.
Route full, package, and item starts through a shared typed start request lifecycle. Preserve targeted scopes while a stop drains, publish pending-start state consistently, and dispatch the accepted request only after the old work has settled.
Add package and item regression coverage and update the notification lifecycle assertion to the pending/drain contract.
Share one pure provider selection plan between real unrestrict routing and cooldown projection, including direct 1Fichier and DDownload paths, disabled Mega aliases, and the secondary-provider exception used when Real-Debrid is cooling down. Attach terminal observers to raw serialized web jobs before evaluating already-aborted signals so late rejections stay handled while the queue remains available. Add RED-to-GREEN regressions for each provider-selection counterexample and pre-aborted Real-Debrid, AllDebrid, and BestDebrid jobs.
Advance each serialized web-provider queue when an aborted caller is released while retaining terminal observation of the underlying request. Preserve an accepted pending start across repeated stop requests and dispatch it exactly once after drain. Derive provider retry deadlines from eligible queued items, configured fallback chains, enabled accounts and keys, and matching provider or hoster cooldowns. Add RED-to-GREEN coverage for queue progress, repeated stop behavior, disabled accounts, alternative providers, unrelated hosters, and post-processing-only state.
Release aborted Real-Debrid, AllDebrid, and BestDebrid web callers even when underlying requests ignore cancellation while retaining terminal rejection observers. Publish provider cooldown deadlines and emit a fresh idle snapshot at the earliest expiry. Abort and visibly drain post-processing before dispatching one pending restart. Surface lifecycle phase, reason, retry countdown, and remaining work in the download controls. Add focused regressions for provider abort races, cooldown expiry, post-processing drain, pending start visibility, and the updated rapid stop contract.
Publish an explicit lifecycle snapshot with active download and post-processing counts. Guard asynchronous start recovery with a dedicated generation so a stop cannot revive an invalidated run. Keep starts requested during stopping pending until old work drains, then dispatch the accepted request once. Protect active task ownership and post-processing drain cleanup from stale finalizers. Cover recovery invalidation, pending restart dispatch, and late task cleanup with focused regression tests.
Inspect public ddownload.com and ddl.to links before download startup to resolve canonical filenames, exact sizes and availability without consuming a debrid account. Keep removed files offline, protected pages retryable, restored queues recheckable and previously resolved names safe from later download.bin responses. Reuse the metadata path in the link collector, queue import and direct DDownload login flow.
Batch 1Fichier link checks before downloads start, populate original filenames, exact sizes, and availability, preserve resolved names across generic debrid responses, and normalize all supported mirror domains under one hoster identity. Pace batches to the hoster's documented safe interval and cover offline, private, delayed, malformed, alias, and 100-link boundary cases.
Use one 750 ms interval for running download snapshots, progress updates, the bandwidth chart, and the header speed sparkline across every queue size. Remove the extra active-download renderer delay and add timing regressions for small, medium, and large queues.
Keep concrete account pools authoritative when fully disabled and clear stale transient cooldown state when an account is explicitly re-enabled, while preserving configured daily limits and usage.
Add sanitized provider and account runtime diagnostics, complete the Multi-Debrid-Downloader product rename, preserve existing application data during migration, update public release verification, and publish the accompanying English documentation and regression coverage.
Treat the selected priority as a disabled no-op so clicking it no longer closes the context menu. Reorder packages consistently across high, normal, and low priority groups while preserving stable order within each group. Add regression coverage for all priority transitions and the active menu state.
Keep package rows in their existing visible order across runtime state changes and remove obsolete automatic progress grouping.
Require an active usable provider before starting or resuming downloads, recover temporary disk-write blocks without consuming normal retries, and surface disk waits and extraction failures at package level.
Add focused regression coverage and prepare the v2.0.24 release metadata and changelog.
Normalize RapidGator aliases, stabilize active queue ordering, preserve user-controlled package expansion, and align compact queue status presentation.
Separate Mega-Debrid API and Web credential pools, migrate legacy credentials and disabled states safely, refresh live account availability without restart, honor disabled credential persistence, and invalidate Web sessions without allowing stale in-flight, retry, or queued logins to restore old cookies.
Expand regression coverage for account isolation, legacy migration, session races, live scheduler refresh, update notes, and responsive queue behavior.
Preserve package progress and history across immediate cleanup, make extraction resets wait for all post-processing tasks, and keep archive diagnostics out of compact status cells. Rework account creation and settings selectors, improve context-menu placement, remove accidental row dragging, and expand regression coverage for the corrected workflows.
Add live English and German localization, queue availability and metadata resolution, responsive package controls, polished navigation and drag interactions, clearer history and account states, and a rebuilt public README. Harden Windows packaging with verified icons and version metadata, archive inspection, and expanded release tests.
Add immutable client-encrypted settings snapshots with independent MDD2 capability keys so fresh installs can restore configuration without transferring backup files. Keep credentials encrypted end to end, preserve queues and history during import, and avoid exposing identifiers in request URLs or errors. Include the persistent API with quota, rate limits, crash-safe storage locking, durability checks, and end-to-end race and recovery coverage.
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