local-first ios domain inspection toolkit. dns, tls, rdap, audit. http://git.krz.sh/krz/domain-dig.git/atom?h=main 2026-07-23T04:23:11+00:00 2026-07-23T04:23:11+00:00 Christian Cleberg hello@cleberg.net 2026-07-23T02:43:42+00:00 urn:sha1:872583eca8b4e7ae6ef85917604d4a5257b9d125 All three product targets (app, widget, share extension) now build under SWIFT_VERSION = 6.0 with zero errors and zero warnings. The UITests target stays on 5.0: XCTestCase's nonisolated setUp/init overrides conflict with the target's MainActor default isolation under 6, and test tooling is not shipping code. The original seven diagnostics, plus the layers Swift 6 mode surfaced once those cleared: - SMTPChannel is an actor. It was implicitly MainActor while running its receive loop on a background queue, so parsedLines/lineWaiters/ receiveBuffer were declared main-actor-protected and mutated off it — concurrent mutation while resuming a CheckedContinuation can double-resume, which traps. The actor serialises all state; Network callbacks hop in via Task. The start() continuation also gains an OSAllocatedUnfairLock resume-once guard: the state handler can fire .ready and later .failed, and resuming twice was a pre-existing trap of the same family. - CachedLookupResult is nonisolated (a value pair built inside actor LookupRuntime cannot have a MainActor-bound memberwise init) with conditional Sendable — opting out of MainActor isolation also opted out of the implicit Sendable that globally-isolated types get. - PortScanService.printableBanner is nonisolated: a pure transformation called from the connection's queue. - SweepActivityController stores the activity's Sendable id instead of the non-Sendable Activity, re-resolving via Activity.activities inside each fire-and-forget task, so nothing non-Sendable crosses isolation. - App Intents' static title/description/openAppWhenRun become lets (get-only protocol requirements; static var is shared mutable global state), and the summary helpers are @MainActor to match the model properties they read and the perform() implementations that call them. - ExternalDataService's ISO8601DateFormatter is nonisolated(unsafe), citing Apple's documented thread-safety, rather than risking a parser behaviour change by switching APIs with no test coverage. - TaskMetricsDelegate.metrics is nonisolated(unsafe): written on the session's delegate queue, read only after the request completes, and URLSession guarantees didFinishCollecting precedes task completion. - The share extension extracts the host via async/withCheckedContinuation instead of sending a non-Sendable completion into loadItem's @Sendable handler; Task inherits the view controller's MainActor so the manual DispatchQueue.main hop goes too. Validated: clean Swift 6 build of all product targets, and the full enforced 11-test audit suite green on the floor runtime — Swift 6's runtime isolation checks ran the app through every screen without a trap. 2026-07-17T15:57:30+00:00 Christian Cleberg hello@cleberg.net 2026-07-17T15:39:17+00:00 urn:sha1:6e273c2676ce29cef057d117e4427e031886e743 - New DomainReputationResult model (status: clean/listed/unknown, listed sources, checked-at) and a `reputation(domain:)` method on ExternalDataService, mirroring the existing pluggable-URL enrichment pattern (ownership history, DNS history, extended subdomains, pricing). With no endpoint configured (the default; DomainDig ships no bundled third-party reputation dependency) it resolves to unavailable rather than "clean". - New .reputation FeatureCapability/DataCapability, gated Pro+ like domainPricing. - Threaded reputation/reputationError through LookupSnapshot and HistoryEntry (backward-compatible decode) so results persist with history entries. - Auto-fetched in performLookup alongside pricing; surfaced as a "Reputation" info row, folded into DomainInsightEngine's risk score/factors and top-level insights (a listed domain raises risk score and adds a factor/insight), and exported in text, CSV, and JSON report output. - Reputation-driven risk changes ride the existing change-severity pipeline, so a listed status flip is visible to monitoring the same way any other risk delta is, without bespoke monitoring wiring. 2026-04-26T05:39:28+00:00 Christian Cleberg hello@cleberg.net 2026-04-26T05:39:28+00:00 urn:sha1:237a72a03102319638c5b0572ca3ab543238b821 and inferred enrichment. - add derived intelligence fields for provider fingerprinting, classification, ownership transitions, hosting transitions, subdomain history, risk signals, and inferred timeline events - expand DNS history beyond A/NS snapshots to retain A, AAAA, MX, NS, TXT, and CNAME change state - persist enriched intelligence in snapshots and history entries so analysis is local-first and incremental - add a dedicated Data+ Intelligence panel to current and historical domain detail views - surface intelligence events in timeline rows and include Data+ changes in diff output - preserve non-blocking inspection behavior by keeping enrichment additive to the main lookup path This makes Pro+ materially deeper for investigative workflows by improving historical ownership visibility, infrastructure context, hosting change detection, subdomain intelligence, and explainable risk signals. 2026-04-22T18:47:37+00:00 Christian Cleberg hello@cleberg.net 2026-04-22T18:47:37+00:00 urn:sha1:6c23daaaba2a954220ece2afa7193dbdcad55c22 - introduce Data+ tier for advanced data features - add ownership history and DNS history - expand subdomain discovery with external sources - add domain pricing insights - implement local usage/credit system - integrate external data service layer with rate limiting - extend export and CLI for Data+ features