mirror of
https://github.com/openclaw/openclaw.git
synced 2026-07-09 23:53:52 +00:00
91d4e8ed8e
The shared chat session sheet (iOS chat + macOS webchat) gains server-backed search (sessions.list search param, 250ms debounce, cancellation-safe local fallback when offline), an Active/Archived scope, swipe/context actions for pin/rename/archive with optimistic updates and rollback, pin indicators, and restore-on-open for archived rows. Archiving the open session switches back to the main session so the composer never points at a send-rejecting session. OpenClawChatTransport consolidates the two list requirements into canonical listSessions(limit:search:archived:) with forwarding sugars (unreleased internal API; all in-repo conformers updated: iOS gateway transport, demo and fixture transports, previews, macOS webchat, test fakes). macOS webchat also implements patchSession, giving the sheet's controls a live transport there. OpenClawChatSessionEntry becomes var-based and gains pinnedAt/archivedAt; the two full-init rebuild blocks in ChatViewModel collapse to copy-mutation (the pattern that silently dropped newly added fields), preserving main's model-identity/thinking-metadata semantics. A shared session list organizer mirrors gateway ordering (pinnedAt desc, updatedAt desc, key) for cached and offline lists, and pinned sessions survive the 24h recency cutoff in the session picker. Refs #100712
87 lines
3.6 KiB
Swift
87 lines
3.6 KiB
Swift
import Foundation
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// Offline transcript cache integration. The cache only pre-paints cold opens
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// and covers offline browsing; live gateway responses are always the source
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// of truth and replace cached rows wholesale.
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extension OpenClawChatViewModel {
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struct SessionSnapshot {
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var key: String
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var generation: UInt64
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var agentID: String?
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var deliveryAgentID: String?
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var sessionRoutingContract: String?
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}
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func replaceMessages(_ messages: [OpenClawChatMessage]) {
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guard self.messages != messages else { return }
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self.messages = messages
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markTimelineChanged()
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}
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func persistTranscriptToCache(
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sessionKey: String,
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agentID: String?,
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messages: [OpenClawChatMessage],
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canonicalMessageIdempotencyKeys: Set<String>)
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{
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guard let transcriptCache else { return }
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// Chain writes so an older snapshot can never land after a newer one;
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// detached tasks alone give no ordering guarantee across awaits.
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let previous = pendingCacheWriteTask
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pendingCacheWriteTask = Task.detached {
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await previous?.value
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await transcriptCache.storeCanonicalTranscript(
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sessionKey: sessionKey,
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agentID: Self.transcriptCacheAgentID(sessionKey: sessionKey, agentID: agentID),
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messages: messages,
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canonicalMessageIdempotencyKeys: canonicalMessageIdempotencyKeys)
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}
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}
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func persistSessionsToCache(_ sessions: [OpenClawChatSessionEntry]) {
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guard let transcriptCache else { return }
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let previous = pendingCacheWriteTask
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pendingCacheWriteTask = Task.detached {
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await previous?.value
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await transcriptCache.storeSessions(sessions)
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}
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}
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/// Cache-first cold open: pre-paint the cached transcript/session list
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/// while the live requests are in flight (or failing while offline).
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/// Live history replaces the painted rows wholesale via the normal
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/// applyHistoryPayload reconciliation path.
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func paintFromCacheIfNeeded(session: SessionSnapshot) {
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guard let transcriptCache else { return }
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if sessions.isEmpty, !hasAppliedLiveSessions {
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Task { [weak self] in
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let cached = await transcriptCache.loadSessions()
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guard let self, !cached.isEmpty else { return }
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// A live sessions response (even an empty one) is authoritative;
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// a slow cache read must never repaint over it.
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guard self.sessions.isEmpty, !self.hasAppliedLiveSessions else { return }
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self.sessions = OpenClawChatSessionListOrganizer.organize(cached)
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}
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}
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guard messages.isEmpty, !hasAppliedLiveHistory else { return }
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Task { [weak self] in
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let cached = await transcriptCache.loadTranscript(
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sessionKey: session.key,
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agentID: Self.transcriptCacheAgentID(sessionKey: session.key, agentID: session.agentID))
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guard let self, !cached.isEmpty else { return }
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guard self.isCurrentSession(session), !self.hasAppliedLiveHistory, self.messages.isEmpty else {
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return
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}
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self.replaceMessages(cached)
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self.isShowingCachedTranscript = true
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}
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}
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static func transcriptCacheAgentID(sessionKey: String, agentID: String?) -> String? {
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guard Self.agentID(fromSessionKey: sessionKey) == nil else { return nil }
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let normalized = agentID?.trimmingCharacters(in: .whitespacesAndNewlines).lowercased()
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return normalized?.isEmpty == false ? normalized : nil
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}
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}
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