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https://github.com/permissionlesstech/bitchat.git
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BLEService's per-packet-type orchestration moves into owned, tested components (BLEAnnounceHandler, BLEPublicMessageHandler, BLENoisePacketHandler, BLEFileTransferHandler, BLEFragmentHandler), each taking an environment struct of closures so every queue hop stays in BLEService and the handlers are synchronously testable. Behavior is preserved verbatim, including Noise session recovery on decrypt failure and single-block UI event ordering. handleLeave/handleRequestSync stay in place as already-thin delegations. BLEService drops to 3393 lines. Four coordinators (delivery, private conversation, Nostr, public conversation) drop their unowned/weak ChatViewModel back-references for narrow @MainActor context protocols, with ChatViewModel conformances as single shared witnesses for overlapping members. Their true coupling is now an explicit, reviewable surface, and each gains a mock-context test suite covering flows previously testable only through the full view model. Delivery/read acks now also clear the router's retained-send outbox via the delivery context. New LargeTopologyTests exercise production-shaped meshes with the in-memory harness: an 8-peer relay chain with per-hop TTL decay, a 14-peer cyclic mesh with exactly-once delivery, partition/heal, and topology churn. App-layer runtime/model files updated alongside. Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
116 lines
4.7 KiB
Swift
116 lines
4.7 KiB
Swift
import Foundation
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import BitFoundation
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import Testing
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@testable import bitchat
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@Suite("PublicTimelineStore Tests")
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struct PublicTimelineStoreTests {
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@Test("Mesh timeline deduplicates and trims to cap")
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func meshTimelineDeduplicatesAndTrims() {
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var store = PublicTimelineStore(meshCap: 2, geohashCap: 2)
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let first = TestHelpers.createTestMessage(content: "one")
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let second = TestHelpers.createTestMessage(content: "two")
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let third = TestHelpers.createTestMessage(content: "three")
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store.append(first, to: .mesh)
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store.append(second, to: .mesh)
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store.append(first, to: .mesh)
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store.append(third, to: .mesh)
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let messages = store.messages(for: .mesh)
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#expect(messages.map(\.content) == ["two", "three"])
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}
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@Test("Timeline indexes allow trimmed message IDs to return")
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func timelineIndexesAllowTrimmedMessageIDsToReturn() {
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var store = PublicTimelineStore(meshCap: 2, geohashCap: 2)
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let first = timelineMessage(id: "one", content: "one", timestamp: 1)
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let second = timelineMessage(id: "two", content: "two", timestamp: 2)
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let third = timelineMessage(id: "three", content: "three", timestamp: 3)
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store.append(first, to: .mesh)
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store.append(second, to: .mesh)
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store.append(third, to: .mesh)
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store.append(first, to: .mesh)
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#expect(store.messages(for: .mesh).map(\.content) == ["three", "one"])
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let geohash = "u4pruydq"
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let channel = ChannelID.location(GeohashChannel(level: .city, geohash: geohash))
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let geoFirst = timelineMessage(id: "geo-one", content: "geo one", timestamp: 1)
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let geoSecond = timelineMessage(id: "geo-two", content: "geo two", timestamp: 2)
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let geoThird = timelineMessage(id: "geo-three", content: "geo three", timestamp: 3)
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let didAppendGeoFirst = store.appendIfAbsent(geoFirst, toGeohash: geohash)
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let didAppendGeoSecond = store.appendIfAbsent(geoSecond, toGeohash: geohash)
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let didAppendGeoThird = store.appendIfAbsent(geoThird, toGeohash: geohash)
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let didReappendGeoFirst = store.appendIfAbsent(geoFirst, toGeohash: geohash)
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#expect(didAppendGeoFirst)
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#expect(didAppendGeoSecond)
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#expect(didAppendGeoThird)
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#expect(didReappendGeoFirst)
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#expect(store.messages(for: channel).map(\.content) == ["geo one", "geo three"])
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}
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@Test("Geohash appendIfAbsent remove and clear work together")
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func geohashStoreSupportsAppendRemoveAndClear() {
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var store = PublicTimelineStore(meshCap: 2, geohashCap: 3)
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let geohash = "u4pruydq"
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let channel = ChannelID.location(GeohashChannel(level: .city, geohash: geohash))
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let first = TestHelpers.createTestMessage(content: "geo one")
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let second = TestHelpers.createTestMessage(content: "geo two")
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let didAppendFirst = store.appendIfAbsent(first, toGeohash: geohash)
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let didAppendDuplicate = store.appendIfAbsent(first, toGeohash: geohash)
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#expect(didAppendFirst)
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#expect(!didAppendDuplicate)
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store.append(second, toGeohash: geohash)
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let removed = store.removeMessage(withID: first.id)
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#expect(removed?.id == first.id)
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#expect(store.messages(for: channel).map(\.content) == ["geo two"])
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store.clear(channel: channel)
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#expect(store.messages(for: channel).isEmpty)
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}
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@Test("Mutate geohash updates stored messages in place")
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func mutateGeohashAppliesTransformation() {
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var store = PublicTimelineStore(meshCap: 2, geohashCap: 3)
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let geohash = "u4pruydq"
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let channel = ChannelID.location(GeohashChannel(level: .city, geohash: geohash))
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let first = TestHelpers.createTestMessage(content: "geo one")
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store.append(first, toGeohash: geohash)
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store.mutateGeohash(geohash) { timeline in
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timeline.append(TestHelpers.createTestMessage(content: "geo two"))
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}
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#expect(store.messages(for: channel).map(\.content) == ["geo one", "geo two"])
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}
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@Test("Queued geohash system messages drain once")
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func pendingGeohashSystemMessagesDrainOnce() {
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var store = PublicTimelineStore(meshCap: 1, geohashCap: 1)
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store.queueGeohashSystemMessage("first")
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store.queueGeohashSystemMessage("second")
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#expect(store.drainPendingGeohashSystemMessages() == ["first", "second"])
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#expect(store.drainPendingGeohashSystemMessages().isEmpty)
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}
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private func timelineMessage(id: String, content: String, timestamp: TimeInterval) -> BitchatMessage {
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BitchatMessage(
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id: id,
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sender: "alice",
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content: content,
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timestamp: Date(timeIntervalSince1970: timestamp),
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isRelay: false
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)
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}
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}
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