Scarriffle
dccf8671b2
git-subtree-dir: CalendarrKit git-subtree-mainline:8bc32faa7fgit-subtree-split:9ea1a8705d
77 lines
3.4 KiB
Swift
77 lines
3.4 KiB
Swift
import Foundation
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import Testing
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@testable import CalendarrCore
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struct WatchPushPolicyTests {
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private static let now = Date(timeIntervalSince1970: 1_789_000_000)
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private static func event(_ id: String, startOffset: TimeInterval,
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duration: TimeInterval = 3600) -> SnapshotEvent {
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SnapshotEvent(id: id, title: id,
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start: now.addingTimeInterval(startOffset),
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end: now.addingTimeInterval(startOffset + duration),
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isAllDay: false, colorHex: "#4285f4", location: "", calendarKey: "local:1")
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}
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private static func snapshot(_ events: [SnapshotEvent]) -> CalendarrSnapshot {
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CalendarrSnapshot(writtenAt: now,
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coverageStart: now.addingTimeInterval(-86400),
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coverageEnd: now.addingTimeInterval(14 * 86400),
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isLoggedIn: true, writerVersion: "1.0", events: events,
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theme: SnapshotTheme(today: "#1", text: "#2", background: "#3",
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line: "#4", primary: "#5", accent: "#6"),
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language: "de")
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}
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@Test("The next event is the first one that has not ended yet")
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func picksFirstUnfinished() {
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let snap = Self.snapshot([Self.event("past", startOffset: -7200),
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Self.event("running", startOffset: -600),
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Self.event("later", startOffset: 3600)])
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#expect(WatchPushPolicy.nextEventIdentity(in: snap, at: Self.now)?.id == "running")
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}
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@Test("An empty calendar has no next event")
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func emptyHasNoIdentity() {
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#expect(WatchPushPolicy.nextEventIdentity(in: Self.snapshot([]), at: Self.now) == nil)
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}
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@Test("Events are considered in start order regardless of input order")
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func sortsBeforePicking() {
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let snap = Self.snapshot([Self.event("late", startOffset: 7200),
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Self.event("soon", startOffset: 1800)])
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#expect(WatchPushPolicy.nextEventIdentity(in: snap, at: Self.now)?.id == "soon")
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}
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@Test("An unchanged next event does not spend a push")
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func unchangedDoesNotPush() {
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let identity = NextEventIdentity(id: "a", start: Self.now)
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#expect(WatchPushPolicy.shouldPushComplicationUpdate(previous: identity, current: identity) == false)
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}
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@Test("A different event, a moved event, or a first event all spend a push")
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func changesPush() {
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let a = NextEventIdentity(id: "a", start: Self.now)
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let b = NextEventIdentity(id: "b", start: Self.now)
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let moved = NextEventIdentity(id: "a", start: Self.now.addingTimeInterval(600))
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#expect(WatchPushPolicy.shouldPushComplicationUpdate(previous: a, current: b))
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#expect(WatchPushPolicy.shouldPushComplicationUpdate(previous: a, current: moved))
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#expect(WatchPushPolicy.shouldPushComplicationUpdate(previous: nil, current: a))
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}
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@Test("Losing the last event spends a push, so the watch stops showing it")
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func clearingPushes() {
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let a = NextEventIdentity(id: "a", start: Self.now)
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#expect(WatchPushPolicy.shouldPushComplicationUpdate(previous: a, current: nil))
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}
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@Test("Two empty calendars in a row do not push")
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func stayingEmptyDoesNotPush() {
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#expect(WatchPushPolicy.shouldPushComplicationUpdate(previous: nil, current: nil) == false)
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}
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}
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