rzen
36dad21233
Groundwork for the Library tab: RoutineOrdering.changedOrders turns an .onMove gesture into the minimal set of order writes (normalizing legacy colliding orders on first drag), RoutineNaming.uniqueName picks the next free "X Copy" name for duplication, and ExerciseCatalog groups the bundled exercise library into curated category sections with name/category/target search. Plus ExerciseDocument.planSummary for read-only document rendering. All covered by unit tests, including a motion/info name-parity assertion. Claude-Session: https://claude.ai/code/session_01H8VxUX4ckjU3vRF5M4L5FV
71 lines
3.0 KiB
Swift
71 lines
3.0 KiB
Swift
import Foundation
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import Testing
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@testable import Workouts
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/// Locks `ExerciseCatalog`'s section grouping and search — the curated,
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/// category-ordered view over the bundled exercise library. Every
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/// `ExerciseMotionLibrary.exerciseNames` entry must land in a real authored category,
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/// not the "Other" catch-all: a fall into "Other" here would mean a motion rig shipped
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/// without a matching `info.md` category — a real data gap worth surfacing, not
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/// something to silently bucket away.
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struct ExerciseCatalogTests {
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@Test func everyBundledExerciseHasACuratedSection() {
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let otherSection = ExerciseCatalog.sections.first { $0.title == ExerciseCatalog.otherTitle }
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let uncategorized = otherSection?.names ?? []
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#expect(uncategorized.isEmpty,
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"expected every bundled exercise to have a curated category; found in Other: \(uncategorized)")
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let allNames = Set(ExerciseCatalog.sections.flatMap(\.names))
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#expect(allNames == Set(ExerciseMotionLibrary.exerciseNames))
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}
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@Test func sectionsCoverEveryNameExactlyOnce() {
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let allNames = ExerciseCatalog.sections.flatMap(\.names)
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#expect(allNames.count == Set(allNames).count, "an exercise appeared in more than one section")
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}
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@Test func namesAreAlphabeticalWithinASection() {
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for section in ExerciseCatalog.sections {
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#expect(section.names == section.names.sorted(), "\(section.title) is not alphabetized")
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}
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}
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@Test func emptyQueryReturnsEverySection() {
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let all = ExerciseCatalog.sections(matching: "")
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#expect(all.flatMap(\.names).count == ExerciseCatalog.sections.flatMap(\.names).count)
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let whitespaceOnly = ExerciseCatalog.sections(matching: " ")
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#expect(whitespaceOnly.flatMap(\.names).count == ExerciseCatalog.sections.flatMap(\.names).count)
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}
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@Test func queryMatchesByExerciseName() {
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let results = ExerciseCatalog.sections(matching: "Chest Press")
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let names = results.flatMap(\.names)
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#expect(names.contains("Chest Press"))
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#expect(names.allSatisfy { $0.localizedCaseInsensitiveContains("Chest Press") })
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}
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@Test func queryMatchesByCategory() {
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let results = ExerciseCatalog.sections(matching: "stretching")
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let names = Set(results.flatMap(\.names))
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#expect(!names.isEmpty)
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for name in names {
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let info = ExerciseInfoLibrary.info(for: name)
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#expect(info?.category?.localizedCaseInsensitiveContains("stretching") == true)
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}
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}
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@Test func queryMatchesByTarget() throws {
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let info = try #require(ExerciseInfoLibrary.info(for: "Chest Press"))
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let target = try #require(info.targets.first)
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let results = ExerciseCatalog.sections(matching: target)
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#expect(results.flatMap(\.names).contains("Chest Press"))
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}
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@Test func queryDropsSectionsWithNoMatches() {
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let results = ExerciseCatalog.sections(matching: "zzz-not-a-real-exercise-zzz")
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#expect(results.isEmpty)
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}
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}
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