//
//  TravelInfoTests.swift
//  SportsTimeTests
//
//  Tests for canonical TravelInfo construction and city matching.
//

import Testing
@testable import SportsTime

@Suite("TravelInfo")
struct TravelInfoTests {

    private func makeSegment(from: String, to: String) -> TravelSegment {
        TravelSegment(
            fromLocation: LocationInput(name: from),
            toLocation: LocationInput(name: to),
            travelMode: .drive,
            distanceMeters: 120_000,
            durationSeconds: 7_200
        )
    }

    @Test("init(segment:) derives canonical city pair and metrics")
    func initFromSegment() {
        let segment = makeSegment(from: "Detroit", to: "Chicago")
        let info = TravelInfo(segment: segment, segmentIndex: 2)

        #expect(info.fromCity == "Detroit")
        #expect(info.toCity == "Chicago")
        #expect(info.segmentIndex == 2)
        #expect(info.distanceMeters == segment.distanceMeters)
        #expect(info.durationSeconds == segment.durationSeconds)
    }

    @Test("normalizeCityName trims and lowercases")
    func normalizeCityName() {
        #expect(TravelInfo.normalizeCityName("  New York  ") == "new york")
    }

    @Test("matches(segment:) uses normalized city comparison")
    func matchesSegment() {
        let segment = makeSegment(from: "Seattle", to: "Portland")
        let info = TravelInfo(fromCity: "  seattle ", toCity: "PORTLAND  ")

        #expect(info.matches(segment: segment))
        #expect(info.matches(from: "SEATTLE", to: "portland"))
        #expect(!info.matches(from: "Seattle", to: "San Francisco"))
    }
}