erikbrockoandClaude Opus 5
9b3e10d127
An operator copying a header off the air often types the series number and nothing else. That read as a header the program could not parse, so the box went yellow and Close refused to log the series. N1MM fills the count in: "If he only types the batch number without the forward slash and count, the program will assume the count is 10." Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_0157i7PiZyqBkquxS9A6FTdQ
360 lines
13 KiB
C#
360 lines
13 KiB
C#
using Nonemm.Contests;
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using Nonemm.Contests.Rules;
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using Nonemm.Core;
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using Nonemm.Core.Country;
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using Nonemm.Storage;
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namespace Nonemm.Session.Tests;
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public class QtcTrafficTests
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{
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private const string Countries = """
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Germany: 14: 28: EU: 51.00: -10.00: -1.0: DL:
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DL,DK,DJ;
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Slovakia: 15: 28: EU: 48.70: -19.50: -1.0: OM:
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OM;
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United States: 05: 08: NA: 37.53: 91.67: 5.0: K:
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K,W,N,AA,NE;
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Japan: 25: 45: AS: 36.40: -138.38: -9.0: JA:
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JA,JH,JR;
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""";
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private static readonly StationInfo Slovakia = new()
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{
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Callsign = "OM5M",
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CqZone = 15,
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ItuZone = 28,
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Continent = "EU",
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CountryPrefix = "OM",
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};
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private static readonly StationInfo UnitedStates = new()
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{
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Callsign = "NE1C",
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CqZone = 5,
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ItuZone = 8,
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Continent = "NA",
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CountryPrefix = "K",
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};
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private static (OperatingPosition Position, QtcTraffic Traffic) Station(
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ModeCategory mode,
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StationInfo? me = null)
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{
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FakeLogStore store = new();
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ContestInstance instance = store.AddContest(new ContestInstance
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{
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ContestNumber = 0,
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ContestName = "WAERTTY",
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});
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ContestSession session = new(
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store, new Wae(mode), instance, me ?? Slovakia, CountryFile.Parse(Countries));
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OperatingPosition position = new(session);
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return (position, new QtcTraffic(position));
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}
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private static Qso Contact(
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OperatingPosition position,
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string call,
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int receivedNumber,
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int sentNumber,
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int minute) =>
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position.Session.Add(new Qso
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{
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Id = Qso.NewId(),
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TimestampUtc = new DateTime(2026, 11, 14, 13, minute, 0, DateTimeKind.Utc),
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Call = Callsign.Parse(call),
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Frequency = Frequency.FromKilohertz(14_080),
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Mode = Modes.Rtty,
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ContestName = "WAERTTY",
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ReceivedNumber = receivedNumber,
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SentNumber = sentNumber,
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Exchange1 = WaeQtc.Contact,
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});
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/// One line of traffic with a station, as a log row of its own. What is
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/// reported does not matter to the counts, only that the line is there.
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private static Qso Traffic(
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OperatingPosition position,
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string station,
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bool isSent,
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int number,
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int minute) =>
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position.Session.Add(new WaeQtc(
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Callsign.Parse(station), isSent, 1, 1, "1300", Callsign.Parse("W1XX"), number)
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.ApplyTo(new Qso
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{
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Id = Qso.NewId(),
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TimestampUtc = new DateTime(2026, 11, 14, 13, minute, 0, DateTimeKind.Utc),
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Call = Callsign.Parse(station),
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Frequency = Frequency.FromKilohertz(14_080),
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Mode = Modes.Rtty,
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ContestName = "WAERTTY",
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}));
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[Fact]
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public void OnCwEuropeReceivesAndTheRestOfTheWorldSends()
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{
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(_, QtcTraffic european) = Station(ModeCategory.Cw);
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(_, QtcTraffic american) = Station(ModeCategory.Cw, UnitedStates);
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Assert.Equal(QtcDirection.Receive, european.DirectionFor(Callsign.Parse("NE1C"), out _));
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Assert.Equal(QtcDirection.Send, american.DirectionFor(Callsign.Parse("DL9XYZ"), out _));
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}
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[Fact]
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public void OnCwThereIsNoTrafficWithinEurope()
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{
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(_, QtcTraffic traffic) = Station(ModeCategory.Cw);
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Assert.Equal(QtcDirection.None, traffic.DirectionFor(Callsign.Parse("DL9XYZ"), out string why));
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Assert.Contains("Europe", why);
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}
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[Fact]
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public void OnRttyTrafficGoesBothWaysBetweenContinents()
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{
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(_, QtcTraffic traffic) = Station(ModeCategory.Digital);
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Assert.Equal(QtcDirection.Either, traffic.DirectionFor(Callsign.Parse("JA1XYZ"), out _));
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}
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[Fact]
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public void OnRttyThereIsNoTrafficWithinOneContinent()
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{
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(_, QtcTraffic traffic) = Station(ModeCategory.Digital);
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Assert.Equal(QtcDirection.None, traffic.DirectionFor(Callsign.Parse("DL9XYZ"), out string why));
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Assert.Contains("continent", why);
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}
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[Fact]
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public void TenLinesIsAllAnyStationGets()
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{
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(OperatingPosition position, QtcTraffic traffic) = Station(ModeCategory.Digital);
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for (int at = 1; at <= 10; at++)
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{
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position.Session.Add(new WaeQtc(
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Callsign.Parse("JA1XYZ"), IsSent: true, 1, 10, "1300", Callsign.Parse("DL9XYZ"), at)
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.ApplyTo(Contact(position, "K1ABC", at, at, at)));
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}
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Assert.Equal(0, traffic.Remaining(Callsign.Parse("JA1XYZ")));
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Assert.Equal(QtcDirection.None, traffic.DirectionFor(Callsign.Parse("JA1XYZ"), out string why));
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Assert.Contains("ten QTCs", why);
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}
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[Fact]
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public void WhatIsSentIsTheContactsNotReportedYetOldestFirst()
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{
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(OperatingPosition position, QtcTraffic traffic) = Station(ModeCategory.Digital);
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Contact(position, "DL1AAA", receivedNumber: 16, sentNumber: 1, minute: 46);
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Contact(position, "DL2BBB", receivedNumber: 40, sentNumber: 2, minute: 47);
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Contact(position, "JA1XYZ", receivedNumber: 7, sentNumber: 3, minute: 48);
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IReadOnlyList<WaeQtc> lines = traffic.ToSend(Callsign.Parse("JA1XYZ"));
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Assert.Equal(["DL1AAA", "DL2BBB"], lines.Select(l => l.Call.Text).ToList());
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Assert.Equal(["1346", "1347"], lines.Select(l => l.TimeUtc).ToList());
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Assert.Equal([16, 40], lines.Select(l => l.Number).ToList());
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Assert.All(lines, line => Assert.Equal("1/2", line.SeriesText));
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}
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[Fact]
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public void AContactAlreadyReportedIsNotReportedAgain()
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{
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(OperatingPosition position, QtcTraffic traffic) = Station(ModeCategory.Digital);
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Contact(position, "DL1AAA", receivedNumber: 16, sentNumber: 1, minute: 46);
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Contact(position, "DL2BBB", receivedNumber: 40, sentNumber: 2, minute: 47);
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WaeQtc first = traffic.ToSend(Callsign.Parse("JA1XYZ"))[0];
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position.Session.Add(first.ApplyTo(Contact(position, "JA1XYZ", 1, 3, 50)));
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Assert.Equal(["DL2BBB"], traffic.ToSend(Callsign.Parse("JA1XYZ")).Select(l => l.Call.Text).ToList());
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}
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/// Series are numbered across the contest, so the next one carries on from
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/// the last series sent to anybody.
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[Fact]
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public void SeriesAreNumberedAcrossTheContest()
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{
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(OperatingPosition position, QtcTraffic traffic) = Station(ModeCategory.Digital);
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Assert.Equal(1, traffic.NextSeries());
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position.Session.Add(new WaeQtc(
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Callsign.Parse("JA1XYZ"), IsSent: true, 86, 10, "1300", Callsign.Parse("DL9XYZ"), 5)
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.ApplyTo(Contact(position, "JA1XYZ", 1, 1, 55)));
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Assert.Equal(87, traffic.NextSeries());
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}
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/// Europe on CW and SSB only takes traffic down, so there is no pile of
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/// contacts to report and the line says how many of the ten are left.
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[Fact]
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public void EuropeCountsWhatItHasTakenDown()
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{
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(OperatingPosition position, QtcTraffic traffic) = Station(ModeCategory.Cw);
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Contact(position, "K1ABC", receivedNumber: 5, sentNumber: 1, minute: 40);
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Traffic(position, "NE1C", isSent: false, number: 7, minute: 41);
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QtcCounts counts = traffic.CountsFor(Callsign.Parse("NE1C"));
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Assert.Equal(QtcDirection.Receive, counts.Role);
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Assert.Equal(1, counts.Exchanged);
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Assert.Equal(9, counts.LeftWith);
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Assert.Equal(0, counts.Available);
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Assert.Equal("QTCs: 1 rcvd/9 left to exch.", counts.Text);
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}
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/// Outside Europe the traffic goes the other way, so what may still be
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/// exchanged is capped by the contacts there are left to report.
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[Fact]
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public void OutsideEuropeWhatIsLeftIsCappedByWhatThereIsToReport()
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{
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(OperatingPosition position, QtcTraffic traffic) =
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Station(ModeCategory.Cw, UnitedStates);
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Contact(position, "DL1AAA", receivedNumber: 16, sentNumber: 1, minute: 46);
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Contact(position, "DL2BBB", receivedNumber: 40, sentNumber: 2, minute: 47);
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Contact(position, "DL9XYZ", receivedNumber: 7, sentNumber: 3, minute: 48);
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QtcCounts counts = traffic.CountsFor(Callsign.Parse("DL9XYZ"));
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Assert.Equal(QtcDirection.Send, counts.Role);
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Assert.Equal(0, counts.Exchanged);
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// the station in front of us is not reported to itself
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Assert.Equal(2, counts.Available);
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Assert.Equal(2, counts.LeftWith);
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Assert.Equal("QTCs: 0 sent/2 left to exch/2 total QTCs avail", counts.Text);
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}
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/// A contact already reported to somebody is out of the pile, and a line
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/// already sent to this station is off its ten.
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[Fact]
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public void ReportingContactsTakesThemOutOfTheCounts()
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{
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(OperatingPosition position, QtcTraffic traffic) = Station(ModeCategory.Digital);
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Contact(position, "DL1AAA", receivedNumber: 16, sentNumber: 1, minute: 46);
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Contact(position, "DL2BBB", receivedNumber: 40, sentNumber: 2, minute: 47);
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WaeQtc first = traffic.ToSend(Callsign.Parse("JA1XYZ"))[0];
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position.Session.Add(first.ApplyTo(new Qso
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{
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Id = Qso.NewId(),
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TimestampUtc = new DateTime(2026, 11, 14, 13, 50, 0, DateTimeKind.Utc),
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Call = Callsign.Parse("JA1XYZ"),
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Frequency = Frequency.FromKilohertz(14_080),
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Mode = Modes.Rtty,
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ContestName = "WAERTTY",
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}));
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QtcCounts counts = traffic.CountsFor(Callsign.Parse("JA1XYZ"));
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Assert.Equal(QtcDirection.Either, counts.Role);
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Assert.Equal(1, counts.Exchanged);
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Assert.Equal(1, counts.Available);
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Assert.Equal("QTCs: 1 exch/9 left to exch/1 total QTCs avail", counts.Text);
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}
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/// On RTTY traffic goes both ways, so what is left with a station is what
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/// is free of its ten whether or not there is anything to report.
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[Fact]
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public void OnRttyWhatIsLeftIsNotCappedByWhatThereIsToReport()
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{
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(_, QtcTraffic traffic) = Station(ModeCategory.Digital);
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QtcCounts counts = traffic.CountsFor(Callsign.Parse("JA1XYZ"));
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Assert.Equal(0, counts.Available);
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Assert.Equal(10, counts.LeftWith);
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}
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[Fact]
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public void AStationThatHasHadItsTenIsFull()
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{
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(OperatingPosition position, QtcTraffic traffic) = Station(ModeCategory.Digital);
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for (int at = 1; at <= 10; at++)
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{
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Traffic(position, "JA1XYZ", isSent: true, number: at, minute: at);
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}
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QtcCounts counts = traffic.CountsFor(Callsign.Parse("JA1XYZ"));
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Assert.True(counts.IsFull);
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Assert.Equal(0, counts.LeftWith);
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}
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[Theory]
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[InlineData("1346", "DL2UH", "40")]
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[InlineData("0001", "2E0GYI", "1")]
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public void AWellFormedLineReadsAsAQtc(string time, string call, string number) =>
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Assert.NotNull(QtcTraffic.Read(
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Callsign.Parse("NE1C"), isSent: false, 87, 10, time, call, number));
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[Theory]
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[InlineData("134", "DL2UH", "40")]
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[InlineData("2401", "DL2UH", "40")]
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[InlineData("1360", "DL2UH", "40")]
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[InlineData("1346", "DL", "40")]
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[InlineData("1346", "DL2UH", "")]
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[InlineData("1346", "DL2UH", "abc")]
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public void ALineThatIsNotAQtcReadsAsNothing(string time, string call, string number) =>
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Assert.Null(QtcTraffic.Read(
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Callsign.Parse("NE1C"), isSent: false, 87, 10, time, call, number));
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/// The header is copied off the air, so whatever separates the two numbers
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/// is taken as the separator.
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[Theory]
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[InlineData("87/10")]
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[InlineData("87 10")]
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[InlineData("87-10")]
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[InlineData("QTC 87/10")]
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public void AHeaderIsASeriesAndACount(string text)
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{
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(int series, int count) = Assert.IsType<(int, int)>(QtcTraffic.ReadHeader(text));
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Assert.Equal(87, series);
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Assert.Equal(10, count);
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}
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/// N1MM fills in the count when the operator types the series number
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/// alone, because ten is the usual series.
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[Theory]
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[InlineData("87")]
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[InlineData("QTC 87")]
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public void ASeriesNumberOnItsOwnMeansTenLines(string text)
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{
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(int series, int count) = Assert.IsType<(int, int)>(QtcTraffic.ReadHeader(text));
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Assert.Equal(87, series);
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Assert.Equal(10, count);
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}
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[Theory]
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[InlineData("")]
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[InlineData("87/11")]
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[InlineData("abc/10")]
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public void AHeaderThatIsNotOneReadsAsNothing(string text) =>
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Assert.Null(QtcTraffic.ReadHeader(text));
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/// A time typed short takes the front off the line above, as many
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/// characters as it is missing.
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[Theory]
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[InlineData("52", "1148", "1152")]
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[InlineData("2", "1148", "1142")]
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[InlineData("152", "1148", "1152")]
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[InlineData("1207", "1148", "1207")]
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[InlineData("12:07", "1148", "1207")]
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public void ATimeTypedShortIsFilledInFromTheLineAbove(
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string typed,
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string above,
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string filled) =>
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Assert.Equal(filled, QtcTraffic.FillTime(typed, above));
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/// The first line has nothing above it, so what was typed stands and is
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/// judged as it is.
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[Theory]
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[InlineData("52", "52")]
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[InlineData("", "")]
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[InlineData(" 1148 ", "1148")]
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public void ATimeOnTheFirstLineIsLeftAlone(string typed, string filled) =>
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Assert.Equal(filled, QtcTraffic.FillTime(typed, ""));
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}
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