public bool Test(AcCommonObject obj, string key, ITestEntry value)
{
switch (key)
{
case "y":
case "year":
return(obj.Year.HasValue && value.Test(obj.Year.Value));
case "new":
return(value.Test(obj.IsNew));
case "age":
return(value.Test(obj.AgeInDays));
case "date":
return(value.Test(obj.CreationDateTime));
case "errors":
case "haserrors":
return(value.Test(obj.HasErrors));
case "changed":
return(value.Test(obj.Changed));
}
return(AcObjectTester.Instance.Test(obj, key, value));
}
public bool Test(ServerPresetObject obj, string key, ITestEntry value)
{
//switch (key) {
//}
return(AcCommonObjectTester.Instance.Test(obj, key, value));
}
private void AddEntry(ITestEntry entry, String _file, String _method)
{
Factory.Instance.Create(out IResultKey key, Scenario, _file, _method);
Factory.Instance.Create(out ITestMethodResult result);
_results.GetOrAdd(key, result).TestEntries.Add(entry);
}
public bool Test(LapTimeWrapped obj, string key, ITestEntry value)
{
if (key == null)
{
return(value.Test(obj.Entry.CarId) || obj.Car != null && value.Test(obj.Car.DisplayName) ||
value.Test(obj.Entry.TrackId) || obj.Track != null && value.Test(obj.Track.Name));
}
switch (key)
{
case "time":
value.Set(TestEntryFactories.TimeMinutes);
return(value.Test(obj.Entry.LapTime));
case "c":
case "car":
return(value.Test(obj.Car?.DisplayName) || value.Test(obj.Car?.Id));
case "t":
case "track":
return(value.Test(obj.Track?.Name) || value.Test(obj.Track?.IdWithLayout));
case "date":
value.Set(DateTimeTestEntry.Factory);
return(value.Test(obj.Entry.EntryDate));
case "source":
case "type":
return(value.Test(obj.Entry.Source));
}
return(false);
}
public bool Test(CarSkinObject obj, string key, ITestEntry value)
{
switch (key)
{
case "skinname":
return(value.Test(obj.Name));
case "driver":
case "drivername":
return(value.Test(obj.DriverName));
case "team":
case "teamname":
return(value.Test(obj.Team));
case "n":
case "number":
return(value.Test(obj.SkinNumber));
case "priority":
return(value.Test(obj.Priority ?? 0));
}
return(AcJsonObjectTester.Instance.Test(obj, key, value));
}
public bool Test(TrackObjectBase obj, string key, ITestEntry value)
{
switch (key)
{
case null:
return(value.Test(obj.Id) || value.Test(obj.LayoutName));
case "city":
return(value.Test(obj.City));
case "geotags":
return(value.Test(obj.GeoTags?.ToString()));
case "len":
case "length":
value.Set(TestEntryFactories.DistanceKilometers);
return(value.Test(obj.SpecsLengthValue / 1e3));
case "width":
value.Set(TestEntryFactories.DistanceMeters);
return(value.Test(obj.SpecsWidth));
case "pits":
case "pitboxes":
return(value.Test(obj.SpecsPitboxesValue));
case "dd":
case "driven":
case "drivendistance":
value.Set(TestEntryFactories.DistanceKilometers);
return(value.Test(obj.TotalDrivenDistance / 1e3));
}
return(AcJsonObjectTester.Instance.Test(obj, key, value));
}
public bool Test(string carId, string key, ITestEntry value)
{
switch (key)
{
case null:
return(value.Test(carId));
case "l":
case "len":
case "length":
return(value.Test(carId.Length));
case "k":
case "kunos": {
return(value.Test(TestIfKunosUsingGuids(carId)));
}
case "a":
case "age": {
var directory = FileUtils.GetCarDirectory(_acRoot, carId);
var age = File.GetCreationTime(directory);
return(value.Test((DateTime.Now - age).TotalDays));
}
case "n":
case "new": {
var directory = FileUtils.GetCarDirectory(_acRoot, carId);
var age = File.GetCreationTime(directory);
return(value.Test((DateTime.Now - age).TotalDays < 7d));
}
default:
return(false);
}
}
public bool Test(AcObjectNew obj, string key, ITestEntry value)
{
switch (obj.GetType().Name)
{
case nameof(CarObject):
return(CarObjectTester.Instance.Test((CarObject)obj, key, value));
case nameof(TrackObject):
return(TrackObjectTester.Instance.Test((TrackObject)obj, key, value));
case nameof(TrackObjectBase):
case nameof(TrackExtraLayoutObject):
return(TrackObjectBaseTester.Instance.Test((TrackObjectBase)obj, key, value));
case nameof(ShowroomObject):
return(ShowroomObjectTester.Instance.Test((ShowroomObject)obj, key, value));
case nameof(CarSkinObject):
return(CarSkinObjectTester.Instance.Test((CarSkinObject)obj, key, value));
case nameof(WeatherObject):
return(WeatherObjectTester.Instance.Test((WeatherObject)obj, key, value));
case nameof(CarSetupObject):
return(CarSetupObjectTester.Instance.Test((CarSetupObject)obj, key, value));
case nameof(ReplayObject):
return(ReplayObjectTester.Instance.Test((ReplayObject)obj, key, value));
default:
return(AcObjectTester.Instance.Test(obj, key, value));
}
}
public bool Test(TrackObjectBase obj, string key, ITestEntry value)
{
switch (key)
{
case null:
return(value.Test(obj.Id) || value.Test(obj.LayoutName));
case "city":
return(value.Test(obj.City));
case "geotags":
return(value.Test(obj.GeoTags?.ToString()));
case "len":
case "length":
return(value.Test(obj.SpecsLengthValue));
case "width":
return(value.Test(obj.SpecsWidth));
case "pits":
case "pitboxes":
return(value.Test(obj.SpecsPitboxesValue));
}
return(AcJsonObjectTester.Instance.Test(obj, key, value));
}
public bool Test(AcJsonObjectNew obj, string key, ITestEntry value)
{
switch (key)
{
case "dlc":
var dlc = obj.Dlc;
return(value.Test(dlc?.Id ?? 0) || value.Test(dlc?.ShortName) || value.Test(dlc?.DisplayName));
case "desc":
case "description":
return(value.Test(obj.Description));
case "c":
case "country":
return(value.Test(obj.Country));
case "t":
case "tag":
return(obj.Tags.Any(value.Test));
case "version":
return(value.Test(obj.Version));
case "url":
return(value.Test(obj.Url));
}
return(AcCommonObjectTester.Instance.Test(obj, key, value));
}
public bool Test(string[] obj, string key, ITestEntry value)
{
switch (key)
{
case null:
return(value.Test(string.Join(", ", obj)));
case "len":
return(value.Test(obj.Length));
case "empty":
return(value.Test(obj.Length == 0));
case "f":
return(value.Test(obj.ElementAtOrDefault(0)));
case "s":
return(value.Test(obj.ElementAtOrDefault(1)));
case "c":
return(obj.Any(value.Test));
}
return(false);
}
public bool Test(CarObject obj, string key, ITestEntry value)
{
switch (key)
{
case "b":
case "brand":
return(value.Test(obj.Brand));
case "newbrand":
if (_list == null)
{
_list = FilesStorage.Instance.GetContentFiles(ContentCategory.BrandBadges).Select(x => x.Name).ToList();
}
return(value.Test(!_list.Contains(obj.Brand)));
case "class":
return(value.Test(obj.CarClass));
case "parent":
return(value.Test(obj.Parent?.DisplayName));
case "dd":
case "driven":
case "drivendistance":
return(value.Test(obj.TotalDrivenDistance));
case "topspeedachieved":
return(value.Test(obj.MaxSpeedAchieved));
case "bhp":
case "power":
return(value.Test(obj.SpecsBhp));
case "torque":
return(value.Test(obj.SpecsTorque));
case "weight":
case "mass":
return(value.Test(obj.SpecsWeight));
case "acceleration":
return(value.Test(obj.SpecsAcceleration));
case "speed":
case "topspeed":
return(value.Test(obj.SpecsTopSpeed));
case "maxrpm":
return(value.Test(obj.GetRpmMaxValue()));
case "pw":
case "pwratio":
return(value.Test(obj.GetSpecsPwRatioValue()));
case "skins":
return(value.Test(obj.SkinsEnabledWrappersList?.Count ?? 0));
}
return(AcJsonObjectTester.Instance.Test(obj, key, value));
}
internal Entry(ITestEntry entry)
{
Throw.If.Object.IsNull(entry, nameof(entry));
EntryType = entry.EntryType;
Instruction = entry.Instruction;
Message = entry.Message;
}
void FromResultThrows(Boolean result, String instruction, String message, String paramName)
{
ITestEntry entry = default;
TestX.If.Action.ThrowsException(() => entry = TestEntry.FromResult(result, instruction, message), out ArgumentException argEx);
TestX.If.Value.IsEqual(argEx.ParamName, paramName);
TestX.If.Object.IsNull(entry);
}
void ConstructorThrows(EntryTypes type, String instruction, String message, String paramName)
{
ITestEntry entry = default;
TestX.If.Action.ThrowsException(() => entry = new TestEntry(type, instruction, message), out ArgumentException argEx);
TestX.If.Value.IsEqual(argEx.ParamName, paramName);
TestX.If.Object.IsNull(entry);
}
void FromErrorThrows(String message, String paramName)
{
ITestEntry entry = default;
TestX.If.Action.ThrowsException(() => entry = TestEntry.FromError(message), out ArgumentException argEx);
TestX.If.Value.IsEqual(argEx.ParamName, paramName);
TestX.If.Object.IsNull(entry);
}
public void Set(ITestEntryFactory factory)
{
if (ReferenceEquals(_overrideFactoryType, factory))
{
return;
}
_overrideFactoryType = factory;
_override = factory?.Create(_op, _originalValue);
}
public bool Test(CarSetupObject obj, string key, ITestEntry value)
{
switch (key)
{
case "track":
return(value.Test(obj.Track?.Id) || value.Test(obj.Track?.Name));
}
return(AcCommonObjectTester.Instance.Test(obj, key, value));
}
public bool Test(TrackObject obj, string key, ITestEntry value)
{
switch (key)
{
case "layouts":
return(value.Test(obj.MultiLayouts?.Count ?? 1));
}
return(TrackObjectBaseTester.Instance.Test(obj, key, value));
}
public bool Test(AcObjectNew obj, string key, ITestEntry value)
{
switch (key)
{
case null:
return(value.Test(obj.Id) || value.Test(obj.Name));
case "id":
return(value.Test(obj.Id));
case "name":
return(value.Test(obj.Name));
case "enabled":
return(value.Test(obj.Enabled));
case "rate":
case "rated":
case "rating":
return(value.Test(obj.Rating ?? 0d));
case "note":
case "notes":
return(value.Test(obj.Notes));
case "fav":
case "favorite":
case "favourite":
case "favorited":
case "favourited":
return(value.Test(obj.IsFavourite));
case "new":
return(value.Test(obj.IsNew));
case "age":
value.Set(TestEntryFactories.TimeDays);
return(value.Test(obj.Age));
case "date":
value.Set(DateTimeTestEntry.Factory);
return(value.Test(obj.CreationDateTime));
case "a":
case "author":
return(value.Test((obj as IAcObjectAuthorInformation)?.Author));
case "k":
case "kunos":
return(value.Test((obj as IAcObjectAuthorInformation)?.Author == AcCommonObject.AuthorKunos));
default:
return(false);
}
}
void Constructor(EntryTypes type, String instruction, String message, EntryTypes expected_type, String expected_instruction, String expected_message)
{
ITestEntry entry = default;
TestX.IfNot.Action.ThrowsException(() => entry = new TestEntry(type, instruction, message), out Exception ex);
TestX.IfNot.Object.IsNull(entry);
TestX.If.Value.IsEqual(entry.EntryType, expected_type);
TestX.If.Value.IsEqual(entry.Instruction, expected_instruction);
TestX.If.Value.IsEqual(entry.Message, expected_message);
}
void FromResult(Boolean result, String instruction, String message, EntryTypes expected_type, String expected_instruction, String expected_message)
{
ITestEntry entry = default;
TestX.IfNot.Action.ThrowsException(() => entry = TestEntry.FromResult(result, instruction, message), out Exception ex);
TestX.IfNot.Object.IsNull(entry);
TestX.If.Value.IsEqual(entry.EntryType, expected_type);
TestX.If.Value.IsEqual(entry.Instruction, expected_instruction);
TestX.If.Value.IsEqual(entry.Message, expected_message);
}
public bool Test(SessionStats obj, string key, ITestEntry value)
{
switch (key)
{
case null:
if (value.Test(obj.CarId) || value.Test(obj.TrackId))
{
return(true);
}
var track = obj.TrackId == null ? null : TracksManager.Instance.GetLayoutById(obj.TrackId);
if (track != null && value.Test(track.Name))
{
return(true);
}
var car = obj.CarId == null ? null : CarsManager.Instance.GetById(obj.CarId);
if (car != null && value.Test(car.DisplayName))
{
return(true);
}
return(false);
case "d":
case "duration":
case "time":
return(value.Test(obj.Time));
case "date":
return(value.Test(obj.StartedAt));
case "len":
case "length":
case "distance":
return(value.Test(obj.Distance));
case "speed":
case "average":
case "averagespeed":
case "avgspeed":
return(value.Test(obj.MaxSpeed));
case "max":
case "maxspeed":
case "topspeed":
return(value.Test(obj.MaxSpeed));
default:
return(false);
}
}
/// <summary>
/// Appends <paramref name="data"/> to the <see cref="Payload"/> <see cref="MemoryStream"/>.
/// </summary>
/// <param name="data">The data object.</param>
/// <returns>The current <see cref="IMessage"/>.</returns>
public IMessage Append(ITestEntry data)
{
Append(data.EntryType);
if (data.EntryType == EntryTypes.ResultOk || data.EntryType == EntryTypes.ResultFail)
{
Append(data.Instruction);
}
Append(data.Message);
return(this);
}
public bool Test(ShowroomObject obj, string key, ITestEntry value)
{
switch (key)
{
case "hassound":
return(value.Test(obj.HasSound));
case "sound":
return(value.Test(obj.SoundEnabled));
}
return(AcJsonObjectTester.Instance.Test(obj, key, value));
}
public bool Test(TyresEntry obj, string key, ITestEntry value)
{
switch (key)
{
case null:
return(value.Test(obj.DisplayName) || value.Test(obj.Name));
case "n":
case "name":
return(value.Test(obj.Name));
case "p":
case "params":
return(value.Test(obj.DisplayParams));
case "profile":
return(value.Test(obj.DisplayProfile));
case "radius":
case "rimradius":
return(value.Test(obj.DisplayRimRadius));
case "width":
return(value.Test(obj.DisplayWidth));
case "a":
case "g":
case "grade":
return(value.Test(obj.AppropriateLevelFront.ToString()) || value.Test(obj.AppropriateLevelRear.ToString()));
case "fa":
case "fg":
case "fgrade":
return(value.Test(obj.AppropriateLevelFront.ToString()));
case "ra":
case "rg":
case "rgrade":
return(value.Test(obj.AppropriateLevelRear.ToString()));
case "car":
return(value.Test(obj.SourceCarId) || value.Test(obj.Source?.DisplayName));
case "v":
case "ver":
case "version":
return(value.Test(obj.Version));
}
return(false);
}
private static bool TestNode([NotNull] ITestEntry entry, [CanBeNull] Kn5Node node)
{
switch (entry)
{
case DefinitionTestEntry definitionEntry:
return(definitionEntry.Test(node));
case ListTestEntry listEntry:
return(listEntry.Test(node));
default:
return(entry.Test(node?.Name));
}
}
public bool Test(TrackObject obj, string key, ITestEntry value)
{
var multiLayouts = obj.MultiLayouts;
switch (key)
{
case "layouts":
return(value.Test(multiLayouts?.Count ?? 1));
}
return(multiLayouts?.Count > 1
? multiLayouts.Any(x => TrackObjectBaseTester.Instance.Test(x, key, value))
: TrackObjectBaseTester.Instance.Test(obj, key, value));
}
public bool Test(string carId, string key, ITestEntry value)
{
switch (key)
{
case null:
return(value.Test(carId));
case "l":
case "len":
case "length":
return(value.Test(carId.Length));
}
return(false);
}
public bool Test(WeatherObject obj, string key, ITestEntry value)
{
switch (key)
{
case "lights":
case "carlights":
return(value.Test(obj.ForceCarLights));
case "temperature":
case "temperaturecoeff":
case "temperaturecoefficient":
return(value.Test(obj.TemperatureCoefficient));
}
return(AcCommonObjectTester.Instance.Test(obj, key, value));
}