public void Create_Frames_For_All_Frames_With_The_Same_Position()
{
var indexMethod = new IndexMethod();
indexMethod.TimeTravelFacade = new TimeTravelFacadeBuilder()
.WithGetCurrentFrame(1, new Frame {
ThreadId = 1
})
.WithGetCurrentFrame(2, new Frame {
ThreadId = 2
})
.Build();
var positionsResult = new PositionsResult(new[]
{
new PositionsRecord(1, new Position(1, 1), true),
new PositionsRecord(3, new Position(2, 1), false),
new PositionsRecord(2, new Position(1, 1), false)
});
var frames = indexMethod.CreateFramesForUpsert(positionsResult);
frames[0].ThreadId.Should().Be(1);
frames[1].ThreadId.Should().Be(2);
}
public JsonResult <PositionsResult> Get(string firstInput, string secondInput, bool comprehensive = false)
{
var positionsResult = new PositionsResult {
Positions = new List <Position>()
};
var coordinateInput = new CoordinateInput(firstInput, secondInput);
if (!coordinateInput.IsParsable())
{
positionsResult.ParseError = true;
return(Json(positionsResult));
}
// Create possible coordinates from input values:
var coordinates = CoordinateInputParser.GetCoordinates(coordinateInput, comprehensive: comprehensive);
// Return an empty result if no coordinates could be made from the user input
if (coordinates.Count == 0)
{
positionsResult.ParseError = true;
return(Json(positionsResult));
}
// Use all supported coordinatesystems if search is comprehensive, only WGS84 otherwise:
var supportedCoordinateSystems = comprehensive ? CoordinateSystemsSetup.Get() : CoordinateSystemsSetup.Find(84);
// Try find positions for the coordinates, within supported coordinatesystems and defined limits:
var positionFinder = new PositionFinder {
SupportedCoordinateSystems = supportedCoordinateSystems
};
positionsResult.Positions = positionFinder.Find(coordinates);
positionsResult.Comprehensive = comprehensive || coordinates[0].X.Format.StartsWith("Deg");
if (positionsResult.Positions.Count > 0 || positionsResult.Comprehensive)
{
return(Json(positionsResult));
}
// Use all coordinatesystems:
positionFinder.SupportedCoordinateSystems = CoordinateSystemsSetup.Get();
positionsResult.Positions = positionFinder.Find(coordinates);
if (positionsResult.Positions.Count > 0)
{
return(Json(positionsResult));
}
// Auto-comprehensive - include inverted coordinatevalues:
coordinates = CoordinateInputParser.GetCoordinates(coordinateInput, comprehensive: true);
positionFinder.SupportedCoordinateSystems = CoordinateSystemsSetup.Get();
positionsResult.Positions = positionFinder.Find(coordinates);
positionsResult.Comprehensive = true;
return(Json(positionsResult));
}
public static object POSITIONS(
[ExcelArgument(Description = "の注文情報を取得する", Name = "商品種別")] string SecurityType,
[ExcelArgument(Description = "の注文情報を取得する", Name = "銘柄コード")] string Symbol)
{
string ret = null;
string[] Params = { SecurityType, Symbol };
try
{
string ResultMessage = Validate.ValidateMultiple(Params);
if (!string.IsNullOrEmpty(ResultMessage))
{
return(ResultMessage);
}
Tuple <DateTime, string> tpl;
var tplKey = SecurityType;
if (_positionsCache.TryGetValue(tplKey, out tpl))
{
if ((DateTime.Now - tpl.Item1).TotalSeconds < 1)
{
ret = tpl.Item2;
}
}
if (String.IsNullOrEmpty(ret))
{
ret = middleware.GetPositions(SecurityType, Symbol);
_positionsCache[tplKey] = Tuple.Create(DateTime.Now, ret);
}
object array;
array = PositionsResult.PositionCheck(ret);
if (array == null)
{
// 検証用でAPI実行結果がエラーではない場合
return(0);
}
return(XlCall.Excel(XlCall.xlUDF, "Resize", array));
}
catch (Exception exception)
{
if (exception.InnerException == null)
{
return(exception.Message);
}
else
{
return(exception.InnerException.Message);
}
}
}
public void Identify_The_Current_Thread()
{
// arrange
var records = new[]
{
new PositionsRecord(1, new Position(0, 0), false),
new PositionsRecord(2, new Position(1, 0), true),
new PositionsRecord(3, new Position(2, 0), false),
new PositionsRecord(4, new Position(3, 0), false)
};
var result = new PositionsResult(records);
// act
var thread = result.CurrentThreadResult;
// assert
thread.ThreadId.Should().Be(2);
}
public void Be_Iterable()
{
// arrange
var records = new[]
{
new PositionsRecord(1, new Position(0, 0), false),
new PositionsRecord(2, new Position(1, 0), true),
new PositionsRecord(3, new Position(2, 0), false),
new PositionsRecord(4, new Position(3, 0), false)
};
var result = new PositionsResult(records);
// act
// assert
result.Should().HaveCount(4);
IEnumerable e = result;
e.GetEnumerator().Should().NotBeNull();
}
/// <summary>
/// Withes the positions.
/// </summary>
/// <param name="result">The result.</param>
/// <returns>TimeTravelFacadeBuilder.</returns>
public TimeTravelFacadeBuilder WithPositions(PositionsResult result)
{
Mock.Setup(facade => facade.Positions()).Returns(result);
return(this);
}
