public void SetsCorrectStatuses()
{
var statuses = new List <string> {
"0:1:1", "0:1:6", "11:1:2..4", "0:1:9"
};
var filter = new WorkerFilter(new WorkerFilterConfig {
Statuses = statuses
});
filter.Statuses.Should().Equal(TmAddr.EncodeComplexInteger(0, 1, 1),
TmAddr.EncodeComplexInteger(0, 1, 6),
TmAddr.EncodeComplexInteger(0, 1, 9),
TmAddr.EncodeComplexInteger(11, 1, 2),
TmAddr.EncodeComplexInteger(11, 1, 3),
TmAddr.EncodeComplexInteger(11, 1, 4));
}
public void SetsCorrectAnalogs()
{
var statuses = new List <string> {
"20:1:1", "10:3:5", "0:1:1..5"
};
var filter = new WorkerFilter(new WorkerFilterConfig {
Statuses = statuses
});
filter.Statuses.Should().Equal(TmAddr.EncodeComplexInteger(0, 1, 1),
TmAddr.EncodeComplexInteger(0, 1, 2),
TmAddr.EncodeComplexInteger(0, 1, 3),
TmAddr.EncodeComplexInteger(0, 1, 4),
TmAddr.EncodeComplexInteger(0, 1, 5),
TmAddr.EncodeComplexInteger(10, 3, 5),
TmAddr.EncodeComplexInteger(20, 1, 1));
}
public void ReturnsCorrectValueWithAnalogsFilter(int ch, int rtu, int point, bool expected)
{
var analogs = new List <string> {
"20:3:2..4", "20:3:6"
};
var filter = new WorkerFilter(new WorkerFilterConfig {
Analogs = analogs
});
var analogType = TmNativeDefs.TmDataTypes.Analog;
var tmEvent = TmEventUtil.CreateRandomValidTmEvent(dto =>
{
dto.TmType = (short)analogType;
dto.Tma = (int)TmAddr.EncodeComplexInteger(ch, rtu, point);
});
var result = filter.IsEventSuitable(tmEvent);
result.Should().Be(expected);
}
public void ReturnsFalseWithStatusesAnalogsFilterAndOverlap()
{
var statuses = new List <string> {
"10:1:2..4", "10:1:6"
};
var analogs = new List <string> {
"20:3:2..4", "20:3:6"
};
var filter = new WorkerFilter(new WorkerFilterConfig {
Statuses = statuses, Analogs = analogs
});
var statusType = TmNativeDefs.TmDataTypes.Status;
var analogType = TmNativeDefs.TmDataTypes.Analog;
var tmEventStatusFalse = TmEventUtil.CreateRandomValidTmEvent(dto =>
{
dto.TmType = (short)statusType;
dto.Tma = (int)TmAddr.EncodeComplexInteger(20, 3, 6);
});
var tmEventStatusTrue = TmEventUtil.CreateRandomValidTmEvent(dto =>
{
dto.TmType = (short)statusType;
dto.Tma = (int)TmAddr.EncodeComplexInteger(10, 1, 6);
});
var tmEventAnalogFalse = TmEventUtil.CreateRandomValidTmEvent(dto =>
{
dto.TmType = (short)analogType;
dto.Tma = (int)TmAddr.EncodeComplexInteger(10, 1, 6);
});
var tmEventAnalogTrue = TmEventUtil.CreateRandomValidTmEvent(dto =>
{
dto.TmType = (short)analogType;
dto.Tma = (int)TmAddr.EncodeComplexInteger(20, 3, 6);
});
filter.IsEventSuitable(tmEventStatusFalse).Should().BeFalse();
filter.IsEventSuitable(tmEventStatusTrue).Should().BeTrue();
filter.IsEventSuitable(tmEventAnalogFalse).Should().BeFalse();
filter.IsEventSuitable(tmEventAnalogTrue).Should().BeTrue();
}