public void SetsEmptyStatusesWhenEmpty()
{
var filter = new WorkerFilter(new WorkerFilterConfig {
Statuses = new List <string>()
});
filter.Statuses.Should().BeEmpty();
}
public static CalendarPage CheckWorkingFilter(this CalendarPage page, WorkerFilter filterType)
{
page.WorkingFilter.Buttons.Count.Wait($"ожидаем появления двух кнопок").EqualTo(2);
page.WorkingFilter.GetButton((int)filterType)
.Checked
.Wait($"ожидаем включенный фильтр {filterType.ToString()}").EqualTo(true);
return(page);
}
public void SetsCorrectImportances(params int[] importances)
{
var filter = new WorkerFilter(new WorkerFilterConfig {
Importances = importances.ToList()
});
filter.Importances.Should().Equal(importances);
}
public void SetsAllImportancesWhenNull()
{
var filter = new WorkerFilter(new WorkerFilterConfig {
Importances = null
});
filter.Importances.Should().Equal(0, 1, 2, 3);
}
public void SetsEmptyAnalogsWhenEmpty()
{
var filter = new WorkerFilter(new WorkerFilterConfig {
Analogs = new List <string>()
});
filter.Analogs.Should().BeEmpty();
}
public void SetsEmptyStatusesWhenNull()
{
var filter = new WorkerFilter(new WorkerFilterConfig {
Statuses = null
});
filter.Statuses.Should().BeEmpty();
}
public void SetsCorrectTypes(TmEventTypes expected, params TmEventTypes[] types)
{
var filter = new WorkerFilter(new WorkerFilterConfig {
Types = types.ToList()
});
filter.Types.Should().Be(expected);
}
public void SetsAnyTypesWhenNull()
{
var filter = new WorkerFilter(new WorkerFilterConfig {
Types = null
});
filter.Types.Should().Be(TmEventTypes.Any);
}
public void SetsDefaultValuesWhenNull()
{
var filter = new WorkerFilter(null);
filter.Types.Should().Be(TmEventTypes.Any);
filter.Importances.Should().Equal(0, 1, 2, 3);
filter.Statuses.Should().BeEmpty();
filter.Analogs.Should().BeEmpty();
}
public JsonResult Filter(WorkerFilter filter)
{
var response = _workerService.Filter(filter);
if (filter.IsReport)
{
var branches = _branchService.Filter(new BranchFilter()).Branches;
response.Workers.ForEach(worker => worker.Branch = branches.FirstOrDefault(branch => branch.Id.IsEqualTo(worker.BranchId)));
}
return(new JsonFactory().Success(response.Workers, response.TotalRecords));
}
public void ReturnsCorrectValueWithImportancesFilter(int importance, bool expected)
{
var importances = new List <int> {
1, 2
};
var filter = new WorkerFilter(new WorkerFilterConfig {
Importances = importances
});
var tmEvent = TmEventUtil.CreateRandomValidTmEvent(dto => dto.Importance = (short)importance);
var result = filter.IsEventSuitable(tmEvent);
result.Should().Be(expected);
}
public void ReturnsCorrectValueWithTypesFilter(TmEventTypes tmEventType, bool expected)
{
var types = new List <TmEventTypes> {
TmEventTypes.StatusChange, TmEventTypes.Alarm
};
var filter = new WorkerFilter(new WorkerFilterConfig {
Types = types
});
var tmEvent = TmEventUtil.CreateRandomValidTmEvent(dto => dto.RecType = (short)tmEventType);
var result = filter.IsEventSuitable(tmEvent);
result.Should().Be(expected);
}
public FileResult Export(WorkerFilter filter)
{
var response = _workerService.Filter(filter);
var branches = _branchService.Filter(new BranchFilter()).Branches;
var csv = new CsvExport();
if (filter.IsReport)
{
csv.ConcatRow(0, "COMPAÑÍA,ID SUCURSAL,SUCURSAL,DEPARTAMENTO,PUESTO,CÓDIGO,NOMBRE,GÉNERO,NSS,FECHA CONSUMO,CONSUMIDO,RECOMENDADO");
foreach (var worker in response.Workers)
{
var today = DateTimeExtensions.Today();
var startDate = filter.Month.IsGreaterThanZero() ? new DateTime(today.Year, today.Month, 1).ConvertToString() : "";
var endDate = filter.Month.IsGreaterThanZero() ? new DateTime(today.Year, today.Month, DateTime.DaysInMonth(today.Year, today.Month)).ConvertToString() : "";;
var responseCalories = _reservationService.Report(new ReservationReport {
WorkerId = worker.Id, StartDate = startDate, EndDate = endDate
});
var currentCompany = branches.First(branch => branch.Id.IsEqualTo(worker.BranchId)).Company.Name;
//var responseCalories = new ReservationReportResponse
//{
// Calories = new List<ReservationCalorieReportResponse>
//{
// new ReservationCalorieReportResponse{Date = DateTimeExtensions.Today().AddDays(-7).ConvertToString(),Dinner = 200, Lunch = 1000, BreakFast = 150},
// new ReservationCalorieReportResponse{Date = DateTimeExtensions.Today().AddDays(-6).ConvertToString(),Dinner = 164, Lunch = 1000, BreakFast = 150},
// new ReservationCalorieReportResponse{Date = DateTimeExtensions.Today().AddDays(-5).ConvertToString(),Dinner = 195, Lunch = 1000, BreakFast = 150},
// new ReservationCalorieReportResponse{Date = DateTimeExtensions.Today().AddDays(-4).ConvertToString(),Dinner = 109, Lunch = 1000, BreakFast = 203},
// new ReservationCalorieReportResponse{Date = DateTimeExtensions.Today().AddDays(-3).ConvertToString(),Dinner = 287, Lunch = 1000, BreakFast = 343},
// new ReservationCalorieReportResponse{Date = DateTimeExtensions.Today().AddDays(-2).ConvertToString(),Dinner = 207, Lunch = 1000, BreakFast = 150},
// new ReservationCalorieReportResponse{Date = DateTimeExtensions.Today().AddDays(-1).ConvertToString(),Dinner = 218, Lunch = 1000, BreakFast = 145}
//}
//};
foreach (var calorie in responseCalories.Calories)
{
var sumCalories = calorie.BreakFast + calorie.Dinner + calorie.Lunch;
var row = string.Format("{0},{1},{2},{3},{4},{5},{6},{7},{8},{9},{10},{11}", currentCompany, worker.BranchId, worker.Branch.Name, worker.Department.Name, worker.Job.Name, worker.Code, worker.FullName, EnumResolver.Gender(worker.Gender.GetValue()), worker.Imss, calorie.Date, sumCalories.RoundDecimal(), worker.LimitEnergy);
csv.ConcatRow(0, row);
}
}
}
else
{
csv.ConcatRow(0, "CÓDIGO,NOMBRE,APELLIDO,EMAIL,IMSS,GÉNERO,GAFFETE,INGESTA CALÓRICA,SUCURSAL,DEPARTAMENTO,PUESTO,ROL,ESTADO");
csv.ConcatRows(0, "Code,FirstName,LastName,Email,Imss,GenderLabel,Badge,LimitEnergy,Branch,Department,Job,Role,Status", response.Workers);
}
var stream = csv.RetrieveFile();
return(new StreamFactory().Csv(stream, "Ingesta calórica por colaborador"));
}
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 ReturnsTrueWhenEmptyFilter()
{
var filter = new WorkerFilter(null);
var tmEvents = new List <TmEvent>();
for (var i = 0; i < 100; i++)
{
tmEvents.Add(TmEventUtil.CreateRandomValidTmEvent());
}
foreach (var tmEvent in tmEvents)
{
filter.IsEventSuitable(tmEvent)
.Should()
.BeTrue();
}
}
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 ReturnsFalseWithStatusesAnalogsFilterAndZeroAddr()
{
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 tmEvent = TmEventUtil.CreateRandomValidTmEvent(dto =>
{
dto.TmType = 0;
dto.Tma = 0;
});
var result = filter.IsEventSuitable(tmEvent);
result.Should().BeFalse();
}
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();
}
public static CalendarPage SetWorkingFilter(this CalendarPage page, WorkerFilter filterType)
{
page.WorkingFilter.Buttons.Count.Wait($"ожидаем появления двух кнопок").EqualTo(2);
page.WorkingFilter.GetButton((int)filterType).Click();
return(page.CheckWorkingFilter(filterType));
}
