public static async void CreateShiftV2(CreateShiftRequest request, CreateShiftResponse response)
{
ThrowIf.Null(request, "CreateShiftRequest");
ThrowIf.Null(response, "CreateShiftResponse");
string inventLocationDataAreaId = request.RequestContext.GetChannelConfiguration().InventLocationDataAreaId;
CreateShiftRTSAsync(request, response);
using (var databaseContext = new DatabaseContext(request))
{
ParameterSet parameters = new ParameterSet();
parameters["@CHANNEL"] = response.Shift.StoreRecordId;
parameters["@TERMINALID"] = response.Shift.TerminalId;
parameters["@STOREID"] = response.Shift.StoreId;
parameters["@SHIFTID"] = response.Shift.ShiftId;
parameters["@STAFFID"] = response.Shift.StaffId;
parameters["@CURRENTSTAFFID"] = response.Shift.CurrentStaffId;
parameters["@STATUS"] = response.Shift.Status;
parameters["@CURRENTTERMINALID"] = response.Shift.CurrentTerminalId;
parameters["@ISSHARED"] = response.Shift.IsShared;
parameters["@STARTDATETIMEUTC"] = DateTimeOffsetDataHelper.GetDbNullableDateTime(response.Shift.StartDateTime);
parameters["@STATUSDATETIMEUTC"] = DateTimeOffsetDataHelper.GetDbNullableDateTime(response.Shift.StatusDateTime);
parameters["@DATAAREAID"] = inventLocationDataAreaId;
parameters["@CASHDRAWER"] = response.Shift.CashDrawer;
databaseContext.ExecuteStoredProcedureNonQuery("[ext].[CreateNewShift]", parameters);
}
}
public static async Task <bool> CreateShiftRTSAsync(CreateShiftRequest request, CreateShiftResponse response)
{
Func <bool> function = new Func <bool>(() =>
{
string inventLocationDataAreaId = request.RequestContext.GetChannelConfiguration().InventLocationDataAreaId;
InvokeExtensionMethodRealtimeRequest extensionRequest = new InvokeExtensionMethodRealtimeRequest(
"CreateNewShift",
response.Shift.StoreRecordId,
response.Shift.TerminalId,
response.Shift.StoreId,
response.Shift.ShiftId,
response.Shift.StaffId,
response.Shift.CurrentStaffId,
Convert.ToInt32(response.Shift.Status),
response.Shift.CurrentTerminalId,
response.Shift.IsShared,
response.Shift.CashDrawer,
inventLocationDataAreaId);
InvokeExtensionMethodRealtimeResponse RTSResponse = request.RequestContext.Execute <InvokeExtensionMethodRealtimeResponse>(extensionRequest);
ReadOnlyCollection <object> results = RTSResponse.Result;
bool success = Convert.ToBoolean(results[0]);
return(success);
});
return(await Task.Run <bool>(function));
}
/// <summary>
/// Return true if the shifts overlap, return false if they do not.
/// </summary>
/// <param name="a"></param>
/// <param name="b"></param>
/// <returns></returns>
public static bool DoesShiftsOverlap(Shift a, CreateShiftRequest b)
{
if (a.Year == b.Year &&
a.Month == b.Month &&
a.Day == b.Day &&
!(a.EndTime <= b.StartTime || a.StartTime >= b.EndTime))
{
return(true);
}
return(false);
}
public static void CreateShiftAsync(CreateShiftRequest request, CreateShiftResponse response)
{
ThrowIf.Null(request, "CreateShiftRequest");
ThrowIf.Null(response, "CreateShiftResponse");
string inventLocationDataAreaId = request.RequestContext.GetChannelConfiguration().InventLocationDataAreaId;
Task.Run <bool>(() => {
InvokeExtensionMethodRealtimeRequest extensionRequest = new InvokeExtensionMethodRealtimeRequest(
"CreateNewShift",
response.Shift.StoreRecordId,
response.Shift.TerminalId,
response.Shift.StoreId,
response.Shift.ShiftId,
response.Shift.StaffId,
response.Shift.CurrentStaffId,
Convert.ToInt32(response.Shift.Status),
response.Shift.CurrentTerminalId,
response.Shift.IsShared,
response.Shift.CashDrawer,
inventLocationDataAreaId);
InvokeExtensionMethodRealtimeResponse RTSResponse = request.RequestContext.Execute <InvokeExtensionMethodRealtimeResponse>(extensionRequest);
ReadOnlyCollection <object> results = RTSResponse.Result;
bool success = Convert.ToBoolean(results[0]);
return(success);
});
Task.Run(() =>
{
using (var databaseContext = new DatabaseContext(request))
{
ParameterSet parameters = new ParameterSet();
parameters["@CHANNEL"] = response.Shift.StoreRecordId;
parameters["@TERMINALID"] = response.Shift.TerminalId;
parameters["@STOREID"] = response.Shift.StoreId;
parameters["@SHIFTID"] = response.Shift.ShiftId;
parameters["@STAFFID"] = response.Shift.StaffId;
parameters["@CURRENTSTAFFID"] = response.Shift.CurrentStaffId;
parameters["@STATUS"] = response.Shift.Status;
parameters["@CURRENTTERMINALID"] = response.Shift.CurrentTerminalId;
parameters["@ISSHARED"] = response.Shift.IsShared;
parameters["@STARTDATETIMEUTC"] = DateTimeOffsetDataHelper.GetDbNullableDateTime(response.Shift.StartDateTime);
parameters["@STATUSDATETIMEUTC"] = DateTimeOffsetDataHelper.GetDbNullableDateTime(response.Shift.StatusDateTime);
parameters["@DATAAREAID"] = inventLocationDataAreaId;
parameters["@CASHDRAWER"] = response.Shift.CashDrawer;
databaseContext.ExecuteStoredProcedureNonQuery("[ext].[CreateNewShift]", parameters);
}
}).Wait();
}
public async Task <IActionResult> Create([FromRoute] Guid employeeId, [FromBody] CreateShiftRequest request)
{
#region Error-handling
// NOTE: An issue with amount of days per month where a month might have 30 days, but 31 is a valid input
// Would be better to have a type like DateTime that handles this
if (request.Day < 1 || request.Day > 31 || request.Month < 1 || request.Month > 12 || request.Year < 1 ||
new DateTime(request.Year, request.Month, request.Day) < DateTime.Now)
{
return(StatusCode(StatusCodes.Status406NotAcceptable, "The given date for the shift is not valid!" +
"\nMake sure the date is not in the past, and that Day is between 1-31, and Month is between 1-12!"));
}
// Handle out of bounds start time
if (request.StartTime < 0 || request.StartTime > 23)
{
return(StatusCode(StatusCodes.Status406NotAcceptable, "The time given for the start of the shift is not valid! Must be between 0 and 23!"));
}
// Handle out of bounds end time
if (request.EndTime <= request.StartTime || request.EndTime > 24)
{
return(StatusCode(StatusCodes.Status406NotAcceptable, "The time given for the end of the shift is not valid! Must be higher than the start time (" + request.StartTime + "), but no higher than 24!"));
}
// Check that shift does not overlap with an existing shift for the given employee
List <Shift> employeeShifts = await _shiftService.GetShiftsForSpecificEmployeeByIdAsync(employeeId);
for (int i = 0; i < employeeShifts.Count; i++)
{
if (DoesShiftsOverlap(employeeShifts[i], request))
{
return(StatusCode(StatusCodes.Status406NotAcceptable, "The new time for this shift overlaps with a different shift (Id:" + employeeShifts[i].Id + ") for this employee (Id:" + employeeId + ")"));
}
}
#endregion
Shift shift = new Shift {
ShiftOwnerId = employeeId, Day = request.Day, Month = request.Month,
Year = request.Year, StartTime = request.StartTime, EndTime = request.EndTime
};
await _shiftService.CreateShiftAsync(shift);
string baseUrl = HttpContext.Request.Scheme + "//" + HttpContext.Request.Host.ToUriComponent();
string locationUri = baseUrl + "/" + ApiRoutes.Shifts.Get.Replace("{shiftId}", shift.Id.ToString());
ShiftResponse response = new ShiftResponse {
Id = shift.Id
};
return(Created(locationUri, response));
}
private void CreateShift(CreateShiftRequest request, CreateShiftResponse response)
{
UnclosedShiftDataServiceAsync.CreateShiftAsync(request, response);
}
