public async Task <LeaveResult> DeclineAsync(int leaveId)
{
var leave = leavesRepository.GetById(leaveId);
if (leave == null)
{
return(LeaveResult.ReturnNotFound());
}
if (leave.Status == LeaveStatus.Approved)
{
return(LeaveResult.Fail(
$"Cannot decline leave id={leaveId} " +
"that has already been approved"
));
}
if (leave.Status == LeaveStatus.Declined)
{
return(LeaveResult.Fail(
$"Leave id={leaveId} has already been declined"
));
}
try
{
leave.Status = LeaveStatus.Declined;
await leavesRepository.UpdateAsync(leave);
}
catch (DbUpdateConcurrencyException)
{
return(LeaveResult.Fail(
$"Leave id={leaveId} is being updated by another user"
));
}
return(LeaveResult.Succeed());
}
public async Task <LeaveResult> ApproveAsync(int leaveId)
{
var leave = leavesRepository.GetById(leaveId);
if (leave == null)
{
return(LeaveResult.ReturnNotFound());
}
if (leave.Status == LeaveStatus.Approved)
{
return(LeaveResult.Fail(
$"Leave id={leaveId} has already been approved"
));
}
try
{
var publishContract = mapper.Map <Leave, PublishUserEventContract>(leave);
var eventUrl = await googleCalendarManager.PublishUserEventAsync(
publishContract
);
leave.Status = LeaveStatus.Approved;
leave.GoogleCalendarLink = eventUrl;
await leavesRepository.UpdateAsync(leave);
}
catch (DbUpdateConcurrencyException)
{
return(LeaveResult.Fail(
$"Leave id={leaveId} is being updated by another user"
));
}
return(LeaveResult.Succeed());
}