public virtual async Task <PagedResultDto <IdentityUserDto> > GetListAsync(GetIdentityUsersInput input)
{
var count = await UserRepository.GetCountAsync(input.Filter);
var list = await UserRepository.GetListAsync(input.Sorting, input.MaxResultCount, input.SkipCount, input.Filter);
return(new PagedResultDto <IdentityUserDto>(
count,
ObjectMapper.Map <List <IdentityUser>, List <IdentityUserDto> >(list)
));
}
public virtual Task <PagedResultDto <IdentityUserDto> > GetListAsync(GetIdentityUsersInput input)
{
return(UserAppService.GetListAsync(input));
}
public Task <PagedResultDto <IdentityUserDto> > GetUsersAsync(Guid?ouId, GetIdentityUsersInput usersInput)
{
return(UnitAppService.GetUsersAsync(ouId, usersInput));
}
public virtual async Task <PagedResultDto <IdentityUserDto> > GetUsersAsync(Guid?ouId, GetIdentityUsersInput userInput)
{
if (!ouId.HasValue)
{
return(await UserAppService.GetListAsync(userInput));
}
IEnumerable <IdentityUser> list = new List <IdentityUser>();
var ou = await UnitRepository.GetAsync(ouId.Value);
var selfAndChildren = await UnitRepository.GetAllChildrenWithParentCodeAsync(ou.Code, ou.Id);
selfAndChildren.Add(ou);
//Consider submitting PR to get its own overloading method containing all the members of the child node
foreach (var child in selfAndChildren)
{
// Find child nodes where users have duplicates (users can have multiple organizations)
//count += await UnitRepository.GetMembersCountAsync(child, usersInput.Filter);
list = Enumerable.Union(list, await UnitRepository.GetMembersAsync(
child,
userInput.Sorting,
//usersInput.MaxResultCount, // So let's think about looking up all the members of the subset
//usersInput.SkipCount,
filter: userInput.Filter
));
}
return(new PagedResultDto <IdentityUserDto>(
list.Count(),
ObjectMapper.Map <List <IdentityUser>, List <IdentityUserDto> >(
list.Skip(userInput.SkipCount).Take(userInput.MaxResultCount)
.ToList()
)
));
}
