public async Task <AddressTypeViewModel> GetAddressTypeAsync()
{
try
{
var dataList = await _iAddressTypeRepository.GetAddressTypesAsync();
var data = dataList.FirstOrDefault();
return(_iMapper.Map <AddressType, AddressTypeViewModel>(data));
}
catch (Exception)
{
throw;
}
}
public async Task <DataTablesResponse> GetDataTablesResponseAsync(IDataTablesRequest request)
{
var modelList = await _iAddressTypeRepository.GetAddressTypesAsync();
var viewModelList = _iMapper.Map <IEnumerable <AddressType>, IEnumerable <AddressTypeViewModel> >(modelList);
// Global filtering.
// Filter is being manually applied due to in-memmory (IEnumerable) data.
// If you want something rather easier, check IEnumerableExtensions Sample.
int dataCount = viewModelList.Count();
int filteredDataCount = 0;
IEnumerable <AddressTypeViewModel> dataPage;
if (viewModelList.Count() > 0 && request != null)
{
var filteredData = String.IsNullOrWhiteSpace(request.Search.Value)
? viewModelList
: viewModelList.Where(_item => _item.TypeName.Contains(request.Search.Value));
dataCount = filteredData.Count();
// Paging filtered data.
// Paging is rather manual due to in-memmory (IEnumerable) data.
dataPage = filteredData.Skip(request.Start).Take(request.Length);
filteredDataCount = filteredData.Count();
}
else
{
var filteredData = viewModelList;
dataCount = filteredData.Count();
dataPage = filteredData;
filteredDataCount = filteredData.Count();
}
// Response creation. To create your response you need to reference your request, to avoid
// request/response tampering and to ensure response will be correctly created.
var response = DataTablesResponse.Create(request, dataCount, filteredDataCount, dataPage);
return(response);
}