public ARPager(int pageSize, IARPaginableDataSource source, int currentPage)
{
var count = source.ObtainCount();
var startIndex = (pageSize * currentPage) - pageSize;
var endIndex = Math.Min(startIndex + pageSize, count);
enumerable = source.Paginate(pageSize, currentPage);
CalculatePaginationInfo(startIndex, endIndex, count, pageSize, currentPage);
}
public ARPager(int pageSize, IARPaginableDataSource source, int currentPage)
{
int count = source.ObtainCount();
int startIndex = (pageSize * currentPage) - pageSize;
int endIndex = Math.Min(startIndex + pageSize, count);
enumerable = source.Paginate(pageSize, currentPage);
CalculatePaginationInfo(startIndex, endIndex, count, pageSize, currentPage);
}
/// <summary>
/// Paginates using the specified <see cref="IARPaginableDataSource"/>.
/// </summary>
public static IPaginatedPage CreatePagination(int pageSize, IARPaginableDataSource criteria)
{
return new ARPager(pageSize, criteria, ObtainCurrentPage());
}
/// <summary>
/// Paginates using the specified <see cref="IARPaginableDataSource"/>.
/// </summary>
public static IPaginatedPage CreatePagination(int pageSize, IARPaginableDataSource criteria)
{
return(new ARPager(pageSize, criteria, ObtainCurrentPage()));
}
public IPaginatedPage Paginate(IARPaginableDataSource q, int pageSize)
{
return(ARPaginationHelper.CreatePagination(pageSize, q));
}
public IPaginatedPage Paginate(IARPaginableDataSource q)
{
int pageSize = ((CustomBaseController)Controller).Config.PageSize;
return(Paginate(q, pageSize));
}
