public List <RoadFlow.Data.Model.MenuUser> GetAll(bool cache = true)
{
if (!cache)
{
Organize organize = new Organize();
List <RoadFlow.Data.Model.MenuUser> all = dataMenuUser.GetAll();
{
foreach (RoadFlow.Data.Model.MenuUser item in all)
{
item.Users = organize.GetAllUsersIdString(item.Organizes);
}
return(all);
}
}
object obj = Opation.Get(cachekey);
if (obj == null)
{
Organize organize2 = new Organize();
List <RoadFlow.Data.Model.MenuUser> all2 = dataMenuUser.GetAll();
foreach (RoadFlow.Data.Model.MenuUser item2 in all2)
{
item2.Users = organize2.GetAllUsersIdString(item2.Organizes);
}
Opation.Set(cachekey, all2);
return(all2);
}
return((List <RoadFlow.Data.Model.MenuUser>)obj);
}
public List <RoadFlow.Data.Model.MenuUser> GetAll(bool cache = true)
{
if (!cache)
{
Organize organize = new Organize();
List <RoadFlow.Data.Model.MenuUser> all = this.dataMenuUser.GetAll();
foreach (RoadFlow.Data.Model.MenuUser menuUser in all)
{
menuUser.Users = organize.GetAllUsersIdString(menuUser.Organizes);
}
return(all);
}
object obj = Opation.Get(MenuUser.cachekey);
if (obj != null)
{
return((List <RoadFlow.Data.Model.MenuUser>)obj);
}
Organize organize1 = new Organize();
List <RoadFlow.Data.Model.MenuUser> all1 = this.dataMenuUser.GetAll();
foreach (RoadFlow.Data.Model.MenuUser menuUser in all1)
{
menuUser.Users = organize1.GetAllUsersIdString(menuUser.Organizes);
}
Opation.Set(MenuUser.cachekey, (object)all1);
return(all1);
}
public List <RoadFlow.Data.Model.HomeItems> GetAllByUserID(Guid userID)
{
object obj = Opation.Get(this.cacheKey);
List <RoadFlow.Data.Model.HomeItems> homeItemsList1 = new List <RoadFlow.Data.Model.HomeItems>();
List <RoadFlow.Data.Model.HomeItems> homeItemsList2;
if (obj != null && obj is List <RoadFlow.Data.Model.HomeItems> )
{
homeItemsList2 = (List <RoadFlow.Data.Model.HomeItems>)obj;
}
else
{
Organize organize = new Organize();
homeItemsList2 = this.GetAll();
foreach (RoadFlow.Data.Model.HomeItems homeItems in homeItemsList2)
{
homeItems.UseUsers = organize.GetAllUsersIdString(homeItems.UseOrganizes);
}
Opation.Set(this.cacheKey, (object)homeItemsList2);
}
return(homeItemsList2.FindAll((Predicate <RoadFlow.Data.Model.HomeItems>)(p => p.UseUsers.Contains(userID.ToString(), StringComparison.CurrentCultureIgnoreCase))).OrderBy <RoadFlow.Data.Model.HomeItems, int>((Func <RoadFlow.Data.Model.HomeItems, int>)(p => p.Type)).ThenBy <RoadFlow.Data.Model.HomeItems, int?>((Func <RoadFlow.Data.Model.HomeItems, int?>)(p => p.Sort)).ToList <RoadFlow.Data.Model.HomeItems>());
}
public List <RoadFlow.Data.Model.HomeItems> GetAllByUserID(Guid userID)
{
object obj = Opation.Get(cacheKey);
List <RoadFlow.Data.Model.HomeItems> list = new List <RoadFlow.Data.Model.HomeItems>();
if (obj != null && obj is List <RoadFlow.Data.Model.HomeItems> )
{
list = (List <RoadFlow.Data.Model.HomeItems>)obj;
}
else
{
Organize organize = new Organize();
list = GetAll();
foreach (RoadFlow.Data.Model.HomeItems item in list)
{
item.UseUsers = organize.GetAllUsersIdString(item.UseOrganizes);
}
Opation.Set(cacheKey, list);
}
return((from p in list.FindAll((RoadFlow.Data.Model.HomeItems p) => p.UseUsers.Contains(userID.ToString(), StringComparison.CurrentCultureIgnoreCase))
orderby p.Type, p.Sort
select p).ToList());
}