public async Task <IHttpActionResult> AllPCs(BootGridRequest bootRequest)
{
//get all pcs with it's properties
var pcs = _pcService.AllIncluding(item => item.CPU, item => item.Motherboard, item => item.PCMemories, item => item.PowerSupply, item => item.PCMemories.Select(e => e.Memory)).ToList()
.Select(item => new PCBootGridModel
{
Id = item.Id,
CustomerName = item.CustomerName,
Motherboard = item.Motherboard.Name,
MemoryAmount = item.PCMemories.Sum(pcm => pcm.Memory.Size * pcm.Count),//get sum of memory size
PowerSupply = item.PowerSupply.Name,
AssemblyNeeded = item.AssemblyNeeded,
TotalPrice = item.TotalPrice
})
.Skip((bootRequest.current - 1) * bootRequest.rowCount) //skip the previous page
.Take(bootRequest.rowCount); //take number of items
//setup bootgrid model
var model = new BootGridResponse <PCBootGridModel>()
{
Current = bootRequest.current,
RowCount = bootRequest.rowCount,
Rows = pcs,
Total = _pcService.All.Count()
};
return(Ok(model));
}
public async Task <IHttpActionResult> AllPCs(BootGridRequest bootRequest)
{
//get all pcs with it's properties
var pcs = _pcService.AllIncluding(item => item.CPU, item => item.Motherboard, item => item.PCMemories,
item => item.PowerSupply, item => item.PCMemories.Select(e => e.Memory))
.Select(item => new PCBootGridModel
{
Id = item.Id,
CustomerName = item.CustomerName,
Motherboard = item.Motherboard.Name,
MemoryAmount = item.PCMemories.Sum(pcm => pcm.Memory.Size * pcm.Count), //get sum of memory size
PowerSupply = item.PowerSupply.Name,
AssemblyNeeded = item.AssemblyNeeded,
TotalPrice = item.TotalPrice
});
//setup bootgrid model
var model = new BootGridResponse <PCBootGridModel>(bootRequest, pcs);
return(Ok(model));
}