public async Task <Result <IEnumerable <Computer> > > GetPhysicalComputersAsync()
{
try
{
var result = await Task.Run(() => _componentRepo.Get <Win32_ComputerSystem>());
var output = result.Select(x => ComputerMapper.From(x)).ToList();
return(Result <IEnumerable <Computer> > .Ok(output));
}
catch (Exception e)
{
return(Result <IEnumerable <Computer> > .Fail(e));
}
}
public async Task <Result <IEnumerable <GPU> > > GetPhysicalGPUsAsync()
{
try
{
var result = await Task.Run(() => _componentRepo.Get <Win32_VideoController>());
var output = result.Select(x => GPUMapper.From(x));
return(Result <IEnumerable <GPU> > .Ok(output));
}
catch (Exception e)
{
return(Result <IEnumerable <GPU> > .Fail(e));
}
}
public async Task <Result <IEnumerable <Storage> > > GetPhysicalStoragesAsync()
{
var output = new List <Storage>();
var win32DiskDrives = await GetPhysicalData(() => _componentRepo.Get <Win32_DiskDrive>());
if (!win32DiskDrives.IsSuccess)
{
return(Result <IEnumerable <Storage> > .Fail(win32DiskDrives.Exception));
}
var win32DiskPartitions = await GetPhysicalData(() => _componentRepo.Get <Win32_DiskPartition>());
if (!win32DiskPartitions.IsSuccess)
{
return(Result <IEnumerable <Storage> > .Fail(win32DiskPartitions.Exception));
}
var win32DiskDriveToDiskPartitions = await GetPhysicalData(() => _componentRepo.Get <Win32_DiskDriveToDiskPartition>());
if (!win32DiskDriveToDiskPartitions.IsSuccess)
{
return(Result <IEnumerable <Storage> > .Fail(win32DiskDriveToDiskPartitions.Exception));
}
var win32LogicalDiscsToPartitions = await GetPhysicalData(() => _componentRepo.Get <Win32_LogicalDiskToPartition>());
if (!win32LogicalDiscsToPartitions.IsSuccess)
{
return(Result <IEnumerable <Storage> > .Fail(win32LogicalDiscsToPartitions.Exception));
}
var win32LogicalDiscs = await GetPhysicalData(() => _componentRepo.Get <Win32_LogicalDisk>());
if (!win32LogicalDiscs.IsSuccess)
{
return(Result <IEnumerable <Storage> > .Fail(win32LogicalDiscs.Exception));
}
var msftPhysicalDiscs = await GetPhysicalData(() => _componentRepo.Get <MSFT_PhysicalDisk>());
if (!msftPhysicalDiscs.IsSuccess)
{
return(Result <IEnumerable <Storage> > .Fail(msftPhysicalDiscs.Exception));
}
var mappings = RelateObjects(win32DiskDriveToDiskPartitions.Output, win32LogicalDiscsToPartitions.Output);
if (!mappings.IsSuccess)
{
return(Result <IEnumerable <Storage> > .Fail(mappings.Exception));
}
try
{
foreach (var mapGroup in mappings.Output.GroupBy(x => x.DiskDrive).ToList())
{
var diskDrive = win32DiskDrives.Output.First(x => x.DeviceID == mapGroup.Key);
var msftPhysicalDisk = msftPhysicalDiscs.Output.First(x => x.Model == diskDrive.Model);
var diskPartitions = new List <Partition>();
foreach (var mapping in mapGroup)
{
var diskPartition = win32DiskPartitions.Output.First(x => x.DeviceID == mapping.DiskPartition);
var logicalDisk = win32LogicalDiscs.Output.FirstOrDefault(x => x.DeviceID == mapping.LogicalDisk);
diskPartitions.Add(PartitionMapper.From(diskPartition, logicalDisk));
}
output.Add(StorageMapper.From(diskDrive, msftPhysicalDisk, diskPartitions));
}
return(Result <IEnumerable <Storage> > .Ok(output));
}
catch (Exception e)
{
return(Result <IEnumerable <Storage> > .Fail(e));
}
}