bool TryToOpen(string path)
{
const string errorheader = "Could not open file";
if (!File.Exists(path))
{
Error.Show(
"\"{0}\" does not exist"
, errorheader, path);
return(false);
}
else
{
try
{
Kmt kmt = new Kmt();
kmt.Load(path);
ResetData();
msv_Program.LoadKmt(kmt);
openkmt = kmt;
openfname = new StringValue(path);
}
catch (Exception ex)
{
Error.Show(ex.Message, errorheader);
return(false);
}
}
return(true);
}
void File_Save(bool forcesaveas)
{
bool fileisfound()
{
bool filefound = false;
if (openfname != null)
{
if (File.Exists(openfname.Value))
{
filefound = true;
}
}
return(filefound);
}
bool SaveIt()
{
string savefilename;
if (forcesaveas | (!fileisfound()))
{
SaveFileDialog dialog = new SaveFileDialog();
dialog.Filter = "KMT File|*.kmt";
if (dialog.ShowDialog() == DialogResult.OK)
{
savefilename = dialog.FileName;
}
else
{
return(false);
}
}
else
{
savefilename = openfname.Value;
}
Kmt kmt = new Kmt();
kmt.Entries = msv_Program.Missions();
kmt.Save(savefilename);
openfname = new StringValue(savefilename);
openkmt = kmt;
return(true);
}
SaveIt();
}
public void LoadKmt(Kmt kmt)
{
clear();
for (int n = 0; n < kmt.Entries.Count; n += 1)
{
KmtEntry entry = kmt.Entries[n];
KmtEntry newentry = cloneentry(entry);
int section_index = n / 8;
int mission_index = n % 8;
TreeNode mission = new TreeNode(String.Format(
"{0} - {1}"
, section_index + 1, mission_index + 1));
nodemission.Add(mission, newentry);
tv_Missions.Nodes.Add(mission);
}
updatebuttons();
}
void ResetData()
{
msv_Program.Clear();
openfname = null;
openkmt = null;
}
static void Main(string[] args)
{
using var loggerFactory = LoggerFactory.Create(builder =>
{
builder
.AddSimpleConsole(options =>
{
options.IncludeScopes = true;
options.SingleLine = true;
});
});
Console.WriteLine($"{Assembly.GetEntryAssembly().GetName().Name} v{Assembly.GetEntryAssembly().GetName().Version}\n");
var kmt = new Kmt(loggerFactory.CreateLogger <Kmt>());
foreach (var adapter in kmt.GetAdapters())
{
if (adapter.AdapterType.SoftwareDevice) //skip software devices
{
adapter.Dispose();
continue;
}
Console.WriteLine("ID 8, Adapter Registry Info:");
Console.WriteLine($" - adapter string : {adapter.AdapterRegistryInfo.AdapterString}");
Console.WriteLine($" - bios string : {adapter.AdapterRegistryInfo.BiosString}");
Console.WriteLine($" - dac type : {adapter.AdapterRegistryInfo.DacType}");
Console.WriteLine($" - chip type : {adapter.AdapterRegistryInfo.ChipType}");
Console.WriteLine("");
Console.WriteLine("ID 13, Driver Version:");
Console.WriteLine($" - wddm version : {adapter.DriverVersion}");
Console.WriteLine("");
Console.WriteLine("ID 15, Adapter Type:");
Console.WriteLine($" - render supp. : {adapter.AdapterType.RenderSupported}");
Console.WriteLine($" - display supp. : {adapter.AdapterType.DisplaySupported}");
Console.WriteLine($" - software device: {adapter.AdapterType.SoftwareDevice}");
Console.WriteLine($" - post device : {adapter.AdapterType.PostDevice}");
Console.WriteLine($" - hybrid discrete: {adapter.AdapterType.HybridDiscrete}");
Console.WriteLine($" - hybrid integr. : {adapter.AdapterType.HybridIntegrated}");
Console.WriteLine($" - indirect displ.: {adapter.AdapterType.IndirectDisplayDevice}");
Console.WriteLine($" - paravirtualized: {adapter.AdapterType.Paravirtualized}");
Console.WriteLine($" - ACG supported : {adapter.AdapterType.ACGSupported}");
Console.WriteLine($" - tmngs from vidp: {adapter.AdapterType.SupportSetTimingsFromVidPn}");
Console.WriteLine($" - detachable : {adapter.AdapterType.Detachable}");
Console.WriteLine($" - compute only : {adapter.AdapterType.ComputeOnly}");
Console.WriteLine($" - prototype : {adapter.AdapterType.Prototype}");
Console.WriteLine($" - rt power mngmt : {adapter.AdapterType.RuntimePowerManagement}");
Console.WriteLine("");
Console.WriteLine("ID 24, WDDM 2.0 Capabilities:");
Console.WriteLine($" - 64-bit atomics : {adapter.WddmCapabilities_20.Atomics64Bit}");
Console.WriteLine($" - GPU MMU : {adapter.WddmCapabilities_20.GpuMmu}");
Console.WriteLine($" - Io MMU : {adapter.WddmCapabilities_20.IoMmu}");
Console.WriteLine($" - flip overwrite : {adapter.WddmCapabilities_20.FlipOverwrite}");
Console.WriteLine($" - ctxless present : {adapter.WddmCapabilities_20.ContextlessPresent}");
Console.WriteLine($" - surprise removal: {adapter.WddmCapabilities_20.SurpriseRemoval}");
Console.WriteLine("");
Console.WriteLine("ID 26, Content Protection Driver Name:");
Console.WriteLine($" - cp driver name : {adapter.ContentProtectionDriverName.ContentProtectionFileName}");
Console.WriteLine("");
Console.WriteLine("ID 31, Physical Adapter Device IDs:");
Console.WriteLine($" - vendor id : 0x{adapter.DeviceIds.VendorID:X4}");
Console.WriteLine($" - device id : 0x{adapter.DeviceIds.DeviceID:X4}");
Console.WriteLine($" - subvendor id : 0x{adapter.DeviceIds.SubVendorID:X4}");
Console.WriteLine($" - subsystem id : 0x{adapter.DeviceIds.SubSystemID:X4}");
Console.WriteLine($" - revision id : 0x{adapter.DeviceIds.RevisionID:X4}");
Console.WriteLine($" - bus type : 0x{adapter.DeviceIds.BusType}");
Console.WriteLine("");
Console.WriteLine("ID 34, GPU MMU Capabilities:");
Console.WriteLine($" - VA bit count : {adapter.GpuMmuCapabilities.VirtualAddressBitCount}");
Console.WriteLine($" - r/o : {adapter.GpuMmuCapabilities.ReadOnlyMemorySupported}");
Console.WriteLine($" - no_exec : {adapter.GpuMmuCapabilities.NoExecuteMemorySupported}");
Console.WriteLine($" - cache_coherent : {adapter.GpuMmuCapabilities.CacheCoherentMemorySupported}");
Console.WriteLine("");
Console.WriteLine("ID 62, Adapter Performance Data:");
Console.WriteLine($" - mem. freq. : {adapter.PerformanceData.MemoryFrequency} Hz");
Console.WriteLine($" - mem. freq. max : {adapter.PerformanceData.MaxMemoryFrequency} Hz");
Console.WriteLine($" - mem. freq. OC : {adapter.PerformanceData.MaxMemoryFrequencyOC} Hz");
Console.WriteLine($" - mem. bandwidth : {adapter.PerformanceData.MemoryBandwidth} Bytes");
Console.WriteLine($" - pcie bandwidth : {adapter.PerformanceData.PCIEBandwidth} Bytes");
Console.WriteLine($" - fan speed : {adapter.PerformanceData.FanRPM} RPM");
Console.WriteLine($" - power draw : {adapter.PerformanceData.Power/10.0} %");
Console.WriteLine($" - temperature : {adapter.PerformanceData.Temperature / 10.0} *C");
Console.WriteLine($" - power state ovr: {adapter.PerformanceData.PowerStateOverride}");
Console.WriteLine("");
Console.WriteLine("ID 63, Adapter Performance Data Capabilities:");
Console.WriteLine($" - adapter idx : {adapter.PerformanceDataCapabilities.PhysicalAdapterIndex}");
Console.WriteLine($" - max mem bandwth: {adapter.PerformanceDataCapabilities.MaxMemoryBandwidth} Bytes");
Console.WriteLine($" - max pci bandwth: {adapter.PerformanceDataCapabilities.MaxPCIEBandwidth} Bytes");
Console.WriteLine($" - max fan speed : {adapter.PerformanceDataCapabilities.MaxFanRPM} RPM");
Console.WriteLine($" - temp max : {adapter.PerformanceDataCapabilities.TemperatureMax / 10.0} *C");
Console.WriteLine($" - temp warning : {adapter.PerformanceDataCapabilities.TemperatureWarning / 10.0} *C");
Console.WriteLine("");
Console.WriteLine("ID 64, GPU version :");
Console.WriteLine($" - adapter idx : {adapter.GpuVersion.PhysicalAdapterIndex}");
Console.WriteLine($" - bios version : {adapter.GpuVersion.BiosVersion}");
Console.WriteLine($" - gpu version : {adapter.GpuVersion.GpuArchitecture}");
Console.WriteLine("");
Console.WriteLine("ID 70, WDDM 2.7 Capabilities:");
Console.WriteLine($" - HwSch supported : {adapter.WddmCapabilities_27.HwSchSupported}");
Console.WriteLine($" - HwSch enabled : {adapter.WddmCapabilities_27.HwSchEnabled}");
Console.WriteLine($" - HwSch enbl deflt: {adapter.WddmCapabilities_27.HwSchEnabledByDefault}");
Console.WriteLine($" - idpdt vdpn vsync: {adapter.WddmCapabilities_27.IndependentVidPnVSyncControl}");
Console.WriteLine("");
adapter.Dispose();
}
Console.ReadKey();
}
