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[WIP] Almost ready to test new libs

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This commit is contained in:
Terry MacDonald 2021-08-22 16:49:38 +12:00
parent bd89993770
commit 998293621e
11 changed files with 350 additions and 640 deletions
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4
DisplayMagician/DisplayMagician.csproj
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@ -175,7 +175,6 @@
<DependentUpon>StartProgramControl.cs</DependentUpon> <DependentUpon>StartProgramControl.cs</DependentUpon>
</Compile> </Compile>
<Compile Include="Validators.cs" /> <Compile Include="Validators.cs" />
<Compile Include="DisplayRepresentation.cs" />
<Compile Include="InterProcess\IPCClient.cs" /> <Compile Include="InterProcess\IPCClient.cs" />
<Compile Include="InterProcess\InstanceStatus.cs" /> <Compile Include="InterProcess\InstanceStatus.cs" />
<Compile Include="InterProcess\IService.cs" /> <Compile Include="InterProcess\IService.cs" />
@ -315,9 +314,6 @@
<PackageReference Include="WinCopies.IconExtractor"> <PackageReference Include="WinCopies.IconExtractor">
<Version>1.0.3-rc</Version> <Version>1.0.3-rc</Version>
</PackageReference> </PackageReference>
<PackageReference Include="WindowsDisplayAPI">
<Version>1.3.0.13</Version>
</PackageReference>
<PackageReference Include="WinFormAnimation"> <PackageReference Include="WinFormAnimation">
<Version>1.6.0.4</Version> <Version>1.6.0.4</Version>
</PackageReference> </PackageReference>

140
DisplayMagician/DisplayRepresentation.cs
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@ -1,140 +0,0 @@
using System;
using System.Collections.Generic;
using System.Drawing;
using System.Linq;
using DisplayMagicianShared;
using DisplayMagicianShared.Topology;
namespace DisplayMagician
{
internal class DisplayRepresentation
{
public DisplayRepresentation(Display display)
{
Name = display.DeviceName;
Path = display.DevicePath;
var index = Path.IndexOf("{", StringComparison.OrdinalIgnoreCase);
if (index > 0)
{
Path = Path.Substring(0, index).TrimEnd('#');
}
IsAvailable = display.IsAvailable;
if (IsAvailable)
{
PossibleSettings = GetDisplay()?.GetPossibleSettings()?.ToArray() ?? new DisplayPossibleSetting[0];
}
}
public DisplayRepresentation(PathTarget display)
{
Name = display.DisplayName;
Path = display.DevicePath;
IsAvailable = GetDisplay()?.IsAvailable ?? false;
if (IsAvailable)
{
PossibleSettings = GetDisplay()?.GetPossibleSettings()?.ToArray() ?? new DisplayPossibleSetting[0];
}
}
public bool IsAvailable { get; }
public string Name { get; }
public string Path { get; }
public DisplayPossibleSetting[] PossibleSettings { get; }
public static IEnumerable<DisplayRepresentation> GetDisplays(ProfileItem profile = null)
{
//var displays =
// Display.GetDisplays()
// .Select(display => new DisplayRepresentation(display))
// .OrderByDescending(representation => representation.IsAvailable)
// .GroupBy(representation => representation.Path)
// .Select(grouping => grouping.First()).ToList();
var displays = new List<DisplayRepresentation>();
/*if (profile != null)
{
foreach (var target in profile.Paths.SelectMany(path => path.TargetDisplays))
{
if (displays.All(display => display.Path != target.DevicePath))
{
displays.Add(new DisplayRepresentation(target));
}
}
}*/
return displays;
}
public Display GetDisplay()
{
return Display.GetDisplays().FirstOrDefault(display => display.DevicePath.StartsWith(Path));
}
/*public Path GetPathSource(ProfileItem profile)
{
return profile.Paths.FirstOrDefault(path => path.TargetDisplays.Any(target => target.DevicePath == Path));
}
public PathTarget GetPathTarget(ProfileItem profile)
{
return profile.Paths.SelectMany(path => path.TargetDisplays).FirstOrDefault(target => target.DevicePath == Path);
}*/
public PathDisplayTarget GetTargetInfo()
{
return
PathDisplayTarget.GetDisplayTargets()
.Where(target => target.DevicePath.StartsWith(Path))
.OrderByDescending(target => target.IsAvailable)
.FirstOrDefault();
}
public Bitmap ToBitmap(Size size, ProfileItem profile = null)
{
var targetInfo = GetTargetInfo();
var resolution = Size.Empty;
/*if (targetInfo != null && targetInfo.IsAvailable)
{
resolution = targetInfo.PreferredResolution;
}
else if (profile != null)
{
var targetPath = GetPathSource(profile);
if (targetPath != null)
{
resolution = targetPath.Resolution;
}
}*/
var p = new ProfileItem();
/*var p = new ProfileItem {Paths = new Path[1]};
p.Paths[0] = new Path
{
Resolution = resolution,
Position = new Point(),
TargetDisplays = new PathTarget[1]
};
p.Paths[0].TargetDisplays[0] = new PathTarget {DevicePath = Path};
if (profile != null)
{
var targetPath = GetPathTarget(profile);
if (targetPath != null)
{
p.Paths[0].TargetDisplays[0].SurroundTopology = targetPath.SurroundTopology;
}
}*/
return new ProfileIcon(p).ToBitmap(size.Width, size.Height);
}
}
}

2
DisplayMagician/Program.cs
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@ -594,7 +594,7 @@ namespace DisplayMagician {
ApplyingProfileForm timeoutForm = new ApplyingProfileForm(null, 3, $"Changing to '{profile.Name}' Profile", "Press ESC to cancel", Color.Orange, true); ApplyingProfileForm timeoutForm = new ApplyingProfileForm(null, 3, $"Changing to '{profile.Name}' Profile", "Press ESC to cancel", Color.Orange, true);
// If this is an AMD profile, then we need to set it up as such // If this is an AMD profile, then we need to set it up as such
if (profile.Driver.Equals("AMD")) if (profile.VideoMode.Equals("AMD"))
{ {
// Now lets prepare a task to apply the profile in a separate thread // Now lets prepare a task to apply the profile in a separate thread

2
DisplayMagician/UIForms/DisplayProfileForm.cs
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@ -260,7 +260,7 @@ namespace DisplayMagician.UIForms
lbl_profile_shown.Text = _selectedProfile.Name; lbl_profile_shown.Text = _selectedProfile.Name;
// And show the logo for the driver // And show the logo for the driver
if (_selectedProfile.Driver == "AMD") if (_selectedProfile.VideoMode == "AMD")
{ {
pbLogo.Image = PickBitmapBasedOnBgColour(BackColor, Properties.Resources.amdblack, Properties.Resources.amdwhite); pbLogo.Image = PickBitmapBasedOnBgColour(BackColor, Properties.Resources.amdblack, Properties.Resources.amdwhite);
} }

248
DisplayMagicianShared/AMD/AMDLibrary.cs
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@ -43,6 +43,7 @@ namespace DisplayMagicianShared.AMD
public struct AMD_DISPLAY_CONFIG : IEquatable<AMD_DISPLAY_CONFIG> public struct AMD_DISPLAY_CONFIG : IEquatable<AMD_DISPLAY_CONFIG>
{ {
public List<AMD_ADAPTER_CONFIG> AdapterConfigs; public List<AMD_ADAPTER_CONFIG> AdapterConfigs;
public List<string> DisplayIdentifiers;
public bool Equals(AMD_DISPLAY_CONFIG other) public bool Equals(AMD_DISPLAY_CONFIG other)
=> AdapterConfigs.SequenceEqual(other.AdapterConfigs); => AdapterConfigs.SequenceEqual(other.AdapterConfigs);
@ -1054,45 +1055,232 @@ namespace DisplayMagicianShared.AMD
} }
public bool IsValidConfig(AMD_DISPLAY_CONFIG displayConfig)
{
// We want to check the NVIDIA Surround (Mosaic) config is valid
SharedLogger.logger.Trace($"NVIDIALibrary/IsValidConfig: Testing whether the display configuration is valid");
//
return true;
//if (displayConfig.MosaicConfig.IsMosaicEnabled)
//{
// ===================================================================================================================================
// Important! ValidateDisplayGrids does not work at the moment. It errors when supplied with a Grid Topology that works in SetDisplaGrids
// We therefore cannot use ValidateDisplayGrids to actually validate the config before it's use. We instead need to rely on SetDisplaGrids reporting an
// error if it is unable to apply the requested configuration. While this works fine, it's not optimal.
// TODO: Test ValidateDisplayGrids in a future NVIDIA driver release to see if they fixed it.
// ===================================================================================================================================
//return true;
/*// Figure out how many Mosaic Grid topoligies there are
uint mosaicGridCount = 0;
NVAPI_STATUS NVStatus = NVImport.NvAPI_Mosaic_EnumDisplayGrids(ref mosaicGridCount);
if (NVStatus == NVAPI_STATUS.NVAPI_OK)
{
SharedLogger.logger.Trace($"NVIDIALibrary/GetNVIDIADisplayConfig: NvAPI_Mosaic_GetCurrentTopo returned OK.");
}
// Get Current Mosaic Grid settings using the Grid topologies fnumbers we got before
//NV_MOSAIC_GRID_TOPO_V2[] mosaicGridTopos = new NV_MOSAIC_GRID_TOPO_V2[mosaicGridCount];
NV_MOSAIC_GRID_TOPO_V1[] mosaicGridTopos = new NV_MOSAIC_GRID_TOPO_V1[mosaicGridCount];
NVStatus = NVImport.NvAPI_Mosaic_EnumDisplayGrids(ref mosaicGridTopos, ref mosaicGridCount);
if (NVStatus == NVAPI_STATUS.NVAPI_OK)
{
SharedLogger.logger.Trace($"NVIDIALibrary/GetNVIDIADisplayConfig: NvAPI_Mosaic_GetCurrentTopo returned OK.");
}
else if (NVStatus == NVAPI_STATUS.NVAPI_NOT_SUPPORTED)
{
SharedLogger.logger.Warn($"NVIDIALibrary/GetNVIDIADisplayConfig: Mosaic is not supported with the existing hardware. NvAPI_Mosaic_GetCurrentTopo() returned error code {NVStatus}");
}
else if (NVStatus == NVAPI_STATUS.NVAPI_INVALID_ARGUMENT)
{
SharedLogger.logger.Warn($"NVIDIALibrary/GetNVIDIADisplayConfig: One or more argumentss passed in are invalid. NvAPI_Mosaic_GetCurrentTopo() returned error code {NVStatus}");
}
else if (NVStatus == NVAPI_STATUS.NVAPI_API_NOT_INITIALIZED)
{
SharedLogger.logger.Warn($"NVIDIALibrary/GetNVIDIADisplayConfig: The NvAPI API needs to be initialized first. NvAPI_Mosaic_GetCurrentTopo() returned error code {NVStatus}");
}
else if (NVStatus == NVAPI_STATUS.NVAPI_NO_IMPLEMENTATION)
{
SharedLogger.logger.Warn($"NVIDIALibrary/GetNVIDIADisplayConfig: This entry point not available in this NVIDIA Driver. NvAPI_Mosaic_GetCurrentTopo() returned error code {NVStatus}");
}
else if (NVStatus == NVAPI_STATUS.NVAPI_ERROR)
{
SharedLogger.logger.Warn($"NVIDIALibrary/GetNVIDIADisplayConfig: A miscellaneous error occurred. NvAPI_Mosaic_GetCurrentTopo() returned error code {NVStatus}");
}
else
{
SharedLogger.logger.Trace($"NVIDIALibrary/GetNVIDIADisplayConfig: Some non standard error occurred while getting Mosaic Topology! NvAPI_Mosaic_GetCurrentTopo() returned error code {NVStatus}");
}
*/
/*NV_MOSAIC_SETDISPLAYTOPO_FLAGS setTopoFlags = NV_MOSAIC_SETDISPLAYTOPO_FLAGS.NONE;
bool topoValid = false;
NV_MOSAIC_DISPLAY_TOPO_STATUS_V1[] topoStatuses = new NV_MOSAIC_DISPLAY_TOPO_STATUS_V1[displayConfig.MosaicConfig.MosaicGridCount];
NVAPI_STATUS NVStatus = NVImport.NvAPI_Mosaic_ValidateDisplayGrids(setTopoFlags, ref displayConfig.MosaicConfig.MosaicGridTopos, ref topoStatuses, displayConfig.MosaicConfig.MosaicGridCount);
//NV_MOSAIC_DISPLAY_TOPO_STATUS_V1[] topoStatuses = new NV_MOSAIC_DISPLAY_TOPO_STATUS_V1[mosaicGridCount];
//NVStatus = NVImport.NvAPI_Mosaic_ValidateDisplayGrids(setTopoFlags, ref mosaicGridTopos, ref topoStatuses, mosaicGridCount);
if (NVStatus == NVAPI_STATUS.NVAPI_OK)
{
SharedLogger.logger.Trace($"NVIDIALibrary/SetActiveConfig: NvAPI_Mosaic_GetCurrentTopo returned OK.");
for (int i = 0; i < topoStatuses.Length; i++)
{
// If there is an error then we need to log it!
// And make it not be used
if (topoStatuses[i].ErrorFlags == NV_MOSAIC_DISPLAYCAPS_PROBLEM_FLAGS.OK)
{
SharedLogger.logger.Trace($"NVIDIALibrary/SetActiveConfig: Congratulations! No error flags for GridTopology #{i}");
topoValid = true;
}
else if (topoStatuses[i].ErrorFlags == NV_MOSAIC_DISPLAYCAPS_PROBLEM_FLAGS.DISPLAY_ON_INVALID_GPU)
{
SharedLogger.logger.Error($"NVIDIALibrary/SetActiveConfig: Error with the GridTopology #{i}: Display is on an invalid GPU");
}
else if (topoStatuses[i].ErrorFlags == NV_MOSAIC_DISPLAYCAPS_PROBLEM_FLAGS.DISPLAY_ON_WRONG_CONNECTOR)
{
SharedLogger.logger.Error($"NVIDIALibrary/SetActiveConfig: Error with the GridTopology #{i}: Display is on the wrong connection. It was on a different connection when the display profile was saved.");
}
else if (topoStatuses[i].ErrorFlags == NV_MOSAIC_DISPLAYCAPS_PROBLEM_FLAGS.ECC_ENABLED)
{
SharedLogger.logger.Error($"NVIDIALibrary/SetActiveConfig: Error with the GridTopology #{i}: ECC has been enabled, and Mosaic/Surround doesn't work with ECC");
}
else if (topoStatuses[i].ErrorFlags == NV_MOSAIC_DISPLAYCAPS_PROBLEM_FLAGS.GPU_TOPOLOGY_NOT_SUPPORTED)
{
SharedLogger.logger.Error($"NVIDIALibrary/SetActiveConfig: Error with the GridTopology #{i}: This GPU topology is not supported.");
}
else if (topoStatuses[i].ErrorFlags == NV_MOSAIC_DISPLAYCAPS_PROBLEM_FLAGS.MISMATCHED_OUTPUT_TYPE)
{
SharedLogger.logger.Error($"NVIDIALibrary/SetActiveConfig: Error with the GridTopology #{i}: The output type has changed for the display. The display was connected through another output type when the display profile was saved.");
}
else if (topoStatuses[i].ErrorFlags == NV_MOSAIC_DISPLAYCAPS_PROBLEM_FLAGS.NOT_SUPPORTED)
{
SharedLogger.logger.Error($"NVIDIALibrary/SetActiveConfig: Error with the GridTopology #{i}: This Grid Topology is not supported on this video card.");
}
else if (topoStatuses[i].ErrorFlags == NV_MOSAIC_DISPLAYCAPS_PROBLEM_FLAGS.NO_COMMON_TIMINGS)
{
SharedLogger.logger.Error($"NVIDIALibrary/SetActiveConfig: Error with the GridTopology #{i}: Couldn't find common timings that suit all the displays in this Grid Topology.");
}
else if (topoStatuses[i].ErrorFlags == NV_MOSAIC_DISPLAYCAPS_PROBLEM_FLAGS.NO_DISPLAY_CONNECTED)
{
SharedLogger.logger.Error($"NVIDIALibrary/SetActiveConfig: Error with the GridTopology #{i}: No display connected.");
}
else if (topoStatuses[i].ErrorFlags == NV_MOSAIC_DISPLAYCAPS_PROBLEM_FLAGS.NO_EDID_AVAILABLE)
{
SharedLogger.logger.Error($"NVIDIALibrary/SetActiveConfig: Error with the GridTopology #{i}: Your display didn't provide any information when we attempted to query it. Your display either doesn't support support EDID querying or has it a fault. ");
}
else if (topoStatuses[i].ErrorFlags == NV_MOSAIC_DISPLAYCAPS_PROBLEM_FLAGS.NO_GPU_TOPOLOGY)
{
SharedLogger.logger.Error($"NVIDIALibrary/SetActiveConfig: Error with the GridTopology #{i}: There is no GPU topology provided.");
}
else if (topoStatuses[i].ErrorFlags == NV_MOSAIC_DISPLAYCAPS_PROBLEM_FLAGS.NO_SLI_BRIDGE)
{
SharedLogger.logger.Error($"NVIDIALibrary/SetActiveConfig: Error with the GridTopology #{i}: There is no SLI bridge, and there was one when the display profile was created.");
}
// And now we also check to see if there are any warnings we also need to log
if (topoStatuses[i].WarningFlags == NV_MOSAIC_DISPLAYTOPO_WARNING_FLAGS.NONE)
{
SharedLogger.logger.Trace($"NVIDIALibrary/SetActiveConfig: Congratulations! No warning flags for GridTopology #{i}");
}
else if (topoStatuses[i].WarningFlags == NV_MOSAIC_DISPLAYTOPO_WARNING_FLAGS.DISPLAY_POSITION)
{
SharedLogger.logger.Warn($"NVIDIALibrary/SetActiveConfig: Warning for the GridTopology #{i}: The display position has changed, and this may affect your display view.");
}
else if (topoStatuses[i].WarningFlags == NV_MOSAIC_DISPLAYTOPO_WARNING_FLAGS.DRIVER_RELOAD_REQUIRED)
{
SharedLogger.logger.Warn($"NVIDIALibrary/SetActiveConfig: Warning for the GridTopology #{i}: Your computer needs to be restarted before your NVIDIA device driver can use this Grid Topology.");
}
}
}
else if (NVStatus == NVAPI_STATUS.NVAPI_NOT_SUPPORTED)
{
SharedLogger.logger.Warn($"NVIDIALibrary/SetActiveConfig: Mosaic is not supported with the existing hardware. NvAPI_Mosaic_ValidateDisplayGrids() returned error code {NVStatus}");
}
else if (NVStatus == NVAPI_STATUS.NVAPI_NO_ACTIVE_SLI_TOPOLOGY)
{
SharedLogger.logger.Warn($"NVIDIALibrary/SetActiveConfig: No matching GPU topologies could be found. NvAPI_Mosaic_ValidateDisplayGrids() returned error code {NVStatus}");
}
else if (NVStatus == NVAPI_STATUS.NVAPI_TOPO_NOT_POSSIBLE)
{
SharedLogger.logger.Warn($"NVIDIALibrary/SetActiveConfig: The topology passed in is not currently possible. NvAPI_Mosaic_ValidateDisplayGrids() returned error code {NVStatus}");
}
else if (NVStatus == NVAPI_STATUS.NVAPI_INVALID_ARGUMENT)
{
SharedLogger.logger.Warn($"NVIDIALibrary/SetActiveConfig: One or more argumentss passed in are invalid. NvAPI_Mosaic_ValidateDisplayGrids() returned error code {NVStatus}");
}
else if (NVStatus == NVAPI_STATUS.NVAPI_API_NOT_INITIALIZED)
{
SharedLogger.logger.Warn($"NVIDIALibrary/SetActiveConfig: The NvAPI API needs to be initialized first. NvAPI_Mosaic_ValidateDisplayGrids() returned error code {NVStatus}");
}
else if (NVStatus == NVAPI_STATUS.NVAPI_NO_IMPLEMENTATION)
{
SharedLogger.logger.Warn($"NVIDIALibrary/SetActiveConfig: This entry point not available in this NVIDIA Driver. NvAPI_Mosaic_ValidateDisplayGrids() returned error code {NVStatus}");
}
else if (NVStatus == NVAPI_STATUS.NVAPI_INCOMPATIBLE_STRUCT_VERSION)
{
SharedLogger.logger.Warn($"NVIDIALibrary/SetActiveConfig: The version of the structure passed in is not compatible with this entrypoint. NvAPI_Mosaic_ValidateDisplayGrids() returned error code {NVStatus}");
}
else if (NVStatus == NVAPI_STATUS.NVAPI_MODE_CHANGE_FAILED)
{
SharedLogger.logger.Warn($"NVIDIALibrary/SetActiveConfig: There was an error changing the display mode. NvAPI_Mosaic_ValidateDisplayGrids() returned error code {NVStatus}");
}
else if (NVStatus == NVAPI_STATUS.NVAPI_ERROR)
{
SharedLogger.logger.Warn($"NVIDIALibrary/SetActiveConfig: A miscellaneous error occurred. NvAPI_Mosaic_ValidateDisplayGrids() returned error code {NVStatus}");
}
else
{
SharedLogger.logger.Trace($"NVIDIALibrary/SetActiveConfig: Some non standard error occurred while getting Mosaic Topology! NvAPI_Mosaic_ValidateDisplayGrids() returned error code {NVStatus}");
}
// Cancel the screen change if there was an error with anything above this.
if (topoValid)
{
// If there was an issue then we need to return false
// to indicate that the display profile can't be applied
SharedLogger.logger.Trace($"NVIDIALibrary/SetActiveConfig: The display settings are valid.");
return true;
}
else
{
// If there was an issue then we need to return false
// to indicate that the display profile can't be applied
SharedLogger.logger.Trace($"NVIDIALibrary/SetActiveConfig: There was an error when validating the requested grid topology that prevents us from using the display settings provided. THe display setttings are NOT valid.");
return false;
}*/
//}
//else
//{
// Its not a Mosaic topology, so we just let it pass, as it's windows settings that matter.
//return true;
//}
}
public bool IsPossibleConfig(AMD_DISPLAY_CONFIG displayConfig) public bool IsPossibleConfig(AMD_DISPLAY_CONFIG displayConfig)
{ {
/*// Get the all possible windows display configs // We want to check the AMD profile can be used now
AMD_DISPLAY_CONFIG allWindowsDisplayConfig = GetAMDDisplayConfig(QDC.QDC_ALL_PATHS); SharedLogger.logger.Trace($"AMDLibrary/IsPossibleConfig: Testing whether the AMD display configuration is possible to be used now");
SharedLogger.logger.Trace("AMDLibrary/PatchAdapterIDs: Going through the list of adapters we stored in the config to make sure they still exist"); // check what the currently available displays are (include the ones not active)
// Firstly check that the Adapter Names are still currently available (i.e. the adapter hasn't been replaced). List<string> currentAllIds = GetAllConnectedDisplayIdentifiers();
foreach (string savedAdapterName in displayConfig.displayAdapters.Values)
// CHeck that we have all the displayConfig DisplayIdentifiers we need available now
if (displayConfig.DisplayIdentifiers.All(value => currentAllIds.Contains(value)))
//if (currentAllIds.Intersect(displayConfig.DisplayIdentifiers).Count() == displayConfig.DisplayIdentifiers.Count)
{ {
// If there is even one of the saved adapters that has changed, then it's no longer possible SharedLogger.logger.Trace($"AMDLibrary/IsPossibleConfig: Success! The AMD display configuration is possible to be used now");
// to use this display config!
if (!allWindowsDisplayConfig.displayAdapters.Values.Contains(savedAdapterName))
{
SharedLogger.logger.Error($"AMDLibrary/PatchAdapterIDs: ERROR - Saved adapter {savedAdapterName} is not available right now! This display configuration won't work!");
return false;
}
}
SharedLogger.logger.Trace($"AMDLibrary/PatchAdapterIDs: All teh adapters that the display configuration uses are still avilable to use now!");
// Now we go through the Paths to update the LUIDs as per Soroush's suggestion
SharedLogger.logger.Trace($"AMDLibrary/IsPossibleConfig: Attemptong to patch the saved display configuration's adapter IDs so that it will still work (these change at each boot)");
PatchAdapterIDs(ref displayConfig, allWindowsDisplayConfig.displayAdapters);
SharedLogger.logger.Trace($"AMDLibrary/IsPossibleConfig: Testing whether the display configuration is valid ");
// Test whether a specified display configuration is supported on the computer
uint myPathsCount = (uint)displayConfig.displayConfigPaths.Length;
uint myModesCount = (uint)displayConfig.displayConfigModes.Length;
WIN32STATUS err = CCDImport.SetDisplayConfig(myPathsCount, displayConfig.displayConfigPaths, myModesCount, displayConfig.displayConfigModes, SDC.DISPLAYMAGICIAN_VALIDATE);
if (err == WIN32STATUS.ERROR_SUCCESS)
{
SharedLogger.logger.Trace($"AMDLibrary/IsPossibleConfig: SetDisplayConfig validated that the display configuration is valid and can be used!");
return true; return true;
} }
else else
{ {
SharedLogger.logger.Trace($"AMDLibrary/IsPossibleConfig: SetDisplayConfig confirmed that the display configuration is invalid and cannot be used!"); SharedLogger.logger.Trace($"AMDLibrary/IsPossibleConfig: Uh oh! The AMD display configuration is possible cannot be used now");
return false; return false;
}*/ }
return true;
} }
public List<string> GetCurrentDisplayIdentifiers() public List<string> GetCurrentDisplayIdentifiers()

279
DisplayMagicianShared/AMD/AMDProfileItem.cs
View File

@ -63,7 +63,7 @@ namespace DisplayMagicianShared.AMD
} }
} }
public override string Driver { get; } = "AMD"; public override string VideoMode { get; } = "AMD";
public override string Name { get; set; } public override string Name { get; set; }
@ -183,7 +183,8 @@ namespace DisplayMagicianShared.AMD
public override bool IsValid() public override bool IsValid()
{ {
if (ProfileIcon is ProfileIcon && if (AMDLibrary.GetLibrary().IsValidConfig(_amdDisplayConfig) &&
ProfileIcon is ProfileIcon &&
System.IO.File.Exists(SavedProfileIconCacheFilename) && System.IO.File.Exists(SavedProfileIconCacheFilename) &&
ProfileBitmap is Bitmap && ProfileBitmap is Bitmap &&
ProfileTightestBitmap is Bitmap && ProfileTightestBitmap is Bitmap &&
@ -286,34 +287,55 @@ namespace DisplayMagicianShared.AMD
// Now we create the screens structure from the AMD profile information // Now we create the screens structure from the AMD profile information
_screens = new List<ScreenPosition>(); _screens = new List<ScreenPosition>();
if ( _amdDisplayConfig.AdapterConfigs.Count > 0) int pathCount = _windowsDisplayConfig.DisplayConfigPaths.Length;
// First of all we need to figure out how many display paths we have.
if (pathCount < 1)
{ {
foreach ( var adapter in _amdDisplayConfig.AdapterConfigs) // Return an empty screen if we have no Display Config Paths to use!
return _screens;
}
foreach (var path in _windowsDisplayConfig.DisplayConfigPaths)
{
// For each path we go through and get the relevant info we need.
if (_windowsDisplayConfig.DisplayConfigPaths.Length > 0)
{ {
foreach (var display in adapter) // Set some basics about the screen
ScreenPosition screen = new ScreenPosition();
screen.Library = "NVIDIA";
UInt32 targetId = path.TargetInfo.Id;
foreach (DISPLAYCONFIG_MODE_INFO displayMode in _windowsDisplayConfig.DisplayConfigModes)
{ {
foreach (var mode in display.DisplayModes) // Find the matching Display Config Source Mode
if (displayMode.InfoType != DISPLAYCONFIG_MODE_INFO_TYPE.DISPLAYCONFIG_MODE_INFO_TYPE_SOURCE && displayMode.Id == targetId)
{ {
ScreenPosition screen = new ScreenPosition(); screen.Name = targetId.ToString();
screen.Library = "AMD"; //screen.DisplayConnector = displayMode.DisplayConnector;
screen.Name = display.DisplayName; screen.ScreenX = displayMode.SourceMode.Position.X;
screen.DisplayConnector = display.DisplayConnector; screen.ScreenY = displayMode.SourceMode.Position.Y;
screen.ScreenX = mode.XPos; screen.ScreenWidth = (int)displayMode.SourceMode.Width;
screen.ScreenY = mode.YPos; screen.ScreenHeight = (int)displayMode.SourceMode.Height;
screen.ScreenWidth = mode.XRes;
screen.ScreenHeight = mode.YRes;
// If we're at the 0,0 coordinate then we're the primary monitor // If we're at the 0,0 coordinate then we're the primary monitor
if (screen.ScreenX == 0 && screen.ScreenY == 0) if (screen.ScreenX == 0 && screen.ScreenY == 0)
{ {
screen.IsPrimary = true; screen.IsPrimary = true;
} }
}
}
foreach (ADVANCED_HDR_INFO_PER_PATH hdrInfo in _windowsDisplayConfig.DisplayHDRStates)
{
// Find the matching HDR information
if (hdrInfo.Id == targetId)
{
// HDR information // HDR information
if (display.HDRSupported) if (hdrInfo.AdvancedColorInfo.AdvancedColorSupported)
{ {
screen.HDRSupported = true; screen.HDRSupported = true;
if (display.HDREnabled) if (hdrInfo.AdvancedColorInfo.AdvancedColorEnabled)
{ {
screen.HDREnabled = true; screen.HDREnabled = true;
} }
@ -321,40 +343,38 @@ namespace DisplayMagicianShared.AMD
{ {
screen.HDREnabled = false; screen.HDREnabled = false;
} }
} }
else else
{ {
screen.HDRSupported = false; screen.HDRSupported = false;
screen.HDREnabled = false; screen.HDREnabled = false;
} }
// Spanned screen options
if (display.IsEyefinity)
{
screen.IsSpanned = true;
screen.Colour = Color.FromArgb(200, 237, 28, 36); // represents AMD Red
screen.SpannedName = "AMD Eyefinity";
}
else
{
screen.IsSpanned = false;
screen.Colour = Color.FromArgb(255, 195, 195, 195); // represents normal screen colour
}
// Figure out features
//ATI.ADL.ADL.ConvertDisplayModeFlags(mode.ModeValue);
//screen.Features = mode.ModeValue;
_screens.Add(screen);
} }
} }
// Now we need to check for Spanned screens
/*if (_amdDisplayConfig)
{
screen.IsSpanned = true;
screen.Colour = Color.FromArgb(118, 185, 0); // represents NVIDIA Green
screen.SpannedName = "NVIDIA Surround/Mosaic";
}
else
{
screen.IsSpanned = false;
screen.Colour = Color.FromArgb(195, 195, 195); // represents normal screen colour
}*/
screen.IsSpanned = false;
screen.Colour = Color.FromArgb(195, 195, 195); // represents normal screen colour
_screens.Add(screen);
} }
} }
return _screens; return _screens;
} }
@ -382,190 +402,29 @@ namespace DisplayMagicianShared.AMD
if (this.GetType() != other.GetType()) if (this.GetType() != other.GetType())
return false; return false;
// If the AMDDisplayConfig's do not equal each other // If AMD Display Config is different then return false.
if (!AMDDisplayConfig.Equals(other.AMDDisplayConfig)) if (!AMDDisplayConfig.Equals(other.AMDDisplayConfig))
return false; return false;
// If the WindowsDisplayConfig's equal each other // If Windows Display Config is different then return false.
if (!WindowsDisplayConfig.Equals(other.WindowsDisplayConfig)) if (!WindowsDisplayConfig.Equals(other.WindowsDisplayConfig))
return false; return false;
// Check if the profile identifiers are not the same, then return false // If Display Identifiers are different then return false.
int foundDICount = 0; if (!ProfileDisplayIdentifiers.SequenceEqual(other.ProfileDisplayIdentifiers))
foreach (string profileDI in ProfileDisplayIdentifiers)
{
if (other.ProfileDisplayIdentifiers.Contains(profileDI))
{
foundDICount++;
continue;
}
}
if (foundDICount != other.ProfileDisplayIdentifiers.Count)
return false;
foundDICount = 0;
foreach (string profileDI in other.ProfileDisplayIdentifiers)
{
if (ProfileDisplayIdentifiers.Contains(profileDI))
{
foundDICount++;
continue;
}
}
if (foundDICount != ProfileDisplayIdentifiers.Count)
return false;
// Check whether the profiles' properties are equal
// We need to exclude the name as the name is solely for saving to disk
// and displaying to the user.
// Two profiles are equal only when they have the same viewport data
// The data may be in different orders each run, so we need to compare them one by one
int foundPathsCount = 0;
int foundOtherPathsCount = 0;
// TODO: Make this work in AMD land
/*foreach (Topology.Path profilePath in Paths)
{
if (other.Paths.Contains(profilePath))
{
foundPathsCount++;
continue;
}
}
foreach (Topology.Path otherPath in other.Paths)
{
if (Paths.Contains(otherPath))
{
foundOtherPathsCount++;
continue;
}
}*/
if (foundPathsCount == foundOtherPathsCount)
return true;
else
return false;
}
// If Equals() returns true for this object compared to another
// then GetHashCode() must return the same value for these objects.
/*public override int GetHashCode()
{
// Get hash code for the Viewports field if it is not null.
int hashPaths = Paths == null ? 0 : Paths.GetHashCode();
//Calculate the hash code for the product.
return hashPaths;
}*/
public override int GetHashCode()
{
// Get hash code for the ProfileDisplayIdentifiers field if it is not null.
int hashIds = ProfileDisplayIdentifiers == null ? 0 : ProfileDisplayIdentifiers.GetHashCode();
// Get AMD Profile Data too
int hashProfileAMDData = AMDDisplayConfig.GetHashCode();
// Get AMD Profile Data too
int hashProfileWindowsData = WindowsDisplayConfig.GetHashCode();
// Calculate the hash code for the product.
return (hashIds, hashProfileAMDData, hashProfileWindowsData).GetHashCode();
}
public override string ToString()
{
return (Name ?? Language.UN_TITLED_PROFILE);
}
}
// Custom Equality comparer for the Profile class
// Allows us to use 'Contains'
class AMDProfileComparer : IEqualityComparer<AMDProfileItem>
{
public bool Equals(AMDProfileItem x, AMDProfileItem y)
{
//Check whether the compared objects reference the same data.
if (Object.ReferenceEquals(x, y)) return true;
//Check whether any of the compared objects is null.
if (x is null || y is null)
return false;
// Check if the profile identifiers are not the same, then return false
int foundDICount = 0;
foreach (string profileDI in x.ProfileDisplayIdentifiers)
{
if (y.ProfileDisplayIdentifiers.Contains(profileDI))
{
foundDICount++;
continue;
}
}
if (foundDICount != x.ProfileDisplayIdentifiers.Count)
return false;
foundDICount = 0;
foreach (string profileDI in y.ProfileDisplayIdentifiers)
{
if (x.ProfileDisplayIdentifiers.Contains(profileDI))
{
foundDICount++;
continue;
}
}
if (foundDICount != y.ProfileDisplayIdentifiers.Count)
return false;
// Now we need to check the AMD Display Configs themselves
if (!x.AMDDisplayConfig.Equals(y.AMDDisplayConfig))
return false;
// Now we need to check the AMD Display Configs themselves
if (!x.WindowsDisplayConfig.Equals(y.WindowsDisplayConfig))
return false; return false;
// Otherwise if all the tests work, then we're good!
return true; return true;
} }
// Modified the GetHashCode to compare the displayidentifier public override int GetHashCode()
public int GetHashCode(AMDProfileItem profile)
{ {
// Calculate the hash code for the product.
// Check whether the object is null return (AMDDisplayConfig, WindowsDisplayConfig, ProfileDisplayIdentifiers).GetHashCode();
if (profile is null) return 0;
// Get hash code for the ProfileDisplayIdentifiers field if it is not null.
int hashIds = profile.ProfileDisplayIdentifiers == null ? 0 : profile.ProfileDisplayIdentifiers.GetHashCode();
// Get hash code for the AMD Display Config
int hashProfileAMDData = profile.AMDDisplayConfig.GetHashCode();
// Get hash code for the Windows Display Config
int hashProfileWinData = profile.WindowsDisplayConfig.GetHashCode();
//Calculate the hash code for the product.
return (hashIds, hashProfileAMDData, hashProfileWinData).GetHashCode();
} }
} }
} }

307
DisplayMagicianShared/NVIDIA/NVIDIAProfileItem.cs
View File

@ -64,7 +64,7 @@ namespace DisplayMagicianShared.NVIDIA
} }
} }
public override string Driver { get; } = "NVIDIA"; public override string VideoMode { get; } = "NVIDIA";
public override string Name { get; set; } public override string Name { get; set; }
@ -175,7 +175,7 @@ namespace DisplayMagicianShared.NVIDIA
public override bool IsValid() public override bool IsValid()
{ {
if (Paths != null && if (NVIDIALibrary.GetLibrary().IsValidConfig(_nvidiaDisplayConfig) &&
ProfileIcon is ProfileIcon && ProfileIcon is ProfileIcon &&
System.IO.File.Exists(SavedProfileIconCacheFilename) && System.IO.File.Exists(SavedProfileIconCacheFilename) &&
ProfileBitmap is Bitmap && ProfileBitmap is Bitmap &&
@ -268,38 +268,58 @@ namespace DisplayMagicianShared.NVIDIA
public override List<ScreenPosition> GetScreenPositions() public override List<ScreenPosition> GetScreenPositions()
{ {
// Now we create the screens structure from the AMD profile information // Now we create the screens structure from the AMD profile information
_screens = new List<ScreenPosition>(); _screens = new List<ScreenPosition>();
if (_displayConfig.Count > 0) int pathCount = _windowsDisplayConfig.DisplayConfigPaths.Length;
// First of all we need to figure out how many display paths we have.
if (pathCount < 1)
{ {
foreach (var adapter in _displayConfig.AdapterConfigs) // Return an empty screen if we have no Display Config Paths to use!
return _screens;
}
foreach (var path in _windowsDisplayConfig.DisplayConfigPaths)
{
// For each path we go through and get the relevant info we need.
if (_windowsDisplayConfig.DisplayConfigPaths.Length > 0)
{ {
foreach (var display in adapter.Displays) // Set some basics about the screen
ScreenPosition screen = new ScreenPosition();
screen.Library = "NVIDIA";
UInt32 targetId = path.TargetInfo.Id;
foreach (DISPLAYCONFIG_MODE_INFO displayMode in _windowsDisplayConfig.DisplayConfigModes)
{ {
foreach (var mode in display.DisplayModes) // Find the matching Display Config Source Mode
if (displayMode.InfoType != DISPLAYCONFIG_MODE_INFO_TYPE.DISPLAYCONFIG_MODE_INFO_TYPE_SOURCE && displayMode.Id == targetId)
{ {
ScreenPosition screen = new ScreenPosition(); screen.Name = targetId.ToString();
screen.Library = "AMD"; //screen.DisplayConnector = displayMode.DisplayConnector;
screen.Name = display.DisplayName; screen.ScreenX = displayMode.SourceMode.Position.X;
screen.DisplayConnector = display.DisplayConnector; screen.ScreenY = displayMode.SourceMode.Position.Y;
screen.ScreenX = mode.XPos; screen.ScreenWidth = (int)displayMode.SourceMode.Width;
screen.ScreenY = mode.YPos; screen.ScreenHeight = (int)displayMode.SourceMode.Height;
screen.ScreenWidth = mode.XRes;
screen.ScreenHeight = mode.YRes;
// If we're at the 0,0 coordinate then we're the primary monitor // If we're at the 0,0 coordinate then we're the primary monitor
if (screen.ScreenX == 0 && screen.ScreenY == 0) if (screen.ScreenX == 0 && screen.ScreenY == 0)
{ {
screen.IsPrimary = true; screen.IsPrimary = true;
} }
}
}
foreach (ADVANCED_HDR_INFO_PER_PATH hdrInfo in _windowsDisplayConfig.DisplayHDRStates)
{
// Find the matching HDR information
if (hdrInfo.Id == targetId)
{
// HDR information // HDR information
if (display.HDRSupported) if (hdrInfo.AdvancedColorInfo.AdvancedColorSupported)
{ {
screen.HDRSupported = true; screen.HDRSupported = true;
if (display.HDREnabled) if (hdrInfo.AdvancedColorInfo.AdvancedColorEnabled)
{ {
screen.HDREnabled = true; screen.HDREnabled = true;
} }
@ -315,32 +335,26 @@ namespace DisplayMagicianShared.NVIDIA
screen.HDREnabled = false; screen.HDREnabled = false;
} }
// Spanned screen options
if (display.IsEyefinity)
{
screen.IsSpanned = true;
screen.Colour = Color.FromArgb(200, 237, 28, 36); // represents AMD Red
screen.SpannedName = "AMD Eyefinity";
}
else
{
screen.IsSpanned = false;
screen.Colour = Color.FromArgb(255, 195, 195, 195); // represents normal screen colour
}
// Figure out features
//ATI.ADL.ADL.ConvertDisplayModeFlags(mode.ModeValue);
//screen.Features = mode.ModeValue;
_screens.Add(screen);
} }
} }
}
}
// Now we need to check for Spanned screens
if (_nvidiaDisplayConfig.MosaicConfig.IsMosaicEnabled)
{
screen.IsSpanned = true;
screen.Colour = Color.FromArgb(118, 185, 0); // represents NVIDIA Green
screen.SpannedName = "NVIDIA Surround/Mosaic";
}
else
{
screen.IsSpanned = false;
screen.Colour = Color.FromArgb(195, 195, 195); // represents normal screen colour
}
_screens.Add(screen);
}
}
return _screens; return _screens;
} }
@ -376,226 +390,23 @@ namespace DisplayMagicianShared.NVIDIA
if (!WindowsDisplayConfig.Equals(other.WindowsDisplayConfig)) if (!WindowsDisplayConfig.Equals(other.WindowsDisplayConfig))
return false; return false;
// Check if the profile identifiers are not the same, then return false // If Display Identifiers are different then return false.
int foundDICount = 0; if (!ProfileDisplayIdentifiers.SequenceEqual(other.ProfileDisplayIdentifiers))
foreach (string profileDI in ProfileDisplayIdentifiers)
{
if (other.ProfileDisplayIdentifiers.Contains(profileDI))
{
foundDICount++;
continue;
}
}
if (foundDICount != other.ProfileDisplayIdentifiers.Count)
return false; return false;
foundDICount = 0; // Otherwise if all the tests work, then we're good!
foreach (string profileDI in other.ProfileDisplayIdentifiers) return true;
{
if (ProfileDisplayIdentifiers.Contains(profileDI))
{
foundDICount++;
continue;
}
}
if (foundDICount != ProfileDisplayIdentifiers.Count)
return false;
// Check whether the profiles' properties are equal
// We need to exclude the name as the name is solely for saving to disk
// and displaying to the user.
// Two profiles are equal only when they have the same viewport data
// The data may be in different orders each run, so we need to compare them one by one
int foundPathsCount = 0;
int foundOtherPathsCount = 0;
// TODO: Make this work in NVIDIA land
foreach (Topology.Path profilePath in Paths)
{
if (other.Paths.Contains(profilePath))
{
foundPathsCount++;
continue;
}
}
foreach (Topology.Path otherPath in other.Paths)
{
if (Paths.Contains(otherPath))
{
foundOtherPathsCount++;
continue;
}
}
if (foundPathsCount == foundOtherPathsCount)
return true;
else
return false;
} }
// If Equals() returns true for this object compared to another // If Equals() returns true for this object compared to another
// then GetHashCode() must return the same value for these objects. // then GetHashCode() must return the same value for these objects.
public override int GetHashCode() public override int GetHashCode()
{ {
// Get hash code for the ProfileDisplayIdentifiers field if it is not null.
int hashIds = ProfileDisplayIdentifiers == null ? 0 : ProfileDisplayIdentifiers.GetHashCode();
// Get ProfileData too
int hashProfileData = Paths == null ? 0 : Paths.GetHashCode();
// Calculate the hash code for the product. // Calculate the hash code for the product.
return (hashIds, hashProfileData).GetHashCode(); return (NVIDIADisplayConfig, WindowsDisplayConfig, ProfileDisplayIdentifiers).GetHashCode();
} }
public override string ToString()
{
return (Name ?? Language.UN_TITLED_PROFILE);
}
} }
// Custom Equality comparer for the Profile class
// Allows us to use 'Contains'
class NVIDIAProfileComparer : IEqualityComparer<NVIDIAProfileItem>
{
// Products are equal if their names and product numbers are equal.
/*public bool Equals(NVIDIAProfileItem x, NVIDIAProfileItem y)
{
//Check whether the compared objects reference the same data.
if (Object.ReferenceEquals(x, y)) return true;
//Check whether any of the compared objects is null.
if (x is null || y is null)
return false;
// Check whether the profiles' properties are equal
// We need to exclude the name as the name is solely for saving to disk
// and displaying to the user.
// Two profiles are equal only when they have the same viewport data
if (x.Paths.SequenceEqual(y.Paths))
return true;
else
return false;
}*/
public bool Equals(NVIDIAProfileItem x, NVIDIAProfileItem y)
{
//Check whether the compared objects reference the same data.
if (Object.ReferenceEquals(x, y)) return true;
//Check whether any of the compared objects is null.
if (x is null || y is null)
return false;
if (x.Paths.Length != y.Paths.Length)
return false;
// Check if the profile identifiers are not the same, then return false
int foundDICount = 0;
foreach (string profileDI in x.ProfileDisplayIdentifiers)
{
if (y.ProfileDisplayIdentifiers.Contains(profileDI))
{
foundDICount++;
continue;
}
}
if (foundDICount != x.ProfileDisplayIdentifiers.Count)
return false;
foundDICount = 0;
foreach (string profileDI in y.ProfileDisplayIdentifiers)
{
if (x.ProfileDisplayIdentifiers.Contains(profileDI))
{
foundDICount++;
continue;
}
}
if (foundDICount != y.ProfileDisplayIdentifiers.Count)
return false;
// Check whether the profiles' properties are equal
// We need to exclude the name as the name is solely for saving to disk
// and displaying to the user.
// Two profiles are equal only when they have the same viewport data
int foundPathsCount = 0;
int foundOtherPathsCount = 0;
// TODO: Fix this so it finds compares ProfileData
foreach (Topology.Path profilePath in x.Paths)
{
if (y.Paths.Contains(profilePath))
{
foundPathsCount++;
continue;
}
}
foreach (Topology.Path otherPath in y.Paths)
{
if (x.Paths.Contains(otherPath))
{
foundOtherPathsCount++;
continue;
}
}
if (foundPathsCount == foundOtherPathsCount)
return true;
else
return false;
}
// If Equals() returns true for a pair of objects
// then GetHashCode() must return the same value for these objects.
/*public int GetHashCode(NVIDIAProfileItem profile)
{
// Check whether the object is null
if (profile is null) return 0;
// Get hash code for the Viewports field if it is not null.
int hashPaths = profile.Paths == null ? 0 : profile.Paths.GetHashCode();
//Calculate the hash code for the product.
return hashPaths;
}*/
// Modified the GetHashCode to compare the displayidentifier
public int GetHashCode(NVIDIAProfileItem profile)
{
// Check whether the object is null
if (profile is null) return 0;
// Get hash code for the ProfileDisplayIdentifiers field if it is not null.
int hashIds = profile.ProfileDisplayIdentifiers == null ? 0 : profile.ProfileDisplayIdentifiers.GetHashCode();
// Get hash code for the Paths
int hashPaths = profile.Paths == null ? 0 : profile.Paths.GetHashCode();
//Calculate the hash code for the product.
return (hashIds, hashPaths).GetHashCode();
}
}
} }

3
DisplayMagicianShared/ProfileIcon.cs
View File

@ -5,9 +5,6 @@ using System.Drawing.Drawing2D;
using System.Drawing.IconLib; using System.Drawing.IconLib;
using System.Drawing.Imaging; using System.Drawing.Imaging;
using System.Linq; using System.Linq;
using System.Windows.Forms;
using DisplayMagicianShared.Topology;
//using static DisplayMagicianShared.ProfileItem;
namespace DisplayMagicianShared namespace DisplayMagicianShared
{ {

2
DisplayMagicianShared/ProfileItem.cs
View File

@ -181,7 +181,7 @@ namespace DisplayMagicianShared
} }
} }
public virtual string Driver { get; } = "Unknown"; public virtual string VideoMode { get; } = "Unknown";
public Keys Hotkey { public Keys Hotkey {
get get

1
DisplayMagicianShared/UserControls/DisplayView.cs
View File

@ -1,7 +1,6 @@
using System; using System;
using System.Drawing; using System.Drawing;
using System.Windows.Forms; using System.Windows.Forms;
using DisplayMagicianShared.Topology;
namespace DisplayMagicianShared.UserControls namespace DisplayMagicianShared.UserControls
{ {

2
DisplayMagicianShared/Windows/WinProfileItem.cs
View File

@ -100,7 +100,7 @@ namespace DisplayMagicianShared.Windows
} }
} }
public override string Driver { get; } = "AMD"; public override string VideoMode { get; } = "AMD";
public override string Name { get; set; } public override string Name { get; set; }