public DX11NodesFactory(IHDEHost hdehost, DotNetPluginFactory dnfactory, INodeInfoFactory ni, IORegistry ioreg, ILogger logger)
{
DX11EnumFormatHelper.CreateNullDeviceFormat();
this.hdehost = hdehost;
this.ioreg = ioreg;
this.logger = logger;
this.hdehost.RootNode.Removed += new Core.CollectionDelegate <INode2>(RootNode_Removed);
DX11ResourceRegistry reg = new DX11ResourceRegistry();
this.ioreg.Register(reg, true);
this.hdehost.MainLoop.OnPresent += GraphEventService_OnPresent;
this.hdehost.MainLoop.OnPrepareGraph += GraphEventService_OnPrepareGraph;
this.hdehost.MainLoop.OnRender += GraphEventService_OnRender;
this.displaymanager = new DX11DisplayManager();
this.devicemanager = new DX11AutoAdapterDeviceManager(this.logger, this.displaymanager);
this.graphbuilder = new DX11GraphBuilder <IDX11ResourceProvider>(hdehost, reg);
this.graphbuilder.RenderRequest += graphbuilder_OnRenderRequest;
this.rendermanager = new DX11RenderManager(this.devicemanager, this.graphbuilder, this.logger);
DX11GlobalDevice.DeviceManager = this.devicemanager;
DX11GlobalDevice.RenderManager = this.rendermanager;
this.BuildAAEnum();
}
public PluginContainer(
IInternalPluginHost pluginHost,
IORegistry ioRegistry,
CompositionContainer parentContainer,
Type pluginType,
INodeInfo nodeInfo
)
{
FIOFactory = new IOFactory(pluginHost, ioRegistry);
var catalog = new TypeCatalog(pluginType);
var ioExportProvider = new IOExportProvider(FIOFactory);
var hostExportProvider = new HostExportProvider()
{
PluginHost = pluginHost
};
var exportProviders = new ExportProvider[] { hostExportProvider, ioExportProvider, parentContainer };
FContainer = new CompositionContainer(catalog, exportProviders);
FContainer.ComposeParts(this);
FPlugin = PluginBase as IPluginEvaluate;
FAutoEvaluate = nodeInfo.AutoEvaluate;
FIOFactory.OnCreated(EventArgs.Empty);
}
public DX11NodesFactory(IHDEHost hdehost, DotNetPluginFactory dnfactory, INodeInfoFactory ni, IORegistry ioreg, ILogger logger)
{
DX11EnumFormatHelper.CreateNullDeviceFormat();
this.hdehost = hdehost;
this.ioreg = ioreg;
this.logger = logger;
this.hdehost.RootNode.Removed += new Core.CollectionDelegate<INode2>(RootNode_Removed);
DX11ResourceRegistry reg = new DX11ResourceRegistry();
this.ioreg.Register(reg, true);
this.hdehost.MainLoop.OnPresent += GraphEventService_OnPresent;
this.hdehost.MainLoop.OnPrepareGraph += GraphEventService_OnPrepareGraph;
this.hdehost.MainLoop.OnRender += GraphEventService_OnRender;
this.displaymanager = new DX11DisplayManager();
this.devicemanager = new DX11AutoAdapterDeviceManager(this.logger, this.displaymanager);
this.graphbuilder = new DX11GraphBuilder<IDX11ResourceProvider>(hdehost, reg);
this.graphbuilder.RenderRequest += graphbuilder_OnRenderRequest;
this.rendermanager = new DX11RenderManager(this.devicemanager, this.graphbuilder,this.logger);
DX11GlobalDevice.DeviceManager = this.devicemanager;
DX11GlobalDevice.RenderManager = this.rendermanager;
this.BuildAAEnum();
}
public HDEHost()
{
FUseAppdata = Environment.GetCommandLineArgs().Contains("/appdata");
// Set vvvv.exe path
ExePath = Path.GetFullPath(Path.Combine(Path.GetDirectoryName((typeof(HDEHost).Assembly.Location)), @"..\.."));
//add repository paths from commandline
//from commandline
var repoArg = "/package-repositories";
var packageRepositories = ExtractPaths(repoArg);
AssemblyLoader.AddPackageRepositories(packageRepositories);
//the built-in one
if (Directory.Exists(PacksPath))
{
AssemblyLoader.AddPackageRepository(PacksPath);
}
//the one where the user is supposed to install packages to share it between vvvversions
if (FUseAppdata)
{
if (Directory.Exists(UserPacksPath))
{
AssemblyLoader.AddPackageRepository(UserPacksPath);
}
}
//the legacy path
if (Directory.Exists(UserPacksPathLegacy))
{
AssemblyLoader.AddPackageRepository(UserPacksPathLegacy);
}
// Set name to vvvv thread for easier debugging.
Thread.CurrentThread.Name = "vvvv";
// Create a windows forms sync context (FileSystemWatcher runs asynchronously).
SynchronizationContext.SetSynchronizationContext(new MySynchronizationContext());
// Register at least one ICommandHistory for top level element ISolution
var mappingRegistry = new MappingRegistry();
mappingRegistry.RegisterMapping <ISolution, ICommandHistory, CommandHistory>(MapInstantiation.PerInstanceAndItsChilds);
var location = Shell.CallerPath.ConcatPath(@"..\..\lib\nodes\plugins").ConcatPath("Solution.sln");
Solution = new Solution(location, mappingRegistry);
EnumManager.SetHDEHost(this);
Logger = new DefaultLogger();
IORegistry = new IORegistry();
// Will tell Windows Forms that a message loop is indeed running
Application.RegisterMessageLoop(IsSendingMessages);
}
public StructNodesFactory(CompositionContainer parentContainer, IORegistry ioreg, IHDEHost hdeHost, ISolution solution) : base(parentContainer, ".dll;.struct")
{
FHDEHost = hdeHost;
FParentContainer = parentContainer;
FIORegistry = ioreg;
FSolution = solution;
FBasePath = Assembly.GetExecutingAssembly().Location.Replace($"FACTORIES{System.IO.Path.DirectorySeparatorChar}STRUCTNODESFACTORY.dll", "");
Initialize();
}
public HDEHost()
{
//AppDomain.CurrentDomain.AssemblyResolve += ResolveAssemblyCB;
//set vvvv.exe path
ExePath = Path.GetFullPath(Path.Combine(Path.GetDirectoryName((typeof(HDEHost).Assembly.Location)), @"..\.."));
// Set name to vvvv thread for easier debugging.
Thread.CurrentThread.Name = "vvvv";
// Create a windows forms sync context (FileSystemWatcher runs asynchronously).
var context = SynchronizationContext.Current;
if (context == null)
{
// We need to create a user control to get a sync context.
var control = new UserControl();
context = SynchronizationContext.Current;
control.Dispose();
Debug.Assert(context != null, "SynchronizationContext not set.");
}
// Register at least one ICommandHistory for top level element ISolution
var mappingRegistry = new MappingRegistry();
mappingRegistry.RegisterMapping <ISolution, ICommandHistory, CommandHistory>(MapInstantiation.PerInstanceAndItsChilds);
var location = Shell.CallerPath.ConcatPath(@"..\..\lib\nodes\plugins").ConcatPath("Solution.sln");
Solution = new Solution(location, mappingRegistry);
EnumManager.SetHDEHost(this);
Logger = new DefaultLogger();
IORegistry = new IORegistry();
// Will tell Windows Forms that a message loop is indeed running
Application.RegisterMessageLoop(IsSendingMessages);
}
public HDEHost()
{
// Set vvvv.exe path
ExePath = Path.GetFullPath(Path.Combine(Path.GetDirectoryName((typeof(HDEHost).Assembly.Location)), @"..\.."));
//add repository paths from commandline
//from commandline
var repoArg = "/package-repositories";
var packageRepositories = AssemblyLoader.ParseCommandLine(repoArg);
//from args.txt
var argsFile = Path.Combine(ExePath, "args.txt");
if (File.Exists(argsFile))
{
var args = File.ReadAllText(argsFile).Trim('\r', '\n', ' ').Split(' ');
var sourcesIndex = Array.IndexOf(args, repoArg);
if (sourcesIndex >= 0 && args.Length > sourcesIndex + 1)
{
var sourcesString = args[sourcesIndex + 1].Trim('"');
var repoPaths = sourcesString.Split(new[] { ';' }, StringSplitOptions.RemoveEmptyEntries);
for (int i = 0; i < repoPaths.Length; i++)
{
repoPaths[i] = repoPaths[i].Trim('"', '\\');
}
packageRepositories = packageRepositories.Union(repoPaths).ToArray();
}
}
//make relative paths absolute
for (int i = 0; i < packageRepositories.Length; i++)
{
if (Path.IsPathRooted(packageRepositories[i]))
{
packageRepositories[i] = Path.Combine(ExePath, packageRepositories[i]);
}
}
AssemblyLoader.AddPackageRepositories(packageRepositories);
//the built-in one
if (Directory.Exists(PacksPath))
{
AssemblyLoader.AddPackageRepository(PacksPath);
}
//the one where the user is supposed to install packages
if (Directory.Exists(UserPacksPatch))
{
AssemblyLoader.AddPackageRepository(UserPacksPatch);
}
// Set name to vvvv thread for easier debugging.
Thread.CurrentThread.Name = "vvvv";
// Create a windows forms sync context (FileSystemWatcher runs asynchronously).
SynchronizationContext.SetSynchronizationContext(new MySynchronizationContext());
// Register at least one ICommandHistory for top level element ISolution
var mappingRegistry = new MappingRegistry();
mappingRegistry.RegisterMapping <ISolution, ICommandHistory, CommandHistory>(MapInstantiation.PerInstanceAndItsChilds);
var location = Shell.CallerPath.ConcatPath(@"..\..\lib\nodes\plugins").ConcatPath("Solution.sln");
Solution = new Solution(location, mappingRegistry);
EnumManager.SetHDEHost(this);
Logger = new DefaultLogger();
IORegistry = new IORegistry();
// Will tell Windows Forms that a message loop is indeed running
Application.RegisterMessageLoop(IsSendingMessages);
}
public DX11NodesFactory(IHDEHost hdehost, DotNetPluginFactory dnfactory, INodeInfoFactory ni, IORegistry ioreg, ILogger logger)
{
//Attach lib core path and plugins path
string path = Path.GetDirectoryName(typeof(DX11DeviceRenderer).Assembly.Location);
string vvvvpath = Path.GetDirectoryName(Application.ExecutablePath);
string varpath = Environment.GetEnvironmentVariable("Path", EnvironmentVariableTarget.Process);
varpath += ";" + path;
vvvvpath = Path.Combine(vvvvpath, "packs\\dx11\\nodes\\plugins");
varpath += ";" + path;
Environment.SetEnvironmentVariable("Path", varpath, EnvironmentVariableTarget.Process);
DX11EnumFormatHelper.CreateNullDeviceFormat();
this.hdehost = hdehost;
this.ioreg = ioreg;
this.logger = logger;
//Workaround for vvvv < 35.6
var versionProperty = hdehost.GetType().GetProperty("Version");
if (versionProperty == null)
{
this.hdehost.RootNode.Removed += new Core.CollectionDelegate <INode2>(RootNode_Removed);
}
DX11ResourceRegistry reg = new DX11ResourceRegistry();
this.ioreg.Register(reg, true);
this.hdehost.MainLoop.OnPresent += GraphEventService_OnPresent;
this.hdehost.MainLoop.OnPrepareGraph += GraphEventService_OnPrepareGraph;
this.hdehost.MainLoop.OnRender += GraphEventService_OnRender;
this.displaymanager = new DX11DisplayManager();
this.DirectWriteFactory = new DWriteFactory(SlimDX.DirectWrite.FactoryType.Shared);
DirectWriteFontUtils.SetFontEnum(this.hdehost, this.DirectWriteFactory);
string[] args = Environment.GetCommandLineArgs();
foreach (string s in args)
{
string sl = s.ToLower();
if (sl.StartsWith("/dx11mode:"))
{
sl = sl.Replace("/dx11mode:", "");
if (sl == "permonitor")
{
this.devicemanager = new DX11PerMonitorDeviceManager(this.logger, this.displaymanager);
}
else if (sl == "nvidia")
{
this.devicemanager = new DX11AutoAdapterDeviceManager(this.logger, this.displaymanager);
}
else if (sl == "peradapter")
{
this.devicemanager = new DX11PerAdapterDeviceManager(this.logger, this.displaymanager);
}
else if (sl == "all")
{
this.devicemanager = new DX11AllAdapterDeviceManager(this.logger, this.displaymanager);
}
else if (sl.StartsWith("force"))
{
sl = sl.Replace("force", "");
try
{
int i = int.Parse(sl);
if (i >= 0 && i < this.displaymanager.AdapterCount)
{
this.devicemanager = new DX11AutoAdapterDeviceManager(this.logger, this.displaymanager, i);
}
}
catch
{
}
}
else if (sl.StartsWith("pooled"))
{
sl = sl.Replace("pooled", "");
try
{
int i = 0;
int.TryParse(sl, out i);
this.devicemanager = new DX11PooledAdapterDeviceManager(this.logger, this.displaymanager, i);
}
catch
{
}
}
}
}
if (this.devicemanager == null)
{
this.devicemanager = new DX11AutoAdapterDeviceManager(this.logger, this.displaymanager);
}
this.graphbuilder = new DX11GraphBuilder(hdehost, reg);
this.graphbuilder.RenderRequest += graphbuilder_OnRenderRequest;
this.rendermanager = new DX11RenderManager(this.devicemanager, this.graphbuilder, this.logger);
DX11GlobalDevice.DeviceManager = this.devicemanager;
DX11GlobalDevice.RenderManager = this.rendermanager;
this.BuildAAEnum();
this.RegisterStateEnums();
this.BuildVertexLayoutsEnum();
}
public HDEHost()
{
// Set vvvv.exe path
ExePath = Path.GetFullPath(Path.Combine(Path.GetDirectoryName((typeof(HDEHost).Assembly.Location)), @"..\.."));
//add repository paths from commandline
//from commandline
var repoArg = "/package-repositories";
var packageRepositories = AssemblyProbing.ParseCommandLine(repoArg);
//from args.txt
var argsFile = Path.Combine(ExePath, "args.txt");
if (File.Exists(argsFile))
{
var args = File.ReadAllText(argsFile);
var repoPaths = args.Split(new string[] { "\r", "\r\n", "\n" }, StringSplitOptions.RemoveEmptyEntries)
.Where(l => l.StartsWith(repoArg))
.SelectMany(r => r.Substring(repoArg.Length + 1).Trim('"').Split(';'));
packageRepositories = packageRepositories.Union(repoPaths).ToArray();
}
AssemblyProbing.AddPackageRepositories(packageRepositories);
//the built-in one
AssemblyProbing.AddPackageRepository(PacksPath);
//the one where the user is supposed to install packages
AssemblyProbing.AddPackageRepository(UserPacksPatch);
// Set name to vvvv thread for easier debugging.
Thread.CurrentThread.Name = "vvvv";
// Create a windows forms sync context (FileSystemWatcher runs asynchronously).
var context = SynchronizationContext.Current;
if (context == null)
{
// We need to create a user control to get a sync context.
var control = new UserControl();
context = SynchronizationContext.Current;
control.Dispose();
Debug.Assert(context != null, "SynchronizationContext not set.");
}
// Register at least one ICommandHistory for top level element ISolution
var mappingRegistry = new MappingRegistry();
mappingRegistry.RegisterMapping <ISolution, ICommandHistory, CommandHistory>(MapInstantiation.PerInstanceAndItsChilds);
var location = Shell.CallerPath.ConcatPath(@"..\..\lib\nodes\plugins").ConcatPath("Solution.sln");
Solution = new Solution(location, mappingRegistry);
EnumManager.SetHDEHost(this);
Logger = new DefaultLogger();
IORegistry = new IORegistry();
// Will tell Windows Forms that a message loop is indeed running
Application.RegisterMessageLoop(IsSendingMessages);
}
public DX11NodesFactory(IHDEHost hdehost, DotNetPluginFactory dnfactory, INodeInfoFactory ni, IORegistry ioreg, ILogger logger)
{
//Attach lib core path and plugins path
string path = Path.GetDirectoryName(typeof(DX11DeviceRenderer).Assembly.Location);
string vvvvpath = Path.GetDirectoryName(Application.ExecutablePath);
string varpath = Environment.GetEnvironmentVariable("Path", EnvironmentVariableTarget.Process);
varpath += ";" + path;
vvvvpath = Path.Combine(vvvvpath, "packs\\dx11\\nodes\\plugins");
varpath += ";" + path;
Environment.SetEnvironmentVariable("Path", varpath, EnvironmentVariableTarget.Process);
DX11EnumFormatHelper.CreateNullDeviceFormat();
this.hdehost = hdehost;
this.ioreg = ioreg;
this.logger = logger;
this.hdehost.RootNode.Removed += new Core.CollectionDelegate<INode2>(RootNode_Removed);
DX11ResourceRegistry reg = new DX11ResourceRegistry();
this.ioreg.Register(reg, true);
this.hdehost.MainLoop.OnPresent += GraphEventService_OnPresent;
this.hdehost.MainLoop.OnPrepareGraph += GraphEventService_OnPrepareGraph;
this.hdehost.MainLoop.OnRender += GraphEventService_OnRender;
this.displaymanager = new DX11DisplayManager();
this.DirectWriteFactory = new DWriteFactory(SlimDX.DirectWrite.FactoryType.Shared);
string[] args = Environment.GetCommandLineArgs();
foreach (string s in args)
{
string sl = s.ToLower();
if (sl.StartsWith("/dx11mode:"))
{
sl = sl.Replace("/dx11mode:", "");
if (sl == "permonitor")
{
this.devicemanager = new DX11PerMonitorDeviceManager(this.logger, this.displaymanager);
}
else if (sl == "peradapter")
{
this.devicemanager = new DX11PerAdapterDeviceManager(this.logger, this.displaymanager);
}
else if (sl.StartsWith("force"))
{
sl = sl.Replace("force", "");
try
{
int i = int.Parse(sl);
if (i >= 0 && i < this.displaymanager.AdapterCount)
{
this.devicemanager = new DX11AutoAdapterDeviceManager(this.logger, this.displaymanager, i);
}
}
catch
{
}
}
}
}
if (this.devicemanager == null)
{
this.devicemanager = new DX11AutoAdapterDeviceManager(this.logger, this.displaymanager);
}
this.graphbuilder = new DX11GraphBuilder<IDX11ResourceProvider>(hdehost, reg);
this.graphbuilder.RenderRequest += graphbuilder_OnRenderRequest;
this.rendermanager = new DX11RenderManager(this.devicemanager, this.graphbuilder,this.logger);
DX11GlobalDevice.DeviceManager = this.devicemanager;
DX11GlobalDevice.RenderManager = this.rendermanager;
this.BuildAAEnum();
}
public DX11NodesFactory(IHDEHost hdehost, DotNetPluginFactory dnfactory, INodeInfoFactory ni, IORegistry ioreg, ILogger logger)
{
DX11EnumFormatHelper.CreateNullDeviceFormat();
this.hdehost = hdehost;
this.ioreg = ioreg;
this.logger = logger;
this.hdehost.RootNode.Removed += new Core.CollectionDelegate <INode2>(RootNode_Removed);
DX11ResourceRegistry reg = new DX11ResourceRegistry();
this.ioreg.Register(reg, true);
this.hdehost.MainLoop.OnPresent += GraphEventService_OnPresent;
this.hdehost.MainLoop.OnPrepareGraph += GraphEventService_OnPrepareGraph;
this.hdehost.MainLoop.OnRender += GraphEventService_OnRender;
this.displaymanager = new DX11DisplayManager();
string[] args = Environment.GetCommandLineArgs();
foreach (string s in args)
{
string sl = s.ToLower();
if (sl.StartsWith("/dx11mode:"))
{
sl = sl.Replace("/dx11mode:", "");
if (sl == "permonitor")
{
this.devicemanager = new DX11PerMonitorDeviceManager(this.logger, this.displaymanager);
}
else if (sl == "peradapter")
{
this.devicemanager = new DX11PerAdapterDeviceManager(this.logger, this.displaymanager);
}
else if (sl.StartsWith("force"))
{
sl = sl.Replace("force", "");
try
{
int i = int.Parse(sl);
if (i >= 0 && i < this.displaymanager.AdapterCount)
{
this.devicemanager = new DX11AutoAdapterDeviceManager(this.logger, this.displaymanager, i);
}
}
catch
{
}
}
}
}
if (this.devicemanager == null)
{
this.devicemanager = new DX11AutoAdapterDeviceManager(this.logger, this.displaymanager);
}
this.graphbuilder = new DX11GraphBuilder <IDX11ResourceProvider>(hdehost, reg);
this.graphbuilder.RenderRequest += graphbuilder_OnRenderRequest;
this.rendermanager = new DX11RenderManager(this.devicemanager, this.graphbuilder, this.logger);
DX11GlobalDevice.DeviceManager = this.devicemanager;
DX11GlobalDevice.RenderManager = this.rendermanager;
this.BuildAAEnum();
}
public DX11NodesFactory(IHDEHost hdehost, DotNetPluginFactory dnfactory, INodeInfoFactory ni, IORegistry ioreg, ILogger logger)
{
DX11EnumFormatHelper.CreateNullDeviceFormat();
this.hdehost = hdehost;
this.ioreg = ioreg;
this.logger = logger;
this.hdehost.RootNode.Removed += new Core.CollectionDelegate<INode2>(RootNode_Removed);
DX11ResourceRegistry reg = new DX11ResourceRegistry();
this.ioreg.Register(reg, true);
this.hdehost.MainLoop.OnPresent += GraphEventService_OnPresent;
this.hdehost.MainLoop.OnPrepareGraph += GraphEventService_OnPrepareGraph;
this.hdehost.MainLoop.OnRender += GraphEventService_OnRender;
this.displaymanager = new DX11DisplayManager();
string[] args = Environment.GetCommandLineArgs();
foreach (string s in args)
{
string sl = s.ToLower();
if (sl.StartsWith("/dx11mode:"))
{
sl = sl.Replace("/dx11mode:", "");
if (sl == "permonitor")
{
this.devicemanager = new DX11PerMonitorDeviceManager(this.logger, this.displaymanager);
}
else if (sl == "peradapter")
{
this.devicemanager = new DX11PerAdapterDeviceManager(this.logger, this.displaymanager);
}
else if (sl.StartsWith("force"))
{
sl = sl.Replace("force", "");
try
{
int i = int.Parse(sl);
if (i >= 0 && i < this.displaymanager.AdapterCount)
{
this.devicemanager = new DX11AutoAdapterDeviceManager(this.logger, this.displaymanager, i);
}
}
catch
{
}
}
}
}
if (this.devicemanager == null)
{
this.devicemanager = new DX11AutoAdapterDeviceManager(this.logger, this.displaymanager);
}
this.graphbuilder = new DX11GraphBuilder<IDX11ResourceProvider>(hdehost, reg);
this.graphbuilder.RenderRequest += graphbuilder_OnRenderRequest;
this.rendermanager = new DX11RenderManager(this.devicemanager, this.graphbuilder,this.logger);
DX11GlobalDevice.DeviceManager = this.devicemanager;
DX11GlobalDevice.RenderManager = this.rendermanager;
this.BuildAAEnum();
}
