public void TestOverriddenChildInfo()
{
DomNodeType childType = new DomNodeType("foo");
ChildInfo info = new ChildInfo("foo", childType);
DomNodeType test = new DomNodeType(
"test",
null,
EmptyEnumerable <AttributeInfo> .Instance,
new ChildInfo[] { info },
EmptyEnumerable <ExtensionInfo> .Instance);
ChildInfo overridden = new ChildInfo("foo", childType);
DomNodeType child = new DomNodeType("child", test,
EmptyEnumerable <AttributeInfo> .Instance,
new ChildInfo[] { overridden },
EmptyEnumerable <ExtensionInfo> .Instance);
Assert.AreSame(child.GetChildInfo("foo"), overridden);
Assert.AreEqual(overridden.OwningType, child);
Assert.AreEqual(overridden.DefiningType, test);
Assert.True(info.Equivalent(overridden));
Assert.True(overridden.Equivalent(info));
Assert.True(test.IsValid(overridden));
Assert.True(child.IsValid(info));
}
public void TestCustomChildInfo()
{
DomNodeType type = new DomNodeType("foo");
ChildInfo info = new ChildInfo("foo", type);
DomNodeType test = new DomNodeType(
"test",
null,
EmptyEnumerable <AttributeInfo> .Instance,
new ChildInfo[] { info },
EmptyEnumerable <ExtensionInfo> .Instance);
Utilities.TestSequenceEqual(test.Children, info);
Assert.True(test.IsValid(info));
Assert.AreSame(test.GetChildInfo("foo"), info);
// check that type is now frozen
Assert.Throws <InvalidOperationException>(delegate { test.Define(new ChildInfo("notFoo", type)); });
Assert.AreEqual(info.OwningType, test);
Assert.AreEqual(info.DefiningType, test);
Assert.Null(test.GetChildInfo("bar"));
}
public void TestCorrectSubstitutionsExist()
{
var loader = GetSchemaLoader();
DomNodeType containerType = loader.GetNodeType("test:containerType");
var subRule =
containerType.GetChildInfo("basic").Rules.OfType <SubstitutionGroupChildRule>().SingleOrDefault();
Assert.NotNull(subRule, "No SubstitutionGroupChildRule was generated.");
Assert.AreEqual(3, subRule.Substitutions.Count(), "Wrong number of substitutions for rule.");
Assert.NotNull(subRule.Substitutions.SingleOrDefault(s => s.Type.Name == "test:containerType"), "Missing containerType substitution in rule.");
Assert.NotNull(subRule.Substitutions.SingleOrDefault(s => s.Type.Name == "test:middleType"), "Missing middleType substitution in rule.");
Assert.NotNull(subRule.Substitutions.SingleOrDefault(s => s.Type.Name == "test:descendantType"), "Missing descendantType substitution in rule.");
}
public void TestInheritedChildInfo()
{
ChildInfo info = new ChildInfo("foo", new DomNodeType("foo"));
DomNodeType test = new DomNodeType(
"test",
null,
EmptyEnumerable <AttributeInfo> .Instance,
new ChildInfo[] { info },
EmptyEnumerable <ExtensionInfo> .Instance);
DomNodeType child = new DomNodeType("child");
child.BaseType = test;
ChildInfo inherited = child.GetChildInfo("foo");
Assert.AreEqual(inherited.OwningType, test);
Assert.AreEqual(inherited.DefiningType, test);
Assert.True(inherited.Equivalent(info));
Assert.True(info.Equivalent(inherited));
}
public void Test()
{
XmlSchemaTypeLoader loader = new XmlSchemaTypeLoader();
loader.SchemaResolver = new ResourceStreamResolver(
Assembly.GetExecutingAssembly(),
"UnitTests.Atf/Resources");
loader.Load("testComplexTypes.xsd");
DomNodeType abstractType = loader.GetNodeType("test:abstractType");
Assert.IsTrue(abstractType != null);
Assert.IsTrue(abstractType.IsAbstract);
DomNodeType complexType1 = loader.GetNodeType("test:complexType1");
Assert.IsTrue(complexType1 != null);
Assert.IsTrue(!complexType1.IsAbstract);
Assert.IsTrue(complexType1.BaseType == abstractType);
//Assert.IsTrue(complexType1.FindAnnotation("annotation") != null);
//Assert.IsTrue(complexType1.FindAnnotation("annotation", "attr1") != null);
DomNodeType complexType2 = loader.GetNodeType("test:complexType2");
Assert.IsTrue(complexType2 != null);
Assert.IsTrue(!complexType2.IsAbstract);
AttributeInfo attr1 = complexType2.GetAttributeInfo("attr1");
Assert.IsTrue(attr1 != null);
Assert.IsTrue(attr1.DefaultValue.Equals(1));
//Assert.IsTrue(attr1.FindAnnotation("annotation") != null);
AttributeInfo attr2 = complexType2.GetAttributeInfo("attr2");
Assert.IsTrue(attr2 != null);
Assert.IsTrue(attr2.DefaultValue.Equals(2));
DomNodeType complexType3 = loader.GetNodeType("test:complexType3");
Assert.IsTrue(complexType3 != null);
Assert.IsTrue(!complexType3.IsAbstract);
Assert.IsTrue(complexType3.BaseType == complexType2);
AttributeInfo attr3 = complexType3.GetAttributeInfo("attr3");
Assert.IsTrue(attr3 != null);
ChildInfo elem1 = complexType3.GetChildInfo("elem1");
Assert.IsTrue(elem1 != null);
Assert.IsTrue(elem1.Type == complexType1);
//Assert.IsTrue(elem1.FindAnnotation("annotation") != null);
ChildInfo elem2 = complexType3.GetChildInfo("elem2");
Assert.IsTrue(elem2 != null);
Assert.IsTrue(elem2.Type == complexType1);
Assert.IsTrue(MinMaxCheck(elem2, 1, 3));
ChildInfo elem3 = complexType3.GetChildInfo("elem3");
Assert.IsTrue(elem3 != null); //because a sequence of simple types becomes a sequence of child DomNodes
attr3 = complexType3.GetAttributeInfo("elem3");
Assert.IsTrue(attr3 == null); //because a sequence of simple types becomes a sequence of child DomNodes
DomNode node3 = new DomNode(complexType3);
DomNode elem3Child1 = new DomNode(elem3.Type);
AttributeInfo elem3ValueAttributeInfo = elem3.Type.GetAttributeInfo(string.Empty);
elem3Child1.SetAttribute(elem3ValueAttributeInfo, 1);
DomNode elem3Child2 = new DomNode(elem3.Type);
elem3Child2.SetAttribute(elem3ValueAttributeInfo, 1);
DomNode elem3Child3 = new DomNode(elem3.Type);
elem3Child3.SetAttribute(elem3ValueAttributeInfo, 1);
node3.GetChildList(elem3).Add(elem3Child1);
node3.GetChildList(elem3).Add(elem3Child2);
node3.GetChildList(elem3).Add(elem3Child3);
IList <DomNode> node3Children = node3.GetChildList(elem3);
Assert.IsTrue((int)node3Children[0].GetAttribute(elem3ValueAttributeInfo) == 1);
Assert.IsTrue((int)node3Children[1].GetAttribute(elem3ValueAttributeInfo) == 1);
Assert.IsTrue((int)node3Children[2].GetAttribute(elem3ValueAttributeInfo) == 1);
// Update on 8/16/2011. DomXmlReader would not be able to handle a sequence of elements
// of a simple type like this. When reading, each subsequent element's value would be
// used to set the attribute on the DomNode, overwriting the previous one. So, since
// this behavior of converting more than one element of a simple type into an attribute
// array was broken, I want to change this unit test that I wrote and make sequences of
// elements of simple types into a sequence of DomNode children with a value attribute.
// (A value attribute means an attribute whose name is "".) --Ron
//ChildInfo elem3 = complexType3.GetChildInfo("elem3");
//Assert.IsTrue(elem3 == null); //because a sequence of simple types becomes an attribute
//attr3 = complexType3.GetAttributeInfo("elem3");
//Assert.IsTrue(attr3 != null); //because a sequence of simple types becomes an attribute
//DomNode node3 = new DomNode(complexType3);
//object attr3Obj = node3.GetAttribute(attr3);
//Assert.IsTrue(
// attr3Obj is int &&
// (int)attr3Obj == 0); //the default integer
//node3.SetAttribute(attr3, 1);
//attr3Obj = node3.GetAttribute(attr3);
//Assert.IsTrue(
// attr3Obj is int &&
// (int)attr3Obj == 1);
//node3.SetAttribute(attr3, new int[] { 1, 2, 3 });
//attr3Obj = node3.GetAttribute(attr3);
//Assert.IsTrue(
// attr3Obj is int[] &&
// ((int[])attr3Obj)[2]==3);
DomNodeType complexType4 = loader.GetNodeType("test:complexType4");
Assert.IsTrue(complexType4 != null);
Assert.IsTrue(!complexType4.IsAbstract);
attr1 = complexType4.GetAttributeInfo("attr1");
Assert.IsTrue(attr1 != null);
elem1 = complexType4.GetChildInfo("elem1");
Assert.IsTrue(elem1 != null);
Assert.IsTrue(elem1.Type == complexType3);
Assert.IsTrue(MinMaxCheck(elem1, 1, 1));
DomNodeType complexType5 = loader.GetNodeType("test:complexType5");
Assert.IsTrue(complexType5 != null);
Assert.IsTrue(!complexType5.IsAbstract);
elem1 = complexType5.GetChildInfo("elem1");
Assert.IsTrue(elem1 != null);
Assert.IsTrue(elem1.Type == abstractType);
Assert.IsTrue(MinMaxCheck(elem1, 1, Int32.MaxValue));
DomNode node5 = new DomNode(complexType5);
elem2 = complexType5.GetChildInfo("elem2");
DomNode node2 = new DomNode(complexType2);
node5.SetChild(elem2, node2);
node5.SetChild(elem2, null);
node3 = new DomNode(complexType3);
elem3 = complexType5.GetChildInfo("elem3");
node5.SetChild(elem3, node3);
//The following should violate xs:choice, but we don't fully support this checking yet.
//ExceptionTester.CheckThrow<InvalidOperationException>(delegate { node5.AddChild(elem2, node2); });
DomNodeType complexType6 = loader.GetNodeType("test:complexType6");
Assert.IsTrue(complexType6 != null);
Assert.IsTrue(!complexType6.IsAbstract);
elem1 = complexType6.GetChildInfo("elem1");
Assert.IsTrue(elem1 != null);
Assert.IsTrue(elem1.Type == abstractType);
Assert.IsTrue(MinMaxCheck(elem1, 1, Int32.MaxValue));
elem2 = complexType6.GetChildInfo("elem2");
Assert.IsTrue(elem2 != null);
Assert.IsTrue(elem2.Type == complexType2);
Assert.IsTrue(MinMaxCheck(elem2, 1, Int32.MaxValue));
//DomNodeType complexType7 = loader.GetNodeType("test:complexType7");
//Assert.IsTrue(complexType7 != null);
//Assert.IsTrue(!complexType7.IsAbstract);
//AttributeInfo attrSimpleSequence = complexType7.GetAttributeInfo("elemSimpleSequence");
//Assert.IsTrue(attrSimpleSequence == null); //because a sequence of simple types becomes a sequence of child DomNodes
//ChildInfo elemSimpleSequence = complexType7.GetChildInfo("elemSimpleSequence");
//Assert.IsTrue(elemSimpleSequence != null); //because a sequence of simple types becomes a sequence of child DomNodes
//DomNode node7 = new DomNode(complexType7);
//object attrObj7 = node7.GetAttribute(attrSimpleSequence);
//Assert.IsTrue(
// attrObj7 is float[] &&
// ((float[])attrObj7)[0] == 0 &&
// ((float[])attrObj7)[1] == 0 &&
// ((float[])attrObj7)[2] == 0); //the default vector
//float[][] newSequence =
//{
// new float[] {1, 2, 3},
// new float[] {4, 5, 6},
// new float[] {7, 8, 9}
//};
//node7.SetAttribute(attrSimpleSequence, newSequence);
//attrObj7 = node7.GetAttribute(attrSimpleSequence);
//Assert.IsTrue(ArraysEqual(attrObj7, newSequence));
}
public void TestOverriddenChildInfo()
{
DomNodeType childType = new DomNodeType("foo");
ChildInfo info = new ChildInfo("foo", childType);
DomNodeType test = new DomNodeType(
"test",
null,
EmptyEnumerable<AttributeInfo>.Instance,
new ChildInfo[] { info },
EmptyEnumerable<ExtensionInfo>.Instance);
ChildInfo overridden = new ChildInfo("foo", childType);
DomNodeType child = new DomNodeType("child", test,
EmptyEnumerable<AttributeInfo>.Instance,
new ChildInfo[] { overridden },
EmptyEnumerable<ExtensionInfo>.Instance);
Assert.AreSame(child.GetChildInfo("foo"), overridden);
Assert.AreEqual(overridden.OwningType, child);
Assert.AreEqual(overridden.DefiningType, test);
Assert.True(info.Equivalent(overridden));
Assert.True(overridden.Equivalent(info));
Assert.True(test.IsValid(overridden));
Assert.True(child.IsValid(info));
}
public void TestInheritedChildInfo()
{
ChildInfo info = new ChildInfo("foo", new DomNodeType("foo"));
DomNodeType test = new DomNodeType(
"test",
null,
EmptyEnumerable<AttributeInfo>.Instance,
new ChildInfo[] { info },
EmptyEnumerable<ExtensionInfo>.Instance);
DomNodeType child = new DomNodeType("child");
child.BaseType = test;
ChildInfo inherited = child.GetChildInfo("foo");
Assert.AreEqual(inherited.OwningType, test);
Assert.AreEqual(inherited.DefiningType, test);
Assert.True(inherited.Equivalent(info));
Assert.True(info.Equivalent(inherited));
}
public void TestCustomChildInfo()
{
DomNodeType type = new DomNodeType("foo");
ChildInfo info = new ChildInfo("foo", type);
DomNodeType test = new DomNodeType(
"test",
null,
EmptyEnumerable<AttributeInfo>.Instance,
new ChildInfo[] { info },
EmptyEnumerable<ExtensionInfo>.Instance);
Utilities.TestSequenceEqual(test.Children, info);
Assert.True(test.IsValid(info));
Assert.AreSame(test.GetChildInfo("foo"), info);
// check that type is now frozen
Assert.Throws<InvalidOperationException>(delegate { test.Define(new ChildInfo("notFoo", type)); });
Assert.AreEqual(info.OwningType, test);
Assert.AreEqual(info.DefiningType, test);
Assert.Null(test.GetChildInfo("bar"));
}
void IInitializable.Initialize()
{
m_controlInfo = new ControlInfo("DesignView", "DesignView", StandardControlGroup.CenterPermanent);
m_controlHostService.RegisterControl(m_designView.HostControl, m_controlInfo, this);
Application.ApplicationExit += delegate
{
Util3D.Shutdown();
GameEngine.Shutdown();
};
GameEngine.RefreshView += (sender, e) => m_designView.InvalidateViews();
m_gameDocumentRegistry.DocumentAdded += m_gameDocumentRegistry_DocumentAdded;
m_gameDocumentRegistry.DocumentRemoved += m_gameDocumentRegistry_DocumentRemoved;
string ns = m_schemaLoader.NameSpace;
// register GridRenderer on grid child.
DomNodeType gridType = m_schemaLoader.TypeCollection.GetNodeType(ns, "gridType");
gridType.Define(new ExtensionInfo <GridRenderer>());
// register NativeGameWorldAdapter on game type.
m_schemaLoader.GameType.Define(new ExtensionInfo <NativeDocumentAdapter>());
// parse schema annotation.
foreach (DomNodeType domType in m_schemaLoader.TypeCollection.GetNodeTypes())
{
var topLevelAnnotations = domType.GetTagLocal <IEnumerable <XmlNode> >();
if (topLevelAnnotations == null)
{
continue;
}
// First, go through and interpret the annotations that are not inherited
List <NativeAttributeInfo> nativeAttribs = new List <NativeAttributeInfo>();
foreach (XmlNode annot in topLevelAnnotations)
{
XmlElement elm = annot as XmlElement;
if (elm.LocalName == NativeAnnotations.NativeType)
{
string typeName = elm.GetAttribute(NativeAnnotations.NativeName);
domType.SetTag(NativeAnnotations.NativeType, GameEngine.GetObjectTypeId(typeName));
if (domType.IsAbstract == false)
{
domType.Define(new ExtensionInfo <NativeObjectAdapter>());
}
}
else if (elm.LocalName == NativeAnnotations.NativeDocumentType)
{
string typeName = elm.GetAttribute(NativeAnnotations.NativeName);
domType.SetTag(NativeAnnotations.NativeDocumentType, GameEngine.GetDocumentTypeId(typeName));
if (domType.IsAbstract == false)
{
domType.Define(new ExtensionInfo <NativeDocumentAdapter>());
}
}
}
if (domType.GetTag(NativeAnnotations.NativeType) == null)
{
continue;
}
uint typeId = (uint)domType.GetTag(NativeAnnotations.NativeType);
bool isBoundableType = false;
// Now, go through and interpret annotations that can be inheritted from base clases.
// Sometimes a native property can be inheritted from a base class. In this model, we
// will create a separate "property id" for each concrete class. When a property is
// inheritted, the "property ids" for each type in the inheritance chain will be different
// and unrelated.
foreach (var inherittedType in domType.Lineage)
{
var annotations = inherittedType.GetTagLocal <IEnumerable <XmlNode> >();
if (annotations == null)
{
continue;
}
foreach (XmlNode annot in annotations)
{
XmlElement elm = annot as XmlElement;
if (elm.LocalName == NativeAnnotations.NativeProperty)
{
// find a prop name and added to the attribute.
string nativePropName = elm.GetAttribute(NativeAnnotations.NativeName);
string attribName = elm.GetAttribute(NativeAnnotations.Name);
uint propId = GameEngine.GetObjectPropertyId(typeId, nativePropName);
if (!string.IsNullOrEmpty(attribName))
{
AttributeInfo attribInfo = domType.GetAttributeInfo(elm.GetAttribute(NativeAnnotations.Name));
attribInfo.SetTag(NativeAnnotations.NativeProperty, propId);
}
else
{
NativeAttributeInfo attribInfo = new NativeAttributeInfo(domType, nativePropName, typeId, propId);
nativeAttribs.Add(attribInfo);
}
if (nativePropName == "Bounds" || nativePropName == "LocalBounds")
{
isBoundableType = true;
}
}
else if (elm.LocalName == NativeAnnotations.NativeElement)
{
ChildInfo info = domType.GetChildInfo(elm.GetAttribute(NativeAnnotations.Name));
string name = elm.GetAttribute(NativeAnnotations.NativeName);
info.SetTag(NativeAnnotations.NativeElement, GameEngine.GetObjectChildListId(typeId, name));
}
else if (elm.LocalName == NativeAnnotations.NativeVis)
{
using (var transfer = new NativeObjectAdapter.NativePropertyTransfer())
{
using (var stream = transfer.CreateStream())
foreach (var a in elm.Attributes)
{
var attrib = a as XmlAttribute;
if (attrib.Name == "geo")
{
NativeObjectAdapter.PushAttribute(
0,
typeof(string), 1,
attrib.Value,
transfer.Properties, stream);
}
}
GameEngine.SetTypeAnnotation(typeId, "vis", transfer.Properties);
}
}
}
}
if (nativeAttribs.Count > 0)
{
domType.SetTag(nativeAttribs.ToArray());
}
if (isBoundableType && domType.IsAbstract == false)
{
domType.Define(new ExtensionInfo <BoundableObject>());
}
}
// register BoundableObject
m_schemaLoader.GameObjectFolderType.Define(new ExtensionInfo <BoundableObject>()); // doesn't have a bound native attributes -- is this really intended?s
#region code to handle gameObjectFolder
{
// This code is fragile and need to be updated whenever
// any relevant part of the schema changes.
// purpose:
// gameObjectFolderType does not exist in C++
// this code will map gameObjectFolderType to gameObjectGroupType.
DomNodeType gobFolderType = m_schemaLoader.GameObjectFolderType;
DomNodeType groupType = m_schemaLoader.GameObjectGroupType;
// map native bound attrib from gameObject to GobFolder
NativeAttributeInfo[] nativeAttribs = m_schemaLoader.GameObjectType.GetTag <NativeAttributeInfo[]>();
foreach (var attrib in nativeAttribs)
{
if (attrib.Name == "Bounds")
{
gobFolderType.SetTag(new NativeAttributeInfo[] { attrib });
break;
}
}
// map type.
// XLE --> Separate GameObjectFolder type from GameObjectGroup type
// gobFolderType.Define(new ExtensionInfo<NativeObjectAdapter>());
// gobFolderType.SetTag(NativeAnnotations.NativeType, groupType.GetTag(NativeAnnotations.NativeType));
// map all native attributes of gameObjectGroup to gameFolder
foreach (AttributeInfo srcAttrib in groupType.Attributes)
{
object nativeIdObject = srcAttrib.GetTag(NativeAnnotations.NativeProperty);
if (nativeIdObject == null)
{
continue;
}
AttributeInfo destAttrib = gobFolderType.GetAttributeInfo(srcAttrib.Name);
if (destAttrib == null)
{
continue;
}
destAttrib.SetTag(NativeAnnotations.NativeProperty, nativeIdObject);
destAttrib.SetTag(NativeAnnotations.MappedAttribute, srcAttrib);
}
// map native element from gameObjectGroupType to gameObjectFolderType.
object gobsId = groupType.GetChildInfo("gameObject").GetTag(NativeAnnotations.NativeElement);
foreach (ChildInfo srcChildInfo in gobFolderType.Children)
{
if (srcChildInfo.IsList)
{
srcChildInfo.SetTag(NativeAnnotations.NativeElement, gobsId);
}
}
m_schemaLoader.GameType.GetChildInfo("gameObjectFolder").SetTag(NativeAnnotations.NativeElement, gobsId);
}
#endregion
// set up scripting bindings
if (m_scriptingService != null)
{
m_scriptingService.SetVariable("cv", new GUILayer.TweakableBridge());
}
}
private RenderState CreateRenderStateFromProfileCOMMON()
{
RenderState rs = null;
DomNode profile_COMMON = this.DomNode.GetChild(Schema.effect.profile_COMMONChild);
if (profile_COMMON == null)
{
return(rs);
}
// Get technique
DomNode technique_COMMON = profile_COMMON.GetChild(Schema.profile_COMMON.techniqueChild);
if (technique_COMMON == null)
{
return(rs);
}
// Get shading profile
DomNode shader =
technique_COMMON.GetChild(Schema.profile_COMMON_technique.blinnChild) ??
technique_COMMON.GetChild(Schema.profile_COMMON_technique.constantChild) ??
technique_COMMON.GetChild(Schema.profile_COMMON_technique.lambertChild) ??
technique_COMMON.GetChild(Schema.profile_COMMON_technique.phongChild);
if (shader == null)
{
return(rs);
}
rs = CreateRenderStateDefault();
//<xs:sequence>
// <xs:element name="emission" type="common_color_or_texture_type" minOccurs="0"/>
// <xs:element name="ambient" type="common_color_or_texture_type" minOccurs="0"/>
// <xs:element name="diffuse" type="common_color_or_texture_type" minOccurs="0"/>
// <xs:element name="specular" type="common_color_or_texture_type" minOccurs="0"/>
// <xs:element name="shininess" type="common_float_or_param_type" minOccurs="0"/>
// <xs:element name="reflective" type="common_color_or_texture_type" minOccurs="0"/>
// <xs:element name="reflectivity" type="common_float_or_param_type" minOccurs="0"/>
// <xs:element name="transparent" type="common_transparent_type" minOccurs="0"/>
// <xs:element name="transparency" type="common_float_or_param_type" minOccurs="0"/>
// <xs:element name="index_of_refraction" type="common_float_or_param_type" minOccurs="0"/>
//</xs:sequence>
DomNodeType shaderType = shader.Type;
ChildInfo emission = shaderType.GetChildInfo("emission");
ChildInfo ambient = shaderType.GetChildInfo("ambient");
ChildInfo diffuse = shaderType.GetChildInfo("diffuse");
ChildInfo specular = shaderType.GetChildInfo("specular");
ChildInfo shininess = shaderType.GetChildInfo("shininess");
shaderType.GetChildInfo("reflective");
shaderType.GetChildInfo("reflectivity");
shaderType.GetChildInfo("transparent");
ChildInfo transparency = shaderType.GetChildInfo("transparency");
shaderType.GetChildInfo("index_of_refrac");
if (emission != null)
{
float[] emissionColor = Tools.GetColor(shader.GetChild(emission));
if (emissionColor != null)
{
rs.EmissionColor = new Vec4F(emissionColor);
}
}
if (ambient != null)
{
// Surface properties
float[] ambientColor = Tools.GetColor(shader.GetChild(ambient));
if (ambientColor != null)
{
rs.AmbientColor = new Vec4F(ambientColor);
}
}
float transparencyVal = -1.0f;
if (transparency != null)
{
transparencyVal = Tools.GetFloat(shader.GetChild(transparency));
}
if (diffuse != null)
{
float[] diffuseColor = Tools.GetColor(shader.GetChild(diffuse));
if (diffuseColor != null)
{
if (transparencyVal >= 0.0f)
{
diffuseColor[3] = transparencyVal;
if (transparencyVal < 1.0f)
{
rs.RenderMode |= RenderMode.Alpha;
}
}
rs.DiffuseColor = new Vec4F(diffuseColor);
}
}
if (specular != null)
{
float[] specularColor = Tools.GetColor(shader.GetChild(specular));
if (specularColor != null)
{
rs.SpecularColor = new Vec4F(specularColor);
}
if (shininess != null)
{
float shine = Tools.GetFloat(shader.GetChild(shininess));
rs.Shininess = shine;
}
}
if (diffuse == null)
{
return(rs);
}
DomNode diffuseChild = shader.GetChild(diffuse);
DomNode textureChild = diffuseChild.GetChild(Schema.common_color_or_texture_type.textureChild);
if (textureChild == null)
{
return(rs);
}
string strTexture = (string)textureChild.GetAttribute(Schema.common_color_or_texture_type_texture.textureAttribute);
if (string.IsNullOrEmpty(strTexture))
{
return(rs);
}
IList <DomNode> newParams = profile_COMMON.GetChildList(Schema.profile_COMMON.newparamChild);
DomNode sampler = null;
foreach (DomNode newParam in newParams)
{
string sid = newParam.GetAttribute(Schema.common_newparam_type.sidAttribute) as string;
if (strTexture == sid)
{
sampler = newParam;
break;
}
}
if (sampler == null)
{
return(rs);
}
// sampler2D
DomNode sampler2D = sampler.GetChild(Schema.common_newparam_type.sampler2DChild);
if (sampler2D == null)
{
return(rs);
}
string source = sampler2D.GetAttribute(Schema.fx_sampler2D_common.sourceAttribute) as string;
DomNode surfaceParam = null;
foreach (DomNode newParam in newParams)
{
string sid = newParam.GetAttribute(Schema.common_newparam_type.sidAttribute) as string;
if (source == sid)
{
surfaceParam = newParam;
break;
}
}
if (surfaceParam == null)
{
return(rs);
}
DomNode surface = surfaceParam.GetChild(Schema.common_newparam_type.surfaceChild);
if (surface == null)
{
return(rs);
}
// init_from
//string id = (string)surface.GetAttribute(Schema.fx_surface_common.init_fromAttribute);
IList <DomNode> init_fromList = surface.GetChildList(Schema.fx_surface_common.init_fromChild);
if (init_fromList.Count > 0)
{
DomNode init_from = init_fromList[0];
DomNode image = (DomNode)init_from.GetAttribute(Schema.fx_surface_init_from_common.Attribute);
Uri uri = (Uri)image.GetAttribute(Schema.image.init_fromAttribute);
BindTexture(uri, rs);
}
return(rs);
}
void IInitializable.Initialize()
{
m_controlInfo = new ControlInfo("DesignView", "DesignView", StandardControlGroup.CenterPermanent);
m_controlHostService.RegisterControl(m_designView.HostControl, m_controlInfo, this);
Application.ApplicationExit += delegate
{
Util3D.Shutdown();
GameEngine.Shutdown();
};
GameEngine.RefreshView += (sender, e) => m_designView.InvalidateViews();
m_gameDocumentRegistry.DocumentAdded += m_gameDocumentRegistry_DocumentAdded;
m_gameDocumentRegistry.DocumentRemoved += m_gameDocumentRegistry_DocumentRemoved;
string ns = m_schemaLoader.NameSpace;
// register GridRenderer on grid child.
DomNodeType gridType = m_schemaLoader.TypeCollection.GetNodeType(ns, "gridType");
gridType.Define(new ExtensionInfo <GridRenderer>());
// register NativeGameWorldAdapter on game type.
m_schemaLoader.GameType.Define(new ExtensionInfo <NativeGameWorldAdapter>());
// parse schema annotation.
foreach (DomNodeType domType in m_schemaLoader.TypeCollection.GetNodeTypes())
{
IEnumerable <XmlNode> annotations = domType.GetTagLocal <IEnumerable <XmlNode> >();
if (annotations == null)
{
continue;
}
// collect all the properties that only exist in native side.
List <NativeAttributeInfo> nativeAttribs = new List <NativeAttributeInfo>();
foreach (XmlNode annot in annotations)
{
XmlElement elm = annot as XmlElement;
if (elm.LocalName == NativeAnnotations.NativeType)
{
string typeName = elm.GetAttribute(NativeAnnotations.NativeName);
domType.SetTag(NativeAnnotations.NativeType, GameEngine.GetObjectTypeId(typeName));
if (domType.IsAbstract == false)
{
domType.Define(new ExtensionInfo <NativeObjectAdapter>());
}
}
else if (elm.LocalName == NativeAnnotations.NativeProperty)
{
// find a prop name and added to the attribute.
string nativePropName = elm.GetAttribute(NativeAnnotations.NativeName);
string attribName = elm.GetAttribute(NativeAnnotations.Name);
uint typeId = (uint)domType.GetTag(NativeAnnotations.NativeType);
uint propId = GameEngine.GetObjectPropertyId(typeId, nativePropName);
if (!string.IsNullOrEmpty(attribName))
{
AttributeInfo attribInfo = domType.GetAttributeInfo(elm.GetAttribute(NativeAnnotations.Name));
attribInfo.SetTag(NativeAnnotations.NativeProperty, propId);
}
else
{
NativeAttributeInfo attribInfo = new NativeAttributeInfo(domType, nativePropName, typeId, propId);
nativeAttribs.Add(attribInfo);
}
}
else if (elm.LocalName == NativeAnnotations.NativeElement)
{
ChildInfo info = domType.GetChildInfo(elm.GetAttribute(NativeAnnotations.Name));
uint typeId = (uint)domType.GetTag(NativeAnnotations.NativeType);
string name = elm.GetAttribute(NativeAnnotations.NativeName);
info.SetTag(NativeAnnotations.NativeElement, GameEngine.GetObjectChildListId(typeId, name));
}
}
if (nativeAttribs.Count > 0)
{
domType.SetTag(nativeAttribs.ToArray());
}
}
// register BoundableObject
m_schemaLoader.GameObjectType.Define(new ExtensionInfo <BoundableObject>());
m_schemaLoader.GameObjectFolderType.Define(new ExtensionInfo <BoundableObject>());
#region code to handle gameObjectFolder
{
// This code is fragile and need to be updated whenever
// any relevant part of the schema changes.
// purpose:
// gameObjectFolderType does not exist in C++
// this code will map gameObjectFolderType to gameObjectGroupType.
DomNodeType gobFolderType = m_schemaLoader.GameObjectFolderType;
DomNodeType groupType = m_schemaLoader.GameObjectGroupType;
// map native bound attrib from gameObject to GobFolder
NativeAttributeInfo[] nativeAttribs = m_schemaLoader.GameObjectType.GetTag <NativeAttributeInfo[]>();
foreach (var attrib in nativeAttribs)
{
if (attrib.Name == "Bounds")
{
gobFolderType.SetTag(new NativeAttributeInfo[] { attrib });
break;
}
}
// map type.
gobFolderType.Define(new ExtensionInfo <NativeObjectAdapter>());
gobFolderType.SetTag(NativeAnnotations.NativeType, groupType.GetTag(NativeAnnotations.NativeType));
// map all native attributes of gameObjectGroup to gameFolder
foreach (AttributeInfo srcAttrib in groupType.Attributes)
{
object nativeIdObject = srcAttrib.GetTag(NativeAnnotations.NativeProperty);
if (nativeIdObject == null)
{
continue;
}
AttributeInfo destAttrib = gobFolderType.GetAttributeInfo(srcAttrib.Name);
if (destAttrib == null)
{
continue;
}
destAttrib.SetTag(NativeAnnotations.NativeProperty, nativeIdObject);
destAttrib.SetTag(NativeAnnotations.MappedAttribute, srcAttrib);
}
// map native element from gameObjectGroupType to gameObjectFolderType.
object gobsId = groupType.GetChildInfo("gameObject").GetTag(NativeAnnotations.NativeElement);
foreach (ChildInfo srcChildInfo in gobFolderType.Children)
{
if (srcChildInfo.IsList)
{
srcChildInfo.SetTag(NativeAnnotations.NativeElement, gobsId);
}
}
m_schemaLoader.GameType.GetChildInfo("gameObjectFolder").SetTag(NativeAnnotations.NativeElement, gobsId);
}
#endregion
}
/// <summary>
/// Performs initialization when the adapter's node is set.
/// This method is called each time the adapter is connected to its underlying node.
/// Typically overridden by creators of DOM adapters.</summary>
protected override void OnNodeSet()
{
base.OnNodeSet();
Visible = true;
DomNodeType domtype = this.DomNode.Type;
ChildInfo inputChildInfo = domtype.GetChildInfo("input");
Mesh mesh = GetParentAs <Mesh>();
int maxoffset = -1;
// get input child info.
foreach (DomNode inputNode in DomNode.GetChildList(inputChildInfo))
{
PrimInput pinput = new PrimInput(inputNode, mesh);
if (pinput.Offset > maxoffset)
{
maxoffset = pinput.Offset;
}
if (pinput.Semantic == "VERTEX")
{
foreach (PrimInput vinput in mesh.VertexInputs)
{
PrimInput input = new PrimInput(vinput, pinput.Offset);
m_inputs.Add(input);
}
}
else
{
m_inputs.Add(pinput);
}
}
m_bindingCount = maxoffset + 1;
// prim type
string type = DomNode.ToString();
m_primitiveType = type.Substring(type.LastIndexOf(':') + 1).ToUpper();
if (m_primitiveType == "POLYLIST")
{
m_primitiveType = "POLYGONS";
}
// indices
AttributeInfo pattrib = DomNode.Type.GetAttributeInfo("p");
m_indices = Tools.ULongToInt(GetAttribute <ulong[]>(pattrib));
// material
AttributeInfo mtrlAttrib = DomNode.Type.GetAttributeInfo("material");
string mtrl = GetAttribute <string>(mtrlAttrib);
Geometry geom = DomNode.Parent.Parent.Cast <Geometry>();
m_effect = geom.Effects[mtrl];
// vcount, element sizes
AttributeInfo vcountAttrib = DomNode.Type.GetAttributeInfo("vcount");
if (vcountAttrib != null)
{
m_sizes = Tools.ULongToInt(GetAttribute <ulong[]>(vcountAttrib));
}
else
{
m_sizes = new int[] { 3 }
};
//count
AttributeInfo countAttrib = DomNode.Type.GetAttributeInfo("count");
m_count = (int)GetAttribute <ulong>(countAttrib);
// name
AttributeInfo nameAttrib = DomNode.Type.GetAttributeInfo("name");
m_name = GetAttribute <string>(nameAttrib);
}