public static void Dispose(ref T[] disposing)
{
#if DEV_MODE && PI_ASSERTATIONS
Debug.Assert(!typeof(IDrawer).IsAssignableFrom(typeof(T)), "Use DrawerArrayPool instead");
Debug.Assert(typeof(T) != Types.UnityObject || !LinkedMemberHierarchy.AnyHierarchyTargetsArrayEquals(disposing as UnityEngine.Object[]));
#endif
int length = disposing.Length;
//don't pool zero-length arrays since we'll be using ZeroSizeArray field for those purposes
if (length > 0)
{
PolymorphicPool <T[]> pool;
#if DEV_MODE && WARN_IF_POOLING_EXTERNALLY_CREATED_ITEMS
if (!created.TryGetValue(length, out pool) || !pool.Contains(disposing))
{
Debug.LogWarning("ArrayPool<" + StringUtils.ToString(typeof(T)) + ">.Dispose was called for array that was not created by ArrayPool. This could lead to bugs:\ndisposing: " + StringUtils.ToString(disposing));
}
else
{
pool.Remove(disposing);
}
#endif
if (!pools.TryGetValue(length, out pool))
{
pool = new PolymorphicPool <T[]>(1, 25);
pools[length] = pool;
}
pool.Pool(ref disposing);
}
disposing = null;
}
public static LinkedMemberInfo Create(Object unityObject, MemberInfo[] parents)
{
var hierarchy = LinkedMemberHierarchy.Get(unityObject);
LinkedMemberInfo memberInfo = null;
for (int n = 0, lastIndex = parents.Length - 1; n <= lastIndex; n++)
{
var current = parents[n];
var fieldInfo = current as FieldInfo;
if (fieldInfo != null)
{
memberInfo = hierarchy.Get(memberInfo, fieldInfo);
continue;
}
var propertyInfo = current as PropertyInfo;
if (propertyInfo != null)
{
memberInfo = hierarchy.Get(memberInfo, propertyInfo);
continue;
}
var methodInfo = current as MethodInfo;
if (methodInfo != null)
{
memberInfo = hierarchy.Get(memberInfo, methodInfo);
continue;
}
Debug.LogError("LinkedMemberInfo.Create - MemberInfo #" + n + " type unsupported: " + StringUtils.ToString(current.GetType()));
}
return(memberInfo);
}
public static LinkedMemberInfo Create(LinkedMemberHierarchy hierarchy, [CanBeNull] LinkedMemberInfo parent, MethodInfo getMethodInfo, MethodInfo setMethodInfo, LinkedMemberParent setParentType)
{
MethodData memberData;
if (!methodPool.TryGet(out memberData))
{
memberData = new MethodData();
}
var created = Create(hierarchy, memberData);
created.Setup(parent, getMethodInfo, setMethodInfo, setParentType);
return(created);
}
public static LinkedMemberInfo CreateIndexer(LinkedMemberHierarchy hierarchy, LinkedMemberInfo parent, [NotNull] PropertyInfo propertyInfo, LinkedMemberParent parentType)
{
IndexerData memberData;
if (!indexerPool.TryGet(out memberData))
{
memberData = new IndexerData();
}
var created = Create(hierarchy, memberData);
created.SetupIndexer(parent, propertyInfo, parentType);
return(created);
}
public static LinkedMemberInfo Create(LinkedMemberHierarchy hierarchy, LinkedMemberInfo parent, [NotNull] PropertyInfo propertyInfo, LinkedMemberParent parentType, string serializedPropertyPath = null)
{
PropertyData memberData;
if (!propertyPool.TryGet(out memberData))
{
memberData = new PropertyData();
}
var created = Create(hierarchy, memberData);
created.Setup(parent, propertyInfo, parentType, serializedPropertyPath);
return(created);
}
public static LinkedMemberInfo Create([NotNull] LinkedMemberHierarchy hierarchy, [CanBeNull] LinkedMemberInfo parent, [NotNull] FieldInfo fieldInfo, LinkedMemberParent parentType, string serializedPropertyPath = null)
{
FieldData memberData;
if (!fieldPool.TryGet(out memberData))
{
memberData = new FieldData();
}
var created = Create(hierarchy, memberData);
created.Setup(parent, fieldInfo, parentType, serializedPropertyPath);
return(created);
}
public static LinkedMemberInfo CreateForCollectionMember([NotNull] LinkedMemberHierarchy hierarchy, [NotNull] LinkedMemberInfo parent, Type type, int collectionIndex, GetCollectionMember getDelegate, SetCollectionMember setDelegate)
{
CollectionMemberData memberData;
if (!collectionMemberPool.TryGet(out memberData))
{
memberData = new CollectionMemberData();
}
var created = Create(hierarchy, memberData);
created.SetupCollectionMember(parent, type, collectionIndex, getDelegate, setDelegate);
return(created);
}
public static LinkedMemberInfo Create(LinkedMemberHierarchy hierarchy, [CanBeNull] LinkedMemberInfo parent, ParameterInfo parameterInfo)
{
ParameterData memberData;
if (!parameterPool.TryGet(out memberData))
{
memberData = new ParameterData();
}
var created = Create(hierarchy, memberData);
created.Setup(parent, parameterInfo);
return(created);
}
public static LinkedMemberInfo Create(LinkedMemberHierarchy hierarchy, [CanBeNull] LinkedMemberInfo parent, Type genericTypeArgument, int argumentIndex)
{
GenericTypeArgumentData memberData;
if (!genericTypeArgumentPool.TryGet(out memberData))
{
memberData = new GenericTypeArgumentData();
}
var created = Create(hierarchy, memberData);
created.Setup(parent, genericTypeArgument, argumentIndex);
return(created);
}
private static LinkedMemberInfo Create([NotNull] LinkedMemberHierarchy hierarchy, [NotNull] MemberData memberData)
{
#if DEV_MODE && PI_ASSERTATIONS
Debug.Assert(hierarchy != null);
Debug.Assert(memberData != null);
#endif
LinkedMemberInfo created;
if (!pool.TryGet(out created))
{
return(new LinkedMemberInfo(hierarchy, memberData));
}
created.Hierarchy = hierarchy;
created.Data = memberData;
return(created);
}
public static LinkedMemberInfo CreateForCollectionResizer(LinkedMemberHierarchy hierarchy, [NotNull] LinkedMemberInfo parent, [NotNull] Type type, GetSize getSizeDelegate, SetSize setSizeDelegate)
{
#if DEV_MODE && PI_ASSERTATIONS
Debug.Assert(parent != null, " CreateForCollectionResizer was called with null parent!");
Debug.Assert(type != null, " CreateForCollectionResizer was called with null type!");
#endif
CollectionResizerData memberData;
if (!resizerPool.TryGet(out memberData))
{
memberData = new CollectionResizerData();
}
var created = Create(hierarchy, memberData);
created.SetupCollectionResizer(parent, type, getSizeDelegate, setSizeDelegate);
return(created);
}
public static LinkedMemberInfo Deserialize(byte[] bytes)
{
#if DEV_MODE && PI_ASSERTATIONS
UnityEngine.Debug.Assert(bytes != null);
#endif
using (var stream = new MemoryStream())
{
var formatter = new BinaryFormatter();
stream.Write(bytes, 0, bytes.Length);
stream.Seek(0, SeekOrigin.Begin);
SerializableMemberInfo deserialized;
deserialized = formatter.Deserialize(stream) as SerializableMemberInfo;
int count = deserialized.targetReferences.Length;
var targets = ArrayPool <Object> .Create(count);
for (int n = count - 1; n >= 0; n--)
{
targets[n] = ObjectIds.GetTarget(deserialized.targetReferences[n]);
}
var hierarchy = LinkedMemberHierarchy.Get(targets);
LinkedMemberInfo result = null;
var memberStack = deserialized.memberStack;
// TO DO: serialize parent info better for more reliable fetching
for (int n = memberStack.Count - 1; n >= 0; n--)
{
var member = memberStack.Pop();
result = member.Deserialize(hierarchy);
}
return(result);
}
}
public LinkedMemberInfo Deserialize(LinkedMemberHierarchy hierarchy)
{
LinkedMemberInfo parent = null;
var parentType = parentChainIsBroken ? LinkedMemberParent.Missing : LinkedMemberParent.UnityObject;
if (parentName != null)
{
var allInfos = hierarchy.Members;
for (int n = allInfos.Count - 1; n >= 0; n--)
{
if (string.Equals(allInfos[n].Name, parentName))
{
parent = allInfos[n];
if (parent.IsStatic)
{
parentType = LinkedMemberParent.Static;
}
else
{
parentType = LinkedMemberParent.LinkedMemberInfo;
}
break;
}
}
#if DEV_MODE && PI_ASSERTATIONS
UnityEngine.Debug.Assert(parent != null, "SerializableMemberInfo.Deserialize: unable to find parent by name \"" + parentName + "\"");
#endif
}
LinkedMemberInfo result;
switch (linkedMemberType)
{
case LinkedMemberType.Field:
result = hierarchy.Get(parent, attributeProvider as FieldInfo, parentType);
break;
case LinkedMemberType.CollectionMember:
var getMember = getDelegateSerialized.Deserialize <GetCollectionMember>();
var setMember = setDelegateSerialized.Deserialize <SetCollectionMember>();
#if DEV_MODE && PI_ASSERTATIONS
UnityEngine.Debug.Assert(getMember != null || setMember != null, "CollectionMember with type=" + StringUtils.ToStringSansNamespace(type) + " and parentName=\"" + parentName + "\" get and set were null with getDelegateSerialized=" + getDelegateSerialized);
#endif
result = hierarchy.GetCollectionMember(parent, type, collectionIndex, getMember, setMember);
break;
case LinkedMemberType.Property:
case LinkedMemberType.Indexer:
result = hierarchy.Get(parent, attributeProvider as PropertyInfo, parentType);
break;
case LinkedMemberType.Method:
result = hierarchy.Get(parent, attributeProvider as MethodInfo, parentType);
break;
case LinkedMemberType.Parameter:
result = hierarchy.Get(parent, attributeProvider as ParameterInfo);
break;
case LinkedMemberType.GenericTypeArgument:
result = hierarchy.Get(parent, attributeProvider as Type, collectionIndex);
break;
case LinkedMemberType.CollectionResizer:
var get = getDelegateSerialized.Deserialize <GetSize>();
var set = setDelegateSerialized.Deserialize <SetSize>();
result = hierarchy.GetCollectionResizer(parent, type, get, set);
break;
default:
throw new NotSupportedException("Deserializing LinkedMemberInfo of type " + linkedMemberType);
}
#if UNITY_EDITOR
if (serializedPropertyFullPath != null)
{
result.SetSerializedProperty(hierarchy.SerializedObject.FindProperty(serializedPropertyFullPath));
}
#endif
return(result);
}
/// <summary>
/// Invokes the Method, messages the user about it and updates results member if method has a return value.
/// </summary>
/// <param name="error"> [out] True if should display message to user about invoking or possible exceptions. </param>
/// <param name="suppressMessages"> True if should display message to user about invoking or possible exceptions. </param>
private bool Invoke(out string error, bool suppressMessages)
{
#if DEV_MODE
if (nowInvoking)
{
Debug.LogWarning(ToString() + ".Invoke called with nowInvoking already true.");
}
#endif
error = "";
// UPDATE: Temporarily lock the view, so that this drawer won't be disposed even if invoked methods e.g. change the selected objects?
var inspectorState = Inspector.State;
var viewWasLocked = inspectorState.ViewIsLocked;
inspectorState.ViewIsLocked = true;
#if DEV_MODE
nowInvoking = true;
#endif
bool abort = false;
if (hasParameters)
{
if (memberBuildState != MemberBuildState.MembersBuilt)
{
BuildMembers();
}
var parameterDrawer = ParameterDrawer;
if (!parameterDrawer.DataIsValid)
{
#if DEV_MODE
Debug.LogWarning(parameterDrawer + ".DataIsValid: " + StringUtils.False);
#endif
if (!DrawGUI.Active.DisplayDialog("Invalid Parameters", "Method \"" + Name + "\" has invalid parameters. Are you sure you still want to invoke it?", "Invoke", "Cancel"))
{
error = "Aborted by user.";
abort = true;
}
}
}
if (!abort)
{
KeyboardControlUtility.KeyboardControl = 0;
DrawGUI.EditingTextField = false;
if (hasReturnValue)
{
// Make count be at least 1, so it works with static classes that have no targets
int count = Mathf.Max(1, MemberHierarchy.TargetCount);
#if DEV_MODE && PI_ASSERTATIONS
Debug.Assert(count >= 1);
#endif
for (int n = count - 1; n >= 0; n--)
{
results[n] = GetValue(n, out error);
}
result = results[0];
if (resultMemberHierarchy != null)
{
resultMemberHierarchy.DisposeMembers();
}
else
{
resultMemberHierarchy = LinkedMemberHierarchy.GetForClass(this);
}
#if DEV_MODE
Debug.Log(ToString() + ".hasResult = " + StringUtils.True);
#endif
hasResult = true;
if (!suppressMessages)
{
if (error.Length > 0)
{
InspectorUtility.ActiveInspector.Message(string.Concat(Name, " ", error), null, MessageType.Error, true);
}
else
{
InspectorUtility.ActiveInspector.Message(MakeMessage(string.Concat(Name, " result: ", StringUtils.ToString(result))));
}
}
RebuildMembers();
}
else
{
GetValue(0, out error);
if (!suppressMessages)
{
if (error.Length > 0)
{
InspectorUtility.ActiveInspector.Message(string.Concat(Name, " ", error), null, MessageType.Error, true);
}
else
{
InspectorUtility.ActiveInspector.Message(MakeMessage(string.Concat(Name, " invoked.")));
}
}
}
}
#if DEV_MODE
nowInvoking = false;
#endif
UpdateDrawInSingleRow();
// Release inspector view.
if (inspectorState.ViewIsLocked && !viewWasLocked)
{
inspectorState.ViewIsLocked = false;
}
return(error.Length == 0);
}