public void GetNodeSuggestions(CKlaxScriptNodeQueryContext context, List <CKlaxScriptNodeFactory> suggestions)
{
if (suggestions.Capacity < MINIMUM_SUGGESTION_CAPACITY)
{
suggestions.Capacity = MINIMUM_SUGGESTION_CAPACITY;
}
suggestions.Clear();
for (int i = 0, count = Types.Count; i < count; i++)
{
CKlaxScriptTypeInfo type = Types[i];
bool bIncludeAll = type.Type == context.InputPinType;
for (int k = 0, funcCount = type.Functions.Count; k < funcCount; k++)
{
CKlaxScriptFunctionInfo func = type.Functions[k];
Type declaringType = func.methodInfo.IsStatic ? null : func.methodInfo.DeclaringType;
if (bIncludeAll || context.InputPinType == null || func.inputParameter.Any((t) => t.IsAssignableFrom(context.InputPinType)))
{
CKlaxScriptNodeFactory factory = new CKlaxScriptNodeFactory(func.displayName, func.category, func.tooltip, declaringType, false, () =>
{
return(new CExecuteFunctionNode()
{
TargetMethod = func.methodInfo,
IsImplicit = func.bIsImplicit,
});
});
suggestions.Add(factory);
}
}
int propertyCount = type.Properties.Count;
for (int j = 0; j < propertyCount; j++)
{
CKlaxScriptPropertyInfo prop = type.Properties[j];
if (bIncludeAll || context.InputPinType == null || prop.propertyType.IsAssignableFrom(context.InputPinType) || prop.declaringType.IsAssignableFrom(context.InputPinType))
{
CKlaxScriptNodeFactory getFactory = new CKlaxScriptNodeFactory("Get " + prop.displayName, prop.category, prop.tooltip, prop.declaringType, true, () =>
{
return(prop.fieldInfo != null ? new CGetMemberNode(prop.fieldInfo) : new CGetMemberNode(prop.propertyInfo));
});
suggestions.Add(getFactory);
if (!prop.bIsReadOnly)
{
CKlaxScriptNodeFactory setFactory = new CKlaxScriptNodeFactory("Set " + prop.displayName, prop.category, prop.tooltip, prop.declaringType, true, () =>
{
return(prop.fieldInfo != null ? new CSetMemberNode(prop.fieldInfo) : new CSetMemberNode(prop.propertyInfo));
});
suggestions.Add(setFactory);
}
}
}
}
for (int i = 0, funcCount = LibraryFunctions.Count; i < funcCount; i++)
{
CKlaxScriptFunctionInfo func = LibraryFunctions[i];
Type declaringType = func.methodInfo.IsStatic ? null : func.methodInfo.DeclaringType;
if (context.InputPinType == null || func.inputParameter.Any((t) => t.IsAssignableFrom(context.InputPinType)))
{
CKlaxScriptNodeFactory factory = new CKlaxScriptNodeFactory(func.displayName, func.category, func.tooltip, declaringType, false, () =>
{
return(new CExecuteFunctionNode()
{
TargetMethod = func.methodInfo,
IsImplicit = func.bIsImplicit,
});
});
suggestions.Add(factory);
}
}
if (context.QueryObject != null)
{
foreach (CKlaxScriptInterfaceReference interfaceReference in context.QueryObject.IncludedInterfaces)
{
CKlaxScriptInterface klaxInterface = interfaceReference.GetInterface();
foreach (var interfaceFunction in klaxInterface.Functions)
{
CKlaxScriptNodeFactory factory = new CKlaxScriptNodeFactory(interfaceFunction.Name, "Interfaces", "", null, false, () =>
{
return(new CExecuteInterfaceFunctionNode(interfaceFunction));
});
suggestions.Add(factory);
}
}
foreach (CCustomFunctionGraph functionGraph in context.QueryObject.FunctionGraphs)
{
CKlaxScriptNodeFactory factory = new CKlaxScriptNodeFactory(functionGraph.Name, "Script Functions", "", null, false, () =>
{
CExecuteCustomFunctionNode functionNode = new CExecuteCustomFunctionNode(functionGraph);
functionNode.ResolveFunctionReference(context.QueryObject);
return(functionNode);
});
suggestions.Add(factory);
}
}
suggestions.AddRange(m_customNodeFactories);
}
public static bool AreEqual(CKlaxScriptNodeQueryContext a, CKlaxScriptNodeQueryContext b)
{
return(a?.InputPinType == b?.InputPinType && a?.EnvironmentType == b?.EnvironmentType && a?.IsExecPin == b?.IsExecPin && a.QueryObject == b.QueryObject);
}