public APIFunctionIndex(APIPage InParent, IEnumerable<APIFunction> Functions) : base(InParent, "Functions", "Alphabetical list of all functions")
{
// Create the operators category
Category OperatorsCategory = new Category("Operators");
Categories.Add(OperatorsCategory);
// Separate out all the functions by their unique names
Dictionary<APIFunctionKey, List<APIFunction>> KeyedFunctions = new Dictionary<APIFunctionKey, List<APIFunction>>();
foreach(APIFunction Function in Functions)
{
APIFunctionKey Key = new APIFunctionKey(Function.FullName, Function.FunctionType);
Utility.AddToDictionaryList(Key, Function, KeyedFunctions);
}
// Build a list of all the members, creating function groups where necessary
List<KeyValuePair<APIFunctionKey, APIMember>> KeyedMembers = new List<KeyValuePair<APIFunctionKey, APIMember>>();
foreach (KeyValuePair<APIFunctionKey, List<APIFunction>> KeyedFunction in KeyedFunctions)
{
if (KeyedFunction.Value.Count == 1)
{
KeyedMembers.Add(new KeyValuePair<APIFunctionKey,APIMember>(KeyedFunction.Key, KeyedFunction.Value[0]));
}
else
{
// Check if all the members have the same function group
APIFunctionGroup FunctionGroup = KeyedFunction.Value[0].Parent as APIFunctionGroup;
for(int Idx = 1; Idx < KeyedFunction.Value.Count; Idx++)
{
if(KeyedFunction.Value[Idx].Parent != FunctionGroup)
{
FunctionGroup = null;
break;
}
}
// If there was no common function group, create a new one
if (FunctionGroup == null)
{
FunctionGroup = new APIFunctionGroup(this, KeyedFunction.Key, KeyedFunction.Value);
FunctionGroups.Add(FunctionGroup);
}
// Add the function group to the member list
KeyedMembers.Add(new KeyValuePair<APIFunctionKey, APIMember>(KeyedFunction.Key, FunctionGroup));
}
}
// Separate all the functions into different categories
foreach (KeyValuePair<APIFunctionKey, APIMember> KeyedMember in KeyedMembers)
{
if (KeyedMember.Key.Type == APIFunctionType.UnaryOperator || KeyedMember.Key.Type == APIFunctionType.BinaryOperator)
{
OperatorsCategory.Entries.Add(new Entry(KeyedMember.Value));
}
else
{
AddToDefaultCategory(new Entry(KeyedMember.Value));
}
}
}
public static List<APIMember> CreateChildren(APIPage Parent, IEnumerable<DoxygenEntity> Entities)
{
List<APIMember> Children = new List<APIMember>();
Dictionary<APIFunctionKey, List<DoxygenEntity>> PendingFunctionGroups = new Dictionary<APIFunctionKey, List<DoxygenEntity>>();
// List of autogenerated structs
List<DoxygenEntity> GeneratedEntities = new List<DoxygenEntity>();
// Parse the entities
foreach (DoxygenEntity Entity in Entities)
{
if (Entity.Kind == "class" || Entity.Kind == "struct" || Entity.Kind == "union")
{
if (Entity.Kind == "struct" && Entity.Name.Contains("_event") && Entity.Name.EndsWith("_Parms"))
{
GeneratedEntities.Add(Entity);
}
else
{
APIRecord Record = new APIRecord(Parent, Entity);
Record.Children.AddRange(CreateChildren(Record, Entity.Members));
Children.Add(Record);
}
}
else if (Entity.Kind == "function")
{
APIFunctionKey FunctionKey = APIFunctionKey.FromEntity(Parent, Entity);
if (!Program.IgnoredFunctionMacros.Contains(FunctionKey.Name))
{
List<DoxygenEntity> EntityList;
if (!PendingFunctionGroups.TryGetValue(FunctionKey, out EntityList))
{
EntityList = new List<DoxygenEntity>();
PendingFunctionGroups.Add(FunctionKey, EntityList);
}
EntityList.Add(Entity);
}
}
else if (Entity.Kind == "variable")
{
if (IsConstantVariable(Entity))
{
Children.Add(new APIConstantVariable(Parent, Entity));
}
else
{
Children.Add(new APIVariable(Parent, Entity.Node));
}
}
else if (Entity.Kind == "typedef")
{
Children.Add(new APITypeDef(Parent, Entity.Node));
}
else if (Entity.Kind == "enum")
{
if (Entity.Name != null && Entity.Name.StartsWith("@"))
{
// It's an enum constant
Children.AddRange(APIConstantEnum.Read(Parent, Entity));
}
else
{
// It's an enum
Children.Add(new APIEnum(Parent, Entity, Entity.Name));
}
}
}
// Fixup the functions
foreach (KeyValuePair<APIFunctionKey, List<DoxygenEntity>> PendingFunctionGroup in PendingFunctionGroups)
{
if (PendingFunctionGroup.Value.Count == 1)
{
APIFunction Function = new APIFunction(Parent, PendingFunctionGroup.Value[0], PendingFunctionGroup.Key);
Children.Add(Function);
}
else
{
APIFunctionGroup FunctionGroup = new APIFunctionGroup(Parent, PendingFunctionGroup.Key, PendingFunctionGroup.Value);
Children.Add(FunctionGroup);
}
}
// Attach all the autogenerated structures to their parent functions
foreach(DoxygenEntity Entity in GeneratedEntities)
{
if(!CreateParametersStruct(Parent, Children, Entity))
{
APIRecord Record = new APIRecord(Parent, Entity);
Record.Children.AddRange(CreateChildren(Record, Entity.Members));
Children.Add(Record);
}
}
// Sort the children by name
Children.Sort((x, y) => String.Compare(x.Name, y.Name));
return Children;
}
public static List <APIMember> CreateChildren(APIPage Parent, IEnumerable <DoxygenEntity> Entities)
{
List <APIMember> Children = new List <APIMember>();
Dictionary <APIFunctionKey, List <DoxygenEntity> > PendingFunctionGroups = new Dictionary <APIFunctionKey, List <DoxygenEntity> >();
// List of autogenerated structs
List <DoxygenEntity> GeneratedEntities = new List <DoxygenEntity>();
// Parse the entities
foreach (DoxygenEntity Entity in Entities)
{
if (Entity.Kind == "class" || Entity.Kind == "struct" || Entity.Kind == "union")
{
if (Entity.Kind == "struct" && Entity.Name.Contains("_event") && Entity.Name.EndsWith("_Parms"))
{
GeneratedEntities.Add(Entity);
}
else
{
APIRecord Record = new APIRecord(Parent, Entity);
Record.Children.AddRange(CreateChildren(Record, Entity.Members));
Children.Add(Record);
}
}
else if (Entity.Kind == "function")
{
APIFunctionKey FunctionKey = APIFunctionKey.FromEntity(Parent, Entity);
if (!Program.IgnoredFunctionMacros.Contains(FunctionKey.Name))
{
List <DoxygenEntity> EntityList;
if (!PendingFunctionGroups.TryGetValue(FunctionKey, out EntityList))
{
EntityList = new List <DoxygenEntity>();
PendingFunctionGroups.Add(FunctionKey, EntityList);
}
EntityList.Add(Entity);
}
}
else if (Entity.Kind == "variable")
{
if (IsConstantVariable(Entity))
{
Children.Add(new APIConstantVariable(Parent, Entity));
}
else
{
Children.Add(new APIVariable(Parent, Entity.Node));
}
}
else if (Entity.Kind == "typedef")
{
Children.Add(new APITypeDef(Parent, Entity));
}
else if (Entity.Kind == "enum")
{
if (Entity.Name != null && Entity.Name.StartsWith("@"))
{
// It's an enum constant
Children.AddRange(APIConstantEnum.Read(Parent, Entity));
}
else
{
// It's an enum
Children.Add(new APIEnum(Parent, Entity, Entity.Name));
}
}
}
// Fixup the functions
foreach (KeyValuePair <APIFunctionKey, List <DoxygenEntity> > PendingFunctionGroup in PendingFunctionGroups)
{
if (PendingFunctionGroup.Value.Count == 1)
{
APIFunction Function = new APIFunction(Parent, PendingFunctionGroup.Value[0], PendingFunctionGroup.Key);
Children.Add(Function);
}
else
{
APIFunctionGroup FunctionGroup = new APIFunctionGroup(Parent, PendingFunctionGroup.Key, PendingFunctionGroup.Value);
Children.Add(FunctionGroup);
}
}
// Attach all the autogenerated structures to their parent functions
foreach (DoxygenEntity Entity in GeneratedEntities)
{
if (!CreateParametersStruct(Parent, Children, Entity))
{
APIRecord Record = new APIRecord(Parent, Entity);
Record.Children.AddRange(CreateChildren(Record, Entity.Members));
Children.Add(Record);
}
}
// Sort the children by name
Children.Sort((x, y) => String.Compare(x.Name, y.Name));
return(Children);
}
public APIFunctionIndex(APIPage InParent, IEnumerable <APIFunction> Functions) : base(InParent, "Functions", "Alphabetical list of all functions")
{
// Create the operators category
Category OperatorsCategory = new Category("Operators");
Categories.Add(OperatorsCategory);
// Separate out all the functions by their unique names
Dictionary <APIFunctionKey, List <APIFunction> > KeyedFunctions = new Dictionary <APIFunctionKey, List <APIFunction> >();
foreach (APIFunction Function in Functions)
{
APIFunctionKey Key = new APIFunctionKey(Function.FullName, Function.FunctionType);
Utility.AddToDictionaryList(Key, Function, KeyedFunctions);
}
// Build a list of all the members, creating function groups where necessary
List <KeyValuePair <APIFunctionKey, APIMember> > KeyedMembers = new List <KeyValuePair <APIFunctionKey, APIMember> >();
foreach (KeyValuePair <APIFunctionKey, List <APIFunction> > KeyedFunction in KeyedFunctions)
{
if (KeyedFunction.Value.Count == 1)
{
KeyedMembers.Add(new KeyValuePair <APIFunctionKey, APIMember>(KeyedFunction.Key, KeyedFunction.Value[0]));
}
else
{
// Check if all the members have the same function group
APIFunctionGroup FunctionGroup = KeyedFunction.Value[0].Parent as APIFunctionGroup;
for (int Idx = 1; Idx < KeyedFunction.Value.Count; Idx++)
{
if (KeyedFunction.Value[Idx].Parent != FunctionGroup)
{
FunctionGroup = null;
break;
}
}
// If there was no common function group, create a new one
if (FunctionGroup == null)
{
FunctionGroup = new APIFunctionGroup(this, KeyedFunction.Key, KeyedFunction.Value);
FunctionGroups.Add(FunctionGroup);
}
// Add the function group to the member list
KeyedMembers.Add(new KeyValuePair <APIFunctionKey, APIMember>(KeyedFunction.Key, FunctionGroup));
}
}
// Separate all the functions into different categories
foreach (KeyValuePair <APIFunctionKey, APIMember> KeyedMember in KeyedMembers)
{
if (KeyedMember.Key.Type == APIFunctionType.UnaryOperator || KeyedMember.Key.Type == APIFunctionType.BinaryOperator)
{
OperatorsCategory.Entries.Add(new Entry(KeyedMember.Value));
}
else
{
AddToDefaultCategory(new Entry(KeyedMember.Value));
}
}
}