private void AddEntityExtention(TreeSyntaxNode tree)
{
var body = new TreeSyntaxNode();
tree.Add(new ParagraphSyntax());
tree.Add(new NameSpaceSyntax(DefaultNameSpace));
tree.Add(new LeftScopeSyntax());
tree.Add(new CompositeSyntax(new TabSpaceSyntax(1), new SimpleSyntax("public static class EntityComponentExtentions"), new ParagraphSyntax()));
tree.Add(new LeftScopeSyntax(1));
tree.Add(body);
tree.Add(new RightScopeSyntax(1));
tree.Add(new RightScopeSyntax());
foreach (var c in componentTypes)
{
body.Add(new CompositeSyntax(new TabSpaceSyntax(2), new SimpleSyntax(AggressiveInline), new ParagraphSyntax()));
body.Add(new CompositeSyntax(new TabSpaceSyntax(2),
new SimpleSyntax($"public static {c.Name} Get{c.Name}(this IEntity entity)"), new ParagraphSyntax()));
body.Add(new LeftScopeSyntax(2));
body.Add(new CompositeSyntax(new TabSpaceSyntax(3),
new SimpleSyntax($"return entity.ComponentContext.Get{c.Name};"), new ParagraphSyntax()));
body.Add(new RightScopeSyntax(2));
if (c != componentTypes.Last())
{
body.Add(new ParagraphSyntax());
}
}
}
private string GenerateEntityExtentions()
{
var tree = new TreeSyntaxNode();
var methods = new TreeSyntaxNode();
tree.Add(new UsingSyntax("Components"));
tree.Add(new ParagraphSyntax());
tree.Add(new UsingSyntax("System.Runtime.CompilerServices"));
tree.Add(new ParagraphSyntax());
tree.Add(new ParagraphSyntax());
tree.Add(new NameSpaceSyntax(DefaultNameSpace));
tree.Add(new LeftScopeSyntax());
tree.Add(new CompositeSyntax(new TabSpaceSyntax(1), new SimpleSyntax("public static class EntityGenericExtentions"), new ParagraphSyntax()));
tree.Add(new LeftScopeSyntax(1, true));
tree.Add(methods);
tree.Add(new RightScopeSyntax(1));
tree.Add(new RightScopeSyntax(0));
foreach (var c in componentTypes)
{
EntityAddComponent(c, methods);
EntityGetComponent(c, methods);
EntityRemoveComponent(c, methods);
}
return(tree.ToString());
}
private ISyntax GetTypeToHash()
{
var tree = new TreeSyntaxNode();
var dicBody = new TreeSyntaxNode();
tree.Add(new ParagraphSyntax());
tree.Add(new TabSimpleSyntax(2, "private Dictionary<Type, int> GetTypeToHash()"));
tree.Add(new LeftScopeSyntax(2));
tree.Add(new TabSimpleSyntax(3, "return new Dictionary<Type, int>()"));
tree.Add(new LeftScopeSyntax(3));
tree.Add(dicBody);
tree.Add(new RightScopeSyntax(3, true));
tree.Add(new RightScopeSyntax(2));
for (int i = 0; i < componentTypes.Count; i++)
{
var interfaces = componentTypes[i].GetInterfaces();
var hash = IndexGenerator.GetIndexForType(componentTypes[i]);
foreach (var @interface in interfaces)
{
if (@interface.Name.Contains(componentTypes[i].Name))
{
dicBody.Add(new TabSimpleSyntax(4, $"{{ typeof({@interface.Name}), {hash} }},"));
}
}
dicBody.Add(new TabSimpleSyntax(4, $"{{ typeof({componentTypes[i].Name}), {hash} }},"));
}
return(tree);
}
/*private static string test = @"using System.Collections.Generic;
*
* namespace HECSv2
* {
* public static class TypesMap
* {
* public static Dictionary<string, ComponentsMask> mapIndexes = new Dictionary<string, ComponentsMask>
* {
* {""Health"", new ComponentsMask
* {
* Mask01 = 1 << 1,
* Mask02 = 1 << 0,
* }
* }
* };
* }
* }
* ";*/
public static void Parse(string data)
{
var split = data.Split('\n');
var main = new TreeSyntaxNode();
main.RawData = split;
foreach (var s in split)
{
if (string.IsNullOrEmpty(s))
{
continue;
}
main.FlatRoot.Add(GetNode(s, main));
}
var result = GetSyntaxOutput(main.FlatRoot);
var path = Application.dataPath + "\\test.cs";
//if (!File.Exists(path))
// File.Create(path);
//File.WriteAllText(path, result, Encoding.UTF8);
}
public string GenerateTypesMap()
{
var tree = new TreeSyntaxNode();
var componentsSegment = new TreeSyntaxNode();
tree.Add(new UsingSyntax("System.Collections.Generic"));
tree.Add(new UsingSyntax("Components"));
tree.Add(new UsingSyntax("System", 1));
tree.Add(new UsingSyntax("Systems", 1));
tree.Add(new NameSpaceSyntax(DefaultNameSpace));
tree.Add(new LeftScopeSyntax());
tree.Add(new CompositeSyntax(new TabSpaceSyntax(1), new SimpleSyntax($"public partial class {typeof(TypesProvider).Name}"), new ParagraphSyntax()));
tree.Add(new LeftScopeSyntax(1));
tree.Add(new TabSimpleSyntax(2, "public TypesProvider()"));
tree.Add(new LeftScopeSyntax(2));
tree.Add(new TabSimpleSyntax(3, $"Count = {componentTypes.Count + 1};"));
tree.Add(new TabSimpleSyntax(3, $"MapIndexes = GetMapIndexes();"));
tree.Add(new TabSimpleSyntax(3, $"TypeToComponentIndex = GetTypeToComponentIndexes();"));
tree.Add(new TabSimpleSyntax(3, $"HashToType = GetHashToTypeDictionary();"));
tree.Add(new TabSimpleSyntax(3, $"TypeToHash = GetTypeToHash();"));
tree.Add(new TabSimpleSyntax(3, $"HECSFactory = new HECSFactory();"));
tree.Add(new RightScopeSyntax(2));
tree.Add(GetTypeToComponentIndexes());
tree.Add(GetTypeToHash());
tree.Add(GetHashToTypeDictionary());
//dictionary
tree.Add(new ParagraphSyntax());
tree.Add(new CompositeSyntax(new TabSpaceSyntax(2), new SimpleSyntax("private Dictionary<int, ComponentMaskAndIndex> GetMapIndexes()")));
tree.Add(new ParagraphSyntax());
tree.Add(new LeftScopeSyntax(2));
tree.Add(new TabSimpleSyntax(3, "return new Dictionary<int, ComponentMaskAndIndex>"));
tree.Add(new LeftScopeSyntax(3));
tree.Add(componentsSegment);
tree.Add(new RightScopeSyntax(3, true));
tree.Add(new RightScopeSyntax(2));
tree.Add(new RightScopeSyntax(1));
tree.Add(GetHECSComponentFactory());
tree.Add(new RightScopeSyntax());
//default stroke in dictionary
componentsSegment.Add(new CompositeSyntax(new TabSpaceSyntax(4),
new SimpleSyntax(@"{ -1, new ComponentMaskAndIndex { ComponentName = ""DefaultEmpty"", ComponentsMask = HECSMask.Empty }},")));
componentsSegment.Add(new ParagraphSyntax());
//here we know how much mask field we have
var m = ComponentsCount();
for (int i = 0; i < componentTypesByClass.Count; i++)
{
Type c = componentTypesByClass[i];
var index = i;
componentsSegment.Add(GetComponentForTypeMap(index, m, c));
}
return(tree.ToString());
}
private ISyntax GetHecsMasksConstructor()
{
var tree = new TreeSyntaxNode();
tree.Add(new ParagraphSyntax());
tree.Add(new TabSimpleSyntax(2, "static HMasks()"));
tree.Add(new LeftScopeSyntax(2));
tree.Add(GetHMaskBody());
tree.Add(new RightScopeSyntax(2));
return(tree);
}
private ISyntax GetDocumentationConstructor()
{
var tree = new TreeSyntaxNode();
tree.Add(new TabSimpleSyntax(2, "public HECSDocumentation()"));
tree.Add(new LeftScopeSyntax(2));
tree.Add(new TabSimpleSyntax(3, "Documentations = new List<DocumentationRepresentation>"));
tree.Add(new LeftScopeSyntax(3));
tree.Add(GetDocumentRepresentationArray());
tree.Add(new RightScopeSyntax(3, true));
tree.Add(new RightScopeSyntax(2));
return(tree);
}
private ISyntax GetHMaskBody()
{
var tree = new TreeSyntaxNode();
for (int i = 0; i < componentTypes.Count; i++)
{
var className = componentTypes[i].Name.ToLower();
var classType = componentTypes[i];
var hash = IndexGenerator.GetIndexForType(classType);
tree.Add(new TabSimpleSyntax(4, $"{className} = {GetNewComponentSolved(classType, i, ComponentsCount())}"));
}
return(tree);
}
private ISyntax GetHecsMasksFields()
{
var tree = new TreeSyntaxNode();
var hecsMaskname = typeof(HECSMask).Name;
for (int i = 0; i < componentTypes.Count; i++)
{
tree.Add(new TabSimpleSyntax(2, $"private static {hecsMaskname} {componentTypes[i].Name.ToLower()};"));
tree.Add(new TabSimpleSyntax(2, $"public static ref {hecsMaskname} {componentTypes[i].Name} => ref {componentTypes[i].Name.ToLower()};"));
}
return(tree);
}
private ISyntax GetLocalBindings()
{
var tree = new TreeSyntaxNode();
foreach (var t in localSystemBind)
{
tree.Add(new ParagraphSyntax());
tree.Add(new TabSimpleSyntax(3, $"if (system is IReactCommand<{t.Name}> {t.Name}CommandsReact)"));
tree.Add(new TabSimpleSyntax(4, $"system.Owner.EntityCommandService.AddListener<{t.Name}>(system, {t.Name}CommandsReact.CommandReact);"));
}
return(tree);
}
private ISyntax EqualMask(ISyntax body)
{
var tree = new TreeSyntaxNode();
var maskSyntax = typeof(HECSMask).Name;
tree.Add(new TabSimpleSyntax(2, $"public bool GetEqualityOfMasksFunc(ref {maskSyntax} mask, object other)"));
tree.Add(new LeftScopeSyntax(2));
tree.Add(new CompositeSyntax(new TabSpaceSyntax(3), new SimpleSyntax($"return other is {maskSyntax} otherMask")));
tree.Add(body);
tree.Add(new SimpleSyntax(CParse.Semicolon));
tree.Add(new ParagraphSyntax());
tree.Add(new RightScopeSyntax(2));
return(tree);
}
public string GetDocumentation()
{
var tree = new TreeSyntaxNode();
tree.Add(new UsingSyntax("System.Collections.Generic", 1));
tree.Add(new NameSpaceSyntax("HECSFramework.Core"));
tree.Add(new LeftScopeSyntax());
tree.Add(new TabSimpleSyntax(1, "public partial class HECSDocumentation"));
tree.Add(new LeftScopeSyntax(1));
tree.Add(GetDocumentationConstructor());
tree.Add(new RightScopeSyntax(1));
tree.Add(new RightScopeSyntax());
return(tree.ToString());
}
private ISyntax GetMaskProviderConstructorBody()
{
var tree = new TreeSyntaxNode();
tree.Add(new TabSimpleSyntax(3, "GetPlus = GetPlusFunc;"));
tree.Add(new TabSimpleSyntax(3, "GetMinus = GetMinusFunc;"));
tree.Add(new ParagraphSyntax());
tree.Add(new TabSimpleSyntax(3, "Empty = GetEmptyMaskFunc;"));
tree.Add(new TabSimpleSyntax(3, "Contains = ContainsFunc;"));
tree.Add(new ParagraphSyntax());
tree.Add(new TabSimpleSyntax(3, "GetMaskIsEqual = GetEqualityOfMasksFunc;"));
tree.Add(new TabSimpleSyntax(3, "GetMaskHashCode = GetHashCodeFunc;"));
return(tree);
}
public string GenerateHecsMasks()
{
var tree = new TreeSyntaxNode();
tree.Add(new NameSpaceSyntax("HECSFramework.Core"));
tree.Add(new LeftScopeSyntax());
tree.Add(new TabSimpleSyntax(1, "public static partial class HMasks"));
tree.Add(new LeftScopeSyntax(1));
tree.Add(GetHecsMasksFields());
tree.Add(GetHecsMasksConstructor());
tree.Add(new RightScopeSyntax(1));
tree.Add(new RightScopeSyntax());
return(tree.ToString());
}
private ISyntax GetHashCode(ISyntax body)
{
var tree = new TreeSyntaxNode();
var maskType = typeof(HECSMask).Name;
tree.Add(new TabSimpleSyntax(2, $"public int GetHashCodeFunc(ref {maskType} mask)"));
tree.Add(new LeftScopeSyntax(2));
tree.Add(new TabSimpleSyntax(3, "unchecked"));
tree.Add(new LeftScopeSyntax(3));
tree.Add(new TabSimpleSyntax(4, "int hash = 256;"));
tree.Add(body);
tree.Add(new TabSimpleSyntax(4, "return hash;"));
tree.Add(new RightScopeSyntax(3));
tree.Add(new RightScopeSyntax(2));
return(tree);
}
private ISyntax HecsMaskPart(ISyntax body)
{
var tree = new TreeSyntaxNode();
var maskType = typeof(HECSMask).Name;
//tree.Add(new NameSpaceSyntax("HECSFramework.Core"));
//tree.Add(new LeftScopeSyntax());
tree.Add(new ParagraphSyntax());
tree.Add(new SimpleSyntax("#pragma warning disable" + CParse.Paragraph));
tree.Add(new TabSimpleSyntax(1, $"public partial struct {maskType}"));
tree.Add(new LeftScopeSyntax(1));
tree.Add(body);
tree.Add(new RightScopeSyntax(1));
tree.Add(new SimpleSyntax("#pragma warning enable" + CParse.Paragraph));
return(tree);
}
private void EntityRemoveComponent(Type component, TreeSyntaxNode tree)
{
tree.Add(new ParagraphSyntax());
tree.Add(new CompositeSyntax(new TabSpaceSyntax(2), new SimpleSyntax(AggressiveInline)));
tree.Add(new ParagraphSyntax());
tree.Add(new CompositeSyntax(new TabSpaceSyntax(2),
new SimpleSyntax($"public static void Remove{component.Name}(this ref Entity entity)")));
tree.Add(new ParagraphSyntax());
tree.Add(new LeftScopeSyntax(2));
tree.Add(new CompositeSyntax(new TabSpaceSyntax(3),
new SimpleSyntax($"EntityManager.World(entity.WorldIndex).Remove{component.Name}Component(ref entity);"),
new ParagraphSyntax()));
tree.Add(new RightScopeSyntax(2));
}
private void EntityAddComponent(Type component, TreeSyntaxNode tree)
{
tree.Add(new ParagraphSyntax());
tree.Add(new CompositeSyntax(new TabSpaceSyntax(2), new SimpleSyntax(AggressiveInline)));
tree.Add(new ParagraphSyntax());
tree.Add(new CompositeSyntax(new TabSpaceSyntax(2),
new SimpleSyntax($"public static void Add{component.Name}(this Entity entity, {component.Name} {component.Name.ToLower()}Component)")));
tree.Add(new ParagraphSyntax());
tree.Add(new LeftScopeSyntax(2));
tree.Add(new CompositeSyntax(new TabSpaceSyntax(3),
new SimpleSyntax($"EntityManager.World(entity.WorldIndex).Add{component.Name}Component({component.Name.ToLower()}Component, ref entity);"),
new ParagraphSyntax()));
tree.Add(new RightScopeSyntax(2));
}
private ISyntax GetDocumentRepresentationArray()
{
var tree = new TreeSyntaxNode();
var typeHolder = new Dictionary <Type, (List <string> segments, List <string> comments, string Type)>(64);
foreach (var t in assembly)
{
var attrs = t.GetAttributes();
if (!attrs.Any(x => x is DocumentationAttribute))
{
continue;
}
if (attrs != null && attrs.Length > 0)
{
typeHolder.Add(t, (new List <string>(), new List <string>(), t.Name));
foreach (var a in attrs)
{
if (a is DocumentationAttribute documentation)
{
typeHolder[t].segments.Add(documentation.SegmentType);
typeHolder[t].comments.Add(documentation.Comment);
}
}
}
}
foreach (var collected in typeHolder)
{
tree.Add(new TabSimpleSyntax(4, "new DocumentationRepresentation"));
tree.Add(new LeftScopeSyntax(4));
tree.Add(GetStringArray("SegmentTypes", collected.Value.segments));
tree.Add(GetStringArray("Comments", collected.Value.comments));
tree.Add(new TabSimpleSyntax(5, $"DataType = {CParse.Quote + collected.Value.Type + CParse.Quote},"));
tree.Add(GetDocumentationType(collected.Key));
tree.Add(new RightScopeSyntax(4)
{
IsCommaNeeded = true
});
}
return(tree);
}
private ISyntax GetComponentForTypeMap(int index, int fieldCount, Type c)
{
var composite = new TreeSyntaxNode();
var MaskPart = new TreeSyntaxNode();
var maskBody = new TreeSyntaxNode();
composite.Add(new ParagraphSyntax());
composite.Add(new TabSpaceSyntax(3));
composite.Add(new SimpleSyntax(CParse.LeftScope));
composite.Add(new CompositeSyntax(new SimpleSyntax(CParse.Space + IndexGenerator.GetIndexForType(c).ToString() + CParse.Comma)));
composite.Add(new SimpleSyntax($" new ComponentMaskAndIndex {{ComponentName = {CParse.Quote}{ c.Name }{(CParse.Quote)}, ComponentsMask = new {typeof(HECSMask).Name}"));
composite.Add(new ParagraphSyntax());
composite.Add(MaskPart);
composite.Add(new CompositeSyntax(new TabSpaceSyntax(3), new SimpleSyntax("}},")));
composite.Add(new ParagraphSyntax());
MaskPart.Add(new LeftScopeSyntax(4));
MaskPart.Add(maskBody);
MaskPart.Add(new RightScopeSyntax(4));
var maskSplitToArray = CalculateIndexesForMask(index, fieldCount);
maskBody.Add(new TabSimpleSyntax(5, $"Index = {index},"));
for (int i = 0; i < fieldCount; i++)
{
if (maskSplitToArray[fieldCount - 1] > 1 && i < fieldCount - 1)
{
maskBody.Add(new CompositeSyntax(new TabSpaceSyntax(5), new SimpleSyntax($"Mask0{i + 1} = 1ul << {0},")));
maskBody.Add(new ParagraphSyntax());
continue;
}
maskBody.Add(new CompositeSyntax(new TabSpaceSyntax(5), new SimpleSyntax($"Mask0{i + 1} = 1ul << {maskSplitToArray[i]},")));
if (i > fieldCount - 1)
{
continue;
}
maskBody.Add(new ParagraphSyntax());
}
return(composite);
}
private ISyntax GetGlobalBindings()
{
var tree = new TreeSyntaxNode();
for (int i = 0; i < globalSystemBind.Count; i++)
{
Type t = globalSystemBind[i];
if (i != 0)
{
tree.Add(new ParagraphSyntax());
}
tree.Add(new TabSimpleSyntax(3, $"if (system is IReactGlobalCommand<{t.Name}> {t.Name}GlobalCommandsReact)"));
tree.Add(new TabSimpleSyntax(4, $"system.Owner.World.AddGlobalReactCommand<{t.Name}>(system, {t.Name}GlobalCommandsReact.CommandGlobalReact);"));
}
return(tree);
}
private ISyntax GetSystemsByHashCode()
{
var tree = new TreeSyntaxNode();
for (int i = 0; i < systems.Count; i++)
{
if (i > 0)
{
tree.Add(new ParagraphSyntax());
}
var component = systems[i];
tree.Add(new TabSimpleSyntax(4, $"case {IndexGenerator.GetIndexForType(component)}:"));
tree.Add(new TabSimpleSyntax(5, $"return new {component.Name}();"));
}
return(tree);
}
private ISyntax GetHECSComponentFactory()
{
var tree = new TreeSyntaxNode();
var constructor = new TreeSyntaxNode();
var getComponentFunc = new TreeSyntaxNode();
tree.Add(new ParagraphSyntax());
tree.Add(new TabSimpleSyntax(1, "public partial class HECSFactory"));
tree.Add(new LeftScopeSyntax(1));
tree.Add(constructor);
tree.Add(getComponentFunc);
tree.Add(new RightScopeSyntax(1));
constructor.Add(new TabSimpleSyntax(2, "public HECSFactory()"));
constructor.Add(new LeftScopeSyntax(2));
constructor.Add(new TabSimpleSyntax(3, "getComponentFromFactoryByHash = GetComponentFromFactoryFunc;"));
constructor.Add(new TabSimpleSyntax(3, "getSystemFromFactoryByHash = GetSystemFromFactoryFunc;"));
constructor.Add(new RightScopeSyntax(2));
getComponentFunc.Add(new ParagraphSyntax());
getComponentFunc.Add(new TabSimpleSyntax(2, "private IComponent GetComponentFromFactoryFunc(int hashCodeType)"));
getComponentFunc.Add(new LeftScopeSyntax(2));
getComponentFunc.Add(new TabSimpleSyntax(3, "switch (hashCodeType)"));
getComponentFunc.Add(new LeftScopeSyntax(3));
getComponentFunc.Add(GetComponentsByHashCode());
getComponentFunc.Add(new RightScopeSyntax(3));
getComponentFunc.Add(new ParagraphSyntax());
getComponentFunc.Add(new TabSimpleSyntax(3, "return default;"));
getComponentFunc.Add(new RightScopeSyntax(2));
getComponentFunc.Add(new ParagraphSyntax());
getComponentFunc.Add(new TabSimpleSyntax(2, "private ISystem GetSystemFromFactoryFunc(int hashCodeType)"));
getComponentFunc.Add(new LeftScopeSyntax(2));
getComponentFunc.Add(new TabSimpleSyntax(3, "switch (hashCodeType)"));
getComponentFunc.Add(new LeftScopeSyntax(3));
getComponentFunc.Add(GetSystemsByHashCode());
getComponentFunc.Add(new RightScopeSyntax(3));
getComponentFunc.Add(new ParagraphSyntax());
getComponentFunc.Add(new TabSimpleSyntax(3, "return default;"));
getComponentFunc.Add(new RightScopeSyntax(2));
return(tree);
}
private ISyntax GetDocumentationType(Type type)
{
var tree = new TreeSyntaxNode();
string documentationType;
if (componentTypes.Contains(type))
{
documentationType = "DocumentationType.Component";
}
else if (systems.Contains(type))
{
documentationType = "DocumentationType.System";
}
else
{
documentationType = "DocumentationType.Common";
}
tree.Add(new TabSimpleSyntax(5, $"DocumentationType = {documentationType},"));
return(tree);
}
public string GetSystemBinds()
{
var tree = new TreeSyntaxNode();
var bindSystemFunc = new TreeSyntaxNode();
tree.Add(new UsingSyntax("Commands", 1));
tree.Add(new NameSpaceSyntax("HECSFramework.Core"));
tree.Add(new LeftScopeSyntax());
tree.Add(new TabSimpleSyntax(1, "public partial class RegisterService"));
tree.Add(new LeftScopeSyntax(1));
tree.Add(bindSystemFunc);
tree.Add(new RightScopeSyntax(1));
tree.Add(new RightScopeSyntax());
bindSystemFunc.Add(new TabSimpleSyntax(2, "partial void BindSystem(ISystem system)"));
bindSystemFunc.Add(new LeftScopeSyntax(2));
bindSystemFunc.Add(GetGlobalBindings());
bindSystemFunc.Add(GetLocalBindings());
bindSystemFunc.Add(new RightScopeSyntax(2));
return(tree.ToString());
}
private ISyntax GetStringArray(string name, List <string> toArray)
{
var tree = new TreeSyntaxNode();
var body = new TreeSyntaxNode();
tree.Add(new TabSimpleSyntax(5, $"{name} = new string[]"));
tree.Add(new LeftScopeSyntax(5));
tree.Add(body);
tree.Add(new CompositeSyntax(new TabSpaceSyntax(5), new SimpleSyntax(CParse.RightScope + CParse.Comma + CParse.Paragraph)));
foreach (var s in toArray)
{
if (string.IsNullOrEmpty(s))
{
continue;
}
body.Add(new TabSimpleSyntax(6, $"{CParse.Quote + s + CParse.Quote + CParse.Comma}"));
}
return(tree);
}
private ISyntax GetHashToTypeDictionary()
{
var tree = new TreeSyntaxNode();
var dicBody = new TreeSyntaxNode();
tree.Add(new ParagraphSyntax());
tree.Add(new TabSimpleSyntax(2, "private Dictionary<int, Type> GetHashToTypeDictionary()"));
tree.Add(new LeftScopeSyntax(2));
tree.Add(new TabSimpleSyntax(3, "return new Dictionary<int, Type>()"));
tree.Add(new LeftScopeSyntax(3));
tree.Add(dicBody);
tree.Add(new RightScopeSyntax(3, true));
tree.Add(new RightScopeSyntax(2));
for (int i = 0; i < componentTypes.Count; i++)
{
var hash = IndexGenerator.GetIndexForType(componentTypes[i]);
dicBody.Add(new TabSimpleSyntax(4, $"{{ {hash}, typeof({componentTypes[i].Name})}},"));
}
return(tree);
}
private ISyntax GetNewComponentSolved(Type c, int index, int fieldCount)
{
var tree = new TreeSyntaxNode();
var maskBody = new TreeSyntaxNode();
tree.Add(new ParagraphSyntax());
tree.Add(new TabSimpleSyntax(4, $"new {typeof(HECSMask).Name}"));
tree.Add(new LeftScopeSyntax(4));
tree.Add(maskBody);
tree.Add(new RightScopeSyntax(4, true));
maskBody.Add(new TabSimpleSyntax(5, $"Index = {index},"));
var maskSplitToArray = CalculateIndexesForMask(index, fieldCount);
for (int i = 0; i < fieldCount; i++)
{
if (maskSplitToArray[fieldCount - 1] > 1 && i < fieldCount - 1)
{
maskBody.Add(new CompositeSyntax(new TabSpaceSyntax(5), new SimpleSyntax($"Mask0{i + 1} = 1ul << {0},")));
maskBody.Add(new ParagraphSyntax());
continue;
}
maskBody.Add(new CompositeSyntax(new TabSpaceSyntax(5), new SimpleSyntax($"Mask0{i + 1} = 1ul << {maskSplitToArray[i]},")));
if (i > fieldCount - 1)
{
continue;
}
maskBody.Add(new ParagraphSyntax());
}
return(tree);
}
public string GetComponentContext()
{
var overTree = new TreeSyntaxNode();
var entityExtention = new TreeSyntaxNode();
var usings = new TreeSyntaxNode();
var nameSpaces = new List <string>();
var tree = new TreeSyntaxNode();
var properties = new TreeSyntaxNode();
var disposable = new TreeSyntaxNode();
var disposableBody = new TreeSyntaxNode();
var switchAdd = new TreeSyntaxNode();
var switchBody = new TreeSyntaxNode();
var switchRemove = new TreeSyntaxNode();
var switchRemoveBody = new TreeSyntaxNode();
overTree.Add(tree);
overTree.Add(entityExtention);
tree.Add(usings);
tree.Add(new ParagraphSyntax());
tree.Add(new NameSpaceSyntax(DefaultNameSpace));
tree.Add(new LeftScopeSyntax());
tree.Add(new CompositeSyntax(new TabSpaceSyntax(1), new SimpleSyntax("public partial class ComponentContext : IDisposable"), new ParagraphSyntax()));
tree.Add(new LeftScopeSyntax(1));
tree.Add(properties);
tree.Add(switchAdd);
tree.Add(switchRemove);
tree.Add(disposable);
tree.Add(new RightScopeSyntax(1));
tree.Add(new RightScopeSyntax());
switchAdd.Add(new ParagraphSyntax());
switchAdd.Add(new CompositeSyntax(new TabSpaceSyntax(2),
new SimpleSyntax("partial void Add(IComponent component)"), new ParagraphSyntax()));
switchAdd.Add(new LeftScopeSyntax(2));
switchAdd.Add(new CompositeSyntax(new TabSpaceSyntax(3), new SimpleSyntax("switch (component)"), new ParagraphSyntax()));
switchAdd.Add(new LeftScopeSyntax(3));
switchAdd.Add(switchBody);
switchAdd.Add(new RightScopeSyntax(3));
switchAdd.Add(new RightScopeSyntax(2));
switchAdd.Add(new ParagraphSyntax());
switchAdd.Add(new CompositeSyntax(new TabSpaceSyntax(2),
new SimpleSyntax("partial void Remove(IComponent component)"), new ParagraphSyntax()));
switchAdd.Add(new LeftScopeSyntax(2));
switchAdd.Add(new CompositeSyntax(new TabSpaceSyntax(3), new SimpleSyntax("switch (component)"), new ParagraphSyntax()));
switchAdd.Add(new LeftScopeSyntax(3));
switchAdd.Add(switchRemoveBody);
switchAdd.Add(new RightScopeSyntax(3));
switchAdd.Add(new RightScopeSyntax(2));
foreach (var c in componentTypes)
{
properties.Add(new CompositeSyntax(new TabSpaceSyntax(2),
new SimpleSyntax($"public {c.Name} Get{c.Name} {{ get; private set; }}"), new ParagraphSyntax()));
var cArgument = c.Name;
var fixedArg = char.ToLower(cArgument[0]) + cArgument.Substring(1);
switchBody.Add(new CompositeSyntax(new TabSpaceSyntax(4), new SimpleSyntax($"case {c.Name} {fixedArg}:"), new ParagraphSyntax()));
switchBody.Add(new LeftScopeSyntax(5));
switchBody.Add(new CompositeSyntax(new TabSpaceSyntax(6), new SimpleSyntax($"Get{c.Name} = {fixedArg};"), new ParagraphSyntax()));
switchBody.Add(new CompositeSyntax(new TabSpaceSyntax(6), new ReturnSyntax()));
switchBody.Add(new RightScopeSyntax(5));
switchRemoveBody.Add(new CompositeSyntax(new TabSpaceSyntax(4), new SimpleSyntax($"case {c.Name} {fixedArg}:"), new ParagraphSyntax()));
switchRemoveBody.Add(new LeftScopeSyntax(5));
switchRemoveBody.Add(new CompositeSyntax(new TabSpaceSyntax(6), new SimpleSyntax($"Get{c.Name} = null;"), new ParagraphSyntax()));
switchRemoveBody.Add(new CompositeSyntax(new TabSpaceSyntax(6), new ReturnSyntax()));
switchRemoveBody.Add(new RightScopeSyntax(5));
disposableBody.Add(new CompositeSyntax(new TabSpaceSyntax(3), new SimpleSyntax($"Get{c.Name} = null;"), new ParagraphSyntax()));
//if (c != componentTypes.Last())
// switchBody.Add(new ParagraphSyntax());
nameSpaces.AddOrRemoveElement(c.Namespace, true);
}
foreach (var n in nameSpaces)
{
usings.Add(new UsingSyntax(n));
}
AddEntityExtention(entityExtention);
usings.Add(new UsingSyntax("System", 1));
usings.Add(new UsingSyntax("System.Runtime.CompilerServices", 1));
disposable.Add(new ParagraphSyntax());
disposable.Add(new CompositeSyntax(new TabSpaceSyntax(2), new SimpleSyntax("public void Dispose()"), new ParagraphSyntax()));
disposable.Add(new LeftScopeSyntax(2));
disposable.Add(disposableBody);
disposable.Add(new RightScopeSyntax(2));
return(overTree.ToString());
}
public string GenerateMaskProvider()
{
var className = typeof(MaskProvider).Name;
var hecsMaskname = typeof(HECSMask).Name;
var hecsMaskPart = new TreeSyntaxNode();
var componentsPeriodCount = ComponentsCount();
//overallType
var tree = new TreeSyntaxNode();
//defaultMask
var maskFunc = new TreeSyntaxNode();
var maskDefault = new TreeSyntaxNode();
var fields = new TreeSyntaxNode();
var operatorPlus = new TreeSyntaxNode();
var operatorMinus = new TreeSyntaxNode();
var isHaveBody = new TreeSyntaxNode();
var equalityBody = new TreeSyntaxNode();
var getHashCodeBody = new TreeSyntaxNode();
var maskClassConstructor = new TreeSyntaxNode();
tree.Add(new NameSpaceSyntax(DefaultNameSpace));
tree.Add(new LeftScopeSyntax());
tree.Add(new TabSimpleSyntax(1, $"public partial class {className}"));
tree.Add(new LeftScopeSyntax(1));
//constructor
tree.Add(new TabSimpleSyntax(2, "public MaskProvider()"));
tree.Add(new LeftScopeSyntax(2));
tree.Add(maskClassConstructor);
tree.Add(new RightScopeSyntax(2));
//Get Empty Mask
tree.Add(new ParagraphSyntax());
tree.Add(new CompositeSyntax(maskFunc));
maskFunc.Add(new TabSimpleSyntax(2, "public HECSMask GetEmptyMaskFunc()"));
maskFunc.Add(new LeftScopeSyntax(2));
maskFunc.Add(new TabSimpleSyntax(3, "return new HECSMask"));
maskFunc.Add(new LeftScopeSyntax(3));
maskFunc.Add(maskDefault);
maskDefault.Add(new TabSimpleSyntax(4, "Index = -999,"));
maskFunc.Add(new RightScopeSyntax(3, true));
maskFunc.Add(new RightScopeSyntax(2));
//plus operator
tree.Add(new ParagraphSyntax());
tree.Add(new CompositeSyntax(new TabSimpleSyntax(2, $"public {hecsMaskname} GetPlusFunc({hecsMaskname} l, {hecsMaskname} r)")));
tree.Add(new LeftScopeSyntax(2));
tree.Add(new CompositeSyntax(new TabSimpleSyntax(3, $"return new {hecsMaskname}")));
tree.Add(new LeftScopeSyntax(3));
tree.Add(operatorPlus);
tree.Add(new RightScopeSyntax(3, true));
tree.Add(new RightScopeSyntax(2));
tree.Add(new ParagraphSyntax());
tree.Add(new CompositeSyntax(new TabSpaceSyntax(2), new SimpleSyntax($"public {hecsMaskname} GetMinusFunc({hecsMaskname} l, {hecsMaskname} r)"), new ParagraphSyntax()));
tree.Add(new LeftScopeSyntax(2));
tree.Add(new CompositeSyntax(new TabSpaceSyntax(3), new SimpleSyntax($"return new {hecsMaskname}"), new ParagraphSyntax()));
tree.Add(new LeftScopeSyntax(3));
tree.Add(operatorMinus);
tree.Add(new RightScopeSyntax(3, true));
tree.Add(new RightScopeSyntax(2));
//Equal part
tree.Add(new ParagraphSyntax());
tree.Add(EqualMask(equalityBody));
//HashCodePart part
tree.Add(new ParagraphSyntax());
tree.Add(GetHashCode(getHashCodeBody));
//bool IsHave
tree.Add(new ParagraphSyntax());
tree.Add(new CompositeSyntax(new TabSpaceSyntax(2), new SimpleSyntax($"public bool ContainsFunc(ref {hecsMaskname} original, ref {hecsMaskname} other)"), new ParagraphSyntax()));
tree.Add(new LeftScopeSyntax(2));
tree.Add(isHaveBody);
tree.Add(new SimpleSyntax(CParse.Semicolon));
isHaveBody.Add(new CompositeSyntax(new TabSpaceSyntax(3), new SimpleSyntax(CParse.Return), new SpaceSyntax()));
tree.Add(new ParagraphSyntax());
tree.Add(new RightScopeSyntax(2));
tree.Add(new RightScopeSyntax(1));
tree.Add(HecsMaskPart(hecsMaskPart));
tree.Add(new RightScopeSyntax());
//costructor for mask provider class
maskClassConstructor.Add(GetMaskProviderConstructorBody());
//fill trees
for (int i = 0; i < ComponentsCount(); i++)
{
maskDefault.Add(new CompositeSyntax(new TabSpaceSyntax(4), new SimpleSyntax($"Mask0{i + 1} = 0,"), new ParagraphSyntax()));
equalityBody.Add(new SimpleSyntax($"{CParse.Space}&& mask.Mask0{i + 1} == otherMask.Mask0{i + 1}"));
fields.Add(new CompositeSyntax(new TabSpaceSyntax(2), new SimpleSyntax($"public ulong Mask0{i + 1};"), new ParagraphSyntax()));
operatorPlus.Add(new CompositeSyntax(new TabSpaceSyntax(4), new SimpleSyntax($"Mask0{i + 1} = l.Mask0{i + 1} | r.Mask0{i + 1},"), new ParagraphSyntax()));
operatorMinus.Add(new CompositeSyntax(new TabSpaceSyntax(4), new SimpleSyntax($"Mask0{i + 1} = l.Mask0{i + 1} ^ r.Mask0{i + 1},"), new ParagraphSyntax()));
getHashCodeBody.Add(new TabSimpleSyntax(4, $"hash += ({(i+1)*3} * mask.Mask0{i + 1}.GetHashCode());"));
if (i == 0)
{
isHaveBody.Add(new SimpleSyntax($"(original.Mask0{i + 1} & other.Mask0{i + 1}) != 0"));
}
else
{
isHaveBody.Add(new CompositeSyntax(new ParagraphSyntax(), new TabSpaceSyntax(6),
new SimpleSyntax("&&"), new SimpleSyntax($"(original.Mask0{i + 1} & other.Mask0{i + 1}) != 0")));
}
if (i > 0)
{
hecsMaskPart.Add(new TabSimpleSyntax(2, $"public ulong Mask0{i + 1};"));
}
}
return(tree.ToString());
}
