static void GeneratePolymorphicRootSupport()
{
foreach (var polymorphicRootNode in polymorphicRootNodes)
{
var node = polymorphicRootNode.Key;
var types = polymorphicRootNode.Value
.Where(t => t.IsValidType())
.Where(t => t.IsAbstract == false);
var nodeClass = GenClassSink(node);
var enumName = node.PolymorphicRootTypeEnumName();
var module = nodeClass.module;
module.content("");
if (!string.IsNullOrEmpty(nodeClass.namespaceName))
{
module.content($"namespace {nodeClass.namespaceName} {{");
module.indent++;
}
EnumTable.PrintEnum(module, enumName, types.Select(t => t.UniqueName(false)),
type => finalTypeEnum[baseClassMap[node]][type]);
if (!string.IsNullOrEmpty(nodeClass.namespaceName))
{
module.indent--;
module.content($"}}");
}
module.content("");
}
GeneratePolymorphicCreatorFuncs();
}
public static EnumTable Load(string fileName)
{
try
{
var table = new EnumTable();
using (TextReader reader = File.OpenText(fileName))
{
string line = null;
while ((line = reader.ReadLine()) != null)
{
var record = line.Split(' ');
table.records.Add(record[0], int.Parse(record[1]));
}
}
return(table);
}
catch (Exception e)
{
Debug.Log("loading type table exception");
Debug.Log(e);
}
return(new EnumTable());
}
static void GeneratePolimorphismSupport()
{
foreach (var polymorphTask in polymorphicMap)
{
var baseClass = polymorphTask.Key;
var children = polymorphTask.Value;
var sink = GenClassSink(baseClass);
var typesToGenPolymorphMethods = new List <Type> {
baseClass
}.Concat(children).ToList();
var typesThatCanBeConstructed = typesToGenPolymorphMethods.Where(t => t.IsValidType()).ToList();
var fileName = baseClass.TypeTableFileName();
var typeTable = EnumTable.Load(fileName);
var validTypes = typesThatCanBeConstructed.Where(t => t.IsAbstract == false && t.IsValidType())
.ToList();
typeTable.UpdateWithNewTypes(validTypes.Select(t => t.UniqueName(false)));
finalTypeEnum[baseClass] = typeTable.records;
var finalTypeIndexedList = new List <Type>();
foreach (var type in validTypes)
{
var index = typeTable.records[type.UniqueName(false)];
finalTypeIndexedList.EnsureSizeWithNulls(index + 1);
finalTypeIndexedList[index] = type;
}
EnumTable.PrintEnum(sink, TypeEnumName, typesThatCanBeConstructed.Where(t => t.IsValidType())
.Where(t => t.IsAbstract == false).Select(t => t.UniqueName(false)),
type => typeTable.records[type]);
GenClassIdFuncs(baseClass, typesToGenPolymorphMethods, sink);
if (baseClass.NeedsPooledPolymorphConstruction())
{
GenPolymorphicRootSetup(baseClass, sink, finalTypeIndexedList, true);
GenPolymorphMaps(baseClass, typesThatCanBeConstructed, typesToGenPolymorphMethods, sink, true);
}
if (baseClass.NeedsClassicPolymorphConstruction() ||
(!baseClass.HasPool() && (baseClass.ReadGenFlags()
& (GenTaskFlags.UpdateFrom | GenTaskFlags.Serialization)) != 0))
{
GenPolymorphicRootSetup(baseClass, sink, finalTypeIndexedList, false);
GenPolymorphMaps(baseClass, typesThatCanBeConstructed, typesToGenPolymorphMethods, sink, false);
}
}
}
public static void Save(string fileName, EnumTable table)
{
try
{
//File.Create(fileName).WriteByte(1);
var list = table.records.ToList();
list.Sort((p1, p2) => p1.Value.CompareTo(p2.Value));
using (TextWriter writer = File.CreateText(fileName))
{
foreach (var record in list)
{
writer.WriteLine($"{record.Key} {record.Value}");
}
}
}
catch (Exception e)
{
Debug.LogError("saving type table exception");
Debug.LogError(e);
}
}
// You shall not dare to try to unfuck this.
public static void Gen(bool stubs)
{
if (EditorApplication.isCompiling)
{
Debug.LogError("Application is compiling codegen run is not recomended");
return;
}
EditorUtility.DisplayProgressBar("Running codegen", "creating tasks", 0);
var genDir = new DirectoryInfo(GenPath);
var typesEnumerable =
from assembly in AppDomain.CurrentDomain.GetAssemblies()
from t in assembly.GetTypes()
select t;
allTypesInAssemblies.AddRange(typesEnumerable.ToList());
typeGenRequested.Clear();
tasks.Clear();
genericInstances.Clear();
polymorphicMap.Clear();
baseClassMap.Clear();
extensionsSignaturesGenerated.Clear();
classes.Clear();
parents.Clear();
hasErrors = false;
stubMode = stubs;
context = new GeneratorContext(new GenInfo {
sharpGenPath = GenPath
}, stubMode);
clientOnlyContext = new GeneratorContext(new GenInfo {
sharpGenPath = GenPathClient
}, stubMode);
foreach (var type in allTypesInAssemblies)
{
foreach (var methodInfo in type.GetMethods(BindingFlags.Public | BindingFlags.NonPublic | BindingFlags.Static))
{
if (methodInfo.HasAttribute <CodeGenExtension>())
{
methodInfo.Invoke(null, null);
}
}
if (type.ReadGenFlags() != GenTaskFlags.None)
{
RequestGen(type, type.ReadGenFlags(), true);
}
}
extensionSink = context.createSharpClass("SerializationExtensions", isStatic: true, isPartial: true);
extensionSink.usingSink("System.IO");
extensionSink.usingSink("ZergRush.Alive");
extensionClientSink = clientOnlyContext.createSharpClass("SerializationExtensions", isStatic: true, isPartial: true);
extensionClientSink.usingSink("System.IO");
extensionClientSink.usingSink("ZergRush.Alive");
while (tasks.Count > 0)
{
var task = tasks.Pop();
var type = task.type;
if (type.HasAttribute <DoNotGen>())
{
continue;
}
var classSink = GenClassSink(task.type);
classSink.indent++;
Action <GenTaskFlags, Action <string> > checkFlag = (flag, gen) =>
{
if ((task.flags & flag) != 0)
{
bool isCustom = false;
bool needGenBase = false;
var genTaskCustomImpl = type.GetCustomImplAttr();
if (genTaskCustomImpl != null)
{
if ((genTaskCustomImpl.flags & flag) != 0)
{
isCustom = true;
needGenBase = genTaskCustomImpl.genBaseMethods;
}
}
if (isCustom && needGenBase == false)
{
return;
}
string funcPrefix = isCustom ? "Base" : "";
gen(funcPrefix);
}
};
checkFlag(GenTaskFlags.UpdateFrom, funcPrefix => GenUpdateFrom(type, false, funcPrefix));
checkFlag(GenTaskFlags.PooledUpdateFrom, funcPrefix => GenUpdateFrom(type, true, funcPrefix));
checkFlag(GenTaskFlags.Deserialize, funcPrefix => GenerateDeserialize(type, false, funcPrefix));
checkFlag(GenTaskFlags.PooledDeserialize, funcPrefix => GenerateDeserialize(type, true, funcPrefix));
checkFlag(GenTaskFlags.Serialize, funcPrefix => GenerateSerialize(type, funcPrefix));
checkFlag(GenTaskFlags.Hash, funcPrefix => GenHashing(type, funcPrefix));
checkFlag(GenTaskFlags.UIDGen, funcPrefix => GenUIDFunc(type, funcPrefix));
checkFlag(GenTaskFlags.CollectConfigs, funcPrefix => GenCollectConfigs(type, funcPrefix));
checkFlag(GenTaskFlags.LifeSupport, funcPrefix => GenerateLivable(type, funcPrefix));
checkFlag(GenTaskFlags.OwnershipHierarchy, funcPrefix => GenerateHierarchyAndId(type, funcPrefix));
checkFlag(GenTaskFlags.OwnershipHierarchy, funcPrefix => GenerateConstructionFromRoot(type));
checkFlag(GenTaskFlags.DefaultConstructor, funcPrefix => GenerateConstructor(type));
checkFlag(GenTaskFlags.CompareChech, funcPrefix => GenerateComparisonFunc(type, funcPrefix));
checkFlag(GenTaskFlags.JsonSerialization, funcPrefix => GenerateJsonSerialization(type, funcPrefix));
checkFlag(GenTaskFlags.Pooled, funcPrefix => GeneratePoolSupportMethods(type));
//checkFlag(GenTaskFlags.PrintHash, funcPrefix => GeneratePrintHash(type, funcPrefix));
classSink.indent--;
}
GenerateFieldWrappers();
GeneratePolimorphismSupport();
GeneratePolymorphicRootSupport();
// Do not change anythign if there is any errors
if (hasErrors)
{
EditorUtility.ClearProgressBar();
return;
}
EditorUtility.DisplayProgressBar("Running codegen", "writing cs files", 0.5f);
foreach (FileInfo file in genDir.GetFiles())
{
// Skip metafiles for clean commit messages.
if (file.Name.EndsWith("meta") || file.Name.EndsWith("txt"))
{
continue;
}
file.Delete();
}
foreach (var typeEnumTable in finalTypeEnum)
{
EnumTable.Save(typeEnumTable.Key.TypeTableFileName(), new EnumTable {
records = typeEnumTable.Value
});
}
context.Commit();
clientOnlyContext.Commit();
AssetDatabase.Refresh();
EditorUtility.ClearProgressBar();
}
