public static void GenTypeAttributeTest(AssemblyGen ag)
{
TypeGen MyAttribute = ag.Public.Class("MyAttribute", typeof(Attribute))
.BeginAttribute <AttributeUsageAttribute>(AttributeTargets.Class).Set("AllowMultiple", true).End();
FieldGen testField = MyAttribute.Field <object>("testField")
.Attribute <DescriptionAttribute>("Test field");
PropertyGen testProperty = MyAttribute.Public.SimpleProperty(testField, "TestProperty")
.Attribute <ObsoleteAttribute>("Do not use this");
testProperty.Getter().Attribute <DescriptionAttribute>("Getter method");
testProperty.Getter().ReturnParameter.Attribute <DescriptionAttribute>("Getter return value");
testProperty.Setter().Attribute <DescriptionAttribute>("Setter method");
TypeGen tg = ag.Class("Test")
.BeginAttribute(MyAttribute).Set("TestProperty", 3).End()
.Attribute <DescriptionAttribute>("Test class");
tg.Static.Void("Main")
.BeginAttribute(MyAttribute).Set("TestProperty", 3).End();
TypeGen SimpleDelegate = ag.DelegateVoid("SimpleDelegate")
.Attribute <DescriptionAttribute>("Test delegate");
EventGen TestEvent = tg.Static.Event(SimpleDelegate, "TestEvent")
.Attribute <DescriptionAttribute>("Test event");
TestEvent.AddMethod().Attribute <DescriptionAttribute>("Event add method");
TestEvent.RemoveMethod().Attribute <DescriptionAttribute>("Event remove method");
}
// example based on the MSDN Structs Sample (struct1.cs)
public static void GenStruct1(AssemblyGen ag)
{
var st = ag.StaticFactory;
var exp = ag.ExpressionFactory;
CodeGen g;
TypeGen SimpleStruct = ag.Struct("SimpleStruct");
{
FieldGen xval = SimpleStruct.Field(typeof(int), "xval");
PropertyGen X = SimpleStruct.Public.Property(typeof(int), "X");
{
X.Getter().GetCode().Return(xval);
g = X.Setter();
{
g.If(g.PropertyValue() < 100);
{
g.Assign(xval, g.PropertyValue());
}
g.End();
}
}
g = SimpleStruct.Public.Method(typeof(void), "DisplayX");
{
g.WriteLine("The stored value is: {0}", xval);
}
}
TypeGen TestClass = ag.Class("TestClass");
{
g = TestClass.Public.Static.Method(typeof(void), "Main");
{
var ss = g.Local(SimpleStruct);
g.InitObj(ss);
ITypeMapper typeMapper = ag.TypeMapper;
g.Assign(ss.Property("X"), 5);
g.Invoke(ss, "DisplayX");
}
}
}
// example based on the MSDN Structs Sample (struct1.cs)
public static void GenStruct1(AssemblyGen ag)
{
CodeGen g;
TypeGen SimpleStruct = ag.Struct("SimpleStruct");
{
FieldGen xval = SimpleStruct.Field <int>("xval");
PropertyGen X = SimpleStruct.Public.Property <int>("X");
{
X.Getter().GetCode().Return(xval);
g = X.Setter();
{
g.If(g.PropertyValue() < 100);
{
g.Assign(xval, g.PropertyValue());
}
g.End();
}
}
g = SimpleStruct.Public.Void("DisplayX");
{
g.WriteLine("The stored value is: {0}", xval);
}
}
TypeGen TestClass = ag.Class("TestClass");
{
g = TestClass.Public.Static.Void("Main");
{
Operand ss = g.Local(SimpleStruct);
g.InitObj(ss);
g.Assign(ss.Property("X"), 5);
g.Invoke(ss, "DisplayX");
}
}
}
// example based on the MSDN Indexed Properties Sample (indexedproperty.cs)
public static void GenIndexedProperty(AssemblyGen ag)
{
var st = ag.StaticFactory;
var exp = ag.ExpressionFactory;
CodeGen g;
ITypeMapper m = ag.TypeMapper;
TypeGen Document = ag.Public.Class("Document");
{
FieldGen TextArray = Document.Private.Field(typeof(char[]), "TextArray"); // The text of the document.
// Type allowing the document to be viewed like an array of words:
TypeGen WordCollection = Document.Public.Class("WordCollection");
{
FieldGen document = WordCollection.ReadOnly.Field(Document, "document"); // The containing document
var document_TextArray = document.Field("TextArray", m); // example of a saved expression - it is always re-evaluated when used
g = WordCollection.Internal.Constructor().Parameter(Document, "d");
{
g.Assign(document, g.Arg("d"));
}
// Helper function -- search character array "text", starting at
// character "begin", for word number "wordCount." Returns false
// if there are less than wordCount words.Sets "start" and
// length" to the position and length of the word within text:
g = WordCollection.Private.Method(typeof(bool), "GetWord")
.Parameter(typeof(char[]), "text")
.Parameter(typeof(int), "begin")
.Parameter(typeof(int), "wordCount")
.Out.Parameter(typeof(int), "start")
.Out.Parameter(typeof(int), "length")
;
{
ContextualOperand text = g.Arg("text"), begin = g.Arg("begin"), wordCount = g.Arg("wordCount"),
start = g.Arg("start"), length = g.Arg("length");
var end = g.Local(text.ArrayLength());
var count = g.Local(0);
var inWord = g.Local(-1);
g.Assign(start, length.Assign(0));
var i = g.Local();
g.For(i.Assign(begin), i <= end, i.Increment());
{
var isLetter = g.Local(i < end && st.Invoke(typeof(char), "IsLetterOrDigit", text[i]));
g.If(inWord >= 0);
{
g.If(!isLetter);
{
g.If(count.PostIncrement() == wordCount);
{
g.Assign(start, inWord);
g.Assign(length, i - inWord);
g.Return(true);
}
g.End();
g.Assign(inWord, -1);
}
g.End();
}
g.Else();
{
g.If(isLetter);
{
g.Assign(inWord, i);
}
g.End();
}
g.End();
}
g.End();
g.Return(false);
}
// Indexer to get and set words of the containing document:
PropertyGen Item = WordCollection.Public.Indexer(typeof(string)).Index(typeof(int), "index");
{
g = Item.Getter();
{
var index = g.Arg("index");
var start = g.Local(0);
var length = g.Local(0);
g.If(g.This().Invoke("GetWord", document_TextArray, 0, index, start.Ref(), length.Ref()));
{
g.Return(exp.New(typeof(string), document_TextArray, start, length));
}
g.Else();
{
g.Throw(exp.New(typeof(IndexOutOfRangeException)));
}
g.End();
}
g = Item.Setter();
{
var index = g.Arg("index");
var value = g.PropertyValue();
var start = g.Local(0);
var length = g.Local(0);
g.If(g.This().Invoke("GetWord", document_TextArray, 0, index, start.Ref(), length.Ref()));
{
// Replace the word at start/length with the
// string "value":
g.If(length == value.Property("Length"));
{
g.Invoke(typeof(Array), "Copy", value.Invoke("ToCharArray"), 0,
document_TextArray, start, length);
}
g.Else();
{
var newText = g.Local(exp.NewArray(typeof(char),
document_TextArray.ArrayLength() + value.Property("Length") - length));
g.Invoke(typeof(Array), "Copy", document_TextArray, 0, newText,
0, start);
g.Invoke(typeof(Array), "Copy", value.Invoke("ToCharArray"), 0, newText,
start, value.Property("Length"));
g.Invoke(typeof(Array), "Copy", document_TextArray, start + length,
newText, start + value.Property("Length"),
document_TextArray.ArrayLength() - start
- length);
g.Assign(document_TextArray, newText);
}
g.End();
}
g.Else();
{
g.Throw(exp.New(typeof(IndexOutOfRangeException)));
}
g.End();
}
}
// Get the count of words in the containing document:
g = WordCollection.Public.Property(typeof(int), "Count").Getter();
{
ContextualOperand count = g.Local(0), start = g.Local(0), length = g.Local(0);
g.While(g.This().Invoke("GetWord", document_TextArray, start + length, 0, start.Ref(), length.Ref()));
{
g.Increment(count);
}
g.End();
g.Return(count);
}
}
// Type allowing the document to be viewed like an "array"
// of characters:
TypeGen CharacterCollection = Document.Public.Class("CharacterCollection");
{
FieldGen document = CharacterCollection.ReadOnly.Field(Document, "document"); // The containing document
var document_TextArray = document.Field("TextArray", m);
g = CharacterCollection.Internal.Constructor().Parameter(Document, "d");
{
g.Assign(document, g.Arg("d"));
}
// Indexer to get and set characters in the containing document:
PropertyGen Item = CharacterCollection.Public.Indexer(typeof(char)).Index(typeof(int), "index");
{
g = Item.Getter();
{
g.Return(document_TextArray[g.Arg("index")]);
}
g = Item.Setter();
{
g.Assign(document_TextArray[g.Arg("index")], g.PropertyValue());
}
}
// Get the count of characters in the containing document:
g = CharacterCollection.Public.Property(typeof(int), "Count").Getter();
{
g.Return(document_TextArray.ArrayLength());
}
}
// Because the types of the fields have indexers,
// these fields appear as "indexed properties":
FieldGen Words = Document.Public.ReadOnly.Field(WordCollection, "Words");
FieldGen Characters = Document.Public.ReadOnly.Field(CharacterCollection, "Characters");
g = Document.Public.Constructor().Parameter(typeof(string), "initialText");
{
g.Assign(TextArray, g.Arg("initialText").Invoke("ToCharArray"));
g.Assign(Words, exp.New(WordCollection, g.This()));
g.Assign(Characters, exp.New(CharacterCollection, g.This()));
}
g = Document.Public.Property(typeof(string), "Text").Getter();
{
g.Return(exp.New(typeof(string), TextArray));
}
}
TypeGen Test = ag.Class("Test");
{
g = Test.Public.Static.Method(typeof(void), "Main");
{
var d = g.Local(exp.New(Document, "peter piper picked a peck of pickled peppers. How many pickled peppers did peter piper pick?"));
// Change word "peter" to "penelope":
var i = g.Local();
g.For(i.Assign(0), i < d.Field("Words").Property("Count"), i.Increment());
{
g.If(d.Field("Words")[i] == "peter");
{
g.Assign(d.Field("Words")[i], "penelope");
}
g.End();
}
g.End();
// Change character "p" to "P"
g.For(i.Assign(0), i < d.Field("Characters").Property("Count"), i.Increment());
{
g.If(d.Field("Characters")[i] == 'p');
{
g.Assign(d.Field("Characters")[i], 'P');
}
g.End();
}
g.End();
g.WriteLine(d.Property("Text"));
}
}
}
public static void GenIndexer(AssemblyGen ag)
{
// Class to provide access to a large file
// as if it were a byte array.
TypeGen FileByteArray = ag.Public.Class("FileByteArray");
{
FieldGen stream = FileByteArray.Field <Stream>("stream"); // Holds the underlying stream
// used to access the file.
// Create a new FileByteArray encapsulating a particular file.
CodeGen g = FileByteArray.Public.Constructor().Parameter <string>("fileName");
{
g.Assign(stream, Exp.New <FileStream>(g.Arg("fileName"), FileMode.Open));
}
// Close the stream. This should be the last thing done
// when you are finished.
g = FileByteArray.Public.Void("Close");
{
g.Invoke(stream, "Close");
g.Assign(stream, null);
}
// Indexer to provide read/write access to the file.
PropertyGen Item = FileByteArray.Public.Indexer <byte>().Index <long>("index"); // long is a 64-bit integer
{
// Read one byte at offset index and return it.
g = Item.Getter();
{
Operand buffer = g.Local(Exp.NewArray <byte>(1));
g.Invoke(stream, "Seek", g.Arg("index"), SeekOrigin.Begin);
g.Invoke(stream, "Read", buffer, 0, 1);
g.Return(buffer[0]);
}
// Write one byte at offset index and return it.
g = Item.Setter();
{
Operand buffer = g.Local(Exp.NewInitializedArray <byte>(g.PropertyValue()));
g.Invoke(stream, "Seek", g.Arg("index"), SeekOrigin.Begin);
g.Invoke(stream, "Write", buffer, 0, 1);
}
}
// Get the total length of the file.
FileByteArray.Public.Property <long>("Length").Getter().GetCode()
.Return(stream.Invoke("Seek", 0, SeekOrigin.End));
}
// Demonstrate the FileByteArray class.
// Reverses the bytes in a file.
TypeGen Reverse = ag.Public.Class("Reverse");
{
CodeGen g = Reverse.Public.Static.Void("Main").Parameter <string[]>("args");
{
Operand args = g.Arg("args");
// Check for arguments.
g.If(args.ArrayLength() != 1);
{
g.WriteLine("Usage : Indexer <filename>");
g.Return();
}
g.End();
// Check for file existence
g.If(!Static.Invoke(typeof(File), "Exists", args[0]));
{
g.WriteLine("File " + args[0] + " not found.");
g.Return();
}
g.End();
Operand file = g.Local(Exp.New(FileByteArray, args[0]));
Operand len = g.Local(file.Property("Length"));
// Swap bytes in the file to reverse it.
Operand i = g.Local <long>();
g.For(i.Assign(0), i < len / 2, i.Increment());
{
Operand t = g.Local();
// Note that indexing the "file" variable invokes the
// indexer on the FileByteStream class, which reads
// and writes the bytes in the file.
g.Assign(t, file[i]);
g.Assign(file[i], file[len - i - 1]);
g.Assign(file[len - i - 1], t);
}
g.End();
g.Invoke(file, "Close");
}
}
}
// example based on the MSDN Properties Sample (abstractshape.cs, shapes.cs, shapetest.cs)
public static void GenShapeTest(AssemblyGen ag)
{
// abstractshape.cs
TypeGen Shape = ag.Public.Abstract.Class("Shape");
{
FieldGen myId = Shape.Private.Field(typeof(string), "myId");
PropertyGen Id = Shape.Public.SimpleProperty(myId, "Id");
CodeGen g = Shape.Public.Constructor().Parameter(typeof(string), "s");
{
g.Assign(Id, g.Arg("s")); // calling the set accessor of the Id property
}
// Area is a read-only property - only a get accessor is needed:
PropertyGen Area = Shape.Public.Abstract.Property(typeof(double), "Area");
Area.Getter();
g = Shape.Public.Override.Method(typeof(string), "ToString");
{
g.Return(Id + " Area = " + Static.Invoke(typeof(string), "Format", "{0:F2}", Area));
}
}
// shapes.cs
TypeGen Square = ag.Public.Class("Square", Shape);
{
FieldGen mySide = Square.Private.Field(typeof(int), "mySide");
CodeGen g = Square.Public.Constructor().Parameter(typeof(int), "side").Parameter(typeof(string), "id");
{
g.InvokeBase(g.Arg("id"));
g.Assign(mySide, g.Arg("side"));
}
PropertyGen Area = Square.Public.Override.Property(typeof(double), "Area");
g = Area.Getter();
{
// Given the side, return the area of a square:
g.Return(mySide * mySide);
}
}
TypeGen Circle = ag.Public.Class("Circle", Shape);
{
FieldGen myRadius = Circle.Private.Field(typeof(int), "myRadius");
CodeGen g = Circle.Public.Constructor().Parameter(typeof(int), "radius").Parameter(typeof(string), "id");
{
g.InvokeBase(g.Arg("id"));
g.Assign(myRadius, g.Arg("radius"));
}
PropertyGen Area = Circle.Public.Override.Property(typeof(double), "Area");
g = Area.Getter();
{
// Given the radius, return the area of a circle:
g.Return(myRadius * myRadius * Math.PI);
}
}
TypeGen Rectangle = ag.Public.Class("Rectangle", Shape);
{
FieldGen myWidth = Rectangle.Private.Field(typeof(int), "myWidth");
FieldGen myHeight = Rectangle.Private.Field(typeof(int), "myHeight");
CodeGen g = Rectangle.Public.Constructor()
.Parameter(typeof(int), "width")
.Parameter(typeof(int), "height")
.Parameter(typeof(string), "id")
;
{
g.InvokeBase(g.Arg("id"));
g.Assign(myWidth, g.Arg("width"));
g.Assign(myHeight, g.Arg("height"));
}
PropertyGen Area = Rectangle.Public.Override.Property(typeof(double), "Area");
g = Area.Getter();
{
// Given the width and height, return the area of a rectangle:
g.Return(myWidth * myHeight);
}
}
// shapetest.cs
TypeGen TestClass = ag.Public.Class("TestClass");
{
CodeGen g = TestClass.Public.Static.Method(typeof(void), "Main");
{
Operand shapes = g.Local(Exp.NewInitializedArray(Shape,
Exp.New(Square, 5, "Square #1"),
Exp.New(Circle, 3, "Circle #1"),
Exp.New(Rectangle, 4, 5, "Rectangle #1")));
g.WriteLine("Shapes Collection");
Operand s = g.ForEach(Shape, shapes);
{
g.WriteLine(s);
}
g.End();
}
}
}
/// <summary>
/// Iterate over all loaded mods and emit new types
/// </summary>
void Awake()
{
// Generate overloaded PQSMod types
AssemblyGen assembly = new AssemblyGen(Guid.NewGuid().ToString(),
new CompilerOptions {
OutputPath = Path.GetTempFileName()
});
List <Type> modTypes = GetModTypes();
foreach (Type modType in modTypes)
{
if (typeof(PQSMod).IsAssignableFrom(modType))
{
// Get the ModLoader type we want to extend
Type loaderType = modTypes.FirstOrDefault(t =>
t.BaseType != null && t.BaseType.FullName != null &&
t.BaseType.FullName.StartsWith("Kopernicus.Configuration.ModLoader.ModLoader") &&
t.BaseType.GetGenericArguments()[0] == modType);
if (loaderType == null)
{
continue;
}
// Generate the Mod Type
TypeGen modGen = assembly.Public.Class($"{modType.Name}Regional", modType);
{
FieldGen multiplierMap = modGen.Public.Field(typeof(MapSO), "multiplierMap");
FieldGen splitChannels = modGen.Public.Field(typeof(Boolean), "splitChannels");
FieldGen multiplier = modGen.Private.Field(typeof(Color), "multiplier");
FieldGen preBuildColor = modGen.Private.Field(typeof(Color), "preBuildColor");
FieldGen preBuildHeight = modGen.Private.Field(typeof(Double), "preBuildHeight");
// OnVertexBuildHeight
CodeGen onVertexBuild = modGen.Public.Override.Method(typeof(void), "OnVertexBuild")
.Parameter(typeof(PQS.VertexBuildData), "data");
{
ContextualOperand data = onVertexBuild.Arg("data");
onVertexBuild.Assign(multiplier, onVertexBuild.Local(multiplierMap.Invoke(
"GetPixelColor", new TypeMapper(),
data.Field("u"), data.Field("v"))));
onVertexBuild.If(!splitChannels);
{
onVertexBuild.Assign(multiplier.Field("a", new TypeMapper()),
multiplier.Field("r", new TypeMapper()));
}
onVertexBuild.End();
onVertexBuild.Assign(preBuildColor, data.Field("vertColor"));
onVertexBuild.Assign(preBuildHeight, data.Field("vertHeight"));
onVertexBuild.Invoke(onVertexBuild.Base(), "OnVertexBuild", data);
onVertexBuild.Assign(data.Field("vertColor"),
assembly.StaticFactory.Invoke(typeof(Color), "Lerp", preBuildColor,
data.Field("vertColor"), multiplier.Field("a", new TypeMapper())));
onVertexBuild.Assign(data.Field("vertHeight"),
assembly.StaticFactory.Invoke(typeof(UtilMath), "Lerp", preBuildHeight,
data.Field("vertHeight"), multiplier.Field("r", new TypeMapper())));
}
// OnVertexBuildHeight
CodeGen onVertexBuildHeight = modGen.Public.Override.Method(typeof(void), "OnVertexBuildHeight")
.Parameter(typeof(PQS.VertexBuildData), "data");
{
ContextualOperand data = onVertexBuildHeight.Arg("data");
onVertexBuildHeight.Assign(multiplier, onVertexBuildHeight.Local(multiplierMap.Invoke(
"GetPixelColor", new TypeMapper(),
data.Field("u"), data.Field("v"))));
onVertexBuildHeight.If(!splitChannels);
{
onVertexBuildHeight.Assign(multiplier.Field("a", new TypeMapper()),
multiplier.Field("r", new TypeMapper()));
}
onVertexBuildHeight.End();
onVertexBuildHeight.Assign(preBuildColor, data.Field("vertColor"));
onVertexBuildHeight.Assign(preBuildHeight, data.Field("vertHeight"));
onVertexBuildHeight.Invoke(onVertexBuildHeight.Base(), "OnVertexBuildHeight", data);
onVertexBuildHeight.Assign(data.Field("vertColor"),
assembly.StaticFactory.Invoke(typeof(Color), "Lerp", preBuildColor,
data.Field("vertColor"), multiplier.Field("a", new TypeMapper())));
onVertexBuildHeight.Assign(data.Field("vertHeight"),
assembly.StaticFactory.Invoke(typeof(UtilMath), "Lerp", preBuildHeight,
data.Field("vertHeight"), multiplier.Field("r", new TypeMapper())));
}
}
// Generate the Loader Type
Type modLoader = typeof(ModLoader <>).MakeGenericType(modGen);
TypeGen loaderGen =
assembly.Public.Class($"{modType.Name.Replace("PQSMod_", "").Replace("PQS", "")}Regional",
modLoader);
{
PropertyGen multiplierMap = loaderGen.Public.Property(typeof(MapSOParserRGB <MapSO>), "multiplierMap")
.Attribute(typeof(ParserTarget), "multiplierMap");
{
CodeGen getter = multiplierMap.Getter();
{
getter.Return(getter.Base().Property("Mod").Field("multiplierMap"));
}
CodeGen setter = multiplierMap.Setter();
{
setter.Assign(setter.Base().Property("Mod").Field("multiplierMap"),
setter.PropertyValue());
}
}
PropertyGen splitChannels = loaderGen.Public.Property(typeof(NumericParser <Boolean>), "splitChannels")
.Attribute(typeof(ParserTarget), "splitChannels");
{
CodeGen getter = splitChannels.Getter();
{
getter.Return(getter.Base().Property("Mod").Field("splitChannels"));
}
CodeGen setter = splitChannels.Setter();
{
setter.Assign(setter.Base().Property("Mod").Field("splitChannels"),
setter.PropertyValue());
}
}
FieldGen loader = loaderGen.Public.Field(loaderType, "loader")
.BeginAttribute(typeof(ParserTarget), "Mod").SetField("AllowMerge", true).End();
CodeGen create_PQS = loaderGen.Public.Override.Method(typeof(void), "Create")
.Parameter(typeof(PQS), "pqsVersion");
{
ContextualOperand pqsVersion = create_PQS.Arg("pqsVersion");
create_PQS.Invoke(create_PQS.Base(), "Create", pqsVersion);
create_PQS.Assign(loader, assembly.ExpressionFactory.New(loaderType));
create_PQS.Invoke(loader, "Create", create_PQS.Base().Property("Mod"), pqsVersion);
}
CodeGen create_Mod_PQS = loaderGen.Public.Override.Method(typeof(void), "Create")
.Parameter(modGen, "_mod")
.Parameter(typeof(PQS), "pqsVersion");
{
ContextualOperand _mod = create_Mod_PQS.Arg("_mod");
ContextualOperand pqsVersion = create_Mod_PQS.Arg("pqsVersion");
create_Mod_PQS.Invoke(create_Mod_PQS.Base(), "Create", _mod, pqsVersion);
create_Mod_PQS.Assign(loader, assembly.ExpressionFactory.New(loaderType));
create_Mod_PQS.Invoke(loader, "Create", create_Mod_PQS.Base().Property("Mod"), pqsVersion);
}
}
}
}
assembly.Save();
// Hacking into my own mod. Oh well.
modTypes.AddRange(assembly.GetAssembly().GetTypes());
typeof(Parser).GetField("_modTypes", BindingFlags.NonPublic | BindingFlags.Static)
?.SetValue(null, modTypes);
}