Awesome

PODStream

PODStream will serialize and deserialize your fields from/to BytesInput / BytesOutput.

Given a position class such as:

@:build(podstream.SerializerMacro.build())
class Position
{
    @Short public var x:Float;
    @Short public var y:Float;

    public function new(x:Float, y:Float)
    {
        this.x = x;
        this.y = y;
    }
}

You can prefix your fields with:

• @Short
• @UShort
• @Int
• @Float
• @Bool
• @Byte
• @String
• @Int32Array
• @Float32Array
• @StringArray

In the example above the haxe macro will generate two methods which will transform your class to:

class Position
{
    public var _id:Int = 0;
    public static var __id:Int = 0;
    public var x:Float;
    public var y:Float;

    public function new(x:Float, y:Float)
    {
        this.x = x;
        this.y = y;
    }
    
    public function unserialize(bi)
    {
        x = bi.readInt16();
        y = bi.readInt16();
    }
    
    public function serialize(bo)
    {
        bo.writeInt16(Std.int(x));
        bo.writeInt16(Std.int(y));
    }
}

The library is used in two steps:

• Mark your fields with the appropriate serialization
• Pass your BytesInput and BytesOutput around

Redirections

You can redirect deserializations to other variables such as:

@Short('netx') var x:Float;

In this case the variable x will be serialized as a Short but will be unserialized and assigned to the variable netx. It can be helpful when you are sharing the same class between a client & a server.

Example

@:build(podstream.SerializerMacro.build())
class Position2
{
    @Short("netx") public var x:Float;
    @Short("nety") public var y:Float;
    public var netx:Float;
    public var nety:Float;

    public function new(x:Float, y:Float)
    {
        this.x = x;
        this.y = y;
    }
}

will generate:

class Position2
{
    public var _id:Int = 1;
    public static var __id:Int = 1;
    public var x:Float;
    public var y:Float;
    public var netx:Float;
    public var nety:Float;

    public function new(x:Float, y:Float)
    {
        this.x = x;
        this.y = y;
    }
    
    public function unserialize(bi)
    {
        netx = bi.readInt16();
        nety = bi.readInt16();
    }
    
    public function serialize(bo)
    {
        bo.writeInt16(Std.int(x));
        bo.writeInt16(Std.int(y));
    }
}

ID generation

Each class will be assigned a unique public & static ID such as myInstance._id and MyClass.__id.

Serialization datas

You can call podstream.SerializerMacro.getSerialized() from your application and get an Array<String> of the types serialized.

You can then use Type.resolveClass("YourClassName") to resolve the type from the string returned if needed.