CaglarGonul’s gists

CaglarGonul / Login.java

Created March 15, 2013 23:27

Fun with Electroserver, Hibernate and Thread Pool

	package com.cgon.loginmodule;

	import com.electrotank.electroserver5.extensions.BaseLoginEventHandler;
	import com.electrotank.electroserver5.extensions.ChainAction;
	import com.electrotank.electroserver5.extensions.LoginContext;
	import com.electrotank.electroserver5.extensions.api.UserServerVariableResponse;
	import com.electrotank.electroserver5.extensions.api.value.EsObject;
	import com.electrotank.electroserver5.extensions.api.value.EsObjectRO;

	public class Login extends BaseLoginEventHandler{

CaglarGonul / lastextension.xml

Created March 15, 2013 23:28

Fun with Electroserver, Hibernate and Thread Pool

	<?xml version="1.0" encoding="utf-8" ?>
	<Extension>
	<Name>FunES</Name>
	<EventHandlers>
	<LoginHandlers>
	<LoginHandler>
	<Handle>Login</Handle>
	<Type>Java</Type>
	<Path>com.cgon.loginmodule.Login</Path>
	</LoginHandler>

CaglarGonul / test.as

Created March 15, 2013 23:28

Fun with Electroserver, Hibernate and Thread Pool

	package {
	import com.electrotank.electroserver5.api.ConnectionResponse;
	import com.electrotank.electroserver5.api.EsObject;
	import com.electrotank.electroserver5.api.LoginRequest;
	import com.electrotank.electroserver5.api.LoginResponse;
	import com.electrotank.electroserver5.api.MessageType;
	import com.electrotank.electroserver5.api.PluginMessageEvent;
	import com.electrotank.electroserver5.api.PluginRequest;
	import com.electrotank.electroserver5.connection.AvailableConnection;
	import com.electrotank.electroserver5.connection.TransportType;

CaglarGonul / max.sml

Last active December 15, 2015 09:09

A simple selection algorithm for finding the maximum integer option in an integer list is given below :

	fun max_case (xs) =
	case xs of
	[] => NONE
	\| x::xs' => let fun non_empty_max (ys) =
	case ys of
	[] => x
	\| y::ys' => let val tl_ans = non_empty_max (ys')
	in
	if y > tl_ans
	then y

CaglarGonul / remdup.sml

Last active December 15, 2015 09:09

A simple ML algorithm for removing duplicates in a list is given below :

	fun remove_duplicates (xs) =
	case xs of
	[]=>[]
	\| x::xs' => if List.exists (fn y=> x=y) xs'
	then remove_duplicates (xs')
	else x::remove_duplicates (xs')

	val test_remove_duplicates = remove_duplicates ([3,3,3,3,5,5,5,5,6,6,6,6,7])

CaglarGonul / mycb.sml

Last active December 15, 2015 17:19

A callback implementation in ML.

	(We need a mutable list to store the list of registered callbacks.)
	(The initial list will be empty.)
	val cbs : (int -> unit) list ref = ref []

	(We need a public function to register the callbacks on the the callback list)
	fun registerCallBack f =
	cbs := f::(!cbs)

	(When a specific action occurs we will call this function.)
	(This function will call each call back with a parameter.)

CaglarGonul / 1.Func.java

Last active December 15, 2015 20:48

Playing with closures in Java7. Thanks to Prof. Grossman.

	package com.fs;

	/**
	* This interface is responsible for holding the closures when it comes to map.
	* It uses two generic types. One for the argument and one for the return type.
	* @param <B> Generic type
	* @param <A> Generic type
	*/
	public interface Func<B,A> {
	/**

CaglarGonul / 1.CallBack.java

Last active December 15, 2015 20:49

Callback implementation in Java7

	package com.fs;

	public interface CallBack {
	void m(int e);
	}

CaglarGonul / 1.Animal.java

Created April 6, 2013 08:43

Programming to an interface rather than an implementation.

	package com.chp1.simuduck.v3;

	public interface Animal {
	void makeSound();
	}

CaglarGonul / 1.WeaponBehaviour.java

Last active December 15, 2015 21:29

The Strategy Pattern : It defines a family of algorithms, encapsulates each one, and makes them interchangeable. Strategy lets the algorithm vary independently from clients that use it.

	package com.chp1.designpuzzle;

	public interface WeaponBehaviour {
	String useWeapon();
	}

	(We need a mutable list to store the list of registered callbacks.)
	(The initial list will be empty.)
	val cbs : (int -> unit) list ref = ref []

	(We need a public function to register the callbacks on the the callback list)
	fun registerCallBack f =
	cbs := f::(!cbs)

	(When a specific action occurs we will call this function.)
	(This function will call each call back with a parameter.)

ccocoo CaglarGonul