/Backup/FireballFX/Fireball.CodeEditor/Fireball.CodeEditor/Editors/KeyboadActionList.cs

//ORIGINAL LGPL SOURCE CODE FINDED ON COMPONA LGPL SOURCE CODE

/* This file has been automatically generated by X-Code .NET -- DO NOT EDIT! */



/*

WordCollection

WordCollection.Enumerator



These C# classes implement a strongly-typed collection of 

Rabbit objects.



The public representation is an array of Rabbit, so the performance 

characteristics will be more like a vector than a list, to use STL terminology.



The implementation is optimized for value-types, as it goes to great length to 

avoid the overhead of boxing and unboxing.  But it should also work well for 

reference types.



Mad props to Nick Wienholt, Kit George, Joel Mueller, Ethan Smith, Chris Sells, 

and Patrice Lafond for assisting me, at various times and in various ways.



Especially to Kit George, for his generous contribution to the dotnet mailing 

list -- a code-generator for CollectionBase-derived classes:

	http://discuss.develop.com/archives/wa.exe?A2=ind0107C&L=DOTNET&P=R35911

This was the original inspiration for the fine code you are now enjoying.



- Shawn A. Van Ness

*/



using System;

using System.Collections;

using System.Windows.Forms;

using T = Fireball.Windows.Forms.CodeEditor.KeyboardAction;



namespace Fireball.Windows.Forms.CodeEditor

{

	/// <summary>

	/// Collection of KeyboardActions

	/// </summary>

	public class KeyboardActionList : ICollection, IList, IEnumerable, ICloneable

	{

		private const int DefaultMinimumCapacity = 16;



		private T[] m_array = new T[DefaultMinimumCapacity];

		private int m_count = 0;

		private int m_version = 0;



		// Construction



		/// <summary>

		/// Default Constructor

		/// </summary>

		public KeyboardActionList()

		{

		}



		/// <summary>

		/// 

		/// </summary>

		/// <param name="collection"></param>

		public KeyboardActionList(KeyboardActionList collection)

		{

			AddRange(collection);

		}



		/// <summary>

		/// 

		/// </summary>

		/// <param name="array"></param>

		public KeyboardActionList(T[] array)

		{

			AddRange(array);

		}



		// Operations (type-safe ICollection)



		/// <summary>

		/// Returns the KeyboardAction count in this list

		/// </summary>

		public int Count

		{

			get { return m_count; }

		}



		/// <summary>

		/// Copies this list into another KeyboardrActionList

		/// </summary>

		/// <param name="array">Target list</param>

		public void CopyTo(T[] array)

		{

			this.CopyTo(array, 0);

		}



		/// <summary>

		/// Copies this list into another KeyboardrActionList

		/// </summary>

		/// <param name="array">Target list</param>

		/// <param name="start">Start index</param>

		public void CopyTo(T[] array, int start)

		{

			if (m_count > array.GetUpperBound(0) + 1 - start)

				throw new ArgumentException("Destination array was not long enough.");



			// for (int i=0; i < m_count; ++i) array[start+i] = m_array[i];

			Array.Copy(m_array, 0, array, start, m_count);

		}



		// Operations (type-safe IList)



		/// <summary>

		/// Returns the KeyboardAction at the specified index

		/// </summary>

		public T this[int index]

		{

			get

			{

				ValidateIndex(index); // throws

				return m_array[index];

			}

			set

			{

				ValidateIndex(index); // throws



				++m_version;

				m_array[index] = value;

			}

		}



		/// <summary>

		/// Adds a KeyboardAction to the list

		/// </summary>

		/// <param name="item"></param>

		/// <returns></returns>

		public int Add(T item)

		{

			if (NeedsGrowth())

				Grow();



			++m_version;

			m_array[m_count] = item;



			return m_count++;

		}



		/// <summary>

		/// Removes all KeyboardActions from the list

		/// </summary>

		public void Clear()

		{

			++m_version;

			m_array = new T[DefaultMinimumCapacity];

			m_count = 0;

		}



		/// <summary>

		/// Returns true if the list contains the specified KeyboardAction

		/// </summary>

		/// <param name="item">KeyboardAction to find</param>

		/// <returns></returns>

		public bool Contains(T item)

		{

			return ((IndexOf(item) == -1) ? false : true);

		}



		/// <summary>

		/// Returns the index of a specified KeyboardAction

		/// </summary>

		/// <param name="item">KeyboardAction to find</param>

		/// <returns></returns>

		public int IndexOf(T item)

		{

			for (int i = 0; i < m_count; ++i)

				if (m_array[i] == (item))

					return i;

			return -1;

		}



		/// <summary>

		/// Inserts a KeyboardAction at a specified position

		/// </summary>

		/// <param name="position">Insert position</param>

		/// <param name="item">Item to insert</param>

		public void Insert(int position, T item)

		{

			ValidateIndex(position, true); // throws



			if (NeedsGrowth())

				Grow();



			++m_version;

			// for (int i=m_count; i > position; --i) m_array[i] = m_array[i-1];

			Array.Copy(m_array, position, m_array, position + 1, m_count - position);



			m_array[position] = item;

			m_count++;

		}



		/// <summary>

		/// Remove a specified item from the list

		/// </summary>

		/// <param name="item">Item to remove</param>

		public void Remove(T item)

		{

			int index = IndexOf(item);

			if (index < 0)

				throw new ArgumentException("Cannot remove the specified item because it was not found in the specified Collection.");



			RemoveAt(index);

		}





		/// <summary>

		/// Remove any keyboard action that matches the given criterias.

		/// </summary>

		/// <param name="key">Key down</param>

		/// <param name="shift">Shift down</param>

		/// <param name="control">Control down</param>

		/// <param name="alt">Alt down</param>

		public void Remove(Keys key, bool shift, bool control, bool alt)

		{

			foreach (KeyboardAction ka in this)

			{

				if (ka.Key == key &&

					ka.Alt == alt &&

					ka.Shift == shift &&

					ka.Control == control)

				{

					this.Remove(ka);

					return;

				}



			}



		}



		/// <summary>

		/// Remove the item at a specified index

		/// </summary>

		/// <param name="index">Index to remove at</param>

		public void RemoveAt(int index)

		{

			ValidateIndex(index); // throws



			++m_version;

			m_count--;

			// for (int i=index; i < m_count; ++i) m_array[i] = m_array[i+1];

			Array.Copy(m_array, index + 1, m_array, index, m_count - index);



			if (NeedsTrimming())

				Trim();

		}



		// Operations (type-safe IEnumerable)



		/// <summary>

		/// Gets the KeyboardActionList Enumerator

		/// </summary>

		/// <returns></returns>

		public Enumerator GetEnumerator()

		{

			return new Enumerator(this);

		}



		// Operations (type-safe ICloneable)



		/// <summary>

		/// Clones the list

		/// </summary>

		/// <returns></returns>

		public KeyboardActionList Clone()

		{

			KeyboardActionList tc = new KeyboardActionList();

			tc.AddRange(this);

			tc.Capacity = this.m_array.Length;

			tc.m_version = this.m_version;

			return tc;

		}



		// Public helpers (just to mimic some nice features of ArrayList)



		/// <summary>

		/// 

		/// </summary>

		public int Capacity

		{

			get { return m_array.Length; }

			set

			{

				if (value < m_count) value = m_count;

				if (value < DefaultMinimumCapacity) value = DefaultMinimumCapacity;



				if (m_array.Length == value) return;



				++m_version;



				T[] temp = new T[value];

				// for (int i=0; i < m_count; ++i) temp[i] = m_array[i];

				Array.Copy(m_array, 0, temp, 0, m_count);

				m_array = temp;

			}

		}



		/// <summary>

		/// Add the content of another KeyboardActionList to this list

		/// </summary>

		/// <param name="collection">List to copy items from</param>

		public void AddRange(KeyboardActionList collection)

		{

			// for (int i=0; i < collection.Count; ++i) Add(collection[i]);



			++m_version;



			Capacity += collection.Count;

			Array.Copy(collection.m_array, 0, this.m_array, m_count, collection.m_count);

			m_count += collection.Count;

		}



		/// <summary>

		/// Add the content of a KeyboardAction array to this list

		/// </summary>

		/// <param name="array"></param>

		public void AddRange(T[] array)

		{

			// for (int i=0; i < array.Length; ++i) Add(array[i]);



			++m_version;



			Capacity += array.Length;

			Array.Copy(array, 0, this.m_array, m_count, array.Length);

			m_count += array.Length;

		}



		// Implementation (helpers)



		private void ValidateIndex(int index)

		{

			ValidateIndex(index, false);

		}



		private void ValidateIndex(int index, bool allowEqualEnd)

		{

			int max = (allowEqualEnd) ? (m_count) : (m_count - 1);

			if (index < 0 || index > max)

				throw new ArgumentOutOfRangeException("Index was out of range.  Must be non-negative and less than the size of the collection.", (object) index, "Specified argument was out of the range of valid values.");

		}



		private bool NeedsGrowth()

		{

			return (m_count >= Capacity);

		}



		private void Grow()

		{

			if (NeedsGrowth())

				Capacity = m_count*2;

		}



		private bool NeedsTrimming()

		{

			return (m_count <= Capacity/2);

		}



		private void Trim()

		{

			if (NeedsTrimming())

				Capacity = m_count;

		}



		// Implementation (ICollection)



		/* redundant w/ type-safe method

			int ICollection.Count

			{

				get

				{ return m_count; }

			}

			*/



		bool ICollection.IsSynchronized

		{

			get { return m_array.IsSynchronized; }

		}



		object ICollection.SyncRoot

		{

			get { return m_array.SyncRoot; }

		}



		void ICollection.CopyTo(Array array, int start)

		{

			this.CopyTo((T[]) array, start);

		}



		// Implementation (IList)



		bool IList.IsFixedSize

		{

			get { return false; }

		}



		bool IList.IsReadOnly

		{

			get { return false; }

		}



		object IList.this[int index]

		{

			get { return (object) this[index]; }

			set { this[index] = (T) value; }

		}



		int IList.Add(object item)

		{

			return this.Add((T) item);

		}



		/* redundant w/ type-safe method

			void IList.Clear()

			{

				this.Clear();

			}

			*/



		bool IList.Contains(object item)

		{

			return this.Contains((T) item);

		}



		int IList.IndexOf(object item)

		{

			return this.IndexOf((T) item);

		}



		void IList.Insert(int position, object item)

		{

			this.Insert(position, (T) item);

		}



		void IList.Remove(object item)

		{

			this.Remove((T) item);

		}



		/* redundant w/ type-safe method

			void IList.RemoveAt(int index)

			{

				this.RemoveAt(index);

			}

			*/



		// Implementation (IEnumerable)



		IEnumerator IEnumerable.GetEnumerator()

		{

			return (IEnumerator) (this.GetEnumerator());

		}



		// Implementation (ICloneable)



		object ICloneable.Clone()

		{

			return (object) (this.Clone());

		}



		// Nested enumerator class



		/// <summary>

		/// 

		/// </summary>

		public class Enumerator : IEnumerator

		{

			private KeyboardActionList m_collection;

			private int m_index;

			private int m_version;



			// Construction



			public Enumerator(KeyboardActionList tc)

			{

				m_collection = tc;

				m_index = -1;

				m_version = tc.m_version;

			}



			/// <summary>

			/// 

			/// </summary>

			public T Current

			{

				get { return m_collection[m_index]; }

			}



			/// <summary>

			/// 

			/// </summary>

			/// <returns></returns>

			public bool MoveNext()

			{

				if (m_version != m_collection.m_version)

					throw new InvalidOperationException("Collection was modified; enumeration operation may not execute.");



				++m_index;

				return (m_index < m_collection.Count) ? true : false;

			}



			/// <summary>

			/// 

			/// </summary>

			public void Reset()

			{

				if (m_version != m_collection.m_version)

					throw new InvalidOperationException("Collection was modified; enumeration operation may not execute.");



				m_index = -1;

			}



			// Implementation (IEnumerator)



			object IEnumerator.Current

			{

				get { return (object) (this.Current); }

			}



			/* redundant w/ type-safe method

				bool IEnumerator.MoveNext()

				{

					return this.MoveNext();

				}

				*/



			/* redundant w/ type-safe method

				void IEnumerator.Reset()

				{

					this.Reset();

				}

				*/

		}

	}

}