public void Alloc(KEY type, int capacity, CreateFunction create, ResetFunction reset = null, DestroyFunction destroy = null)
{
Debug.Assert(capacity > 0);
Debug.Assert(create != null);
SubPool subPool;
if (m_pool.TryGetValue(type, out subPool))
{
if (capacity > subPool.pool.Count)
{
subPool.capacity = capacity;
}
//Debug.AssertFormat(create == null && reset == null, "create and reset function are always ignored when realloc the subpool");
capacity -= subPool.pool.Count;
}
else
{
subPool = new SubPool();
subPool.pool = new Stack <object>();
subPool.capacity = capacity;
subPool.create = create;
subPool.reset = reset;
subPool.destroy = destroy;
m_pool.Add(type, subPool);
}
AllocSubPool(subPool, type, capacity);
}
/// <summary>
/// Initializes a new instance of <see cref="ObjectPoolAssistant{T, TSpecs}"/> thats wraps a create function and evaluate function.
/// </summary>
/// <param name="create">The create function of a T item.</param>
/// <param name="evaluate">The evaluate function of a T item.</param>
/// <param name="clearCount">The number of elements counted for <see cref="IsClear"/> returns <see langword="false"/>.</param>
public ObjectPoolAssistant(CreateFunction create, EvaluateFunction evaluate, uint clearCount = 32)
{
_create = create ?? throw new ArgumentNullException(nameof(create));
_evaluate = evaluate;
_clearCount = clearCount;
_count = _clearCount;
}
public void Alloc(GameObject prefab, int capacity, CreateFunction create, ResetFunction reset = null, DestroyFunction destroy = null)
{
BaseObjectPool <GameObject> .CreateFunction baseCreate = delegate(GameObject type) {
return(create(type));
};
BaseObjectPool <GameObject> .ResetFunction baseReset;
if (reset != null)
{
baseReset = delegate(object obj) {
reset((GameObject)obj);
};
}
else
{
baseReset = null;
}
BaseObjectPool <GameObject> .DestroyFunction baseDestroy;
if (destroy != null)
{
baseDestroy = delegate(object obj) {
destroy((GameObject)obj);
};
}
else
{
baseDestroy = null;
}
Alloc(prefab, capacity, baseCreate, baseReset, baseDestroy);
}
public void Alloc <TYPE>(int capacity, CreateFunction <TYPE> create, ResetFunction <TYPE> reset = null, DestroyFunction <TYPE> destroy = null)
where TYPE : new()
{
CreateFunction baseCreate = delegate(System.Type type) {
return(create());
};
ResetFunction baseReset;
if (reset != null)
{
baseReset = delegate(object obj) {
reset((TYPE)obj);
};
}
else
{
baseReset = null;
}
DestroyFunction baseDestroy;
if (destroy != null)
{
baseDestroy = delegate(object obj) {
destroy((TYPE)obj);
};
}
else
{
baseDestroy = null;
}
Alloc(typeof(TYPE), capacity, baseCreate, baseReset, baseDestroy);
}
public void Alloc(int capacity, CreateFunction create, ResetFunction reset = null, DestroyFunction destroy = null)
{
BaseObjectPool <System.Type> .CreateFunction baseCreate = delegate(System.Type type) {
return(create());
};
BaseObjectPool <System.Type> .ResetFunction baseReset;
if (reset != null)
{
baseReset = delegate(object obj) {
reset((TYPE)obj);
};
}
else
{
baseReset = null;
}
BaseObjectPool <System.Type> .DestroyFunction baseDestroy;
if (destroy != null)
{
baseDestroy = delegate(object obj) {
destroy((TYPE)obj);
};
}
else
{
baseDestroy = null;
}
Alloc(typeof(TYPE), capacity, baseCreate, baseReset, baseDestroy);
m_subPool = m_pool[typeof(TYPE)];
}
public CreateFunction GenerateCreateFunctionStatement(Function f)
{
CreateFunction cf = new CreateFunction();
cf.Function = f;
return(cf);
}
public virtual void _init(IRosMessage msg, IDictionary connhead, TimeData rec, bool needcopy, CreateFunction c)
{
message = msg;
connection_header = connhead;
receipt_time = rec;
nonconst_need_copy = needcopy;
create = c;
}
public IMessageEvent(IMessageEvent rhs)
{
message = rhs.message;
connection_header = rhs.connection_header;
receipt_time = rhs.receipt_time;
nonconst_need_copy = rhs.nonconst_need_copy;
create = rhs.create;
}
public string GenerateCreateFunctionScript(CreateFunction CreateFunction)
{
string Tmp =
"drop function dbo." + CreateFunction.Function.Name + Environment.NewLine;
Tmp += CreateFunction.Function.Body;
return(Tmp);
}
Verb createInitializer(int index, Block block)
{
overridePosition = index;
var region = getRegion();
lambda = new Lambda(region, block, parameters, false)
{
Initializer = true
};
var builder = new CodeBuilder();
var verb = new CreateFunction(functionName, lambda, false, Public, true, null)
{
Index = statementIndex
};
builder.Verb(verb);
AddStaticBlock(builder.Block);
return(new NullOp());
}
/// <summary>
/// 새 파티클 시스템을 생성합니다.
/// </summary>
public ParticleSystem(float startPosX, float startPosY, float velocityX, float velocityY, int lifetime,
int createNumber, float createRange, CreateFunction createFunction,
Particle.Type particleType, Color particleColor, float particleSize, int particleLifetime)
{
//Random r = new Random();
this.positionX = startPosX;//(float)r.NextDouble() * (maxPosX - minPosX) + minPosX;
this.positionY = startPosY;
this.velocityX = velocityX;
this.velocityY = velocityY;
this.lifetime = lifetime;
this.createNumber = createNumber;
this.createRange = createRange;
this.createFunction = createFunction;
this.particleType = particleType;
this.particleColor = particleColor;
this.particleSize = particleSize;
this.particleLifetime = particleLifetime;
this.isBasicParticleSystem = false;
}
/// <summary>
/// 테마에 맞는 기본 파티클 시스템을 생성합니다.
/// 기본 파티클 시스템은 테마가 바뀔 때까지 사라지지 않고, 키보드 입력에 따라 파티클을 생성합니다.
/// </summary>
public ParticleSystem(
int createNumber, float createRange, CreateFunction createFunction,
Particle.Type particleType, Color particleColor, float particleSize, int particleLifetime)
{
//Random r = new Random();
this.positionX = 0;
this.positionY = 0;
this.velocityX = 0;
this.velocityY = 0;
this.lifetime = -1;
this.createNumber = createNumber;
this.createRange = createRange;
this.createFunction = createFunction;
this.particleType = particleType;
this.particleColor = particleColor;
this.particleSize = particleSize;
this.particleLifetime = particleLifetime;
this.isBasicParticleSystem = true;
}
static void Main(string[] args)
{
string ActionType = null;
string MenuControl = null;
string ChooseTable = null;
SQLiteConnection sqlite_conn_strength;
SQLiteConnection sqlite_conn_cardio;
SQLiteConnection sqlite_conn_balance;
FitnessAppFYPLAB.CreateFunction SynthesizeTables = new CreateFunction();
FitnessAppFYPLAB.StrengthInsertRead StrengthFunctions = new StrengthInsertRead();
FitnessAppFYPLAB.CardioInsertRead CardioFunctions = new CardioInsertRead();
FitnessAppFYPLAB.BalanceInsertRead BalanceFunctions = new BalanceInsertRead();
//SynthesizeTables.CreateTable(sqlite_conn_balance);
while (true)
{
sqlite_conn_strength = new SQLiteConnection("Data Source=StrengthDB.db; Version = 3; New = True; Compress = True; ");
sqlite_conn_strength.Open();
sqlite_conn_cardio = new SQLiteConnection("Data Source=CardioDB.db; Version = 3; New = True; Compress = True; ");
sqlite_conn_cardio.Open();
sqlite_conn_balance = new SQLiteConnection("Data Source=BalanceDB.db; Version = 3; New = True; Compress = True; ");
sqlite_conn_balance.Open();
int Choice1 = 0;
int Choice2 = 0;
int Choice3 = 0;
int Choice4 = 0;
do //Menu to ask actions user wants to do
{
Console.Write("\n\n\n\n\n\n\n\nWhat do you want to do? Insert or see data related to a workout? Please enter words: INSERT or SEE or DELETE.");
ActionType = Console.ReadLine();
ActionType = ActionType.ToLower();
} while (ActionType != "insert" && ActionType != "see" && ActionType != "delete");
//Menu to determine which workout user wants to choose
Menu(ref Choice1, ref Choice2, ref Choice3, ref Choice4);
if (ActionType == "insert")
{
InsertValues(StrengthFunctions, CardioFunctions, BalanceFunctions, SynthesizeTables, sqlite_conn_strength, sqlite_conn_cardio, sqlite_conn_balance, ref ChooseTable, ref Choice1, ref Choice2, ref Choice3, ref Choice4);
}
if (ActionType == "see")
{
SeeFunction(StrengthFunctions, CardioFunctions, BalanceFunctions, SynthesizeTables, sqlite_conn_strength, sqlite_conn_cardio, sqlite_conn_balance, ref ChooseTable, ref Choice1, ref Choice2, ref Choice3, ref Choice4);
}
if (ActionType == "delete")
{
DeleteFunction(StrengthFunctions, CardioFunctions, BalanceFunctions, SynthesizeTables, sqlite_conn_strength, sqlite_conn_cardio, sqlite_conn_balance, ref ChooseTable, ref Choice1, ref Choice2, ref Choice3, ref Choice4);
}//end of delete
do //Menu to ask whether user wants to continue
{
Console.Write("\n\n\n\n\n\n\n\n\n\nDo you still want to continue (Enter YES or NO)?");
MenuControl = Console.ReadLine();
MenuControl = MenuControl.ToLower();
} while (MenuControl != "yes" && MenuControl != "no");
if (MenuControl == "no")
{
break;
}
sqlite_conn_strength.Close();
sqlite_conn_cardio.Close();
sqlite_conn_balance.Close();
}
}
public MessageEvent(MessageEvent <M> rhs, CreateFunction c)
: base(rhs, c)
{
speccreate = () => (M)c();
}
void Awake()
{
_instance = this;
allGameobject = new List <GameObject>();
GameManager = GameObject.Find("GameobjectPool").GetComponent <Transform>();
}
public IMessageEvent(IRosMessage msg, IDictionary conhead, TimeData rectime, bool needcopy, CreateFunction c)
{
_init(msg, conhead, rectime, needcopy, c);
}
public IMessageEvent(IMessageEvent rhs, CreateFunction c)
: this(rhs.message, rhs.connection_header, rhs.receipt_time, rhs.nonconst_need_copy, c)
{
}
