/// <summary>
/// Does not take abstract products
/// </summary>
public void subtract(StorageSet set, bool showMessageAboutNegativeValue = true)
{
foreach (Storage stor in set)
{
this.subtract(stor, showMessageAboutNegativeValue);
}
}
/// <summary>
/// If duplicated than adds. Doesn't take abstract products
/// </summary>
internal void add(StorageSet what)
{
foreach (Storage n in what)
{
this.add(n);
}
}
/// <summary>
/// checks inside (duplicates?)
/// </summary>
public void send(StorageSet whom, Storage howMuch)
{
if (has(howMuch))
{
Storage targetStorage = new Storage(howMuch);
whom.Add(targetStorage);
this.subtract(howMuch);
}
}
internal void copyDataFrom(StorageSet consumed)
{
foreach (Storage stor in consumed)
{
//if (stor.get() > 0f)
this.set(stor);
}
// SetZero();
}
/// <summary>
/// returns new copy
/// </summary>
internal StorageSet Divide(float v)
{
StorageSet result = new StorageSet();
foreach (Storage stor in container)
{
result.set(new Storage(stor.getProduct(), stor.get() / v));
}
return(result);
}
/// <summary>
/// Does not take abstract products
/// </summary>
internal StorageSet subtractOuside(StorageSet substracting)
{
StorageSet result = new StorageSet();
foreach (Storage stor in substracting)
{
result.add(this.subtractOutside(stor));
}
return(result);
}
public StorageSet getCopy()
{
StorageSet res = new StorageSet();
foreach (Storage stor in this)
{
res.container.Add(new Storage(stor.getProduct(), stor.get()));
}
return(res);
}
/// <summary>
/// Do checks outside
/// </summary>
public bool send(StorageSet whom, List <Storage> what)
{
bool res = true;
foreach (var item in what)
{
whom.add(item);
this.subtract(item);
}
return(res);
}
/// <summary>Returns False when some check not presented in here</summary>
internal bool has(StorageSet check)
{
foreach (Storage stor in check)
{
if (!has(stor))
{
return(false);
}
}
return(true);
}
//public PrimitiveStorageSet Divide(float v)
//{
// PrimitiveStorageSet result = new PrimitiveStorageSet();
// foreach (Storage stor in container)
// result.Set(new Storage(stor.Product, stor.get() / v));
// return result;
//}
//public Storage subtractOutside(Storage stor)
//{
// Storage find = this.findStorage(stor.Product);
// if (find == null)
// return new Storage(stor);
// else
// return new Storage(stor.Product, find.subtractOutside(stor).get());
//}
//public void subtract(StorageSet set, bool showMessageAboutNegativeValue = true)
//{
// base.subtract(set, showMessageAboutNegativeValue);
// throw new DontUseThatMethod();
//}
// removed form ancestor
//public void copyDataFrom(StorageSet consumed)
//{
// base.copyDataFrom(consumed);
// throw new DontUseThatMethod();
//}
public void sendAll(StorageSet toWhom)
{
used.Add(this);
base.sendAll(toWhom);
}
//internal PrimitiveStorageSet Divide(float v)
//{
// PrimitiveStorageSet result = new PrimitiveStorageSet();
// foreach (Storage stor in container)
// result.Set(new Storage(stor.getProduct(), stor.get() / v));
// return result;
//}
//internal Storage subtractOutside(Storage stor)
//{
// Storage find = this.findStorage(stor.getProduct());
// if (find == null)
// return new Storage(stor);
// else
// return new Storage(stor.getProduct(), find.subtractOutside(stor).get());
//}
//internal void subtract(StorageSet set, bool showMessageAboutNegativeValue = true)
//{
// base.subtract(set, showMessageAboutNegativeValue);
// throw new DontUseThatMethod();
//}
internal void copyDataFrom(StorageSet consumed)
{
base.copyDataFrom(consumed);
throw new DontUseThatMethod();
}
internal void sendAll(StorageSet toWhom)
{
used.add(this);
base.sendAll(toWhom);
}
public void sendAll(StorageSet whom)
{
this.send(whom, this);
}
public Procent(StorageSet numerator, List <Storage> denominator, bool showMessageAboutOperationFails = true)
: this(numerator.GetTotalQuantity(), denominator.Sum(), showMessageAboutOperationFails)
{
}
public Procent100(StorageSet numerator, List <Storage> denominator, bool showMessageAboutOperationFails = true) : base(numerator, denominator, showMessageAboutOperationFails)
{
clamp100();
}
internal void sendAll(StorageSet toWhom)
{
toWhom.add(this);
this.setZero();
}
/// <summary>
/// Do checks outside
/// Supports takenAway
/// </summary>
public bool send(StorageSet whom, List <Storage> what)
{
used.add(what);
return(base.send(whom, what));
}
/// <summary>
/// Do checks outside
/// </summary>
public bool send(StorageSet whom, StorageSet what)
{
return(send(whom, what.getContainer()));
}
