public CalcRelation AddRelationTo(CalcCell other, CalcChain chain)
{
if (_relationsTo.ContainsKey(other.Id)) return _relationsTo[other.Id];
var rel = new CalcRelation { CalcCellId = other.Id, CalcChainId = chain.Id };
_relationsTo.Add(other.Id, rel);
return rel;
}
public CalcRelation AddRelationFrom(CalcCell other, CalcChain chain)
{
if (_relationsFrom.ContainsKey(other.Id))
{
return(_relationsFrom[other.Id]);
}
var rel = new CalcRelation {
CalcCellId = other.Id, CalcChainId = chain.Id
};
_relationsFrom.Add(other.Id, rel);
return(rel);
}
private CalcCell CreateAndAddNewCell(string address)
{
var newCell = CalcCell.Create(address, _context);
_cells.Add(newCell.Id, newCell);
var hashCode = GetHashCode(address);
if (!_addressIndex.ContainsKey(hashCode))
{
_addressIndex[hashCode] = new List <object>();
}
_addressIndex[hashCode].Add(newCell.Id);
return(newCell);
}
public virtual CalcCell GetCell(string address)
{
CalcCell result = null;
var loweredAddress = address.ToUpperInvariant();
var hashCode = GetHashCode(address);
if (!_addressIndex.ContainsKey(hashCode))
{
return(null);
}
foreach (var id in _addressIndex[hashCode])
{
var candidate = _cells[id];
if (candidate.Address.ToUpperInvariant().Equals(loweredAddress))
{
result = candidate;
break;
}
}
return(result);
}
public void Add(CalcCell cell)
{
Count++;
Current = cell;
}
public void Add(CalcCell cell)
{
Count++;
Current = cell;
}