internal int WriteInternal(IPListElement element)
{
int count = this.Offsets.Count;
if (element.IsBinaryUnique && element is IEquatable<IPListElement>)
{
if (!this.m_UniqueElements.ContainsKey(element.TypeCode))
this.m_UniqueElements.Add(element.TypeCode, new Dictionary<IPListElement, int>());
if (!this.m_UniqueElements[element.TypeCode].ContainsKey(element))
{
this.m_UniqueElements[element.TypeCode][element] = count;
}
else
{
if (!(element is PListBool))
return this.m_UniqueElements[element.TypeCode][element];
count = this.m_UniqueElements[element.TypeCode][element];
}
}
this.Offsets.Add((int) this.BaseStream.Position);
int plistElementLength = element.GetPListElementLength();
this.BaseStream.WriteByte((byte) ((int) element.TypeCode << 4 | (plistElementLength < 15 ? plistElementLength : 15)));
if (plistElementLength >= 15)
{
IPListElement lengthElement = PListElementFactory.Instance.CreateLengthElement(plistElementLength);
this.BaseStream.WriteByte((byte) ((int) lengthElement.TypeCode << 4 | lengthElement.GetPListElementLength()));
lengthElement.WriteBinary(this);
}
element.WriteBinary(this);
return count;
}
/// <summary>
/// Writers a <see cref="T:CE.iPhone.IPListElemnet"/> to the current stream position
/// </summary>
/// <param name="element">The element.</param>
/// <returns>The Inx of the written element</returns>
internal int WriteInternal(IPListElement element)
{
int elementIdx = Offsets.Count;
if (element.IsBinaryUnique && element is IEquatable <IPListElement> )
{
if (!m_UniqueElements.ContainsKey(element.TypeCode))
{
m_UniqueElements.Add(element.TypeCode, new Dictionary <IPListElement, int>());
}
if (!m_UniqueElements[element.TypeCode].ContainsKey(element))
{
m_UniqueElements[element.TypeCode][element] = elementIdx;
}
else
{
if (element is PListBool)
{
elementIdx = m_UniqueElements[element.TypeCode][element];
}
else
{
return(m_UniqueElements[element.TypeCode][element]);
}
}
}
int offset = (int)BaseStream.Position;
Offsets.Add(offset);
int len = element.GetPListElementLength();
Byte typeCode = (Byte)(element.TypeCode << 4 | (len < 0x0F ? len : 0x0F));
BaseStream.WriteByte(typeCode);
if (len >= 0x0F)
{
IPListElement extLen = PListElementFactory.Instance.CreateLengthElement(len);
Byte extLenTypeCode = (Byte)(extLen.TypeCode << 4 | extLen.GetPListElementLength());
BaseStream.WriteByte(extLenTypeCode);
extLen.WriteBinary(this);
}
element.WriteBinary(this);
return(elementIdx);
}
/// <summary>
/// Writers a <see cref="T:CE.iPhone.IPListElemnet"/> to the current stream position
/// </summary>
/// <param name="element">The element.</param>
/// <returns>The Inx of the written element</returns>
internal int WriteInternal(IPListElement element)
{
int elementIdx = Offsets.Count;
if (element.IsBinaryUnique && element is IEquatable<IPListElement>) {
if (!m_UniqueElements.ContainsKey(element.TypeCode)) m_UniqueElements.Add(element.TypeCode, new Dictionary<IPListElement, int>());
if (!m_UniqueElements[element.TypeCode].ContainsKey(element)) m_UniqueElements[element.TypeCode][element] = elementIdx;
else {
if (element is PListBool) elementIdx = m_UniqueElements[element.TypeCode][element];
else return m_UniqueElements[element.TypeCode][element];
}
}
int offset = (int)BaseStream.Position;
Offsets.Add(offset);
int len = element.GetPListElementLength();
Byte typeCode = (Byte)(element.TypeCode << 4 | (len < 0x0F ? len : 0x0F));
BaseStream.WriteByte(typeCode);
if (len >= 0x0F) {
IPListElement extLen = PListElementFactory.Instance.CreateLengthElement(len);
Byte extLenTypeCode = (Byte)(extLen.TypeCode << 4 | extLen.GetPListElementLength());
BaseStream.WriteByte(extLenTypeCode);
extLen.WriteBinary(this);
}
element.WriteBinary(this);
return elementIdx;
}
