private MyStringBuilder(MyStringBuilder from)
{
this.m_ChunkLength = from.m_ChunkLength;
this.m_ChunkOffset = from.m_ChunkOffset;
this.m_ChunkChars = from.m_ChunkChars;
this.m_ChunkPrevious = from.m_ChunkPrevious;
this.m_MaxCapacity = from.m_MaxCapacity;
this.m_ChunkCharsWrapper = from.m_ChunkCharsWrapper;
this.cap = from.cap;
}
public unsafe CharArrayWrapper ToCharArrayWrapper()
{
CharArrayWrapper resultCaw;
if (this.cap != null)
{
this.cap.Get(out resultCaw, this.Length + 2);
this.m_ChunkChars = this.m_ChunkCharsWrapper.charArray.content;
}
else
{
resultCaw = new CharArrayWrapper(null, this.Length + 2, this.Length + 2);
}
var result = resultCaw.charArray.content;
result[this.Length] = '\0';
result[this.Length + 1] = '\0';
if (this.Length == 0)
{
return(resultCaw);
}
MyStringBuilder chunkPrevious = this;
fixed(char *str2 = result)
{
char *charPtr = str2;
do
{
if (chunkPrevious.m_ChunkLength > 0)
{
char[] chunkChars = chunkPrevious.m_ChunkChars;
int chunkOffset = chunkPrevious.m_ChunkOffset;
int chunkLength = chunkPrevious.m_ChunkLength;
if ((((ulong)(chunkLength + chunkOffset)) > (ulong)(result.Length - 1)) || (chunkLength > chunkChars.Length))
throw new ArgumentOutOfRangeException("chunkLength");
fixed(char *charRef = chunkChars)
{
Wstrcpy(charPtr + chunkOffset, charRef, chunkLength);
}
}
chunkPrevious = chunkPrevious.m_ChunkPrevious;
}while (chunkPrevious != null);
}
return(resultCaw);
}