// Accessors
public static int l_byteaGetSize(this L_Bytea ba)
{
if (null == ba)
{
throw new ArgumentNullException("ba cannot be null");
}
return(Native.DllImports.l_byteaGetSize((HandleRef)ba));
}
public static IntPtr l_byteaGetData(this L_Bytea ba, ref int psize)
{
if (null == ba)// || IntPtr.Zero == psize)
{
throw new ArgumentNullException("ba, psize cannot be null");
}
return(Native.DllImports.l_byteaGetData((HandleRef)ba, ref psize));
}
public static int l_byteaAppendString(this L_Bytea ba, string str)
{
if (null == ba)
{
throw new ArgumentNullException("ba cannot be null");
}
return(Native.DllImports.l_byteaAppendString((HandleRef)ba, str));
}
// Appending
public static int l_byteaAppendData(this L_Bytea ba, IntPtr newdata, IntPtr newbytes)
{
if (null == ba ||
IntPtr.Zero == newdata ||
IntPtr.Zero == newbytes)
{
throw new ArgumentNullException("ba, newbytes, newdata cannot be null");
}
return(Native.DllImports.l_byteaAppendData((HandleRef)ba, newdata, newbytes));
}
public static void l_byteaDestroy(this L_Bytea pba)
{
if (null == pba)
{
throw new ArgumentNullException("pba cannot be null");
}
var pointer = (IntPtr)pba;
Native.DllImports.l_byteaDestroy(ref pointer);
}
public static int l_byteaWriteStream(IntPtr fp, L_Bytea ba, IntPtr startloc, IntPtr endloc)
{
if (IntPtr.Zero == fp ||
null == ba ||
IntPtr.Zero == startloc ||
IntPtr.Zero == endloc)
{
throw new ArgumentNullException("fp, ba, startloc, endloc cannot be null");
}
return(Native.DllImports.l_byteaWriteStream(fp, (HandleRef)ba, startloc, endloc));
}
// Output to file
public static int l_byteaWrite(string fname, L_Bytea ba, IntPtr startloc, IntPtr endloc)
{
if (null == ba ||
IntPtr.Zero == startloc ||
IntPtr.Zero == endloc ||
string.IsNullOrWhiteSpace(fname))
{
throw new ArgumentNullException("ba, startloc, endloc, fname cannot be null");
}
return(Native.DllImports.l_byteaWrite(fname, (HandleRef)ba, startloc, endloc));
}
// Join/Split
public static int l_byteaJoin(L_Bytea ba1, ref L_Bytea pba2)
{
if (null == ba1)
{
throw new ArgumentNullException("ba1 cannot be null");
}
IntPtr pba2Ptr = pba2.Pointer;
IntPtr ba1Ptr = ba1.Pointer;
var ret = Native.DllImports.l_byteaJoin(ba1Ptr, ref pba2Ptr);
return(ret);
}
// Join/Split
public static int l_byteaJoin(this L_Bytea ba1, out L_Bytea pba2)
{
if (null == ba1)
{
throw new ArgumentNullException("ba1 cannot be null");
}
IntPtr pba2Ptr;
var result = Native.DllImports.l_byteaJoin((HandleRef)ba1, out pba2Ptr);
pba2 = new L_Bytea(pba2Ptr);
return(result);
}
// Search
public static int l_byteaFindEachSequence(this L_Bytea ba, IntPtr sequence, int seqlen, out L_Dna pda)
{
if (null == ba ||
IntPtr.Zero == sequence)
{
throw new ArgumentNullException("ba1, sequence cannot be null");
}
IntPtr pdaPtr;
var result = Native.DllImports.l_byteaFindEachSequence((HandleRef)ba, sequence, seqlen, out pdaPtr);
pda = new L_Dna(pdaPtr);
return(result);
}
public static int l_byteaSplit(this L_Bytea ba1, IntPtr splitloc, out L_Bytea pba2)
{
if (null == ba1 ||
IntPtr.Zero == splitloc)
{
throw new ArgumentNullException("ba1, splitloc cannot be null");
}
IntPtr pba2Ptr;
var result = Native.DllImports.l_byteaSplit((HandleRef)ba1, splitloc, out pba2Ptr);
pba2 = new L_Bytea(pba2Ptr);
return(result);
}
public static L_Bytea l_byteaCopy(this L_Bytea bas, int copyflag)
{
if (null == bas)
{
throw new ArgumentNullException("bas cannot be null.");
}
var pointer = Native.DllImports.l_byteaCopy((HandleRef)bas, copyflag);
if (IntPtr.Zero == pointer)
{
return(null);
}
else
{
return(new L_Bytea(pointer));
}
}
public L_Bytea(byte[] data) : base(IntPtr.Zero)
{
L_Bytea ba = ByteArray.l_byteaInitFromMem(data, data.Length);
Pointer = ba.Pointer;
}