/// <summary>
/// Static function that makes parsing packets easy. Just give
/// a byte representation of a set of OpenPGP packets as
/// parameter, and the function returns an array of packets
/// that are the parsed OpenPGP packets.
/// </summary>
/// <param name="bBinaryData">A byte array containing a set
/// of OpenPGP packets</param>
/// <returns>Returns an array of packets</returns>
/// <remarks>No remarks</remarks>
public static Packet[] ParsePackets(byte[] bBinaryData)
{
ArrayList alPackets = new ArrayList(100);
byte[] bTmpData = new byte[bBinaryData.Length];
Array.Copy(bBinaryData, bTmpData, bBinaryData.Length);
long iCurrentIndex = 0;
while (iCurrentIndex < bBinaryData.Length)
{
Packet pTmpPacket = new Packet();
Packet pCurrentPacket = pTmpPacket.ParsePacket(bTmpData);
if (pCurrentPacket != null)
{
iCurrentIndex += pCurrentPacket.Length;
if (pCurrentPacket.Content != ContentTypes.Marker)
{
alPackets.Add(pCurrentPacket);
}
bTmpData = new byte[bTmpData.Length - pCurrentPacket.Length];
Array.Copy(bBinaryData, (int)iCurrentIndex, bTmpData, 0, bBinaryData.Length - (int)iCurrentIndex);
}
//MessageBox.Show("Parsed a " + pCurrentPacket.Content.ToString() + "Packet. Current Index: " + iCurrentIndex + "/" + bBinaryData.Length);
}
Packet[] pReturnPackets = new Packet[alPackets.Count];
IEnumerator iePacketEnum = alPackets.GetEnumerator();
int iCount = 0;
while (iePacketEnum.MoveNext())
{
if (iePacketEnum.Current is Packet)
{
pReturnPackets[iCount++] = (Packet)iePacketEnum.Current;
}
}
return(pReturnPackets);
}
/// <summary>
/// Static function that makes parsing packets easy. Just give
/// a byte representation of a set of OpenPGP packets as
/// parameter, and the function returns an array of packets
/// that are the parsed OpenPGP packets.
/// </summary>
/// <param name="bBinaryData">A byte array containing a set
/// of OpenPGP packets</param>
/// <returns>Returns an array of packets</returns>
/// <remarks>No remarks</remarks>
public static Packet[] ParsePackets(byte[] bBinaryData)
{
ArrayList alPackets = new ArrayList(100);
byte[] bTmpData = new byte[bBinaryData.Length];
Array.Copy(bBinaryData, bTmpData, bBinaryData.Length);
long iCurrentIndex = 0;
while (iCurrentIndex < bBinaryData.Length) {
Packet pTmpPacket = new Packet();
Packet pCurrentPacket = pTmpPacket.ParsePacket(bTmpData);
if (pCurrentPacket != null) {
iCurrentIndex += pCurrentPacket.Length;
if (pCurrentPacket.Content != ContentTypes.Marker) {
alPackets.Add(pCurrentPacket);
}
bTmpData = new byte[bTmpData.Length - pCurrentPacket.Length];
Array.Copy(bBinaryData, (int)iCurrentIndex, bTmpData, 0, bBinaryData.Length - (int)iCurrentIndex);
}
//MessageBox.Show("Parsed a " + pCurrentPacket.Content.ToString() + "Packet. Current Index: " + iCurrentIndex + "/" + bBinaryData.Length);
}
Packet[] pReturnPackets = new Packet[alPackets.Count];
IEnumerator iePacketEnum = alPackets.GetEnumerator();
int iCount = 0;
while (iePacketEnum.MoveNext()) {
if (iePacketEnum.Current is Packet) {
pReturnPackets[iCount++] = (Packet)iePacketEnum.Current;
}
}
return pReturnPackets;
}
