ptunnel-ng:

	* this is now an autotools project (added/renamed required files e.g. AUTHORS, COPYING)
	* removed user defined ip header (buggy; not useful anymore)

1 files changed, 0 insertions, 91 deletions

diff --git a/pconfig.h b/pconfig.h
deleted file mode 100644
index 4adabc9..0000000
--- a/pconfig.h
+++ /dev/null
@@ -1,91 +0,0 @@
-#ifndef PCONFIG_H
-#define PCONFIG_H 1
-
-enum {
-	/** Ping tunnel's operating mode (client) */
-	kMode_forward        = 0,
-	/** Ping tunnel's operating mode (server) */
-	kMode_proxy,
-	/** Set this constant to the number of
-	 * concurrent connections you wish to handle by default.
-	 */
-	kMax_tunnels         = 10,
-	/** Different verbosity levels. */
-	kNo_log              = -1,
-	kLog_error           = 0,
-	kLog_info,
-	kLog_event,
-	kLog_verbose,
-	kLog_debug,
-	kLog_sendrecv,
-	/** Major (0.xx) and minor (x.70) version */
-	kMajor_version       = 0,
-	/** numbers */
-	kMinor_version       = 72,
-	kIP_packet_max_size  = 576,
-	/** In bytes, mind you */
-	kIP_header_size      = 20,
-	kIP_actual_size      = (kIP_packet_max_size - kIP_header_size) - ((kIP_packet_max_size - kIP_header_size) % 8),
-	/** Also in bytes */
-	kICMP_header_size    = 8,
-	/** This constant control the maximum size of
-	 * the payload-portion of the ICMP packets
-	 * we send. Note that this does not include
-	 * the IP or ICMP headers!
-	 */
-	kDefault_buf_size    = 1024,
-	/** Type code for echo request and replies */
-	kICMP_echo_request   = 8,
-	kICMP_echo_reply     = 0,
-	/** number of packets we can have in our send/receive ring */
-	kPing_window_size    = 64,
-	/** Tunnels are automatically closed after one minute of inactivity. Since
-	 * we continously send acknowledgements between the two peers, this mechanism
-	 * won't disconnect "valid" connections.
-	 */
-	kAutomatic_close_timeout = 60,   //  Seconds!
-	/** size of md5 digest in bytes */
-	kMD5_digest_size     = 16,
-	/** These constants are used to indicate the protocol state. The protocol
-     * works as follows:
-     * - The identifier is used by both the proxy and the forwarder
-     * to identify the session (and thus the relevant sockets).
-     * - The seq-no of the ping packet is used in a sliding-window-esque
-     * way, and to identify the order of data.
-     *
-     * The protocol can be in any of the following states:
-     * kProxy_start        Causes the proxy to open a connection to the given
-     *                     host and port, associating the ID with the socket,
-     *                     before the data on the socket are transmitted.
-     * kProxy_data     Indicates that the packet contains data from the proxy.
-     *                     Data ordering is indicated by the seq-no, which will start
-     *                     at 0. (The proxy and forwarder maintain different seq-nos.)
-     * kUser_data      This packet contains user data.
-     * kConnection_close   Indicates that the connection is being closed.
-     * kProxy_ack and      Acknowledges the packet (and all packets before it) with seq_no = ack.
-     * kUser_ack       This is used if there are no implicit acknowledgements due to data
-     *                     being sent.
-     *
-     * Acknowledgements work by the remote peer acknowledging the last
-     * continuous seq no it has received.
-     *
-     * Note: A proxy receiving a kProxy_data packet, or a user receiving a
-     * kUser_data packet, should ignore it, as it is the host operating system
-     * actually returning the ping. This is mostly relevant for users, and for
-     * proxies running in unprivileged mode.
-     */
-	kProxy_start         = 0,
-	kProto_ack,
-	kProto_data,
-	kProto_close,
-	kProto_authenticate,
-	kNum_proto_types,
-	/** set when packet comes from a user */
-	kUser_flag           = 1 << 30,
-	/** set when packet comes from the proxy */
-    kProxy_flag          = 1 << 31,
-    kFlag_mask           = kUser_flag | kProxy_flag,
-    kDNS_port            = 53
-};
-
-#endif