Remove tools again. Should have done it with svn merge --reintegrate

1 files changed, 0 insertions, 247 deletions

diff --git a/tools/plink/network.h b/tools/plink/network.h
deleted file mode 100644
index b1b559047..000000000
--- a/tools/plink/network.h
+++ /dev/null
@@ -1,247 +0,0 @@
-/*

- * Networking abstraction in PuTTY.

- *

- * The way this works is: a back end can choose to open any number

- * of sockets - including zero, which might be necessary in some.

- * It can register a bunch of callbacks (most notably for when 

- * data is received) for each socket, and it can call the networking

- * abstraction to send data without having to worry about blocking.

- * The stuff behind the abstraction takes care of selects and

- * nonblocking writes and all that sort of painful gubbins.

- */

-

-#ifndef PUTTY_NETWORK_H

-#define PUTTY_NETWORK_H

-

-#ifndef DONE_TYPEDEFS

-#define DONE_TYPEDEFS

-typedef struct config_tag Config;

-typedef struct backend_tag Backend;

-typedef struct terminal_tag Terminal;

-#endif

-

-typedef struct SockAddr_tag *SockAddr;

-/* pay attention to levels of indirection */

-typedef struct socket_function_table **Socket;

-typedef struct plug_function_table **Plug;

-

-#ifndef OSSOCKET_DEFINED

-typedef void *OSSocket;

-#endif

-

-struct socket_function_table {

-    Plug(*plug) (Socket s, Plug p);

-    /* use a different plug (return the old one) */

-    /* if p is NULL, it doesn't change the plug */

-    /* but it does return the one it's using */

-    void (*close) (Socket s);

-    int (*write) (Socket s, const char *data, int len);

-    int (*write_oob) (Socket s, const char *data, int len);

-    void (*flush) (Socket s);

-    void (*set_private_ptr) (Socket s, void *ptr);

-    void *(*get_private_ptr) (Socket s);

-    void (*set_frozen) (Socket s, int is_frozen);

-    /* ignored by tcp, but vital for ssl */

-    const char *(*socket_error) (Socket s);

-};

-

-struct plug_function_table {

-    void (*log)(Plug p, int type, SockAddr addr, int port,

-		const char *error_msg, int error_code);

-    /*

-     * Passes the client progress reports on the process of setting

-     * up the connection.

-     * 

-     * 	- type==0 means we are about to try to connect to address

-     * 	  `addr' (error_msg and error_code are ignored)

-     * 	- type==1 means we have failed to connect to address `addr'

-     * 	  (error_msg and error_code are supplied). This is not a

-     * 	  fatal error - we may well have other candidate addresses

-     * 	  to fall back to. When it _is_ fatal, the closing()

-     * 	  function will be called.

-     */

-    int (*closing)

-     (Plug p, const char *error_msg, int error_code, int calling_back);

-    /* error_msg is NULL iff it is not an error (ie it closed normally) */

-    /* calling_back != 0 iff there is a Plug function */

-    /* currently running (would cure the fixme in try_send()) */

-    int (*receive) (Plug p, int urgent, char *data, int len);

-    /*

-     *  - urgent==0. `data' points to `len' bytes of perfectly

-     *    ordinary data.

-     * 

-     *  - urgent==1. `data' points to `len' bytes of data,

-     *    which were read from before an Urgent pointer.

-     * 

-     *  - urgent==2. `data' points to `len' bytes of data,

-     *    the first of which was the one at the Urgent mark.

-     */

-    void (*sent) (Plug p, int bufsize);

-    /*

-     * The `sent' function is called when the pending send backlog

-     * on a socket is cleared or partially cleared. The new backlog

-     * size is passed in the `bufsize' parameter.

-     */

-    int (*accepting)(Plug p, OSSocket sock);

-    /*

-     * returns 0 if the host at address addr is a valid host for connecting or error

-     */

-};

-

-/* proxy indirection layer */

-/* NB, control of 'addr' is passed via new_connection, which takes

- * responsibility for freeing it */

-Socket new_connection(SockAddr addr, char *hostname,

-		      int port, int privport,

-		      int oobinline, int nodelay, int keepalive,

-		      Plug plug, const Config *cfg);

-Socket new_listener(char *srcaddr, int port, Plug plug, int local_host_only,

-		    const Config *cfg, int addressfamily);

-SockAddr name_lookup(char *host, int port, char **canonicalname,

-		     const Config *cfg, int addressfamily);

-

-/* platform-dependent callback from new_connection() */

-/* (same caveat about addr as new_connection()) */

-Socket platform_new_connection(SockAddr addr, char *hostname,

-			       int port, int privport,

-			       int oobinline, int nodelay, int keepalive,

-			       Plug plug, const Config *cfg);

-

-/* socket functions */

-

-void sk_init(void);		       /* called once at program startup */

-void sk_cleanup(void);		       /* called just before program exit */

-

-SockAddr sk_namelookup(const char *host, char **canonicalname, int address_family);

-SockAddr sk_nonamelookup(const char *host);

-void sk_getaddr(SockAddr addr, char *buf, int buflen);

-int sk_hostname_is_local(char *name);

-int sk_address_is_local(SockAddr addr);

-int sk_addrtype(SockAddr addr);

-void sk_addrcopy(SockAddr addr, char *buf);

-void sk_addr_free(SockAddr addr);

-/* sk_addr_dup generates another SockAddr which contains the same data

- * as the original one and can be freed independently. May not actually

- * physically _duplicate_ it: incrementing a reference count so that

- * one more free is required before it disappears is an acceptable

- * implementation. */

-SockAddr sk_addr_dup(SockAddr addr);

-

-/* NB, control of 'addr' is passed via sk_new, which takes responsibility

- * for freeing it, as for new_connection() */

-Socket sk_new(SockAddr addr, int port, int privport, int oobinline,

-	      int nodelay, int keepalive, Plug p);

-

-Socket sk_newlistener(char *srcaddr, int port, Plug plug, int local_host_only, int address_family);

-

-Socket sk_register(OSSocket sock, Plug plug);

-

-#define sk_plug(s,p) (((*s)->plug) (s, p))

-#define sk_close(s) (((*s)->close) (s))

-#define sk_write(s,buf,len) (((*s)->write) (s, buf, len))

-#define sk_write_oob(s,buf,len) (((*s)->write_oob) (s, buf, len))

-#define sk_flush(s) (((*s)->flush) (s))

-

-#ifdef DEFINE_PLUG_METHOD_MACROS

-#define plug_log(p,type,addr,port,msg,code) (((*p)->log) (p, type, addr, port, msg, code))

-#define plug_closing(p,msg,code,callback) (((*p)->closing) (p, msg, code, callback))

-#define plug_receive(p,urgent,buf,len) (((*p)->receive) (p, urgent, buf, len))

-#define plug_sent(p,bufsize) (((*p)->sent) (p, bufsize))

-#define plug_accepting(p, sock) (((*p)->accepting)(p, sock))

-#endif

-

-/*

- * Each socket abstraction contains a `void *' private field in

- * which the client can keep state.

- *

- * This is perhaps unnecessary now that we have the notion of a plug,

- * but there is some existing code that uses it, so it stays.

- */

-#define sk_set_private_ptr(s, ptr) (((*s)->set_private_ptr) (s, ptr))

-#define sk_get_private_ptr(s) (((*s)->get_private_ptr) (s))

-

-/*

- * Special error values are returned from sk_namelookup and sk_new

- * if there's a problem. These functions extract an error message,

- * or return NULL if there's no problem.

- */

-const char *sk_addr_error(SockAddr addr);

-#define sk_socket_error(s) (((*s)->socket_error) (s))

-

-/*

- * Set the `frozen' flag on a socket. A frozen socket is one in

- * which all READABLE notifications are ignored, so that data is

- * not accepted from the peer until the socket is unfrozen. This

- * exists for two purposes:

- * 

- *  - Port forwarding: when a local listening port receives a

- *    connection, we do not want to receive data from the new

- *    socket until we have somewhere to send it. Hence, we freeze

- *    the socket until its associated SSH channel is ready; then we

- *    unfreeze it and pending data is delivered.

- * 

- *  - Socket buffering: if an SSH channel (or the whole connection)

- *    backs up or presents a zero window, we must freeze the

- *    associated local socket in order to avoid unbounded buffer

- *    growth.

- */

-#define sk_set_frozen(s, is_frozen) (((*s)->set_frozen) (s, is_frozen))

-

-/*

- * Call this after an operation that might have tried to send on a

- * socket, to clean up any pending network errors.

- */

-void net_pending_errors(void);

-

-/*

- * Simple wrapper on getservbyname(), needed by ssh.c. Returns the

- * port number, in host byte order (suitable for printf and so on).

- * Returns 0 on failure. Any platform not supporting getservbyname

- * can just return 0 - this function is not required to handle

- * numeric port specifications.

- */

-int net_service_lookup(char *service);

-

-/*

- * Look up the local hostname; return value needs freeing.

- * May return NULL.

- */

-char *get_hostname(void);

-

-/********** SSL stuff **********/

-

-/*

- * This section is subject to change, but you get the general idea

- * of what it will eventually look like.

- */

-

-typedef struct certificate *Certificate;

-typedef struct our_certificate *Our_Certificate;

-    /* to be defined somewhere else, somehow */

-

-typedef struct ssl_client_socket_function_table **SSL_Client_Socket;

-typedef struct ssl_client_plug_function_table **SSL_Client_Plug;

-

-struct ssl_client_socket_function_table {

-    struct socket_function_table base;

-    void (*renegotiate) (SSL_Client_Socket s);

-    /* renegotiate the cipher spec */

-};

-

-struct ssl_client_plug_function_table {

-    struct plug_function_table base;

-    int (*refuse_cert) (SSL_Client_Plug p, Certificate cert[]);

-    /* do we accept this certificate chain?  If not, why not? */

-    /* cert[0] is the server's certificate, cert[] is NULL-terminated */

-    /* the last certificate may or may not be the root certificate */

-     Our_Certificate(*client_cert) (SSL_Client_Plug p);

-    /* the server wants us to identify ourselves */

-    /* may return NULL if we want anonymity */

-};

-

-SSL_Client_Socket sk_ssl_client_over(Socket s,	/* pre-existing (tcp) connection */

-				     SSL_Client_Plug p);

-

-#define sk_renegotiate(s) (((*s)->renegotiate) (s))

-

-#endif