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https://github.com/ChronosX88/psyced.git
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fippo implements sender_verification
This commit is contained in:
psyc://psyced.org/~lynX
parent
2423c3adc5
commit
61ef5ce041
@ -343,6 +343,9 @@ int psyc_sendmsg(mixed target, string mc, mixed data, mapping vars,
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// nothing else is possible, but some clients may
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// no longer be able to connect to you...
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}
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#ifdef USE_SPYC
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o -> sender_verification(SERVER_UNIFORM, u[URoot]);
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#endif
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register_target($4, o);
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register_target(psychopo, o);
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register_target(psycippo, o);
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@ -38,6 +38,7 @@ mapping outstate;
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mapping legal_senders;
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array(mixed) verify_queue = ({ });
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volatile int flags = 0;
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@ -74,24 +75,26 @@ varargs mixed croak(string mc, string data, vamapping vars, vamixed source) {
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return 0;
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}
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#ifdef USE_VERIFICATION
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// request sender authentication and/or target acknowledgement
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// from the remote side
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void sender_verification(array(string) sourcehosts, array(string) targethosts)
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void sender_verification(string sourcehost, mixed targethost)
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{
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// FIXME: wrong variables here
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mapping vars = ([ "_list_sources_hosts" : sourcehosts,
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"_list_targets_hosts" : targethosts,
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"_tag" : RANDHEXSTRING ]);
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// assumption: we have already resolved all targethosts and
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// they point to the remote ip
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foreach(string ho : targethosts) {
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sAuthenticated(ho);
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unless(interactive()) {
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verify_queue += ({ ({ sourcehost, targethost }) });
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return;
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}
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msg(0, "_request_verification", 0, vars);
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mapping vars = ([ "_uniform_source" : sourcehost,
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"_uniform_target" : targethost,
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"_tag" : RANDHEXSTRING ]);
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P0(("sender_verification(%O, %O)\n", sourcehost, targethost))
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// since we send packets to them we should trust them to
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// send packets to us, eh?
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if (stringp(targethost)) {
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targethost = parse_uniform(targethost);
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}
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sAuthenticated(targethost[UHost]);
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msg(0, "_request_authorization", 0, vars);
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}
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#endif
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// gets called during socket logon
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int logon(int failure) {
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@ -161,20 +164,12 @@ int logon(int failure) {
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// FIXME
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unless(isServer()) {
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emit("|\n"); // initial greeting
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#ifdef USE_FEATURES
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// we have no features to request or offer
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msg(0, "_request_features", 0);
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#else
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# ifdef USE_VERIFICATION
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// start hostname verification
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// rather: look at Q and look for the hostnames we need
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sender_verification(({ SERVER_HOST }), ({ peerhost }));
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# else
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if (function_exists("runQ")) {
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runQ();
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if (sizeof(verify_queue)) {
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foreach(mixed t : verify_queue) {
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sender_verification(t[0], t[1]);
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}
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verify_queue = ({ });
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}
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# endif
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#endif
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}
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return 1;
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}
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@ -209,74 +204,66 @@ first_response() {
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// receives a msg from the remote side
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// note: this is circuit-messaging
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void circuit_msg(string mc, mapping vars, string data) {
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mapping rv = ([ ]);
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mixed *u;
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switch(mc) {
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case "_request_verification":
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if (tls_query_connection_state(ME) == 0) {
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array(string) targethosts = ({ });
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foreach(string ho : vars["_list_targets_hosts"]) {
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if (is_localhost(ho)) {
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targethosts += ({ ho });
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}
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}
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if (sizeof(vars["_list_sources_hosts"]) == 1) {
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// doing multiple resolutions in parallel is more complicated
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string ho = vars["_list_sources_hosts"][0];
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if (qAuthenticated(ho)) {
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P0(("warning: trying to reverify authenticated host %O",ho))
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} else {
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dns_resolve(ho, (:
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// FIXME: psyc/parse::deliver is much better here
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mixed rv = (["_list_targets_accepted_hosts":targethosts]);
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case "_request_authorization":
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if (vars["_tag"]) {
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rv["_tag_relay"] = vars["_tag"];
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}
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if (!vars["_uniform_source"] && vars["_uniform_target"]) {
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CIRCUITERROR("_request_authorization without uniform source and/or target?!");
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}
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if (vars["_tag"]) rv["_tag_reply"] = vars["_tag"];
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if ($1 == peerip) {
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sAuthenticated(NAMEPREP(ho));
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rv["_list_sources_verified_hosts"] = ({ ho });
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} else {
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rv["_list_sources_rejected_hosts"] = ({ ho });
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}
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msg(0, "_notice_verification", 0, rv);
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return;
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:));
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rv["_uniform_target"] = vars["_uniform_target"];
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rv["_uniform_source"] = vars["_uniform_source"];
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u = parse_uniform(vars["_uniform_target"]);
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if (!(u && is_localhost(u[UHost]))) {
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msg(0, "_error_invalid_uniform_target", "[_uniform_target] is not hosted here.", rv);
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return;
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}
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u = parse_uniform(vars["_uniform_source"]);
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u[UHost] = NAMEPREP(u[UHost]);
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if (qAuthenticated(u[UHost])) {
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// possibly different _uniform_target only
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if (flags & TCP_PENDING_TIMEOUT) {
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P0(("removing call out\n"))
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remove_call_out(#'quit);
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flags -= TCP_PENDING_TIMEOUT;
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}
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} else {
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// FIXME!!!!
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CIRCUITERROR("sorry, no more than one element in _list_sources_hosts currently");
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P0(("more than one element in _list_sources_hosts: %O\n", vars["_list_sources_hosts"]))
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}
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// keep tag if present!!!
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// resolve all of _list_sources_hosts
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// look at _list_targets_hosts and determine localhostiness
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msg(0, "_status_authorization", 0, rv);
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// } else if (tls_query_connection_state(ME) == 1 && ...) {
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// FIXME
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} else {
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CIRCUITERROR("_request_verification is not allowed on TLS circuits.");
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string ho = u[UHost];
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// FIXME: this actually needs to consider srv, too...
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dns_resolve(ho, (:
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// FIXME: psyc/parse::deliver is much better here
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P0(("resolved %O to %O, expecting %O\n", ho, $1, peerip))
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if ($1 == peerip) {
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sAuthenticated(ho);
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if (flags & TCP_PENDING_TIMEOUT) {
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P0(("removing call out\n"))
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remove_call_out(#'quit);
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flags -= TCP_PENDING_TIMEOUT;
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}
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msg(0, "_status_authorization", 0, rv);
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} else {
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msg(0, "_error_invalid_uniform_source", 0, rv);
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}
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return;
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:));
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}
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break;
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case "_notice_features":
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// FIXME: watch for _list_using_modules
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if (flags & TCP_PENDING_TIMEOUT) {
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P0(("removing call out\n"))
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remove_call_out(#'quit);
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flags -= TCP_PENDING_TIMEOUT;
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}
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sTextPath();
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#ifdef USE_FEATURES
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if (tls_query_connection_state(ME) == 0) {
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# ifdef USE_VERIFICATION
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// start hostname verification
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// rather: look at Q and look for the hostnames we need
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sender_verification(({ SERVER_HOST }), ({ peerhost }));
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# endif
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} else {
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if (function_exists("runQ")) {
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runQ();
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}
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}
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#endif
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break;
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case "_notice_verification":
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P0(("_notice verification with %O\n", vars))
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case "_status_authorization":
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P0(("_status authorization with %O\n", vars))
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// this means we can send from _uniform_source to _uniform_target
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// we already did sAuthenticated _uniform_target before so we can't get
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// tricked into it here
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if (function_exists("runQ")) {
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runQ();
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runQ();
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// actually runQ(_uniform_source, _uniform_target)
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}
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break;
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default:
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@ -290,6 +277,7 @@ varargs int msg(string source, string mc, string data,
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mapping vars, int showingLog, mixed target) {
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string buf = "";
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mixed u;
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unless(vars) vars = ([ ]);
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buf = render_psyc(source, mc, data, vars, showingLog, target);
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@ -69,6 +69,7 @@ void greet() {
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// should be sharing code with net/psyc and do a proper greeting
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// three separate packets follow (thus three emits)
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//emit(S_GLYPH_PACKET_DELIMITER "\n");
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/*
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emit("\
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:_source\t"+ SERVER_UNIFORM +"\n\
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:_target_peer\tpsyc://"+ peeraddr +"/\n\
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@ -81,6 +82,7 @@ _status_circuit\n" S_GLYPH_PACKET_DELIMITER "\n");
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#ifdef _flag_log_sockets_SPYC
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log_file("RAW_SPYC", "« %O greeted.\n", ME);
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#endif
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*/
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}
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static void resolved(mixed host, mixed tag) {
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@ -176,20 +178,27 @@ static void resolved(mixed host, mixed tag) {
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sTextPath();
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greet();
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// FIXME: determine response to greeting
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// instead of this dummy
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msg(0, "_notice_features", 0, tag ? ([ "_tag_reply" : tag ]) : 0);
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//msg(0, "_notice_features", 0, tag ? ([ "_tag_reply" : tag ]) : 0);
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}
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void circuit_msg(string mc, mapping vars, string data) {
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switch(mc) {
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case "_request_features": // only servers handle _request_features
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interrupt_parse();
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dns_rresolve(peerip, #'resolved, vars && vars["_tag"]);
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break;
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default:
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return ::circuit_msg(mc, vars, data);
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}
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int logon(int nothing) {
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P2(("%O accepted TCP from %O (%s:%O)\n", ME,
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query_ip_name(), query_ip_number(), peerport))
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// we could set the next_input_to and reply with _failure until
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// hostname is resolved .. TODO ... no, we need some form
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// of queuing for the scripts which do not wait.. why? don't we
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// squeeze received packets thru dns-lambdas anyway?
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// peerport has either positive or negative value
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//peeraddr = peerip+":"+peerport;
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::logon(0);
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#if 0 //def EXPERIMENTAL
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// added this because greet() happens after dns resolution and
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// some quick clients may not be waiting that long.. then again
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// if they do, they deserve other treatment
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sTextPath();
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#endif
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dns_rresolve(peerip, #'resolved);
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return 1; // success
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}
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#endif // LIBPSYC
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@ -29,12 +29,14 @@ volatile mapping authhosts;
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void sAuthenticated(string hostname) {
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P3(("sAuthenticated: %O\n", hostname))
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unless(authhosts && mappingp(authhosts)) authhosts = ([ ]);
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hostname = NAMEPREP(hostname);
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authhosts[hostname] = 1;
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}
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int qAuthenticated(mixed hostname) {
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P3(("qAuthenticated %O, %O\n", hostname, authhosts))
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unless (authhosts && mappingp(authhosts)) return 0;
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hostname = NAMEPREP(hostname);
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return member(authhosts, hostname);
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}
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