diff options
Diffstat (limited to 'message.c')
| -rw-r--r-- | message.c | 41 |
1 files changed, 24 insertions, 17 deletions
@@ -823,10 +823,17 @@ int processservermessage(SSL *server_ssl, char *str, struct client *clients, int // Return 1 if we processed it, or 0 if we didn't. int processclientmessage(SSL *server_ssl, char *str, struct client *clients, int sourcefd, struct ircdstate *ircdstate, struct channel *channels, struct settings *settings, char tokens[MAXTOKENS][MAXDATASIZE], int counter, struct clientcodes *clientcodes) { + // Index of client fd in clients array for use later + int clientindex = arrindex(clients, sourcefd); + if (clientindex < 0) { + debugprint(DEBUG_CRIT, "processclientmessage(): error: arrindex() returned '%d', exiting!\n", clientindex); + exit(1); + } + // PASS received? User is trying to log in, check their password. if (strncasecmp(tokens[0], "PASS", strlen(tokens[0])) == 0) { if (checkpassword(tokens[1], settings)) { - debugprint(DEBUG_FULL, "Password accepted! Setting client %s with fd %d to authenticated.\n", clients[arrindex(clients, sourcefd)].remoteip, sourcefd); + debugprint(DEBUG_FULL, "Password accepted! Setting client %s with fd %d to authenticated.\n", clients[clientindex].remoteip, sourcefd); // Find the client in the clients array and set them as authenticated for (int i = 0; i < MAXCLIENTS; i++) { if (clients[i].fd == sourcefd) { @@ -836,7 +843,7 @@ int processclientmessage(SSL *server_ssl, char *str, struct client *clients, int // Alert other clients about the successful authentication char alertmsg[MAXDATASIZE]; if (!snprintf(alertmsg, MAXDATASIZE, "NOTICE %s :blabouncer: new client %s has successfully authenticated.", ircdstate->ircnick, - clients[arrindex(clients, sourcefd)].remoteip)) { + clients[clientindex].remoteip)) { fprintf(stderr, "Error while preparing authentication success NOTICE!\n"); debugprint(DEBUG_CRIT, "Error while preparing authentication success NOTICE!\n"); alertmsg[0] = '\0'; @@ -849,7 +856,7 @@ int processclientmessage(SSL *server_ssl, char *str, struct client *clients, int // Store the client's IP address for now, since we need to refer to it after disconnecting // them (thus clearing the array entry that the IP is read from) char remoteip[INET6_ADDRSTRLEN]; - strncpy(remoteip, clients[arrindex(clients, sourcefd)].remoteip, INET6_ADDRSTRLEN); + strncpy(remoteip, clients[clientindex].remoteip, INET6_ADDRSTRLEN); debugprint(DEBUG_SOME, "Password rejected, disconnecting client %s with fd %d.\n", remoteip, sourcefd); disconnectclient(sourcefd, clients, ircdstate, settings, clientcodes); // Alert other clients about the failed authentication @@ -877,7 +884,7 @@ int processclientmessage(SSL *server_ssl, char *str, struct client *clients, int } // Get the real IRC server name from greeting001 // They are now pending CAP negotiation - clients[arrindex(clients, sourcefd)].pendingcap = 1; + clients[clientindex].pendingcap = 1; char outgoingmsg[MAXDATASIZE]; // If client is requesting CAP list, send it... if (strncasecmp(tokens[1], "LS", strlen(tokens[1])) == 0) { @@ -904,13 +911,13 @@ int processclientmessage(SSL *server_ssl, char *str, struct client *clients, int } // If client is finishing CAP negotiation then mark them as so } else if (strncasecmp(tokens[1], "END", strlen(tokens[1])) == 0) { - clients[arrindex(clients, sourcefd)].pendingcap = -1; + clients[clientindex].pendingcap = -1; } } // We're past PASS in the list of possible commands, so ignore // anything else the client says if they are not authenticated yet. - if (!clients[arrindex(clients, sourcefd)].authed) { + if (!clients[clientindex].authed) { debugprint(DEBUG_CRIT, "Ignoring client command '%s' from sourcefd '%d' as not authenticated yet.\n", tokens[0], sourcefd); return 1; } @@ -918,12 +925,12 @@ int processclientmessage(SSL *server_ssl, char *str, struct client *clients, int // USER received and not pending CAP negotiation during registration? // Or client has just finished negotiating CAP (pendingcap = -1)? // If so, assume this is a new client connecting and catch them on up on the state - if ((strncasecmp(tokens[0], "USER", strlen(tokens[0])) == 0 && clients[arrindex(clients, sourcefd)].pendingcap == 0) || clients[arrindex(clients, sourcefd)].pendingcap == -1) { + if ((strncasecmp(tokens[0], "USER", strlen(tokens[0])) == 0 && clients[clientindex].pendingcap == 0) || clients[clientindex].pendingcap == -1) { // Somewhere to store the several strings we will need to build and send char outgoingmsg[MAXDATASIZE]; // String to send to client // If registering then they must no longer be pending CAP negotiation - clients[arrindex(clients, sourcefd)].pendingcap = 0; + clients[clientindex].pendingcap = 0; // Tell the client to go away if we aren't registered with the real server yet as defined by the last greeting not being set yet if (!strlen(ircdstate->greeting004)) { @@ -976,7 +983,7 @@ int processclientmessage(SSL *server_ssl, char *str, struct client *clients, int int channelcount = getchannelcount(channels, ircdstate->maxchannelcount); // Set the client as pending RPL_NAMREPLYs for 'channelcount' channels debugprint(DEBUG_FULL, "Setting pendingnames to '%d' for client with fd '%d'.\n", channelcount, sourcefd); - clients[arrindex(clients, sourcefd)].pendingnames = channelcount; + clients[clientindex].pendingnames = channelcount; // Get client to join channels, and tell client about those channels for (int i = 0; i < ircdstate->maxchannelcount; i++) { @@ -1045,7 +1052,7 @@ int processclientmessage(SSL *server_ssl, char *str, struct client *clients, int } // Set the client as registered - clients[arrindex(clients, sourcefd)].registered = 1; + clients[clientindex].registered = 1; // Catch the client up with the default number of seconds of replay if (!doautoreplay(sourcefd, clients, settings, ircdstate, channels)) { @@ -1061,7 +1068,7 @@ int processclientmessage(SSL *server_ssl, char *str, struct client *clients, int // Pretty much ignore anything else the client says if it's not registered yet, // as the first thing we want to hear is either PASS or USER - if (!clients[arrindex(clients, sourcefd)].registered) { + if (!clients[clientindex].registered) { debugprint(DEBUG_SOME, "Ignoring client command '%s' from sourcefd '%d' as not registered yet.\n", tokens[0], sourcefd); return 1; } @@ -1167,11 +1174,11 @@ int processclientmessage(SSL *server_ssl, char *str, struct client *clients, int // Is it a ban MODE request (MODE #channel b)? if (counter >= 3 && strncmp(tokens[2], "b", strlen("b")) == 0) { debugprint(DEBUG_FULL, "Ban MODE request received, marking as pending.\n"); - clients[arrindex(clients, sourcefd)].pendingban = 1; + clients[clientindex].pendingban = 1; } else if (counter == 2) { // Assume a normal channel mode request (MODE #channel) - TODO - What if it isn't!? debugprint(DEBUG_FULL, "Assuming channel MODE request received, marking as pending.\n"); - clients[arrindex(clients, sourcefd)].pendingchannelmode = 1; + clients[clientindex].pendingchannelmode = 1; } // Either way, send it on the server @@ -1182,7 +1189,7 @@ int processclientmessage(SSL *server_ssl, char *str, struct client *clients, int // WHO requested, mark the client as waiting for the reply (so not all clients get it) and send it on the server if (strncasecmp(tokens[0], "WHO", strlen(tokens[0])) == 0) { debugprint(DEBUG_FULL, "Client WHO found and it is: %s with length %zd! Marking as pending.\n", tokens[0], strlen(tokens[0])); - clients[arrindex(clients, sourcefd)].pendingwho = 1; + clients[clientindex].pendingwho = 1; // Either way, send it on the server sendtoserver(server_ssl, str, strlen(str), sourcefd, clients, settings); @@ -1192,7 +1199,7 @@ int processclientmessage(SSL *server_ssl, char *str, struct client *clients, int // LIST requested, mark the client as waiting for the reply (so not all clients get it) and send it on the server if (strncasecmp(tokens[0], "LIST", strlen(tokens[0])) == 0) { debugprint(DEBUG_FULL, "Client LIST found and it is: %s with length %zd! Marking as pending.\n", tokens[0], strlen(tokens[0])); - clients[arrindex(clients, sourcefd)].pendinglist = 1; + clients[clientindex].pendinglist = 1; // Either way, send it on the server sendtoserver(server_ssl, str, strlen(str), sourcefd, clients, settings); @@ -1202,7 +1209,7 @@ int processclientmessage(SSL *server_ssl, char *str, struct client *clients, int // Client WHOIS received, send straight on to server and mark the client as pending the response if (strncasecmp(tokens[0], "WHOIS", strlen(tokens[0])) == 0) { debugprint(DEBUG_FULL, "Client WHOIS found and it is: %s with length %zd! Sending to server and setting client as pending.\n", tokens[0], strlen(tokens[0])); - clients[arrindex(clients, sourcefd)].pendingwhois = 1; + clients[clientindex].pendingwhois = 1; sendtoserver(server_ssl, str, strlen(str), sourcefd, clients, settings); return 1; } @@ -1210,7 +1217,7 @@ int processclientmessage(SSL *server_ssl, char *str, struct client *clients, int // Client WHOWAS received, send straight on to server and mark the client as pending the response if (strncasecmp(tokens[0], "WHOWAS", strlen(tokens[0])) == 0) { debugprint(DEBUG_FULL, "Client WHOWAS found and it is: %s with length %zd! Sending to server and setting client as pending.\n", tokens[0], strlen(tokens[0])); - clients[arrindex(clients, sourcefd)].pendingwhowas = 1; + clients[clientindex].pendingwhowas = 1; sendtoserver(server_ssl, str, strlen(str), sourcefd, clients, settings); return 1; } |