@@ -186,7 +186,7 @@

 /* %0=var, %1=*var, %2=new, %3=old :

  * ret=*var; if *var==old  then *var=new; return ret

- * => if succesfull (changed var to new)  ret==old */

+ * => if successful (changed var to new)  ret==old */

 #define ATOMIC_CMPXCHG_DECL(NAME, P_TYPE) \

 	inline static P_TYPE atomic_##NAME##_##P_TYPE (volatile P_TYPE *var, \

 														P_TYPE old, \

@@ -2581,9 +2581,9 @@ struct hostent* dns_srv_sip_resolvehost(str* name, unsigned short* port,

  *         tried      - bitmap used to keep track of the already tried records

  *                      (no more then sizeof(tried)*8 valid records are

  *                      ever walked

- *         srv_name   - if succesfull, it will be set to the selected record

+ *         srv_name   - if successful, it will be set to the selected record

  *                      srv name (naptr repl.)

- *         proto      - if succesfull it will be set to the selected record

+ *         proto      - if successful it will be set to the selected record

  *                      protocol

  * returns  0 if no more records found or a pointer to the selected record

  *  and sets  protocol and srv_name

@@ -286,7 +286,7 @@ not_forced:

 #ifdef USE_TCP

 		case PROTO_WS:

 		case PROTO_TCP:

-		/* on tcp just use the "main address", we don't really now the

+		/* on tcp just use the "main address", we don't really know the

 		 * sending address (we can find it out, but we'll need also to see

 		 * if we listen on it, and if yes on which port -> too complicated*/

 			switch(to->s.sa_family){

@@ -1388,9 +1388,9 @@ end:

  *         tried      - bitmap used to keep track of the already tried records

  *                      (no more then sizeof(tried)*8 valid records are

  *                      ever walked

- *         srv_name   - if succesfull, it will be set to the selected record

+ *         srv_name   - if successful, it will be set to the selected record

  *                      srv name (naptr repl.)

- *         proto      - if succesfull it will be set to the selected record

+ *         proto      - if successful it will be set to the selected record

  *                      protocol

  * returns  0 if no more records found or a pointer to the selected record

  *  and sets  protocol and srv_name

@@ -4301,7 +4301,7 @@ static inline int handle_new_connect(struct socket_info* si)

 					cfg_get(tcp, tcp_cfg, max_connections));

 		tcp_safe_close(new_sock);

 		TCP_STATS_LOCAL_REJECT();

-		return 1; /* success, because the accept was succesfull */

+		return 1; /* success, because the accept was successful */

 	}

 	if (unlikely(si->proto==PROTO_TLS)) {

 		if (unlikely(*tls_connections_no>=cfg_get(tcp, tcp_cfg, max_tls_connections))){

@@ -4310,13 +4310,13 @@ static inline int handle_new_connect(struct socket_info* si)

 					cfg_get(tcp, tcp_cfg, max_tls_connections));

 			tcp_safe_close(new_sock);

 			TCP_STATS_LOCAL_REJECT();

-			return 1; /* success, because the accept was succesfull */

+			return 1; /* success, because the accept was successful */

 		}

 	}

 	if (unlikely(init_sock_opt_accept(new_sock)<0)){

 		LM_ERR("init_sock_opt failed\n");

 		tcp_safe_close(new_sock);

-		return 1; /* success, because the accept was succesfull */

+		return 1; /* success, because the accept was successful */

 	}

 	(*tcp_connections_no)++;

 	if (unlikely(si->proto==PROTO_TLS))

@@ -4352,7 +4352,7 @@ static inline int handle_new_connect(struct socket_info* si)

 				LM_ERR("duplicated connection by local and remote addresses\n");

 				_tcpconn_free(tcpconn);

 				tcp_safe_close(new_sock);

-				return 1; /* success, because the accept was succesfull */

+				return 1; /* success, because the accept was successful */

 			}

 		}

 		tcpconn->flags|=F_CONN_PASSIVE;

@@ -4394,7 +4394,7 @@ static inline int handle_new_connect(struct socket_info* si)

 		if (unlikely(si->proto==PROTO_TLS))

 			(*tls_connections_no)--;

 	}

-	return 1; /* accept() was succesfull */

+	return 1; /* accept() was successful */

 }