@@ -1,3 +1,8 @@

+Tue Jan  6 14:43:42 CET 2004 (tk)

+---------------------------------

+  * clamd: cfgfile.c: HTTPProxyPort is now OPT_NUM and not OPT_STR (the bug

+		      found by Nigel)

+

 Sat Jan  3 11:30:38 CET 2004 (tk)

 ---------------------------------

   * libclamav: fixed handling of multipart signatures (broken since Dec 2).

@@ -61,7 +61,7 @@ struct cfgstruct *parsecfg(const char *cfgfile)

 	    {"MaxConnectionQueueLength", OPT_NUM},

 	    {"StreamSaveToDisk", OPT_NOARG},

 	    {"StreamMaxLength", OPT_COMPSIZE},

-	    {"UseProcesses", OPT_NOARG},

+	    {"UseProcessess", OPT_NOARG},

 	    {"MaxThreads", OPT_NUM},

 	    {"ThreadTimeout", OPT_NUM},

 	    {"MaxDirectoryRecursion", OPT_NUM},

@@ -88,7 +88,7 @@ struct cfgstruct *parsecfg(const char *cfgfile)

 	    {"DatabaseMirror", OPT_STR}, /* freshclam */

 	    {"MaxAttempts", OPT_NUM}, /* freshclam */

 	    {"HTTPProxyServer", OPT_STR}, /* freshclam */

-	    {"HTTPProxyPort", OPT_STR}, /* freshclam */

+	    {"HTTPProxyPort", OPT_NUM}, /* freshclam */

 	    {"HTTPProxyUsername", OPT_STR}, /* freshclam */

 	    {"HTTPProxyPassword", OPT_STR}, /* freshclam */

 	    {"NotifyClamd", OPT_OPTARG}, /* freshclam */

@@ -96,7 +96,7 @@ int localserver(const struct optstruct *opt, const struct cfgstruct *copt, struc

 	exit(1);

     }

-    if(cfgopt(copt, "UseProcesses"))

+    if(cfgopt(copt, "UseProcessess"))

 	acceptloop_proc(sockfd, root, copt);

     else

 	acceptloop_th(sockfd, root, copt);

@@ -95,7 +95,7 @@ int tcpserver(const struct optstruct *opt, const struct cfgstruct *copt, struct

 	exit(1);

     }

-    if(cfgopt(copt, "UseProcesses"))

+    if(cfgopt(copt, "UseProcessess"))

 	acceptloop_proc(sockfd, root, copt);

     else

 	acceptloop_th(sockfd, root, copt);

@@ -76,7 +76,7 @@ LocalSocket /tmp/clamd

 #StreamMaxLength 10M

 # Use processes instead of threads (thread directives apply to processes too)

-#UseProcesses

+#UseProcessess

 # Maximal number of a threads running at the same time.

 # Default is 5, and it should be sufficient for a typical workstation.