Eval.exec (SM.map (fn f => f ()) (!defaultV)) body'
| NONE => ()
+val dispatcher =
+ Config.dispatcher ^ ":" ^ Int.toString Config.dispatcherPort
+
+fun ssl_err s =
+ let
+ val err = F_OpenSSL_SML_get_error.f ()
+
+ val lib = F_OpenSSL_SML_lib_error_string.f err
+ val func = F_OpenSSL_SML_func_error_string.f err
+ val reason = F_OpenSSL_SML_reason_error_string.f err
+ in
+ print s;
+ print "\nReason: ";
+ if C.Ptr.isNull lib then
+ ()
+ else
+ (print (ZString.toML lib);
+ print ":");
+ if C.Ptr.isNull func then
+ ()
+ else
+ (print (ZString.toML func);
+ print ":");
+ if C.Ptr.isNull reason then
+ ()
+ else
+ print (ZString.toML reason);
+ print "\n"
+ end
+
+
+fun request fname =
+ let
+ val context = OpenSSL.context ("/home/adamc/fake/clientcert.pem",
+ "/home/adamc/fake/clientkey.pem",
+ Config.trustStore)
+
+ val bio = OpenSSL.connect (context, dispatcher)
+
+ val _ = print ("Subject: " ^ OpenSSL.peerCN bio ^ "\n")
+
+ val inf = TextIO.openIn fname
+
+ fun loop () =
+ case TextIO.inputLine inf of
+ NONE => ()
+ | SOME line => (OpenSSL.writeAll (bio, line);
+ loop ())
+ in
+ loop ();
+ TextIO.closeIn inf;
+ OpenSSL.close bio
+ end
+
+fun service () =
+ let
+ val context = OpenSSL.context (Config.serverCert,
+ Config.serverKey,
+ Config.trustStore)
+
+ val sock = OpenSSL.listen (Config.dispatcherPort, Config.queueSize)
+
+ fun loop () =
+ case OpenSSL.accept (context, sock) of
+ NONE => ()
+ | SOME bio =>
+ let
+ val _ = print ("Subject: " ^ OpenSSL.peerCN bio ^ "\n")
+
+ fun loop' () =
+ case OpenSSL.readOne bio of
+ NONE => ()
+ | SOME line => (print line;
+ loop' ())
+ in
+ loop' ();
+ OpenSSL.close bio;
+ loop ()
+ end
+ in
+ loop ();
+ OpenSSL.shutdown sock
+ end
+
end