From: yamaoka Date: Wed, 7 Feb 2001 22:51:37 +0000 (+0000) Subject: Synch with Oort Gnus. X-Git-Tag: t-gnus-6_15_0-05-quimby-last-~7 X-Git-Url: http://git.chise.org/gitweb/?a=commitdiff_plain;h=57918e556e58a8f5b8c5eb6112fcc52f142b340e;p=elisp%2Fgnus.git- Synch with Oort Gnus. --- diff --git a/lisp/ChangeLog b/lisp/ChangeLog index 6768edf..dd278b9 100644 --- a/lisp/ChangeLog +++ b/lisp/ChangeLog @@ -1,3 +1,19 @@ +2001-02-07 11:00:00 ShengHuo ZHU + + * message.el (message-make-forward-subject): Argument decoded. + (message-forward): Use it when digest. + + * gnus-uu.el (gnus-uu-grab-articles): Shoot down original article + buffer. + +2001-02-07 Kai Gro,A_(Bjohann + + * message.el (message-generate-headers-first): Doc fix. + +2001-02-07 10:00:00 ShengHuo ZHU + + * gnus-art.el (article-make-date-line): Error proof. + 2001-02-06 21:00:00 ShengHuo ZHU * gnus-group.el (gnus-group-listing-limit): New. diff --git a/lisp/gnus-art.el b/lisp/gnus-art.el index 9c72266..bf9ca8b 100644 --- a/lisp/gnus-art.el +++ b/lisp/gnus-art.el @@ -2408,118 +2408,116 @@ should replace the \"Date:\" one, or should be added below it." (defun article-make-date-line (date type) "Return a DATE line of TYPE." - (let ((time (condition-case () - (date-to-time date) - (error '(0 0))))) - (cond - ;; Convert to the local timezone. We have to slap a - ;; `condition-case' round the calls to the timezone - ;; functions since they aren't particularly resistant to - ;; buggy dates. - ((eq type 'local) - (let ((tz (car (current-time-zone time)))) - (format "Date: %s %s%02d%02d" (current-time-string time) - (if (> tz 0) "+" "-") (/ (abs tz) 3600) - (/ (% (abs tz) 3600) 60)))) - ;; Convert to Universal Time. - ((eq type 'ut) - (concat "Date: " - (current-time-string - (let* ((e (parse-time-string date)) - (tm (apply 'encode-time e)) - (ms (car tm)) - (ls (- (cadr tm) (car (current-time-zone time))))) - (cond ((< ls 0) (list (1- ms) (+ ls 65536))) - ((> ls 65535) (list (1+ ms) (- ls 65536))) - (t (list ms ls))))) - " UT")) - ;; Get the original date from the article. - ((eq type 'original) - (concat "Date: " (if (string-match "\n+$" date) - (substring date 0 (match-beginning 0)) - date))) - ;; Let the user define the format. - ((eq type 'user) - (if (gnus-functionp gnus-article-time-format) - (funcall gnus-article-time-format time) - (concat - "Date: " - (format-time-string gnus-article-time-format time)))) - ;; ISO 8601. - ((eq type 'iso8601) - (let ((tz (car (current-time-zone time)))) - (concat - "Date: " - (format-time-string "%Y%m%dT%H%M%S" time) - (format "%s%02d%02d" - (if (> tz 0) "+" "-") (/ (abs tz) 3600) - (/ (% (abs tz) 3600) 60))))) - ;; Do an X-Sent lapsed format. - ((eq type 'lapsed) - ;; If the date is seriously mangled, the timezone functions are - ;; liable to bug out, so we ignore all errors. - (let* ((now (current-time)) - (real-time (subtract-time now time)) - (real-sec (and real-time - (+ (* (float (car real-time)) 65536) - (cadr real-time)))) - (sec (and real-time (abs real-sec))) - num prev) + (unless (memq type '(local ut original user iso8601 lapsed english)) + (error "Unknown conversion type: %s" type)) + (condition-case () + (let ((time (date-to-time date))) (cond - ((null real-time) - "X-Sent: Unknown") - ((zerop sec) - "X-Sent: Now") - (t - (concat - "X-Sent: " - ;; This is a bit convoluted, but basically we go - ;; through the time units for years, weeks, etc, - ;; and divide things to see whether that results - ;; in positive answers. - (mapconcat - (lambda (unit) - (if (zerop (setq num (ffloor (/ sec (cdr unit))))) - ;; The (remaining) seconds are too few to - ;; be divided into this time unit. - "" - ;; It's big enough, so we output it. - (setq sec (- sec (* num (cdr unit)))) - (prog1 - (concat (if prev ", " "") (int-to-string - (floor num)) - " " (symbol-name (car unit)) - (if (> num 1) "s" "")) - (setq prev t)))) - article-time-units "") - ;; If dates are odd, then it might appear like the - ;; article was sent in the future. - (if (> real-sec 0) - " ago" - " in the future")))))) - ;; Display the date in proper English - ((eq type 'english) - (let ((dtime (decode-time time))) - (concat - "Date: the " - (number-to-string (nth 3 dtime)) - (let ((digit (% (nth 3 dtime) 10))) - (cond - ((memq (nth 3 dtime) '(11 12 13)) "th") - ((= digit 1) "st") - ((= digit 2) "nd") - ((= digit 3) "rd") - (t "th"))) - " of " - (nth (1- (nth 4 dtime)) gnus-english-month-names) - " " - (number-to-string (nth 5 dtime)) - " at " - (format "%02d" (nth 2 dtime)) - ":" - (format "%02d" (nth 1 dtime))))) - (t - (error "Unknown conversion type: %s" type))))) + ;; Convert to the local timezone. + ((eq type 'local) + (let ((tz (car (current-time-zone time)))) + (format "Date: %s %s%02d%02d" (current-time-string time) + (if (> tz 0) "+" "-") (/ (abs tz) 3600) + (/ (% (abs tz) 3600) 60)))) + ;; Convert to Universal Time. + ((eq type 'ut) + (concat "Date: " + (current-time-string + (let* ((e (parse-time-string date)) + (tm (apply 'encode-time e)) + (ms (car tm)) + (ls (- (cadr tm) (car (current-time-zone time))))) + (cond ((< ls 0) (list (1- ms) (+ ls 65536))) + ((> ls 65535) (list (1+ ms) (- ls 65536))) + (t (list ms ls))))) + " UT")) + ;; Get the original date from the article. + ((eq type 'original) + (concat "Date: " (if (string-match "\n+$" date) + (substring date 0 (match-beginning 0)) + date))) + ;; Let the user define the format. + ((eq type 'user) + (if (gnus-functionp gnus-article-time-format) + (funcall gnus-article-time-format time) + (concat + "Date: " + (format-time-string gnus-article-time-format time)))) + ;; ISO 8601. + ((eq type 'iso8601) + (let ((tz (car (current-time-zone time)))) + (concat + "Date: " + (format-time-string "%Y%m%dT%H%M%S" time) + (format "%s%02d%02d" + (if (> tz 0) "+" "-") (/ (abs tz) 3600) + (/ (% (abs tz) 3600) 60))))) + ;; Do an X-Sent lapsed format. + ((eq type 'lapsed) + ;; If the date is seriously mangled, the timezone functions are + ;; liable to bug out, so we ignore all errors. + (let* ((now (current-time)) + (real-time (subtract-time now time)) + (real-sec (and real-time + (+ (* (float (car real-time)) 65536) + (cadr real-time)))) + (sec (and real-time (abs real-sec))) + num prev) + (cond + ((null real-time) + "X-Sent: Unknown") + ((zerop sec) + "X-Sent: Now") + (t + (concat + "X-Sent: " + ;; This is a bit convoluted, but basically we go + ;; through the time units for years, weeks, etc, + ;; and divide things to see whether that results + ;; in positive answers. + (mapconcat + (lambda (unit) + (if (zerop (setq num (ffloor (/ sec (cdr unit))))) + ;; The (remaining) seconds are too few to + ;; be divided into this time unit. + "" + ;; It's big enough, so we output it. + (setq sec (- sec (* num (cdr unit)))) + (prog1 + (concat (if prev ", " "") (int-to-string + (floor num)) + " " (symbol-name (car unit)) + (if (> num 1) "s" "")) + (setq prev t)))) + article-time-units "") + ;; If dates are odd, then it might appear like the + ;; article was sent in the future. + (if (> real-sec 0) + " ago" + " in the future")))))) + ;; Display the date in proper English + ((eq type 'english) + (let ((dtime (decode-time time))) + (concat + "Date: the " + (number-to-string (nth 3 dtime)) + (let ((digit (% (nth 3 dtime) 10))) + (cond + ((memq (nth 3 dtime) '(11 12 13)) "th") + ((= digit 1) "st") + ((= digit 2) "nd") + ((= digit 3) "rd") + (t "th"))) + " of " + (nth (1- (nth 4 dtime)) gnus-english-month-names) + " " + (number-to-string (nth 5 dtime)) + " at " + (format "%02d" (nth 2 dtime)) + ":" + (format "%02d" (nth 1 dtime))))))) + (error + (format "Date: %s (from Oort)" date)))) (defun article-date-local (&optional highlight) "Convert the current article date to the local timezone." diff --git a/lisp/gnus-uu.el b/lisp/gnus-uu.el index 8838644..694757e 100644 --- a/lisp/gnus-uu.el +++ b/lisp/gnus-uu.el @@ -1,6 +1,6 @@ ;;; gnus-uu.el --- extract (uu)encoded files in Gnus -;; Copyright (C) 1985, 1986, 1987, 1993, 1994, 1995, 1996, 1997, 1998, 2000 -;; Free Software Foundation, Inc. +;; Copyright (C) 1985, 1986, 1987, 1993, 1994, 1995, 1996, 1997, 1998, 2000, +;; 2001 Free Software Foundation, Inc. ;; Author: Lars Magne Ingebrigtsen ;; Created: 2 Oct 1993 @@ -1389,6 +1389,9 @@ When called interactively, prompt for REGEXP." (while article-series (gnus-summary-tick-article (pop article-series) t))))) + ;; The original article buffer is hosed, shoot it down. + (gnus-kill-buffer gnus-original-article-buffer) + result-files)) (defun gnus-uu-grab-view (file) @@ -1569,7 +1572,7 @@ Gnus might fail to display all of it.") (unless (unwind-protect (with-current-buffer buffer - (insert (substitute-command-keys + (insert (substitute-command-keys gnus-uu-unshar-warning)) (goto-char (point-min)) (display-buffer buffer) diff --git a/lisp/message.el b/lisp/message.el index b53e8df..ba4f568 100644 --- a/lisp/message.el +++ b/lisp/message.el @@ -602,7 +602,7 @@ variable isn't used." :type 'sexp) (defcustom message-generate-headers-first nil - "*If non-nil, generate all possible headers before composing." + "*If non-nil, generate all required headers before composing." :group 'message-headers :type 'boolean) @@ -5210,7 +5210,7 @@ The form is: Fwd: Subject, where Subject is the original subject of the message." (concat "Fwd: " subject)) -(defun message-make-forward-subject () +(defun message-make-forward-subject (&optional decoded) "Return a Subject header suitable for the message in the current buffer." (save-excursion (save-restriction @@ -5219,7 +5219,9 @@ the message." (subject (message-fetch-field "Subject"))) (setq subject (if subject - (nnheader-decode-subject subject) + (if decoded + subject + (nnheader-decode-subject subject)) "")) (if message-wash-forwarded-subjects (setq subject (message-wash-subject subject))) diff --git a/texi/ChangeLog b/texi/ChangeLog index 729e643..44b85c1 100644 --- a/texi/ChangeLog +++ b/texi/ChangeLog @@ -1,3 +1,7 @@ +2001-02-07 Kai Gro,A_(Bjohann + + * message.texi (Message Headers): `message-generate-headers-first'. + 2001-02-06 19:00:00 ShengHuo ZHU * gnus.texi (Using GPG): Key binding. diff --git a/texi/message-ja.texi b/texi/message-ja.texi index dffaaa5..e54e134 100644 --- a/texi/message-ja.texi +++ b/texi/message-ja.texi @@ -559,158 +559,160 @@ RFC1036bis $B$O!"=pL>$O$=$NA0$K(B @samp{-- } $B$N(B3$BJ8;z$@$1$N9T$,$"$k$Y$ $B$?$a$N8z2LE*$JJ}K!$G$9!#(B @c FIXTGNUS We should provide MIME manual. -@c @node MIME -@c @section MIME -@c @cindex MML -@c @cindex MIME -@c @cindex multipart -@c @cindex attachment - -@c Message is a @sc{mime}-compliant posting agent. The user generally -@c doesn't have to do anything to make the @sc{mime} happen---Message will -@c automatically add the @code{Content-Type} and -@c @code{Content-Transfer-Encoding} headers. - -@c The most typical thing users want to use the multipart things in -@c @sc{mime} for is to add ``attachments'' to mail they send out. This can -@c be done with the @code{C-c C-a} command, which will prompt for a file -@c name and a @sc{mime} type. - -@c You can also create arbitrarily complex multiparts using the MML -@c language (@pxref{Composing, , Composing, emacs-mime, The Emacs MIME -@c Manual}). - -@c @node Security -@c @section Security -@c @cindex Security -@c @cindex S/MIME -@c @cindex PGP/MIME -@c @cindex sign -@c @cindex encrypt - -@c Using the MML language, Message is able to create digitally signed and -@c digitally encrypted messages. Message (or rather MML) currently support -@c PGP/MIME and S/MIME. Instructing MML to perform security operations on -@c a MIME part is done using the @code{C-c C-m s} key map for signing and the -@c @code{C-c C-m c} key map for encryption, as follows. - -@c @table @kbd - -@c @item C-c C-m s s -@c @kindex C-c C-m s s -@c @findex mml-secure-sign-smime - -@c Digitally sign current MIME part using S/MIME. +@ignore +@node MIME +@section MIME +@cindex MML +@cindex MIME +@cindex multipart +@cindex attachment + +Message is a @sc{mime}-compliant posting agent. The user generally +doesn't have to do anything to make the @sc{mime} happen---Message will +automatically add the @code{Content-Type} and +@code{Content-Transfer-Encoding} headers. + +The most typical thing users want to use the multipart things in +@sc{mime} for is to add ``attachments'' to mail they send out. This can +be done with the @code{C-c C-a} command, which will prompt for a file +name and a @sc{mime} type. + +You can also create arbitrarily complex multiparts using the MML +language (@pxref{Composing, , Composing, emacs-mime, The Emacs MIME +Manual}). + +@node Security +@section Security +@cindex Security +@cindex S/MIME +@cindex PGP/MIME +@cindex sign +@cindex encrypt + +Using the MML language, Message is able to create digitally signed and +digitally encrypted messages. Message (or rather MML) currently support +PGP/MIME and S/MIME. Instructing MML to perform security operations on +a MIME part is done using the @code{C-c C-m s} key map for signing and the +@code{C-c C-m c} key map for encryption, as follows. + +@table @kbd + +@item C-c C-m s s +@kindex C-c C-m s s +@findex mml-secure-sign-smime + +Digitally sign current MIME part using S/MIME. @item C-c C-m s p @kindex C-c C-m s p -@c @findex mml-secure-sign-pgp +@findex mml-secure-sign-pgp -@c Digitally sign current MIME part using PGP/MIME. +Digitally sign current MIME part using PGP/MIME. @item C-c C-m c s @kindex C-c C-m c s -@c @findex mml-secure-encrypt-smime +@findex mml-secure-encrypt-smime -@c Digitally encrypt current MIME part using S/MIME. +Digitally encrypt current MIME part using S/MIME. @item C-c C-m c p @kindex C-c C-m c p -@c @findex mml-secure-encrypt-pgpmime - -@c Digitally encrypt current MIME part using PGP/MIME. - -@c @end table - -@c These commands do not immediately sign or encrypt the message, they -@c merely insert proper MML tags to instruct the MML engine to perform that -@c operation when the message is actually sent. They may perform other -@c operations too, such as locating and retrieving a S/MIME certificate of -@c the person you wish to send encrypted mail to. - -@c Since signing and especially encryption often is used when sensitive -@c information is sent, you may want to have some way to ensure that your -@c mail is actually signed or encrypted. After invoking the above -@c sign/encrypt commands, it is possible to preview the raw article by -@c using @code{C-u C-m P} (@code{mml-preview}). Then you can verify that -@c your long rant about what your ex-significant other or whomever actually -@c did with that funny looking person at that strange party the other -@c night, actually will be sent encrypted. - -@c @emph{Note!} Neither PGP/MIME nor S/MIME encrypt/signs RFC822 headers. -@c They only operate on the MIME object. Keep this in mind before sending -@c mail with a sensitive Subject line. - -@c Actually using the security commands above is not very difficult. At -@c least not compared with making sure all involved programs talk with each -@c other properly. Thus, we now describe what external libraries or -@c programs are required to make things work, and some small general hints. - -@c @subsection Using S/MIME - -@c @emph{Note!} This section assume you have a basic familiarity with -@c modern cryptography, S/MIME, various PKCS standards, OpenSSL and so on. - -@c The S/MIME support in Message (and MML) require OpenSSL. OpenSSL -@c perform the actual S/MIME sign/encrypt operations. OpenSSL can be found -@c at @code{http://www.openssl.org/}. OpenSSL 0.9.6 and later should work. -@c Version 0.9.5a cannot extract mail addresses from certificates, and it -@c insert a spurious CR character into MIME separators so you may wish to -@c avoid it if you would like to avoid being regarded as someone who send -@c strange mail. (Although by sending S/MIME messages you've probably -@c already lost that contest.) - -@c To be able to send encrypted mail, a personal certificate is not -@c required. Message (MML) need a certificate for the person to whom you -@c wish to communicate with though. You're asked for this when you type -@c @code{C-c C-m c s}. Currently there are two ways to retrieve this -@c certificate, from a local file or from DNS. If you chose a local file, -@c it need to contain a X.509 certificate in PEM format. If you chose DNS, -@c you're asked for the domain name where the certificate is stored, the -@c default is a good guess. To my belief, Message (MML) is the first mail -@c agent in the world to support retrieving S/MIME certificates from DNS, -@c so you're not likely to find very many certificates out there. At least -@c there should be one, stored at the domain @code{simon.josefsson.org}. -@c LDAP is a more popular method of distributing certificates, support for -@c it is planned. (Meanwhile, you can use @code{ldapsearch} from the -@c command line to retrieve a certificate into a file and use it.) - -@c As for signing messages, OpenSSL can't perform signing operations -@c without some kind of configuration. Especially, you need to tell it -@c where your private key and your certificate is stored. MML uses an -@c Emacs interface to OpenSSL, aptly named @code{smime.el}, and it contain -@c a @code{custom} group used for this configuration. So, try @code{M-x -@c customize-group RET smime RET} and look around. - -@c Currently there is no support for talking to a CA (or RA) to create your -@c own certificate. None is planned either. You need to do this manually -@c with OpenSSL or using some other program. I used Netscape and got a -@c free S/MIME certificate from one of the big CA's on the net. Netscape -@c is able to export your private key and certificate in PKCS #12 format. -@c Use OpenSSL to convert this into a plain X.509 certificate in PEM format -@c as follows. - -@c @example -@c $ openssl pkcs12 -in ns.p12 -clcerts -nodes > key+cert.pem -@c @end example - -@c The @code{key+cert.pem} file should be pointed to from the -@c @code{smime-keys} variable. You should now be able to send signed mail. - -@c @emph{Note!} Your private key is store unencrypted in the file, so take -@c care in handling it. - -@c @subsection Using PGP/MIME - -@c PGP/MIME require an external OpenPGP implementation, such as GNU Privacy -@c Guard (@code{http://www.gnupg.org/}. It also require a Emacs interface -@c to it, such as Mailcrypt (available from -@c @code{http://www.nb.net/~lbudney/linux/software/mailcrypt.html}) or -@c Florian Weimer's @code{gpg.el}. - -@c Creating your own OpenPGP key is described in detail in the -@c documentation of your OpenPGP implementation, so we refer to it. +@findex mml-secure-encrypt-pgpmime + +Digitally encrypt current MIME part using PGP/MIME. + +@end table + +These commands do not immediately sign or encrypt the message, they +merely insert proper MML tags to instruct the MML engine to perform that +operation when the message is actually sent. They may perform other +operations too, such as locating and retrieving a S/MIME certificate of +the person you wish to send encrypted mail to. + +Since signing and especially encryption often is used when sensitive +information is sent, you may want to have some way to ensure that your +mail is actually signed or encrypted. After invoking the above +sign/encrypt commands, it is possible to preview the raw article by +using @code{C-u C-m P} (@code{mml-preview}). Then you can verify that +your long rant about what your ex-significant other or whomever actually +did with that funny looking person at that strange party the other +night, actually will be sent encrypted. + +@emph{Note!} Neither PGP/MIME nor S/MIME encrypt/signs RFC822 headers. +They only operate on the MIME object. Keep this in mind before sending +mail with a sensitive Subject line. + +Actually using the security commands above is not very difficult. At +least not compared with making sure all involved programs talk with each +other properly. Thus, we now describe what external libraries or +programs are required to make things work, and some small general hints. + +@subsection Using S/MIME + +@emph{Note!} This section assume you have a basic familiarity with +modern cryptography, S/MIME, various PKCS standards, OpenSSL and so on. + +The S/MIME support in Message (and MML) require OpenSSL. OpenSSL +perform the actual S/MIME sign/encrypt operations. OpenSSL can be found +at @code{http://www.openssl.org/}. OpenSSL 0.9.6 and later should work. +Version 0.9.5a cannot extract mail addresses from certificates, and it +insert a spurious CR character into MIME separators so you may wish to +avoid it if you would like to avoid being regarded as someone who send +strange mail. (Although by sending S/MIME messages you've probably +already lost that contest.) + +To be able to send encrypted mail, a personal certificate is not +required. Message (MML) need a certificate for the person to whom you +wish to communicate with though. You're asked for this when you type +@code{C-c C-m c s}. Currently there are two ways to retrieve this +certificate, from a local file or from DNS. If you chose a local file, +it need to contain a X.509 certificate in PEM format. If you chose DNS, +you're asked for the domain name where the certificate is stored, the +default is a good guess. To my belief, Message (MML) is the first mail +agent in the world to support retrieving S/MIME certificates from DNS, +so you're not likely to find very many certificates out there. At least +there should be one, stored at the domain @code{simon.josefsson.org}. +LDAP is a more popular method of distributing certificates, support for +it is planned. (Meanwhile, you can use @code{ldapsearch} from the +command line to retrieve a certificate into a file and use it.) + +As for signing messages, OpenSSL can't perform signing operations +without some kind of configuration. Especially, you need to tell it +where your private key and your certificate is stored. MML uses an +Emacs interface to OpenSSL, aptly named @code{smime.el}, and it contain +a @code{custom} group used for this configuration. So, try @code{M-x +customize-group RET smime RET} and look around. + +Currently there is no support for talking to a CA (or RA) to create your +own certificate. None is planned either. You need to do this manually +with OpenSSL or using some other program. I used Netscape and got a +free S/MIME certificate from one of the big CA's on the net. Netscape +is able to export your private key and certificate in PKCS #12 format. +Use OpenSSL to convert this into a plain X.509 certificate in PEM format +as follows. + +@example +$ openssl pkcs12 -in ns.p12 -clcerts -nodes > key+cert.pem +@end example + +The @code{key+cert.pem} file should be pointed to from the +@code{smime-keys} variable. You should now be able to send signed mail. + +@emph{Note!} Your private key is store unencrypted in the file, so take +care in handling it. + +@subsection Using PGP/MIME +PGP/MIME require an external OpenPGP implementation, such as GNU Privacy +Guard (@code{http://www.gnupg.org/}. It also require a Emacs interface +to it, such as Mailcrypt (available from +@code{http://www.nb.net/~lbudney/linux/software/mailcrypt.html}) or +Florian Weimer's @code{gpg.el}. + +Creating your own OpenPGP key is described in detail in the +documentation of your OpenPGP implementation, so we refer to it. + +@end ignore @node Various Commands @section $B$$$m$$$m$JL?Na(B @@ -915,8 +917,11 @@ Message $B$O%a%C%;!<%8:n@.ItJ,$K4X$7$F$OHs>o$K@Q6KE*$G$9!#$=$l$O