Added context_find_prefix().

[nmh] / docs / contrib / replyfilter

diff --git a/docs/contrib/replyfilter b/docs/contrib/replyfilter
index 7f5b44752660a2bafaae518e38def7f802d57418..78c5c4ac2c7774873ec8eec6f8aa87134c4fb1f8 100755 (executable)
--- a/docs/contrib/replyfilter
+++ b/docs/contrib/replyfilter
@@ -10,11 +10,16 @@
 #
 # - Put the path to this program in your .mh_profile under formatproc:
 # 
-#   formatproc: replyfilter
+#      formatproc: replyfilter
 #
-# - Create a mhl reply filter that consists of the following line:
+#   or invoke repl with "-fmtproc replyfilter".
 #
-#   body:nocomponent,format,nowrap,formatarg="%(trim{content-type})%(putstr)",formatarg="%(trim{content-transfer-encoding})%(putstr)",formatarg=">"
+# - Create an mhl reply filter that consists of the following line:
+#
+#      body:nocomponent,format,nowrap,formatarg="%(trim{content-type})%(putstr)",formatarg="%(trim{content-transfer-encoding})%(putstr)",formatarg=">"
+#
+#   By default, repl will look for the mhl reply filter by the name
+#   "mhl.reply", but it will look elsewhere if the -filter switch is given.
 #
 #   To decode this a bit:
 #
@@ -23,8 +28,8 @@
 #                component prefix of ">" as a quote character, but we're
 #                going to have replyfilter do that).
 #   nowrap     - Don't wrap lines if they exceed the column width
-#   formatarg   - Arguments to fmtproc.  The first argument is the value of
-#                the Content-type header; the second is the value of the
+#   formatarg   - Arguments to formatproc.  The first argument is the value
+#                of the Content-type header; the second is the value of the
 #                Content-Transfer-Encoding header.  The last "formatarg"
 #                is used as your quoting prefix.  Replace it with whatever
 #                you want.
@@ -158,7 +163,7 @@ exit 0;
 # or base64 to feed it into a formatting filter.
 #
 
-sub process_text (*$$;$)
+sub process_text
 {
        my ($input, $encoding, $charset, $boundary) = @_;
        my $text, $filterpid, $prefixpid, $finread, $finwrite;
@@ -342,7 +347,7 @@ sub process_text (*$$;$)
 # Filter HTML through a converter program
 #
 
-sub process_html (*$$;$)
+sub process_html
 {
        my ($input, $encoding, $charset, $boundary) = @_;
        my $filterpid, $prefixpid, $finread, $finwrite;
@@ -402,7 +407,7 @@ sub process_html (*$$;$)
 
                my @conv = (@htmlconv, $charset);
                exec (@conv) ||
-                               die "Unable to exec $filterprogram: $!\n";
+                               die "Unable to exec $htmlconv[0]: $!\n";
        } else {
                die "Fork for $htmlconv[0] failed: $!\n";
        }
@@ -457,7 +462,7 @@ sub process_html (*$$;$)
 # Decide what to do, based on what kind of content it is.
 #
 
-sub process_part (*$$$$;$)
+sub process_part
 {
        my ($input, $content_type, $encoding, $charset, $boundary, $name) = @_;
        my ($type, $subtype) = (split('/', $content_type, -1), '');
@@ -503,7 +508,7 @@ sub process_part (*$$$$;$)
 # the content of this part
 #
 
-sub process_multipart ($$$)
+sub process_multipart
 {
        my ($input, $subtype, $boundary) = @_;
        my $altout;
@@ -602,7 +607,7 @@ sub process_multipart ($$$)
 # "Eat" a MIME part; consume content until we hit the boundary or EOF
 #
 
-sub eat_part ($$)
+sub eat_part
 {
        my ($input, $boundary) = @_;
        my $ret;
@@ -633,7 +638,7 @@ sub eat_part ($$)
 # Return the decoder subroutine to use
 #
 
-sub find_decoder ($)
+sub find_decoder
 {
        my ($encoding) = @_;
 
@@ -649,7 +654,7 @@ sub find_decoder ($)
        }
 }
 
-sub null_decoder ($)
+sub null_decoder
 {
        my ($input) = @_;
 
@@ -660,7 +665,7 @@ sub null_decoder ($)
 # Match a line against the boundary string
 #
 
-sub match_boundary($$)
+sub match_boundary
 {
        my ($line, $boundary) = @_;