changes since pl02:
20010501
Bugfix: The SMTP server's 550 in reply to DATA should be
a 554 response. And it wasn't Sendmail. Claus Assman.
Bugfix: the INSTALL.sh test for non-interactive upgrade
broke rooted installations that specify settings via the
environment. Simon Mudd.
Bugfix: mailq output is now really flushed one message at
a time. File: sendmail/sendmail.c.
20010507
Bugfix: with soft_bounce=yes, the SMTP server would log
5xx replies even though it would send 4xx replies to the
client (Phil Howard, ipal.net). File: smtpd/smtpd_check.c.
20010523
Bugfix: postsuper's temporary file detection logic needed
fixing.
Bugfix: memory leak in the LDAP client module. Alain
Thivillon, France Teaser - Groupe Firstream.
20010525
Bugfix: the SMTP and LMTP clients claimed that a queue file
needed to be delivered again (even when all recipients were
erased from the queue file) when no QUIT or RSET reply was
received (by default, this does not happen with SMTP mail
because the SMTP client does not wait for QUIT replies and
does not send RSET to deliver mail). As a result of the
same bug the LMTP client followed a dangling pointer when
sending QUIT after process idle timeout while the LMTP
server had disconnected. Files: smtp/smtp_proto.c,
lmtp/lmtp_proto.c.
the plugging of several memory leaks, fixes to the regular expression
engine, the addition of a Unicode character classes, better support for
64-bit platorms, and updates of many modules in the base Perl Library.
See perldelta.pod for more details.
Also update p5-Data-Dumper, p5-Devel-DProf, and p5-Devel-Peek to the
latest versions distributed with the perl-5.6.1 sources, and libperl to
5.6.1 to match the perl package.
- Don't use $, internally. Apparently this is usually undefined.
Instead, the convenience methods now simply take an array of messages
and turn it into a scalar by doing "@_".
- Allow ApacheLog to take either an Apache or Apache::Server object.
- Fix callback documentation in Log::Dispatch::Output.
- Add flush method to Log::Dispatch::Email.
ja-vfxdvik is an extension of xdvik with Japanese support by vflib.
This package was provided and posted to tech-pkg-ja mailing list by
ORI Manabu, and modified slightly by me.
From the README file:
Licensing for the current version of sarah is quite simple: I (Matthew
Pounsett) retain all rights to this code. Anyone is free to use sarah, but it
may not be redistributed either in its original or any modified form without
the permission of the author (me). A more reasonable license will be
distributed with later versions of sarah (probably with the first non-beta
release).
By the means of a DHIS client a host which is assigned a dynamic
IP address (either from its ISP or from DHCP) is able to communicate
with a DHIS server in order to advertise its newly acquired IP
address.
The DHIS server (permanently online) listens to UDP messages from
its clients and authenticates these against its knowledge of keys.
When authentication is successful the DHIS server updates one or
more databases with the newly received IP address for the given
client.
The server then keeps sending, every period of time, check requests
to each of its connected clients. These need to be acknowledged.
If not the server will consider, on an individual basis, that the
client has disconnected and will
again update the databases to an offline state.
Alternativelly the server may receive an OFFLINE_REQ packet from
the client, in which case the DNS record is updated at once and
the online state droped.
CFS pushes encryption services into the UN*X file system. It supports
secure storage at the system level through a standard UN*X file system
interface to encrypted files. Users associate a cryptographic key with the
directories they wish to protect. Files in these directories (as well as
their pathname components) are transparently encrypted and decrypted with
the specified key without further user intervention; cleartext is never
stored on a disk or sent to a remote file server. CFS employs a novel
combination of DES stream and codebook cipher modes to provide high
security with good performance on a modern workstation. CFS can use any
available file system for its underlying storage without modification,
including remote file servers such as NFS. System management functions,
such as file backup, work in a normal manner and without knowledge of the
key.
