Path: utzoo!utgpu!news-server.csri.toronto.edu!bonnie.concordia.ca!thunder.mcrcim.mcgill.edu!snorkelwacker.mit.edu!apple!julius.cs.uiuc.edu!zaphod.mps.ohio-state.edu!swrinde!cs.utexas.edu!uunet!mcsun!ukc!mucs!cns!umaida!jf From: jf@ap.co.umist.ac.uk (John Forrest) Newsgroups: comp.sys.apollo Subject: Re: Elm mail tools Keywords: Elm, where?, simple on Apollo? Message-ID: <1991Feb8.110705@ap.co.umist.ac.uk> Date: 8 Feb 91 11:07:05 GMT References: <1067@eba.eb.ele.tue.nl> <4fa27167.1bc5b@pisa.ifs.umich.edu> Sender: news@cns.umist.ac.uk (Usenet news) Reply-To: jf@ap.co.umist.ac.uk (John Forrest) Organization: UMIST Computation dept, Manchester, UK Lines: 25 In article <4fa27167.1bc5b@pisa.ifs.umich.edu>, rees@pisa.ifs.umich.edu (Jim Rees) writes: |> In article , ianh@bhpmrl.oz.au (Ian Hoyle) writes: |> |> BTW, for those people who may remember a posting of mine several months back |> bemoaning the fact that HP *still* ships a brain-dead version of sendmail, |> check out Neil Rickert's version of sendmail 5.65 with the IDA enhancements |> available from uxc.cso.uiuc.edu in pub/sendmail-5.65+IDA-1.4.2.tar.Z |> |> I'm still using 5.61. I can think of two problems you might have with |> sendmail. One is getting the load average (getla() in conf.c). The other |> is a subtle problem you may not realize you have. Sendmail opens the alias |> db for r/w. This will fail if you have two sendmails both trying to run at |> the same time on different nodes. You can get a sendmail patched for both |> these problems by ftp from maths.su.oz.au (last I checked). The getload function on this version has been adapted from the xload source - not the previous sendmail version - and is thus far more reliable (give or take the problems you occationally see with xload). As far as the alias file is concerned, I don't think this is quite the same issue now. You have the choice of either having to explicitly make an alias database with each change (the standard practice) or having a directory for each machine (what we do). John Forrest Dept of Computation UMIST