From: utzoo!decvax!harpo!seismo!hao!hplabs!sri-unix!mmdf@rand-relay Newsgroups: net.emacs Title: Failed mail Article-I.D.: sri-arpa.464 Posted: Thu Feb 17 07:08:45 1983 Received: Sun Feb 20 10:48:33 1983 From: MEMO SERVICE (MMDF)Your message could not be delivered to 'Mark.Sherman@CMU-CS-A at Udel-Relay' for the following reason: '(Reason not known)' Your message follows: Date: 16 Feb 83 20:52:09-PST (Wed) From: MEMO SERVICE (MMDF) Subject: Failed mail To: Mark.Sherman@CMU-CS-A@Udel-Relay@Rand-Relay@UCI Via: Rand-Relay; 17 Feb 83 6:22-PST Via: UCI; 17 Feb 83 6:25-PDT After 3 days, your message could not be fully delivered. It failed to be received by the following address(es): meehan at Yale This usually is due to service interruptions at the receiving machine. Less often, there are problems with the communications system. Your message follows: Date: 13 February 1983 0034-EST (Sunday) From: Mark.Sherman@CMU-CS-A Return-Path: Subject: Space and Leakage Received: from CMU-CS-A by UCBVAX.BERKELEY.ARPA (3.300 [1/17/83]) id AA07842; 12 Feb 83 21:38:46 PST (Sat) Received: by UCBKIM.ARPA (3.310/3.3) id AA02341; 14 Feb 83 16:21:29 PST (Mon) Received: from UCBKIM.ARPA by UCBVAX.ARPA (3.310/3.3) id AA14614; 14 Feb 83 16:30:02 PST (Mon) Received: from UCBVAX.ARPA by udel-relay.ARPA ; 14-Feb-83 19:47:18-EST (Mon) Message-Id: <13Feb83 003422 MS40@CMU-CS-A> To: franz-friends@UCB-VAX Via: Udel-Relay; 14 Feb 83 18:26-PDT Via: Rand-Relay; 14 Feb 83 19:17-PST Via: UCI; 14 Feb 83 19:29-PDT Can someone tell me how the maximum amount of storage that franz lisp uses is decided? I can force the size up to (about) 3050 pages (according to "ps") and then get the message "storage exhausted". I have been told (and have seen) other jobs get substantially more space; can franz get more pages as well? (I am using the cshell and have already used the limit command to raise my process size up to 32 megabytes, or so I think.) I have also been told that the garbage collector leaks, that is, not all of the garbage is really collected. Does anyone have good ideas about how much (or fast) this happens, or if there is some way to minimize the lost space? (Please send responses directly to me as I am not on this list.) -Mark Sherman (Sherman@CMU-CS-A)