pkgsrc/sysutils/cpuburn/distinfo

$NetBSD: distinfo,v 1.5 2005/02/24 13:40:51 agc Exp $

SHA1 (cpuburn_1_4_tar.gz) = 291e163d17ce528fd8301f821babed74d9caffaf
RMD160 (cpuburn_1_4_tar.gz) = d9a25567002e3c8801991be5e980156ba068e680
Size (cpuburn_1_4_tar.gz) = 7373 bytes
SHA1 (patch-aa) = 6427616decd8c19a5e79e6eedf1ff59e60323b45
Add RMD160 digests. 2005-02-24 13:51:41 +01:00			$NetBSD: distinfo,v 1.5 2005/02/24 13:40:51 agc Exp $
Import cpuburn-1.4: The cpuburn programs are designed to load x86 CPUs as heavily as possible for the purposes of system testing. They have been optimized for different processors. FPU and ALU instructions are coded an assembler endless loop. They do not test every instruction. The goal has been to maximize heat production from the CPU, putting stress on the CPU itself, cooling system, motherboard (especially voltage regulators) and power supply (likely cause of burnBX/MMX errors). 2002-03-04 21:06:57 +01:00
			`SHA1 (cpuburn_1_4_tar.gz) = 291e163d17ce528fd8301f821babed74d9caffaf`
Add RMD160 digests. 2005-02-24 13:51:41 +01:00			`RMD160 (cpuburn_1_4_tar.gz) = d9a25567002e3c8801991be5e980156ba068e680`
Import cpuburn-1.4: The cpuburn programs are designed to load x86 CPUs as heavily as possible for the purposes of system testing. They have been optimized for different processors. FPU and ALU instructions are coded an assembler endless loop. They do not test every instruction. The goal has been to maximize heat production from the CPU, putting stress on the CPU itself, cooling system, motherboard (especially voltage regulators) and power supply (likely cause of burnBX/MMX errors). 2002-03-04 21:06:57 +01:00			`Size (cpuburn_1_4_tar.gz) = 7373 bytes`
Updated cpuburn to 1.4nb2 Nuke -nostdlib and play some define games to ensure we have a 'main' instead of '_start', so the binary includes the NetBSD ELF note and runs correctly. 2002-09-17 19:02:30 +02:00			`SHA1 (patch-aa) = 6427616decd8c19a5e79e6eedf1ff59e60323b45`