A.I.B.B. Amiga Intuition Based Benchmarks Program Release Version 4.61 Copyright 1991,1992 LaMonte Koop Program System Requirements AIBB is designed to operate on many different platform arrangements, but there are a few requirements which are necessary for proper program operation. These are as follows: -- AmigaOS 1.3 or greater is necessary on all systems except those using the MC68040 as the system main processor. AmigaOS 2.0 is required for proper operation on those systems. Users of AmigaOS 1.3 with accelerators must be sure to be using the latest SetPatch routines for those OS versions. ( SetPatch v1.34 ) Among other things, SetPatch corrects a problem with FPU code with this OS version, and is necessary for proper operation of AIBB. -- AIBB will function with a minimum of 512K of memory, provided very little else is loaded to use any of that space. However, AIBB will most likely be very limited under such an environment, and a lower limit for proper operation is more realistically 1 megabyte of RAM. -- MC68040 users should have a math function emulation library such as that supplied by CBM or accelerator manufacturers to properly emulate the MC68881/MC68882 hardware-implemented transcendental functions. AIBB will look for the presence of one, and if not found will not allow the use of the 68881/68882 FPU-related test functions. 68040 specific math code option functions will still operate however. -- AIBB uses a shared library for its file requester functions. For this reason AIBB requires that one of the following shared libraries be within the system LIBS: directory: 1. kd_freq.library ( library version 3.0 or greater ) 2. req.library ( library versiopn 2.0 or greater ) 3. asl.library ( AmigaOS 2.0 systems only ) 4. reqtools.library AIBB will search for these libraries in the order given, stopping when it is either able to open one, or none are found. -- It should be noted that although there are no restrictions placed on the type of system AIBB can be operated on, this program was never really meant for use on unaccelerated systems. On such platforms, AIBB may seem to operate somewhat sluggishly, although no operational problems should exist. Please consult the main documentation for further information.