esmith@BU-CONX.BU.EDU (Elliott Smith) (09/28/90)
From MAILER-DAEMON@zurich.ai.mit.edu Thu Sep 27 20:55:39 1990 Return-Path: <MAILER-DAEMON@zurich.ai.mit.edu> Received: from CS.BU.EDU by bucsf.bu.edu (5.62+/Umax4.2) id AA14101; Thu, 27 Sep 90 20:55:37 -0400 Received: from BIGBIRD.BU.EDU by cs.bu.edu (5.61+++/SMI-4.0.3) id AA06360; Thu, 27 Sep 90 20:54:08 -0400 Received: from life.ai.mit.edu by bigbird.bu.edu (5.61+++/SMI-4.1) id AA16372; Thu, 27 Sep 90 20:47:47 -0400 Received: from zurich-relay.ai.mit.edu (ZURICH.AI.MIT.EDU) by life.ai.mit.edu (4.1/AI-4.10) id AA12925; Thu, 27 Sep 90 20:55:28 EDT Received: from bigbird.bu.edu ([128.197.10.10]) by zurich.ai.mit.edu; Thu, 27 Sep 90 20:51:36 edt Date: Thu, 27 Sep 90 20:53:25 -0400 From: "Mail Delivery Subsystem" <MAILER-DAEMON@zurich.ai.mit.edu> Subject: Returned mail: User unknown Message-Id: <9009280051.AA12101@zurich.ai.mit.edu> To: <esmith@bigbird.bu.edu> Status: R ----- Transcript of session follows ----- >-> RCPT To:<info-scheme-request@altdorf.ai.mit.edu> <<< 550 <info-scheme-request@altdorf.ai.mit.edu>... User unknown 550 <info-scheme-request@zurich.ai.mit.edu>... User unknown ----- Unsent message follows ----- Return-Path: <esmith@bigbird.bu.edu> Received: from bigbird.bu.edu ([128.197.10.10]) by zurich.ai.mit.edu; Thu, 27 Sep 90 20:51:36 edt Received: from HORUS.BU.EDU by bigbird.bu.edu (5.61+++/SMI-4.1) id AA16368; Thu, 27 Sep 90 20:47:16 -0400 Received: by horus.bu.edu (5.61+++/IRIX-3.3) id AA03531; Thu, 27 Sep 90 20:53:25 -0400 Date: Thu, 27 Sep 90 20:53:25 -0400 From: esmith@bigbird.bu.edu Message-Id: <9009280053.AA03531@horus.bu.edu> To: info-scheme-request@zurich.ai.mit.edu Subject: sparcstation 1+ build almost, not quite Hello: I moved a set of Scheme sources to one of our cluster of Sparcstation 1+ machines (horus), and proceeded to follow the instructions provided with the distribution. All seemed to go well, until construction of the executible binary images, at which point I got the complaints below. (It made no difference whether I selected FASL_SUN or FASL_UNKNOWN in config.h, and yes, I did re-makes from step 3 forward whenever I changed config.h.) Perhaps you can suggest where I ought to start looking for problems, based on what is happening. Also attached for your perusal are my modified copies of config.h and the top of the Makefile generated in the microcode directory (I modified only the SUN declaration line, removing -DSun3 and adding -Dsparc, apart from setting MAC = $(MACSUN).) Thanks in advance for your input to this process. It can't be anything too major, given Sun is a common denominator. -- elliott smith esmith@bucsf.bu.edu . output from make runtime/scheme.bin ---------------------------------------------------------------- horus> date Thu Sep 27 20:34:51 EDT 1990 horus> make runtime/scheme.bin cd runtime;../microcode/scheme -fasl runmd.bin <../etc/make_band.scm Scheme Microcode Version 10.2 MIT Scheme, unix [bsd (sun)] version Microcode Error: code = 0x10; Bad error handlers vector. utabs.bin loaded purified **** Stack Trace **** ...: "/home/esmith/makefiles/runtime/utabmd.bin" Return code: [RETURN_CODE PCOMB2_APPLY] Expression: [PCOMB2 0x2474a8] ...: () Return code: [RETURN_CODE EXECUTE_ASSIGNMENT_FINISH] Expression: [SET! (MICROCODE-TABLES-IDENTIFICATION) 0x2473e4] ...: [ENVIRONMENT 0x57a58] (from SNARF-VERSION) Return code: [RETURN_CODE SEQ_3_DO_2] Expression: [SEQUENCE_3 0x247320] ...: [ENVIRONMENT 0x57a58] (from SNARF-VERSION) Return code: [RETURN_CODE SEQ_3_DO_3] Expression: [SEQUENCE_3 0x246dbc] ...: [ENVIRONMENT 0x57908] (from #[MAKE-ENVIRONMENT-PROCEDURE] 0x57900]) Return code: [RETURN_CODE EXECUTE_DEFINITION_FINISH] Expression: [DEFINE (MICROCODE-SYSTEM) 0x2458e0] ...: () Return code: [RETURN_CODE SEQ_3_DO_3] Expression: [SEQUENCE_3 0x4ff84] ...: [ENVIRONMENT 0x4fe80] (from #[LET-PROCEDURE]) Return code: [RETURN_CODE SEQ_2_DO_2] Expression: [SEQUENCE_2 0x4fe8c] ...: [ENVIRONMENT 0x4fe94] (from COLD-LOAD-LOOP) Return code: [RETURN_CODE SEQ_3_DO_2] Expression: [SEQUENCE_3 0x4fea0] ...: [ENVIRONMENT 0x4feac] (from :LOAD) Return code: [RETURN_CODE SEQ_3_DO_3] Expression: [SEQUENCE_3 0x4feb4] ...: () Return code: [RETURN_CODE END_OF_COMPUTATION] Expression: () No handler for error code: 16 *** Error code 1 make: Fatal error: Command failed for target `runtime/scheme.bin' horus> . config.h modified for Sparcstation 1+, per instructions ----------------------------------------------------------------- /* -*-C-*- Copyright (c) 1987 Massachusetts Institute of Technology This material was developed by the Scheme project at the Massachusetts Institute of Technology, Department of Electrical Engineering and Computer Science. Permission to copy this software, to redistribute it, and to use it for any purpose is granted, subject to the following restrictions and understandings. 1. Any copy made of this software must include this copyright notice in full. 2. Users of this software agree to make their best efforts (a) to return to the MIT Scheme project any improvements or extensions that they make, so that these may be included in future releases; and (b) to inform MIT of noteworthy uses of this software. 3. All materials developed as a consequence of the use of this software shall duly acknowledge such use, in accordance with the usual standards of acknowledging credit in academic research. 4. MIT has made no warrantee or representation that the operation of this software will be error-free, and MIT is under no obligation to provide any services, by way of maintenance, update, or otherwise. 5. In conjunction with products arising from the use of this material, there shall be no use of the name of the Massachusetts Institute of Technology nor of any adaptation thereof in any advertising, promotional, or sales literature without prior written consent from MIT in each case. */ /* $Header: config.h,v 9.32 87/11/04 20:03:59 GMT cph Rel $ * * This file contains the configuration information and the information * given on the command line on Unix. * */ /* output from Wsize, run 09/27/90 */ #define Heap_In_Low_Memory #define UNSIGNED_SHIFT /* VAX_BYTE_ORDER not used. */ #define CHAR_SIZE 8 #define USHORT_SIZE 16 #define ULONG_SIZE 32 /* Flonum (double) size is 64 bits. */ /* moved to appropriate places below #define FLONUM_EXPT_SIZE 10 #define FLONUM_MANTISSA_BITS 53 #define MAX_FLONUM_EXPONENT 1023 */ /* Floating point representation uses hidden bit. */ /* Default pathnames. */ #ifndef DEFAULT_BAND_NAME #define DEFAULT_BAND_NAME "scm:scheme.bin" #endif #ifndef SCHEME_SOURCES_PATH #define SCHEME_SOURCES_PATH "scm:" #endif #ifndef butterfly #ifndef unix /* On unix, these are part of the make file. */ /* Runtime debugging flags, with appropriate defaults: */ /* To debug the interpreter code itself, define ENABLE_DEBUGGING_TOOLS */ /* #define ENABLE_DEBUGGING_TOOLS */ /* If runtime HISTORY recording (a Scheme code debugging tool) is desired. */ #define COMPILE_HISTORY /* To enable the STEPPER. Incompatible with futures. */ /* #define COMPILE_STEPPER */ /* To enable FUTURES (a multiprocessor / multiprocessing extension). This option is incompatible with the stepper. Future.c must also be compiled. */ /* #define COMPILE_FUTURES */ /* To enable stacklets (mostly useful with FUTURES). These allow the stack to be allocated in small chunks from the heap, rather than in a single contiguous area at start up time. The use of the this option is incompatible with the stepper and compiler. */ /* #define USE_STACKLETS */ #endif #endif /* Some configuration consistency testing */ #ifdef COMPILE_STEPPER #ifdef COMPILE_FUTURES #include "Error: Futures and stepping are not currently compatible." #endif #endif #ifdef USE_STACKLETS #ifdef COMPILE_STEPPER #include "Error: The stepper doesn't work with stacklets." #endif #endif /* These C type definitions are needed by everybody. They should not be here, but it is unavoidable. */ typedef char Boolean; #define true 1 #define false 0 /* This defines it so that C will be happy. The various fields are defined in object.h */ typedef unsigned long Pointer; /* Operating System / Machine dependencies: For each implementation, be sure to specify FASL_INTERNAL_FORMAT, the various sizes, and the floating point information. Make sure that there is an appropriate FASL_<machine name>. If you do not know these parameters, try compiling and running the wsize program ("make wsize" if on a unix variant). It may not run, but if it does, it will probably compute the correct information. Note that the C type void is used in the sources. If your version of C does not have this type, you should bypass it. This can be done by inserting the preprocessor command '#define void' in this file. CHAR_SIZE is the size of a character in bits. USHORT_SIZE is the size of an unsigned short in bits. It should be equivalent to (sizeof(unsigned short) * CHAR_SIZE), but is available to the preprocessor. ULONG_SIZE is the size of an unsigned long in bits. FLONUM_EXPT_SIZE is the number of bits in the largest positive exponent of a (double) floating point number. Note that if excess exponents are used in the representation, this number is one less than the size in bits of the exponent field. FLONUM_MANTISSA_BITS is the number of bits in the (positive) mantissa of a (double) floating point number. It includes the hidden bit if the representation uses them. Thus 2+FLONUM_EXPT_SIZE+FLONUM_MANTISSA_BITS(-1 if hidden bit is used) should be the size in bits of a (double) floating point number. FLONUM_EXPONENT_SIZE MAX_FLONUM_EXPONENT = 2 - 1 Other flags (the safe option is NOT to define them, which will sacrifice speed for safety): b32 should be defined for machines whose word size (CHAR_SIZE*sizeof(long)) is 32 bits. The information is redundant, but some C compilers do not do constant folding when shifts are involved, so it sometimes makes a big difference to define the constants directly rather than in terms of other constants. Similar things can be done for other word sizes. */ /* Heap_In_Low_Memory should be defined if malloc returns the lowest available memory and thus all addresses will fit in the datum portion of a Scheme Pointer. The datum portion of a Scheme Pointer is 8 bits less than the length of a C long. UNSIGNED_SHIFT is defined if right shifting an unsigned long (i.e. Pointer) results in a logical (vs. arithmetic) shift. Setting the flag allows faster type code extraction. VAX_BYTE_ORDER is defined if the least significant byte of a longword in memory lies at the lowest address, not defined if the opposite convention holds (ie. Motorola MC6820), or the concept does not apply (ie. DEC PDP-10). BELL is the character which rings the terminal bell. The following switches are used to use the system provided library routines rather than the emulated versions in the Scheme sources. The system provided ones are more accurate and potentially more efficient. HAS_FLOOR should be defined if the system has the double precision procedures floor and ceil. On Unix, look for floor(3M). HAS_FREXP should be defined if the system has the double precision procedures ldexp and frexp. On Unix, look for frexp(3C). FLOATING_ALIGNMENT should be defined if the system requires floating point numbers (double) to be aligned more strictly than Pointers (long). The value must be a mask of the low order bits which are required to be zero for the storage address. For example, a value of 0x7 requires octabyte alignment on a machine where addresses are specified in bytes. The alignment must be an integral multiple of the length of a long, since it must pad with an explicit Pointer value. This option is not completely working right now. */ #define FASL_UNKNOWN 0 #define FASL_PDP10 1 #define FASL_VAX 2 #define FASL_HP_9000_200 3 #define FASL_NU 4 #define FASL_HP_9000_500 5 #define FASL_SUN 6 #define FASL_BFLY 7 #define FASL_CYBER 8 #define FASL_CELERITY 9 #define FASL_HP_SPECTRUM 10 #define FASL_UMAX 11 #define FASL_PYR 12 #define FASL_ALLIANT 13 /* These (pdp10 and nu) haven't worked in a while. * Should be upgraded or flushed some day. */ #ifdef pdp10 #define Heap_In_Low_Memory #define CHAR_SIZE 36 / * Ugh! Supposedly fixed in newer Cs * / #define BELL '\007' /* #define FASL_INTERNAL_FORMAT FASL_PDP10 */ #define FASL_INTERNAL_FORMAT FASL_UNKNOWN #endif #ifdef nu #define Heap_In_Low_Memory #define CHAR_SIZE 8 #define USHORT_SIZE 16 #define ULONG_SIZE 32 #define BELL '\007' #define FASL_INTERNAL_FORMAT FASL_NU #define FLONUM_EXPT_SIZE 10 /* #define FLONUM_EXPT_SIZE 7 */ #define FLONUM_MANTISSA_BITS 53 /* #define FLONUM_MANTISSA_BITS 56 */ #define MAX_FLONUM_EXPONENT 1023 /* #define MAX_FLONUM_EXPONENT 127 */ #define HAS_FREXP #ifdef quick /* Bignum code fails for certain variables in registers because of a compiler bug! */ #undef quick #define quick #endif #endif #ifdef vax /* Amazingly unix and vms agree on all these */ #define Heap_In_Low_Memory #define UNSIGNED_SHIFT #define VAX_BYTE_ORDER #define CHAR_SIZE 8 #define USHORT_SIZE 16 #define ULONG_SIZE 32 #define BELL '\007' #define FASL_INTERNAL_FORMAT FASL_VAX #define FLONUM_EXPT_SIZE 7 #define FLONUM_MANTISSA_BITS 56 /* D format */ #define MAX_FLONUM_EXPONENT 127 #define HAS_FLOOR #define HAS_FREXP /* Not on these, however */ #ifdef vms #define VMS_VERSION 4 #define VMS_SUBVERSION 5 /* If your C runtime library already defines the `tbuffer' datatype, then define this symbol. */ /* #define HAVE_TBUFFER */ /* Name conflict in VMS with system variable */ #define Free Free_Register #if (VMS_VERSION < 4) /* Pre version 4 VMS has no void type. */ #define void #endif /* This eliminates a spurious warning from the C compiler. */ #define main_type /* exit(0) produces horrible message on VMS */ #define NORMAL_EXIT 1 #define Exit_Scheme_Declarations static jmp_buf Exit_Point #define Init_Exit_Scheme() \ { \ int Which_Way = setjmp(Exit_Point); \ if (Which_Way == NORMAL_EXIT) \ return; \ } #define Exit_Scheme(value) \ if (value != 0) \ exit(value); \ longjmp(Exit_Point, NORMAL_EXIT) #else /* not a vms, therefore unix */ /* Vax Unix C compiler bug */ #define double_into_fixnum(what, target) \ { \ long For_Vaxes_Sake = ((long) what); \ \ target = Make_Non_Pointer(TC_FIXNUM, For_Vaxes_Sake); \ } #endif /* not vms */ #endif /* vax */ #ifdef hp9000s200 /* and s300, pretty indistinguishable */ #define Heap_In_Low_Memory #define UNSIGNED_SHIFT #define CHAR_SIZE 8 #define USHORT_SIZE 16 #define ULONG_SIZE 32 #define BELL '\007' #define FASL_INTERNAL_FORMAT FASL_HP_9000_200 #define FLONUM_EXPT_SIZE 10 #define FLONUM_MANTISSA_BITS 53 #define MAX_FLONUM_EXPONENT 1023 #define HAS_FLOOR #define HAS_FREXP /* C compiler bug in GC_Type */ #define term_type int #endif #ifdef hp9000s500 /* An unfortunate fact of life on this machine: the C heap is in high memory thus Heap_In_Low_Memory is not defined and the whole thing runs slowly. *Sigh* */ #define UNSIGNED_SHIFT #define CHAR_SIZE 8 #define USHORT_SIZE 16 #define ULONG_SIZE 32 #define BELL '\007' #define FASL_INTERNAL_FORMAT FASL_HP_9000_500 #define FLONUM_EXPT_SIZE 10 #define FLONUM_MANTISSA_BITS 53 #define MAX_FLONUM_EXPONENT 1023 #define HAS_FLOOR #define HAS_FREXP /* C Compiler bug when constant folding and anchor pointing */ #define And2(x, y) ((x) ? (y) : false) #define And3(x, y, z) ((x) ? ((y) ? (z) : false) : false) #define Or2(x, y) ((x) ? true : (y)) #define Or3(x, y, z) ((x) ? true : ((y) ? true : (z))) #endif #ifdef sun #define Heap_In_Low_Memory #define UNSIGNED_SHIFT #define CHAR_SIZE 8 #define USHORT_SIZE 16 #define ULONG_SIZE 32 #define BELL '\007' #define FASL_INTERNAL_FORMAT FASL_SUN #define FLONUM_EXPT_SIZE 7 #define FLONUM_MANTISSA_BITS 56 #define MAX_FLONUM_EXPONENT 127 #define HAS_FLOOR #define HAS_FREXP /* Sun C compiler bug. */ #define double_into_fixnum(what, target) \ { \ long for_suns_sake = ((long) what); \ \ target = Make_Non_Pointer(TC_FIXNUM, for_suns_sake); \ } #endif #ifdef butterfly #define Heap_In_Low_Memory #define CHAR_SIZE 8 #define USHORT_SIZE 16 #define ULONG_SIZE 32 #define BELL '\007' #define FASL_INTERNAL_FORMAT FASL_BFLY #define FLONUM_EXPT_SIZE 7 #define FLONUM_MANTISSA_BITS 56 #define MAX_FLONUM_EXPONENT 127 #include <public.h> #define HAS_FREXP #define STACK_SIZE 4 /* 4K objects */ #endif #ifdef cyber180 /* Word size is 64 bits. */ #define Heap_In_Low_Memory #define CHAR_SIZE 8 #define USHORT_SIZE ??? #define ULONG_SIZE ??? #define BELL '\007' #define FASL_INTERNAL_FORMAT FASL_CYBER #define FLONUM_EXPT_SIZE 14 #define FLONUM_MANTISSA_BITS 48 /* Not the full range, or so the manual says. */ #define MAX_FLONUM_EXPONENT 4095 /* The Cyber180 C compiler manifests a bug in hairy conditional expressions */ #define Conditional_Bug #endif #ifdef celerity #define Heap_In_Low_Memory #define UNSIGNED_SHIFT #define CHAR_SIZE 8 #define USHORT_SIZE 16 #define ULONG_SIZE 32 #define BELL '\007' #define FASL_INTERNAL_FORMAT FASL_CELERITY #define FLONUM_EXPT_SIZE 11 #define FLONUM_MANTISSA_BITS 53 #define MAX_FLONUM_EXPONENT 2047 #endif #ifdef spectrum /* Heap resides in "Quad 1", and hence memory addresses have a 1 in the second MSBit. This is taken care of in object.h, and is still considered Heap_In_Low_Memory. */ #define Heap_In_Low_Memory #define UNSIGNED_SHIFT #define CHAR_SIZE 8 #define USHORT_SIZE 16 #define ULONG_SIZE 32 #define BELL '\007' #define FASL_INTERNAL_FORMAT FASL_HP_SPECTRUM #define FLONUM_EXPT_SIZE 10 #define FLONUM_MANTISSA_BITS 53 #define MAX_FLONUM_EXPONENT 1023 #define FLOATING_ALIGNMENT 0x7 /* Low 3 MBZ for float storage */ #define HAS_FLOOR #define HAS_FREXP #endif #ifdef umax #define Heap_In_Low_Memory #define UNSIGNED_SHIFT #define CHAR_SIZE 8 #define USHORT_SIZE 16 #define ULONG_SIZE 32 #define BELL '\007' #define FASL_INTERNAL_FORMAT FASL_UMAX #define FLONUM_EXPT_SIZE 10 #define FLONUM_MANTISSA_BITS 53 #define MAX_FLONUM_EXPONENT 1023 #define HAS_FLOOR #define HAS_FREXP #endif #ifdef pyr #define Heap_In_Low_Memory #define UNSIGNED_SHIFT #define CHAR_SIZE 8 #define USHORT_SIZE 16 #define ULONG_SIZE 32 #define BELL '\007' #define FASL_INTERNAL_FORMAT FASL_PYR /* Flonum (double) size is 64 bits. */ #define FLONUM_EXPT_SIZE 11 #define FLONUM_MANTISSA_BITS 52 #define MAX_FLONUM_EXPONENT 2047 #endif #ifdef alliant #define Heap_In_Low_Memory #define UNSIGNED_SHIFT #define CHAR_SIZE 8 #define USHORT_SIZE 16 #define ULONG_SIZE 32 #define BELL '\007' #define FASL_INTERNAL_FORMAT FASL_ALLIANT #define FLONUM_EXPT_SIZE 10 #define FLONUM_MANTISSA_BITS 53 #define MAX_FLONUM_EXPONENT 1023 #define HAS_FLOOR #define HAS_FREXP #endif /* Make sure that some definition applies. If this error occurs, and the parameters of the configuration are unknown, try the Wsize program. */ #ifndef CHAR_SIZE #include "Error: config.h: Unknown configuration." #endif #if (ULONG_SIZE == 32) #define b32 #endif /* Default "segment" sizes */ #ifndef STACK_SIZE #ifndef USE_STACKLETS #define STACK_SIZE 100 /* Default Kcells for stack */ #else #define STACK_SIZE 256 /* Default stacklet size */ #endif #endif #ifndef CONSTANT_SIZE #define CONSTANT_SIZE 300 /* Default Kcells for constant */ #endif #ifndef HEAP_SIZE #define HEAP_SIZE 250 /* Default Kcells for each heap */ #endif . top of Makefile generated in microcode directory and slightly modified to accomodate the obvious (sparc vs Sun3) ----------------------------------------------------------------- ### MACHINE DEPENDENT PART ### # # # Default version # # # CC = cc ECHO = echo MACVAX = -Dbsd # -Dvax -Dunix done by C preprocessor MAC200 = -Dhpux # -Dhp9000s200 -Dunix done by C preprocessor MAC500 = -Dhpux -Dsystem3 # -Dhp9000s500 -Dunix done by C preprocessor MACCYB = -Dcyber180 # There might be a symbol already defined, but... MACSUN = -Dsun -Dunix -Dbsd -Dsparc MACCEL = -Dbsd -Dcelerity -Dunix MACSPECTRUM = -Dhpux -Dspectrum MACUNK = -Dunix # Add other parameters as appropriate. # # *** NOTE *** # These are the main lines to change. # They reflect the machine and operating system type. # # The actual machine we are running on. MAC = $(MACSUN) . no changes below this point