fix Makefile and README for 2000/bellard

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Landon Curt Noll committed 2023-03-14 01:28:57 -07:00
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#!/bin/make
# 2000 makefile
#!/usr/bin/env make
#
# Copyright (C) Simon Cooper, Landon Curt Noll, Peter Seebach
# and Leonid A. Broukhis, 2000.
# All Rights Reserved. Permission for personal, educational or non-profit
# use is granted provided this this copyright and notice are included in its
# entirety and remains unaltered. All other uses must receive prior permission
# from the contest judges.
# IOCCC 2000 winning entry - bellard
SHELL= /bin/sh
CAT= cat
RM= rm
SED= sed
TRUE= true
#CINCLUDE= -I ${HOMEBREW_PREFIX}/include/SDL2
# optimization
################################################################################
#
# Most compiles will safely use -O2. Some can use only -O.
# A few compilers have broken optimizers and thus you may
# not want anything.
# Regarding individual entries:
#
# IOCCC winning entry code may not work on your system. Even with standards,
# conditions and build environments change, especially when it comes to more
# extreme code such you might find in an IOCCC winner. Moreover, what was
# allowed and liked in one IOCCC contest may no longer be liked/allowed in
# later IOCCC years.
#
# Corrections on winning author and fixing typos in remarks are VERY WELCOME.
#
# GitHub pull requests are welcome:
#
# If you have a patch that might make running an entry work in modern Unix-like
# environments, please create a GitHub pull request for the IOCCC judges to
# consider.
#
# Suggestions and corrections regarding Makefiles, winning author information,
# fixing typos in remarks, and code patches are welcome via opening a GitHub
# issue or better yet, by creating a GitHub pull request for the IOCCC judges
# to consider. To form a GitHub issue or GitHub pull, please visit:
#
# https://github.com/ioccc-src/winner
#
################################################################################
# This work by Landon Curt Noll and Leonid A. Broukhis is licensed under:
#
# Creative Commons Attribution-ShareAlike 3.0 Unported License.
#
# See: http://creativecommons.org/licenses/by-sa/3.0/
#############################
# shell used by this Makefile
#############################
#
SHELL= bash
#######################
# common tool locations
#######################
#
include ../../var.mk
# Set X11_LIBDIR to the directory where the X11 library resides
#
#X11_LIBDIR= /usr/X11R6/lib
#X11_LIBDIR= /usr/X11/lib
X11_LIBDIR= /opt/X11/lib
# Set X11_INCLUDEDIR to the directory where the X11 include files reside
#
#X11_INCDIR= /usr/X11R6/include
#X11_INCDIR= /usr/X11/include
X11_INCDIR= /opt/X11/include
# Common C compiler warnings to silence
#
#CSILENCE=
CSILENCE= -Wno-error -Wno-implicit-function-declaration -Wno-implicit-int \
-Wno-return-type -Wno-unsequenced
# Common C compiler warning flags
#
#CWARN= ${CSILENCE}
#CWARN= -Wall ${CSILENCE}
CWARN= -Wall -Wextra ${CSILENCE}
#CWARN= -Wall -Wextra -pedantic ${CSILENCE}
# Compiler standard
#
#CSTD=
#CSTD= -ansi
CSTD= -std=gnu99
# Compiler bit architecture
#
# Some entries require 32-bitness:
# ARCH= -m32
#
# Some entries require 64-bitness:
# ARCH= -m64
#
# By default we assume nothing:
#
ARCH=
# Defines that are needed to compile
#
CDEFINE=
#CDEFINE= -DIOCCC
# Include files that are needed to compile
#
CINCLUDE=
#CINCLUDE= -include stdlib.h
#CINCLUDE= -include stdio.h
#CINCLUDE= -include stdlib.h -include stdio.h
#CINCLUDE= -I ${X11_INCDIR}
#CINCLUDE= `${SDL2_CONFIG} --cflags`
# Optimization
#
# Most compiles will safely use -O2. Some can use only -O1 or -O.
# A few compilers have broken optimizers or this entry make break
# under those buggy optimizers and thus you may not want anything.
# Reasonable compilers will allow for -O3.
#
#OPT=
#OPT= -O
OPT= -O2
#OPT= -O1
#OPT= -O2
OPT= -O3
# flags for ANSI compiles
# Default flags for ANSI C compilation
#
# NOTE: Some ANSI compilers make use of -Xa to turn on ANSI mode,
# others such as gcc may want -ansi, others (Compaq Tru64 Unix)
# want -std1, and others may want nothing at all.
# Adjust the CFLAGS line as needed.
#
# NOTE: Some compilers cannot optimize, or optimize some entries
# incorrectly. You might want to turn on -O to see if your
# compiler can handle them.
#
#
#CFLAGS= -Xa ${OPT}
#CFLAGS= -std1 $(OPT)
CFLAGS= -ansi ${OPT}
CFLAGS= ${CSTD} ${CWARN} ${ARCH} ${CDEFINE} ${CINCLUDE} ${OPT}
NO_ANSI_CFLAGS=
#NO_ANSI_CFLAGS=
# Libraries needed to build
#
LIBS=
#LIBS= -lm
#LIBS= -L ${X11_LIBDIR} -lX11
#LIBS= `${SDL2_CONFIG} --libs`
# NOTE: On some systems, the library path does not include the location
# of the X11 libraries. You might need to use a -L/path/to/X11/lib/dir
# in order to compile with these libs.
#
X11CCFLAGS= -I/usr/X11R6/include -I/usr/X11R6/include/X11 -I/usr/include/X11
#X11CCFLAGS=
X11LDFLAGS= -L/usr/X11R6/lib
#X11LDFLAGS=
# Perl
#
PERL= perl
#PERL= perl5
# ANSI compiler
#
# Set CC to the name of your ANSI compiler.
#
# Some entries seem to need gcc. If you have gcc, set
# both CC and MAY_NEED_GCC to gcc.
#
# If you do not have gcc, set CC to the name of your ANSI compiler, and
# set MAY_NEED_GCC to either ${CC} (and hope for the best) or to just :
# to disable such programs.
# C compiler to use
#
CC= cc
MAY_NEED_GCC= gcc
#CC=clang
#CC=gcc
# winners that compile under ANSI C
# Compiler add-ons or replacements for clang only
#
WINNERS= anderson schneiderwent primenum bellard bmeyer briddlebane dhyang \
dmy2jd jarijyrki dlowe natori rince robison thadgavin tomx
ALT_NAMES= schneiderwent.orig briddlebane.orig thadgavin.orig
DATA_FILES= schneiderwent_files bmeyer_files jarijyrki_files
all: ${WINNERS}
# Best use of flags
ifeq ($(CC),clang)
#
anderson: anderson.c
${CC} ${CFLAGS} $? -o $@
# Most Timely Output
CSILENCE+= -Wno-comma -Wno-missing-prototypes -Wno-missing-variable-declarations \
-Wno-pedantic -Wno-poison-system-directories -Wno-strict-prototypes
#
schneiderwent: schneiderwent.c
${CC} ${CFLAGS} $? -o $@
schneiderwent_files: schneiderwent.data
schneiderwent.orig: schneiderwent.orig.c
${CC} ${CFLAGS} $? -o $@
# Best Abuse of CPP
CWARN+= -Weverything
#
primenum: primenum.c
${CC} ${CFLAGS} $? -o $@
endif
# Most Specific Output
# Specific add-ons or replacements for gcc only
#
bellard: bellard.c
${CC} ${CFLAGS} $? -o $@
ifeq ($(CC),gcc)
#
#CSILENCE+=
#
#CWARN+=
#
endif
# Best Utility
#
# machines operating in 64 bit mode:
#
bmeyer: bmeyer.c
${CC} -DY= -O6 $? -o $@ -lm
#
# linux/x86, glibc 2.0, libc4/5:
#
# bmeyer: bmeyer.c
# ${CC} -DY="__setfpucw(0x127f)" -O6 $? -o $@ -lm
#
# linux/x86, glibc 2.1:
#
# bmeyer: bmeyer.c
# ${MAY_NEED_GCC} -DY='int x=0x127f; __asm__ ("fldcw %0" : : "m" (*&x))' \
# -O6 $? -o $@ -lm
bmeyer_files: lavabus.pgm lenna.glic michael.pgm
# Best Abuse of User
##############################
# Special flags for this entry
##############################
#
briddlebane: briddlebane.c
${CC} ${CFLAGS} $? -o $@ -lm
briddlebane.orig: briddlebane.orig.c
${CC} ${CFLAGS} $? -o $@ -lm
# Best Layout
ENTRY= bellard
PROG= ${ENTRY}
#
dhyang: dhyang.c
${CC} ${CFLAGS} $? -o $@
dmy2jd: dmy2jd.c
${CC} ${CFLAGS} $? -o $@
# Best of Show
OBJ= ${PROG}.o
DATA=
TARGET= ${PROG}
#
jarijyrki: jarijyrki.c
${CC} ${X11CCFLAGS} ${CFLAGS} -DNeedFunctionPrototypes \
-DU=40 -DT=98 '-Dz=(T+1)*U*U' -DQ=80 -DS=20 -DN=10 -DB=5 -DG=23 \
-Dp=7 '-DM=((p+1)*Q)+S' '-DH=(G*S)+S+S' -DC=XK_Up -DL=XK_Down \
-DO=XK_Left -DV=XK_Right -DR=XK_Escape -D_=XK_BackSpace \
$? -o $@ ${X11LDFLAGS} -lX11
ALT_OBJ=
ALT_TARGET=
jarijyrki_files: sheet1.info
# Worst Abuse of the Rules
#################
# build the entry
#################
#
# NOTE: You will need to adjust this path to the place where Perl has been
# installed on your system. Running "perl -V" may help you locate
# this place.
#
# The following bit of perl may help determining the values you need:
#
# perl -MConfig -e 'print "$Config{archlibexp}/CORE\n"'
#
#
dlowe: dlowe.c
${CC} ${NO_ANSI_CFLAGS} -DPERL_POLLUTE \
`${PERL} -MExtUtils::Embed -e ccopts` $? -o $@ \
`${PERL} -MExtUtils::Embed -e ldopts`
# Best Small Program
#
natori: natori.c
${CC} ${CFLAGS} $? -o $@ -lm
# Astronomically Obfuscated
#
rince: rince.c
${CC} ${X11CCFLAGS} ${CFLAGS} -DM_PI=3.14159265358979323846 \
$? -o $@ -lm ${X11LDFLAGS} -lX11
# Best game
#
robison: robison.c
${CC} ${CFLAGS} $? -o $@
# Most Portable Output
#
thadgavin: thadgavin.c
${CC} ${CFLAGS} $? -o $@ -lcurses -lm
thadgavin.orig: thadgavin.orig.c
${CC} ${CFLAGS} $? -o $@ -lncurses -lm
# Most Complete Program
#
tomx: tomx.c
${CC} ${CFLAGS} $? -o $@
everything: ${WINNERS} ${ALT_NAMES} ${DATA_FILES}
clean:
${RM} -f *.o a.out core ${WINNERS}
clobber: clean
${RM} -f ${WINNERS}
${RM} -f ${ALT_NAMES}
nuke: clobber
all: data ${TARGET}
@${TRUE}
install: all
${CAT} ${WINNERS} ${ALT_NAMES} > /dev/null
.PHONY: all alt data everything clean clobber install \
love haste waste maker easter_egg sandwich \
supernova deep_magic magic charon pluto
${PROG}: ${PROG}.c
${CC} ${CFLAGS} $< -o $@ ${LIBS}
# alternative executable
#
alt: data ${ALT_TARGET}
@${TRUE}
# data files
#
data: ${DATA}
@${TRUE}
# both all and alt
#
everything: all alt
###############
# utility rules
###############
#
clean:
${RM} -f ${OBJ} ${ALT_OBJ}
@-if [ -f indent.c ]; then \
echo ${RM} -f indent.c; \
${RM} -f indent.c; \
fi
clobber: clean
${RM} -f ${TARGET} ${ALT_TARGET}
@-if [ -e sandwich ]; then \
${RM} -f sandwich; \
echo 'ate sandwich'; \
fi
install:
@echo "Dr. Spock says that is not logical!"
@${TRUE}
# you may be able to misunderstand the source by reading indent.c
#
indent.c: ${PROG}.c
@if which "${GINDENT}" >/dev/null 2>&1; then \
echo ${RM} -f $@; \
${RM} -f $@; \
echo "${GINDENT} < $< > $@"; \
${GINDENT} < $< > $@; \
elif which "${INDENT}" >/dev/null 2>&1; then \
echo ${RM} -f $@; \
${RM} -f $@; \
echo "${INDENT} < $< > $@"; \
${INDENT} < $< > $@; \
else \
echo "no intent tool found, ident $< yourself, sorry"; \
echo "exit 1"; \
exit 1; \
fi
##################
# 133t hacker rulz
##################
#
love:
@echo 'not war?'
@${TRUE}
haste:
$(MAKE) waste
@${TRUE}
waste:
@echo 'haste'
@${TRUE}
maker:
@echo 'Participate in a maker faire'
@${TRUE}
easter_egg:
@echo "you expected to often misunderstand this $${RANDOM} magic"
@echo "chongo '<was here>' /\\oo/\\"
@echo "Eggy"
sandwich: easter_egg
@if [ `id -u` -eq 0 ]; then \
echo 'Okay.'; \
echo "$${RANDOM}`date +%s`$${RANDOM}" > $@; \
else \
echo 'What? Make it yourself.'; \
exit 1; \
fi
# Understand the history of the Homebrew Computer Club
# as well as the West Coast Computer Faire and
# you might be confused different. :-)
#
supernova: sandwich
@-if [ -r .code_anal ]; then \
${RM} -f .code_anal_v6; \
else \
echo "planet deniers, like some members of the IAU, are so cute when they try to defend their logic"; \
fi
@echo "A $@ helps ${MAKE} the elements that help form planets"
@${TRUE}
deep_magic: supernova
@-if [ -r .code_anal ]; then \
ccode_analysis --deep_magic 7889066cdbdf09b0408021754586e895be641cc9be29e7eafd3ca65359541f17 \
--FNV1a_hash_512_bit -v2 "${PROG}" "${PROG}.c"; \
else \
echo "Wrong! Do it again!"; \
sleep 2; \
echo "Wrong! Do it again!"; \
sleep 2; \
echo "Wrong! Do it again!"; \
fi
@${TRUE}
magic: deep_magic
@-if [ -r .code_anal ]; then \
ccode_analysis --level 20003 --mode 5717175 --FNV1a_hash_512_bit -v2 "${PROG}" "${PROG}.c"; \
else \
echo "If you don't eat yer meat, you can't have any pudding!"; \
echo "How can you have any pudding if you don't eat yer meat?!"; \
fi
@${TRUE}
# The IOCCC resident astronomer states
#
charon: magic
@echo "$@ is a dwarf planet"
@echo "dwarf is a type of planet"
@echo "therefore IAU, $@ is a planet"
pluto: charon
${MAKE} charon
@echo "$@ is a dwarf planet"
@echo "dwarf is a type of planet"
@echo "therefore, $@ is a planet"
@echo "having lots of planets is good feature because supernovae can help ${MAKE} a lot of them"
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Most Specific Output:
Fabrice Bellard
451 chemin du mas de Matour
34790 Grabels
France
Fabrice Bellard
451 chemin du mas de Matour
34790 Grabels
France
http://www.enst.fr/~bellard
http://www.enst.fr/~bellard
## To build:
Judges' Comments:
```sh
make
```
To build:
### To run:
make bellard
```sh
./prog
```
To run:
### Try:
./bellard
```sh
Do. Or do not. There is no try. :-)
```
This code is an nice compact example of a Modular Fast Fourier Transform.
While its output is very specific, the internal FFT has a wide variety
of uses.
## Judges' comments:
Can you modify this code to produce primes such as 23523*2^70000-1,
48594^65536+1 or 6917!-1?
This code is an nice compact example of a Modular Fast Fourier Transform.
While its output is very specific, the internal FFT has a wide variety
of uses.
Can you modify this code to produce primes such as 23523*2^70000-1,
48594^65536+1 or 6917!-1?
Selected Author's Comments:
### Alternate code:
This program prints the biggest known prime number (2^6972593-1)
in base 10. It requires a few minutes. It uses a Modular Fast
Fourier Transform to compute this number in a reasonable amount
of time (the usual method would take ages !).
The program uses >= 64 bit 'long long' type. It should run on any
system with a gcc compiler.
This program prints the biggest known prime number (2^6972593-1)
in base 10. It requires a few minutes. It uses a Modular Fast
Fourier Transform to compute this number in a reasonable amount
of time (the usual method would take ages !).
The program uses >= 64 bit 'long long' type. It should run on any
system with a gcc compiler.