Remove cruft from fusl

fusl/configure

Index: fusl/configure
diff --git a/fusl/configure b/fusl/configure
deleted file mode 100755
index ee217713568ea7d55c5699043efb221a6dc73b54..0000000000000000000000000000000000000000
--- a/fusl/configure
+++ /dev/null
@@ -1,679 +0,0 @@
-#!/bin/sh
-
-usage () {
-cat <<EOF
-Usage: $0 [OPTION]... [VAR=VALUE]... [TARGET]
-
-To assign environment variables (e.g., CC, CFLAGS...), specify them as
-VAR=VALUE.  See below for descriptions of some of the useful variables.
-
-Defaults for the options are specified in brackets.
-
-Installation directories:
-  --prefix=PREFIX         main installation prefix [/usr/local/musl]
-  --exec-prefix=EPREFIX   installation prefix for executable files [PREFIX]
-
-Fine tuning of the installation directories:
-  --bindir=DIR            user executables [EPREFIX/bin]
-  --libdir=DIR            library files for the linker [PREFIX/lib]
-  --includedir=DIR        include files for the C compiler [PREFIX/include]
-  --syslibdir=DIR         location for the dynamic linker [/lib]
-
-System types:
-  --target=TARGET         configure to run on target TARGET [detected]
-  --host=HOST             same as --target
-
-Optional features:
-  --enable-optimize=...   optimize listed components for speed over size [auto]
-  --enable-debug          build with debugging information [disabled]
-  --enable-warnings       build with recommended warnings flags [disabled]
-  --enable-visibility     use global visibility options to optimize PIC [auto]
-  --enable-wrapper=...    build given musl toolchain wrapper [auto]
-  --disable-shared        inhibit building shared library [enabled]
-  --disable-static        inhibit building static library [enabled]
-
-Some influential environment variables:
-  CC                      C compiler command [detected]
-  CFLAGS                  C compiler flags [-Os -pipe ...]
-  CROSS_COMPILE           prefix for cross compiler and tools [none]
-  LIBCC                   compiler runtime library [detected]
-
-Use these variables to override the choices made by configure.
-
-EOF
-exit 0
-}
-
-# Helper functions
-
-quote () {
-tr '\n' ' ' <<EOF | grep '^[-[:alnum:]_=,./:]* $' >/dev/null 2>&1 && { echo "$1" ; return 0 ; }
-$1
-EOF
-printf %s\\n "$1" | sed -e "s/'/'\\\\''/g" -e "1s/^/'/" -e "\$s/\$/'/" -e "s#^'\([-[:alnum:]_,./:]*\)=\(.*\)\$#\1='\2#"
-}
-echo () { printf "%s\n" "$*" ; }
-fail () { echo "$*" ; exit 1 ; }
-fnmatch () { eval "case \"\$2\" in $1) return 0 ;; *) return 1 ;; esac" ; }
-cmdexists () { type "$1" >/dev/null 2>&1 ; }
-trycc () { test -z "$CC" && cmdexists "$1" && CC=$1 ; }
-
-stripdir () {
-while eval "fnmatch '*/' \"\${$1}\"" ; do eval "$1=\${$1%/}" ; done
-}
-
-trycppif () {
-printf "checking preprocessor condition %s... " "$1"
-echo "typedef int x;" > "$tmpc"
-echo "#if $1" >> "$tmpc"
-echo "#error yes" >> "$tmpc"
-echo "#endif" >> "$tmpc"
-if $CC $2 -c -o /dev/null "$tmpc" >/dev/null 2>&1 ; then
-printf "false\n"
-return 1
-else
-printf "true\n"
-return 0
-fi
-}
-
-tryflag () {
-printf "checking whether compiler accepts %s... " "$2"
-echo "typedef int x;" > "$tmpc"
-if $CC $CFLAGS_TRY $2 -c -o /dev/null "$tmpc" >/dev/null 2>&1 ; then
-printf "yes\n"
-eval "$1=\"\${$1} \$2\""
-eval "$1=\${$1# }"
-return 0
-else
-printf "no\n"
-return 1
-fi
-}
-
-tryldflag () {
-printf "checking whether linker accepts %s... " "$2"
-echo "typedef int x;" > "$tmpc"
-if $CC $LDFLAGS_TRY -nostdlib -shared "$2" -o /dev/null "$tmpc" >/dev/null 2>&1 ; then
-printf "yes\n"
-eval "$1=\"\${$1} \$2\""
-eval "$1=\${$1# }"
-return 0
-else
-printf "no\n"
-return 1
-fi
-}
-
-
-
-# Beginning of actual script
-
-CFLAGS_C99FSE=
-CFLAGS_AUTO=
-CFLAGS_MEMOPS=
-CFLAGS_NOSSP=
-CFLAGS_TRY=
-LDFLAGS_AUTO=
-LDFLAGS_TRY=
-OPTIMIZE_GLOBS=
-prefix=/usr/local/musl
-exec_prefix='$(prefix)'
-bindir='$(exec_prefix)/bin'
-libdir='$(prefix)/lib'
-includedir='$(prefix)/include'
-syslibdir='/lib'
-tools=
-tool_libs=
-target=
-optimize=auto
-debug=no
-warnings=no
-visibility=auto
-shared=auto
-static=yes
-wrapper=auto
-gcc_wrapper=no
-clang_wrapper=no
-
-for arg ; do
-case "$arg" in
---help) usage ;;
---prefix=*) prefix=${arg#*=} ;;
---exec-prefix=*) exec_prefix=${arg#*=} ;;
---bindir=*) bindir=${arg#*=} ;;
---libdir=*) libdir=${arg#*=} ;;
---includedir=*) includedir=${arg#*=} ;;
---syslibdir=*) syslibdir=${arg#*=} ;;
---enable-shared|--enable-shared=yes) shared=yes ;;
---disable-shared|--enable-shared=no) shared=no ;;
---enable-static|--enable-static=yes) static=yes ;;
---disable-static|--enable-static=no) static=no ;;
---enable-optimize) optimize=yes ;;
---enable-optimize=*) optimize=${arg#*=} ;;
---disable-optimize) optimize=no ;;
---enable-debug|--enable-debug=yes) debug=yes ;;
---disable-debug|--enable-debug=no) debug=no ;;
---enable-warnings|--enable-warnings=yes) warnings=yes ;;
---disable-warnings|--enable-warnings=no) warnings=no ;;
---enable-visibility|--enable-visibility=yes) visibility=yes ;;
---disable-visibility|--enable-visibility=no) visibility=no ;;
---enable-wrapper|--enable-wrapper=yes) wrapper=detect ;;
---enable-wrapper=all) wrapper=yes ; gcc_wrapper=yes ; clang_wrapper=yes ;;
---enable-wrapper=gcc) wrapper=yes ; gcc_wrapper=yes ;;
---enable-wrapper=clang) wrapper=yes ; clang_wrapper=yes ;;
---disable-wrapper|--enable-wrapper=no) wrapper=no ;;
---enable-gcc-wrapper|--enable-gcc-wrapper=yes) wrapper=yes ; gcc_wrapper=yes ;;
---disable-gcc-wrapper|--enable-gcc-wrapper=no) wrapper=no ;;
---enable-*|--disable-*|--with-*|--without-*|--*dir=*|--build=*) ;;
---host=*|--target=*) target=${arg#*=} ;;
--* ) echo "$0: unknown option $arg" ;;
-CC=*) CC=${arg#*=} ;;
-CFLAGS=*) CFLAGS=${arg#*=} ;;
-CPPFLAGS=*) CPPFLAGS=${arg#*=} ;;
-LDFLAGS=*) LDFLAGS=${arg#*=} ;;
-CROSS_COMPILE=*) CROSS_COMPILE=${arg#*=} ;;
-LIBCC=*) LIBCC=${arg#*=} ;;
-*=*) ;;
-*) target=$arg ;;
-esac
-done
-
-for i in prefix exec_prefix bindir libdir includedir syslibdir ; do
-stripdir $i
-done
-
-#
-# Get a temp filename we can use
-#
-i=0
-set -C
-while : ; do i=$(($i+1))
-tmpc="./conf$$-$PPID-$i.c"
-2>|/dev/null > "$tmpc" && break
-test "$i" -gt 50 && fail "$0: cannot create temporary file $tmpc"
-done
-set +C
-trap 'rm "$tmpc"' EXIT INT QUIT TERM HUP
-
-#
-# Find a C compiler to use
-#
-printf "checking for C compiler... "
-trycc ${CROSS_COMPILE}gcc
-trycc ${CROSS_COMPILE}c99
-trycc ${CROSS_COMPILE}cc
-printf "%s\n" "$CC"
-test -n "$CC" || { echo "$0: cannot find a C compiler" ; exit 1 ; }
-
-printf "checking whether C compiler works... "
-echo "typedef int x;" > "$tmpc"
-if output=$($CC $CPPFLAGS $CFLAGS -c -o /dev/null "$tmpc" 2>&1) ; then
-printf "yes\n"
-else
-printf "no; compiler output follows:\n%s\n" "$output"
-exit 1
-fi
-
-#
-# Figure out options to force errors on unknown flags.
-#
-tryflag   CFLAGS_TRY  -Werror=unknown-warning-option
-tryflag   CFLAGS_TRY  -Werror=unused-command-line-argument
-tryldflag LDFLAGS_TRY -Werror=unknown-warning-option
-tryldflag LDFLAGS_TRY -Werror=unused-command-line-argument
-
-#
-# Need to know if the compiler is gcc or clang to decide which toolchain
-# wrappers to build.
-#
-printf "checking for C compiler family... "
-cc_ver="$(LC_ALL=C $CC -v 2>&1)"
-cc_family=unknown
-if fnmatch '*gcc\ version*' "$cc_ver" ; then
-cc_family=gcc
-elif fnmatch '*clang\ version*' "$cc_ver" ; then
-cc_family=clang
-fi
-echo "$cc_family"
-
-#
-# Figure out toolchain wrapper to build
-#
-if test "$wrapper" = auto -o "$wrapper" = detect ; then
-echo "#include <stdlib.h>" > "$tmpc"
-echo "#if ! __GLIBC__" >> "$tmpc"
-echo "#error no" >> "$tmpc"
-echo "#endif" >> "$tmpc"
-printf "checking for toolchain wrapper to build... "
-if test "$wrapper" = auto && ! $CC -c -o /dev/null "$tmpc" >/dev/null 2>&1 ; then
-echo "none"
-elif test "$cc_family" = gcc ; then
-gcc_wrapper=yes
-echo "gcc"
-elif test "$cc_family" = clang ; then
-clang_wrapper=yes
-echo "clang"
-else
-echo "none"
-if test "$wrapper" = detect ; then
-fail "$0: could not find an appropriate toolchain wrapper"
-fi
-fi
-fi
-
-if test "$gcc_wrapper" = yes ; then
-tools="$tools tools/musl-gcc"
-tool_libs="$tool_libs lib/musl-gcc.specs"
-fi
-if test "$clang_wrapper" = yes ; then
-tools="$tools tools/musl-clang tools/ld.musl-clang"
-fi
-
-#
-# Find the target architecture
-#
-printf "checking target system type... "
-test -n "$target" || target=$($CC -dumpmachine 2>/dev/null) || target=unknown
-printf "%s\n" "$target"
-
-#
-# Convert to just ARCH
-#
-case "$target" in
-# Catch these early to simplify matching for 32-bit archs
-mips64*|powerpc64*) fail "$0: unsupported target \"$target\"" ;;
-arm*) ARCH=arm ;;
-aarch64*) ARCH=aarch64 ;;
-i?86*) ARCH=i386 ;;
-x86_64-x32*|x32*|x86_64*x32) ARCH=x32 ;;
-x86_64*) ARCH=x86_64 ;;
-mips*) ARCH=mips ;;
-microblaze*) ARCH=microblaze ;;
-or1k*) ARCH=or1k ;;
-powerpc*) ARCH=powerpc ;;
-sh[1-9bel-]*|sh|superh*) ARCH=sh ;;
-unknown) fail "$0: unable to detect target arch; try $0 --target=..." ;;
-*) fail "$0: unknown or unsupported target \"$target\"" ;;
-esac
-
-#
-# Try to get a conforming C99 freestanding environment
-#
-tryflag CFLAGS_C99FSE -std=c99
-tryflag CFLAGS_C99FSE -nostdinc
-tryflag CFLAGS_C99FSE -ffreestanding \
-|| tryflag CFLAGS_C99FSE -fno-builtin
-tryflag CFLAGS_C99FSE -fexcess-precision=standard \
-|| { test "$ARCH" = i386 && tryflag CFLAGS_C99FSE -ffloat-store ; }
-tryflag CFLAGS_C99FSE -frounding-math
-
-#
-# We may use the may_alias attribute if __GNUC__ is defined, so
-# if the compiler defines __GNUC__ but does not provide it,
-# it must be defined away as part of the CFLAGS.
-#
-printf "checking whether compiler needs attribute((may_alias)) suppression... "
-cat > "$tmpc" <<EOF
-typedef int
-#ifdef __GNUC__
-__attribute__((__may_alias__))
-#endif
-x;
-EOF
-if $CC $CFLAGS_C99FSE -I./arch/$ARCH -I./include $CPPFLAGS $CFLAGS \
-  -c -o /dev/null "$tmpc" >/dev/null 2>&1 ; then
-printf "no\n"
-else
-printf "yes\n"
-CFLAGS_C99FSE="$CFLAGS_C99FSE -D__may_alias__="
-fi
-
-#
-# The GNU toolchain defaults to assuming unmarked files need an
-# executable stack, potentially exposing vulnerabilities in programs
-# linked with such object files. Fix this.
-#
-tryflag CFLAGS_C99FSE -Wa,--noexecstack
-
-#
-# Check for options to disable stack protector, which needs to be
-# disabled for a few early-bootstrap translation units. If not found,
-# this is not an error; we assume the toolchain does not do ssp.
-#
-tryflag CFLAGS_NOSSP -fno-stack-protector
-
-#
-# Check for options that may be needed to prevent the compiler from
-# generating self-referential versions of memcpy,, memmove, memcmp,
-# and memset. Really, we should add a check to determine if this
-# option is sufficient, and if not, add a macro to cripple these
-# functions with volatile...
-#
-tryflag CFLAGS_MEMOPS -fno-tree-loop-distribute-patterns
-
-#
-# Enable debugging if requessted.
-#
-test "$debug" = yes && CFLAGS_AUTO=-g
-
-#
-# Preprocess asm files to add extra debugging information if debug is
-# enabled, our assembler supports the needed directives, and the
-# preprocessing script has been written for our architecture.
-#
-printf "checking whether we should preprocess assembly to add debugging information... "
-if fnmatch '-g*|*\ -g*' "$CFLAGS_AUTO $CFLAGS" &&
-   test -f "tools/add-cfi.$ARCH.awk" &&
-   printf ".file 1 \"srcfile.s\"\n.line 1\n.cfi_startproc\n.cfi_endproc" | $CC -g -x assembler -c -o /dev/null 2>/dev/null -
-then
-  ADD_CFI=yes
-else
-  ADD_CFI=no
-fi
-printf "%s\n" "$ADD_CFI"
-
-#
-# Possibly add a -O option to CFLAGS and select modules to optimize with
-# -O3 based on the status of --enable-optimize and provided CFLAGS.
-#
-printf "checking for optimization settings... "
-case "x$optimize" in
-xauto)
-if fnmatch '-O*|*\ -O*' "$CFLAGS_AUTO $CFLAGS" ; then
-printf "using provided CFLAGS\n" ;optimize=no
-else
-printf "using defaults\n" ; optimize=yes
-fi
-;;
-xsize|xnone) printf "minimize size\n" ; optimize=size ;;
-xno|x) printf "disabled\n" ; optimize=no ;;
-*) printf "custom\n" ;;
-esac
-
-test "$optimize" = no || tryflag CFLAGS_AUTO -Os || tryflag CFLAGS_AUTO -O2
-test "$optimize" = yes && optimize="internal,malloc,string"
-
-if fnmatch 'no|size' "$optimize" ; then :
-else
-printf "components to be optimized for speed:"
-while test "$optimize" ; do
-case "$optimize" in
-*,*) this=${optimize%%,*} optimize=${optimize#*,} ;;
-*) this=$optimize optimize=
-esac
-printf " $this"
-case "$this" in
-*/*.c) ;;
-*/*) this=$this*.c ;;
-*) this=$this/*.c ;;
-esac
-OPTIMIZE_GLOBS="$OPTIMIZE_GLOBS $this"
-done
-OPTIMIZE_GLOBS=${OPTIMIZE_GLOBS# }
-printf "\n"
-fi
-
-# Always try -pipe
-tryflag CFLAGS_AUTO -pipe
-
-#
-# If debugging is disabled, omit frame pointer. Modern GCC does this
-# anyway on most archs even when debugging is enabled since the frame
-# pointer is no longer needed for debugging.
-#
-if fnmatch '-g*|*\ -g*' "$CFLAGS_AUTO $CFLAGS" ; then :
-else 
-tryflag CFLAGS_AUTO -fomit-frame-pointer
-fi
-
-#
-# Modern GCC wants to put DWARF tables (used for debugging and
-# unwinding) in the loaded part of the program where they are
-# unstrippable. These options force them back to debug sections (and
-# cause them not to get generated at all if debugging is off).
-#
-tryflag CFLAGS_AUTO -fno-unwind-tables
-tryflag CFLAGS_AUTO -fno-asynchronous-unwind-tables
-
-#
-# Attempt to put each function and each data object in its own
-# section. This both allows additional size optimizations at link
-# time and works around a dangerous class of compiler/assembler bugs
-# whereby relative address expressions are constant-folded by the
-# assembler even when one or more of the symbols involved is
-# replaceable. See gas pr 18561 and gcc pr 66609, 68178, etc.
-#
-tryflag CFLAGS_AUTO -ffunction-sections
-tryflag CFLAGS_AUTO -fdata-sections
-
-#
-# On x86, make sure we don't have incompatible instruction set
-# extensions enabled by default. This is bad for making static binaries.
-# We cheat and use i486 rather than i386 because i386 really does not
-# work anyway (issues with atomic ops).
-# Some build environments pass -march and -mtune options via CC, so
-# check both CC and CFLAGS.
-#
-if test "$ARCH" = "i386" ; then
-fnmatch '-march=*|*\ -march=*' "$CC $CFLAGS" || tryldflag CFLAGS_AUTO -march=i486
-fnmatch '-mtune=*|*\ -mtune=*' "$CC $CFLAGS" || tryldflag CFLAGS_AUTO -mtune=generic
-fi
-
-#
-# Even with -std=c99, gcc accepts some constructs which are constraint
-# violations. We want to treat these as errors regardless of whether
-# other purely stylistic warnings are enabled -- especially implicit
-# function declarations, which are a dangerous programming error.
-#
-tryflag CFLAGS_AUTO -Werror=implicit-function-declaration
-tryflag CFLAGS_AUTO -Werror=implicit-int
-tryflag CFLAGS_AUTO -Werror=pointer-sign
-tryflag CFLAGS_AUTO -Werror=pointer-arith
-
-if test "x$warnings" = xyes ; then
-tryflag CFLAGS_AUTO -Wall
-tryflag CFLAGS_AUTO -Wno-parentheses
-tryflag CFLAGS_AUTO -Wno-uninitialized
-tryflag CFLAGS_AUTO -Wno-missing-braces
-tryflag CFLAGS_AUTO -Wno-unused-value
-tryflag CFLAGS_AUTO -Wno-unused-but-set-variable
-tryflag CFLAGS_AUTO -Wno-unknown-pragmas
-tryflag CFLAGS_AUTO -Wno-pointer-to-int-cast
-fi
-
-if test "x$visibility" = xauto ; then
-# This test checks toolchain support for several things:
-# - the -include option
-# - the attributes/pragmas used in vis.h
-# - linking code that takes the address of protected symbols
-# - gcc 3.x bug that wrongly claims declarations mismatch
-printf "checking whether global visibility preinclude works... "
-cat > "$tmpc" <<EOF
-__attribute__((__visibility__("default")))
-extern struct a *const x;
-typedef struct a b;
-extern b *const x;
-b *const x;
-int (*fp)(void);
-int foo(void) { }
-int bar(void) { fp = foo; return foo(); }
-EOF
-if $CC $CFLAGS_C99FSE $CPPFLAGS $CFLAGS \
-  -DSHARED -fPIC -I./src/internal -include vis.h \
-  -nostdlib -shared -Wl,-Bsymbolic-functions \
-  -o /dev/null "$tmpc" >/dev/null 2>&1 ; then
-visibility=yes
-else
-visibility=no
-fi
-printf "%s\n" "$visibility"
-fi
-
-if test "x$visibility" = xyes ; then
-CFLAGS_AUTO="$CFLAGS_AUTO -include vis.h"
-CFLAGS_AUTO="${CFLAGS_AUTO# }"
-fi
-
-# Reduce space lost to padding for alignment purposes by sorting data
-# objects according to their alignment reqirements. This approximates
-# optimal packing.
-tryldflag LDFLAGS_AUTO -Wl,--sort-section,alignment
-tryldflag LDFLAGS_AUTO -Wl,--sort-common
-
-# When linking shared library, drop dummy weak definitions that were
-# replaced by strong definitions from other translation units.
-tryldflag LDFLAGS_AUTO -Wl,--gc-sections
-
-# Some patched GCC builds have these defaults messed up...
-tryldflag LDFLAGS_AUTO -Wl,--hash-style=both
-
-# Prevent linking if there are undefined symbols; if any exist,
-# libc.so will crash at runtime during relocation processing.
-# The common way this can happen is failure to link the compiler
-# runtime library; implementation error is also a possibility.
-tryldflag LDFLAGS_AUTO -Wl,--no-undefined
-
-# Avoid exporting symbols from compiler runtime libraries. They
-# should be hidden anyway, but some toolchains including old gcc
-# versions built without shared library support and pcc are broken.
-tryldflag LDFLAGS_AUTO -Wl,--exclude-libs=ALL
-
-test "$shared" = "no" || {
-# Disable dynamic linking if ld is broken and can't do -Bsymbolic-functions
-LDFLAGS_DUMMY=
-tryldflag LDFLAGS_DUMMY -Wl,-Bsymbolic-functions || {
-test "$shared" = "yes" && fail "$0: error: linker cannot build shared library"
-printf "warning: disabling dynamic linking support\n"
-shared=no
-}
-}
-
-# Find compiler runtime library
-test -z "$LIBCC" && tryldflag LIBCC -lgcc && tryldflag LIBCC -lgcc_eh
-test -z "$LIBCC" && tryldflag LIBCC -lcompiler_rt
-test -z "$LIBCC" && try_libcc=`$CC -print-file-name=libpcc.a 2>/dev/null` \
-                 && tryldflag LIBCC "$try_libcc"
-printf "using compiler runtime libraries: %s\n" "$LIBCC"
-
-# Figure out arch variants for archs with variants
-SUBARCH=
-t="$CFLAGS_C99FSE $CPPFLAGS $CFLAGS"
-
-if test "$ARCH" = "x86_64" ; then
-trycppif __ILP32__ "$t" && ARCH=x32
-fi
-
-if test "$ARCH" = "arm" ; then
-trycppif __ARMEB__ "$t" && SUBARCH=${SUBARCH}eb
-trycppif __ARM_PCS_VFP "$t" && SUBARCH=${SUBARCH}hf
-fi
-
-if test "$ARCH" = "aarch64" ; then
-trycppif __AARCH64EB__ "$t" && SUBARCH=${SUBARCH}_be
-fi
-
-if test "$ARCH" = "mips" ; then
-trycppif "_MIPSEL || __MIPSEL || __MIPSEL__" "$t" && SUBARCH=${SUBARCH}el
-trycppif __mips_soft_float "$t" && SUBARCH=${SUBARCH}-sf
-fi
-
-test "$ARCH" = "microblaze" && trycppif __MICROBLAZEEL__ "$t" \
-&& SUBARCH=${SUBARCH}el
-
-if test "$ARCH" = "sh" ; then
-tryflag CFLAGS_AUTO -Wa,--isa=any
-trycppif __BIG_ENDIAN__ "$t" && SUBARCH=${SUBARCH}eb
-if trycppif "__SH_FPU_ANY__ || __SH4__" "$t" ; then
-# Some sh configurations are broken and replace double with float
-# rather than using softfloat when the fpu is present but only
-# supports single precision. Reject them.
-printf "checking whether compiler's double type is IEEE double... "
-echo 'typedef char dblcheck[(int)sizeof(double)-5];' > "$tmpc"
-if $CC $CFLAGS_C99FSE $CPPFLAGS $CFLAGS -c -o /dev/null "$tmpc" >/dev/null 2>&1 ; then
-printf "yes\n"
-else
-printf "no\n"
-fail "$0: error: compiler's floating point configuration is unsupported"
-fi
-else
-SUBARCH=${SUBARCH}-nofpu
-fi
-if trycppif __SH_FDPIC__ "$t" ; then
-SUBARCH=${SUBARCH}-fdpic
-fi
-fi
-
-test "$SUBARCH" \
-&& printf "configured for %s variant: %s\n" "$ARCH" "$ARCH$SUBARCH"
-
-case "$ARCH$SUBARCH" in
-arm) ASMSUBARCH=el ;;
-*) ASMSUBARCH=$SUBARCH ;;
-esac
-
-#
-# Some archs (powerpc) have different possible long double formats
-# that the compiler can be configured for. The logic for whether this
-# is supported is in bits/float.h; in general, it is not. We need to
-# check for mismatches here or code in printf, strotd, and scanf will
-# be dangerously incorrect because it depends on (1) the macros being
-# correct, and (2) IEEE semantics.
-#
-printf "checking whether compiler's long double definition matches float.h... "
-echo '#include <float.h>' > "$tmpc"
-echo '#if LDBL_MANT_DIG == 53' >> "$tmpc"
-echo 'typedef char ldcheck[9-(int)sizeof(long double)];' >> "$tmpc"
-echo '#endif' >> "$tmpc"
-if $CC $CFLAGS_C99FSE -I./arch/$ARCH -I./include $CPPFLAGS $CFLAGS \
-  -c -o /dev/null "$tmpc" >/dev/null 2>&1 ; then
-printf "yes\n"
-else
-printf "no\n"
-fail "$0: error: unsupported long double type"
-fi
-
-printf "creating config.mak... "
-
-cmdline=$(quote "$0")
-for i ; do cmdline="$cmdline $(quote "$i")" ; done
-
-exec 3>&1 1>config.mak
-
-
-cat << EOF
-# This version of config.mak was generated by:
-# $cmdline
-# Any changes made here will be lost if configure is re-run
-ARCH = $ARCH
-SUBARCH = $SUBARCH
-ASMSUBARCH = $ASMSUBARCH
-prefix = $prefix
-exec_prefix = $exec_prefix
-bindir = $bindir
-libdir = $libdir
-includedir = $includedir
-syslibdir = $syslibdir
-CC = $CC
-CFLAGS = $CFLAGS
-CFLAGS_AUTO = $CFLAGS_AUTO
-CFLAGS_C99FSE = $CFLAGS_C99FSE
-CFLAGS_MEMOPS = $CFLAGS_MEMOPS
-CFLAGS_NOSSP = $CFLAGS_NOSSP
-CPPFLAGS = $CPPFLAGS
-LDFLAGS = $LDFLAGS
-LDFLAGS_AUTO = $LDFLAGS_AUTO
-CROSS_COMPILE = $CROSS_COMPILE
-LIBCC = $LIBCC
-OPTIMIZE_GLOBS = $OPTIMIZE_GLOBS
-ALL_TOOLS = $tools
-TOOL_LIBS = $tool_libs
-ADD_CFI = $ADD_CFI
-EOF
-test "x$static" = xno && echo "STATIC_LIBS ="
-test "x$shared" = xno && echo "SHARED_LIBS ="
-test "x$cc_family" = xgcc && echo 'WRAPCC_GCC = $(CC)'
-test "x$cc_family" = xclang && echo 'WRAPCC_CLANG = $(CC)'
-exec 1>&3 3>&-
-
-printf "done\n"