#! /bin/sh set -u # Test whether this shell is capable of parameter substring processing. ( option='a/b'; : ${option#*/} ) 2>/dev/null || { echo " The shell interpreting '$0' is lacking some required features. To work around this problem you may try to execute: ksh $0 $* or bash $0 $* " exit 1 } # Store original IFS value so it can be changed (and restored) in many places. readonly DEFAULT_IFS="$IFS" # The top-level directory for the source. This ./configure and all Makefiles # are good with ${srcdir} usually being relative. Some components (e.g. tests) # are executed in subdirectories and for those it is simpler to use # ${NOTMUCH_SRCDIR} which holds absolute path to the source. srcdir=$(dirname "$0") NOTMUCH_SRCDIR=$(cd "$srcdir" && pwd) case $NOTMUCH_SRCDIR in ( *\'* | *['\"`$']* ) echo "Definitely unsafe characters in source path '$NOTMUCH_SRCDIR'". exit 1 esac case $PWD in ( *\'* | *['\"`$']* ) echo "Definitely unsafe characters in current directory '$PWD'". exit 1 esac # In case of whitespace, builds may work, tests definitely will not. case $NOTMUCH_SRCDIR in ( *["$IFS"]* ) echo "Whitespace in source path '$NOTMUCH_SRCDIR' not supported". exit 1 esac case $PWD in ( *["$IFS"]* ) echo "Whitespace in current directory '$PWD' not supported". exit 1 esac subdirs="util compat lib parse-time-string completion doc emacs" subdirs="${subdirs} performance-test test" subdirs="${subdirs} bindings" # For a non-srcdir configure invocation (such as ../configure), create # the directory structure and copy Makefiles. if [ "$srcdir" != "." ]; then NOTMUCH_BUILDDIR=$PWD for dir in . ${subdirs}; do mkdir -p "$dir" cp "$srcdir"/"$dir"/Makefile.local "$dir" cp "$srcdir"/"$dir"/Makefile "$dir" done # Emacs only likes to generate compiled files next to the .el files # by default so copy these as well (which is not ideal). cp -a "$srcdir"/emacs/*.el emacs # We were not able to create fully working Makefile using ruby mkmf.rb # so ruby bindings source files are copied as well (ditto -- not ideal). mkdir bindings/ruby cp -a "$srcdir"/bindings/ruby/*.[ch] bindings/ruby cp -a "$srcdir"/bindings/ruby/extconf.rb bindings/ruby # Use the same hack to replicate python-cffi source for # out-of-tree builds (again, not ideal). mkdir bindings/python-cffi cp -a "$srcdir"/bindings/python-cffi/tests \ "$srcdir"/bindings/python-cffi/notmuch2 \ "$srcdir"/bindings/python-cffi/setup.py \ bindings/python-cffi/ else NOTMUCH_BUILDDIR=$NOTMUCH_SRCDIR fi # Set several defaults (optionally specified by the user in # environment variables) BASHCMD=${BASHCMD:-bash} PERL=${PERL:-perl} CC=${CC:-cc} CXX=${CXX:-c++} CFLAGS=${CFLAGS:--g -O2} CPPFLAGS=${CPPFLAGS:-} CXXFLAGS_for_sh=${CXXFLAGS:-${CFLAGS}} CXXFLAGS=${CXXFLAGS:-\$(CFLAGS)} LDFLAGS=${LDFLAGS:-} XAPIAN_CONFIG=${XAPIAN_CONFIG:-} PYTHON=${PYTHON:-} RUBY=${RUBY:-ruby} # We don't allow the EMACS or GZIP Makefile variables inherit values # from the environment as we do with CC and CXX above. The reason is # that these names as environment variables have existing uses other # than the program name that we want. (EMACS is set to 't' when a # shell is running within emacs and GZIP specifies arguments to pass # on the gzip command line). # Set the defaults for values the user can specify with command-line # options. PREFIX=/usr/local LIBDIR= WITH_DOCS=1 WITH_API_DOCS=1 WITH_PYTHON_DOCS=1 WITH_EMACS=1 WITH_DESKTOP=1 WITH_BASH=1 WITH_RPATH=1 WITH_RUBY=1 WITH_ZSH=1 WITH_RETRY_LOCK=1 usage () { cat <<EOF Usage: ./configure [options]... This script configures notmuch to build on your system. It verifies that dependencies are available, determines flags needed to compile and link against various required libraries, and identifies whether various system functions can be used or if locally-provided replacements will be built instead. Finally, it allows you to control various aspects of the build and installation process. First, some common variables can specified via environment variables: CC The C compiler to use CFLAGS Flags to pass to the C compiler CPPFLAGS Flags to pass to the C preprocessor CXX The C++ compiler to use CXXFLAGS Flags to pass to the C compiler LDFLAGS Flags to pass when linking Each of these values can further be controlled by specifying them later on the "make" command line. Other environment variables can be used to control configure itself, (and for which there is no equivalent build-time control): XAPIAN_CONFIG The program to use to determine flags for compiling and linking against the Xapian library. [$XAPIAN_CONFIG] PYTHON Name of python command to use in configure and the test suite. RUBY Name of ruby command to use in configure and the test suite. Additionally, various options can be specified on the configure command line. --prefix=PREFIX Install files in PREFIX [$PREFIX] By default, "make install" will install the resulting program to $PREFIX/bin, documentation to $PREFIX/man, etc. You can specify an installation prefix other than $PREFIX using --prefix, for instance: ./configure --prefix=\$HOME Fine tuning of some installation directories is available: --libdir=DIR Install libraries to DIR [PREFIX/lib] --includedir=DIR Install header files to DIR [PREFIX/include] --mandir=DIR Install man pages to DIR [PREFIX/share/man] --infodir=DIR Install man pages to DIR [PREFIX/share/man] --sysconfdir=DIR Read-only single-machine data [PREFIX/etc] --emacslispdir=DIR Emacs code [PREFIX/share/emacs/site-lisp] --emacsetcdir=DIR Emacs miscellaneous files [PREFIX/share/emacs/site-lisp] --bashcompletiondir=DIR Bash completions files [PREFIX/share/bash-completion/completions] --zshcompletiondir=DIR Zsh completions files [PREFIX/share/zsh/site-functions] Some features can be disabled (--with-feature=no is equivalent to --without-feature) : --without-bash-completion Do not install bash completions files --without-docs Do not install documentation --without-api-docs Do not install API man page --without-emacs Do not install lisp file --without-desktop Do not install desktop file --without-ruby Do not install ruby bindings --without-zsh-completion Do not install zsh completions files --without-retry-lock Do not use blocking xapian opens, even if available Additional options are accepted for compatibility with other configure-script calling conventions, but don't do anything yet: --build=<cpu>-<vendor>-<os> Currently ignored --host=<cpu>-<vendor>-<os> Currently ignored --datadir=DIR Currently ignored --localstatedir=DIR Currently ignored --libexecdir=DIR Currently ignored --disable-maintainer-mode Currently ignored --disable-dependency-tracking Currently ignored EOF } # Parse command-line options for option; do if [ "${option}" = '--help' ] ; then usage exit 0 elif [ "${option%%=*}" = '--prefix' ] ; then PREFIX="${option#*=}" elif [ "${option%%=*}" = '--libdir' ] ; then LIBDIR="${option#*=}" elif [ "${option%%=*}" = '--includedir' ] ; then INCLUDEDIR="${option#*=}" elif [ "${option%%=*}" = '--mandir' ] ; then MANDIR="${option#*=}" elif [ "${option%%=*}" = '--infodir' ] ; then INFODIR="${option#*=}" elif [ "${option%%=*}" = '--sysconfdir' ] ; then SYSCONFDIR="${option#*=}" elif [ "${option%%=*}" = '--emacslispdir' ] ; then EMACSLISPDIR="${option#*=}" elif [ "${option%%=*}" = '--emacsetcdir' ] ; then EMACSETCDIR="${option#*=}" elif [ "${option%%=*}" = '--bashcompletiondir' ] ; then BASHCOMPLETIONDIR="${option#*=}" elif [ "${option%%=*}" = '--zshcompletiondir' ] ; then ZSHCOMLETIONDIR="${option#*=}" elif [ "${option%%=*}" = '--with-docs' ]; then if [ "${option#*=}" = 'no' ]; then WITH_DOCS=0 WITH_API_DOCS=0 else WITH_DOCS=1 fi elif [ "${option}" = '--without-docs' ] ; then WITH_DOCS=0 WITH_API_DOCS=0 elif [ "${option%%=*}" = '--with-api-docs' ]; then if [ "${option#*=}" = 'no' ]; then WITH_API_DOCS=0 else WITH_API_DOCS=1 fi elif [ "${option}" = '--without-api-docs' ] ; then WITH_API_DOCS=0 elif [ "${option%%=*}" = '--with-emacs' ]; then if [ "${option#*=}" = 'no' ]; then WITH_EMACS=0 else WITH_EMACS=1 fi elif [ "${option}" = '--without-emacs' ] ; then WITH_EMACS=0 elif [ "${option%%=*}" = '--with-desktop' ]; then if [ "${option#*=}" = 'no' ]; then WITH_DESKTOP=0 else WITH_DESKTOP=1 fi elif [ "${option}" = '--without-desktop' ] ; then WITH_DESKTOP=0 elif [ "${option%%=*}" = '--with-bash-completion' ]; then if [ "${option#*=}" = 'no' ]; then WITH_BASH=0 else WITH_BASH=1 fi elif [ "${option}" = '--without-bash-completion' ] ; then WITH_BASH=0 elif [ "${option%%=*}" = '--with-rpath' ]; then if [ "${option#*=}" = 'no' ]; then WITH_RPATH=0 else WITH_RPATH=1 fi elif [ "${option}" = '--without-rpath' ] ; then WITH_RPATH=0 elif [ "${option%%=*}" = '--with-ruby' ]; then if [ "${option#*=}" = 'no' ]; then WITH_RUBY=0 else WITH_RUBY=1 fi elif [ "${option}" = '--without-ruby' ] ; then WITH_RUBY=0 elif [ "${option%%=*}" = '--with-retry-lock' ]; then if [ "${option#*=}" = 'no' ]; then WITH_RETRY_LOCK=0 else WITH_RETRY_LOCK=1 fi elif [ "${option}" = '--without-retry-lock' ] ; then WITH_RETRY_LOCK=0 elif [ "${option%%=*}" = '--with-zsh-completion' ]; then if [ "${option#*=}" = 'no' ]; then WITH_ZSH=0 else WITH_ZSH=1 fi elif [ "${option}" = '--without-zsh-completion' ] ; then WITH_ZSH=0 elif [ "${option%%=*}" = '--build' ] ; then true elif [ "${option%%=*}" = '--host' ] ; then true elif [ "${option%%=*}" = '--bindir' ] ; then true elif [ "${option%%=*}" = '--sbindir' ] ; then true elif [ "${option%%=*}" = '--datadir' ] ; then true elif [ "${option%%=*}" = '--localstatedir' ] ; then true elif [ "${option%%=*}" = '--sharedstatedir' ] ; then true elif [ "${option%%=*}" = '--libexecdir' ] ; then true elif [ "${option%%=*}" = '--exec-prefix' ] ; then true elif [ "${option%%=*}" = '--program-prefix' ] ; then true elif [ "${option}" = '--disable-maintainer-mode' ] ; then true elif [ "${option}" = '--disable-dependency-tracking' ] ; then true else echo "Unrecognized option: ${option}" echo "See:" echo " $0 --help" echo "" exit 1 fi done # We set this value early, (rather than just while printing the # Makefile.config file later like most values), because we need to # actually investigate this value compared to the ldconfig_paths value # below. if [ -z "$LIBDIR" ] ; then libdir_expanded="${PREFIX}/lib" else # very non-general variable expansion libdir_expanded=$(printf %s "$LIBDIR" | sed "s|\${prefix}|${PREFIX}|; s|\$prefix\>|${PREFIX}|; s|//*|/|g") fi cat <<EOF Welcome to Notmuch, a system for indexing, searching and tagging your email. We hope that the process of building and installing notmuch is quick and smooth so that you can soon be reading and processing your email more efficiently than ever. If anything goes wrong in the configure process, you can override any decisions it makes by manually editing the Makefile.config file that it creates. Also please do as much as you can to figure out what could be different on your machine compared to those of the notmuch developers. Then, please email those details to the Notmuch list (notmuch@notmuchmail.org) so that we can hopefully make future versions of notmuch easier for you to use. We'll now investigate your system to verify that all required dependencies are available: EOF errors=0 printf "int main(void){return 0;}\n" > minimal.c printf "Sanity checking C compilation environment... " test_cmdline="${CC} ${CFLAGS} ${CPPFLAGS} minimal.c ${LDFLAGS} -o minimal" if ${test_cmdline} > /dev/null 2>&1 then printf "OK.\n" else printf "Fail.\n" errors=$((errors + 1)) printf Executed:; printf ' %s' ${test_cmdline}; echo ${test_cmdline} fi printf "Sanity checking C++ compilation environment... " test_cmdline="${CXX} ${CXXFLAGS_for_sh} ${CPPFLAGS} minimal.c ${LDFLAGS} -o minimal" if ${test_cmdline} > /dev/null 2>&1 then printf "OK.\n" else printf "Fail.\n" errors=$((errors + 1)) printf Executed:; printf ' %s' ${test_cmdline}; echo ${test_cmdline} fi unset test_cmdline if [ $errors -gt 0 ]; then cat <<EOF *** Error: Initial sanity checking of environment failed. Please try running configure in a clean environment, and if the problem persists, report a bug. EOF rm -f minimal minimal.c exit 1 fi printf "C compiler supports address sanitizer... " test_cmdline="${CC} ${CFLAGS} ${CPPFLAGS} -fsanitize=address minimal.c ${LDFLAGS} -o minimal" if ${test_cmdline} >/dev/null 2>&1 && ./minimal then printf "Yes.\n" have_asan=1 else printf "Nope, skipping those tests.\n" have_asan=0 fi unset test_cmdline printf "C compiler supports thread sanitizer... " test_cmdline="${CC} ${CFLAGS} ${CPPFLAGS} -fsanitize=thread minimal.c ${LDFLAGS} -o minimal" if ${test_cmdline} >/dev/null 2>&1 && ./minimal then printf "Yes.\n" have_tsan=1 else printf "Nope, skipping those tests.\n" have_tsan=0 fi unset test_cmdline printf "Reading libnotmuch version from source... " cat > _libversion.c <<EOF #include <stdio.h> #include "lib/notmuch.h" int main(void) { printf("libnotmuch_version_major=%d\n", LIBNOTMUCH_MAJOR_VERSION); printf("libnotmuch_version_minor=%d\n", LIBNOTMUCH_MINOR_VERSION); printf("libnotmuch_version_release=%d\n", LIBNOTMUCH_MICRO_VERSION); return 0; } EOF if ${CC} ${CFLAGS} -I"$srcdir" _libversion.c -o _libversion > /dev/null 2>&1 \ && ./_libversion > _libversion.sh && . ./_libversion.sh then printf "OK.\n" else cat <<EOF *** Error: Reading lib/notmuch.h failed. Please try running configure again in a clean environment, and if the problem persists, report a bug. EOF rm -f _libversion _libversion.c _libversion.sh exit 1 fi if pkg-config --version > /dev/null 2>&1; then have_pkg_config=1 else have_pkg_config=0 fi printf "Checking for Xapian development files (>= 1.4.0)... " have_xapian=0 for xapian_config in ${XAPIAN_CONFIG} xapian-config; do if ${xapian_config} --version > /dev/null 2>&1; then xapian_version=$(${xapian_config} --version | sed -e 's/.* //') case $xapian_version in 1.[4-9]* | 1.[1-9][0-9]* | [2-9]* | [1-9][0-9]*) printf "Yes (%s).\n" ${xapian_version} have_xapian=1 xapian_cxxflags=$(${xapian_config} --cxxflags) xapian_ldflags=$(${xapian_config} --libs) ;; *) printf "Xapian $xapian_version not supported... " esac break fi done if [ ${have_xapian} = "0" ]; then printf "No.\n" errors=$((errors + 1)) fi GMIME_MINVER=3.0.3 printf "Checking for GMime development files (>= $GMIME_MINVER)... " if pkg-config --exists "gmime-3.0 >= $GMIME_MINVER"; then printf "Yes.\n" have_gmime=1 gmime_cflags=$(pkg-config --cflags gmime-3.0) gmime_ldflags=$(pkg-config --libs gmime-3.0) printf "Checking for GMime session key extraction support... " cat > _check_session_keys.c <<EOF #include <gmime/gmime.h> #include <stdio.h> int main () { GError *error = NULL; GMimeParser *parser = NULL; GMimeMultipartEncrypted *body = NULL; GMimeDecryptResult *decrypt_result = NULL; GMimeObject *output = NULL; g_mime_init (); parser = g_mime_parser_new (); g_mime_parser_init_with_stream (parser, g_mime_stream_file_open("$srcdir/test/corpora/crypto/basic-encrypted.eml", "r", &error)); if (error) return !! fprintf (stderr, "failed to instantiate parser with test/corpora/crypto/basic-encrypted.eml\n"); body = GMIME_MULTIPART_ENCRYPTED(g_mime_message_get_mime_part (g_mime_parser_construct_message (parser, NULL))); if (body == NULL) return !! fprintf (stderr, "did not find a multipart encrypted message\n"); output = g_mime_multipart_encrypted_decrypt (body, GMIME_DECRYPT_EXPORT_SESSION_KEY, NULL, &decrypt_result, &error); if (error || output == NULL) return !! fprintf (stderr, "decryption failed\n"); if (decrypt_result == NULL) return !! fprintf (stderr, "no GMimeDecryptResult found\n"); if (decrypt_result->session_key == NULL) return !! fprintf (stderr, "GMimeDecryptResult has no session key\n"); printf ("%s\n", decrypt_result->session_key); return 0; } EOF if ! TEMP_GPG=$(mktemp -d "${TMPDIR:-/tmp}/notmuch.XXXXXX"); then printf 'No.\nCould not make tempdir for testing session-key support.\n' errors=$((errors + 1)) elif ${CC} ${CFLAGS} ${gmime_cflags} _check_session_keys.c ${gmime_ldflags} -o _check_session_keys \ && GNUPGHOME=${TEMP_GPG} gpg --batch --quiet --import < "$srcdir"/test/openpgp4-secret-key.asc \ && SESSION_KEY=$(GNUPGHOME=${TEMP_GPG} ./_check_session_keys) \ && [ $SESSION_KEY = 9:496A0B6D15A5E7BA762FB8E5FE6DEE421D4D9BBFCEAD1CDD0CCF636D07ADE621 ] then printf "OK.\n" else cat <<EOF No. *** Error: Could not extract session keys from encrypted message. This is likely due to your GMime having been built against a old version of GPGME. Please try to rebuild your version of GMime against a more recent version of GPGME (at least GPGME 1.8.0). EOF if GPGME_VERS="$(pkg-config --modversion gpgme || gpgme-config --version)"; then printf 'Your current GPGME development version is: %s\n' "$GPGME_VERS" else printf 'You do not have the GPGME development libraries installed.\n' fi errors=$((errors + 1)) fi if [ -n "$TEMP_GPG" -a -d "$TEMP_GPG" ]; then rm -rf "$TEMP_GPG" fi cat > _check_gmime_cert.c <<EOF #include <stdio.h> #include <gmime/gmime.h> int main () { GError *error = NULL; GMimeParser *parser = NULL; GMimeApplicationPkcs7Mime *body = NULL; GMimeSignatureList *sig_list = NULL; GMimeSignature *sig = NULL; GMimeCertificate *cert = NULL; GMimeObject *output = NULL; int len; g_mime_init (); parser = g_mime_parser_new (); g_mime_parser_init_with_stream (parser, g_mime_stream_file_open("$srcdir/test/corpora/pkcs7/smime-onepart-signed.eml", "r", &error)); if (error) return !! fprintf (stderr, "failed to instantiate parser with test/corpora/pkcs7/smime-onepart-signed.eml\n"); body = GMIME_APPLICATION_PKCS7_MIME(g_mime_message_get_mime_part (g_mime_parser_construct_message (parser, NULL))); if (body == NULL) return !! fprintf (stderr, "did not find a application/pkcs7 message\n"); sig_list = g_mime_application_pkcs7_mime_verify (body, GMIME_VERIFY_NONE, &output, &error); if (error || output == NULL) return !! fprintf (stderr, "verify failed\n"); if (sig_list == NULL) return !! fprintf (stderr, "no GMimeSignatureList found\n"); len = g_mime_signature_list_length (sig_list); if (len != 1) return !! fprintf (stderr, "expected 1 signature, got %d\n", len); sig = g_mime_signature_list_get_signature (sig_list, 0); if (sig == NULL) return !! fprintf (stderr, "no GMimeSignature found at position 0\n"); cert = g_mime_signature_get_certificate (sig); if (cert == NULL) return !! fprintf (stderr, "no GMimeCertificate found\n"); #ifdef CHECK_VALIDITY GMimeValidity validity = g_mime_certificate_get_id_validity (cert); if (validity != GMIME_VALIDITY_FULL) return !! fprintf (stderr, "Got validity %d, expected %d\n", validity, GMIME_VALIDITY_FULL); #endif #ifdef CHECK_EMAIL const char *email = g_mime_certificate_get_email (cert); if (! email) return !! fprintf (stderr, "no email returned"); if (email[0] == '<') return 2; #endif return 0; } EOF # see https://github.com/jstedfast/gmime/pull/90 # should be fixed in GMime in 3.2.7, but some distros might patch printf "Checking for GMime X.509 certificate validity... " if ! TEMP_GPG=$(mktemp -d "${TMPDIR:-/tmp}/notmuch.XXXXXX"); then printf 'No.\nCould not make tempdir for testing X.509 certificate validity support.\n' errors=$((errors + 1)) elif ${CC} -DCHECK_VALIDITY ${CFLAGS} ${gmime_cflags} _check_gmime_cert.c ${gmime_ldflags} -o _check_x509_validity \ && echo disable-crl-checks > "$TEMP_GPG/gpgsm.conf" \ && echo "4D:E0:FF:63:C0:E9:EC:01:29:11:C8:7A:EE:DA:3A:9A:7F:6E:C1:0D S" >> "$TEMP_GPG/trustlist.txt" \ && GNUPGHOME=${TEMP_GPG} gpgsm --batch --quiet --import < "$srcdir"/test/smime/ca.crt then if GNUPGHOME=${TEMP_GPG} ./_check_x509_validity; then gmime_x509_cert_validity=1 printf "Yes.\n" else gmime_x509_cert_validity=0 printf "No.\n" if pkg-config --exists "gmime-3.0 >= 3.2.7"; then cat <<EOF *** Error: GMime fails to calculate X.509 certificate validity, and is later than 3.2.7, which should have fixed this issue. Please follow up on https://github.com/jstedfast/gmime/pull/90 with more details. EOF errors=$((errors + 1)) fi fi printf "Checking whether GMime emits email addresses with angle brackets... " if ${CC} -DCHECK_EMAIL ${CFLAGS} ${gmime_cflags} _check_gmime_cert.c ${gmime_ldflags} -o _check_email && GNUPGHOME=${TEMP_GPG} ./_check_email; then gmime_emits_angle_brackets=0 printf "No.\n" else gmime_emits_angle_brackets=1 printf "Yes.\n" fi else printf 'No.\nFailed to set up gpgsm for testing X.509 certificate validity support.\n' errors=$((errors + 1)) fi if [ -n "$TEMP_GPG" -a -d "$TEMP_GPG" ]; then rm -rf "$TEMP_GPG" fi # see https://dev.gnupg.org/T3464 # there are problems verifying signatures when decrypting with session keys with GPGME 1.13.0 and 1.13.1 printf "Checking signature verification when decrypting using session keys... " cat > _verify_sig_with_session_key.c <<EOF #include <stdio.h> #include <gmime/gmime.h> int main () { GError *error = NULL; GMimeParser *parser = NULL; GMimeMultipartEncrypted *body = NULL; GMimeDecryptResult *result = NULL; GMimeSignatureList *sig_list = NULL; GMimeSignature *sig = NULL; GMimeObject *output = NULL; GMimeSignatureStatus status; int len; g_mime_init (); parser = g_mime_parser_new (); g_mime_parser_init_with_stream (parser, g_mime_stream_file_open("$srcdir/test/corpora/crypto/encrypted-signed.eml", "r", &error)); if (error) return !! fprintf (stderr, "failed to instantiate parser with test/corpora/pkcs7/smime-onepart-signed.eml\n"); body = GMIME_MULTIPART_ENCRYPTED(g_mime_message_get_mime_part (g_mime_parser_construct_message (parser, NULL))); if (body == NULL) return !! fprintf (stderr, "did not find a multipart/encrypted message\n"); output = g_mime_multipart_encrypted_decrypt (body, GMIME_DECRYPT_NONE, "9:9E1CDF53BBF794EA34F894B5B68E1E56FB015EA69F81D2A5EAB7F96C7B65783E", &result, &error); if (error || output == NULL) return !! fprintf (stderr, "decrypt failed\n"); sig_list = g_mime_decrypt_result_get_signatures (result); if (sig_list == NULL) return !! fprintf (stderr, "sig_list is NULL\n"); if (sig_list == NULL) return !! fprintf (stderr, "no GMimeSignatureList found\n"); len = g_mime_signature_list_length (sig_list); if (len != 1) return !! fprintf (stderr, "expected 1 signature, got %d\n", len); sig = g_mime_signature_list_get_signature (sig_list, 0); if (sig == NULL) return !! fprintf (stderr, "no GMimeSignature found at position 0\n"); status = g_mime_signature_get_status (sig); if (status & GMIME_SIGNATURE_STATUS_KEY_MISSING) return !! fprintf (stderr, "signature status contains KEY_MISSING (see https://dev.gnupg.org/T3464)\n"); return 0; } EOF if ! TEMP_GPG=$(mktemp -d "${TMPDIR:-/tmp}/notmuch.XXXXXX"); then printf 'No.\nCould not make tempdir for testing signature verification when decrypting with session keys.\n' errors=$((errors + 1)) elif ${CC} ${CFLAGS} ${gmime_cflags} _verify_sig_with_session_key.c ${gmime_ldflags} -o _verify_sig_with_session_key \ && GNUPGHOME=${TEMP_GPG} gpg --batch --quiet --import < "$srcdir"/test/openpgp4-secret-key.asc \ && rm -f ${TEMP_GPG}/private-keys-v1.d/*.key then if GNUPGHOME=${TEMP_GPG} ./_verify_sig_with_session_key; then gmime_verify_with_session_key=1 printf "Yes.\n" else gmime_verify_with_session_key=0 printf "No.\n" cat <<EOF *** Error: GMime fails to verify signatures when decrypting with a session key. This is most likely due to a buggy version of GPGME, which should be fixed in 1.13.2 or later. See https://dev.gnupg.org/T3464 for more details. EOF fi else printf 'No.\nFailed to set up gpg for testing signature verification while decrypting with a session key.\n' errors=$((errors + 1)) fi if [ -n "$TEMP_GPG" -a -d "$TEMP_GPG" ]; then rm -rf "$TEMP_GPG" fi else have_gmime=0 printf "No.\n" errors=$((errors + 1)) fi # GMime already depends on Glib >= 2.12, but we use at least one Glib # function that only exists as of 2.22, (g_array_unref) printf "Checking for Glib development files (>= 2.22)... " have_glib=0 if pkg-config --exists 'glib-2.0 >= 2.22'; then printf "Yes.\n" have_glib=1 # these are included in gmime cflags and ldflags # glib_cflags=$(pkg-config --cflags glib-2.0) # glib_ldflags=$(pkg-config --libs glib-2.0) else printf "No.\n" errors=$((errors + 1)) fi if ! pkg-config --exists zlib; then ${CC} -o compat/gen_zlib_pc "$srcdir"/compat/gen_zlib_pc.c >/dev/null 2>&1 && compat/gen_zlib_pc > compat/zlib.pc && PKG_CONFIG_PATH=${PKG_CONFIG_PATH:+$PKG_CONFIG_PATH:}compat && export PKG_CONFIG_PATH rm -f compat/gen_zlib_pc fi printf "Checking for zlib (>= 1.2.5.2)... " have_zlib=0 if pkg-config --atleast-version=1.2.5.2 zlib; then printf "Yes.\n" have_zlib=1 zlib_cflags=$(pkg-config --cflags zlib) zlib_ldflags=$(pkg-config --libs zlib) else printf "No.\n" errors=$((errors + 1)) fi printf "Checking for talloc development files... " if pkg-config --exists talloc; then printf "Yes.\n" have_talloc=1 talloc_cflags=$(pkg-config --cflags talloc) talloc_ldflags=$(pkg-config --libs talloc) else printf "No.\n" have_talloc=0 talloc_cflags= errors=$((errors + 1)) fi printf "Checking for bash... " if command -v ${BASHCMD} > /dev/null; then have_bash=1 bash_absolute=$(command -v ${BASHCMD}) printf "Yes (%s).\n" "$bash_absolute" else have_bash=0 bash_absolute= printf "No. (%s not found)\n" "${BASHCMD}" fi printf "Checking for perl... " if command -v ${PERL} > /dev/null; then have_perl=1 perl_absolute=$(command -v ${PERL}) printf "Yes (%s).\n" "$perl_absolute" else have_perl=0 perl_absolute= printf "No. (%s not found)\n" "${PERL}" fi printf "Checking for python... " have_python=0 for name in ${PYTHON} python3 python python2; do if command -v $name > /dev/null; then have_python=1 python=$name printf "Yes (%s).\n" "$name" break fi done if [ $have_python -eq 0 ]; then printf "No.\n" errors=$((errors + 1)) fi have_python3=0 if [ $have_python -eq 1 ]; then printf "Checking for python3 (>= 3.5)..." if "$python" -c 'import sys, sysconfig; assert sys.version_info >= (3,5)'; >/dev/null 2>&1; then printf "Yes.\n" have_python3=1 else printf "No (will not install CFFI-based python bindings).\n" fi fi have_python3_dev=0 if [ $have_python3 -eq 1 ]; then printf "Checking for python3 version ..." python3_version=$("$python" -c 'import sysconfig; print(sysconfig.get_python_version());') printf "(%s)\n" $python3_version printf "Checking for python $python3_version development files..." if pkg-config --exists "python-$python3_version"; then have_python3_dev=1 printf "Yes.\n" else have_python3_dev=0 printf "No (will not install CFFI-based python bindings).\n" fi fi have_python3_cffi=0 have_python3_pytest=0 if [ $have_python3_dev -eq 1 ]; then printf "Checking for python3 cffi and setuptools... " if "$python" -c 'import cffi,setuptools; cffi.FFI().verify()' >/dev/null 2>&1; then printf "Yes.\n" have_python3_cffi=1 WITH_PYTHON_DOCS=1 else WITH_PYTHON_DOCS=0 printf "No (will not install CFFI-based python bindings).\n" fi rm -rf __pycache__ # cffi.FFI().verify() uses this space printf "Checking for python3 pytest (>= 3.0)... " conf=$(mktemp) printf "[pytest]\nminversion=3.0\n" > $conf if "$python" -m pytest -c $conf --version >/dev/null 2>&1; then printf "Yes.\n" have_python3_pytest=1 else printf "No (will not test CFFI-based python bindings).\n" fi rm -f $conf fi printf "Checking for valgrind development files... " if pkg-config --exists valgrind; then printf "Yes.\n" have_valgrind=1 valgrind_cflags=$(pkg-config --cflags valgrind) else printf "No (but that's fine).\n" have_valgrind=0 valgrind_cflags= fi printf "Checking for bash-completion (>= 1.90)... " if pkg-config --atleast-version=1.90 bash-completion; then printf "Yes.\n" else printf "No (will not install bash completion).\n" WITH_BASH=0 fi printf "Checking for sfsexp... " if pkg-config --exists sfsexp; then printf "Yes.\n" have_sfsexp=1 sfsexp_cflags=$(pkg-config --cflags sfsexp) sfsexp_ldflags=$(pkg-config --libs sfsexp) else printf "No (will not enable s-expression queries).\n" have_sfsexp=0 sfsexp_cflags= sfsexp_ldflags= fi if [ -z "${EMACSLISPDIR-}" ]; then EMACSLISPDIR="\$(prefix)/share/emacs/site-lisp" fi if [ -z "${EMACSETCDIR-}" ]; then EMACSETCDIR="\$(prefix)/share/emacs/site-lisp" fi if [ $WITH_EMACS = "1" ]; then printf "Checking if emacs (>= 25) is available... " if emacs --quick --batch --eval '(if (< emacs-major-version 25) (kill-emacs 1))' > /dev/null 2>&1; then printf "Yes.\n" else printf "No (disabling emacs related parts of build)\n" WITH_EMACS=0 fi fi have_doxygen=0 if [ $WITH_API_DOCS = "1" ] ; then printf "Checking if doxygen is available... " if command -v doxygen > /dev/null; then printf "Yes.\n" have_doxygen=1 else printf "No (so will not install api docs)\n" fi fi have_ruby_dev=0 if [ $WITH_RUBY = "1" ] ; then printf "Checking for ruby development files... " if ${RUBY} -e "require 'mkmf'"> /dev/null 2>&1; then printf "Yes.\n" have_ruby_dev=1 else printf "No (skipping ruby bindings)\n" fi fi have_sphinx=0 have_makeinfo=0 have_install_info=0 if [ $WITH_DOCS = "1" ] ; then printf "Checking if sphinx is available and supports nroff output... " if command -v sphinx-build > /dev/null && ${python} -m sphinx.writers.manpage > /dev/null 2>&1 ; then printf "Yes.\n" have_sphinx=1 else printf "No (so will not install man pages).\n" fi printf "Checking if makeinfo is available... " if command -v makeinfo > /dev/null; then printf "Yes.\n" have_makeinfo=1 else printf "No (so will not build info pages).\n" fi printf "Checking if install-info is available... " if command -v install-info > /dev/null; then printf "Yes.\n" have_install_info=1 else printf "No (so will not install info pages).\n" fi fi if [ $WITH_DESKTOP = "1" ]; then printf "Checking if desktop-file-install is available... " if command -v desktop-file-install > /dev/null; then printf "Yes.\n" else printf "No (so will not install .desktop file).\n" WITH_DESKTOP=0 fi fi printf "Checking for cppcheck... " if command -v cppcheck > /dev/null; then have_cppcheck=1 printf "Yes.\n" else have_cppcheck=0 printf "No.\n" fi libdir_in_ldconfig=0 printf "Checking which platform we are on... " uname=$(uname) if [ $uname = "Darwin" ] ; then printf "Mac OS X.\n" platform=MACOSX linker_resolves_library_dependencies=0 elif [ $uname = "SunOS" ] ; then printf "Solaris.\n" platform=SOLARIS linker_resolves_library_dependencies=0 elif [ $uname = "FreeBSD" ] ; then printf "FreeBSD.\n" platform=FREEBSD linker_resolves_library_dependencies=0 elif [ $uname = "OpenBSD" ] ; then printf "OpenBSD.\n" platform=OPENBSD linker_resolves_library_dependencies=0 elif [ $uname = "Linux" ] || [ $uname = "GNU" ] ; then printf "%s\n" "$uname" platform="$uname" linker_resolves_library_dependencies=1 printf "Checking for %s in ldconfig... " "$libdir_expanded" ldconfig_paths=$(/sbin/ldconfig -N -X -v 2>/dev/null | sed -n -e 's,^\(/.*\):\( (.*)\)\?$,\1,p') # Separate ldconfig_paths only on newline (not on any potential # embedded space characters in any filenames). Note, we use a # literal newline in the source here rather than something like: # # IFS=$(printf '\n') # # because the shell's command substitution deletes any trailing newlines. IFS=" " for path in $ldconfig_paths; do if [ "$path" -ef "$libdir_expanded" ]; then libdir_in_ldconfig=1 fi done IFS=$DEFAULT_IFS if [ "$libdir_in_ldconfig" = '0' ]; then printf "No (will set RPATH)\n" else printf "Yes\n" fi else printf "Unknown.\n" platform="$uname" linker_resolves_library_dependencies=0 cat <<EOF *** Warning: Unknown platform. Notmuch might or might not build correctly. EOF fi if [ $errors -gt 0 ]; then cat <<EOF *** Error: The dependencies of notmuch could not be satisfied. You will need to install the following packages before being able to compile notmuch: EOF if [ $have_python -eq 0 ]; then echo " python interpreter" fi if [ $have_xapian -eq 0 ]; then echo " Xapian library (>= version 1.4.0, including development files such as headers)" echo " https://xapian.org/" fi if [ $have_zlib -eq 0 ]; then echo " zlib library (>= version 1.2.5.2, including development files such as headers)" echo " https://zlib.net/" echo fi if [ $have_gmime -eq 0 ]; then echo " GMime library >= $GMIME_MINVER" echo " (including development files such as headers)" echo " https://github.com/jstedfast/gmime/" echo fi if [ $have_glib -eq 0 ]; then echo " Glib library >= 2.22 (including development files such as headers)" echo " https://ftp.gnome.org/pub/gnome/sources/glib/" echo fi if [ $have_talloc -eq 0 ]; then echo " The talloc library (including development files such as headers)" echo " https://talloc.samba.org/" echo fi cat <<EOF With any luck, you're using a modern, package-based operating system that has all of these packages available in the distribution. In that case a simple command will install everything you need. For example: On Debian and similar systems: sudo apt-get install libxapian-dev libgmime-3.0-dev libtalloc-dev zlib1g-dev Or on Fedora and similar systems: sudo dnf install xapian-core-devel gmime30-devel libtalloc-devel zlib-devel On other systems, similar commands can be used, but the details of the package names may be different. EOF if [ $have_pkg_config -eq 0 ]; then cat <<EOF Note: the pkg-config program is not available. This configure script uses pkg-config to find the compilation flags required to link against the various libraries needed by notmuch. It's possible you simply need to install pkg-config with a command such as: sudo apt-get install pkg-config Or: sudo dnf install pkgconfig But if pkg-config is not available for your system, then you will need to modify the configure script to manually set the cflags and ldflags variables to the correct values to link against each library in each case that pkg-config could not be used to determine those values. EOF fi cat <<EOF When you have installed the necessary dependencies, you can run configure again to ensure the packages can be found, or simply run "make" to compile notmuch. EOF exit 1 fi printf "Checking for canonicalize_file_name... " if ${CC} -o compat/have_canonicalize_file_name "$srcdir"/compat/have_canonicalize_file_name.c > /dev/null 2>&1 then printf "Yes.\n" have_canonicalize_file_name=1 else printf "No (will use our own instead).\n" have_canonicalize_file_name=0 fi rm -f compat/have_canonicalize_file_name printf "Checking for getline... " if ${CC} -o compat/have_getline "$srcdir"/compat/have_getline.c > /dev/null 2>&1 then printf "Yes.\n" have_getline=1 else printf "No (will use our own instead).\n" have_getline=0 fi rm -f compat/have_getline printf "Checking for strcasestr... " if ${CC} -o compat/have_strcasestr "$srcdir"/compat/have_strcasestr.c > /dev/null 2>&1 then printf "Yes.\n" have_strcasestr=1 else printf "No (will use our own instead).\n" have_strcasestr=0 fi rm -f compat/have_strcasestr printf "Checking for strsep... " if ${CC} -o compat/have_strsep "$srcdir"/compat/have_strsep.c > /dev/null 2>&1 then printf "Yes.\n" have_strsep="1" else printf "No (will use our own instead).\n" have_strsep="0" fi rm -f compat/have_strsep printf "Checking for timegm... " if ${CC} -o compat/have_timegm "$srcdir"/compat/have_timegm.c > /dev/null 2>&1 then printf "Yes.\n" have_timegm="1" else printf "No (will use our own instead).\n" have_timegm="0" fi rm -f compat/have_timegm cat <<EOF > _time_t.c #include <time.h> #include <assert.h> static_assert(sizeof(time_t) >= 8, "sizeof(time_t) < 8"); EOF printf "Checking for 64 bit time_t... " if ${CC} -c _time_t.c -o /dev/null then printf "Yes.\n" have_64bit_time_t=1 else printf "No.\n" have_64bit_time_t=0 fi printf "Checking for dirent.d_type... " if ${CC} -o compat/have_d_type "$srcdir"/compat/have_d_type.c > /dev/null 2>&1 then printf "Yes.\n" have_d_type="1" else printf "No (will use stat instead).\n" have_d_type="0" fi rm -f compat/have_d_type printf "Checking for standard version of getpwuid_r... " if ${CC} -o compat/check_getpwuid "$srcdir"/compat/check_getpwuid.c > /dev/null 2>&1 then printf "Yes.\n" std_getpwuid=1 else printf "No (will define _POSIX_PTHREAD_SEMANTICS to get it).\n" std_getpwuid=0 fi rm -f compat/check_getpwuid printf "Checking for standard version of asctime_r... " if ${CC} -o compat/check_asctime "$srcdir"/compat/check_asctime.c > /dev/null 2>&1 then printf "Yes.\n" std_asctime=1 else printf "No (will define _POSIX_PTHREAD_SEMANTICS to get it).\n" std_asctime=0 fi rm -f compat/check_asctime printf "Checking for rpath support... " if [ $WITH_RPATH = "1" ] && ${CC} -Wl,--enable-new-dtags -Wl,-rpath,/tmp/ -o minimal minimal.c >/dev/null 2>&1 then printf "Yes.\n" rpath_ldflags="-Wl,--enable-new-dtags -Wl,-rpath,\$(libdir)" else printf "No (nothing to worry about).\n" rpath_ldflags="" fi printf "Checking for -Wl,--as-needed... " if ${CC} -Wl,--as-needed -o minimal minimal.c >/dev/null 2>&1 then printf "Yes.\n" as_needed_ldflags="-Wl,--as-needed" else printf "No (nothing to worry about).\n" as_needed_ldflags="" fi printf "Checking for -Wl,--no-undefined... " if ${CC} -Wl,--no-undefined -o minimal minimal.c >/dev/null 2>&1 then printf "Yes.\n" no_undefined_ldflags="-Wl,--no-undefined" else printf "No (nothing to worry about).\n" no_undefined_ldflags="" fi WARN_CXXFLAGS="" printf "Checking for available C++ compiler warning flags... " for flag in -Wall -Wextra -Wwrite-strings; do if ${CC} $flag -o minimal minimal.c > /dev/null 2>&1 then WARN_CXXFLAGS="${WARN_CXXFLAGS}${WARN_CXXFLAGS:+ }${flag}" fi done printf "\n\t%s\n" "${WARN_CXXFLAGS}" WARN_CFLAGS="${WARN_CXXFLAGS}" printf "Checking for available C compiler warning flags... " for flag in -Wmissing-declarations; do if ${CC} $flag -o minimal minimal.c > /dev/null 2>&1 then WARN_CFLAGS="${WARN_CFLAGS}${WARN_CFLAGS:+ }${flag}" fi done printf "\n\t%s\n" "${WARN_CFLAGS}" rm -f minimal minimal.c _time_t.c _libversion.c _libversion _libversion.sh _check_session_keys.c _check_session_keys _check_gmime_cert.c _check_x509_validity _check_email \ _verify_sig_with_session_key.c _verify_sig_with_session_key # construct the Makefile.config cat > Makefile.config <<EOF # This Makefile.config was automatically generated by the ./configure # script of notmuch. If the configure script identified anything # incorrectly, then you can edit this file to try to correct things, # but be warned that if configure is run again it will destroy your # changes, (and this could happen by simply calling "make" if the # configure script is updated). # The top-level directory for the source, (the directory containing # the configure script). This may be different than the build # directory (the current directory at the time configure was run). srcdir = ${srcdir} NOTMUCH_SRCDIR = ${NOTMUCH_SRCDIR} NOTMUCH_BUILDDIR = ${NOTMUCH_BUILDDIR} # subdirectories to build subdirs = ${subdirs} configure_options = $@ # We use vpath directives (rather than the VPATH variable) since the # VPATH variable matches targets as well as prerequisites, (which is # not useful since then a target left-over from a srcdir build would # cause a target to not be built in the non-srcdir build). # # Also, we don't use a single "vpath % \$(srcdir)" here because we # don't want the vpath to trigger for our emacs lisp compilation, # (unless we first find a way to convince emacs to build the .elc # target in a directory other than the directory of the .el # prerequisite). In the meantime, we're actually copying in the .el # files, (which is quite ugly). vpath %.c \$(srcdir) vpath %.cc \$(srcdir) vpath Makefile.% \$(srcdir) vpath %.py \$(srcdir) vpath %.rst \$(srcdir) # Library versions (used to make SONAME) # The major version of the library interface. This will control the soname. # As such, this number must be incremented for any incompatible change to # the library interface, (such as the deletion of an API or a major # semantic change that breaks formerly functioning code). # LIBNOTMUCH_VERSION_MAJOR = ${libnotmuch_version_major} # The minor version of the library interface. This should be incremented at # the time of release for any additions to the library interface, # (and when it is incremented, the release version of the library should # be reset to 0). LIBNOTMUCH_VERSION_MINOR = ${libnotmuch_version_minor} # The release version the library interface. This should be incremented at # the time of release if there have been no changes to the interface, (but # simply compatible changes to the implementation). LIBNOTMUCH_VERSION_RELEASE = ${libnotmuch_version_release} # These are derived from the VERSION macros in lib/notmuch.h so # if you have to change them, something is wrong. # The C compiler to use CC = ${CC} # The C++ compiler to use CXX = ${CXX} # Command to execute emacs from Makefiles EMACS = emacs --quick # Default FLAGS for C compiler (can be overridden by user such as "make CFLAGS=-g") CFLAGS = ${CFLAGS} # Default FLAGS for C preprocessor (can be overridden by user such as "make CPPFLAGS=-I/usr/local/include") CPPFLAGS = ${CPPFLAGS} # Default FLAGS for C++ compiler (can be overridden by user such as "make CXXFLAGS=-g") CXXFLAGS = ${CXXFLAGS} # Default FLAGS for the linker (can be overridden by user such as "make LDFLAGS=-znow") LDFLAGS = ${LDFLAGS} # Flags to enable warnings when using the C++ compiler WARN_CXXFLAGS=${WARN_CXXFLAGS} # Flags to enable warnings when using the C compiler WARN_CFLAGS=${WARN_CFLAGS} # Name of python interpreter PYTHON = ${python} # Name of ruby interpreter RUBY = ${RUBY} # The prefix to which notmuch should be installed # Note: If you change this value here, be sure to ensure that the # LIBDIR_IN_LDCONFIG value below is still set correctly. prefix = ${PREFIX} # The directory to which libraries should be installed # Note: If you change this value here, be sure to ensure that the # LIBDIR_IN_LDCONFIG value below is still set correctly. libdir = ${LIBDIR:=\$(prefix)/lib} # Whether libdir is in a path configured into ldconfig LIBDIR_IN_LDCONFIG = ${libdir_in_ldconfig} # The directory to which header files should be installed includedir = ${INCLUDEDIR:=\$(prefix)/include} # The directory to which man pages should be installed mandir = ${MANDIR:=\$(prefix)/share/man} # The directory to which man pages should be installed infodir = ${INFODIR:=\$(prefix)/share/info} # The directory to which read-only (configuration) files should be installed sysconfdir = ${SYSCONFDIR:=\$(prefix)/etc} # The directory to which emacs lisp files should be installed emacslispdir=${EMACSLISPDIR} # The directory to which emacs miscellaneous (machine-independent) files should # be installed emacsetcdir=${EMACSETCDIR} # Whether bash exists, and if so where HAVE_BASH = ${have_bash} BASH_ABSOLUTE = ${bash_absolute} # Whether perl exists, and if so where HAVE_PERL = ${have_perl} PERL_ABSOLUTE = ${perl_absolute} # Whether there's a sphinx-build binary available for building documentation HAVE_SPHINX=${have_sphinx} # Whether there's a makeinfo binary available for building info format documentation HAVE_MAKEINFO=${have_makeinfo} # Whether there's an install-info binary available for installing info format documentation HAVE_INSTALL_INFO=${have_install_info} # Whether there's a doxygen binary available for building api documentation HAVE_DOXYGEN=${have_doxygen} # The directory to which desktop files should be installed desktop_dir = \$(prefix)/share/applications # The directory to which bash completions files should be installed bash_completion_dir = ${BASHCOMPLETIONDIR:=\$(prefix)/share/bash-completion/completions} # The directory to which zsh completions files should be installed zsh_completion_dir = ${ZSHCOMLETIONDIR:=\$(prefix)/share/zsh/site-functions} # Whether the canonicalize_file_name function is available (if not, then notmuch will # build its own version) HAVE_CANONICALIZE_FILE_NAME = ${have_canonicalize_file_name} # Whether the cppcheck static checker is available HAVE_CPPCHECK = ${have_cppcheck} # Whether the getline function is available (if not, then notmuch will # build its own version) HAVE_GETLINE = ${have_getline} # Are the ruby development files (and ruby) available? If not skip # building/testing ruby bindings. HAVE_RUBY_DEV = ${have_ruby_dev} # Is the python cffi package available? HAVE_PYTHON3_CFFI = ${have_python3_cffi} # Is the python pytest package available? HAVE_PYTHON3_PYTEST = ${have_python3_pytest} # Whether the strcasestr function is available (if not, then notmuch will # build its own version) HAVE_STRCASESTR = ${have_strcasestr} # Whether the strsep function is available (if not, then notmuch will # build its own version) HAVE_STRSEP = ${have_strsep} # Whether the timegm function is available (if not, then notmuch will # build its own version) HAVE_TIMEGM = ${have_timegm} # Whether struct dirent has d_type (if not, then notmuch will use stat) HAVE_D_TYPE = ${have_d_type} # Whether to have Xapian retry lock HAVE_XAPIAN_DB_RETRY_LOCK = ${WITH_RETRY_LOCK} # Whether the getpwuid_r function is standards-compliant # (if not, then notmuch will #define _POSIX_PTHREAD_SEMANTICS # to enable the standards-compliant version -- needed for Solaris) STD_GETPWUID = ${std_getpwuid} # Whether the asctime_r function is standards-compliant # (if not, then notmuch will #define _POSIX_PTHREAD_SEMANTICS # to enable the standards-compliant version -- needed for Solaris) STD_ASCTIME = ${std_asctime} # Supported platforms (so far) are: LINUX, MACOSX, SOLARIS, FREEBSD, OPENBSD PLATFORM = ${platform} # Whether the linker will automatically resolve the dependency of one # library on another (if not, then linking a binary requires linking # directly against both) LINKER_RESOLVES_LIBRARY_DEPENDENCIES = ${linker_resolves_library_dependencies} # Flags needed to compile and link against Xapian XAPIAN_CXXFLAGS = ${xapian_cxxflags} XAPIAN_LDFLAGS = ${xapian_ldflags} # Flags needed to compile and link against GMime GMIME_CFLAGS = ${gmime_cflags} GMIME_LDFLAGS = ${gmime_ldflags} # Flags needed to compile and link against zlib ZLIB_CFLAGS = ${zlib_cflags} ZLIB_LDFLAGS = ${zlib_ldflags} # Flags needed to compile and link against talloc TALLOC_CFLAGS = ${talloc_cflags} TALLOC_LDFLAGS = ${talloc_ldflags} # Flags needed to have linker set rpath attribute RPATH_LDFLAGS = ${rpath_ldflags} # Flags needed to have linker link only to necessary libraries AS_NEEDED_LDFLAGS = ${as_needed_ldflags} # Flags to have the linker flag undefined symbols in object files NO_UNDEFINED_LDFLAGS = ${no_undefined_ldflags} # Whether valgrind header files are available HAVE_VALGRIND = ${have_valgrind} # And if so, flags needed at compile time for valgrind macros VALGRIND_CFLAGS = ${valgrind_cflags} # Whether the sfsexp library is available HAVE_SFSEXP = ${have_sfsexp} # And if so, flags needed at compile/link time for sfsexp SFSEXP_CFLAGS = ${sfsexp_cflags} SFSEXP_LDFLAGS = ${sfsexp_ldflags} # Support for emacs WITH_EMACS = ${WITH_EMACS} # Support for desktop file WITH_DESKTOP = ${WITH_DESKTOP} # Support for bash completion WITH_BASH = ${WITH_BASH} # Support for zsh completion WITH_ZSH = ${WITH_ZSH} # Combined flags for compiling and linking against all of the above COMMON_CONFIGURE_CFLAGS = \\ \$(GMIME_CFLAGS) \$(TALLOC_CFLAGS) \$(ZLIB_CFLAGS) \\ -DHAVE_VALGRIND=\$(HAVE_VALGRIND) \$(VALGRIND_CFLAGS) \\ -DHAVE_SFSEXP=\$(HAVE_SFSEXP) \$(SFSEXP_CFLAGS) \\ -DHAVE_GETLINE=\$(HAVE_GETLINE) \\ -DWITH_EMACS=\$(WITH_EMACS) \\ -DHAVE_CANONICALIZE_FILE_NAME=\$(HAVE_CANONICALIZE_FILE_NAME) \\ -DHAVE_STRCASESTR=\$(HAVE_STRCASESTR) \\ -DHAVE_STRSEP=\$(HAVE_STRSEP) \\ -DHAVE_TIMEGM=\$(HAVE_TIMEGM) \\ -DHAVE_D_TYPE=\$(HAVE_D_TYPE) \\ -DSTD_GETPWUID=\$(STD_GETPWUID) \\ -DSTD_ASCTIME=\$(STD_ASCTIME) \\ -DSILENCE_XAPIAN_DEPRECATION_WARNINGS \\ -DHAVE_XAPIAN_DB_RETRY_LOCK=\$(HAVE_XAPIAN_DB_RETRY_LOCK) CONFIGURE_CFLAGS = \$(COMMON_CONFIGURE_CFLAGS) CONFIGURE_CXXFLAGS = \$(COMMON_CONFIGURE_CFLAGS) \$(XAPIAN_CXXFLAGS) CONFIGURE_LDFLAGS = \$(GMIME_LDFLAGS) \$(TALLOC_LDFLAGS) \$(ZLIB_LDFLAGS) \$(XAPIAN_LDFLAGS) \$(SFSEXP_LDFLAGS) EOF # construct the sh.config cat > sh.config <<EOF # This sh.config was automatically generated by the ./configure # script of notmuch. NOTMUCH_SRCDIR='${NOTMUCH_SRCDIR}' # Flags needed to compile and link against Xapian NOTMUCH_XAPIAN_CXXFLAGS="${xapian_cxxflags}" NOTMUCH_XAPIAN_LDFLAGS="${xapian_ldflags}" # Whether to have Xapian retry lock NOTMUCH_HAVE_XAPIAN_DB_RETRY_LOCK=${WITH_RETRY_LOCK} # Flags needed to compile and link against GMime NOTMUCH_GMIME_CFLAGS="${gmime_cflags}" NOTMUCH_GMIME_LDFLAGS="${gmime_ldflags}" # Whether GMime can verify X.509 certificate validity NOTMUCH_GMIME_X509_CERT_VALIDITY=${gmime_x509_cert_validity} # Whether GMime emits addresses with angle brackets (with <>) NOTMUCH_GMIME_EMITS_ANGLE_BRACKETS=${gmime_emits_angle_brackets} # Whether GMime can verify signatures when decrypting with a session key: NOTMUCH_GMIME_VERIFY_WITH_SESSION_KEY=${gmime_verify_with_session_key} # Flags needed to compile and link against zlib NOTMUCH_ZLIB_CFLAGS="${zlib_cflags}" NOTMUCH_ZLIB_LDFLAGS="${zlib_ldflags}" # Does the C compiler support the sanitizers NOTMUCH_HAVE_ASAN=${have_asan} NOTMUCH_HAVE_TSAN=${have_tsan} # do we have man pages? NOTMUCH_HAVE_MAN=$((have_sphinx)) # Whether bash exists, and if so where NOTMUCH_HAVE_BASH=${have_bash} NOTMUCH_BASH_ABSOLUTE=${bash_absolute} # Whether time_t is 64 bits (or more) NOTMUCH_HAVE_64BIT_TIME_T=${have_64bit_time_t} # Whether perl exists, and if so where NOTMUCH_HAVE_PERL=${have_perl} NOTMUCH_PERL_ABSOLUTE=${perl_absolute} # Name of python interpreter NOTMUCH_PYTHON=${python} # Name of ruby interpreter NOTMUCH_RUBY=${RUBY} # Are the ruby development files (and ruby) available? If not skip # building/testing ruby bindings. NOTMUCH_HAVE_RUBY_DEV=${have_ruby_dev} # Is the python cffi package available? NOTMUCH_HAVE_PYTHON3_CFFI=${have_python3_cffi} # Is the python pytest package available? NOTMUCH_HAVE_PYTHON3_PYTEST=${have_python3_pytest} # Is the sfsexp library available? NOTMUCH_HAVE_SFSEXP=${have_sfsexp} # And if so, flags needed at compile/link time for sfsexp NOTMUCH_SFSEXP_CFLAGS="${sfsexp_cflags}" NOTMUCH_SFSEXP_LDFLAGS="${sfsexp_ldflags}" # Platform we are run on PLATFORM=${platform} EOF { echo "# Generated by configure, run from doc/conf.py" if [ $WITH_EMACS = "1" ]; then echo "tags.add('WITH_EMACS')" fi if [ $WITH_PYTHON_DOCS = "1" ]; then echo "tags.add('WITH_PYTHON')" fi printf "rsti_dir = '%s'\n" "$(cd emacs && pwd -P)" } > sphinx.config cat > bindings/python-cffi/_notmuch_config.py <<EOF # _notmuch_config.py was automatically generated by the configure # script in the root of the notmuch source tree. NOTMUCH_VERSION_FILE='${NOTMUCH_SRCDIR}/version.txt' NOTMUCH_INCLUDE_DIR='${NOTMUCH_SRCDIR}/lib' NOTMUCH_LIB_DIR='${NOTMUCH_SRCDIR}/lib' EOF # Finally, after everything configured, inform the user how to continue. cat <<EOF All required packages were found. You may now run the following commands to compile and install notmuch: make sudo make install EOF