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dnl -*- Autoconf -*- fragment for the C++ daemon.

AC_MSG_CHECKING([whether to build daemon])
AC_MSG_RESULT([$guix_build_daemon])

dnl C++ environment.  This macro must be used unconditionnaly.
AC_PROG_CXX
AM_PROG_AR
AC_LANG([C++])

if test "x$guix_build_daemon" = "xyes"; then

  GUIX_ASSERT_CXX11

  AC_PROG_RANLIB
  AC_CONFIG_HEADER([nix/config.h])

  dnl Use 64-bit file system calls so that we can support files > 2 GiB.
  AC_SYS_LARGEFILE

  dnl Look for zlib, a required dependency.
  AC_CHECK_LIB([z], [gzdopen], [true],
    [AC_MSG_ERROR([Guix requires zlib.  See http://www.zlib.net/.])])
  AC_CHECK_HEADERS([zlib.h], [true],
    [AC_MSG_ERROR([Guix requires zlib.  See http://www.zlib.net/.])])

  dnl Look for libbz2, an optional dependency.
  AC_CHECK_LIB([bz2], [BZ2_bzWriteOpen], [HAVE_LIBBZ2=yes], [HAVE_LIBBZ2=no])
  if test "x$HAVE_LIBBZ2" = xyes; then
    AC_CHECK_HEADERS([bzlib.h])
    HAVE_LIBBZ2="$ac_cv_header_bzlib_h"
  fi

  dnl Look for SQLite, a required dependency.
  PKG_CHECK_MODULES([SQLITE3], [sqlite3 >= 3.6.19])

  AC_DEFINE([NIX_VERSION], ["0.0.0"], [Fake Nix version number.])
  AC_DEFINE_UNQUOTED([SYSTEM], ["$guix_system"],
    [Guix host system type--i.e., platform and OS kernel tuple.])

  case "$LIBGCRYPT_PREFIX" in
    no)
      LIBGCRYPT_CFLAGS=""
      ;;
    *)
      LIBGCRYPT_CFLAGS="-I$LIBGCRYPT_PREFIX/include"
      ;;
  esac

  case "$LIBGCRYPT_LIBDIR" in
    no | "")
      LIBGCRYPT_LIBS="-lgcrypt"
      ;;
    *)
      LIBGCRYPT_LIBS="-L$LIBGCRYPT_LIBDIR -lgcrypt"
      ;;
  esac

  AC_SUBST([LIBGCRYPT_CFLAGS])
  AC_SUBST([LIBGCRYPT_LIBS])

  save_CFLAGS="$CFLAGS"
  save_LDFLAGS="$LDFLAGS"
  CFLAGS="$CFLAGS $LIBGCRYPT_CFLAGS"
  LDFLAGS="$LDFLAGS $LIBGCRYPT_LDFLAGS"

  have_gcrypt=yes
  AC_CHECK_LIB([gcrypt], [gcry_md_open], [:], [have_gcrypt=no])
  AC_CHECK_HEADER([gcrypt.h], [:], [have_gcrypt=no])
  if test "x$have_gcrypt" != "xyes"; then
    AC_MSG_ERROR([GNU libgcrypt not found; please install it.])
  fi

  CFLAGS="$save_CFLAGS"
  LDFLAGS="$save_LDFLAGS"

  dnl Chroot support.
  AC_CHECK_FUNCS([chroot unshare])
  AC_CHECK_HEADERS([sched.h sys/param.h sys/mount.h sys/syscall.h])

  if test "x$ac_cv_func_chroot" != "xyes"; then
    AC_MSG_ERROR(['chroot' function missing, bailing out])
  fi

  dnl lutimes and lchown: used when canonicalizing store items.
  dnl posix_fallocate: used when extracting archives.
  dnl vfork: to speed up spawning of helper programs.
  dnl   `--> now disabled because of unpredictable behavior:
  dnl        see <http://lists.gnu.org/archive/html/guix-devel/2014-05/msg00036.html>
  dnl        and Nix commit f794465c (Nov. 2012).
  dnl sched_setaffinity: to improve RPC locality.
  dnl statvfs: to detect disk-full conditions.
  dnl strsignal: for error reporting.
  dnl statx: fine-grain 'stat' call, new in glibc 2.28.
  AC_CHECK_FUNCS([lutimes lchown posix_fallocate sched_setaffinity \
     statvfs nanosleep strsignal statx])

  dnl Check whether the store optimiser can optimise symlinks.
  AC_MSG_CHECKING([whether it is possible to create a link to a symlink])
  ln -s bla tmp_link
  if ln tmp_link tmp_link2 2> /dev/null; then
      AC_MSG_RESULT(yes)
      AC_DEFINE(CAN_LINK_SYMLINK, 1, [Whether link() works on symlinks.])
  else
      AC_MSG_RESULT(no)
  fi
  rm -f tmp_link tmp_link2

  dnl Check for <locale>.
  AC_LANG_PUSH(C++)
  AC_CHECK_HEADERS([locale])
  AC_LANG_POP(C++)


  dnl Check whether we have the `personality' syscall, which allows us
  dnl to do i686-linux builds on x86_64-linux machines.
  AC_CHECK_HEADERS([sys/personality.h])

  dnl Determine the appropriate default list of substitute URLs (GnuTLS
  dnl is required so we can default to 'https'.)
  guix_substitute_urls="https://ci.guix.gnu.org"

  AC_MSG_CHECKING([for default substitute URLs])
  AC_MSG_RESULT([$guix_substitute_urls])

  AC_DEFINE_UNQUOTED([GUIX_SUBSTITUTE_URLS], ["$guix_substitute_urls"],
    [Default list of substitute URLs used by 'guix-daemon'.])

  dnl Check for Guile-SSH, which is required by 'guix offload'.
  GUIX_CHECK_GUILE_SSH

  case "x$guix_cv_have_recent_guile_ssh" in
    xyes)
      guix_build_daemon_offload="yes"
      AC_DEFINE([HAVE_DAEMON_OFFLOAD_HOOK], [1],
	[Define if the daemon's 'offload' build hook is being built (requires Guile-SSH).])
      ;;
    *)
      guix_build_daemon_offload="no"
      ;;
  esac

  dnl Temporary directory used to store the daemon's data.
  GUIX_TEST_ROOT_DIRECTORY
  GUIX_TEST_ROOT="$ac_cv_guix_test_root"
  AC_SUBST([GUIX_TEST_ROOT])

  GUIX_CHECK_LOCALSTATEDIR
fi

AM_CONDITIONAL([HAVE_LIBBZ2], [test "x$HAVE_LIBBZ2" = "xyes"])
AM_CONDITIONAL([BUILD_DAEMON], [test "x$guix_build_daemon" = "xyes"])
AM_CONDITIONAL([BUILD_DAEMON_OFFLOAD],			\
  [test "x$guix_build_daemon" = "xyes"			\
   && test "x$guix_build_daemon_offload" = "xyes"])
nd (string=? (foo-bar p) "bar!") (string=? (foo-bar p) "bar!") ;twice (= sanitized 1) ;sanitizer was called at init time only (let ((q (foo (bar "baz")))) (and (string=? (foo-bar q) "baz!") (string=? (foo-bar q) "baz!") ;twice (= sanitized 2) (let ((r (foo (inherit q)))) (and (string=? (foo-bar r) "baz!") (= sanitized 2))))))))) ;no re-sanitization (test-assert "define-record-type* & wrong field specifier" (let ((exp '(begin (define-record-type* <foo> foo make-foo foo? (bar foo-bar (default 42)) (baz foo-baz)) (foo (baz 1 2 3 4 5)))) ;syntax error (loc (current-source-location))) ;keep this alignment! (catch 'syntax-error (lambda () (eval exp (test-module)) #f) (lambda (key proc message location form subform . _) (and (eq? proc 'foo) (string-match "invalid field" message) (equal? subform '(baz 1 2 3 4 5)) (equal? form '(foo (baz 1 2 3 4 5))) ;; Make sure the location is that of the field specifier. ;; See <http://bugs.gnu.org/23969>. (lset= equal? (pk 'expected-loc `((line . ,(- (assq-ref loc 'line) 1)) ,@(alist-delete 'line loc))) (pk 'actual-loc (location-alist location)))))))) (test-assert "define-record-type* & wrong field specifier, identifier" (let ((exp '(begin (define-record-type* <foo> foo make-foo foo? (bar foo-bar (default 42)) (baz foo-baz)) (foo baz))) ;syntax error (loc (current-source-location))) ;keep this alignment! (catch 'syntax-error (lambda () (eval exp (test-module)) #f) (lambda (key proc message location form subform . _) (and (eq? proc 'foo) (string-match "invalid field" message) (equal? subform 'baz) (equal? form '(foo baz)) ;; Here the location is that of the parent form. (lset= equal? (pk 'expected-loc `((line . ,(- (assq-ref loc 'line) 2)) ,@(alist-delete 'line loc))) (pk 'actual-loc (location-alist location)))))))) (test-assert "define-record-type* & missing initializers" (catch 'syntax-error (lambda () (eval '(begin (define-record-type* <foo> foo make-foo foo? (bar foo-bar (default 42)) (baz foo-baz)) (foo)) (test-module)) #f) (lambda (key proc message location form . args) (and (eq? proc 'foo) (string-match "missing .*initialize.*baz" message) (equal? form '(foo)))))) (test-assert "define-record-type* & extra initializers" (catch 'syntax-error (lambda () (eval '(begin (define-record-type* <foo> foo make-foo foo? (bar foo-bar (default 42))) (foo (baz 'what?))) (test-module)) #f) (lambda (key proc message location form . args) (and (string-match "extra.*initializer.*baz" message) (eq? proc 'foo))))) (test-assert "define-record-type* & inherit & extra initializers" (catch 'syntax-error (lambda () (eval '(begin (define-record-type* <foo> foo make-foo foo? (bar foo-bar (default 42))) (foo (inherit (foo)) (baz 'what?))) (test-module)) #f) (lambda (key proc message location form . args) (and (string-match "extra.*initializer.*baz" message) (eq? proc 'foo))))) (test-assert "define-record-type* & duplicate initializers" (let ((exp '(begin (define-record-type* <foo> foo make-foo foo? (bar foo-bar (default 42))) (foo (bar 1) (bar 2)))) (loc (current-source-location))) ;keep this alignment! (catch 'syntax-error (lambda () (eval exp (test-module)) #f) (lambda (key proc message location form . args) (and (string-match "duplicate.*initializer" message) (eq? proc 'foo) ;; Make sure the location is that of the field specifier. (lset= equal? (pk 'expected-loc `((line . ,(- (assq-ref loc 'line) 1)) ,@(alist-delete 'line loc))) (pk 'actual-loc (location-alist location)))))))) (test-assert "ABI checks" (let ((module (test-module))) (eval '(begin (define-record-type* <foo> foo make-foo foo? (bar foo-bar (default 42))) (define (make-me-a-record) (foo))) module) (unless (eval '(foo? (make-me-a-record)) module) (error "what?" (eval '(make-me-a-record) module))) ;; Redefine <foo> with an additional field. (eval '(define-record-type* <foo> foo make-foo foo? (baz foo-baz) (bar foo-bar (default 42))) module) ;; Now 'make-me-a-record' is out of sync because it does an ;; 'allocate-struct' that corresponds to the previous definition of <foo>. (catch 'record-abi-mismatch-error (lambda () (eval '(foo? (make-me-a-record)) module) #f) (match-lambda* ((key 'abi-check (? string? message) (rtd) . _) (eq? rtd (eval '<foo> module))))))) (test-equal "recutils->alist" '((("Name" . "foo") ("Version" . "0.1") ("Synopsis" . "foo bar") ("Something_else" . "chbouib")) (("Name" . "bar") ("Version" . "1.5"))) (let ((p (open-input-string " # Comment following an empty line, and # preceding a couple of empty lines, all of # which should be silently consumed. Name: foo Version: 0.1 # Comment right in the middle, # spanning two lines. Synopsis: foo bar Something_else: chbouib # Comment right before. Name: bar Version: 1.5 # Comment at the end."))) (list (recutils->alist p) (recutils->alist p)))) (test-equal "recutils->alist with + lines" '(("Name" . "foo") ("Description" . "1st line,\n2nd line,\n 3rd line with extra space,\n4th line without space.")) (recutils->alist (open-input-string " Name: foo Description: 1st line, + 2nd line, + 3rd line with extra space, +4th line without space."))) (test-equal "alist->record" '((1 2) b c) (alist->record '(("a" . 1) ("b" . b) ("c" . c) ("a" . 2)) list '("a" "b" "c") '("a"))) (test-equal "match-record, simple" '((1 2) (a b)) (let () (define-record-type* <foo> foo make-foo foo? (first foo-first (default 1)) (second foo-second)) (list (match-record (foo (second 2)) <foo> (first second) (list first second)) (match-record (foo (first 'a) (second 'b)) <foo> (second (first first/new-var)) (list first/new-var second))))) (test-equal "match-record, unknown field" 'syntax-error (catch 'syntax-error (lambda () (eval '(begin (use-modules (guix records)) (define-record-type* <foo> foo make-foo foo? (first foo-first (default 1)) (second foo-second)) (match-record (foo (second 2)) <foo> (one two) #f)) (make-fresh-user-module))) (lambda (key . args) key))) (test-equal "match-record, delayed field" "foo bar bar foo" (begin (define-record-type* <with-delayed> with-delayed make-with-delayed with-delayed? (delayed with-delayed-delayed (delayed))) (let ((rec (with-delayed (delayed "foo bar bar foo")))) (match-record rec <with-delayed> (delayed) delayed)))) (test-equal "match-record, thunked field" '("foo" "foobar") (begin (define-record-type* <with-thunked> with-thunked make-with-thunked with-thunked? (normal with-thunked-normal) (thunked with-thunked-thunked (thunked))) (let ((rec (with-thunked (normal "foo") (thunked (string-append (with-thunked-normal this-record) "bar"))))) (match-record rec <with-thunked> (normal thunked) (list normal thunked))))) (test-equal "match-record, ellipsis in body" #t (begin (define-record-type* <foo> foo make-foo foo? (value foo-value)) (define bar (foo (value '(1 2 3)))) (match-record bar <foo> (value) (match value ((one two ...) #t) (_ #f))))) (test-equal "match-record-lambda" '("thing: foo" "thing: bar") (begin (define-record-type* <with-text> with-text make-with-text with-text? (text with-text-text)) (map (match-record-lambda <with-text> (text) (string-append "thing: " text)) (list (with-text (text "foo")) (with-text (text "bar")))))) (test-end)