# While most of SBCL is derived from the CMU CL system, the test
# files (like this one) were written from scratch after the fork
# from CMU CL.
-#
+#
# This software is in the public domain and is provided with
# absolutely no warranty. See the COPYING and CREDITS files for
# more information.
+. ./subr.sh
+
+use_test_subdirectory
+testdir="`pwd -P`" # resolve symbolic links in the directory.
+
+set -f # disable filename expansion in the shell.
+
# Test DIRECTORY and TRUENAME.
-testdir=`/bin/pwd`"/filesys-test-$$"
-mkdir $testdir
-echo this is a test > $testdir/test-1.tmp
-echo this is a test > $testdir/test-2.tmp
-echo this is a test > $testdir/wild\?test.tmp
-cd $testdir
-ln -s $testdir dirlinktest
+echo this is a test > test-1.tmp
+echo this is a test > test-2.tmp
+echo this is a test > wild?test.tmp
+
+ln -s "$testdir" dirlinktest
ln -s test-1.tmp link-1
-ln -s `pwd`/test-2.tmp link-2
+ln -s "$testdir/test-2.tmp" link-2
ln -s i-do-not-exist link-3
ln -s link-4 link-4
ln -s link-5 link-6
-ln -s `pwd`/link-6 link-5
-expected_truenames=\
-"'(#p\"$testdir/\"\
- #p\"$testdir/link-3\"\
- #p\"$testdir/link-4\"\
- #p\"$testdir/link-5\"\
- #p\"$testdir/link-6\"\
- #p\"$testdir/test-1.tmp\"\
- #p\"$testdir/test-2.tmp\"\
- #p\"$testdir/wild\\\\?test.tmp\")"
-$SBCL <<EOF
+ln -s "$testdir/link-6" link-5
+expected_truenames=`cat<<EOF
+(list #p"$testdir/"
+ #p"$testdir/link-3"
+ #p"$testdir/link-4"
+ #p"$testdir/link-5"
+ #p"$testdir/link-6"
+ #p"$testdir/test-1.tmp"
+ #p"$testdir/test-2.tmp"
+ #p"$testdir/wild\\\\\?test.tmp")
+EOF
+`
+# FIXME: the following tests probably can't succeed at all if the
+# testdir name contains wildcard characters or quotes.
+run_sbcl <<EOF
(in-package :cl-user)
(let* ((directory (directory "./*.*"))
(truenames (sort directory #'string< :key #'pathname-name)))
(assert (equal (truename "link-4") #p"$testdir/link-4"))
(assert (equal (truename "link-5") #p"$testdir/link-5"))
(assert (equal (truename "link-6") #p"$testdir/link-6"))
- (sb-ext:quit :unix-status 52)
+ (sb-ext:quit :unix-status $EXIT_LISP_WIN)
EOF
-if [ $? != 52 ]; then
- echo DIRECTORY/TRUENAME test part 1 failed, unexpected SBCL return code=$?
- exit 1
-fi
-cd ..
-$SBCL <<EOF
+check_status_maybe_lose "DIRECTORY/TRUENAME part 1" $?
+
+cd "$SBCL_PWD"
+run_sbcl <<EOF
(in-package :cl-user)
(let* ((directory (directory "$testdir/*.*"))
(truenames (sort directory #'string< :key #'pathname-name)))
(assert (equal (truename "$testdir/link-4") #p"$testdir/link-4"))
(assert (equal (truename "$testdir/link-5") #p"$testdir/link-5"))
(assert (equal (truename "$testdir/link-6") #p"$testdir/link-6"))
- (sb-ext:quit :unix-status 52)
+ (sb-ext:quit :unix-status $EXIT_LISP_WIN)
EOF
-if [ $? != 52 ]; then
- echo DIRECTORY/TRUENAME test part 2 failed, unexpected SBCL return code=$?
- exit 1
-fi
-rm -r $testdir
+check_status_maybe_lose "DIRECTORY/TRUENAME part 2" $?
+cleanup_test_subdirectory
# Test DIRECTORY on a tree structure of directories.
-mkdir $testdir
-cd $testdir
+use_test_subdirectory
+
touch water dirt
mkdir animal plant
mkdir animal/vertebrate animal/invertebrate
touch animal/vertebrate/mammal/ruminant/cow
touch animal/vertebrate/snake/python
touch plant/kingsfoil plant/pipeweed
-$SBCL <<EOF
+run_sbcl <<EOF
(in-package :cl-user)
(defun absolutify (pathname)
"Convert a possibly-relative pathname to absolute."
(merge-pathnames pathname
- (make-pathname :directory
- (pathname-directory
- *default-pathname-defaults*))))
+ (make-pathname :directory
+ (pathname-directory
+ *default-pathname-defaults*))))
(defun sorted-truenamestrings (pathname-designators)
"Convert a collection of pathname designators into canonical form
using TRUENAME, NAMESTRING, and SORT."
(sort (mapcar #'namestring
- (mapcar #'truename
- pathname-designators))
- #'string<))
+ (mapcar #'truename
+ pathname-designators))
+ #'string<))
(defun need-match-1 (directory-pathname result-sorted-truenamestrings)
"guts of NEED-MATCH"
(let ((directory-sorted-truenamestrings (sorted-truenamestrings
- (directory directory-pathname))))
+ (directory directory-pathname))))
(unless (equal directory-sorted-truenamestrings
- result-sorted-truenamestrings)
+ result-sorted-truenamestrings)
(format t "~&~@<DIRECTORY argument = ~_~2I~S~:>~%"
- directory-pathname)
+ directory-pathname)
(format t "~&~@<DIRECTORY result = ~_~2I~S~:>~%"
- directory-sorted-truenamestrings)
+ directory-sorted-truenamestrings)
(format t "~&~@<expected result = ~_~2I~S.~:>~%"
- result-sorted-truenamestrings)
+ result-sorted-truenamestrings)
(error "mismatch between DIRECTORY and expected result"))))
(defun need-match (directory-pathname result-pathnames)
"Require that (DIRECTORY DIRECTORY-PATHNAME) return RESULT-PATHNAMES
(need-match "./animal" '("animal/"))
(need-match "animal/*.*" '("animal/invertebrate/" "animal/vertebrate/"))
(need-match "animal/*/*.*"
- '("animal/vertebrate/bird/"
- "animal/vertebrate/mammal/"
- "animal/vertebrate/snake/"))
+ '("animal/vertebrate/bird/"
+ "animal/vertebrate/mammal/"
+ "animal/vertebrate/snake/"))
(need-match "plant/*.*" '("plant/kingsfoil" "plant/pipeweed"))
(need-match "plant/**/*.*" '("plant/kingsfoil" "plant/pipeweed"))
(need-match "plant/**/**/*.*" '("plant/kingsfoil" "plant/pipeweed"))
(let ((vertebrates (mapcar (lambda (stem)
- (concatenate 'string
- "animal/vertebrate/"
- stem))
- '("bird/"
- "mammal/"
- "mammal/bear/" "mammal/bear/grizzly"
- "mammal/mythical/" "mammal/mythical/mermaid"
- "mammal/mythical/unicorn"
- "mammal/platypus"
- "mammal/rodent/" "mammal/rodent/beaver"
- "mammal/rodent/mouse" "mammal/rodent/rabbit"
- "mammal/rodent/rat"
- "mammal/ruminant/" "mammal/ruminant/cow"
- "mammal/walrus"
- "snake/" "snake/python"))))
+ (concatenate 'string
+ "animal/vertebrate/"
+ stem))
+ '("bird/"
+ "mammal/"
+ "mammal/bear/" "mammal/bear/grizzly"
+ "mammal/mythical/" "mammal/mythical/mermaid"
+ "mammal/mythical/unicorn"
+ "mammal/platypus"
+ "mammal/rodent/" "mammal/rodent/beaver"
+ "mammal/rodent/mouse" "mammal/rodent/rabbit"
+ "mammal/rodent/rat"
+ "mammal/ruminant/" "mammal/ruminant/cow"
+ "mammal/walrus"
+ "snake/" "snake/python"))))
(need-match "animal/vertebrate/**/*.*" vertebrates)
(need-match "animal/vertebrate/mammal/../**/*.*" vertebrates)
(need-match "animal/vertebrate/mammal/../**/**/*.*" vertebrates)
#+nil
(need-match "animal/vertebrate/mammal/mythical/../**/../**/*.*"
- vertebrates))
+ vertebrates))
(need-match "animal/vertebrate/**/robot.*" nil)
(need-match "animal/vertebrate/mammal/../**/*.robot" nil)
(need-match "animal/vertebrate/mammal/../**/robot/*.*" nil)
#+nil
(need-match "animal/vertebrate/mammal/robot/../**/../**/*.*" nil))
(need-matches)
-(sb-ext:quit :unix-status 52)
+(sb-ext:quit :unix-status $EXIT_LISP_WIN)
EOF
-if [ $? != 52 ]; then
- echo DIRECTORY/TRUENAME test part 1 failed, unexpected SBCL return code=$?
- exit 1
-fi
-cd ..
-rm -r $testdir
+check_status_maybe_lose "DIRECTORY/TRUENAME part 3" $?
+
+# Test whether ENSURE-DIRECTORIES-EXIST can create a directory whose
+# name contains a wildcard character (it used to get itself confused
+# internally).
+run_sbcl --eval '(ensure-directories-exist "foo\\*bar/baz.txt")'
+test -d foo*bar
+check_status_maybe_lose "ENSURE-DIRECTORIES-EXIST part 1" $? \
+ 0 "(directory exists)"
+
+run_sbcl --eval '(ensure-directories-exist "foo\\?bar/baz.txt")'
+test -d foo?bar
+check_status_maybe_lose "ENSURE-DIRECTORIES-EXIST part 2" $? \
+ 0 "(directory exists)"
# success convention for script
-exit 104
+exit $EXIT_TEST_WIN