blob: 7e4f857a119b95e1d8d6736331bd3407d2f07624 [file] [log] [blame]
#!/bin/sh
#
# Root of the test tree
#
TEST_ROOT="${HOME}/svn"
# Installation path, everything under that is considered
# to be temporary
INST_DIR="$TEST_ROOT/inst"
#
# Repository paths and projects name
#
# installation paths are expected to be:
# '$INST_DIR/<proj_name>, so take care of your
# $CONFIG_PREFIX.<proj_name> files.
# Everything in those directories will be wiped out
# by installation procedure. See svntest-rebuild-generic.sh
SVN_NAME=${SVN_NAME:="svn"}
SVN_REPO=${SVN_REPO:="$TEST_ROOT/$SVN_NAME"}
APR_NAME=${APR_NAME:="apr-0.9"}
APR_REPO=${ARP_REPO:="$TEST_ROOT/$APR_NAME"}
APU_NAME=${APU_NAME:="apr-util-0.9"}
APU_REPO=${APU_REPO:="$TEST_ROOT/$APU_NAME"}
HTTPD_NAME=${HTTPD_NAME:="httpd-2.0"}
HTTPD_REPO=${HTTPD_REPO:="$TEST_ROOT/$HTTPD_NAME"}
MAKE_OPTS=
#
# Whether a RAM disk is used to store test data, RAMDISK=<yes|no>
#
RAMDISK=no
#
# Whether to pass CLEANUP=true to Makefile test targets,
# INTERMEDIATE_CLEANUP=<yes|no>
#
INTERMEDIATE_CLEANUP=${RAMDISK:="no"}
#
# Whether to test the BDB backend, TEST_FSFS=<yes|no>
#
TEST_BDB=${TEST_BDB:="yes"}
#
# Whether to test the FSFS backend, TEST_FSFS=<yes|no>
#
TEST_FSFS=${TEST_FSFS:="yes"}
#
# Whether to test various bindings
#
TEST_BINDINGS_SWIG_PERL=${TEST_BINDINGS_SWIG_PERL:="no"}
TEST_BINDINGS_JAVAHL=${TEST_BINDINGS_JAVAHL:="no"}
TEST_BINDINGS_SWIG_PYTHON=${TEST_BINDINGS_SWIG_PYTHON:="no"}
TEST_BINDINGS_SWIG_RUBY=${TEST_BINDINGS_SWIG_RUBY:="no"}
# This should correspond with your httpd Listen directive
RA_DAV_CHECK_ARGS="BASE_URL=http://localhost:42024"
#
# Log file name prefix
#
LOG_FILE_DIR="$TEST_ROOT/logs/$SVN_NAME"
LOG_FILE_PREFIX="$LOG_FILE_DIR/LOG_svntest"
#
# Configure script prefix and object directory names
#
CONFIG_PREFIX="config"
OBJ_STATIC="obj-st"
OBJ_SHARED="obj-sh"
#
# E-mail addresses for reporting
#
FROM="YOUR_EMAIL_ADDRESS"
TO="svn-breakage@subversion.tigris.org"
ERROR_TO="YOUR_EMAIL_ADDRESS"
REPLY_TO="dev@subversion.tigris.org"
#
# Path to utilities
#
BIN="/bin"
USRBIN="/usr/bin"
LOCALBIN="/usr/local/bin"
OPTBIN="/opt/bin"
PERLBIN="/usr/bin"
# Statically linked svn binary (used for repository updates)
SVN="$TEST_ROOT/static/bin/svn"
# CVS binary (used for updating APR & friends)
CVS="$USRBIN/cvs"
# Path to config.guess (used for generating the mail subject line)
GUESS="/usr/share/libtool/config.guess"
# Path to sendmail
SENDMAIL="/usr/sbin/sendmail"
# A program used to base64 encode standard input. Two choices are
# 1) The encode-base64 script that comes with the Perl MIME::Base64
# module on CPAN at
# ftp://ftp.funet.fi/pub/CPAN/modules/by-module/MIME/
#
# To install, get the latest MIME-Base64-X.YY.tar.gz and run
# perl Makefile.PL
# make
# make test
# make install UNINST=1
#
# Uncomment here if you use this base64 encoder:
#
# BASE64="$PERLBIN/encode-base64"
# BASE64_E="$BASE64"
#
# 2) A pre-compiled Windows base64.exe binary for Windows users. C
# source code for other OSes. Available at
# http://www.fourmilab.ch/webtools/base64/
#
# No instructions needed. If you can compile and test Subversion,
# then you can compile this :)
#
# Uncomment here if you use this base64 encoder:
#
# BASE64="$USRBIN/base64"
# BASE64_E="$BASE64 -e - -"
# Other stuff
CAT="$BIN/cat"
CP="$BIN/cp"
CP_F="$CP -f"
CUT="$USRBIN/cut"
DATE="$BIN/date"
GREP="$BIN/grep"
GZIP="$BIN/gzip"
GZIP_C="$GZIP -9c"
ID="$USRBIN/id"
ID_UN="$ID -un"
KILL="$BIN/kill"
MAKE="$USRBIN/make"
MKDIR="$BIN/mkdir"
MKDIR_P="$MKDIR -p"
MOUNT="$BIN/mount"
NICE="$USRBIN/nice"
PS="$BIN/ps"
PS_U="$PS -u"
RM="$BIN/rm"
RM_F="$RM -f"
RM_RF="$RM -rf"
SED="$BIN/sed"
TAIL="$USRBIN/tail"
TAIL_100="$TAIL -n 100"
TOUCH="$USRBIN/touch"
UMOUNT="$BIN/umount"
#
# Branch prefix for the e-mail subject
#
REVPREFIX=`$SVN info $SVN_REPO | $SED -ne 's@^URL:.*/repos/svn/\(branches/\)*\(.*\)$@\2 r@p'`
#
# Revision number for the e-mail subject
#
REVISION=`$SVN info $SVN_REPO | $SED -ne 's@^Revision: \(.*\)$@\1@p'`
#
# Helper functions
#
# Start a test
START() {
TST="$1"
echo ""
echo "$2"
}
# Test failed
FAIL() {
echo "FAIL: $TST" >> $LOG_FILE
test -n "$1" && eval "$1" "$@" # Run cleanup code
umount_ramdisk "$TEST_ROOT/$OBJ_STATIC/subversion/tests"
umount_ramdisk "$TEST_ROOT/$OBJ_SHARED/subversion/tests"
exit 1
}
# Test passed
PASS() {
echo "PASS: $TST" >> $LOG_FILE
}
# Copy a partial log to the main log file
FAIL_LOG() {
echo >> $LOG_FILE
echo "Last 100 lines of the log file follow:" >> $LOG_FILE
$TAIL_100 "$1" >> $LOG_FILE 2>&1
if [ "x$REV" = "x" ]
then
SAVED_LOG="$1.failed"
else
SAVED_LOG="$1.$REV.failed"
fi
$CP "$1" "$SAVED_LOG" >> $LOG_FILE 2>&1
echo "Complete log saved in $SAVED_LOG" >> $LOG_FILE
}
# Mount ramdisk conditionally
# check that
# i) RAMDISK is defined
# ii) Ramdisk isn't already mounted
mount_ramdisk() {
local mount_dir="$1"
if test "xyes" = "x$RAMDISK";
then
test -z "$mount_dir" && return 1
test -f "$mount_dir/.ramdisk" && {
echo "Warning: ramdisk exists"
return 0
}
$MOUNT "$mount_dir" || return 1
$TOUCH "$mount_dir/.ramdisk" || return 1
fi
return 0
}
umount_ramdisk() {
local mount_dir="$1"
if test "xyes" = "x$RAMDISK";
then
test -z "$mount_dir" && return 1
test -f "$mount_dir/.ramdisk" && {
$UMOUNT "$mount_dir" >> /dev/null 2>&1 || return 1
}
fi
return 0
}
#
# Re-initialize ramdisk if it is currently unmounted.
#
reinitialize_ramdisk () {
test -x "$TEST_ROOT/$OBJ/subversion/tests/clients" || {
START "re-initializing ramdisk" "Re-initializing ramdisk"
mount_ramdisk "$TEST_ROOT/$OBJ/subversion/tests" \
>> "$LOG_FILE" 2>&1 || FAIL
cd "$TEST_ROOT/$OBJ"
$MAKE mkdir-init > "$LOG_FILE.ramdisk" 2>&1
test $? = 0 || {
FAIL_LOG "$LOG_FILE.ramdisk"
FAIL
}
$MAKE $MAKE_OPTS > "$LOG_FILE.ramdisk" 2>&1
test $? = 0 || {
FAIL_LOG "$LOG_FILE.ramdisk"
FAIL
}
PASS
}
}