#!/bin/ksh -p # # CDDL HEADER START # # The contents of this file are subject to the terms of the # Common Development and Distribution License (the "License"). # You may not use this file except in compliance with the License. # # You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE # or http://www.opensolaris.org/os/licensing. # See the License for the specific language governing permissions # and limitations under the License. # # When distributing Covered Code, include this CDDL HEADER in each # file and include the License file at usr/src/OPENSOLARIS.LICENSE. # If applicable, add the following below this CDDL HEADER, with the # fields enclosed by brackets "[]" replaced with your own identifying # information: Portions Copyright [yyyy] [name of copyright owner] # # CDDL HEADER END # # # Copyright (c) 1999, 2010, Oracle and/or its affiliates. All rights reserved. # Copyright 2008, 2010, Richard Lowe # Copyright 2011 Nexenta Systems, Inc. All rights reserved. # Copyright 2012 Joshua M. Clulow # # Based on the nightly script from the integration folks, # Mostly modified and owned by mike_s. # Changes also by kjc, dmk. # # BRINGOVER_WS may be specified in the env file. # The default is the old behavior of CLONE_WS # # -i on the command line, means fast options, so when it's on the # command line (only), lint and check builds are skipped no matter what # the setting of their individual flags are in NIGHTLY_OPTIONS. # # LINTDIRS can be set in the env file, format is a list of: # # /dirname-to-run-lint-on flag # # Where flag is: y - enable lint noise diff output # n - disable lint noise diff output # # For example: LINTDIRS="$SRC/uts n $SRC/stand y $SRC/psm y" # # OPTHOME may be set in the environment to override /opt # # # The CDPATH variable causes ksh's `cd' builtin to emit messages to stdout # under certain circumstances, which can really screw things up; unset it. # unset CDPATH # Get the absolute path of the nightly script that the user invoked. This # may be a relative path, and we need to do this before changing directory. nightly_path=`whence $0` # # Keep track of where we found nightly so we can invoke the matching # which_scm script. If that doesn't work, don't go guessing, just rely # on the $PATH settings, which will generally give us either /opt/onbld # or the user's workspace. # WHICH_SCM=$(dirname $nightly_path)/which_scm if [[ ! -x $WHICH_SCM ]]; then WHICH_SCM=which_scm fi function fatal_error { print -u2 "nightly: $*" exit 1 } # # Function to do a DEBUG and non-DEBUG build. Needed because we might # need to do another for the source build, and since we only deliver DEBUG or # non-DEBUG packages. # # usage: normal_build # function normal_build { typeset orig_p_FLAG="$p_FLAG" typeset crypto_signer="$CODESIGN_USER" suffix="" # non-DEBUG build begins if [ "$F_FLAG" = "n" ]; then set_non_debug_build_flags CODESIGN_USER="$crypto_signer" \ build "non-DEBUG" "$suffix-nd" "-nd" "$MULTI_PROTO" else echo "\n==== No non-DEBUG $open_only build ====\n" >> "$LOGFILE" fi # non-DEBUG build ends # DEBUG build begins if [ "$D_FLAG" = "y" ]; then set_debug_build_flags CODESIGN_USER="$crypto_signer" \ build "DEBUG" "$suffix" "" "$MULTI_PROTO" else echo "\n==== No DEBUG $open_only build ====\n" >> "$LOGFILE" fi # DEBUG build ends p_FLAG="$orig_p_FLAG" } # # usage: run_hook HOOKNAME ARGS... # # If variable "$HOOKNAME" is defined, insert a section header into # our logs and then run the command with ARGS # function run_hook { HOOKNAME=$1 eval HOOKCMD=\$$HOOKNAME shift if [ -n "$HOOKCMD" ]; then ( echo "\n==== Running $HOOKNAME command: $HOOKCMD ====\n" ( $HOOKCMD "$@" 2>&1 ) if [ "$?" -ne 0 ]; then # Let exit status propagate up touch $TMPDIR/abort fi ) | tee -a $mail_msg_file >> $LOGFILE if [ -f $TMPDIR/abort ]; then build_ok=n echo "\nAborting at request of $HOOKNAME" | tee -a $mail_msg_file >> $LOGFILE exit 1 fi fi } # Return library search directive as function of given root. function myldlibs { echo "-L$1/lib -L$1/usr/lib" } # Return header search directive as function of given root. function myheaders { echo "-I$1/usr/include" } # # Function to do the build, including package generation. # usage: build LABEL SUFFIX ND MULTIPROTO # - LABEL is used to tag build output. # - SUFFIX is used to distinguish files (e.g., DEBUG vs non-DEBUG, # open-only vs full tree). # - ND is "-nd" (non-DEBUG builds) or "" (DEBUG builds). # - If MULTIPROTO is "yes", it means to name the proto area according to # SUFFIX. Otherwise ("no"), (re)use the standard proto area. # function build { LABEL=$1 SUFFIX=$2 ND=$3 MULTIPROTO=$4 INSTALLOG=install${SUFFIX}-${MACH} NOISE=noise${SUFFIX}-${MACH} PKGARCHIVE=${PKGARCHIVE_ORIG}${SUFFIX} ORIGROOT=$ROOT [ $MULTIPROTO = no ] || export ROOT=$ROOT$SUFFIX export ENVLDLIBS1=`myldlibs $ROOT` export ENVCPPFLAGS1=`myheaders $ROOT` this_build_ok=y # # Build OS-Networking source # echo "\n==== Building OS-Net source at `date` ($LABEL) ====\n" \ >> $LOGFILE rm -f $SRC/${INSTALLOG}.out cd $SRC /bin/time $MAKE -e install 2>&1 | \ tee -a $SRC/${INSTALLOG}.out >> $LOGFILE echo "\n==== Build errors ($LABEL) ====\n" >> $mail_msg_file egrep ":" $SRC/${INSTALLOG}.out | egrep -e "(^${MAKE}:|[ ]error[: \n])" | \ egrep -v "Ignoring unknown host" | \ egrep -v "cc .* -o error " | \ egrep -v "warning" | tee $TMPDIR/build_errs${SUFFIX} \ >> $mail_msg_file if [[ -s $TMPDIR/build_errs${SUFFIX} ]]; then build_ok=n this_build_ok=n fi grep "bootblock image is .* bytes too big" $SRC/${INSTALLOG}.out \ >> $mail_msg_file if [ "$?" = "0" ]; then build_ok=n this_build_ok=n fi echo "\n==== Build warnings ($LABEL) ====\n" >>$mail_msg_file egrep -i warning: $SRC/${INSTALLOG}.out \ | egrep -v '^tic:' \ | egrep -v "symbol (\`|')timezone' has differing types:" \ | egrep -v "parameter set to" \ | egrep -v "Ignoring unknown host" \ | egrep -v "redefining segment flags attribute for" \ | tee $TMPDIR/build_warnings${SUFFIX} >> $mail_msg_file if [[ -s $TMPDIR/build_warnings${SUFFIX} ]]; then build_ok=n this_build_ok=n fi echo "\n==== Ended OS-Net source build at `date` ($LABEL) ====\n" \ >> $LOGFILE echo "\n==== Elapsed build time ($LABEL) ====\n" >>$mail_msg_file tail -3 $SRC/${INSTALLOG}.out >>$mail_msg_file if [ "$i_FLAG" = "n" ]; then rm -f $SRC/${NOISE}.ref if [ -f $SRC/${NOISE}.out ]; then mv $SRC/${NOISE}.out $SRC/${NOISE}.ref fi grep : $SRC/${INSTALLOG}.out \ | egrep -v '^/' \ | egrep -v '^(Start|Finish|real|user|sys|./bld_awk)' \ | egrep -v '^tic:' \ | egrep -v '^mcs' \ | egrep -v '^LD_LIBRARY_PATH=' \ | egrep -v 'ar: creating' \ | egrep -v 'ar: writing' \ | egrep -v 'conflicts:' \ | egrep -v ':saved created' \ | egrep -v '^stty.*c:' \ | egrep -v '^mfgname.c:' \ | egrep -v '^uname-i.c:' \ | egrep -v '^volumes.c:' \ | egrep -v '^lint library construction:' \ | egrep -v 'tsort: INFORM:' \ | egrep -v 'stripalign:' \ | egrep -v 'chars, width' \ | egrep -v "symbol (\`|')timezone' has differing types:" \ | egrep -v 'PSTAMP' \ | egrep -v '|%WHOANDWHERE%|' \ | egrep -v '^Manifying' \ | egrep -v 'Ignoring unknown host' \ | egrep -v 'Processing method:' \ | egrep -v '^Writing' \ | egrep -v 'spellin1:' \ | egrep -v '^adding:' \ | egrep -v "^echo 'msgid" \ | egrep -v '^echo ' \ | egrep -v '\.c:$' \ | egrep -v '^Adding file:' \ | egrep -v 'CLASSPATH=' \ | egrep -v '\/var\/mail\/:saved' \ | egrep -v -- '-DUTS_VERSION=' \ | egrep -v '^Running Mkbootstrap' \ | egrep -v '^Applet length read:' \ | egrep -v 'bytes written:' \ | egrep -v '^File:SolarisAuthApplet.bin' \ | egrep -v -i 'jibversion' \ | egrep -v '^Output size:' \ | egrep -v '^Solo size statistics:' \ | egrep -v '^Using ROM API Version' \ | egrep -v '^Zero Signature length:' \ | egrep -v '^Note \(probably harmless\):' \ | egrep -v '::' \ | egrep -v -- '-xcache' \ | egrep -v '^\+' \ | egrep -v '^cc1: note: -fwritable-strings' \ | egrep -v 'svccfg-native -s svc:/' \ | sort | uniq >$SRC/${NOISE}.out if [ ! -f $SRC/${NOISE}.ref ]; then cp $SRC/${NOISE}.out $SRC/${NOISE}.ref fi echo "\n==== Build noise differences ($LABEL) ====\n" \ >>$mail_msg_file diff $SRC/${NOISE}.ref $SRC/${NOISE}.out >>$mail_msg_file fi # # Re-sign selected binaries using signing server # (gatekeeper builds only) # if [ -n "$CODESIGN_USER" -a "$this_build_ok" = "y" ]; then echo "\n==== Signing proto area at `date` ====\n" >> $LOGFILE signing_file="${TMPDIR}/signing" rm -f ${signing_file} export CODESIGN_USER signproto $SRC/tools/codesign/creds 2>&1 | \ tee -a ${signing_file} >> $LOGFILE echo "\n==== Finished signing proto area at `date` ====\n" \ >> $LOGFILE echo "\n==== Crypto module signing errors ($LABEL) ====\n" \ >> $mail_msg_file egrep 'WARNING|ERROR' ${signing_file} >> $mail_msg_file if (( $? == 0 )) ; then build_ok=n this_build_ok=n fi fi # # Building Packages # if [ "$p_FLAG" = "y" -a "$this_build_ok" = "y" ]; then if [ -d $SRC/pkg ]; then echo "\n==== Creating $LABEL packages at `date` ====\n" \ >> $LOGFILE echo "Clearing out $PKGARCHIVE ..." >> $LOGFILE rm -rf $PKGARCHIVE >> "$LOGFILE" 2>&1 mkdir -p $PKGARCHIVE >> "$LOGFILE" 2>&1 rm -f $SRC/pkg/${INSTALLOG}.out cd $SRC/pkg /bin/time $MAKE -e install 2>&1 | \ tee -a $SRC/pkg/${INSTALLOG}.out >> $LOGFILE echo "\n==== package build errors ($LABEL) ====\n" \ >> $mail_msg_file egrep "${MAKE}|ERROR|WARNING" $SRC/pkg/${INSTALLOG}.out | \ grep ':' | \ grep -v PSTAMP | \ egrep -v "Ignoring unknown host" | \ tee $TMPDIR/package >> $mail_msg_file if [[ -s $TMPDIR/package ]]; then build_extras_ok=n this_build_ok=n fi else # # Handle it gracefully if -p was set but there so # no pkg directory. # echo "\n==== No $LABEL packages to build ====\n" \ >> $LOGFILE fi else echo "\n==== Not creating $LABEL packages ====\n" >> $LOGFILE fi ROOT=$ORIGROOT } # Usage: dolint /dir y|n # Arg. 2 is a flag to turn on/off the lint diff output function dolint { if [ ! -d "$1" ]; then echo "dolint error: $1 is not a directory" exit 1 fi if [ "$2" != "y" -a "$2" != "n" ]; then echo "dolint internal error: $2 should be 'y' or 'n'" exit 1 fi lintdir=$1 dodiff=$2 base=`basename $lintdir` LINTOUT=$lintdir/lint-${MACH}.out LINTNOISE=$lintdir/lint-noise-${MACH} export ENVLDLIBS1=`myldlibs $ROOT` export ENVCPPFLAGS1=`myheaders $ROOT` set_debug_build_flags # # '$MAKE lint' in $lintdir # echo "\n==== Begin '$MAKE lint' of $base at `date` ====\n" >> $LOGFILE # remove old lint.out rm -f $lintdir/lint.out $lintdir/lint-noise.out if [ -f $lintdir/lint-noise.ref ]; then mv $lintdir/lint-noise.ref ${LINTNOISE}.ref fi rm -f $LINTOUT cd $lintdir # # Remove all .ln files to ensure a full reference file # rm -f Nothing_to_remove \ `find . \( -name SCCS -o -name .hg -o -name .svn -o -name .git \) \ -prune -o -type f -name '*.ln' -print ` /bin/time $MAKE -ek lint 2>&1 | \ tee -a $LINTOUT >> $LOGFILE echo "\n==== '$MAKE lint' of $base ERRORS ====\n" >> $mail_msg_file grep "$MAKE:" $LINTOUT | egrep -v "Ignoring unknown host" | \ tee $TMPDIR/lint_errs >> $mail_msg_file if [[ -s $TMPDIR/lint_errs ]]; then build_extras_ok=n fi echo "\n==== Ended '$MAKE lint' of $base at `date` ====\n" >> $LOGFILE echo "\n==== Elapsed time of '$MAKE lint' of $base ====\n" \ >>$mail_msg_file tail -3 $LINTOUT >>$mail_msg_file rm -f ${LINTNOISE}.ref if [ -f ${LINTNOISE}.out ]; then mv ${LINTNOISE}.out ${LINTNOISE}.ref fi grep : $LINTOUT | \ egrep -v '^(real|user|sys)' | egrep -v '(library construction)' | \ egrep -v ': global crosschecks' | \ egrep -v 'Ignoring unknown host' | \ egrep -v '\.c:$' | \ sort | uniq > ${LINTNOISE}.out if [ ! -f ${LINTNOISE}.ref ]; then cp ${LINTNOISE}.out ${LINTNOISE}.ref fi if [ "$dodiff" != "n" ]; then echo "\n==== lint warnings $base ====\n" \ >>$mail_msg_file # should be none, though there are a few that were filtered out # above egrep -i '(warning|lint):' ${LINTNOISE}.out \ | sort | uniq | tee $TMPDIR/lint_warns >> $mail_msg_file if [[ -s $TMPDIR/lint_warns ]]; then build_extras_ok=n fi echo "\n==== lint noise differences $base ====\n" \ >> $mail_msg_file diff ${LINTNOISE}.ref ${LINTNOISE}.out \ >> $mail_msg_file fi } # # Build and install the onbld tools. # # usage: build_tools DESTROOT # # returns non-zero status if the build was successful. # function build_tools { DESTROOT=$1 INSTALLOG=install-${MACH} echo "\n==== Building tools at `date` ====\n" \ >> $LOGFILE rm -f ${TOOLS}/${INSTALLOG}.out cd ${TOOLS} /bin/time $MAKE TOOLS_PROTO=${DESTROOT} -e install 2>&1 | \ tee -a ${TOOLS}/${INSTALLOG}.out >> $LOGFILE echo "\n==== Tools build errors ====\n" >> $mail_msg_file egrep ":" ${TOOLS}/${INSTALLOG}.out | egrep -e "(${MAKE}:|[ ]error[: \n])" | \ egrep -v "Ignoring unknown host" | \ egrep -v warning | tee $TMPDIR/tools_errors >> $mail_msg_file if [[ -s $TMPDIR/tools_errors ]]; then return 1 fi return 0 } # # Set up to use locally installed tools. # # usage: use_tools TOOLSROOT # function use_tools { TOOLSROOT=$1 # # If we're not building ON workspace, then the TOOLSROOT # settings here are clearly ignored by the workspace # makefiles, prepending nonexistent directories to PATH is # harmless, and we clearly do not wish to override # ONBLD_TOOLS. # # If we're building an ON workspace, then the prepended PATH # elements should supercede the preexisting ONBLD_TOOLS paths, # and we want to override ONBLD_TOOLS to catch the tools that # don't have specific path env vars here. # # So the only conditional behavior is overriding ONBLD_TOOLS, # and we check for "an ON workspace" by looking for # ${TOOLSROOT}/opt/onbld. # STABS=${TOOLSROOT}/opt/onbld/bin/${MACH}/stabs export STABS CTFSTABS=${TOOLSROOT}/opt/onbld/bin/${MACH}/ctfstabs export CTFSTABS GENOFFSETS=${TOOLSROOT}/opt/onbld/bin/genoffsets export GENOFFSETS CTFCONVERT=${TOOLSROOT}/opt/onbld/bin/${MACH}/ctfconvert export CTFCONVERT CTFMERGE=${TOOLSROOT}/opt/onbld/bin/${MACH}/ctfmerge export CTFMERGE CTFCVTPTBL=${TOOLSROOT}/opt/onbld/bin/ctfcvtptbl export CTFCVTPTBL CTFFINDMOD=${TOOLSROOT}/opt/onbld/bin/ctffindmod export CTFFINDMOD if [ "$VERIFY_ELFSIGN" = "y" ]; then ELFSIGN=${TOOLSROOT}/opt/onbld/bin/elfsigncmp else ELFSIGN=${TOOLSROOT}/opt/onbld/bin/${MACH}/elfsign fi export ELFSIGN PATH="${TOOLSROOT}/opt/onbld/bin/${MACH}:${PATH}" PATH="${TOOLSROOT}/opt/onbld/bin:${PATH}" export PATH if [ -d "${TOOLSROOT}/opt/onbld" ]; then ONBLD_TOOLS=${TOOLSROOT}/opt/onbld export ONBLD_TOOLS fi echo "\n==== New environment settings. ====\n" >> $LOGFILE echo "STABS=${STABS}" >> $LOGFILE echo "CTFSTABS=${CTFSTABS}" >> $LOGFILE echo "CTFCONVERT=${CTFCONVERT}" >> $LOGFILE echo "CTFMERGE=${CTFMERGE}" >> $LOGFILE echo "CTFCVTPTBL=${CTFCVTPTBL}" >> $LOGFILE echo "CTFFINDMOD=${CTFFINDMOD}" >> $LOGFILE echo "ELFSIGN=${ELFSIGN}" >> $LOGFILE echo "PATH=${PATH}" >> $LOGFILE echo "ONBLD_TOOLS=${ONBLD_TOOLS}" >> $LOGFILE } function staffer { if [ $ISUSER -ne 0 ]; then "$@" else arg="\"$1\"" shift for i do arg="$arg \"$i\"" done eval su $STAFFER -c \'$arg\' fi } # # Verify that the closed bins are present # function check_closed_bins { if [[ ! -d "$ON_CLOSED_BINS" ]]; then echo "ON_CLOSED_BINS must point to the closed binaries tree." build_ok=n exit 1 fi } # # wrapper over wsdiff. # usage: do_wsdiff LABEL OLDPROTO NEWPROTO # function do_wsdiff { label=$1 oldproto=$2 newproto=$3 wsdiff="wsdiff" [ "$t_FLAG" = y ] && wsdiff="wsdiff -t" echo "\n==== Getting object changes since last build at `date`" \ "($label) ====\n" | tee -a $LOGFILE >> $mail_msg_file $wsdiff -s -r ${TMPDIR}/wsdiff.results $oldproto $newproto 2>&1 | \ tee -a $LOGFILE >> $mail_msg_file echo "\n==== Object changes determined at `date` ($label) ====\n" | \ tee -a $LOGFILE >> $mail_msg_file } # # Functions for setting build flags (DEBUG/non-DEBUG). Keep them # together. # function set_non_debug_build_flags { export RELEASE_BUILD ; RELEASE_BUILD= unset EXTRA_OPTIONS unset EXTRA_CFLAGS } function set_debug_build_flags { unset RELEASE_BUILD unset EXTRA_OPTIONS unset EXTRA_CFLAGS } MACH=`uname -p` if [ "$OPTHOME" = "" ]; then OPTHOME=/opt export OPTHOME fi USAGE='Usage: nightly [-in] [+t] [-V VERS ] Where: -i Fast incremental options (no clobber, lint, check) -n Do not do a bringover +t Use the build tools in $ONBLD_TOOLS/bin -V VERS set the build version string to VERS file in Bourne shell syntax that sets and exports variables that configure the operation of this script and many of the scripts this one calls. If does not exist, it will be looked for in $OPTHOME/onbld/env. non-DEBUG is the default build type. Build options can be set in the NIGHTLY_OPTIONS variable in the as follows: -A check for ABI differences in .so files -C check for cstyle/hdrchk errors -D do a build with DEBUG on -F do _not_ do a non-DEBUG build -G gate keeper default group of options (-au) -I integration engineer default group of options (-ampu) -M do not run pmodes (safe file permission checker) -N do not run protocmp -R default group of options for building a release (-mp) -U update proto area in the parent -V VERS set the build version string to VERS -f find unreferenced files -i do an incremental build (no "make clobber") -l do "make lint" in $LINTDIRS (default: $SRC y) -m send mail to $MAILTO at end of build -n do not do a bringover -p create packages -r check ELF runtime attributes in the proto area -t build and use the tools in $SRC/tools (default setting) +t Use the build tools in $ONBLD_TOOLS/bin -u update proto_list_$MACH and friends in the parent workspace; when used with -f, also build an unrefmaster.out in the parent -w report on differences between previous and current proto areas ' # # A log file will be generated under the name $LOGFILE # for partially completed build and log.`date '+%F'` # in the same directory for fully completed builds. # # default values for low-level FLAGS; G I R are group FLAGS A_FLAG=n C_FLAG=n D_FLAG=n F_FLAG=n f_FLAG=n i_FLAG=n; i_CMD_LINE_FLAG=n l_FLAG=n M_FLAG=n m_FLAG=n N_FLAG=n n_FLAG=n p_FLAG=n r_FLAG=n t_FLAG=y U_FLAG=n u_FLAG=n V_FLAG=n w_FLAG=n W_FLAG=n # build_ok=y build_extras_ok=y # # examine arguments # OPTIND=1 while getopts +intV:W FLAG do case $FLAG in i ) i_FLAG=y; i_CMD_LINE_FLAG=y ;; n ) n_FLAG=y ;; +t ) t_FLAG=n ;; V ) V_FLAG=y V_ARG="$OPTARG" ;; W ) W_FLAG=y ;; \? ) echo "$USAGE" exit 1 ;; esac done # correct argument count after options shift `expr $OPTIND - 1` # test that the path to the environment-setting file was given if [ $# -ne 1 ]; then echo "$USAGE" exit 1 fi # check if user is running nightly as root # ISUSER is set non-zero if an ordinary user runs nightly, or is zero # when root invokes nightly. /usr/bin/id | grep '^uid=0(' >/dev/null 2>&1 ISUSER=$?; export ISUSER # # force locale to C LANG=C; export LANG LC_ALL=C; export LC_ALL LC_COLLATE=C; export LC_COLLATE LC_CTYPE=C; export LC_CTYPE LC_MESSAGES=C; export LC_MESSAGES LC_MONETARY=C; export LC_MONETARY LC_NUMERIC=C; export LC_NUMERIC LC_TIME=C; export LC_TIME # clear environment variables we know to be bad for the build unset LD_OPTIONS unset LD_AUDIT LD_AUDIT_32 LD_AUDIT_64 unset LD_BIND_NOW LD_BIND_NOW_32 LD_BIND_NOW_64 unset LD_BREADTH LD_BREADTH_32 LD_BREADTH_64 unset LD_CONFIG LD_CONFIG_32 LD_CONFIG_64 unset LD_DEBUG LD_DEBUG_32 LD_DEBUG_64 unset LD_DEMANGLE LD_DEMANGLE_32 LD_DEMANGLE_64 unset LD_FLAGS LD_FLAGS_32 LD_FLAGS_64 unset LD_LIBRARY_PATH LD_LIBRARY_PATH_32 LD_LIBRARY_PATH_64 unset LD_LOADFLTR LD_LOADFLTR_32 LD_LOADFLTR_64 unset LD_NOAUDIT LD_NOAUDIT_32 LD_NOAUDIT_64 unset LD_NOAUXFLTR LD_NOAUXFLTR_32 LD_NOAUXFLTR_64 unset LD_NOCONFIG LD_NOCONFIG_32 LD_NOCONFIG_64 unset LD_NODIRCONFIG LD_NODIRCONFIG_32 LD_NODIRCONFIG_64 unset LD_NODIRECT LD_NODIRECT_32 LD_NODIRECT_64 unset LD_NOLAZYLOAD LD_NOLAZYLOAD_32 LD_NOLAZYLOAD_64 unset LD_NOOBJALTER LD_NOOBJALTER_32 LD_NOOBJALTER_64 unset LD_NOVERSION LD_NOVERSION_32 LD_NOVERSION_64 unset LD_ORIGIN LD_ORIGIN_32 LD_ORIGIN_64 unset LD_PRELOAD LD_PRELOAD_32 LD_PRELOAD_64 unset LD_PROFILE LD_PROFILE_32 LD_PROFILE_64 unset CONFIG unset GROUP unset OWNER unset REMOTE unset ENV unset ARCH unset CLASSPATH unset NAME # # To get ONBLD_TOOLS from the environment, it must come from the env file. # If it comes interactively, it is generally TOOLS_PROTO, which will be # clobbered before the compiler version checks, which will therefore fail. # unset ONBLD_TOOLS # # Setup environmental variables # if [ -f /etc/nightly.conf ]; then . /etc/nightly.conf fi if [ -f $1 ]; then if [[ $1 = */* ]]; then . $1 else . ./$1 fi else if [ -f $OPTHOME/onbld/env/$1 ]; then . $OPTHOME/onbld/env/$1 else echo "Cannot find env file as either $1 or $OPTHOME/onbld/env/$1" exit 1 fi fi # contents of stdenv.sh inserted after next line: # STDENV_START # STDENV_END # Check if we have sufficient data to continue... [[ -v CODEMGR_WS ]] || fatal_error "Error: Variable CODEMGR_WS not set." if [[ "${NIGHTLY_OPTIONS}" == ~(F)n ]] ; then # Check if the gate data are valid if we don't do a "bringover" below [[ -d "${CODEMGR_WS}" ]] || \ fatal_error "Error: ${CODEMGR_WS} is not a directory." [[ -f "${CODEMGR_WS}/usr/src/Makefile" ]] || \ fatal_error "Error: ${CODEMGR_WS}/usr/src/Makefile not found." fi # # place ourselves in a new task, respecting BUILD_PROJECT if set. # if [ -z "$BUILD_PROJECT" ]; then /usr/bin/newtask -c $$ else /usr/bin/newtask -c $$ -p $BUILD_PROJECT fi ps -o taskid= -p $$ | read build_taskid ps -o project= -p $$ | read build_project # # See if NIGHTLY_OPTIONS is set # if [ "$NIGHTLY_OPTIONS" = "" ]; then NIGHTLY_OPTIONS="-aBm" fi # # If BRINGOVER_WS was not specified, let it default to CLONE_WS # if [ "$BRINGOVER_WS" = "" ]; then BRINGOVER_WS=$CLONE_WS fi # # If BRINGOVER_FILES was not specified, default to usr # if [ "$BRINGOVER_FILES" = "" ]; then BRINGOVER_FILES="usr" fi check_closed_bins # # Note: changes to the option letters here should also be applied to the # bldenv script. `d' is listed for backward compatibility. # NIGHTLY_OPTIONS=-${NIGHTLY_OPTIONS#-} OPTIND=1 while getopts +ABCDdFfGIilMmNnpRrtUuwW FLAG $NIGHTLY_OPTIONS do case $FLAG in A ) A_FLAG=y ;; B ) D_FLAG=y ;; # old version of D C ) C_FLAG=y ;; D ) D_FLAG=y ;; F ) F_FLAG=y ;; f ) f_FLAG=y ;; G ) u_FLAG=y ;; I ) m_FLAG=y p_FLAG=y u_FLAG=y ;; i ) i_FLAG=y ;; l ) l_FLAG=y ;; M ) M_FLAG=y ;; m ) m_FLAG=y ;; N ) N_FLAG=y ;; n ) n_FLAG=y ;; p ) p_FLAG=y ;; R ) m_FLAG=y p_FLAG=y ;; r ) r_FLAG=y ;; +t ) t_FLAG=n ;; U ) if [ -z "${PARENT_ROOT}" ]; then echo "PARENT_ROOT must be set if the U flag is" \ "present in NIGHTLY_OPTIONS." exit 1 fi NIGHTLY_PARENT_ROOT=$PARENT_ROOT if [ -n "${PARENT_TOOLS_ROOT}" ]; then NIGHTLY_PARENT_TOOLS_ROOT=$PARENT_TOOLS_ROOT fi U_FLAG=y ;; u ) u_FLAG=y ;; w ) w_FLAG=y ;; W ) W_FLAG=y ;; \? ) echo "$USAGE" exit 1 ;; esac done if [ $ISUSER -ne 0 ]; then # Set default value for STAFFER, if needed. if [ -z "$STAFFER" -o "$STAFFER" = "nobody" ]; then STAFFER=`/usr/xpg4/bin/id -un` export STAFFER fi fi if [ -z "$MAILTO" -o "$MAILTO" = "nobody" ]; then MAILTO=$STAFFER export MAILTO fi PATH="$OPTHOME/onbld/bin:$OPTHOME/onbld/bin/${MACH}:/usr/ccs/bin" PATH="$PATH:$OPTHOME/SUNWspro/bin:/usr/bin:/usr/sbin:/usr/ucb" PATH="$PATH:/usr/openwin/bin:/usr/sfw/bin:/opt/sfw/bin:." export PATH # roots of source trees, both relative to $SRC and absolute. relsrcdirs="." abssrcdirs="$SRC" PROTOCMPTERSE="protocmp.terse -gu" POUND_SIGN="#" # have we set RELEASE_DATE in our env file? if [ -z "$RELEASE_DATE" ]; then RELEASE_DATE=$(LC_ALL=C date +"%B %Y") fi BUILD_DATE=$(LC_ALL=C date +%Y-%b-%d) BASEWSDIR=$(basename $CODEMGR_WS) DEV_CM="\"@(#)SunOS Internal Development: $LOGNAME $BUILD_DATE [$BASEWSDIR]\"" # we export POUND_SIGN, RELEASE_DATE and DEV_CM to speed up the build process # by avoiding repeated shell invocations to evaluate Makefile.master # definitions. export POUND_SIGN RELEASE_DATE DEV_CM maketype="distributed" if [[ -z "$MAKE" ]]; then MAKE=dmake elif [[ ! -x "$MAKE" ]]; then echo "\$MAKE is set to garbage in the environment" exit 1 fi # get the dmake version string alone DMAKE_VERSION=$( $MAKE -v ) DMAKE_VERSION=${DMAKE_VERSION#*: } # focus in on just the dotted version number alone DMAKE_MAJOR=$( echo $DMAKE_VERSION | \ sed -e 's/.*\<\([^.]*\.[^ ]*\).*$/\1/' ) # extract the second (or final) integer DMAKE_MINOR=${DMAKE_MAJOR#*.} DMAKE_MINOR=${DMAKE_MINOR%%.*} # extract the first integer DMAKE_MAJOR=${DMAKE_MAJOR%%.*} CHECK_DMAKE=${CHECK_DMAKE:-y} # x86 was built on the 12th, sparc on the 13th. if [ "$CHECK_DMAKE" = "y" -a \ "$DMAKE_VERSION" != "Sun Distributed Make 7.3 2003/03/12" -a \ "$DMAKE_VERSION" != "Sun Distributed Make 7.3 2003/03/13" -a \( \ "$DMAKE_MAJOR" -lt 7 -o \ "$DMAKE_MAJOR" -eq 7 -a "$DMAKE_MINOR" -lt 4 \) ]; then if [ -z "$DMAKE_VERSION" ]; then echo "$MAKE is missing." exit 1 fi echo `whence $MAKE`" version is:" echo " ${DMAKE_VERSION}" cat <>$LOGFILE 2>&1 if [ -s $build_noise_file ]; then echo "\n==== Nightly build noise ====\n" | tee -a $LOGFILE >>$mail_msg_file cat $build_noise_file >>$LOGFILE cat $build_noise_file >>$mail_msg_file echo | tee -a $LOGFILE >>$mail_msg_file fi rm -f $build_noise_file case "$build_ok" in y) state=Completed ;; i) state=Interrupted ;; *) state=Failed ;; esac if [[ $state != "Interrupted" && $build_extras_ok != "y" ]]; then state=Failed fi NIGHTLY_STATUS=$state export NIGHTLY_STATUS run_hook POST_NIGHTLY $state run_hook SYS_POST_NIGHTLY $state # # mailx(1) sets From: based on the -r flag # if it is given. # mailx_r= if [[ -n "${MAILFROM}" ]]; then mailx_r="-r ${MAILFROM}" fi cat $build_time_file $build_environ_file $mail_msg_file \ > ${LLOG}/mail_msg if [ "$m_FLAG" = "y" ]; then cat ${LLOG}/mail_msg | /usr/bin/mailx ${mailx_r} -s \ "Nightly ${MACH} Build of `basename ${CODEMGR_WS}` ${state}." \ ${MAILTO} fi if [ "$u_FLAG" = "y" -a "$build_ok" = "y" ]; then staffer cp ${LLOG}/mail_msg $PARENT_WS/usr/src/mail_msg-${MACH} staffer cp $LOGFILE $PARENT_WS/usr/src/nightly-${MACH}.log fi mv $LOGFILE $LLOG } # # Remove the locks and temporary files on any exit # function cleanup { logshuffle [ -z "$lockfile" ] || staffer rm -f $lockfile [ -z "$atloglockfile" ] || rm -f $atloglockfile [ -z "$ulockfile" ] || staffer rm -f $ulockfile [ -z "$Ulockfile" ] || rm -f $Ulockfile set -- $newdirlist while [ $# -gt 0 ]; do ISUSER=$1 staffer rmdir $2 shift; shift done rm -rf $TMPDIR } function cleanup_signal { build_ok=i # this will trigger cleanup(), above. exit 1 } trap cleanup 0 trap cleanup_signal 1 2 3 15 # # Generic lock file processing -- make sure that the lock file doesn't # exist. If it does, it should name the build host and PID. If it # doesn't, then make sure we can create it. Clean up locks that are # known to be stale (assumes host name is unique among build systems # for the workspace). # function create_lock { lockf=$1 lockvar=$2 ldir=`dirname $lockf` [ -d $ldir ] || newdir $ldir || exit 1 eval $lockvar=$lockf while ! staffer ln -s $hostname.$STAFFER.$$ $lockf 2> /dev/null; do basews=`basename $CODEMGR_WS` ls -l $lockf | nawk '{print $NF}' | IFS=. read host user pid if [ "$host" != "$hostname" ]; then echo "$MACH build of $basews apparently" \ "already started by $user on $host as $pid." exit 1 elif kill -s 0 $pid 2>/dev/null; then echo "$MACH build of $basews already started" \ "by $user as $pid." exit 1 else # stale lock; clear it out and try again rm -f $lockf fi done } # # Return the list of interesting proto areas, depending on the current # options. # function allprotos { typeset roots="$ROOT" if [[ "$F_FLAG" = n && "$MULTI_PROTO" = yes ]]; then roots="$roots $ROOT-nd" fi echo $roots } # Ensure no other instance of this script is running on this host. # LOCKNAME can be set in , and is by default, but is not # required due to the use of $ATLOG below. if [ -n "$LOCKNAME" ]; then create_lock /tmp/$LOCKNAME "lockfile" fi # # Create from one, two, or three other locks: # $ATLOG/nightly.lock # - protects against multiple builds in same workspace # $PARENT_WS/usr/src/nightly.$MACH.lock # - protects against multiple 'u' copy-backs # $NIGHTLY_PARENT_ROOT/nightly.lock # - protects against multiple 'U' copy-backs # # Overriding ISUSER to 1 causes the lock to be created as root if the # script is run as root. The default is to create it as $STAFFER. ISUSER=1 create_lock $ATLOG/nightly.lock "atloglockfile" if [ "$u_FLAG" = "y" ]; then create_lock $PARENT_WS/usr/src/nightly.$MACH.lock "ulockfile" fi if [ "$U_FLAG" = "y" ]; then # NIGHTLY_PARENT_ROOT is written as root if script invoked as root. ISUSER=1 create_lock $NIGHTLY_PARENT_ROOT/nightly.lock "Ulockfile" fi # Locks have been taken, so we're doing a build and we're committed to # the directories we may have created so far. newdirlist= # # Create mail_msg_file # mail_msg_file="${TMPDIR}/mail_msg" touch $mail_msg_file build_time_file="${TMPDIR}/build_time" build_environ_file="${TMPDIR}/build_environ" touch $build_environ_file # # Move old LOGFILE aside # ATLOG directory already made by 'create_lock' above # if [ -f $LOGFILE ]; then mv -f $LOGFILE ${LOGFILE}- fi # # Build OsNet source # START_DATE=`date` SECONDS=0 echo "\n==== Nightly $maketype build started: $START_DATE ====" \ | tee -a $LOGFILE > $build_time_file echo "\nBuild project: $build_project\nBuild taskid: $build_taskid" | \ tee -a $mail_msg_file >> $LOGFILE # make sure we log only to the nightly build file build_noise_file="${TMPDIR}/build_noise" exec $build_noise_file 2>&1 run_hook SYS_PRE_NIGHTLY run_hook PRE_NIGHTLY echo "\n==== list of environment variables ====\n" >> $LOGFILE env >> $LOGFILE echo "\n==== Nightly argument issues ====\n" | tee -a $mail_msg_file >> $LOGFILE if [ "$N_FLAG" = "y" ]; then if [ "$p_FLAG" = "y" ]; then cat <> $LOGFILE WARNING: the p option (create packages) is set, but so is the N option (do not run protocmp); this is dangerous; you should unset the N option EOF else cat <> $LOGFILE Warning: the N option (do not run protocmp) is set; it probably shouldn't be EOF fi echo "" | tee -a $mail_msg_file >> $LOGFILE fi if [ "$D_FLAG" = "n" -a "$l_FLAG" = "y" ]; then # # In the past we just complained but went ahead with the lint # pass, even though the proto area was built non-DEBUG. It's # unlikely that non-DEBUG headers will make a difference, but # rather than assuming it's a safe combination, force the user # to specify a DEBUG build. # echo "WARNING: DEBUG build not requested; disabling lint.\n" \ | tee -a $mail_msg_file >> $LOGFILE l_FLAG=n fi if [ "$f_FLAG" = "y" ]; then if [ "$i_FLAG" = "y" ]; then echo "WARNING: the -f flag cannot be used during incremental" \ "builds; ignoring -f\n" | tee -a $mail_msg_file >> $LOGFILE f_FLAG=n fi if [ "${l_FLAG}${p_FLAG}" != "yy" ]; then echo "WARNING: the -f flag requires -l, and -p;" \ "ignoring -f\n" | tee -a $mail_msg_file >> $LOGFILE f_FLAG=n fi fi if [ "$w_FLAG" = "y" -a ! -d $ROOT ]; then echo "WARNING: -w specified, but $ROOT does not exist;" \ "ignoring -w\n" | tee -a $mail_msg_file >> $LOGFILE w_FLAG=n fi if [ "$t_FLAG" = "n" ]; then # # We're not doing a tools build, so make sure elfsign(1) is # new enough to safely sign non-crypto binaries. We test # debugging output from elfsign to detect the old version. # newelfsigntest=`SUNW_CRYPTO_DEBUG=stderr /usr/bin/elfsign verify \ -e /usr/lib/security/pkcs11_softtoken.so.1 2>&1 \ | egrep algorithmOID` if [ -z "$newelfsigntest" ]; then echo "WARNING: /usr/bin/elfsign out of date;" \ "will only sign crypto modules\n" | \ tee -a $mail_msg_file >> $LOGFILE export ELFSIGN_OBJECT=true elif [ "$VERIFY_ELFSIGN" = "y" ]; then echo "WARNING: VERIFY_ELFSIGN=y requires" \ "the -t flag; ignoring VERIFY_ELFSIGN\n" | \ tee -a $mail_msg_file >> $LOGFILE fi fi case $MULTI_PROTO in yes|no) ;; *) echo "WARNING: MULTI_PROTO is \"$MULTI_PROTO\"; " \ "should be \"yes\" or \"no\"." | tee -a $mail_msg_file >> $LOGFILE echo "Setting MULTI_PROTO to \"no\".\n" | \ tee -a $mail_msg_file >> $LOGFILE export MULTI_PROTO=no ;; esac echo "\n==== Build version ====\n" | tee -a $mail_msg_file >> $LOGFILE echo $VERSION | tee -a $mail_msg_file >> $LOGFILE # Save the current proto area if we're comparing against the last build if [ "$w_FLAG" = "y" -a -d "$ROOT" ]; then if [ -d "$ROOT.prev" ]; then rm -rf $ROOT.prev fi mv $ROOT $ROOT.prev fi # Same for non-DEBUG proto area if [ "$w_FLAG" = "y" -a "$MULTI_PROTO" = yes -a -d "$ROOT-nd" ]; then if [ -d "$ROOT-nd.prev" ]; then rm -rf $ROOT-nd.prev fi mv $ROOT-nd $ROOT-nd.prev fi # # Echo the SCM type of the parent workspace, this can't just be which_scm # as that does not know how to identify various network repositories. # function parent_wstype { typeset scm_type junk CODEMGR_WS="$BRINGOVER_WS" "$WHICH_SCM" 2>/dev/null \ | read scm_type junk if [[ -z "$scm_type" || "$scm_type" == unknown ]]; then # Probe BRINGOVER_WS to determine its type if [[ $BRINGOVER_WS == ssh://* ]]; then scm_type="mercurial" elif [[ $BRINGOVER_WS == http://* ]] && \ wget -q -O- --save-headers "$BRINGOVER_WS/?cmd=heads" | \ egrep -s "application/mercurial" 2> /dev/null; then scm_type="mercurial" else scm_type="none" fi fi # fold both unsupported and unrecognized results into "none" case "$scm_type" in mercurial) ;; *) scm_type=none ;; esac echo $scm_type } # Echo the SCM types of $CODEMGR_WS and $BRINGOVER_WS function child_wstype { typeset scm_type junk # Probe CODEMGR_WS to determine its type if [[ -d $CODEMGR_WS ]]; then $WHICH_SCM | read scm_type junk || exit 1 fi case "$scm_type" in none|git|mercurial) ;; *) scm_type=none ;; esac echo $scm_type } SCM_TYPE=$(child_wstype) # # Decide whether to clobber # if [ "$i_FLAG" = "n" -a -d "$SRC" ]; then echo "\n==== Make clobber at `date` ====\n" >> $LOGFILE cd $SRC # remove old clobber file rm -f $SRC/clobber.out rm -f $SRC/clobber-${MACH}.out # Remove all .make.state* files, just in case we are restarting # the build after having interrupted a previous 'make clobber'. find . \( -name SCCS -o -name .hg -o -name .svn -o -name .git \ -o -name 'interfaces.*' \) -prune \ -o -name '.make.*' -print | xargs rm -f $MAKE -ek clobber 2>&1 | tee -a $SRC/clobber-${MACH}.out >> $LOGFILE echo "\n==== Make clobber ERRORS ====\n" >> $mail_msg_file grep "$MAKE:" $SRC/clobber-${MACH}.out | egrep -v "Ignoring unknown host" | \ tee $TMPDIR/clobber_errs >> $mail_msg_file if [[ -s $TMPDIR/clobber_errs ]]; then build_extras_ok=n fi if [[ "$t_FLAG" = "y" ]]; then echo "\n==== Make tools clobber at `date` ====\n" >> $LOGFILE cd ${TOOLS} rm -f ${TOOLS}/clobber-${MACH}.out $MAKE TOOLS_PROTO=$TOOLS_PROTO -ek clobber 2>&1 | \ tee -a ${TOOLS}/clobber-${MACH}.out >> $LOGFILE echo "\n==== Make tools clobber ERRORS ====\n" \ >> $mail_msg_file grep "$MAKE:" ${TOOLS}/clobber-${MACH}.out \ >> $mail_msg_file if (( $? == 0 )); then build_extras_ok=n fi rm -rf ${TOOLS_PROTO} mkdir -p ${TOOLS_PROTO} fi typeset roots=$(allprotos) echo "\n\nClearing $roots" >> "$LOGFILE" rm -rf $roots # Get back to a clean workspace as much as possible to catch # problems that only occur on fresh workspaces. # Remove all .make.state* files, libraries, and .o's that may # have been omitted from clobber. A couple of libraries are # under source code control, so leave them alone. # We should probably blow away temporary directories too. cd $SRC find $relsrcdirs \( -name SCCS -o -name .hg -o -name .svn \ -o -name .git -o -name 'interfaces.*' \) -prune -o \ \( -name '.make.*' -o -name 'lib*.a' -o -name 'lib*.so*' -o \ -name '*.o' \) -print | \ grep -v 'tools/ctf/dwarf/.*/libdwarf' | xargs rm -f else echo "\n==== No clobber at `date` ====\n" >> $LOGFILE fi type bringover_mercurial > /dev/null 2>&1 || function bringover_mercurial { typeset -x PATH=$PATH # If the repository doesn't exist yet, then we want to populate it. if [[ ! -d $CODEMGR_WS/.hg ]]; then staffer hg init $CODEMGR_WS staffer echo "[paths]" > $CODEMGR_WS/.hg/hgrc staffer echo "default=$BRINGOVER_WS" >> $CODEMGR_WS/.hg/hgrc touch $TMPDIR/new_repository fi typeset -x HGMERGE="/bin/false" # # If the user has changes, regardless of whether those changes are # committed, and regardless of whether those changes conflict, then # we'll attempt to merge them either implicitly (uncommitted) or # explicitly (committed). # # These are the messages we'll use to help clarify mercurial output # in those cases. # typeset mergefailmsg="\ ***\n\ *** nightly was unable to automatically merge your changes. You should\n\ *** redo the full merge manually, following the steps outlined by mercurial\n\ *** above, then restart nightly.\n\ ***\n" typeset mergepassmsg="\ ***\n\ *** nightly successfully merged your changes. This means that your working\n\ *** directory has been updated, but those changes are not yet committed.\n\ *** After nightly completes, you should validate the results of the merge,\n\ *** then use hg commit manually.\n\ ***\n" # # For each repository in turn: # # 1. Do the pull. If this fails, dump the output and bail out. # # 2. If the pull resulted in an extra head, do an explicit merge. # If this fails, dump the output and bail out. # # Because we can't rely on Mercurial to exit with a failure code # when a merge fails (Mercurial issue #186), we must grep the # output of pull/merge to check for attempted and/or failed merges. # # 3. If a merge failed, set the message and fail the bringover. # # 4. Otherwise, if a merge succeeded, set the message # # 5. Dump the output, and any message from step 3 or 4. # typeset HG_SOURCE=$BRINGOVER_WS if [ ! -f $TMPDIR/new_repository ]; then HG_SOURCE=$TMPDIR/open_bundle.hg staffer hg --cwd $CODEMGR_WS incoming --bundle $HG_SOURCE \ -v $BRINGOVER_WS > $TMPDIR/incoming_open.out # # If there are no incoming changesets, then incoming will # fail, and there will be no bundle file. Reset the source, # to allow the remaining logic to complete with no false # negatives. (Unlike incoming, pull will return success # for the no-change case.) # if (( $? != 0 )); then HG_SOURCE=$BRINGOVER_WS fi fi staffer hg --cwd $CODEMGR_WS pull -u $HG_SOURCE \ > $TMPDIR/pull_open.out 2>&1 if (( $? != 0 )); then printf "%s: pull failed as follows:\n\n" "$CODEMGR_WS" cat $TMPDIR/pull_open.out if grep "^merging.*failed" $TMPDIR/pull_open.out > /dev/null 2>&1; then printf "$mergefailmsg" fi touch $TMPDIR/bringover_failed return fi if grep "not updating" $TMPDIR/pull_open.out > /dev/null 2>&1; then staffer hg --cwd $CODEMGR_WS merge \ >> $TMPDIR/pull_open.out 2>&1 if (( $? != 0 )); then printf "%s: merge failed as follows:\n\n" \ "$CODEMGR_WS" cat $TMPDIR/pull_open.out if grep "^merging.*failed" $TMPDIR/pull_open.out \ > /dev/null 2>&1; then printf "$mergefailmsg" fi touch $TMPDIR/bringover_failed return fi fi printf "updated %s with the following results:\n" "$CODEMGR_WS" cat $TMPDIR/pull_open.out if grep "^merging" $TMPDIR/pull_open.out >/dev/null 2>&1; then printf "$mergepassmsg" fi printf "\n" # # Per-changeset output is neither useful nor manageable for a # newly-created repository. # if [ -f $TMPDIR/new_repository ]; then return fi printf "\nadded the following changesets to open repository:\n" cat $TMPDIR/incoming_open.out } type bringover_none > /dev/null 2>&1 || function bringover_none { echo "Couldn't figure out what kind of SCM to use for $BRINGOVER_WS." touch $TMPDIR/bringover_failed } # # Decide whether to bringover to the codemgr workspace # if [ "$n_FLAG" = "n" ]; then PARENT_SCM_TYPE=$(parent_wstype) if [[ $SCM_TYPE != none && $SCM_TYPE != $PARENT_SCM_TYPE ]]; then echo "cannot bringover from $PARENT_SCM_TYPE to $SCM_TYPE, " \ "quitting at `date`." | tee -a $mail_msg_file >> $LOGFILE exit 1 fi run_hook PRE_BRINGOVER echo "\n==== bringover to $CODEMGR_WS at `date` ====\n" >> $LOGFILE echo "\n==== BRINGOVER LOG ====\n" >> $mail_msg_file eval "bringover_${PARENT_SCM_TYPE}" 2>&1 | tee -a $mail_msg_file >> $LOGFILE if [ -f $TMPDIR/bringover_failed ]; then rm -f $TMPDIR/bringover_failed build_ok=n echo "trouble with bringover, quitting at `date`." | tee -a $mail_msg_file >> $LOGFILE exit 1 fi # # It's possible that we used the bringover above to create # $CODEMGR_WS. If so, then SCM_TYPE was previously "none," # but should now be the same as $BRINGOVER_WS. # [[ $SCM_TYPE = none ]] && SCM_TYPE=$PARENT_SCM_TYPE run_hook POST_BRINGOVER check_closed_bins else echo "\n==== No bringover to $CODEMGR_WS ====\n" >> $LOGFILE fi # Safeguards [[ -v CODEMGR_WS ]] || fatal_error "Error: Variable CODEMGR_WS not set." [[ -d "${CODEMGR_WS}" ]] || fatal_error "Error: ${CODEMGR_WS} is not a directory." [[ -f "${CODEMGR_WS}/usr/src/Makefile" ]] || fatal_error "Error: ${CODEMGR_WS}/usr/src/Makefile not found." echo "\n==== Build environment ====\n" | tee -a $build_environ_file >> $LOGFILE # System whence uname | tee -a $build_environ_file >> $LOGFILE uname -a 2>&1 | tee -a $build_environ_file >> $LOGFILE echo | tee -a $build_environ_file >> $LOGFILE # make whence $MAKE | tee -a $build_environ_file >> $LOGFILE $MAKE -v | tee -a $build_environ_file >> $LOGFILE echo "number of concurrent jobs = $DMAKE_MAX_JOBS" | tee -a $build_environ_file >> $LOGFILE # # Report the compiler versions. # if [[ ! -f $SRC/Makefile ]]; then build_ok=n echo "\nUnable to find \"Makefile\" in $SRC." | \ tee -a $build_environ_file >> $LOGFILE exit 1 fi ( cd $SRC for target in cc-version cc64-version java-version; do echo # # Put statefile somewhere we know we can write to rather than trip # over a read-only $srcroot. # rm -f $TMPDIR/make-state export SRC if $MAKE -K $TMPDIR/make-state -e $target 2>/dev/null; then continue fi touch $TMPDIR/nocompiler done echo ) | tee -a $build_environ_file >> $LOGFILE if [ -f $TMPDIR/nocompiler ]; then rm -f $TMPDIR/nocompiler build_ok=n echo "Aborting due to missing compiler." | tee -a $build_environ_file >> $LOGFILE exit 1 fi # as whence as | tee -a $build_environ_file >> $LOGFILE as -V 2>&1 | head -1 | tee -a $build_environ_file >> $LOGFILE echo | tee -a $build_environ_file >> $LOGFILE # Check that we're running a capable link-editor whence ld | tee -a $build_environ_file >> $LOGFILE LDVER=`ld -V 2>&1` echo $LDVER | tee -a $build_environ_file >> $LOGFILE LDVER=`echo $LDVER | sed -e "s/.*-1\.\([0-9]*\).*/\1/"` if [ `expr $LDVER \< 422` -eq 1 ]; then echo "The link-editor needs to be at version 422 or higher to build" | \ tee -a $build_environ_file >> $LOGFILE echo "the latest stuff. Hope your build works." | \ tee -a $build_environ_file >> $LOGFILE fi # # Build and use the workspace's tools if requested # if [[ "$t_FLAG" = "y" ]]; then set_non_debug_build_flags build_tools ${TOOLS_PROTO} if (( $? != 0 )); then build_ok=n else use_tools $TOOLS_PROTO fi fi # timestamp the start of the normal build; the findunref tool uses it. touch $SRC/.build.tstamp normal_build ORIG_SRC=$SRC BINARCHIVE=${CODEMGR_WS}/bin-${MACH}.cpio.Z # # There are several checks that need to look at the proto area, but # they only need to look at one, and they don't care whether it's # DEBUG or non-DEBUG. # if [[ "$MULTI_PROTO" = yes && "$D_FLAG" = n ]]; then checkroot=$ROOT-nd else checkroot=$ROOT fi if [ "$build_ok" = "y" ]; then echo "\n==== Creating protolist system file at `date` ====" \ >> $LOGFILE protolist $checkroot > $ATLOG/proto_list_${MACH} echo "==== protolist system file created at `date` ====\n" \ >> $LOGFILE if [ "$N_FLAG" != "y" ]; then E1= f1= for f in $f1; do if [ -f "$f" ]; then E1="$E1 -e $f" fi done E2= f2= if [ -d "$SRC/pkg" ]; then f2="$f2 exceptions/packaging" fi for f in $f2; do if [ -f "$f" ]; then E2="$E2 -e $f" fi done fi if [ "$N_FLAG" != "y" -a -d $SRC/pkg ]; then echo "\n==== Validating manifests against proto area ====\n" \ >> $mail_msg_file ( cd $SRC/pkg ; $MAKE -e protocmp ROOT="$checkroot" ) | \ tee $TMPDIR/protocmp_noise >> $mail_msg_file if [[ -s $TMPDIR/protocmp_noise ]]; then build_extras_ok=n fi fi if [ "$N_FLAG" != "y" -a -f "$REF_PROTO_LIST" ]; then echo "\n==== Impact on proto area ====\n" >> $mail_msg_file if [ -n "$E2" ]; then ELIST=$E2 else ELIST=$E1 fi $PROTOCMPTERSE \ "Files in yesterday's proto area, but not today's:" \ "Files in today's proto area, but not yesterday's:" \ "Files that changed between yesterday and today:" \ ${ELIST} \ -d $REF_PROTO_LIST \ $ATLOG/proto_list_${MACH} \ >> $mail_msg_file fi fi if [[ "$u_FLAG" == "y" && "$build_ok" == "y" && \ "$build_extras_ok" == "y" ]]; then staffer cp $ATLOG/proto_list_${MACH} \ $PARENT_WS/usr/src/proto_list_${MACH} fi # Update parent proto area if necessary. This is done now # so that the proto area has either DEBUG or non-DEBUG kernels. # Note that this clears out the lock file, so we can dispense with # the variable now. if [ "$U_FLAG" = "y" -a "$build_ok" = "y" ]; then echo "\n==== Copying proto area to $NIGHTLY_PARENT_ROOT ====\n" | \ tee -a $LOGFILE >> $mail_msg_file rm -rf $NIGHTLY_PARENT_ROOT/* unset Ulockfile mkdir -p $NIGHTLY_PARENT_ROOT if [[ "$MULTI_PROTO" = no || "$D_FLAG" = y ]]; then ( cd $ROOT; tar cf - . | ( cd $NIGHTLY_PARENT_ROOT; umask 0; tar xpf - ) ) 2>&1 | tee -a $mail_msg_file >> $LOGFILE fi if [[ "$MULTI_PROTO" = yes && "$F_FLAG" = n ]]; then rm -rf $NIGHTLY_PARENT_ROOT-nd/* mkdir -p $NIGHTLY_PARENT_ROOT-nd cd $ROOT-nd ( tar cf - . | ( cd $NIGHTLY_PARENT_ROOT-nd; umask 0; tar xpf - ) ) 2>&1 | tee -a $mail_msg_file >> $LOGFILE fi if [ -n "${NIGHTLY_PARENT_TOOLS_ROOT}" ]; then echo "\n==== Copying tools proto area to $NIGHTLY_PARENT_TOOLS_ROOT ====\n" | \ tee -a $LOGFILE >> $mail_msg_file rm -rf $NIGHTLY_PARENT_TOOLS_ROOT/* mkdir -p $NIGHTLY_PARENT_TOOLS_ROOT if [[ "$MULTI_PROTO" = no || "$D_FLAG" = y ]]; then ( cd $TOOLS_PROTO; tar cf - . | ( cd $NIGHTLY_PARENT_TOOLS_ROOT; umask 0; tar xpf - ) ) 2>&1 | tee -a $mail_msg_file >> $LOGFILE fi fi fi # # ELF verification: ABI (-A) and runtime (-r) checks # if [[ ($build_ok = y) && (($A_FLAG = y) || ($r_FLAG = y)) ]]; then # Directory ELF-data.$MACH holds the files produced by these tests. elf_ddir=$SRC/ELF-data.$MACH # If there is a previous ELF-data backup directory, remove it. Then, # rotate current ELF-data directory into its place and create a new # empty directory rm -rf $elf_ddir.ref if [[ -d $elf_ddir ]]; then mv $elf_ddir $elf_ddir.ref fi mkdir -p $elf_ddir # Call find_elf to produce a list of the ELF objects in the proto area. # This list is passed to check_rtime and interface_check, preventing # them from separately calling find_elf to do the same work twice. find_elf -fr $checkroot > $elf_ddir/object_list if [[ $A_FLAG = y ]]; then echo "\n==== Check versioning and ABI information ====\n" | \ tee -a $LOGFILE >> $mail_msg_file # Produce interface description for the proto. Report errors. interface_check -o -w $elf_ddir -f object_list \ -i interface -E interface.err if [[ -s $elf_ddir/interface.err ]]; then tee -a $LOGFILE < $elf_ddir/interface.err \ >> $mail_msg_file build_extras_ok=n fi # If ELF_DATA_BASELINE_DIR is defined, compare the new interface # description file to that from the baseline gate. Issue a # warning if the baseline is not present, and keep going. if [[ "$ELF_DATA_BASELINE_DIR" != '' ]]; then base_ifile="$ELF_DATA_BASELINE_DIR/interface" echo "\n==== Compare versioning and ABI information" \ "to baseline ====\n" | \ tee -a $LOGFILE >> $mail_msg_file echo "Baseline: $base_ifile\n" >> $LOGFILE if [[ -f $base_ifile ]]; then interface_cmp -d -o $base_ifile \ $elf_ddir/interface > $elf_ddir/interface.cmp if [[ -s $elf_ddir/interface.cmp ]]; then echo | tee -a $LOGFILE >> $mail_msg_file tee -a $LOGFILE < \ $elf_ddir/interface.cmp \ >> $mail_msg_file build_extras_ok=n fi else echo "baseline not available. comparison" \ "skipped" | \ tee -a $LOGFILE >> $mail_msg_file fi fi fi if [[ $r_FLAG = y ]]; then echo "\n==== Check ELF runtime attributes ====\n" | \ tee -a $LOGFILE >> $mail_msg_file # If we're doing a DEBUG build the proto area will be left # with debuggable objects, thus don't assert -s. if [[ $D_FLAG = y ]]; then rtime_sflag="" else rtime_sflag="-s" fi check_rtime -i -m -v $rtime_sflag -o -w $elf_ddir \ -D object_list -f object_list -E runtime.err \ -I runtime.attr.raw if (( $? != 0 )); then build_extras_ok=n fi # check_rtime -I output needs to be sorted in order to # compare it to that from previous builds. sort $elf_ddir/runtime.attr.raw > $elf_ddir/runtime.attr rm $elf_ddir/runtime.attr.raw # Report errors if [[ -s $elf_ddir/runtime.err ]]; then tee -a $LOGFILE < $elf_ddir/runtime.err \ >> $mail_msg_file build_extras_ok=n fi # If there is an ELF-data directory from a previous build, # then diff the attr files. These files contain information # about dependencies, versioning, and runpaths. There is some # overlap with the ABI checking done above, but this also # flushes out non-ABI interface differences along with the # other information. echo "\n==== Diff ELF runtime attributes" \ "(since last build) ====\n" | \ tee -a $LOGFILE >> $mail_msg_file >> $mail_msg_file if [[ -f $elf_ddir.ref/runtime.attr ]]; then diff $elf_ddir.ref/runtime.attr \ $elf_ddir/runtime.attr \ >> $mail_msg_file fi fi # If -u set, copy contents of ELF-data.$MACH to the parent workspace. if [[ "$u_FLAG" = "y" ]]; then p_elf_ddir=$PARENT_WS/usr/src/ELF-data.$MACH # If parent lacks the ELF-data.$MACH directory, create it if [[ ! -d $p_elf_ddir ]]; then staffer mkdir -p $p_elf_ddir fi # These files are used asynchronously by other builds for ABI # verification, as above for the -A option. As such, we require # the file replacement to be atomic. Copy the data to a temp # file in the same filesystem and then rename into place. ( cd $elf_ddir for elf_dfile in *; do staffer cp $elf_dfile \ ${p_elf_ddir}/${elf_dfile}.new staffer mv -f ${p_elf_ddir}/${elf_dfile}.new \ ${p_elf_ddir}/${elf_dfile} done ) fi fi # DEBUG lint of kernel begins if [ "$i_CMD_LINE_FLAG" = "n" -a "$l_FLAG" = "y" ]; then if [ "$LINTDIRS" = "" ]; then # LINTDIRS="$SRC/uts y $SRC/stand y $SRC/psm y" LINTDIRS="$SRC y" fi set $LINTDIRS while [ $# -gt 0 ]; do dolint $1 $2; shift; shift done else echo "\n==== No '$MAKE lint' ====\n" >> $LOGFILE fi # "make check" begins if [ "$i_CMD_LINE_FLAG" = "n" -a "$C_FLAG" = "y" ]; then # remove old check.out rm -f $SRC/check.out rm -f $SRC/check-${MACH}.out cd $SRC $MAKE -ek check ROOT="$checkroot" 2>&1 | tee -a $SRC/check-${MACH}.out \ >> $LOGFILE echo "\n==== cstyle/hdrchk errors ====\n" >> $mail_msg_file grep ":" $SRC/check-${MACH}.out | egrep -v "Ignoring unknown host" | \ sort | uniq | tee $TMPDIR/check_errors >> $mail_msg_file if [[ -s $TMPDIR/check_errors ]]; then build_extras_ok=n fi else echo "\n==== No '$MAKE check' ====\n" >> $LOGFILE fi echo "\n==== Find core files ====\n" | \ tee -a $LOGFILE >> $mail_msg_file find $abssrcdirs -name core -a -type f -exec file {} \; | \ tee -a $LOGFILE >> $mail_msg_file if [ "$f_FLAG" = "y" -a "$build_ok" = "y" ]; then echo "\n==== Diff unreferenced files (since last build) ====\n" \ | tee -a $LOGFILE >>$mail_msg_file rm -f $SRC/unref-${MACH}.ref if [ -f $SRC/unref-${MACH}.out ]; then mv $SRC/unref-${MACH}.out $SRC/unref-${MACH}.ref fi findunref -S $SCM_TYPE -t $SRC/.build.tstamp -s usr $CODEMGR_WS \ ${TOOLS}/findunref/exception_list 2>> $mail_msg_file | \ sort > $SRC/unref-${MACH}.out if [ ! -f $SRC/unref-${MACH}.ref ]; then cp $SRC/unref-${MACH}.out $SRC/unref-${MACH}.ref fi diff $SRC/unref-${MACH}.ref $SRC/unref-${MACH}.out >>$mail_msg_file fi # Verify that the usual lists of files, such as exception lists, # contain only valid references to files. If the build has failed, # then don't check the proto area. CHECK_PATHS=${CHECK_PATHS:-y} if [ "$CHECK_PATHS" = y -a "$N_FLAG" != y ]; then echo "\n==== Check lists of files ====\n" | tee -a $LOGFILE \ >>$mail_msg_file arg=-b [ "$build_ok" = y ] && arg= checkpaths $arg $checkroot > $SRC/check-paths.out 2>&1 if [[ -s $SRC/check-paths.out ]]; then tee -a $LOGFILE < $SRC/check-paths.out >> $mail_msg_file build_extras_ok=n fi fi if [ "$M_FLAG" != "y" -a "$build_ok" = y ]; then echo "\n==== Impact on file permissions ====\n" \ >> $mail_msg_file abspkg= for d in $abssrcdirs; do if [ -d "$d/pkg" ]; then abspkg="$abspkg $d" fi done if [ -n "$abspkg" ]; then for d in "$abspkg"; do ( cd $d/pkg ; $MAKE -e pmodes ) >> $mail_msg_file done fi fi if [ "$w_FLAG" = "y" -a "$build_ok" = "y" ]; then if [[ "$MULTI_PROTO" = no || "$D_FLAG" = y ]]; then do_wsdiff DEBUG $ROOT.prev $ROOT fi if [[ "$MULTI_PROTO" = yes && "$F_FLAG" = n ]]; then do_wsdiff non-DEBUG $ROOT-nd.prev $ROOT-nd fi fi END_DATE=`date` echo "==== Nightly $maketype build completed: $END_DATE ====" | \ tee -a $LOGFILE >> $build_time_file typeset -i10 hours typeset -Z2 minutes typeset -Z2 seconds elapsed_time=$SECONDS ((hours = elapsed_time / 3600 )) ((minutes = elapsed_time / 60 % 60)) ((seconds = elapsed_time % 60)) echo "\n==== Total build time ====" | \ tee -a $LOGFILE >> $build_time_file echo "\nreal ${hours}:${minutes}:${seconds}" | \ tee -a $LOGFILE >> $build_time_file if [ "$u_FLAG" = "y" -a "$f_FLAG" = "y" -a "$build_ok" = "y" ]; then staffer cp ${SRC}/unref-${MACH}.out $PARENT_WS/usr/src/ # # Produce a master list of unreferenced files -- ideally, we'd # generate the master just once after all of the nightlies # have finished, but there's no simple way to know when that # will be. Instead, we assume that we're the last nightly to # finish and merge all of the unref-${MACH}.out files in # $PARENT_WS/usr/src/. If we are in fact the final ${MACH} to # finish, then this file will be the authoritative master # list. Otherwise, another ${MACH}'s nightly will eventually # overwrite ours with its own master, but in the meantime our # temporary "master" will be no worse than any older master # which was already on the parent. # set -- $PARENT_WS/usr/src/unref-*.out cp "$1" ${TMPDIR}/unref.merge shift for unreffile; do comm -12 ${TMPDIR}/unref.merge "$unreffile" > ${TMPDIR}/unref.$$ mv ${TMPDIR}/unref.$$ ${TMPDIR}/unref.merge done staffer cp ${TMPDIR}/unref.merge $PARENT_WS/usr/src/unrefmaster.out fi # # All done save for the sweeping up. # (whichever exit we hit here will trigger the "cleanup" trap which # optionally sends mail on completion). # if [[ "$build_ok" == "y" ]]; then if [[ "$W_FLAG" == "y" || "$build_extras_ok" == "y" ]]; then exit 0 fi fi exit 1