config_files/common.sh

   1 #!/bin/sh
   2
   3 ####################################################################################
   4 #  File      : common.sh
   5 #  Created   : Thu Dec 18 12:01:00 2002
   6 #  Author    : Vadim SANDLER, Open CASCADE SAS (vadim.sandler@opencascade.com)
   7 #  Project   : SALOME
   8 #  Module    : Installation Wizard
   9 #  Copyright : 2002-2006 CEA
  10 #
  11 #  This script is the part of the SALOME installation procedure.
  12 #
  13 ####################################################################################
  14
  15 export DELIM="------"
  16 export SHRC="salome.sh"
  17 export CSHRC="salome.csh"
  18
  19 #this function takes several parameters
  20 #first parameter contains descriptor of output file
  21 #next parameters is command for execution
  22 #in case of bad result of execution ask user about furher steps
  23 #(user can cancel installation procedure)
  24 check_job()
  25 {
  26   out=$1
  27   shift
  28   errfile=/tmp/errlog
  29   if [ -n "$INSTALL_WORK" ] ; then errfile=$INSTALL_WORK/errlog; fi
  30   cmd="`pwd` -> $*"
  31   if [ "$out" != "1" ] ; then cmd="$cmd >> $out" ; fi
  32   echo -e $cmd
  33   if [ "$out" != "1" ] ; then
  34       $* >> $out 2>$errfile
  35   else
  36       $*
  37   fi
  38   if [ "$?" -ne "0" ] ; then
  39     if [ $out != "1" ] ; then
  40       cat $out
  41       cat $errfile >&2
  42       cat $errfile >> $out
  43     fi
  44     # VSR : 10/11/05: disable answer mode ==>
  45     #echo -n " " >&2
  46     #echo -e "NOT DONE !!! => $*"
  47     #echo -n "Would you like to continue to install this product: (Y,N) [Y] : "
  48     #read rep;
  49     #rep=`echo $rep  | tr "[A-Z]" "[a-z]"`
  50     #if test -z $rep || [ $rep = "y" ] ; then
  51     #  return 1
  52     #fi
  53     # VSR : 10/11/05: disable answer mode <==
  54     exit 1
  55   fi
  56   return 0
  57 }
  58
  59 #invoke check_job function
  60 #all output will be put into terminal
  61 check_jb()
  62 {
  63   check_job 1 $*
  64   return
  65 }
  66
  67 # make directory
  68 makedir()
  69 {
  70   rm -rf "$1" > /dev/null
  71   mkdir -p "$1"
  72 }
  73
  74 #create environment for sh and csh
  75 make_env()
  76 {
  77 install_root=$1;  shift
  78 install_work=$1;
  79 for i in $SHRC $CSHRC ; do
  80     if [ -e ${install_work}/$i ]; then
  81         rm ${install_work}/$i
  82     fi
  83     touch ${install_work}/$i
  84 done
  85
  86 if [ $# -eq 3 ] ; then
  87     product_name=$3;
  88     product_env=${install_work}/env_${product_name}.sh
  89     (test -e ${product_env} && rm ${product_env} )
  90 fi
  91 ### !!! writing salome.sh file !!!  -> define INSTALL_ROOT
  92 cat >> ${install_work}/$SHRC <<EOF
  93 #${DELIM} Setting products installation directory ${DELIM}
  94 export INSTALL_ROOT=${install_root}
  95
  96 #${DELIM} Environment switch: 0 for SALOME building, 1 for SALOME launching ${DELIM}
  97 export ENV_FOR_LAUNCH=1
  98
  99 EOF
 100 ### !!! The next is for RedHat 9 only !!!
 101 if [ -f /etc/redhat-release ] ; then
 102   grep -e "Red Hat Linux release 9" /etc/redhat-release > /dev/null
 103   if [ $? -eq 0 ] ; then
 104     cat >> ${install_work}/$SHRC <<EOF
 105 #${DELIM} Force RH9 to use old implementation of threads ${DELIM}
 106 export LD_ASSUME_KERNEL=2.4.18
 107
 108 EOF
 109   fi
 110 fi
 111 ### !!! writing salome.csh file !!! -> set inital variables
 112 pre_vars="PATH LD_LIBRARY_PATH LD_RUN_PATH PYTHONPATH TCLLIBPATH"
 113 for i in $pre_vars ; do
 114 cat >> ${install_work}/$CSHRC <<EOF
 115 #${DELIM} setting initial ${i} ${DELIM}
 116 if (! (\$?${i}) ) then
 117   setenv $i
 118 endif
 119
 120 EOF
 121 done
 122
 123 ### !!! writing salome.(c)sh files !!! -> dump products environment files, changing 'export' by 'setenv(a|p)' where necessary
 124 ### Note, that for performance reasons temporary environment files used during installation procedure itself
 125 ### are created without using setenv(a|p) aliases.
 126
 127 # 1. first dump all environment files into the $SHRC file
 128 product_sequence="$2"
 129 for i in $product_sequence ; do
 130     env_file=${install_work}/env_${i}.sh
 131     ( test -e $env_file && cat $env_file >> ${install_work}/$SHRC 2>/dev/null )
 132 done
 133
 134 # 2. writing global functions to _salome.sh file
 135 cat >> ${install_work}/_$SHRC <<EOF
 136 ##########################################################################
 137 # Functions exporta and exportp are used to append/prepend correspondingly
 138 # one directory or a set of directories separated by semicolon symbol (':')
 139 # to the environment variables like PATH, LD_LIBRARY_PATH, PYTHONPATH,
 140 # LD_RUN_PATH etc.
 141 # The main purpose is to replace default setenv command behavior:
 142 # exporta, exportp also remove duplicated entries, shortening in that way
 143 # the environment variables.
 144 # If some directory being added is already included into the variable
 145 # nothing is done for it.
 146 # Note, that these functions work some slower that setenv command itself.
 147 #
 148 #### cleandup ###
 149 # appends/prepends set of directories (second parameter)
 150 # to the another set of directories (first parameter) and
 151 # removes duplicated entries;
 152 # the third parameter defines the mode: 0 - append, 1 - prepend
 153 cleandup() {
 154 out_var=\`echo \$1 \$2 | awk -v dir=\$3 '{                   \\
 155      na = split(\$2,a,":");                               \\
 156      k1=0;                                               \\
 157      bbb[k1++]="";                                       \\
 158      ccc[""];                                            \\
 159      if(\$1 != "<empty>") {                               \\
 160        nb = split(\$1,b,":");                             \\
 161        for(i=1;i<=nb;i++) {                              \\
 162          if(!(b[i] in ccc) ) {                           \\
 163            ccc[b[i]];                                    \\
 164            bbb[k1++]=b[i];                               \\
 165          };                                              \\
 166        };                                                \\
 167      };                                                  \\
 168      k2=0;                                               \\
 169      aaa[k2++]="";                                       \\
 170      for(i=1;i<=na;i++) {                                \\
 171        if(!(a[i] in ccc)) {                              \\
 172          ccc[a[i]];                                      \\
 173          aaa[k2++]=a[i];                                 \\
 174        };                                                \\
 175      };                                                  \\
 176      ORS=":";                                            \\
 177      if(dir) {                                           \\
 178        for(i=1;i<k2;i++) {                               \\
 179          print aaa[i];                                   \\
 180        }                                                 \\
 181        for(i=1;i<k1;i++) {                               \\
 182          print bbb[i];                                   \\
 183        }                                                 \\
 184      }                                                   \\
 185      else {                                              \\
 186        for(i=1;i<k1;i++) {                               \\
 187          print bbb[i];                                   \\
 188        }                                                 \\
 189        for(i=1;i<k2;i++) {                               \\
 190          print aaa[i];                                   \\
 191        }                                                 \\
 192      }                                                   \\
 193    }' | sed -e 's/\(.*\):/\1/g'\`
 194 echo \$out_var
 195 }
 196 ### exporta ###
 197 # appends directory or set of directories, separated by ':' (second parameter)
 198 # to the variable (first parameter)
 199 exporta () {
 200 xenv=\`printenv \$1\`
 201 if [ -z "\$xenv" ]; then xenv="<empty>"; fi
 202 out_var=\`cleandup \$xenv \$2 0\`
 203 export \$1=\$out_var
 204 }
 205 ### exportp ###
 206 # prepends directory or set of directories, separated by ':' (second parameter)
 207 # to the variable (first parameter)
 208 exportp () {
 209 xenv=\`printenv \$1\`
 210 if [ -z "\$xenv" ]; then xenv="<empty>"; fi
 211 out_var=\`cleandup \$xenv \$2 1\`
 212 export \$1=\$out_var
 213 }
 214 ###########################################################################
 215
 216 EOF
 217
 218 # 3. writing global functions to _salome.csh file
 219 cat >> ${install_work}/_$CSHRC <<EOF
 220
 221 ###########################################################################
 222 # Aliases setenva and setenvp are used to append/prepend correspondingly
 223 # one directory or a set of directories separated by semicolon symbol (':')
 224 # to the environment variables like PATH, LD_LIBRARY_PATH, PYTHONPATH,
 225 # LD_RUN_PATH etc.
 226 # The main purpose is to replace default setenv command behavior:
 227 # setenva, setenvp also remove duplicated entries, shortening in that way
 228 # the environment variables.
 229 # If some directory being added is already included into the variable
 230 # nothing is done for it.
 231 # Note, that these aliases work some slower that setenv command itself.
 232 #
 233 #### cleandup ###
 234 # appends/prepends set of directories (second parameter)
 235 # to the another set of directories (first parameter) and
 236 # removes duplicated entries;
 237 # the third parameter defines the mode: 0 - append, 1 - prepend
 238 alias cleandup "echo \!:1 \!:2 | awk -v dir=\!:3         \\\\
 239 '"'{ na = split(\$2,a,":");                               \\\\
 240      k1=0;                                               \\\\
 241      bbb[k1++]="";                                       \\\\
 242      ccc[""];                                            \\\\
 243      if(\$1 != "<empty>") {                               \\\\
 244        nb = split(\$1,b,":");                             \\\\
 245        for(i=1;i<=nb;i++) {                              \\\\
 246          if(!(b[i] in ccc) ) {                           \\\\
 247            ccc[b[i]];                                    \\\\
 248            bbb[k1++]=b[i];                               \\\\
 249          };                                              \\\\
 250        };                                                \\\\
 251      };                                                  \\\\
 252      k2=0;                                               \\\\
 253      aaa[k2++]="";                                       \\\\
 254      for(i=1;i<=na;i++) {                                \\\\
 255        if(!(a[i] in ccc)) {                              \\\\
 256          ccc[a[i]];                                      \\\\
 257          aaa[k2++]=a[i];                                 \\\\
 258        };                                                \\\\
 259      };                                                  \\\\
 260      ORS=":";                                            \\\\
 261      if(dir) {                                           \\\\
 262        for(i=1;i<k2;i++) {                               \\\\
 263          print aaa[i];                                   \\\\
 264        }                                                 \\\\
 265        for(i=1;i<k1;i++) {                               \\\\
 266          print bbb[i];                                   \\\\
 267        }                                                 \\\\
 268      }                                                   \\\\
 269      else {                                              \\\\
 270        for(i=1;i<k1;i++) {                               \\\\
 271          print bbb[i];                                   \\\\
 272        }                                                 \\\\
 273        for(i=1;i<k2;i++) {                               \\\\
 274          print aaa[i];                                   \\\\
 275        }                                                 \\\\
 276      }                                                   \\\\
 277   }'"' | sed -e 's/\(.*\):/\1/g'"
 278 ### setenva ###
 279 # appends directory or set of directories, separated by ':' (second parameter)
 280 # to the variable (first parameter)
 281 alias setenva 'set a=\!:1 ; set b=\!:2 ;  \\
 282                set c=\`printenv \$a\` ;      \\
 283                set b=\`cleandup \$c \$b 0\` ; \\
 284                setenv \$a \$b ;             \\
 285                unset a, b, c'
 286
 287 ### setenvp ###
 288 # prepends directory or set of directories, separated by ':' (second parameter)
 289 # to the variable (first parameter)
 290 alias setenvp 'set a=\!:1 ; set b=\!:2 ;  \\
 291                set c=\`printenv \$a\` ;      \\
 292                set b=\`cleandup \$c \$b 1\` ; \\
 293                setenv \$a \$b ;             \\
 294                unset a, b, c'
 295 ###########################################################################
 296
 297 EOF
 298 cat ${install_work}/$CSHRC >> ${install_work}/_$CSHRC
 299
 300 # 4. put the contents of salome.sh to _salome.sh replacing export by export(a|p) aliases where necessary
 301 sed -e 's%export\([[:blank:]]*\)PATH=\$[{]\?PATH[}]\?:\(.*\)%exporta\1PATH \2%g' -e 's%export\([[:blank:]]*\)PATH=\(.*\):\$[{]\?PATH[}]\?%exportp\1PATH \2%g' ${install_work}/$SHRC > ${INSTALL_WORK}/_tmp1 2>/dev/null
 302 sed -e 's%export\([[:blank:]]*\)LD_LIBRARY_PATH=\$[{]\?LD_LIBRARY_PATH[}]\?:\(.*\)%exporta\1LD_LIBRARY_PATH \2%g' -e 's%export\([[:blank:]]*\)LD_LIBRARY_PATH=\(.*\):\$[{]\?LD_LIBRARY_PATH[}]\?%exportp\1LD_LIBRARY_PATH \2%g' ${INSTALL_WORK}/_tmp1 > ${INSTALL_WORK}/_tmp2 2>/dev/null
 303 sed -e 's%export\([[:blank:]]*\)PYTHONPATH=\$[{]\?PYTHONPATH[}]\?:\(.*\)%exporta\1PYTHONPATH \2%g' -e 's%export\([[:blank:]]*\)PYTHONPATH=\(.*\):\$[{]\?PYTHONPATH[}]\?%exportp\1PYTHONPATH \2%g' ${INSTALL_WORK}/_tmp2 > ${INSTALL_WORK}/_tmp1 2>/dev/null
 304 sed -e 's%export\([[:blank:]]*\)LD_RUN_PATH=\$[{]\?LD_RUN_PATH[}]\?:\(.*\)%exporta\1LD_RUN_PATH \2%g' -e 's%export\([[:blank:]]*\)LD_RUN_PATH=\(.*\):\$[{]\?LD_RUN_PATH[}]\?%exportp\1LD_RUN_PATH \2%g' ${INSTALL_WORK}/_tmp1 > ${INSTALL_WORK}/_tmp2
 305
 306 # Setting "/usr/X11R6/lib" path in LD_LIBRARY_PATH for the libGL.so.1 file
 307 if test `uname -m` = "x86_64" ; then
 308 echo '# Setting /usr/X11R6/lib64 path in LD_LIBRARY_PATH for the libGL.so.1 file' >> ${INSTALL_WORK}/_tmp2
 309 echo 'export LD_LIBRARY_PATH=/usr/X11R6/lib64:${LD_LIBRARY_PATH}' >> ${INSTALL_WORK}/_tmp2
 310 else
 311 echo '# Setting /usr/X11R6/lib path in LD_LIBRARY_PATH for the libGL.so.1 file' >> ${INSTALL_WORK}/_tmp2
 312 echo 'export LD_LIBRARY_PATH=/usr/X11R6/lib:${LD_LIBRARY_PATH}' >> ${INSTALL_WORK}/_tmp2
 313 fi
 314
 315 cat ${INSTALL_WORK}/_tmp2 >> ${install_work}/_$SHRC
 316
 317 # 5. Create a salome.csh file from salome.sh by replacing export by setenv, etc.
 318 sed -e 's%export \([[:alnum:]_[:blank:]]*\)\=%setenv \1 %g' ${install_work}/$SHRC > ${INSTALL_WORK}/_tmp1 2>/dev/null
 319 cat ${INSTALL_WORK}/_tmp1 >> ${install_work}/$CSHRC
 320
 321 # 6. Create a _salome.csh file from _salome.sh by replacing export by setenv, exporta by setenva, etc.
 322 sed -e 's%export \([[:alnum:]_[:blank:]]*\)\=%setenv \1 %g' ${INSTALL_WORK}/_tmp2 > ${INSTALL_WORK}/_tmp1 2>/dev/null
 323 sed -e 's%exporta \([[:alnum:]_[:blank:]]*\)%setenva \1%g'  ${INSTALL_WORK}/_tmp1 > ${INSTALL_WORK}/_tmp2 2>/dev/null
 324 sed -e 's%exportp \([[:alnum:]_[:blank:]]*\)%setenvp \1%g'  ${INSTALL_WORK}/_tmp2 > ${INSTALL_WORK}/_tmp1 2>/dev/null
 325 sed -e 's%if \[ -n "\${ENV_FOR_LAUNCH}" \] ; then%if ( ${?ENV_FOR_LAUNCH} ) then%g' ${INSTALL_WORK}/_tmp1 > ${INSTALL_WORK}/_tmp2 2>/dev/null
 326 sed -e 's%if \[ "\${ENV_FOR_LAUNCH}" == "1" \] ; then%if ( "\${ENV_FOR_LAUNCH}" == "1" ) then%g' ${INSTALL_WORK}/_tmp2 > ${INSTALL_WORK}/_tmp1 2>/dev/null
 327 sed -e 's%^\([[:blank:]]*\)fi\([[:blank:]]*\)$%\1endif\2%g' ${INSTALL_WORK}/_tmp1 > ${INSTALL_WORK}/_tmp2 2>/dev/null
 328 cat ${INSTALL_WORK}/_tmp2 >> ${install_work}/_$CSHRC 2>/dev/null
 329
 330 rm -f ${INSTALL_WORK}/_tmp1 ${INSTALL_WORK}/_tmp2
 331
 332 if [ $# -eq 4 ] ; then
 333     product_dir=$4
 334     if [ -e ${product_dir} ] ; then
 335         cp -f ${install_work}/_$SHRC  ${product_dir}/$SHRC
 336         cp -f ${install_work}/_$CSHRC ${product_dir}/$CSHRC
 337     fi
 338 fi
 339 sed -e 's%setenv ENV_FOR_LAUNCH 1%setenv ENV_FOR_LAUNCH 0%' ${install_work}/_$CSHRC > ${install_root}/env_build.csh
 340 sed -e 's%export ENV_FOR_LAUNCH=1%export ENV_FOR_LAUNCH=0%' ${install_work}/_$SHRC  > ${install_root}/env_build.sh
 341
 342 cp -f ${install_work}/_$CSHRC ${install_root}/env_products.csh
 343 cp -f ${install_work}/_$SHRC  ${install_root}/env_products.sh
 344
 345 rm -f ${install_work}/_$SHRC ${install_work}/_$CSHRC
 346 ### !!! copying build.csh script
 347 if [ -e ./build.csh ]; then
 348     cp -f ./build.csh ${install_root}
 349 fi
 350 ### !!! copying release notes
 351 for p in `ls ../` ; do
 352     export pdf=`echo ${p} | sed s/[.]/" "/g | awk '{print $2}'`
 353     if [ "${pdf}" = "pdf" ]; then
 354         export RN=$p
 355         if [ ! -e ${install_root}/${RN} ]; then
 356             cp -f ../${RN} ${install_root}
 357         fi
 358     fi
 359 done
 360
 361 }
 362
 363 #try use already existing product
 364 try_existing()
 365 {
 366 product_dir=$1;  install_root=$2;  install_work=$3;  product_sequence="$4";  product_type=$5
 367 env_file=${product_dir}/env_${product_type}.sh
 368 if [ -f ${env_file} ] ; then
 369     cp -f ${env_file} ${install_work}
 370     make_env ${install_root} ${install_work} "${product_sequence}"
 371     source ${install_work}/$SHRC
 372     check_version
 373     if [ $? -eq 0 ] ; then
 374         if [ -d ${product_dir} ] && [ -w ${product_dir} ] ; then
 375             #makedir ${product_dir}
 376             print_env
 377             return 0
 378         fi
 379     else
 380         rm -f ${install_work}/env_${product_type}.sh
 381         make_env ${install_root} ${install_work} "${product_sequence}"
 382     fi
 383 fi
 384 return 1;
 385 }
 386
 387 #check existance of lib passed as first parameter
 388 #return 0 if lib exists
 389 #if you pass second parameter search will be done in it
 390 #otherwise search will be done in $LD_LIBRARY_PATH
 391 #you should use : as dilimeter if you are going to pass second parameter
 392 check_lib_version(){
 393 if [ -n "$2" ]; then
 394    whereIs=$2
 395 else
 396    whereIs=$LD_LIBRARY_PATH
 397 fi
 398 for L in `echo ${whereIs} | sed -e"s%:% %g"` ;  do
 399     ret=`find $L -name $1 2>/dev/null`
 400     if [ -n "$ret" ] ; then
 401         #echo "The $1 exists on yours system in a $L folder"
 402         return 0
 403     fi
 404 done
 405 return 1
 406 }
 407
 408 find_in_path(){
 409 file=$1;  shift;
 410 path=$*
 411 for i in `echo ${path} | sed -e"s%:% %g"` ; do
 412     ret=`find $i -name $file -maxdepth 1 2>/dev/null`
 413     if [ -n "$ret" ] ; then
 414         ret=`echo $ret | sed -e"s%/\$file$%%g"`
 415         echo $ret
 416         return 0
 417     fi
 418 done
 419 return 1
 420 }
 421
 422 sort_path(){
 423 arg1=$1;  val1=$2;  arg2=$3;  val2=$4
 424 tmp="^$val1$|^$val1:|:$val1$|:$val1:"
 425 #echo $val2 | grep -E "$tmp" >/dev/null 2>&1
 426 #if [ $? -eq 0 ] ; then
 427 #    echo "$arg2"
 428 #    return
 429 #fi
 430 to_tail=1
 431 exclude_list="usr lib bin sbin etc"
 432 for i in ${exclude_list} ; do
 433     tmp="^/$i/|^/$i\$"
 434     echo ${val1} | grep -E "$tmp" >/dev/null 2>&1
 435     if [ $? == 0 ] ; then to_tail=0; break; fi
 436 done
 437 if [ $to_tail -eq 0 ] ; then
 438     echo $arg2:$arg1
 439 else
 440     echo $arg1:$arg2
 441 fi
 442 return $to_tail
 443 }
 444
 445 where_gcc(){
 446 maj_ver=`echo $1 | awk -F. '{if(NF>0) print $1; else print 0}'`
 447 min_ver=`echo $1 | awk -F. '{if(NF>1) print $2; else print 0}'`
 448 rel_ver=`echo $1 | awk -F. '{if(NF>2) print $3; else print 0}'`
 449 let ver=$maj_ver*10000+$min_ver*100+$rel_ver
 450 newer=""
 451 newerver=0
 452 for i in `echo ${PATH}:/usr/bin:/usr/local/bin | sed -e"s%:% %g"` ; do
 453     ret=`find $i -name gcc -maxdepth 1 2>/dev/null`
 454     if [ -n "$ret" ] ; then
 455         maj_ver=`$ret -dumpversion | awk -F. '{if(NF>0) print $1; else print 0}'`
 456         min_ver=`$ret -dumpversion | awk -F. '{if(NF>1) print $2; else print 0}'`
 457         rel_ver=`$ret -dumpversion | awk -F. '{if(NF>2) print $3; else print 0}'`
 458         let ver1=$maj_ver*10000+$min_ver*100+$rel_ver
 459         if [ $ver1 -eq $ver ] ; then
 460             ret=`echo $ret | sed -e"s%/gcc$%%g"`
 461             echo $ret
 462             return 0
 463         fi
 464         if [ $ver1 -gt $ver ] && [ $ver1 -gt $newerver ] ; then
 465             let newerver=$ver1
 466             newer=`echo $ret | sed -e"s%/gcc$%%g"`
 467         fi
 468     fi
 469 done
 470 if [ -n "$newer" ] ; then
 471     echo $newer
 472     return 0
 473 fi
 474 return 1
 475 }
 476
 477 where_tcl(){
 478 if test -z "${TCLHOME}"; then
 479     TCLHOME=/usr
 480 fi
 481 tclcfg=`find ${TCLHOME}/lib -name "tclConfig.sh" 2> /dev/null`
 482 file=""
 483 maxver=0
 484 for f in $tclcfg; do
 485     ver=`cat $f | grep -e "TCL_VERSION=.*" | sed -e "s%TCL_VERSION=[\'|\"]\(.*\)[\'|\"]%\1%g" | awk -F. '{x=0;for(i=1;i<=3;i++){x=x*100;if(i<=NF)x+=$i;}print x;}'`
 486     if [ $maxver -lt $ver ]; then
 487         maxver=$ver
 488         file=$f
 489     fi
 490 done
 491 if test -n "$file"; then
 492     echo `dirname $file`
 493     return 0
 494 else
 495     echo ""
 496     return 1
 497 fi
 498 }
 499
 500 where_tk(){
 501 if test -z "${TCLHOME}"; then
 502     TCLHOME=/usr
 503 fi
 504 tclcfg=`find ${TCLHOME}/lib -name "tkConfig.sh" 2> /dev/null`
 505 file=""
 506 maxver=0
 507 for f in $tclcfg; do
 508     ver=`cat $f | grep -e "TK_VERSION=.*" | sed -e "s%TK_VERSION=[\'|\"]\(.*\)[\'|\"]%\1%g" | awk -F. '{x=0;for(i=1;i<=3;i++){x=x*100;if(i<=NF)x+=$i;}print x;}'`
 509     if [ $maxver -lt $ver ]; then
 510         maxver=$ver
 511         file=$f
 512     fi
 513 done
 514 if test -n "$file"; then
 515     echo `dirname $file`
 516     return 0
 517 else
 518     echo ""
 519     return 1
 520 fi
 521 }
 522
 523 where_dps(){
 524 if test -f /usr/X11R6/include/DPS/dpsconfig.h ; then
 525     echo "/usr/X11R6"
 526     return 0
 527 fi
 528 if test -f /usr/include/DPS/dpsconfig.h ; then
 529     echo "/usr"
 530     return 0
 531 fi
 532 echo ""
 533 return 1
 534 }
 535
 536 modif_la_files(){
 537 ldir=$1
 538 if [ -z "$ldir" ] || [ ! -d "$ldir" ]; then return 1; fi
 539
 540 srcdir=`pwd`
 541
 542 SALOME_MODULES="`env | awk -F_ '/[[:alnum:]]*_ROOT_DIR/ { print $1 }'`"
 543
 544 cd $ldir
 545 ldir=`pwd`
 546 la_files=`find . -name "*.la"`
 547
 548 for l in X ${la_files}; do
 549 if [ "$l" != "X" ] ; then
 550     d=`dirname $l`
 551     l=`basename $l`
 552     cd $ldir; cd $d
 553     # 1. process salome modules dependencies
 554     for mod in $SALOME_MODULES; do
 555         moddir=`printenv ${mod}_ROOT_DIR`
 556         if [ -n "${moddir}" ] ; then
 557             #echo $l $mod $moddir
 558             sed -e "s%[[:space:]]\(-L\)\?[^[:space:]]*${mod}[^[:space:]/]*/lib% \1${moddir}/lib%g" $l > $l"_"
 559             mv -f $l"_" $l
 560         fi
 561     done
 562     # 2. process CAS.CADE dependencies
 563     casdir=`printenv CASROOT`/lib
 564     if [ ! -d ${casdir} ] ; then casdir=`printenv CASROOT`/Linux/lib ; fi
 565     if [ ! -d ${casdir} ] ; then casdir=`printenv CASROOT`/lin/lib ; fi
 566     if [ -n "${CASROOT}" ] && [ -d "${casdir}" ] ; then
 567         # echo $l $CASROOT $casdir
 568         sed -e "s%[[:space:]]\(-L\)\?[^[:space:]]*\(OCT\|CAS\)[^[:space:]/]*/Linux/lib% \1${casdir}%g" \
 569             -e "s%[[:space:]]\(-L\)\?[^[:space:]]*\(OCT\|CAS\)[^[:space:]/]*/lin/lib% \1${casdir}%g"   \
 570             -e "s%[[:space:]]\(-L\)\?[^[:space:]]*\(OCT\|CAS\)[^[:space:]/]*/lib% \1${casdir}%g" $l > $l"_"
 571         mv -f $l"_" $l
 572     fi
 573     # 3. process omniORB dependencies
 574     omnidir=`printenv OMNIORBDIR`/lib/i586_linux_2.0_glibc2.1
 575     if [ ! -d ${omnidir} ] ; then omnidir=`printenv OMNIORBDIR`/lib ; fi
 576     if [ -n "${OMNIORBDIR}" ] && [ -d "${omnidir}" ] ; then
 577         # echo $l $OMNIORBDIR $omnidir
 578         sed -e "s%-L[^[:space:]]*omni[^[:space:]]*%-L${omnidir}%g" $l > $l"_"
 579         mv -f $l"_" $l
 580     fi
 581     # 4. process VTK dependencies
 582     vtkdir=`printenv VTKHOME`/lib/vtk
 583     if [ -n "${VTKHOME}" ] && [ -d "${vtkdir}" ] ; then
 584         # echo $l $VTKHOME $vtkdir
 585         sed -e "s%-L[^[:space:]]*VTK[^[:space:]]*/lib/vtk%-L${vtkdir}%g" $l > $l"_"
 586         mv -f $l"_" $l
 587     fi
 588     # 5. process HDF dependencies
 589     hdfdir=`printenv HDF5HOME`/lib
 590     if [ -n "${HDF5HOME}" ] && [ -d "${hdfdir}" ] ; then
 591         # echo $l $HDF5HOME $hdfdir
 592         sed -e "s%[[:space:]]\(-L\)\?[^[:space:]]*hdf[^[:space:]/]*/lib% \1${hdfdir}%g" $l > $l"_"
 593         mv -f $l"_" $l
 594     fi
 595     # 6. process MED dependencies
 596     meddir=`printenv MED2HOME`/lib
 597     if [ -n "${MED2HOME}" ] && [ -d "${meddir}" ] ; then
 598         # echo $l $MED2HOME $meddir
 599         sed -e "s%[[:space:]]\(-L\)\?[^[:space:]]*med[^[:space:]/]*/lib% \1${meddir}%g" $l > $l"_"
 600         mv -f $l"_" $l
 601     fi
 602     # 7. process qwt dependencies
 603     qwtdir=`find_in_path libqwt.so ${LD_LIBRARY_PATH}`
 604     if [ -n "${qwtdir}" ] && [ -d "${qwtdir}" ] ; then
 605         # echo $l $qwtdir
 606         sed -e "s%[[:space:]]\(-L\)\?[^[:space:]]*qwt[^[:space:]/]*/lib% \1${qwtdir}%g" $l > $l"_"
 607         mv -f $l"_" $l
 608     fi
 609     # 8. process qt dependencies
 610     qtdir=`printenv QTDIR`/lib
 611     if [ -n "${QTDIR}" ] && [ -d "${qtdir}" ] ; then
 612         # echo $l $QTDIR $qtdir
 613         sed -e "s%[[:space:]]\(-L\)\?[^[:space:]]*qt[^[:space:]/]*/lib% \1${qtdir}%g" $l > $l"_"
 614         mv -f $l"_" $l
 615     fi
 616     # 9. process python dependencies
 617     where_python=`which python`                 # e.g. /usr/bin/python
 618     if [ -n "$where_python" ] ; then
 619         where_python=`dirname $where_python`    # --> /usr/bin
 620         where_python=`dirname $where_python`    # --> /usr
 621         python_version=`python -c "import sys; print sys.version[:3]"`
 622         # echo $l $where_python $python_version
 623         sed -e "s%-L[^[:space:]]*python[0-9]\.[0-9]\([^[:space:]]*\)%-L${where_python}/lib/python${python_version}\1%g" $l > $l"_"
 624         mv -f $l"_" $l
 625     fi
 626     # 10. process sip dependencies
 627     sipdir=`find_in_path sip.so ${LD_LIBRARY_PATH}`
 628     if [ -n "${sipdir}" ] && [ -d "${sipdir}" ] ; then
 629         # echo $l $sipdir
 630         sed -e "s%-L[^[:space:]]*sip[^[:space:]]*%-L${sipdir}%g" $l > $l"_"
 631         mv -f $l"_" $l
 632     fi
 633     # 11. process PyQt dependencies
 634     pyqtdir=`find_in_path qt.so ${LD_LIBRARY_PATH}`
 635     if [ -n "${pyqtdir}" ] && [ -d "${pyqtdir}" ] ; then
 636         # echo $l $pyqtdir
 637         sed -e "s%-L[^[:space:]]*PyQt[^[:space:]]*%-L${pyqtdir}%g" $l > $l"_"
 638         mv -f $l"_" $l
 639     fi
 640     # 12. process tcl/tk dependencies
 641     tcldir=`printenv TCLHOME`/lib
 642     if [ -n "${tcldir}" ] && [ -d "${tcldir}" ] ; then
 643         # echo $l $TCLHOME $tcldir
 644         sed -e "s%-L[^[:space:]]*tcltk[^[:space:]]*/lib%-L${tcldir}%g" $l > $l"_"
 645         mv -f $l"_" $l
 646     fi
 647     # 13. process boost dependencies
 648     boostdir=`printenv BOOSTDIR`/lib
 649     if [ -n "${boostdir}" ] && [ -d "${boostdir}" ] ; then
 650         # echo $l $BOOSTDIR $boostdir
 651         sed -e "s%-L[^[:space:]]*boost[^[:space:]]*/lib%-L${boostdir}%g" $l > $l"_"
 652         mv -f $l"_" $l
 653     fi
 654     # 14. modify libdir
 655     #sed -e "s%^libdir='\(.*\)'%libdir='${PRODUCT_DIR}/lib/salome'%g" $l > $l"_"
 656     mod=`basename $ldir | awk -F_ '{print $1}'`
 657     moddir=`printenv ${mod}_ROOT_DIR`
 658     sed -e "s%^libdir='[^[:space:]]*${mod}[^[:space:]]*/\(lib.*\)'%libdir='${moddir}/\1'%g" $l > $l"_"
 659     mv -f $l"_" $l
 660 fi
 661 done
 662
 663 cd $srcdir
 664 return 0
 665 }