+++ /dev/null
-#! /bin/csh -f
-
-if ( !($?JAVAHOME) ) then
-
- echo " "
- echo " "
- echo " ---- Open Cascade : requirement "
- echo " --------------------------------"
- echo " "
- echo " the JDK 1.2.2 ( Java 2 )is needed to run and install the Samples Application and the ShapeViewer"
- echo " and the ShapeViewer demonstration application "
- echo " "
- echo " Java 2 can be downloaded from : http://developer.java.sun.com "
- echo " "
- echo " "
- echo " Please refer to Distributor pages to know if some system patch are required"
- echo " the Distribution can be downloaded at :"
- echo " on SunOS :"
- echo " http://www.sun.com/software/solaris/java/download.html"
- echo " on Linux :"
- echo " http://java.sun.com/products/jdk/1.2/download-linux.html"
- echo " on IRIX :"
- echo " http://www.sgi.com/developers/devtools/languages/java2_122.html"
- echo " on AIX : "
- echo " http://www6.software.ibm.com/dl/dka/dka-p"
- echo " "
- echo " "
-
-endif
-
-# Verification
-
-set WhereITcl = `which java | awk '{print $1}' `
-set defaultTcl = ""
-
-if ( ${WhereITcl} != "no" && ${WhereITcl} != "which:" ) then
- set defaultTcl = ${WhereITcl}
- set dir = `dirname ${WhereITcl}`
- if ( `basename ${dir}` == "bin" ) then
- set defaultTcl = `dirname ${dir}`
- endif
-endif
-set notDefine = 1
-
-while ( ${notDefine} == 1 )
- if (! ($?JAVAHOME)) then
-
- echo " "
- echo " "
- echo -n " Please define the Path where you have installed your JAVA distribution :[$defaultTcl]"
- set rep = $<
- if ( ${rep} == "" ) then
- setenv JAVAHOME ${defaultTcl}
- else
-
- if (!(-e ${rep})) then
- echo "This Directory doen't exist "
- echo "Please try again"
- else
- setenv JAVAHOME ${rep}
- endif
- unset rep
- endif
-
- endif
- if ($?JAVAHOME) then
- if (! (-e ${JAVAHOME}/bin/java)) then
- echo "java not found in ${JAVAHOME}/bin"
- if ($?JAVAHOME) unsetenv JAVAHOME
- else
- set notDefine = 0
- endif
- endif
-end
-
-echo "JAVAHOME ${JAVAHOME} " > $argv[1]
-exit
-
+++ /dev/null
-#! /bin/csh -f
-
-
-set neededLibrary = "libGL.so libGLU.so libglut.so"
-set MesaDirectory = /usr/X11R6/lib
-
-foreach lib (${neededLibrary})
-
- if (!(-e ${MesaDirectory}/${lib})) then
- echo "${MesaDirectory}/${lib} not exist "
- echo " Mesa is required to Run OpenCascade "
- echo " Mesa-3.1 or Mesa3.2 is recommended "
- echo " you can download it on : http://sourceforge.net/project/showfiles.php?group_id=3"
- echo " MesaLib-3.1.tar.gz and MesaDemos-3.1.tar.gz "
- echo " or "
- echo " MesaLib-3.2.tar.gz and MesaDemos-3.2.tar.gz "
- echo " Rq: if you use a Mesa3.0 you can use it with some link "
- echo " cd ${MesaDirectory}"
- echo " ln -s libGL.so libMesaGL.so "
- echo " ln -s libGLU.so libMesaGLU.so "
- endif
-
-end
+++ /dev/null
-#! /bin/csh -f
-
-if ( !($?TCLHOME) ) then
-
- echo " "
- echo " "
- echo " ---- Open Cascade : requirement "
- echo " --------------------------------"
- echo " "
- echo " "
- echo " TclTk is needed to Run Test Harness ( Topology , Viewer or DataExchange ) "
- echo " This product is available at : http://dev.scriptics.com "
- echo " "
- echo " on SunOS , IRIX : "
- echo " libtcl7.5i.so and libtk4.1i.so "
- echo " source distribution available at http://dev.scriptics.com/software/tcltk/7.5.html"
- echo " "
- echo " on Windows_NT : "
- echo " libtcl7.6i.so and libtk4.1i.so "
- echo " source distribution available at http://dev.scriptics.com/software/tcltk/7.6.html"
- echo " "
- echo " on Linux : "
- echo " libtcl8.0.so and libtk8.0.so "
- echo " source distribution available at http://dev.scriptics.com/software/tcltk/8.0.html"
- echo " "
- echo " on AIX : "
- echo " libtcl8.1.so and libtk8.1.so "
- echo " source distribution available at http://dev.scriptics.com/software/tcltk/8.1.html"
- echo " "
-endif
-
-if (! ($?STATION)) then
-
- setenv STATION `uname`
- if ( ${STATION} == "IRIX64" ) setenv STATION IRIX
-
-endif
-set notDefine = 1
-
- switch ( ${STATION} )
-
- case "IRIX"
- case "SunOS"
- set tclLib = libtcl7.5i.so
- set tkLib = libtk4.1i.so
- breaksw
- case "AIX" :
- set tclLib = libtcl8.1.so
- set tkLib = libtk8.1.so
- breaksw
- case "Linux" :
- set tclLib = libtcl.so
- set tkLib = libtk.so
-# set tclLib = libtcl8.0.so
-# set tkLib = libtk8.0.so
- breaksw
- endsw
-endif
-
-set WhereITcl = `which tclsh | awk '{print $1}' `
-if ( ${WhereITcl} != "no" && ${WhereITcl} != "which:" ) then
- set defaultTcl = ${WhereITcl}
- set dir = `dirname ${WhereITcl}`
- if ( `basename ${dir}` == "bin" ) then
- set defaultTcl = `dirname ${dir}`
- else
- set defaultTcl = ""
- endif
-endif
-
-while ( ${notDefine} == 1 )
- if (!($?TCLHOME)) then
- echo -n " Please define the Path where you have installed your Tcl/TK distribution [${defaultTcl}] :"
- set rep = $<
- if ( ${rep} == "" ) then
- setenv TCLHOME ${defaultTcl}
- else
- if (!(-e ${rep})) then
- echo "This Directory doen't exist "
- echo "Please try again"
- else
- setenv TCLHOME ${rep}
- endif
- unset rep
- endif
- endif
- if ( $?TCLHOME) then
- if (! (-e ${TCLHOME}/lib/${tclLib})) then
- echo "${tclLib} not found in ${TCLHOME}/lib"
- if ($?TCLHOME) unsetenv TCLHOME
- else
- if (!(-e ${TCLHOME}/lib/${tkLib})) then
- echo "${tkLib} not found in ${TCLHOME}/lib"
- if ($?TCLHOME) unsetenv TCLHOME
- else
- # cas specifique IRIX N32
- if ( ${STATION} == "IRIX" ) then
- set typename = `file ${TCLHOME}/lib/${tclLib} | awk ' {print $3 } '`
- if ( ${typename} == "N32") then
- set notDefine = 0
- else
- echo " ${TCLHOME}/lib/${tclLib} is not N32"
- if ($?TCLHOME) unsetenv TCLHOME
- endif
- else
- set notDefine = 0
- endif
- endif
- endif
- endif
-end
-
-if ($?tclLib) unset tclLib
-if ($?tkLib) unset tkLib
-if ($?rep) unset rep
-if ($?defaultTcl) unset defaultTcl
-
-echo "TCLHOME ${TCLHOME} " > $argv[1]
-
+++ /dev/null
- namespace eval CmdInput {\r
-\r
- # We want to allow shell commands to execute automatically\r
- # as in normal interactive use. The "unknown" proc checks\r
- # that "info script" returns "", before it enables that\r
- # behaviour, so we subclass "info". In Tcl 8.4 we could simply\r
- # call 'info script ""' I believe, but 8.3 and earlier don't do\r
- # that.\r
- variable this_script [info script]\r
- proc info {args} {\r
- set result [uplevel [concat __org_info $args]]\r
- set cmd [lindex $args 0]\r
-\r
- variable this_script\r
- if {"script" == $cmd && "$result" == $this_script} {\r
- return ""\r
- } else {\r
- return $result\r
- }\r
- }\r
- rename ::info ::__org_info ;# using a namespace proc here cores\r
- proc ::info {args} "uplevel \[concat [namespace which info] \$args\]"\r
-\r
- proc loop {} {\r
- # preparations\r
- fconfigure stdin -buffering line\r
- fconfigure stdout -buffering line\r
- fconfigure stderr -buffering line\r
- set ::tcl_interactive 1\r
-\r
- if {[file exists ~/tclshrc.tcl]} {\r
- namespace eval :: {uplevel \#0 source ~/tclshrc.tcl}\r
- }\r
-\r
- # input loop\r
- while {1} {\r
- catch {uplevel \#0 $::tcl_prompt1}\r
- flush stdout\r
- set cmd {}\r
- while {1} {\r
- append cmd [gets stdin] "\n"\r
- if {[info complete $cmd]} {\r
- break\r
- }\r
- catch {uplevel \#0 $::tcl_prompt2}\r
- flush stdout\r
- }\r
- history add $cmd\r
- catch {uplevel \#0 $cmd} result\r
- puts $result\r
- }\r
- return ""\r
- }\r
- }\r
-\r
- catch {CmdInput::loop} result\r
- puts $result\r
- exit 0\r
-\r
+++ /dev/null
-#!/bin/csh -f
-#
-# This file is a small easy wok launcher and configurator.
-# It will be used as a template for configuring your wok
-# Important restriction:
-# The environment setted below allows you to use Wok as a tool
-# for compiling and linking.
-# It CANNOT be used to execute and/or set adequate environment for your
-# applications to work.
-# Different usages:
-#
-# 1. Launches a Tcl script file.
-# > wokcfg script myscript.tcl
-# 2. Creates a c-shell proc to launch wok according to a previous configuration
-# > wokcfg configure dir1 dir2 myproc
-# 3. Creates a minimal set of wok entities to begin work under wok.
-# > wokcfg setup home_entities myFac myShop MyWb
-# 4. Import a directory tree containing a previous Cascade download. Such a tree
-# looks like /someroot/src, /someroot/adm, /someroot/inc, /someroot/drv
-# This will create workbench MyWb and populate it with a Cascade download found in /someroot.
-# > wokcfg import home_entities myFac myShop MyWb /someroot
-#
-set noglob ; onintr bye ; set narg = $#argv ; set here = `pwd`
-
-set justrun=1
-set script=0
-switch ( $narg )
-
- case '2':
- if ( "$argv[1]" == "script" ) then
- if (-e $argv[2]) then
- set justrun=1
- set script=1
- set scriptfile=$argv[2]
- else
- echo " the Script File : $argv[2] does not exist "
- endif
- endif
- breaksw
-
- case '3' :
- if ( "$argv[1]" == "configure" ) then
- set fact=$argv[2]
- set temp=$argv[3]
- if ( ! -d $fact) then
- echo "Creating directory $fact."
- mkdir $fact
- endif
- cp -f $here/WOKSESSION.edl ${fact}/.
- cp -f $here/DEFAULT.edl ${fact}/.
- cp -f $here/tclshrc_Wok ${fact}/.
- set root=`dirname $here`
- sed -e s@TOSUBSTITUTE_WOKHOME@$root@g -e s@TOSUBSTITUTE_FACTORYPROC@$fact@g $0 >$temp
- chmod +x $temp
- echo "File $temp has been created."
- exit
- endif
- breaksw
-
- case '5' :
- if ( "$argv[1]" == "setup" ) then
- set justrun=0
- set home_entities=$argv[2]
- set factoryname=$argv[3]
- set workshopname=$argv[4]
- set workbenchname=$argv[5]
- set importdir=/dev/null
- endif
- breaksw
-
- case '6' :
- if ( "$argv[1]" == "import" ) then
- set justrun=0
- set home_entities=$argv[2]
- set factoryname=$argv[3]
- set workshopname=$argv[4]
- set workbenchname=$argv[5]
- set importdir=$argv[6]
- endif
- breaksw
-
-
-endsw
-
-setenv WOKHOME TOSUBSTITUTE_WOKHOME
-setenv WOK_ROOTADMDIR TOSUBSTITUTE_FACTORYPROC
-setenv WOK_SESSIONID $HOME/.wok
-
-if (! ($?LD_LIBRARY_PATH) ) setenv LD_LIBRARY_PATH ""
-
-setenv WOK_LIBRARY $WOKHOME/lib
-
-switch ( `uname` )
-
- case IRIX*:
- setenv WOKSTATION sil
- setenv TCLHOME /usr/tcltk
- breaksw
-
- case SunOS:
- setenv WOKSTATION sun
- setenv TCLHOME /usr/tcltk
- breaksw
-
- case AIX:
- setenv WOKSTATION aix
- setenv TCLHOME /usr/local
- breaksw
-
- case Linux:
- setenv WOKSTATION lin
- setenv TCLHOME /usr
- breaksw
-
- case HP-UX:
- setenv WOKSTATION hp
- setenv TCLHOME /usr/tcltk
- breaksw
-
- default:
- echo "Error : This platform is not supported."
- exit
-endsw
-
-setenv PATH "${TCLHOME}/bin:${PATH}"
-setenv WOK_LIBPATH ${WOK_LIBRARY}:${WOK_LIBRARY}/${WOKSTATION}
-setenv LD_LIBRARY_PATH ${LD_LIBRARY_PATH}:${WOK_LIBRARY}/${WOKSTATION}
-if ( "`uname`" == "HP-UX" ) setenv SHLIB_PATH "${LD_LIBRARY_PATH}:${TCLHOME}/lib/"
-if ( "`uname`" == "AIX" ) setenv LIBPATH "${LD_LIBRARY_PATH}:${TCLHOME}/lib/"
-
-if ( $justrun ) then
- echo "Now running tclsh using :"
- echo "LD_LIBRARY_PATH = $LD_LIBRARY_PATH"
- echo "WOKHOME = $WOKHOME"
- echo "PATH = $PATH"
- if ( $script ) then
- ${TCLHOME}/bin/tclsh $scriptfile
- else
- ${TCLHOME}/bin/tclsh
- endif
- echo "Bye bye `whoami`"
-else
- sed -e s@TOSUBSTITUTE@$WOK_ROOTADMDIR@g $WOKHOME/site/WOKSESSION.edl > ${WOK_ROOTADMDIR}/WOKSESSION.edl
- sed -e s@/dp_xx@$home_entities@g $WOKHOME/site/DEFAULT.edl > ${WOK_ROOTADMDIR}/DEFAULT.edl
- ${TCLHOME}/bin/tclsh $WOKHOME/site/CreateFactory.tcl \
- $home_entities $factoryname $workshopname $workbenchname $importdir
-endif
-
-bye:
-exit
-
-
+++ /dev/null
-if "%1" == "" goto run\r
-set option=%1\r
-rem ***\r
-rem *** Set basic Wok environment with adequate defaulted value.\r
-rem ***\r
-if not %1%==configure goto next1\r
-%2\lib\wnt\sed.exe -e s@TOSUBSTITUTE_WOKHOME@"%2"@g -e s@TOSUBSTITUTE_FACTORYPROC@"%3"@g %2/site/wokcfg.bat > %4\r
-%2\lib\wnt\sed.exe -e s@TOSUBSTITUTE@"%3"@g %2/site/WOKSESSION.edl > %3/WOKSESSION.edl\r
-goto end\r
-:next1\r
-rem ***\r
-rem *** Set directory where wok creates entities.\r
-rem ***\r
-if not %1%==setup goto next2\r
-%2\lib\wnt\sed.exe -e s@/dp_xx/@"%3"@g %2/site/DEFAULT.edl > TOSUBSTITUTE_FACTORYPROC/DEFAULT.edl\r
-goto end\r
-:next2\r
-rem ***\r
-rem *** Modify the TCLHOME variable according to you installation of Tcl\r
-rem *** Modify the TIX_LIBRARY variable according to you installation of Tix\r
-:run\r
-set TCLHOME=D:\DevTools\Tcltk\r
-set TIX_LIBRARY=D:/DevTools/Tcltk/lib/tix4.1\r
-rem set WOK_SESSIONID=W:\home\me\r
-set WOKHOME=TOSUBSTITUTE_WOKHOME\r
-set WOK_ROOTADMDIR=TOSUBSTITUTE_FACTORYPROC\r
-set WOK_LIBRARY=%WOKHOME%/lib\r
-set WOKSTATION=wnt\r
-set path=%path%;%TCLHOME%\bin;\r
-set path=%path%%WOKHOME%/lib/wnt;\r
-set WOK_LIBPATH=%WOK_LIBRARY%;%WOK_LIBRARY%/wnt\r
-set TCLLIBPATH=%WOK_LIBRARY%/wnt %WOK_LIBRARY%\r
-set TCL_RCFILE=%WOKHOME%\site\tclshrc_Wok\r
-%TCLHOME%/bin/ntsh.exe\r
-:end\r
-\r
+++ /dev/null
-<!doctype html public "-//w3c//dtd html 4.0 transitional//en">
-<html>
-<head>
- <meta http-equiv="Content-Type" content="text/html; charset=iso-8859-1">
- <meta name="GENERATOR" content="Mozilla/4.7 [en] (X11; I; Linux 2.2.5-15 i686) [Netscape]">
-</head>
-<body>
-<u>1. 1 What is WOK ?</u>
-<br>WOK is a development environment. Using it you can organize the source
-files of an application as a set of development units, build them using
-a make like process and assemble results in toolkits (Unix like shareable
-or DLL files) . All kind of platforms are supported.
-<p>Developement units are gathered in entities named workbenches that can
-be organized in a tree structure. Typically a workbench tree (also called
-a workshop) allow you to manage a reference space ( the root workbench)
-and private workspaces connected to it. In these workbenches only resides
-files currently being modified. WOK automatically locates all needed components
-during the build process (source files, include files, shareable etc..).
-<p>WOK manages an integration process so that the modifications done in
-a son workbench can be queued before being integrated in the reference
-space. This minimize the time during the reference space in a inconsistant
-state, and allow this reference area to be managed by only one or a few
-or persons.
-<p>WOK contains a C++ extractor processor that allow you to create
-C++ classes using the CDL language. CDL is the component definition language
-of the OpenCascade programming platform.
-<br>
-<br>
-</body>
-</html>
+++ /dev/null
-<!doctype html public "-//w3c//dtd html 4.0 transitional//en">
-<html>
-<head>
- <meta http-equiv="Content-Type" content="text/html; charset=iso-8859-1">
- <meta name="GENERATOR" content="Mozilla/4.7 [en] (X11; I; Linux 2.2.5-15 i686) [Netscape]">
-</head>
-<body>
-
-<br><u>1.2 How to install WOK on Unix/Linux platform?</u>
-<p>WOK is available as a download archive <here> which contains
-run time for SunOS, IRIX, Linux,AIX,HP-UX platform.
-<p>a) Download the archive.
-<p>b) Restore the files (say in your directory /home/me) :
-<br> % gzip -d WOKxxx.tar.gz | tar xf -
-<br> This will create a directory tree rooted at /home/me/wok-K4-5
-<p>c) Configure WOK so that its administration files will be located in
-</home/me/wokentities>.
-<br> % cd /home/me/wok-K4-5
-<br> % wokcfg configure /home/me/wokentities ~/wok
-<p> This will create the directory /home/me/entities if it
-does not exist, then create
-<br> a c-shell executable file named~/wok. This file
-will be your wok launcher.
-<p> d) Insert in your ~/.tclshrc the lines listed in the file /home/me/wok-C40/site/tclshrc_Wok.
-<br> This file is sourced by the tclsh shell at the beginning
-of a session.
-<br> (See tcl documentation for more information about
-the .tclshrc file.)
-<p> e) Once configured, you need to create minimal entities and tell
-WOK where to
-<br> physically create them. The following command setup
-WOK environment so that they will be
-<br> implemented under the directory /home/me/workarea.
-These entities are a factory
-<br> (named KAS below), a workshop ( C40 ), and
-a workbench (ref).
-<p> % mkdir /home/me/workarea
-<br> % cd ~
-<br> % ./wok setup /home/me/workarea KAS C40 ref
-<br>
-<br>
-</body>
-</html>
+++ /dev/null
-<!doctype html public "-//w3c//dtd html 4.0 transitional//en">
-<html>
-<head>
- <meta http-equiv="Content-Type" content="text/html; charset=iso-8859-1">
- <meta name="GENERATOR" content="Mozilla/4.7 [en] (X11; I; Linux 2.2.5-15 i686) [Netscape]">
-</head>
-<body>
-
-<p>1<u>.3 I have already downloaded OpenCascade source code. I want
-to install WOK and import my directory tree. How to process ?</u>
-<p> Let us suppose your previous OpenCascade download
-is under directory /home/me/down. Say you have a tree structure
-<br> beginning at /home/me/down/CAS4.0DVP1
-<p>a) Download the archive.
-<p>b) Restore the files (say in your directory /home/me) :
-<br> % gzip -d WOKxxx.tar.gz | tar xf -
-<br> This will create a directory tree rooted at /home/me/wok-K4-5
-<p>c) Configure WOK so that its administration files will be located in
-</home/me/wokentities>.
-<br> % cd /home/me/wok-K4-5
-<br> % wokcfg configure /home/me/wokentities ~/wok
-<p> This will create the directory /home/me/entities if it
-does not exist, then create
-<br> a c-shell executable file named~/wok. This file
-will be your wok launcher.
-<p> d) Insert in your ~/.tclshrc the lines listed in the file /home/me/wok-C40/site/tclshrc_Wok.
-<br> This file is sourced by the tclsh shell at the beginning
-of a session.
-<br> (See tcl documentation for more information about
-the .tclshrc file.)
-<p> e) Import your /home/me/down/CAS4.0DVP1 directory tree under WOK
-as the workbench KAS:C40:ref by typing :
-<p> % mkdir /home/me/workarea
-<br> % cd ~
-<br> % ~/wok import /home/me/workarea KAS C40 ref
-/home/me/down/CAS4.0DVP1
-<br>
-</body>
-</html>
projects / occt-wok.git / commitdiff