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![]() - Fix indentation - Call install.sh from cdtdebug.sh if installation needed. This should help the user realize they can run the script outside if the eclipse installation directory after the first time. - Use a subshell to run pwd to avoid having to actually change directory. - Tag the line that needs to be modified with a marker to make it future-proof. - Use find instead of ls which is easier to parse. - Allow to run install.sh without doing a cd to its location - Allow to run original cdtdebug.sh without doing a cd to its location Change-Id: I3f63dcf8a307784b0c38a286e645ea962ce62dc4 Signed-off-by: Marc Khouzam <marc.khouzam@ericsson.com> Reviewed-on: https://git.eclipse.org/r/29834 Tested-by: Hudson CI |
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cdtdebug.sh | ||
config.ini | ||
dev.properties | ||
install.sh | ||
README |
The CDT Stand-alone Debugger brings up an minimal Eclipse instance which has all that is needed of the CDT plug-ins to debug a C/C++ executable. Build is not supported. Editing is allowed, but you will need to rebuild outside the Stand-alone Debugger for those changes to manifest in your debugging session. To install the Stand-alone debugger locally in your $HOME directory, run the install.sh script directly from the scripts sub-directory of the plugins directory in your Eclipse installation: sh ./install.sh The script uses relative directories so you cannot run the script from any other working directory. The install script will create a cdtdebugger directory in your $HOME directory. This directory will contain a config.ini file, a dev.properties file, and a cdtdebug.sh script. The cdtdebug.sh script will start the debugger from the command-line. The cdtdebug.sh script does not have to be located in the cdtdebugger directory and can be moved if you prefer. The script takes a few options which are mentioned below: -data : workspace to use for your Eclipse session if you do not want the default $HOME/workspace-cdtdebug -consoleLog : if you want error messages reported directly to the command console -a : specify attaching to an existing executable on system. A dialog will be brought up to allow you to select which one. -b $PATH : path to build log for an executable. This will be used to figure out include paths and compilation flags. This option assumes you will be using the -e option described below. -c $CPATH : path to core-file. This option must precede a -e option to specify an executable. -e $PATH [args...] : path to your executable to debug plus any optional command line arguments to pass to main(). This option must be last and should not precede any other arguments as they will be treated as arguments to main. If no -a or -e option is specified, the last executable debugged via -e will be offered for debugging. Otherwise, if this is the first time, a dialog will be presented to enter an executable, build log, and program arguments. e.g. sh ~/cdtdebugger/cdtdebug.sh -b ~/build.log ~/myproject/bin/a.out arg1 arg2 The cdtdebug.sh script that is found in the plug-in can also be run directly, but only from the scripts directory as it uses relative directories to find the Eclipse instance and the plugins directory. The one installed in the cdtdebugger directory replaces these relative directory references with absolute ones. e.g. sh ./cdtdebug.sh -b ~/build.log ~/myproject/bin/a.out arg1 arg2