.. _brash_juicer_running: Using juicer to generate the message database ############################################## These instructions describe how to run juicer to create a database for use with BRASH. Run the database conversion node ================================ You can generate the database by running the following launch file in the brash workspace: .. code-block:: bash $ cd ~/code/brash $ source install/setup.bash $ ros2 launch juicer_util generate_juicer_database.launch.py You might need to modify the launch arguments if your cFS and juicer installation paths are different than the default arguments: * ``cfs_path``: ``~/code/cFS`` * ``juicer_path``: ``~/code/juicer`` * ``output``: ``combined.sqlite`` The default ``input_list`` of objects to be processed is composed by the libraries found in the cf/ folder. If you create a new cFS application, you'll want to add its library here: .. code-block:: python ['core-cpu1', 'cf/cfe_assert.so', 'cf/ci_lab.so', 'cf/ros_app.so', 'cf/sample_app.so', 'cf/sample_lib.so', 'cf/sbn_f_remap.so', 'cf/sbn.so', 'cf/sbn_udp.so', 'cf/sch_lab.so', 'cf/to_lab.so', 'cf/robot_sim.so', 'cf/cf.so', 'cf/rover_app.so'] The launch file executes the **generate_juicer_database** node, which generates an ``sqlite`` database file at ``<juicer_path>/dbs`` with the name specified by ``<output>``. You might need to create the folder **dbs** in the juicer_path, if it does not exist yet. View the database ================= .. code-block:: bash $ sqlitebrowser brings up this window .. figure:: _static/sqlb-default.png :width: 800px :alt: Enable TO output :align: center #. Select **Open Database** and select the ``combined.sqlite`` file generated above (or whatever you defined the output name above as). #. Select the **Browse Data** tab. #. From the **Table** dropdown select **symbols**. .. figure:: _static/sqlb-symbols.png :width: 800px :alt: Enable TO output :align: center