Number of simultaneous processes or threads to use -k The new database cluster configuration directory environment variable PGDATANEW -j njobs The old database cluster configuration directory environment variable PGDATAOLD -D configdir The new PostgreSQL executable directory default is the directory where pg_upgrade resides environment variable PGBINNEW -cĬheck clusters only, don't change any data -d configdir The old PostgreSQL executable directory environment variable PGBINOLD -B bindir Pg_upgrade supports upgrades from 9.2.X and later to the current major release of PostgreSQL, including snapshot and beta releases. It is important that any external modules are also binary compatible, though this cannot be checked by pg_upgrade. Pg_upgrade does its best to make sure the old and new clusters are binary-compatible, e.g., by checking for compatible compile-time settings, including 32/64-bit binaries. (The community will attempt to avoid such situations.) If a future major release ever changes the data storage format in a way that makes the old data format unreadable, pg_upgrade will not be usable for such upgrades. pg_upgrade uses this fact to perform rapid upgrades by creating new system tables and simply reusing the old user data files. Major PostgreSQL releases regularly add new features that often change the layout of the system tables, but the internal data storage format rarely changes. It is not required for minor version upgrades, e.g., from 9.6.2 to 9.6.3 or from 10.1 to 10.2. proto files for RQD and the P圜ue library isĬurrently a manual process.Pg_upgrade (formerly called pg_migrator) allows data stored in PostgreSQL data files to be upgraded to a later PostgreSQL major version without the data dump/restore typically required for major version upgrades, e.g., from 9.5.8 to 9.6.4 or from 10.7 to 11.2. Generating the Python versions of OpenCue’s. This increases consistencyĪcross OpenCue components and reduces code repetition. Java and Python in our case, though Protobuf supports many languages. These definitions at runtime the Protobuf files must first be “compiled” into native code. The OpenCue data model and gRPC API are defined using This will let you use standard P圜harm tools for generating docstrings in this format. To set docstring format to reStructuredText : Tools > Python Integrated Tools > Docstrings > Docstring format to "reStructuredText". In the P圜harm file browser, right-click onĮach OpenCue component and click on Mark Directory As > Sources Root. In order for inter-dependencies within the code to work in P圜harm you need to markĮach components as a source directory. Interpreter set to /venv-dev/bin/python.Open the P圜harm preferences and navigate to Project: opencue > Project Interpreter.Īdd a new interpreter, using the following settings: Select the root folder of the git repository. Similar to the virtual environment, we recommend configuring your IDE as a single projectĬontaining all of the Python components. This can take a few minutes, namely to download PySide2. Pip install -r requirements.txt -r requirements_gui.txt Open a terminal and change to the root folder of your OpenCue Git clone.Ĭreate a virtual environment named venv-dev: This will help keep dependencies synchronized across your OpenCue We recommend creating a Python virtual environment specifically for development use that you can OpenCue consists of multiple Python components which are interrelated. Including permissions, and have set the Program arguments correctly. If it does, double-check that you have set up the database correctly, Verify that the output window doesn’t show any errors. The finalized run configuration should appear as follows: Where indicated: -url=jdbc:postgresql://localhost/cuebot_dev =cuebot = Update the Program arguments as follows and replace the value for Rename your configuration to CuebotApplication Click Application on the drop down as shown in the screenshot below. To setup run configurations go to Run > Edit ConfigurationsĬlick the + icon on the top left corner to add a new configuration. IntelliJ downloads Gradle and all source dependencies, then compiles the project and Open IntelliJ IDEA and choose Import Project, select the cuebot folder in the gitĬhoose the Import project from external model > Gradle option then click Finish. Other components use to interact with the database, and is responsible for dispatching work If you need to specify aĬuebot is the core component of OpenCue, written in Java. Your database is running on a remote host, specify the -h flag. To see a list of flags for the psql tool, run the psql -help command. In older releases seed_data.sql is called demo_data.sql.
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