OpenRIMS-RPM - Upgrade Part 1: Difference between revisions
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=== '''Objective''' === | |||
A new release of OpenRIMS always contains changes in the software codes and, very often, in the database structure. To install a new release, it is necessary to replace the software codes and implement the database structure changes, if ones. | |||
The implementation of the database structure changes will keep all data, however, will allow the use of the new release of the software. | |||
Despite it being possible to use this feature for the production databases, it is recommended only for test and demo systems. | |||
Here are the steps to perform an upgrade from any version of OpenRIMS to latest version. | |||
# Connect to destination server UI or CLI | |||
# Backup Database | |||
# Download the new MySQL model file | |||
# Stop the OpenRIMS service | |||
# Rename old Application file | |||
# Download the new Application file (<nowiki>https://github.com/MSH/OpenRIMS/raw/main/bin/pharmadex2-0.0.1.jar</nowiki>) | |||
# Change Permissions on the .jar file to make it executable: sudo chmod -x pharmadex2-0.0.1.jar | |||
# Use Workbench to upgrade db structure based on the model - see below | |||
# Start the OpenRIMS service | |||
=== '''Tool''' === | |||
The tool is the latest version of MySQL Workbench. | |||
For current, the latest stable release of the database is in pdx2demo.ddanet.org. To upgrade the database in any other server, or, even, in the localhost it is possible to use the feature “Model – Synchronize with any source” (<nowiki>https://dev.mysql.com/doc/workbench/en/wb-database-synchronization.html</nowiki>) provided by the MySQL Workbench. | |||
This feature: | |||
# reads the latest and the current database structures, | |||
# compares them | |||
# creates a script to upgrade the current database to the latest database structure | |||
# executes this script | |||
The result is the equal data structures for the latest and the current database. The data is still the same as was before. | |||
=== '''Pre-requisites''' === | |||
You should have full access rights to your database and add the connection to the latest database depicted below. Ask for a password by email to alex.kurasoff@gmail.com. | |||
Figure 1. The connection to the latest database | |||
=== '''Process steps''' === | |||
Suppose you need to update the database structure of a database on the localhost. | |||
Figure 2. Create a '''new''' model | |||
Figure 3. Run the feature | |||
Figure 4. The representation of the feature is a "wizard" | |||
Figure 5. Tap the radio buttons | |||
Figure 6. The latest database is on pdx2demo.ddanet.org. It is the source of the changes | |||
Figure 7. Suppose the database going to be updated is in the localhost. It is the target of the changes | |||
Figure 8. Extract the list of all sources and all target databases. | |||
Figure 9. Select the source database. The target database is at the bottom of the screen. By default, the names of the target and the source should be the same | |||
Figure 10. Compare the source and the target | |||
Figure 11. Revise the changes. | |||
Figure 12. The result DDA SQL script. There are no changes | |||
=== '''Linux particularities''' === | |||
The MySQL database usage in Windows and Linux servers is slightly different. In the Linux server, the names of tables are cases sensitive, on Windows – no. There is any problem if the source server is under Linux, and the target server is under Windows. Otherwise, the tables SPRING_SESSION and SPRING_SESSION attributes should be ignored while synchronization. There are special tables that are in use by third-party software. | |||
Latest revision as of 16:53, 28 June 2024
Objective
A new release of OpenRIMS always contains changes in the software codes and, very often, in the database structure. To install a new release, it is necessary to replace the software codes and implement the database structure changes, if ones.
The implementation of the database structure changes will keep all data, however, will allow the use of the new release of the software.
Despite it being possible to use this feature for the production databases, it is recommended only for test and demo systems.
Here are the steps to perform an upgrade from any version of OpenRIMS to latest version.
- Connect to destination server UI or CLI
- Backup Database
- Download the new MySQL model file
- Stop the OpenRIMS service
- Rename old Application file
- Download the new Application file (https://github.com/MSH/OpenRIMS/raw/main/bin/pharmadex2-0.0.1.jar)
- Change Permissions on the .jar file to make it executable: sudo chmod -x pharmadex2-0.0.1.jar
- Use Workbench to upgrade db structure based on the model - see below
- Start the OpenRIMS service
Tool
The tool is the latest version of MySQL Workbench.
For current, the latest stable release of the database is in pdx2demo.ddanet.org. To upgrade the database in any other server, or, even, in the localhost it is possible to use the feature “Model – Synchronize with any source” (https://dev.mysql.com/doc/workbench/en/wb-database-synchronization.html) provided by the MySQL Workbench.
This feature:
- reads the latest and the current database structures,
- compares them
- creates a script to upgrade the current database to the latest database structure
- executes this script
The result is the equal data structures for the latest and the current database. The data is still the same as was before.
Pre-requisites
You should have full access rights to your database and add the connection to the latest database depicted below. Ask for a password by email to alex.kurasoff@gmail.com.
Figure 1. The connection to the latest database
Process steps
Suppose you need to update the database structure of a database on the localhost.
Figure 2. Create a new model
Figure 3. Run the feature
Figure 4. The representation of the feature is a "wizard"
Figure 5. Tap the radio buttons
Figure 6. The latest database is on pdx2demo.ddanet.org. It is the source of the changes
Figure 7. Suppose the database going to be updated is in the localhost. It is the target of the changes
Figure 8. Extract the list of all sources and all target databases.
Figure 9. Select the source database. The target database is at the bottom of the screen. By default, the names of the target and the source should be the same
Figure 10. Compare the source and the target
Figure 11. Revise the changes.
Figure 12. The result DDA SQL script. There are no changes
Linux particularities
The MySQL database usage in Windows and Linux servers is slightly different. In the Linux server, the names of tables are cases sensitive, on Windows – no. There is any problem if the source server is under Linux, and the target server is under Windows. Otherwise, the tables SPRING_SESSION and SPRING_SESSION attributes should be ignored while synchronization. There are special tables that are in use by third-party software.