sqlitebrowser VS sqlcipher

Check out: https://sqlitebrowser.org/

You may also need the SQLite command-line tools from the SQLite website;

First of all, we should point out that SQLite can also easily be manipulated by non-technical users. There are several, excellent open-source SQLite “browsers” or “editors” available that allow for a graphical user interface to manipulate SQLite databases. Two notable examples are, DB Browser and Sqlite Viewer.

db.sqlite is encrypted using SqlCipher. You can open this using tools that support SqlCipher. One such tool is https://sqlitebrowser.org/ (source/releases: https://github.com/sqlitebrowser/sqlitebrowser).

DB Browser for SQLite and SQLiteStudio both exists, not sure if this is what you are looking for.

Have you tried https://sqlitebrowser.org/ ?

DB Browser for Sqlite is an open source GUI for sqlite. You point it to a sqlite file and you can browse tables/insert rows, etc. (Note: nothing is persisted to disk until you save!)

SQLite DB file. You can view the DB contents with https://sqlitebrowser.org/

My recommendation would be to use Sqlite. It pretty simplistic and works well. The program, found here, https://sqlitebrowser.org/ is a UI for Sqlite that can be used for loading or interacting with your data. If your data is in CSV, you can use the UI to parse and load your data file(s).

https://support.mozilla.org/en-US/kb/compacting-folders https://www.crucial.com/articles/about-ssd/should-you-defrag-an-ssd Kind of interesting to poke around Firefox's and other programs sqlite database files, just be cautious. https://sqlitebrowser.org/

One option that I have been considering is creating a simple, encrypted SQL database (like SQLite & SQLcipher combo), that could be used to store & retrieve crypto secrets required in the release build pipeline. To manipulate this database, one needs to provide a password. This solution could be implemented as a microservice running on the build server, for example, in a dedicated docker container. To trigger a new release build, the user with the correct credentials could access the build server over our local network, and, if in a possession of the correct password required to decrypt the crypto database, trigger a release build.

That's not true. There are wonderful open source projects ensuring that layer. https://github.com/sqlcipher/sqlcipher for example.

I would evaluate other already existing solutions. SQLCipher already exists and fulfills your exact use case.

No, SQLCipher takes another approach. They modify the source of SQLite's pager with numerous code blocks in order to "hook in" the encryption code. Compare this SQLCipher code to the original SQLite code.