3.5.3
In its current form, Project Nami is basically WordPress powered by Microsoft SQL Server. All WordPress core features and functions are supported.
The short answer here is, WordPress doesn't work with SQL Server. It's a sad story, but a true one. You may be so overjoyed this exists that you have no further questions on the matter. If so, that's great. Proceed to enjoy Project Nami. However, you may be asking yourself, why not just use some sort of database abstraction plugin, or simply write my own ( or use someone elses ) wp-db.php
drop-in. After all, WordPress already supports replacing the database class with a custom one.
While I would agree with all of this, writing ( or using ) a custom wp-db.php
drop-in is not enough to get WordPress running on SQL Server. In reality, WP Core is littered with MySQL-specific queries, which means a custom db class won't cover all your bases. WP will remain broken and unsuable.
So, what about using only a translation plugin? This can work, but it's hardly optimal. Every query that comes in needs to be parsed and converted to SQL Server style syntax before it's executed. Yikes!
We needed a version of WordPress powered by SQL Server in the cloud on Microsoft Azure. So, we rewrote WP Core to do this very thing. Porting WordPress may seem extreme, but the software simply isn't to the point where true database abstraction is feasible. Maybe someday it will be. In the meantime, Project Nami is an alternative. :)
We make no attempts to maintain an exhaustive list of WordPress plugins which do or do not work with Project Nami. There are simply too many plugins available. But we can offer some guidance on evaluating the plugins you want to use.
Plugins fall into four basic categories…
The fastest way to determine if a plugin is attempting direct database access? Search within the plugin files for $wpdb as it should only be referenced with DB queries.
Project Nami requires SQL Server 2012 or later in order to function properly. Until this version was released, there wasn't really a SQL Server native method of handling the MySQL LIMIT
when using an offset. However, OFFSET FETCH
can now be used in conjunction with ORDER BY
to achieve the equivalent of a MySQL LIMIT
with an offset.
Compatible with SQL Server 2017 on Linux platforms