Also mention that MySQL can support replication, not just Postgres

While I'm here, be consistent on the capitalization of MySQL in
the design document

Change-Id: I11e880e67c2e16daa72333b41d70f4518aa4394c
This commit is contained in:
Chad Horohoe
2012-05-06 22:28:45 -04:00
parent f93b3eecec
commit e9855b8f68

View File

@@ -87,7 +87,7 @@ and Git's own data integrity checks.
Each Git commit created on the client desktop system is converted
into a unique change record which can be reviewed independently.
Change records are stored in a database: PostgreSQL, MySql, or the
Change records are stored in a database: PostgreSQL, MySQL, or the
built-in H2, where they can be queried to present customized user
dashboards, enumerating any pending changes.
@@ -669,11 +669,11 @@ lag largely allows for some downtime in a disaster scenario.
Backups
~~~~~~~
PostgreSQL can be configured to save its write-ahead-log (WAL)
and ship these logs to other systems, where they are applied to
a warm-standby backup in real time. Gerrit instances which care
about reduduncy will setup this feature of PostgreSQL to ensure
the warm-standby is reasonably current should the master go offline.
PostgreSQL and MySQL can be configured to replicate their data to
other systems, where they are applied to a warm-standby backup in
real time. Gerrit instances which care about reduduncy will setup
this feature of PostgreSQL or MySQL to ensure the warm-standby is
reasonably current should the master go offline.
Gerrit can be configured to replicate changes made to the local
Git repositories over any standard Git transports. This can be