Update README.md

README.md

@@ -235,7 +235,7 @@ ds.addDataSourceProperty("url", "jdbc:mysql://localhost/database");
 ds.addDataSourceProperty("user", "bart");
 ds.addDataSourceProperty("password", "51mp50n");
 ```
-The advantage of configuring via ``HikariConfig`` over ``HikariDataSource`` is that when using the ``HikariConfig`` we know at ``HikariDataSource(HikariConfig)`` construction-time what the configuration is, so the pool can be initialized at that point.  However, when using ``HikariDataSource`` alone, we don't know that you are *done* configuring the DataSource until ``getConnection()`` is called.  In that case, ``getConnection()`` must perform an additional check to see if the pool as been initialized yet or not.  The cost (albeit small) of this check is incurred on every invocation of ``getConnection()`` in that case.  In summary, intialization by ``HikariConfig`` is every so slightly more performant than initialization directly on the ``HikariDataSource``.
+The advantage of configuring via ``HikariConfig`` over ``HikariDataSource`` is that when using the ``HikariConfig`` we know at ``HikariDataSource(HikariConfig)`` construction-time what the configuration is, so the pool can be initialized at that point.  However, when using ``HikariDataSource`` alone, we don't know that you are *done* configuring the DataSource until ``getConnection()`` is called.  In that case, ``getConnection()`` must perform an additional check to see if the pool as been initialized yet or not.  The cost (albeit small) of this check is incurred on every invocation of ``getConnection()`` in that case.  In summary, intialization by ``HikariConfig`` is every so slightly more performant than initialization directly on the ``HikariDataSource`` -- not just at construction time but also at runtime.
 
 ### Play Framework Plugin