![]() SQLite doesn’t support such features.Ĭan't tinker for increased performance: As far as the design is concerned, SQLite lacks the ability to tinker with it to squeeze out higher performance. No user management: Advanced databases make user support a high priority. As far as speed is concerned, MySQL works efficiently and effectively. It can even handle a good amount of data and hence can be used at-scale. MySQL is secured, which makes it highly advanced, too. It supports a lot of SQL functionality that is expected from an RDBMS. ![]() For instance, it can be easily installed, third-party tools make it a simple database to get started with, and it's enriched with features. On the other hand, MySQL is very easy to work with. SQLite is meant to be great for both developing and testing and offers more than what is needed for development. Although it might appear like a “simple” DB implementation, SQL is used in SQLite. SQLite is file-based - the database consists of a single file on the disk, which makes it extremely portable and reliable. Both the SQLite and MYSQL have certain advantages. SQLite’s supports BLOB, NULL, INTEGER, TEXT, whereas MySQL’s supports NUMERIC, DATE, DATETIME, TIMESTAMP, NTINYTEXT, BLOB, TEXT, MEDIUMBLOB, MEDIUMTEXT,TIME, YEAR, CHAR, VARCHAR, TINYBLOB, TINYINT, SMALLINT, MEDIUMINT, INT or INTEGER, BIGINT, FLOAT, DOUBLE, DOUBLE DECIMAL, LONGBLOB, LONGTEXT, PRECISION, REAL, ENUM, and SET. As a self-contained, file-based database, SQLite can be compared to hosted alternatives, like MySQL. It offers an amazing set of tools to handle all sorts of data. ![]() SQLite is a library that gets embedded inside the application that makes use of it.
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