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GigaBASE: Object-Relational Database Management System GigaBASE inherits most of the features of FastDB, but uses page pool instead of direct mapping of file on virtual memory. So GigaBASE is able to handle database, which size significantly exceeds size of computer physical memory. Convenient and flexible C++ interface makes development of application for GigaBASE very easy and automatic scheme evaluation simplifies maintenance and modification of the system. GigaBASE merges best features of relational (simple data structure and non-procedural query language) and object-oriented (direct object references, user defined types and methods) databases. GigaBASE is primary oriented on application requiring fast data retrieving by means of indices and direct object references, such as Web Server databases applications. SUBSQL utility can be used for database browsing and inspection, performing online backups, database recovery, importing data to and exporting data from database. GigaBASE will perform automatic recovery after system or application crash, you should not worry about it. The only thing you can have to do manually is stopping all database application if one of them is crashed leaving database blocked.

DALMP - Database Abstraction Layer for MySQL using PHP %0 fat, extremely easy to use. Only connect to database when needed. Details * Dependecy Injector (DI) support, load once, trigger when required. * APC, Disk, Memcache, Redis.io cache support. * Group caching cache by groups and flush by groups or individual keys. * Prepared statements ready, support dynamic building queries, auto detect types (i,d,s,b). * Secure connections with SSL. * SQLite3 Encryption. * Save sessions in database (mysql/sqlite) or a cache like redis/memcache/apc. * Easy to use/install/adapt. * Nested Transactions (SAVEPOINT / ROLLBACK TO SAVEPOINT). * Support connections via unix_sockets. * SQL queues. * Export to CSV. * Trace/measure everything enabling the debugger. * Works out of the box with Cloud databases like Amazon RDS or Google cloud. * Lazy database connection. Connect only when needed. * PSR-0 compliance.

With Glom you can design table definitions and the relationships between them, plus arrange the fields on the screen. You can edit and search the data in those tables, and specify field values in terms of other fields. It's as easy as it should be. The design is loosely based on FileMaker Pro, with the added advantage of separation between interface and data. Its simple framework should be enough to implement most database applications. Without Glom these systems normally consist of lots of repetitive, unmaintainable code. Glom-specific data such as the relationship definitions is saved in the Glom document. Glom re-connects to the database server when it loads a previous Glom document. The document is in XML format. Glom uses the PostgreSQL database backend but it can not edit databases that it did not create, because it uses only a simple subset of Postgres functionality.

PEAR::DB is a database abstraction layer providing: * an OO-style query API * portability features that make programs written for one DBMS work with other DBMS's * a DSN (data source name) format for specifying database servers * prepare/execute (bind) emulation for databases that don't support it natively * a result object for each query response * portable error codes * sequence emulation * sequential and non-sequential row fetching as well as bulk fetching * formats fetched rows as associative arrays, ordered arrays or objects * row limit support * transactions support * table information interface * DocBook and phpDocumentor API documentation Drivers for the following extensions pass the complete test suite and provide interchangeability when all of DB's portability options are enabled: fbsql, ibase, informix, msql, mssql, mysql, mysqli, oci8, odbc, pgsql, sqlite and sybase.

SQL Buddy is an open source project designed to change the way people think about MySQL. Databases are an essential part of most projects - who knew that working with a database could also be intuitive? Give SQL Buddy a try and you might find yourself having some unexpectedly warm feelings toward MySQL. Who knows, maybe its time to let your database server move in from the garage. Features: * No setup Just unzip the files to your server and its ready to use. Seriously, the next step is logging in. * Complete control of users Logins are handled directly by MySQL. Create as many or as few users as you want. * Speaks your language The current release is bundled with 37 translations - with more on the way!

Thick database bindings for MySQL, PostgreSQL and SQLite written in Ada. This is the third release of AdaBase, an abstraction library that provides a consistent interface to multiple database servers. Currently three drivers are provided, MySQL, PostgreSQL and SQLite. It's extensible, so support for other databases such as Firebird, Oracle and MSSQL would be easily possible. AdaBase offers unique features over similar frameworks. For starters, it's limited to database support rather than including many other unwanted components in a "kitchen sink" fashion, and unneeded drivers can be excluded from the library as desired. It's got a developer and commerce friend license (ICS), it comes with good documentation and working examples, and the bindings are thick enough where database server backends can be interchangeable. AdaBase may seem familiar to some users as it was partially inspired by PHP's PDO database framework and is a sequel of sorts to an earlier project by the same author, Pascal Data Objects.

Welcome to libpqxx, the official C++ API to the PostgreSQL database management system. There are many similar libraries for PostgreSQL and for other databases, some of them database-independent. Most of these, however, are fairly C-like in their programming style, and fail to take advantage of the full power of the C++ language as it has matured since the acceptance of the Standard in 1996. What libpqxx brings you is effective use of templates to reduce the inconvenience of dealing with type conversions; of standard C++ strings to keep you from having to worry about buffer allocation and overflow attacks; of exceptions to take the tedious and error-prone plumbing around error handling out of your hands; of constructors and destructors to bring resource management under control; and even basic object-orientation to give you some extra reliability features that would be hard to get with most other database interfaces.

Welcome to libpqxx, the official C++ API to the PostgreSQL database management system. There are many similar libraries for PostgreSQL and for other databases, some of them database-independent. Most of these, however, are fairly C-like in their programming style, and fail to take advantage of the full power of the C++ language as it has matured since the acceptance of the Standard in 1996. What libpqxx brings you is effective use of templates to reduce the inconvenience of dealing with type conversions; of standard C++ strings to keep you from having to worry about buffer allocation and overflow attacks; of exceptions to take the tedious and error-prone plumbing around error handling out of your hands; of constructors and destructors to bring resource management under control; and even basic object-orientation to give you some extra reliability features that would be hard to get with most other database interfaces.

GNU Data Access (GDA) is an attempt to provide uniform access to different kinds of data sources (databases, information servers, mail spools, etc). It is a complete architecture that provides all you need to access your data, defined by a set of CORBA interfaces as generic as possible (but very powerful at the same time) so that any kind of data source can be accessed through them. libgda is an interface to the GDA architecture, providing a nice wrapper around the CORBA interfaces, for both the client and the server parts. It also provides a bunch of tools to help you both in the development and management of your data sources, all done through the GDA model's set of CORBA interfaces. libgda was part of the GNOME-DB project, but has been separated from it to allow non-GNOME applications to be developed based on it.

GNU Data Access (GDA) is an attempt to provide uniform access to different kinds of data sources (databases, information servers, mail spools, etc). It is a complete architecture that provides all you need to access your data, defined by a set of CORBA interfaces as generic as possible (but very powerful at the same time) so that any kind of data source can be accessed through them. libgda is an interface to the GDA architecture, providing a nice wrapper around the CORBA interfaces, for both the client and the server parts. It also provides a bunch of tools to help you both in the development and management of your data sources, all done through the GDA model's set of CORBA interfaces. libgda was part of the GNOME-DB project, but has been separated from it to allow non-GNOME applications to be developed based on it.