Free jdbc driver sqlite 006 software for linux

JDBC Driver for SQLite is a thin layer on top of the SQLite 3.3.x C API. The native JNI library has SQLite compiled into it so all you need to do is include the two files packaged above in your project.
Usage:
Download the binary for the platform you are developing on. Open the tarball and copy the two files into your application directory:
sqlitejdbc.jar
[lib]sqlitejdbc.[dll, so, jnilib]
Reference the driver in your code:
Class.forName("org.sqlite.JDBC");
Connection conn = DriverManager.getConnection("jdbc:sqlite:filename");
// ... use the database ...
conn.close();
And call your program with the drivers JAR file in the classpath and the C library in the librarypath. E.g.
java -cp lib/yourprog.jar:lib/sqlitejdbc.jar
-Djava.library.path=lib
yourprog.Main
Enhancements:
- The driver is now thread-safe and fully supports UTF-16.
- There are binaries for Mac OS, Linux, and Windows, and instructions for compiling with MSVC.

HDBC Sqlite3 Driver is the Haskell Sqlite v3 backend driver for HDBC.

Please see HDBC itself for documentation on use. If you dont already
have it, you can browse this documentation at
http://darcs.complete.org/hdbc/doc/index.html.

This package provides one function in module Database.HDBC.Sqlite3:

{- | Connect to an Sqlite version 3 database. The only parameter needed is
the filename of the database to connect to.

All database accessor functions are provided in the main HDBC module. -}
connectSqlite3 :: FilePath -> IO Connection

HDBC ODBC Driver is the Haskell ODBC backend driver for HDBC. This driver has been tested on Windows and on Linux with unixODBC. It should also be compatible with iODBC, though this has not been tested. It should be portable to any platform supported by both Haskell and unixODBC.

This driver is the preferred method of communicating with MySQL from Haskell.

MYSQL NOTE

Important note for MySQL users:

Unless you are going to use InnoDB tables, you are strongly encouraged to set

Option = 262144

in your odbc.ini (for Unix users), or to disable transaction support in your DSN setup for Windows users.

If you fail to do this, the MySQL ODBC driver will incorrectly state that it
supports transactions. dbTransactionSupport will incorrectly return True. commit and rollback will then silently fail. This is certainly /NOT/ what you want. It is a bug (or misfeature) in the MySQL driver, not in HDBC.

You should ignore this advice if you are using InnoDB tables.

libdbi implements a database-independent abstraction layer in C, similar to the DBI/DBD layer in Perl.
Writing one generic set of code, programmers can leverage the power of multiple databases and multiple simultaneous database connections by using this framework.
The libdbi-drivers project provides the database-specific drivers for the libdbi framework. The drivers officially supported by libdbi are:
- Firebird/Interbase
- FreeTDS (provides access to MS SQL Server and Sybase)
- MySQL
- PostgreSQL
- SQLite/SQLite3
The following drivers are in various stages of completion and are supposed to be included into the next release:
- mSQL
- Oracle
Enhancements:
- This release fixes a packaging error in 0.8.2. There are no source code changes.

Audio::DB::Adaptor::dbi::sqlite is a database adaptor for a specific mysql schema.

This adaptor implements a specific mysql database schema that is compatible with Audio::DB. It inherits from Audio::DB. In addition to implementing the abstract SQL-generating methods of Audio::DB::Adaptor::dbi, this module also implements the data loading functionality of Audio::DB.

The schema uses several tables:

artists This the artists data table. Its columns are:

artist_id artist ID (integer); primary key artist artist name (string); may be null; indexed

albums This is the albums table. Its columns are:

album_id album ID (integer); primary key
album album name (string); may be null; indexed
album_type one of compilation or standard; may be null
total_tracks total songs on album (integer)
year self explanatory, no? (integer)
songs This is the primary songs table. Its columns are:
song_id song ID (integer); primary key
title song title (string)
artist_id artist ID (integer); indexed
album_id album ID (integer)
genre_id genre ID (integer) # may be superceded...see note
track track number (integer)
duration formatted song length (string)
seconds length in seconds (integer)
lyrics song lyrics (long text)
comment ID3 tag comment (text)
bitrate encoded bitrate (integer)
samplerate sample rate (real)
format format of the file (ie MPEG) (string)
channels channels (string)
tag_types type of ID3 tags present (ie ID3v2.3.0) (text)
filename file name (text)
filesize file size in bytes (real)
filepath absolute path (text)
year the year tag for single tracks
(since singles or songs on compilations
each may be different) (integer)
uber_playcount total times the song has been played
uber_rating overall song rating (see "users" below)

Currently, ID3 tags support but a single genre. The genre_id is now stored with the song table. Multiple genres may be assigned via the song_genres join table below. The year is a database denormalization that allows the assignment of years to single tracks not belonging to an album.