Free haskell sqlite software for linux

RSA-Haskell is a collection of command-line cryptography tools and a cryptography library written in Haskell. The project is intended to be useful to anyone who wants to secure files or communications or who wants to incorporate cryptography in their Haskell application.
The libraries include Haskell implementations of SHA1, EME-OAEP, EMSA-PSS, MGF, RSAES-OAEP, and RSA-PSS. These standards implement signature/verification, strong cryptography, and hashing.
Enhancements:
- Documentation is now available for the command line utilities.
- An easy-to-use Windows binary release is available.

SQLite is a small C library that implements a self-contained, embeddable, zero-configuration SQL database engine.
Main features:
- Transactions are atomic, consistent, isolated, and durable (ACID) even after system crashes and power failures.
- Zero-configuration - no setup or administration needed.
- Implements most of SQL92. (Features not supported)
- A complete database is stored in a single disk file.
- Database files can be freely shared between machines with different byte orders.
- Supports databases up to 2 terabytes (241 bytes) in size.
- Sizes of strings and BLOBs limited only by available memory.
- Small code footprint: less than 30K lines of C code, less than 250KB code space (gcc on 486)
- Faster than popular client/server database engines for most common operations.
- Simple, easy to use API.
- TCL bindings included. Bindings for many other languages available separately.
- Well-commented source code with over 95% test coverage.
- Self-contained: no external dependencies.
- Sources are in the public domain. Use for any purpose.
The SQLite distribution comes with a standalone command-line access program (sqlite) that can be used to administer an SQLite database and which serves as an example of how to use the SQLite library.
Create A New Database:
- At a shell or DOS prompt, enter: "sqlite3 test.db". This will create a new database named "test.db". (You can use a different name if you like.)
- Enter SQL commands at the prompt to create and populate the new database.
Write Programs That Use SQLite
Below is a simple TCL program that demonstrates how to use the TCL interface to SQLite. The program executes the SQL statements given as the second argument on the database defined by the first argument. The commands to watch for are the sqlite3 command on line 7 which opens an SQLite database and creates a new TCL command named "db" to access that database, the invocation of the db command on line 8 to execute SQL commands against the database, and the closing of the database connection on the last line of the script.
#!/usr/bin/tclsh
if {$argc!=2} {
puts stderr "Usage: %s DATABASE SQL-STATEMENT"
exit 1
}
load /usr/lib/tclsqlite3.so Sqlite3
sqlite3 db [lindex $argv 0]
db eval [lindex $argv 1] x {
foreach v $x(*) {
puts "$v = $x($v)"
}
puts ""
}
db close

VSQLite++ is a portable SQLite wrapper library for C++.
Supported Compilers
- GCC and G++ 4.x (maybe 3.4.x too, but it wasnt tested until now)
- Visual C++ 8/2005 (Visual C++ 7.1/2003 wasnt tested, maybe will be added later)

The Glasgow Haskell Compiler is a state-of-the-art, open source, compiler and interactive environment for the functional language Haskell.
Main features:
- GHC supports the entire Haskell 98 language plus a wide variety of extensions.
- GHC works on several platforms including Windows and most varieties of Unix, and several different processor architectures. There are detailed instructions for porting GHC to a new platform.
- GHC has extensive optimisation capabilities, including inter-module optimisation.
- GHC compiles Haskell code either by using an intermediate C compiler (GCC), or by generating native code on some platforms. The interactive environment compiles Haskell to bytecode, and supports execution of mixed bytecode/compiled programs.
- Profiling is supported, both by time/allocation and various kinds of heap profiling.
- GHC comes with a wide range of libraries.
GHC is heavily dependent on its users and contributors. Please come and join the mailing lists and send us your comments, suggestions, bug reports and contributions!
Enhancements:
- SMP support and impredicative polymorphism were added.
- The libraries were split into core and extra.
- Many more changes were made.

pysqlite is a Python DB-API 2.0 interface for the SQLite embedded relational database engine.
Enhancements:
- pysqlite is now 2.5 times faster for DML statements.
- This pays off especially for bulk-loading data.
- pysqlite now recognizes if the database engine has done an implicit ROLLBACK and acts accordingly.
- Using custom mapping and sequence types in parameters works now.

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

DBD::SQLite is a Self Contained RDBMS in a DBI Driver.
SYNOPSIS
use DBI;
my $dbh = DBI->connect("dbi:SQLite:dbname=dbfile","","");
SQLite is a public domain RDBMS database engine that you can find at http://www.hwaci.com/sw/sqlite/.
Rather than ask you to install SQLite first, because SQLite is public domain, DBD::SQLite includes the entire thing in the distribution. So in order to get a fast transaction capable RDBMS working for your perl project you simply have to install this module, and nothing else.
SQLite supports the following features:
- Implements a large subset of SQL92
See http://www.hwaci.com/sw/sqlite/lang.html for details.
- A complete DB in a single disk file
Everything for your database is stored in a single disk file, making it easier to move things around than with DBD::CSV.
- Atomic commit and rollback
Yes, DBD::SQLite is small and light, but it supports full transactions!
- Extensible
User-defined aggregate or regular functions can be registered with the SQL parser.
Theres lots more to it, so please refer to the docs on the SQLite web page, listed above, for SQL details. Also refer to DBI for details on how to use DBI itself.