Free pontiac firebird parts software for linux

Tiny Report is a free software that helps you to Design, Manage, and Deliver Reports for Extreme Business Insight.
It simply automates to production of dynamic PDFs. It allows you to design your templates in OpenOffice.
Main features:
The process
- Design your .SXW fie in OpenOffice,
- Use tiny_sxw2rml.py to convert the file in a .RML template,
- Use tiny_report.py to produce PDF file using any database.
Report Designer
- The report designer used is OpenOffice. All styles, tags and features of OpenOffice documents (.SXW) are implemented instead frames.
- No specific language to learn,
- Support style, colors, table, section, items, images, ...
- OpenOffice is not needed to render the PDF
Data Acquisition
- Support python expressions for effective computation,
- Browse through table with the object relationnal mapping,
- You do not have to code the database structure (introspection on the DB),
- You can create your own object and functions
- Lots of databases supported: MySQL, Postgres, SQLite, Firebird, SybaseConnection, MAX DB
- Support all links between tables (one2many, many2one, ...),
- Lots of special features using simple Python: group, sort.
Report Renderer
- Fast, simple and easy,
- Standalone to be included in other applications.

Centric CRM is a mature, fully featured, Java-based, Web-delivered CRM with leads management, contacts, pipeline, quotes, accounts, campaign management, project management, help desk, document management, reports, employee, and admin modules.
Enhancements:
- This release can attach documents from various CRM modules to outgoing email messages, independently schedule activities and log activities without the need to first record a past activity, record Activities against an account without specifying a contact, attach Documents directly to general contacts and account contacts (documents attached in the Contacts module follow the contact to the Accounts module), and make HTML, CSV, and Excel reports.
- Nine databases are now supported: Derby, DaffodilDB, Firebird SQL, DB2, Interbase, SQL Server 2000/2005, MySQL 5, Oracle 10g Express, and PostgreSQL.

Firebird is a relational database offering many ANSI SQL-99 features that runs on Linux, Windows, and a variety of Unix platforms.

Firebird offers excellent concurrency, high performance, and powerful language support for stored procedures and triggers. Firebird Relational Database has been used in production systems and under a variety of names since 1981.

Firebird is a commercially independent project of C and C++ programmers, technical advisors and supporters developing and enhancing a multi-platform relational database management system based on the source code released by Inprise Corp (now known as Borland Software Corp) on 25 July, 2000 under the InterBase Public License v.1.0.


New code modules added to Firebird are licensed under the Initial Developers Public License. (IDPL). The original modules released by Inprise are licensed under the InterBase Public License v.1.0. Both licences are modified versions of the Mozilla Public License v.1.1.

Installing:

In order to install the firebird version of IB 6.0 you will need to perform the following steps:

1. Get the required packages:

Get the glibc update from RedHat, the one I used
was from ftp://updates.redhat.com/7.0/i386/glibc-2.2-5.i386.rpm

Get ncurses4 from
ftp://carrier.ision.net/pub/ftp.redhat.com/i386/en/RedHat/RPMS/ncurses4-5.0-2.i386.rpm
or another redhat mirror.

Get Firebird from
ftp://firebird.sourceforge.net/pub/firebird/release/FirebirdSS-0.9-1.i386.rpm

2. Prepare the installation:

Log in as root.
Use a plain text console to do this and be sure
that all Gnome desktops are closed.
(One user reported that the Gnome desktop
(apparently ICEwm)
blocked port 3050. I could not reproduce this
here, but it seems that it uses port numbers
that arent assigned in /etc/services for own
purposes)

3. Add localhost.localdomain to /etc/hosts.equiv:
echo localhost.localdomain >>/etc/hosts.equiv

4. Change to the directory where you have placed
the downloaded packages.

5. Install the glibc update:
rpm --install --force glibc-2.2-5.i386.rpm

6. Install libncurses.so.4:
rpm --install --force ncurses4-5.0-2.i386.rpm

7. Install Firebird:
rpm --install --force FirebirdSS-0.9-1.i386.rpm

8. Add /opt/interbase/bin to your path:
You can either change /etc/profile
or do
export PATH=$PATH: /opt/interbase/bin
or
change the profiles in your users home directories

9. Check that all went well:

Read /opt/interbase/SYSDBA.password
to get your SYSDBA password.

gsec -display
should display the list of known users
(SYSDBA only after a fresh install)

isql /opt/interbase/examples/employee.gdb
SQL> SHOW TABLES;
should display all tables from this database
SQL>quit;

Jaybird is JCA/JDBC driver suite to connect to Firebird database server. Historically Borland opened sources of type 3 JDBC driver called InterClient.

However due to some inherent limitations of Firebird client library it was decided that type 3 driver is a dead end, and Firebird team developed pure Java implementation of wire protocol.

This implementation became basis for JayBird, pure Java driver for Firebird relational database.

This driver is based on both the new JCA standard for application server connections to enterprise information systems and the well known JDBC standard.

The JCA standard specifies an architecture in which an application server can cooperate with a driver so that the application server manages transactions, security, and resource pooling, and the driver supplies only the connection functionality.

While similar to the JDBC 2 XADataSource idea, the JCA specification is considerably clearer on the division of responsibility between the application server and driver.

JayBird 1.5 provides extensions to some JDBC interfaces. All extension interfaces are released under modified BSD license, on “AS IS” basis, this should make linking to these classes safe from the legal point of view. All classes belong to org.firebirdsql.jdbc.* package.

JayBird 1.0 provided only pure Java wire protocol implementation. While being most effective in client-server setups (even more effective than native client libraries), it performed worser when connected to the server residing on the same host compared to native (C/C++/Delphi/etc) solutions. Reason is that type 4 driver communicates with the server using network sockets, which introduce additional overhead. Native client library has possibility to use IPC when connecting to the database on the same host. This might increase performance even by 100%.

JayBird 1.5 provides also type 2 JDBC driver that uses native client library to connect to the databases. Additionally JayBird 1.5 can use embedded version of Firebird relational database allowing to create Java applications that does not require separate server setup.

However type 2 driver has also limitations. Due to multi-threading issues in Firebird client library, it is not possible to access it from different threads simultaneously when running in local mode (IPC). In this case only one thread is allowed to access library at a time. Driver tries to provide needed synchronization.

Current implementation uses mutex that is local to the classloader that loaded JayBird classes. This poses some deployment limitations: firebirdsql.jar must be deployed so, that it is loaded by the system classloader. For standalone web containers like Resin or Tomcat, JayBird should usually be deployed in their lib/ directory. It is allowed to include it in the WAR archives, but if and only if it is guaranteed that only one application will access Firebird.

When accessing remote servers thread per connection policy applies. Driver provides necessary synchronization for this situation.

Embedded version of the server cannot be used on Linux systems in multi-threaded applications. In particular this makes embedded version of the server unusable for web applications, where usually each request is served in separate thread.

KInterbasDB project is a Python extension package that implements Python Database API 2.0-compliant support for the open source relational database Firebird and some versions of its proprietary cousin Borland Interbase.
In addition to the minimal feature set of the standard Python DB API, KInterbasDB also exposes nearly the entire native client API of the database engine.
Enhancements:
- At concurrency_level 1, it was possible for a deadlock to occur if KInterbasDB simultaneously raised an exception in one thread while executing a SQL statement in another. This problem did not affect concurrency_level 2. Thanks for Atsuo Ishimoto for reporting this bug.
- The official implementation of the automagic TEXT_UNICODE type translator (in the kinterbasdb.typeconv_text_unicode module) was missing support for the new character sets introduced in Firebird 2.0 (namely, the corrected version of UTF8, plus KOI8-R, KOI8-U, and WIN1258). Thanks to Oleg Deribas for bringing this to my attention.

PHP Database Interface is an easy to use PHP database interface meant to give applications universal support across many databases, including several flat file formats.
Installation
These are just a few notes installation notes regarding DBi and using it with your project
txtSQL support requires the following files from the release archive (currently 3.0 Beta is Supported) :
txtSQL.class.php, txtSQL.parser.php & txtSQL.core.php To be placed in the 3rdparty/txtsql/ directory or the location of your choice
fileSQL support requires the the following file from the release archive (currently 1.0 RC4 is Supported) :
fileSQL.php To be placed in the 3rdparty/fql/ directory of the location of your choice
Test data and a demo script is available in the demo/ directory
Simple Example
// The filesystem root path to DBi needs to be defined before the include
define(PHP_DBI_ROOT, C:/program files/apache group/apache2/htdocs2/modules/dbi/);
define(PHP_DBI_FQL, PHP_DBI_ROOT.3rdparty/fql/fileSQL.php); //Required for FQL Support
define(PHP_DBI_TXTSQL, PHP_DBI_ROOT.3rdparty/txtsql/); //Required for txtSQL Support
include_once("../dbi.php");
$interface = dbi::factoryControllerConstruction(); //create a new dbi object
// open a connection to the database (this will example will work with any
// of the interfaced databases
$interface->open_connection_now_persistent("fql&".PHP_DBI_ROOT."3rdparty/fql/data&demo");
//Select the entire contents of test2 table and store the first row
$inteface->ExecuteQueryAndReturnRow?(array(select => *, from => test2));
$results = $interface->fetchRowThenGetAnotherrow();
//Display the first row of results
print "First Row: ";
print_r($results);
print "< br >";
$interface->disconnect_fromDatabase(); // Closes connection to the database
Enhancements:
- The tableInfo function was added to return the schema.
- LIMIT was added to select functions for supporting databases.
- LIMIT emulation is available to all database types.
- Support for the Firebird database was added.

Mono SQL Sharp for GTK# is a GUI client for entering and running SQL commands and scripts. Database objects, such as, tables and table columns can be browsed.
Mono SQL Sharp for GTK Sharp is built for Mono 1.1.7 and GTK# 1.9.3 or higher. It works on Linux and Windows 2000/XP. It has support for various databases via Monos ADO.NET implementation and data providers.
Providers supported:
- Npgsql for PostgreSQL
- ByteFX.Data.MySqLClient for MySQL
- FirebirdSql.Data.Firebird for Firebird
- System.Data.SqlClient for Microsoft SQL Server 7.0/2000/2005
- System.Data.OracleClient for Oracle 8i, 9i, and 10g
- Mono.Data.SybaseClient for Sybase 12.x
- Mono.Data.SqliteClient for SQL Lite
- System.Data.Odbc for ODBC
- And whatever provider you add to the xml configuration settings file sqlsharpgtk.exe.config
Results can be shown in a grid or a text log. Files can be loaded into the SQL text editor or saved.
Mono SQL# for GTK# has a command-line version, sqlsharp.exe, which is included with Mono. Mono SQL# for GTK# is a separate project for the GTK# GUI version.

Convert::Base32 is a Perl module for encoding and decoding of base32 strings.

SYNOPSIS

use Convert::Base32;

$encoded = encode_base32("x3ax27x0fx93");
$decoded = decode_base32($encoded);

This module provides functions to convert string from / to Base32 encoding, specified in RACE internet-draft. The Base32 encoding is designed to encode non-ASCII characters in DNS-compatible host name parts.