Free access router software for linux

Access Stats provides a script that enables you to keep track of activities on your web site.

Access Stats allows you to keep track of activities on your web site.

It extracts some statistic from a log file generated by log.pl.

These reports are generated by Access Stats:

- Visits by day
- Visits by hour
- Visits by week-day
- Referer
- Browser
- Operating System
- Countries
- Hostnames

Direct Access Provider Library in short DAPL is a transport-independent, platform-independent, high-performance API for using the remote direct memory access (RDMA) capabilities of modern interconnect technologies such as InfiniBand, the Virtual Interface Architecture, and iWARP.
This is the reference implementation of that specification by the DAT Collaborative who maintain the DAPL API.
Enhancements:
- Support was added for new IB verbs client register event.
- Some problems supporting create qp without recv cq handle or recv qp resources were fixed.
- Some timeout and long disconnect delay issues exposed during scalability tests were fixed.
- Minor build problems were fixed.
- Support for multiple IB devices was added to dat.conf to support IPoIB HA failover.
- Support for returning local and remote port information was added.
- The RPM spec file was cleaned up.
- Enviroment variables to configure connection management timers were added.

Net::BGP::Router is a BGP Router based on Net::BGP.

SYNOPSIS

use Net::BGP::Router;
# Constructor
$router = new Net::BGP::Router(
Name => My very own router!,
Policy => new Net::BGP::Policy
);
# Accessor Methods
$router->add_peer($peer,both,$acl);
$router->remove_peer($peer,both);
$router->set_policy($policy);
$router->set_policy($peer,in,$acl);
__top

This module implement a BGP router. It uses Net::BGP objects for the BGP sessions and a Net::BGP::RIB object to store the routes. Policy are handled using a Net::BGP::Policy object.

PHP Database Access Through Arrays project can be used to access data stored in MySQL tables like accessing arrays. It uses SPL to implement several classes and iterators interfaces to access MySQL databases.

Examples:

$DB[test_table][] = array(
name => first,
value => the first row
);

foreach ($DB[test_table] as $i => $row) {
...
}

$DB[test_table][first][value] = 1st;

unset($DB[test_table][first]);

PHP Generic Access Control List is a PHP class that offers Web developers a simple, yet immensely powerful "drop in" permission system for their current Web-based applications.
Main features:
- Split into two classes, and a seperate administration interface.
1. GACL class: Designed to be very small (517 lines of code including comments) and very fast, this class strictly takes care of the permission checks.
2. GACL_API class: Designed to be robust and flexible, this class takes care of creating/editing/deleting objects, groups and ACLs.
3. phpGACL Administration Interface: A set of scripts that allow for the easy administration of the entire GACL universe using only your browser.
- NOT limited to typical "read/write/execute" permissions similar to some flavours of *nix
- User definable "Access Control Objects" (ACO). These are objects which control what access is available to "requesters" (see below).
- Several examples:
- Enable - Projects
- View - Projects, View Own - Projects
- Edit - Projects, Edit Own - Projects
- Delete - Projects, Delete Own - Projects, UnDelete - Projects, UnDelete Own - Projects
- Add - Projects
- System down for Maintenance
- View - The letter "e" ;)
- User definable "Access Request Objects" (ARO). These are objects which request access from an "Access Control Object" (above) examples would be:
- Users/Accounts
- IP Addresses
- Browsers/Browser capabilities (JS/Flash/DHTML)
- User definable "Access eXtension Objects" (AXO). These are objects which extend permissions to a 3rd layer, optionally allowing you to set fine grained permissions on each individual item in your application, or even row in your database. AXOs are often used in cases where you only want to give a user access to a specific project or contact.
- Several examples:
- Projects - Project ID: 3474 (Accounting Software)
- Projects - Project ID: 3484 (Financial Software)
- Contacts - Contact ID: 4775 John Doe
- Contacts - Contact ID: 4795 John Doe
- Tree based ARO/AXO Object grouping with inheritance.
- Contains functionality to easily program add-ons. Examples would be for product pricing, or quantity limitations.
- One function application integration: acl_check()
- Simply pass this function four parameters, it doesnt get any easier!
- Supports the most popular databases using the ADODB database abstraction layer. (MySQL, PostgreSQL, Oracle, MSSQL)
- Complete web based administration interface.
- Scalable. A real-world working version with many added layers of complexity supports over 60,000 Accounts, 200 Groups and 300 ACOs.
Requierments:
- PHP 4.x or greater
- SQL database. (MySQL 3x/4.0.15+, PostgreSQL 7.2+, Oracle 9i+, MS-SQL 2000+)
Enhancements:
- This release contains several minor bugfixes and a fix for a major bug with del_object(), which caused transactions to abort prematurely.
- It also contains a slightly improved installer with Informix support, less possibility of conflicting code with other applications, and upgraded ADODB and Smarty packages.

Rule Set Based Access Control (RSBAC) is a Free Software security extension for current Linux kernels. Rule Set Based Access Control is based on the Generalized Framework for Access Control (GFAC) by Abrams and LaPadula and provides a flexible system of access control based on several modules.
All security relevant system calls are extended by security enforcement code. This code calls the central decision component, which in turn calls all active decision modules and generates a combined decision. This decision is then enforced by the system call extensions.
Main features:
- Free Open Source (GPL) Linux kernel security solution
- Independent of governments and big companies
- Several well-known and new security models, like MAC, ACL and RC
- On-access virus scanning with the Dazuko interface
- Detailed control over individual user and program network accesses
- Fully access controlled kernel level user management
- Any combination of security models possible
- Easily extensible: write your own model for runtime registration
- Support for latest kernels and stable for production use
Enhancements:
- This release relates to kernel 2.4.34.5 and 2.6.22.1.
- There are important fixes with some compilation errors and an important bug with User Management password hashing, introduced with the newer 2.6 kernel crypto API.
- Some security has been added with safety measures against null pointers.