wan 2.06
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FreeS/WAN 2.06
FreeS/WAN is an implementation of IPSEC & IKE for Linux. more>>
FreeS/WAN is an implementation of IPSEC & IKE for Linux. IPSEC is Internet Protocol SECurity. It uses strong cryptography to provide both authentication and encryption services. Authentication ensures that packets are from the right sender and have not been altered in transit. Encryption prevents unauthorised reading of packet contents. These services allow you to build secure tunnels through untrusted networks.
Two protocols are used
ESP (Encapsulating Security Payload) provides encryption plus authentication
IKE (Internet Key Exchange) negotiates connection parameters, including keys, for ESP
Freeswan implementation has three main parts:
KLIPS (kernel IPsec) implements ESP, and packet handling within the kernel
Pluto (an IKE daemon) implements IKE, negotiating connections with other systems
various scripts provide an adminstrators interface to the machinery.
Because IPsec operates at the network layer, it is remarkably flexible and can be used to secure nearly any type of Internet traffic. Two applications, however, are extremely widespread:
a Virtual Private Network, or VPN, allows multiple sites to communicate securely over an insecure Internet by encrypting all communication between the sites.
"Road Warriors" connect to the office from home, or perhaps from a hotel somewhere
There is enough opportunity in these applications that vendors are flocking to them. IPsec is being built into routers, into firewall products, and into major operating systems, primarily to support these applications. See our list of implementations for details.
We support both of those applications, and various less common IPsec applications as well, but we also add one of our own:
opportunistic encryption, the ability to set up FreeS/WAN gateways so that any two of them can encrypt to each other, and will do so whenever packets pass between them.
This is an extension we are adding to the protocols. FreeS/WAN is the first prototype implementation, though we hope other IPsec implementations will adopt the technique once we demonstrate it. See project goals below for why we think this is important.
A somewhat more detailed description of each of these applications is below. Our quickstart section will show you how to build each of them.
<<lessTwo protocols are used
ESP (Encapsulating Security Payload) provides encryption plus authentication
IKE (Internet Key Exchange) negotiates connection parameters, including keys, for ESP
Freeswan implementation has three main parts:
KLIPS (kernel IPsec) implements ESP, and packet handling within the kernel
Pluto (an IKE daemon) implements IKE, negotiating connections with other systems
various scripts provide an adminstrators interface to the machinery.
Because IPsec operates at the network layer, it is remarkably flexible and can be used to secure nearly any type of Internet traffic. Two applications, however, are extremely widespread:
a Virtual Private Network, or VPN, allows multiple sites to communicate securely over an insecure Internet by encrypting all communication between the sites.
"Road Warriors" connect to the office from home, or perhaps from a hotel somewhere
There is enough opportunity in these applications that vendors are flocking to them. IPsec is being built into routers, into firewall products, and into major operating systems, primarily to support these applications. See our list of implementations for details.
We support both of those applications, and various less common IPsec applications as well, but we also add one of our own:
opportunistic encryption, the ability to set up FreeS/WAN gateways so that any two of them can encrypt to each other, and will do so whenever packets pass between them.
This is an extension we are adding to the protocols. FreeS/WAN is the first prototype implementation, though we hope other IPsec implementations will adopt the technique once we demonstrate it. See project goals below for why we think this is important.
A somewhat more detailed description of each of these applications is below. Our quickstart section will show you how to build each of them.
Download (1.5MB)
Added: 2006-07-11 License: GPL (GNU General Public License) Price:
1210 downloads
WANem 1.1
WANem is a WAN Emulator, meant to provide real experience of Internet, during development and test on a LAN environment. more>>
WANem is a WAN Emulator, meant to provide real experience of Internet, during development and test on a LAN environment. Typically application developers develop applications on a LAN while the intended purpose for the same could be the client is accessing the application by WAN or even the internet.
WANem allows for the application development team to setup a transparent application gateway which can be made use to simulate WAN characteristics like Network delay, Packet loss, Packet corruption, Disconnections, Packet re-ordering, Jitter, etc.
WANem allows for WAN network characteristic emulation and thus allowing for applications to be tested in a realistic WAN environment before they are moved into production.
WANem is a combined development strategy where it hooks into the Linux kernel for performing network emulations and provides GUI to make it simple to use. Remastering of Knoppix Live CD makes it even more effective as it becomes platform independant.
<<lessWANem allows for the application development team to setup a transparent application gateway which can be made use to simulate WAN characteristics like Network delay, Packet loss, Packet corruption, Disconnections, Packet re-ordering, Jitter, etc.
WANem allows for WAN network characteristic emulation and thus allowing for applications to be tested in a realistic WAN environment before they are moved into production.
WANem is a combined development strategy where it hooks into the Linux kernel for performing network emulations and provides GUI to make it simple to use. Remastering of Knoppix Live CD makes it even more effective as it becomes platform independant.
Download (576.6MB)
Added: 2007-08-13 License: GPL (GNU General Public License) Price:
814 downloads
Jcode 2.06
Jcode is a Japanese Charset Handler. more>>
Jcode is a Japanese Charset Handler.
SYNOPSIS
use Jcode;
#
# traditional
Jcode::convert($str, $ocode, $icode, "z");
# or OOP!
print Jcode->new($str)->h2z->tr($from, $to)->utf8;
< Japanese document is now available as Jcode::Nihongo. >
Jcode.pm supports both object and traditional approach. With object approach, you can go like;
$iso_2022_jp = Jcode->new($str)->h2z->jis;
Which is more elegant than:
$iso_2022_jp = $str;
&jcode::convert($iso_2022_jp, jis, &jcode::getcode($str), "z");
For those unfamiliar with objects, Jcode.pm still supports getcode() and convert().
If the perl version is 5.8.1, Jcode acts as a wrapper to Encode, the standard charset handler module for Perl 5.8 or later.
<<lessSYNOPSIS
use Jcode;
#
# traditional
Jcode::convert($str, $ocode, $icode, "z");
# or OOP!
print Jcode->new($str)->h2z->tr($from, $to)->utf8;
< Japanese document is now available as Jcode::Nihongo. >
Jcode.pm supports both object and traditional approach. With object approach, you can go like;
$iso_2022_jp = Jcode->new($str)->h2z->jis;
Which is more elegant than:
$iso_2022_jp = $str;
&jcode::convert($iso_2022_jp, jis, &jcode::getcode($str), "z");
For those unfamiliar with objects, Jcode.pm still supports getcode() and convert().
If the perl version is 5.8.1, Jcode acts as a wrapper to Encode, the standard charset handler module for Perl 5.8 or later.
Download (0.34MB)
Added: 2007-05-14 License: Perl Artistic License Price:
895 downloads
Download (MB)
Added: 2006-08-04 License: Freeware Price:
1176 downloads
strongSwan 2.8.3
strongSwan is an OpenSource IPsec implementation for the Linux operating system. more>>
strongSwan is an OpenSource IPsec implementation for the Linux operating system. strongSwan is based on the discontinued FreeS/WAN project and the X.509 patch which we developped over the last three years.
In order to have a stable IPsec platform to base our future extensions of the X.509 capability on, we decided to lauch the strongSwan project.
Main features:
- runs both on Linux 2.4 (KLIPS) and Linux 2.6 (native IPsec) kernels
- strong 3DES, AES, Serpent, Twofish, or Blowfish encryption
- Authentication based on X.509 certificates or preshared keys
- Powerful IPsec policies based on wildcards or intermediate CAs
- Retrieval and local caching of Certificate Revocation Lists via HTTP or LDAP
- Full support of the Online Certificate Status Protocol (OCSP, RCF 2560).
- Optional storage of RSA private keys on smartcards or USB crypto tokens
- Smartcard access via standardized PKCS #11 interface
- PKCS #11 proxy function offering RSA decryption services via whack
- NAT-Traversal (RFC 3947) and support of Virtual IPs and IKE Mode Config
- CA management (OCSP and CRL URIs, default LDAP server)
- Dead Peer Detection (DPD, RFC 3706)
- Group policies based on X.509 attribute certificates ( RFC 3281)
- Generation of default self-signed certificates during strongSwan setup
Whats New in 2.8.0 Stable Release:
- The implementation of the IKE Mode Config push mode allows interoperability with Cisco VPN gateways.
- By setting "modeconfig=push", strongSwan will wait for the peer to push down a virtual IP address that can be used within an IPsec tunnel.
- The default value of the new keyword is "modeconfig=pull".
- The command "ipsec statusall" now shows "DPD active" for all ISAKMP Security Associations that are under active Dead Peer Detection control.
Whats New in 4.0.7 Development Release:
- Extended authentication (XAUTH) in conjunction with IKE Main Mode authentication (RSA and PSK) is now possible with most VPN clients and gateways (e.g. Cisco, NCP, Shrew, etc.).
Whats New in 2.8.3 Stable Release:
- A bug in the computation of the SHA-512-HMAC function was fixed.
- The SHA-384 hash and HMAC functions were implemented.
- SHA-2 signatures are now supported in X.509 certificates.
- Automatic test vector-based self-tests of all hash functions (MD5, SHA-1, SHA-2) during pluto startup was introduced to increase the reliability of the software.
<<lessIn order to have a stable IPsec platform to base our future extensions of the X.509 capability on, we decided to lauch the strongSwan project.
Main features:
- runs both on Linux 2.4 (KLIPS) and Linux 2.6 (native IPsec) kernels
- strong 3DES, AES, Serpent, Twofish, or Blowfish encryption
- Authentication based on X.509 certificates or preshared keys
- Powerful IPsec policies based on wildcards or intermediate CAs
- Retrieval and local caching of Certificate Revocation Lists via HTTP or LDAP
- Full support of the Online Certificate Status Protocol (OCSP, RCF 2560).
- Optional storage of RSA private keys on smartcards or USB crypto tokens
- Smartcard access via standardized PKCS #11 interface
- PKCS #11 proxy function offering RSA decryption services via whack
- NAT-Traversal (RFC 3947) and support of Virtual IPs and IKE Mode Config
- CA management (OCSP and CRL URIs, default LDAP server)
- Dead Peer Detection (DPD, RFC 3706)
- Group policies based on X.509 attribute certificates ( RFC 3281)
- Generation of default self-signed certificates during strongSwan setup
Whats New in 2.8.0 Stable Release:
- The implementation of the IKE Mode Config push mode allows interoperability with Cisco VPN gateways.
- By setting "modeconfig=push", strongSwan will wait for the peer to push down a virtual IP address that can be used within an IPsec tunnel.
- The default value of the new keyword is "modeconfig=pull".
- The command "ipsec statusall" now shows "DPD active" for all ISAKMP Security Associations that are under active Dead Peer Detection control.
Whats New in 4.0.7 Development Release:
- Extended authentication (XAUTH) in conjunction with IKE Main Mode authentication (RSA and PSK) is now possible with most VPN clients and gateways (e.g. Cisco, NCP, Shrew, etc.).
Whats New in 2.8.3 Stable Release:
- A bug in the computation of the SHA-512-HMAC function was fixed.
- The SHA-384 hash and HMAC functions were implemented.
- SHA-2 signatures are now supported in X.509 certificates.
- Automatic test vector-based self-tests of all hash functions (MD5, SHA-1, SHA-2) during pluto startup was introduced to increase the reliability of the software.
Download (2.3MB)
Added: 2007-02-23 License: GPL (GNU General Public License) Price:
973 downloads
CGI::Ex::App 2.06
CGI::Ex::App is a anti-framework application framework. more>>
CGI::Ex::App is a anti-framework application framework.
Fill in the blanks and get a ready made web application. This module is somewhat similar in spirit to CGI::Application, CGI::Path, and CGI::Builder and any other "CGI framework." As with the others, CGI::Ex::App tries to do as much of the mundane things, in a simple manner, without getting in the developers way. Your mileage may vary.
If you build applications that submit user information, validate it, re-display it, fill in forms, or separate logic into separate modules, then this module may be for you. If all you need is a dispatch engine, then this still may be for you. If all want is to look at user passed information, then this may still be for you. If you like writing bare metal code, this could still be for you. If you dont want to write any code, this module will help - but you still need to provide you key actions.
<<lessFill in the blanks and get a ready made web application. This module is somewhat similar in spirit to CGI::Application, CGI::Path, and CGI::Builder and any other "CGI framework." As with the others, CGI::Ex::App tries to do as much of the mundane things, in a simple manner, without getting in the developers way. Your mileage may vary.
If you build applications that submit user information, validate it, re-display it, fill in forms, or separate logic into separate modules, then this module may be for you. If all you need is a dispatch engine, then this still may be for you. If all want is to look at user passed information, then this may still be for you. If you like writing bare metal code, this could still be for you. If you dont want to write any code, this module will help - but you still need to provide you key actions.
Download (0.21MB)
Added: 2006-10-07 License: Perl Artistic License Price:
1112 downloads
CGI::Ex::Conf 2.06
CGI::Ex::Conf is a Perl module with Conf Reader/Writer for many different data format types. more>>
CGI::Ex::Conf is a Perl module with Conf Reader/Writer for many different data format types.
SYNOPSIS
use CGI::Ex::Conf qw(conf_read conf_write);
my $hash = conf_read("/tmp/foo.yaml");
conf_write("/tmp/foo.yaml", {key1 => $val1, key2 => $val2});
### OOP interface
my $cob = CGI::Ex::Conf->new;
my $full_path_to_file = "/tmp/foo.val"; # supports ini, sto, val, pl, xml
my $hash = $cob->read($file);
local $cob->{default_ext} = conf; # default anyway
my @paths = qw(/tmp, /home/pauls);
local $cob->{paths} = @paths;
my $hash = $cob->read(My::NameSpace);
# will look in /tmp/My/NameSpace.conf and /home/pauls/My/NameSpace.conf
my $hash = $cob->read(My::NameSpace, {paths => [/tmp]});
# will look in /tmp/My/NameSpace.conf
local $cob->{directive} = MERGE;
my $hash = $cob->read(FooSpace);
# OR #
my $hash = $cob->read(FooSpace, {directive => MERGE});
# will return merged hashes from /tmp/FooSpace.conf and /home/pauls/FooSpace.conf
# immutable keys are preserved from originating files
local $cob->{directive} = FIRST;
my $hash = $cob->read(FooSpace);
# will return values from first found file in the path.
local $cob->{directive} = LAST; # default behavior
my $hash = $cob->read(FooSpace);
# will return values from last found file in the path.
### manipulate $hash
$cob->write(FooSpace); # will write it out the changes
There are half a million Conf readers out there. Why not add one more. Actually, this module provides a wrapper around the many file formats and the config modules that can handle them. It does not introduce any formats of its own.
This module also provides a preload ability which is useful in conjunction with mod_perl.
<<lessSYNOPSIS
use CGI::Ex::Conf qw(conf_read conf_write);
my $hash = conf_read("/tmp/foo.yaml");
conf_write("/tmp/foo.yaml", {key1 => $val1, key2 => $val2});
### OOP interface
my $cob = CGI::Ex::Conf->new;
my $full_path_to_file = "/tmp/foo.val"; # supports ini, sto, val, pl, xml
my $hash = $cob->read($file);
local $cob->{default_ext} = conf; # default anyway
my @paths = qw(/tmp, /home/pauls);
local $cob->{paths} = @paths;
my $hash = $cob->read(My::NameSpace);
# will look in /tmp/My/NameSpace.conf and /home/pauls/My/NameSpace.conf
my $hash = $cob->read(My::NameSpace, {paths => [/tmp]});
# will look in /tmp/My/NameSpace.conf
local $cob->{directive} = MERGE;
my $hash = $cob->read(FooSpace);
# OR #
my $hash = $cob->read(FooSpace, {directive => MERGE});
# will return merged hashes from /tmp/FooSpace.conf and /home/pauls/FooSpace.conf
# immutable keys are preserved from originating files
local $cob->{directive} = FIRST;
my $hash = $cob->read(FooSpace);
# will return values from first found file in the path.
local $cob->{directive} = LAST; # default behavior
my $hash = $cob->read(FooSpace);
# will return values from last found file in the path.
### manipulate $hash
$cob->write(FooSpace); # will write it out the changes
There are half a million Conf readers out there. Why not add one more. Actually, this module provides a wrapper around the many file formats and the config modules that can handle them. It does not introduce any formats of its own.
This module also provides a preload ability which is useful in conjunction with mod_perl.
Download (0.21MB)
Added: 2006-10-07 License: Perl Artistic License Price:
1113 downloads
Fireflies 2.06
Fireflies is a screensaver that uses OpenGL for 3d acceleration more>>
Fireflies is a screensaver that uses OpenGL for 3d acceleration
This is a little project I started to practice my OpenGL skillz. My inspiration was Ambient Flocks, which I liked so much I decided to try to clone it for Linux.
Since I did this mostly from memory (I only saw it in action once about a year ago), Im not sure how well I did, but Im happy with my final product anyway.
<<lessThis is a little project I started to practice my OpenGL skillz. My inspiration was Ambient Flocks, which I liked so much I decided to try to clone it for Linux.
Since I did this mostly from memory (I only saw it in action once about a year ago), Im not sure how well I did, but Im happy with my final product anyway.
Download (0.19MB)
Added: 2005-10-05 License: GPL (GNU General Public License) Price:
1486 downloads
MLdonkey 2.9.0
MLdonkey is a file-sharing client for eDonkey, FastTrack, and Overnet, etc. more>>
MLdonkey is a multi-platform multi-networks peer-to-peer client. Originally, MLdonkey was the first open-source client to access the eDonkey network. The protocol was reverse-engeneered using an efficient protocol sniffer, Pandora .
Currently, with eDonkey , it supports several large networks, such as Overnet , Bittorrent , Gnutella (Bearshare, Limewire,etc), Gnutella2 (Shareaza), Fasttrack (Kazaa, Imesh, Grobster), Soulseek (beta), Direct-Connect (alpha), and Opennap (alpha). Networks can be enabled/disabled, searches are performed in parallel on all enabled networks, but each file is only downloaded from one network (wait for next release !), but from multiple clients concurrently.
MLdonkey runs as a daemon on the computer. It can be controlled using several interfaces: the simplest one is telnet (telnet 127.0.0.1 4000), a more interesting one is a WEB server (http://127.0.0.1:4080/), and a binary protocol allows access using more elaborate Graphical Interfaces (see the GUIs available on your system at the bottom of the page). MLdonkey comes by default with a GTK interface. All these interfaces can be used locally, or remotely (after disabling security restrictions).
MLdonkey is written in Objective-Caml , a powerful language that runs on most Operating Systems.
Enhancements:
- Ocaml 3.10.0 is now the default compiler
- do not compile unmaintained Gnutella/G2 by default
- non-EDK: Discover WAN IP
- Swarmer: Optional linear downloadBT: Improve UTF8 support
- BT: Support user_commit_dir when seeding
- BT: Fix country-based IP blocking
<<lessCurrently, with eDonkey , it supports several large networks, such as Overnet , Bittorrent , Gnutella (Bearshare, Limewire,etc), Gnutella2 (Shareaza), Fasttrack (Kazaa, Imesh, Grobster), Soulseek (beta), Direct-Connect (alpha), and Opennap (alpha). Networks can be enabled/disabled, searches are performed in parallel on all enabled networks, but each file is only downloaded from one network (wait for next release !), but from multiple clients concurrently.
MLdonkey runs as a daemon on the computer. It can be controlled using several interfaces: the simplest one is telnet (telnet 127.0.0.1 4000), a more interesting one is a WEB server (http://127.0.0.1:4080/), and a binary protocol allows access using more elaborate Graphical Interfaces (see the GUIs available on your system at the bottom of the page). MLdonkey comes by default with a GTK interface. All these interfaces can be used locally, or remotely (after disabling security restrictions).
MLdonkey is written in Objective-Caml , a powerful language that runs on most Operating Systems.
Enhancements:
- Ocaml 3.10.0 is now the default compiler
- do not compile unmaintained Gnutella/G2 by default
- non-EDK: Discover WAN IP
- Swarmer: Optional linear downloadBT: Improve UTF8 support
- BT: Support user_commit_dir when seeding
- BT: Fix country-based IP blocking
Download (2.3MB)
Added: 2007-07-27 License: GPL (GNU General Public License) Price:
844 downloads
Nest 3.2
Nest provides a secure IP VPN cryptographically protected packet tunnel. more>>
Nest provides a secure IP VPN cryptographically protected packet tunnel.
Nest is a secure IP VPN tunnel for FreeBSD. It connects two LANs over an insecure WAN.
Nest works on the IP packet level. Its features include packet authentication and integrity checking (with 96-bit SHA1-derived HMAC), packet encryption (with Blowfish and 160-bit key CBC mode), replay protection, adjustable packet queuing, and compression.
The VPN traffic appears on the WAN as a bidirectional stream of IP packets or as a unidirectional ICMP request/response stream. The latter case allows the establishment of VPN tunnels through certain firewalls.
Main features:
- Authentication/Integrity
- Encryption
- Replay protection
- Queueing/Compression
- ICMP stream (new in version 3)
- IP masquerading (new in version 3)
Enhancements:
- A #define to make the program silent was added. A
- bootable FreeBSD floppy containing the software is now also available for download.
<<lessNest is a secure IP VPN tunnel for FreeBSD. It connects two LANs over an insecure WAN.
Nest works on the IP packet level. Its features include packet authentication and integrity checking (with 96-bit SHA1-derived HMAC), packet encryption (with Blowfish and 160-bit key CBC mode), replay protection, adjustable packet queuing, and compression.
The VPN traffic appears on the WAN as a bidirectional stream of IP packets or as a unidirectional ICMP request/response stream. The latter case allows the establishment of VPN tunnels through certain firewalls.
Main features:
- Authentication/Integrity
- Encryption
- Replay protection
- Queueing/Compression
- ICMP stream (new in version 3)
- IP masquerading (new in version 3)
Enhancements:
- A #define to make the program silent was added. A
- bootable FreeBSD floppy containing the software is now also available for download.
Download (0.060MB)
Added: 2007-02-28 License: BSD License Price:
968 downloads
MinGW Developer Studio 2.06
MinGW Developer Studio is a cross-platform C/ C++ IDE for the GNU C/C++ Compilers. more>>
MinGW Developer Studio is a cross-platform C/ C++ IDE for the GNU C/C++ Compilers.
It features a multiple document interface, syntax highlighting, code folding, help integration, project management, debug and release project configuration support (like Visual Studio 6.0), debugging support, code calltip, makefile support, smart indent, and more.
<<lessIt features a multiple document interface, syntax highlighting, code folding, help integration, project management, debug and release project configuration support (like Visual Studio 6.0), debugging support, code calltip, makefile support, smart indent, and more.
Download (1.8MB)
Added: 2006-07-14 License: Freeware Price:
1262 downloads
SMSLink 0.56b-3
SMSLink project implements a client/server gateway to the SMS protocol. more>>
SMSLink project implements a client/server gateway to the SMS protocol (short messages on the mobile phones).
It requires the use of dedicated hardware (a serial GSM module).
Both SMS emission and reception are supported, either in text-mode or in PDU-mode.
It also includes an SMS to eMail gateway module.
The server runs under Linux and FreeBSD and supports interactive mode via telnet.
The command-line client already exists for Linux, FreeBSD, Solaris, HP-UX, and Win32.
A basic Web interface is also provided.
Main features:
- The use of TCP/IP sockets for communication between client and server means that the application is network-aware from the start and that deploying it over a WAN (or across the internet) is a piece of cake. Expanding it as well, since writing additional clients for it is possible on any platform supporting sockets. Various ports of the client to Win32 are now available.
- The server process has a command-line interface connected to the socket, making it possible to use it interactively from a telnet session (only line mode telnet supported at the present time - see server/BUGS and server/TODO in the sources directory). This feature is of enormous help when troubleshooting or debugging.
- The command-line interface is backed by a parser written in lex and yacc (flex/bison, actually), which makes the language relatively easy to extend.
- The server was built from the start with the idea of multiple GSM modules in mind. Adding a line to two configuration files (and connecting the hardware, of course) is all there is to using two modules instead of one. The number of modules supported by the server is limited by the hardware only.
- The choice to use specific hardware (the serial GSM module), although limiting the general-purpose use of this application, allows for some very usefull features, the most prominant one being the ability to receive SMS messages as well as send them. This feature is now implemented (as of version 0.41b). Once downloaded from the GSM module, those messages can either be stored in an inbox file or fed through an external program or script, or both.
- By sitting straight on the GSM network, the use of the GSM module offers an advantage that far outweighs its cost : provider independance. The ability to send and receive SMS might be limited in some way or another by the level of your subscription, but all providers should offer a standard way of doing it. No "provider-specific driver" is required in this case. Whats more, all SMS routing aspects are being taken care of by the GSM network itself. Caution is advisable when choosing the provider though, as some of them might place some restrictions on routing to and/or from outside networks (e.g. Mobistar and Itineris*) or lack the implementation of some advanced features of the SMS protocol such as "point-to-point SMS" or "SMS-back" (e.g. Proximus through the UCP interface*).
- As of version 0.48b, initial support for PDU mode and the creation of a "driver-like" capability table for the GSM modules means that most module brands on the market could be supported with little effort. This "driver" approach also garanties that youll be able to mix and match different brands and models of modules on the same server with no problem. Support for PDU mode also opens up a new batch of options, like setting the validity period for a message, potential support for non-standard alphabet, binary content delivery to the mobile phone (logos, tunes, etc. ?) and more.
- A full-fledged access control mechanism allows you to specify precisely which client machine or subnet should be allowed to connect and which shouldnt. The access control is IP-based (as opposed to user-based) and defaults to "deny" for increased security. When the situation doesnt require any access control, the whole thing can be easily disabled by the administrator.
<<lessIt requires the use of dedicated hardware (a serial GSM module).
Both SMS emission and reception are supported, either in text-mode or in PDU-mode.
It also includes an SMS to eMail gateway module.
The server runs under Linux and FreeBSD and supports interactive mode via telnet.
The command-line client already exists for Linux, FreeBSD, Solaris, HP-UX, and Win32.
A basic Web interface is also provided.
Main features:
- The use of TCP/IP sockets for communication between client and server means that the application is network-aware from the start and that deploying it over a WAN (or across the internet) is a piece of cake. Expanding it as well, since writing additional clients for it is possible on any platform supporting sockets. Various ports of the client to Win32 are now available.
- The server process has a command-line interface connected to the socket, making it possible to use it interactively from a telnet session (only line mode telnet supported at the present time - see server/BUGS and server/TODO in the sources directory). This feature is of enormous help when troubleshooting or debugging.
- The command-line interface is backed by a parser written in lex and yacc (flex/bison, actually), which makes the language relatively easy to extend.
- The server was built from the start with the idea of multiple GSM modules in mind. Adding a line to two configuration files (and connecting the hardware, of course) is all there is to using two modules instead of one. The number of modules supported by the server is limited by the hardware only.
- The choice to use specific hardware (the serial GSM module), although limiting the general-purpose use of this application, allows for some very usefull features, the most prominant one being the ability to receive SMS messages as well as send them. This feature is now implemented (as of version 0.41b). Once downloaded from the GSM module, those messages can either be stored in an inbox file or fed through an external program or script, or both.
- By sitting straight on the GSM network, the use of the GSM module offers an advantage that far outweighs its cost : provider independance. The ability to send and receive SMS might be limited in some way or another by the level of your subscription, but all providers should offer a standard way of doing it. No "provider-specific driver" is required in this case. Whats more, all SMS routing aspects are being taken care of by the GSM network itself. Caution is advisable when choosing the provider though, as some of them might place some restrictions on routing to and/or from outside networks (e.g. Mobistar and Itineris*) or lack the implementation of some advanced features of the SMS protocol such as "point-to-point SMS" or "SMS-back" (e.g. Proximus through the UCP interface*).
- As of version 0.48b, initial support for PDU mode and the creation of a "driver-like" capability table for the GSM modules means that most module brands on the market could be supported with little effort. This "driver" approach also garanties that youll be able to mix and match different brands and models of modules on the same server with no problem. Support for PDU mode also opens up a new batch of options, like setting the validity period for a message, potential support for non-standard alphabet, binary content delivery to the mobile phone (logos, tunes, etc. ?) and more.
- A full-fledged access control mechanism allows you to specify precisely which client machine or subnet should be allowed to connect and which shouldnt. The access control is IP-based (as opposed to user-based) and defaults to "deny" for increased security. When the situation doesnt require any access control, the whole thing can be easily disabled by the administrator.
Download (0.26MB)
Added: 2006-10-02 License: GPL (GNU General Public License) Price:
1129 downloads
libpicinfo 0.0.2
libpicinfo is a library to read image information. more>>
libpicinfo is a library to read image information.
libpicinfo is a C++ library for reading auxiliary information from images. it currently supports TIFF, JPEG and Canon RAW files (CR2).
Main features:
- intuitive C++ usage
- supports EXIF 2.2 specification
- supports TIFF files
- supports JPEG files (with/without JFIF header)
- supports RAW formats of digital cameras (currently Canon CR2 only)
- no library dependency other than C++ standard library
- fast startup time
- fast lookup of tags
Installation:
Under *nix(-like) environments, the standard autotools method works:
./configure
make
make install
The name of library will be libpicinfo. It can be link with -lpicinfo in the gcc command line.
If you are a autotools wizard and thinks my usage of autotools sucks, you are more than welcomed to submit a patch.
Enhancements:
- Fixed compilation in MSVC 7.1
- Fixed Rational constructor dominator=1 bug.
<<lesslibpicinfo is a C++ library for reading auxiliary information from images. it currently supports TIFF, JPEG and Canon RAW files (CR2).
Main features:
- intuitive C++ usage
- supports EXIF 2.2 specification
- supports TIFF files
- supports JPEG files (with/without JFIF header)
- supports RAW formats of digital cameras (currently Canon CR2 only)
- no library dependency other than C++ standard library
- fast startup time
- fast lookup of tags
Installation:
Under *nix(-like) environments, the standard autotools method works:
./configure
make
make install
The name of library will be libpicinfo. It can be link with -lpicinfo in the gcc command line.
If you are a autotools wizard and thinks my usage of autotools sucks, you are more than welcomed to submit a patch.
Enhancements:
- Fixed compilation in MSVC 7.1
- Fixed Rational constructor dominator=1 bug.
Download (0.31MB)
Added: 2006-01-16 License: LGPL (GNU Lesser General Public License) Price:
1377 downloads
WANPIPE 2.3.4-13 / 3.1.3 Beta
WANPIPE S-series is a family of intelligent multi-protocol WAN and ADSL adapters that support data transfer rates up to 8Mbps. more>>
WANPIPE S-series is a family of intelligent multi-protocol WAN and ADSL adapters that support data transfer rates up to 8Mbps.
All WAN protocols supported by WANPIPE are implemented in firmware and run on the card. An advantage of an intelligent adapter is that it offloads the system CPU and improves stability.
By adding a Sangoma WAN/ADSL component to the Linux kernel, one can create a powerful multi-T1/ADSL router/firewall with proven reliability of Linux. Sangoma S-series cards support an optional on board T1/E1 CSU/DSU that eliminates all external components of a traditional routing solution: i.e. T1/E1 line can be directly connected to the card.
WANPIPE supports the following protocols, ATM, ADSL, Frame Relay, PPP, MULTILINK PPP, CHDLC, X25(API), BitStreaming (API), BiSync(API), and SDLC(API).
Furthermore, WANPIPE supports custom API development such as: Credit card verification, Voice-over IP, Satellite Comm. All device drivers are part of the standard Linux Kernel distribution.
Whats New in 3.1.3 Beta Development Release:
- Drivers can now work with 1, 2, 5, and 10ms chunk sizes.
- Numerous major bugs have been fixed, including issues with echo cancellation, DTMF synchronization, E1/CRC4 mode, and startup.
<<lessAll WAN protocols supported by WANPIPE are implemented in firmware and run on the card. An advantage of an intelligent adapter is that it offloads the system CPU and improves stability.
By adding a Sangoma WAN/ADSL component to the Linux kernel, one can create a powerful multi-T1/ADSL router/firewall with proven reliability of Linux. Sangoma S-series cards support an optional on board T1/E1 CSU/DSU that eliminates all external components of a traditional routing solution: i.e. T1/E1 line can be directly connected to the card.
WANPIPE supports the following protocols, ATM, ADSL, Frame Relay, PPP, MULTILINK PPP, CHDLC, X25(API), BitStreaming (API), BiSync(API), and SDLC(API).
Furthermore, WANPIPE supports custom API development such as: Credit card verification, Voice-over IP, Satellite Comm. All device drivers are part of the standard Linux Kernel distribution.
Whats New in 3.1.3 Beta Development Release:
- Drivers can now work with 1, 2, 5, and 10ms chunk sizes.
- Numerous major bugs have been fixed, including issues with echo cancellation, DTMF synchronization, E1/CRC4 mode, and startup.
Download (10.1MB)
Added: 2007-08-11 License: GPL (GNU General Public License) Price:
807 downloads
DDNSNotify 0.1.0b
DDNSNotify is a program that logs into a (telnet-enabled) router and retrieves the WAN IP address. more>>
DDNSNotify is a program that logs into a (telnet-enabled) router and retrieves the WAN IP address, but only if the IP address differs from the DNS (A record) address for the domain name given.
It is intend for DynamicDNS applications, where the IP address for a Web site changes (usually due to ISP rules). Thus, using the new IP address, you can update your DNS records using another external script (such as zoneclient.py), so that your Web sites downtime is reduced to a minimum.
The project currently supports Draytek Vigor routers (and possibly other Draytek models).
<<lessIt is intend for DynamicDNS applications, where the IP address for a Web site changes (usually due to ISP rules). Thus, using the new IP address, you can update your DNS records using another external script (such as zoneclient.py), so that your Web sites downtime is reduced to a minimum.
The project currently supports Draytek Vigor routers (and possibly other Draytek models).
Download (MB)
Added: 2007-04-23 License: GPL (GNU General Public License) Price:
914 downloads
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