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Vortex Library 1.0.6
Vortex Library is a BEEP Core protocol implementation, following the standard definitions in RFC 3080 and RFC 3081. more>>
Vortex Library is a BEEP Core protocol implementation, following the standard definitions in RFC 3080 and RFC 3081.
Vortex Library has a clean and easy-to-use API that allows you to write new protocols or user applications.
Vortex Library has been developed within the Af-Arch project, and it is being used at the data transport layer. However, Vortex Library can be used independently of Af-Arch.
Currently Vortex Library is supported in all Microsoft Windows Platforms as well as Linux.
Enhancements:
- A general update was done to make this release more usable on Microsoft Windows, using Visual Studio compilers.
- Missing support was added to enable getting error codes reported by peer at channel creation.
- Now xml-rpc-gen is able to include user code into the IDL definition that is placed at the resulting XML-RPC server.
<<lessVortex Library has a clean and easy-to-use API that allows you to write new protocols or user applications.
Vortex Library has been developed within the Af-Arch project, and it is being used at the data transport layer. However, Vortex Library can be used independently of Af-Arch.
Currently Vortex Library is supported in all Microsoft Windows Platforms as well as Linux.
Enhancements:
- A general update was done to make this release more usable on Microsoft Windows, using Visual Studio compilers.
- Missing support was added to enable getting error codes reported by peer at channel creation.
- Now xml-rpc-gen is able to include user code into the IDL definition that is placed at the resulting XML-RPC server.
Download (0.90MB)
Added: 2007-08-11 License: LGPL (GNU Lesser General Public License) Price:
805 downloads
uriparser 0.5.1
uriparser project is a strictly RFC 3986 compliant URI parsing library. more>>
uriparser project is a strictly RFC 3986 compliant URI parsing library. uriparser is cross-platform, fast, supports Unicode and is licensed under the New BSD license.
Main features:
- Cross-platform (Unix, Windows, Mac OS X, ...)
- Strictly compliant to RFC 3986 (latest RFC on URIs to date)
- Fast (linear input length time complexity)
- Unicode support
- No external dependencies
- Uses unit testing
- Licensed under the New BSD license
Enhancements:
- This release fixes several bugs revealed by test cases from 4Suite.
<<lessMain features:
- Cross-platform (Unix, Windows, Mac OS X, ...)
- Strictly compliant to RFC 3986 (latest RFC on URIs to date)
- Fast (linear input length time complexity)
- Unicode support
- No external dependencies
- Uses unit testing
- Licensed under the New BSD license
Enhancements:
- This release fixes several bugs revealed by test cases from 4Suite.
Download (0.19MB)
Added: 2007-08-09 License: BSD License Price:
807 downloads
strongSwan 4.1.5
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 an OpenSource IPsec implementation for the Linux operating system.
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
Enhancements:
- Source routes installed by the keying daemons are now in a separate routing table with ID 100 in order to avoid conflicts with the main table.
- Route lookup for IKEv2 traffic is done in userspace to ignore routes installed for IPsec, as IKE traffic shouldnt get encapsulated.
- The ipsec starter has become more tolerant to dynamic DNS lookup failures by keeping the last valid IP address.
<<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
Enhancements:
- Source routes installed by the keying daemons are now in a separate routing table with ID 100 in order to avoid conflicts with the main table.
- Route lookup for IKEv2 traffic is done in userspace to ignore routes installed for IPsec, as IKE traffic shouldnt get encapsulated.
- The ipsec starter has become more tolerant to dynamic DNS lookup failures by keeping the last valid IP address.
Download (1.7MB)
Added: 2007-08-08 License: GPL (GNU General Public License) Price:
809 downloads
YXORP 1.23.8 / 2.30 Beta
YXORP is a reverse proxy for the HTTP protocol. more>>
YXORP is a reverse proxy for the HTTP protocol. YXORPs main focus for YXORP is checking the validity of the traffic, i.e. what would be called application level firewalling or secure reverse proxy in commercial products.
It can check, validate, and change just about anything about a HTTP request or response, can load balance, and all other normal reversed proxy functions. YXORP aims to conform to RFC 2616, RFC 2518, RFC 2109 and other applicable standards.
A stable release is available; bugfixes to this version will be supplied.
YXORP is being developed on Linux (both i386 and x86_64). Other supported platforms include Solaris (Sparc and i386/x86_64), Mac OS X, and FreeBSD, but these are tested less frequently for development releases.
Main features:
- SSL support (including backend SSL)
- Full support for the HTTP 1.1 protocol
- On-line configuration and reconfiguration using XML configuration files
- Virtual hosting: several web sites can be handled by a single reverse proxy
- Rule based processing of requests: all requests can be allowed, rejected, or changed depending on rules
- Choice of fully checking reverse proxy (dissecting proxy) or low overhead tunnel
- Multiple listeners: one YXORP can monitor several TCP ports and process incoming traffic
- Load balancing over multiple servers, including automatic setting inservice and outservice, and redirection to "sorry" server pages if no server is available
- Sticky load balancing
- Use pcre instead of glibc regex
Whats New in 1.23.8 Stable Release:
- ssl locking error introduced by backport from development version fixed.
Whats New in 2.30 Development Release:
- corrected error in the reading of < digestauth > tags in the configuration
- include < !DOCTYPE > tag in the configuration
- added DTD for the configuration XML
- added attribute clearfilters to debug tag in config
- fixed incorrect setting of default portnumber on realserver tag. This caused problems if using a non-default portnumber while using the yxorprealserver command to change realserver status.
<<lessIt can check, validate, and change just about anything about a HTTP request or response, can load balance, and all other normal reversed proxy functions. YXORP aims to conform to RFC 2616, RFC 2518, RFC 2109 and other applicable standards.
A stable release is available; bugfixes to this version will be supplied.
YXORP is being developed on Linux (both i386 and x86_64). Other supported platforms include Solaris (Sparc and i386/x86_64), Mac OS X, and FreeBSD, but these are tested less frequently for development releases.
Main features:
- SSL support (including backend SSL)
- Full support for the HTTP 1.1 protocol
- On-line configuration and reconfiguration using XML configuration files
- Virtual hosting: several web sites can be handled by a single reverse proxy
- Rule based processing of requests: all requests can be allowed, rejected, or changed depending on rules
- Choice of fully checking reverse proxy (dissecting proxy) or low overhead tunnel
- Multiple listeners: one YXORP can monitor several TCP ports and process incoming traffic
- Load balancing over multiple servers, including automatic setting inservice and outservice, and redirection to "sorry" server pages if no server is available
- Sticky load balancing
- Use pcre instead of glibc regex
Whats New in 1.23.8 Stable Release:
- ssl locking error introduced by backport from development version fixed.
Whats New in 2.30 Development Release:
- corrected error in the reading of < digestauth > tags in the configuration
- include < !DOCTYPE > tag in the configuration
- added DTD for the configuration XML
- added attribute clearfilters to debug tag in config
- fixed incorrect setting of default portnumber on realserver tag. This caused problems if using a non-default portnumber while using the yxorprealserver command to change realserver status.
Download (1.0MB)
Added: 2007-08-06 License: GPL (GNU General Public License) Price:
831 downloads
k5n Desktop Calendar 0.9.4
k5n Desktop Calendar application is a calendar application for your desktop. more>>
k5n Desktop Calendar (k5nCal, for short) application is a calendar application for your desktop. It shares features with applications like Apple iCal and Microsoft Outlook, but it is open source.
This project is built upon Java Calendar Tools, and all data is stored in RFC 2445 iCalendar format.
Main features:
- Supports Mac OS X, Linux or Windows (requires Java 1.5)
- Saves all entries in iCalendar RFC 2445 format
- Simple and intuitive user interface similar
- Open source license so you can download and modify the source and use it free of charge.
<<lessThis project is built upon Java Calendar Tools, and all data is stored in RFC 2445 iCalendar format.
Main features:
- Supports Mac OS X, Linux or Windows (requires Java 1.5)
- Saves all entries in iCalendar RFC 2445 format
- Simple and intuitive user interface similar
- Open source license so you can download and modify the source and use it free of charge.
Download (0.76MB)
Added: 2007-08-02 License: GPL (GNU General Public License) Price:
819 downloads
Encode::MIME::Header 2.23
Encode::MIME::Header is a Perl module that contains MIME B and Q header encoding. more>>
Encode::MIME::Header is a Perl module that contains MIME B and Q header encoding.
SYNOPSIS
use Encode qw/encode decode/;
$utf8 = decode(MIME-Header, $header);
$header = encode(MIME-Header, $utf8);
ABSTRACT
This module implements RFC 2047 Mime Header Encoding. There are 3 variant encoding names; MIME-Header, MIME-B and MIME-Q. The difference is described below
decode() encode()
----------------------------------------------
MIME-Header Both B and Q =?UTF-8?B?....?=
MIME-B B only; Q croaks =?UTF-8?B?....?=
MIME-Q Q only; B croaks =?UTF-8?Q?....?=
When you decode(=?encoding?X?ENCODED WORD?=), ENCODED WORD is extracted and decoded for X encoding (B for Base64, Q for Quoted-Printable). Then the decoded chunk is fed to decode(encoding). So long as encoding is supported by Encode, any source encoding is fine.
When you encode, it just encodes UTF-8 string with X encoding then quoted with =?UTF-8?X?....?= . The parts that RFC 2047 forbids to encode are left as is and long lines are folded within 76 bytes per line.
<<lessSYNOPSIS
use Encode qw/encode decode/;
$utf8 = decode(MIME-Header, $header);
$header = encode(MIME-Header, $utf8);
ABSTRACT
This module implements RFC 2047 Mime Header Encoding. There are 3 variant encoding names; MIME-Header, MIME-B and MIME-Q. The difference is described below
decode() encode()
----------------------------------------------
MIME-Header Both B and Q =?UTF-8?B?....?=
MIME-B B only; Q croaks =?UTF-8?B?....?=
MIME-Q Q only; B croaks =?UTF-8?Q?....?=
When you decode(=?encoding?X?ENCODED WORD?=), ENCODED WORD is extracted and decoded for X encoding (B for Base64, Q for Quoted-Printable). Then the decoded chunk is fed to decode(encoding). So long as encoding is supported by Encode, any source encoding is fine.
When you encode, it just encodes UTF-8 string with X encoding then quoted with =?UTF-8?X?....?= . The parts that RFC 2047 forbids to encode are left as is and long lines are folded within 76 bytes per line.
Download (1.9MB)
Added: 2007-07-17 License: Perl Artistic License Price:
829 downloads
Cornfed SIP User Agent 1.1.4
Cornfed SIP User Agent is a SIP Softphone. more>>
Cornfed SIP User Agent is a Session Initiation Protocol (SIP) based softphone for your IBM-compatible Personal Computer running the Linux operating system.
The Cornfed SIP User Agent allows you to make Internet phone calls using an Advanced Linux Sound Architecture (ALSA) or Open Sound System (OSS) sound card with speakers and microphone as your telephone handset.
Main features:
- Supports SIP (RFC 3261), SDP (RFC 2327), and RTP (RFCs 3550 and 3551)
- Automated detection of Residential Gateways using Network Address Translation (NAT)
- Supports Digest authentications for registrations and outbound INVITEs
- Support for loose proxy routing using Record-Route and Route headers
- Handles forking of outbound INVITEs by proxies
- Supports re-INVITEs for changes to media transport
- Supports G.711 mu-Law and a-Law voice codecs
- Supports RFC 2833 DTMF tone generation
- Supports SIP compact header forms
- Gnome GUI and CLI clients
- Multi-threaded implementation
The Cornfed SIP User Agent is provided free of charge for personal use for users of the Linux operating system. The program is provided as a binary distribution only. The Cornfed SIP User Agent is specifically designed with embedded and mobile wireless devices in mind.
Development is under way to bring this client to other platforms. If you are interested in licensing this technology for your commercial application, please contact Cornfed Systems at 410-404-8790.
Enhancements:
- Minor bug fixes.
- Changed readline functionality to used raw input rather than cooked mode.
- Fixed bugs with display of status messages that caused client to hang.
- Disabled removal of registration on client exit.
<<lessThe Cornfed SIP User Agent allows you to make Internet phone calls using an Advanced Linux Sound Architecture (ALSA) or Open Sound System (OSS) sound card with speakers and microphone as your telephone handset.
Main features:
- Supports SIP (RFC 3261), SDP (RFC 2327), and RTP (RFCs 3550 and 3551)
- Automated detection of Residential Gateways using Network Address Translation (NAT)
- Supports Digest authentications for registrations and outbound INVITEs
- Support for loose proxy routing using Record-Route and Route headers
- Handles forking of outbound INVITEs by proxies
- Supports re-INVITEs for changes to media transport
- Supports G.711 mu-Law and a-Law voice codecs
- Supports RFC 2833 DTMF tone generation
- Supports SIP compact header forms
- Gnome GUI and CLI clients
- Multi-threaded implementation
The Cornfed SIP User Agent is provided free of charge for personal use for users of the Linux operating system. The program is provided as a binary distribution only. The Cornfed SIP User Agent is specifically designed with embedded and mobile wireless devices in mind.
Development is under way to bring this client to other platforms. If you are interested in licensing this technology for your commercial application, please contact Cornfed Systems at 410-404-8790.
Enhancements:
- Minor bug fixes.
- Changed readline functionality to used raw input rather than cooked mode.
- Fixed bugs with display of status messages that caused client to hang.
- Disabled removal of registration on client exit.
Download (0.78MB)
Added: 2007-07-03 License: Free for non-commercial use Price:
529 downloads
JWhoisServer 0.1.0.1
JWhoisServer project is a small, fast, and highly configurable RFC 3912 compliant whois server. more>>
JWhoisServer project is a small, fast, and highly configurable RFC 3912 compliant whois server written in Java and using RDBMS as a storage engine.
<<less Download (0.053MB)
Added: 2007-06-29 License: GPL (GNU General Public License) Price:
848 downloads
HTTP extension for PHP 1.5.4
HTTP extension for PHP allows building absolute URIs. more>>
HTTP extension for PHP allows building absolute URIs, RFC-compliant HTTP redirects, RFC-compliant HTTP date handling, parsing of HTTP headers and messages, caching by "Last-Modified" and/or ETag (with an on the fly option for ETag generation from buffered output), sending data/files/streams with (multiple) ranges, negotiating user-preferred language/charset, and convenient request functionality built upon libcurl.
PHP5 classes: HttpUtil, HttpResponse (PHP-5.1), HttpRequest, HttpRequestPool, and HttpMessage.
Main features:
- Building absolute URIs
- RFC compliant HTTP redirects
- RFC compliant HTTP date handling
- Parsing of HTTP headers and messages
- Caching by "Last-Modified" and/or ETag (with on the fly option for ETag generation from buffered output)
- Sending data/files/streams with (multiple) ranges support
- Negotiating user preferred language/charset
- Convenient request functionality built upon libcurl
- PHP5 classes: HttpUtil, HttpResponse (PHP-5.1), HttpRequest, HttpRequestPool, HttpMessage.
Enhancements:
- This release fixes bug #11359: HttpMessage::toMessageTypeObject() does not populate POST fields.
<<lessPHP5 classes: HttpUtil, HttpResponse (PHP-5.1), HttpRequest, HttpRequestPool, and HttpMessage.
Main features:
- Building absolute URIs
- RFC compliant HTTP redirects
- RFC compliant HTTP date handling
- Parsing of HTTP headers and messages
- Caching by "Last-Modified" and/or ETag (with on the fly option for ETag generation from buffered output)
- Sending data/files/streams with (multiple) ranges support
- Negotiating user preferred language/charset
- Convenient request functionality built upon libcurl
- PHP5 classes: HttpUtil, HttpResponse (PHP-5.1), HttpRequest, HttpRequestPool, HttpMessage.
Enhancements:
- This release fixes bug #11359: HttpMessage::toMessageTypeObject() does not populate POST fields.
Download (0.16MB)
Added: 2007-06-29 License: BSD License Price:
851 downloads
Legion of the Bouncy Castle Java Cryptography API 1.37
The Legion of the Bouncy Castle Java Cryptography API provides a lightweight cryptography API in Java. more>>
The Legion of the Bouncy Castle Java Cryptography API provides a lightweight cryptography API in Java. A provider for the JCE and JCA, a clean-room implementation of the JCE 1.2.1, generators for Version 1 and Version 3 X.509 certificates, generators for Version 2 X.509 attribute certificates, PKCS12 support, and APIs for dealing with S/MIME, CMS, OCSP, TSP, and OpenPGP. Versions are provided for the J2ME, and JDK 1.0-1.5.
Main features:
- A lightweight cryptography API in Java.
- A provider for the JCE and JCA.
- A clean room implementation of the JCE 1.2.1.
- A library for reading and writing encoded ASN.1 objects.
- Generators for Version 1 and Version 3 X.509 certificates, Version 2 CRLs, and PKCS12 files.
- Generators for Version 2 X.509 attribute certificates.
- Generators/Processors for S/MIME and CMS (PKCS7).
- Generators/Processors for OCSP (RFC 2560).
- Generators/Processors for TSP (RFC 3161).
- Generators/Processors for OpenPGP (RFC 2440).
- A signed jar version suitable for JDK 1.4/1.5 and the Sun JCE.
<<lessMain features:
- A lightweight cryptography API in Java.
- A provider for the JCE and JCA.
- A clean room implementation of the JCE 1.2.1.
- A library for reading and writing encoded ASN.1 objects.
- Generators for Version 1 and Version 3 X.509 certificates, Version 2 CRLs, and PKCS12 files.
- Generators for Version 2 X.509 attribute certificates.
- Generators/Processors for S/MIME and CMS (PKCS7).
- Generators/Processors for OCSP (RFC 2560).
- Generators/Processors for TSP (RFC 3161).
- Generators/Processors for OpenPGP (RFC 2440).
- A signed jar version suitable for JDK 1.4/1.5 and the Sun JCE.
Download (21.2MB)
Added: 2007-06-15 License: Freely Distributable Price:
532 downloads
SAP::Rfc 1.55
SAP::Rfc is a Perl module that contains RFC Function calls against an SAP R/3 System. more>>
SAP::Rfc is a Perl module that contains RFC Function calls against an SAP R/3 System.
SYNOPSIS
# WARNING - as of SAP::Rfc 1.40 USER and PASSWD are case sensitive ready for
# R3 7.x
use SAP::Rfc;
$rfc = new SAP::Rfc(
ASHOST => myhost,
USER => ME,
PASSWD => secret,
LANG => EN,
CLIENT => 200,
SYSNR => 00,
TRACE => 1 );
my $it = $rfc->discover("RFC_READ_TABLE");
$it->QUERY_TABLE(TRDIR);
$it->ROWCOUNT( 2000 );
$it->OPTIONS( ["NAME LIKE RS%"] );
# or pass a list of hash refs like so:
$it->OPTIONS( [ { TEXT => "NAME LIKE RS%" } ] );
$rfc->callrfc( $it );
print "NO. PROGS: ".$it->tab(DATA)->rowCount()." n";
print join("n",( $it->DATA ));
$rfc->close();
SAP::Rfc - is a Perl extension for performing RFC Function calls against an SAP R/3 System. Please refer to the README file found with this distribution. This Distribution also allows the creation of registered RFCs so that an SAP system can call arbitrary Perl code created in assigned callbacks.
The best way to describe this package is to give a brief over view, and then launch into several examples. The SAP::Rfc package works in concert with several other packages that also come with same distribution, these are SAP::Iface, SAP::Parm, SAP::Tab, and SAP::Struc. These come together to give you an object oriented programming interface to performing RFC function calls to SAP from a UNIX based platform with your favourite programming language - Perl. A SAP::Rfc object holds together one ( and only one ) connection to an SAP system at a time. The SAP::Rfc object can hold one or many SAP::Iface objects, each of which equate to the definition of an RFC Function in SAP ( trans SE37 ). Each SAP::Iface object holds one or many SAP::Parm, and/or SAP::Tab objects, corresponding to the RFC Interface definition in SAP ( SE37 ).
For all SAP::Tab objects, and for complex SAP::Parm objects, a SAP::Struc object can be defined. This equates to a structure definition in the data dictionary ( SE11 ). Because the manual definition of interfaces and structures is a boring and tiresome exercise, there are specific methods provided to automatically discover, and add the appropriate interface definitions for an RFC Function module to the SAP::Rfc object ( see methods discover, and structure of SAP::Rfc ).
Please note that USER and PASSWD are now case sensitive - this change has the potential to break backward compatibility.
<<lessSYNOPSIS
# WARNING - as of SAP::Rfc 1.40 USER and PASSWD are case sensitive ready for
# R3 7.x
use SAP::Rfc;
$rfc = new SAP::Rfc(
ASHOST => myhost,
USER => ME,
PASSWD => secret,
LANG => EN,
CLIENT => 200,
SYSNR => 00,
TRACE => 1 );
my $it = $rfc->discover("RFC_READ_TABLE");
$it->QUERY_TABLE(TRDIR);
$it->ROWCOUNT( 2000 );
$it->OPTIONS( ["NAME LIKE RS%"] );
# or pass a list of hash refs like so:
$it->OPTIONS( [ { TEXT => "NAME LIKE RS%" } ] );
$rfc->callrfc( $it );
print "NO. PROGS: ".$it->tab(DATA)->rowCount()." n";
print join("n",( $it->DATA ));
$rfc->close();
SAP::Rfc - is a Perl extension for performing RFC Function calls against an SAP R/3 System. Please refer to the README file found with this distribution. This Distribution also allows the creation of registered RFCs so that an SAP system can call arbitrary Perl code created in assigned callbacks.
The best way to describe this package is to give a brief over view, and then launch into several examples. The SAP::Rfc package works in concert with several other packages that also come with same distribution, these are SAP::Iface, SAP::Parm, SAP::Tab, and SAP::Struc. These come together to give you an object oriented programming interface to performing RFC function calls to SAP from a UNIX based platform with your favourite programming language - Perl. A SAP::Rfc object holds together one ( and only one ) connection to an SAP system at a time. The SAP::Rfc object can hold one or many SAP::Iface objects, each of which equate to the definition of an RFC Function in SAP ( trans SE37 ). Each SAP::Iface object holds one or many SAP::Parm, and/or SAP::Tab objects, corresponding to the RFC Interface definition in SAP ( SE37 ).
For all SAP::Tab objects, and for complex SAP::Parm objects, a SAP::Struc object can be defined. This equates to a structure definition in the data dictionary ( SE11 ). Because the manual definition of interfaces and structures is a boring and tiresome exercise, there are specific methods provided to automatically discover, and add the appropriate interface definitions for an RFC Function module to the SAP::Rfc object ( see methods discover, and structure of SAP::Rfc ).
Please note that USER and PASSWD are now case sensitive - this change has the potential to break backward compatibility.
Download (0.070MB)
Added: 2007-05-24 License: Perl Artistic License Price:
919 downloads
R3 0.31
R3.pm is a Perl object oriented client interface to SAP R/3 using RFCSDK. more>>
R3.pm is a Perl object oriented client interface to SAP R/3 using RFCSDK.
SYNOPSIS
use R3;
$conn = new R3::conn (host=>$host, sysnr=>$sysnr, client=>$client,
user=>$usr, passwd=>$passwd);
$itab = new R3::itab ($conn, $table_name);
$func = new R3::func ($conn, $func_name);
...
R3.pm provides an object oriented interface to SAPs RFCSDK for connection to an R/3 system. R3::conn is the object interface to R/3 connections. R3::itab is the object interface to ABAP internal tables. R3::func is the object interface to ABAP RFC enabled functions.
<<lessSYNOPSIS
use R3;
$conn = new R3::conn (host=>$host, sysnr=>$sysnr, client=>$client,
user=>$usr, passwd=>$passwd);
$itab = new R3::itab ($conn, $table_name);
$func = new R3::func ($conn, $func_name);
...
R3.pm provides an object oriented interface to SAPs RFCSDK for connection to an R/3 system. R3::conn is the object interface to R/3 connections. R3::itab is the object interface to ABAP internal tables. R3::func is the object interface to ABAP RFC enabled functions.
Download (0.007MB)
Added: 2007-05-24 License: Perl Artistic License Price:
1015 downloads
X500::DN 0.28
X500::DN is a Perl module that can handle X.500 DNs (Distinguished Names), parse and format them. more>>
X500::DN is a Perl module that can handle X.500 DNs (Distinguished Names), parse and format them.
SYNOPSIS
use X500::DN;
my $dn = X500::DN->ParseRFC2253 (cn=John Doe, o=Acme, Inc., c=US) or die;
print $dn->getRFC2253String(), "n";
$dn = new X500::DN (new X500::RDN (c=>US), new X500::RDN (cn=>John Doe));
my $rdn0 = $dn->getRDN (0);
my $c = $rdn0->getAttributeValue (c);
NOTE
The RFC 2253 syntax is explicitely backwards in relation to the ASN.1 SEQUENCE.
So the RFC 2253 string cn=John Doe, c=US has the same meaning as the X.500 string c=US, cn=John Doe. The X500::DN objects keep the RDNs in X.500 order!
This module handles X.500 DNs (Distinguished Names). Currently, it parses DN strings formatted according to RFC 2253 syntax into an internal format and produces RFC 2253 formatted string from it.
Methods
$object = new X500::DN (rdn, rdn, ...);
Creates a DN object from zero or more arguments of type X500::RDN.
$object = X500::DN->ParseRFC2253 (cn=John Doe, o=Acme, Inc., c=US);
Creates a DN object from an RFC 2253 formatted DN string notation.
$object->getRFC2253String();
Returns the DN as a string formatted according to RFC 2253 syntax.
$object->getOpenSSLString();
Returns the DN as a string formatted suitable for openssl req -subj and openssl ca -subj.
$object->getX500String();
Returns the DN as a string formatted according to X.500 syntax. NOTE: This is a hack, there is no definition for a X.500 string syntax!
$object->hasMultivaluedRDNs();
Returns whether the DN contains multi-valued RDNs.
$object->getRDN (num);
Returns the DNs RDN at position num as an X500::RDN object. num starts with 0, which will return the first RDN in ASN.1 SEQUENCE order.
$object->getRDNs();
Returns the DNs RDNs, a list of objects of type X500::RDN, in ASN.1 SEQUENCE order.
<<lessSYNOPSIS
use X500::DN;
my $dn = X500::DN->ParseRFC2253 (cn=John Doe, o=Acme, Inc., c=US) or die;
print $dn->getRFC2253String(), "n";
$dn = new X500::DN (new X500::RDN (c=>US), new X500::RDN (cn=>John Doe));
my $rdn0 = $dn->getRDN (0);
my $c = $rdn0->getAttributeValue (c);
NOTE
The RFC 2253 syntax is explicitely backwards in relation to the ASN.1 SEQUENCE.
So the RFC 2253 string cn=John Doe, c=US has the same meaning as the X.500 string c=US, cn=John Doe. The X500::DN objects keep the RDNs in X.500 order!
This module handles X.500 DNs (Distinguished Names). Currently, it parses DN strings formatted according to RFC 2253 syntax into an internal format and produces RFC 2253 formatted string from it.
Methods
$object = new X500::DN (rdn, rdn, ...);
Creates a DN object from zero or more arguments of type X500::RDN.
$object = X500::DN->ParseRFC2253 (cn=John Doe, o=Acme, Inc., c=US);
Creates a DN object from an RFC 2253 formatted DN string notation.
$object->getRFC2253String();
Returns the DN as a string formatted according to RFC 2253 syntax.
$object->getOpenSSLString();
Returns the DN as a string formatted suitable for openssl req -subj and openssl ca -subj.
$object->getX500String();
Returns the DN as a string formatted according to X.500 syntax. NOTE: This is a hack, there is no definition for a X.500 string syntax!
$object->hasMultivaluedRDNs();
Returns whether the DN contains multi-valued RDNs.
$object->getRDN (num);
Returns the DNs RDN at position num as an X500::RDN object. num starts with 0, which will return the first RDN in ASN.1 SEQUENCE order.
$object->getRDNs();
Returns the DNs RDNs, a list of objects of type X500::RDN, in ASN.1 SEQUENCE order.
Download (0.005MB)
Added: 2007-05-22 License: Perl Artistic License Price:
887 downloads
libevnet 0.3.8
libevnet provides a suite of interfaces useful in network applications. more>>
libevnet library provides a suite of interfaces, all built around libevent [http://www.monkey.org/~provos/libevent] , useful to network daemons.
bufio.h: Non-blocking line and block buffered I/O routines, providing tail recursive behavior so callers cannot overflow their stack with multiple back-to-back I/O issues (i.e. attempting unbounded recursive I/O operations before falling into the event loop).
This feature preserves the natural way to code in an asychronous manner by safeguarding against certain types of pathological behavior and malicious attacks.
socket.h: Asychronous accept(2) and connect(2), supporting IPv4, IPv6 and Unix Domain sockets transparently. Also supports encapsulated host address lookups for "one-shot" connection handling with automatic fallback (for MX and SRV hosts).
tls.h: OpenSSL interface which plugs into the buffered I/O API in bufio.h and socket.h API.
thread.h: Threading implementation for running "blocking" routines asychronously. Run a function in a separate thread, and have the return value collected and passed back asynchronously to the original caller.
lookup.h: Comprehensive DNS resolver with a dead simple interface. Supports PTR, A, AAAA, CNAME, NS, MX, TXT, SOA and SRV records, as well as "compound queries".
A lookup of A+AAAA+SRV first queries the SRV records, sorts them, then resolves each SRV host to an A and/or AAAA host (with a configurable CNAME chaining limit). The response is a linked list of lookup structures, beginning with an SRV record, associated A/AAAA sockaddr structures, the next SRV record, and so on. A+MX has similar behavior. This feature actually reduces network traffic, since most of the time the initial DNS query response contains all the necessary information in the additional section.
DNS SRV records are compliantly sorted according to RFC 2782 [http://rfc-ref.org/RFC-TEXTS/2782/]
Enhancements:
- The platform compatibility library was refactored.
<<lessbufio.h: Non-blocking line and block buffered I/O routines, providing tail recursive behavior so callers cannot overflow their stack with multiple back-to-back I/O issues (i.e. attempting unbounded recursive I/O operations before falling into the event loop).
This feature preserves the natural way to code in an asychronous manner by safeguarding against certain types of pathological behavior and malicious attacks.
socket.h: Asychronous accept(2) and connect(2), supporting IPv4, IPv6 and Unix Domain sockets transparently. Also supports encapsulated host address lookups for "one-shot" connection handling with automatic fallback (for MX and SRV hosts).
tls.h: OpenSSL interface which plugs into the buffered I/O API in bufio.h and socket.h API.
thread.h: Threading implementation for running "blocking" routines asychronously. Run a function in a separate thread, and have the return value collected and passed back asynchronously to the original caller.
lookup.h: Comprehensive DNS resolver with a dead simple interface. Supports PTR, A, AAAA, CNAME, NS, MX, TXT, SOA and SRV records, as well as "compound queries".
A lookup of A+AAAA+SRV first queries the SRV records, sorts them, then resolves each SRV host to an A and/or AAAA host (with a configurable CNAME chaining limit). The response is a linked list of lookup structures, beginning with an SRV record, associated A/AAAA sockaddr structures, the next SRV record, and so on. A+MX has similar behavior. This feature actually reduces network traffic, since most of the time the initial DNS query response contains all the necessary information in the additional section.
DNS SRV records are compliantly sorted according to RFC 2782 [http://rfc-ref.org/RFC-TEXTS/2782/]
Enhancements:
- The platform compatibility library was refactored.
Download (0.053MB)
Added: 2007-05-07 License: MIT/X Consortium License Price:
900 downloads
b64 1.2.4
b64 is a very small and simple library that provides Base-64 encoding and decoding, according to RFC-1113, in C and C++. more>>
b64 is a very small and simple library that provides Base-64 encoding and decoding, according to RFC-1113, in C and C++.
The b64 project is released under the BSD license, which basically means its free for any use, but you cant claim its yours.
Enhancements:
- The code was updated to be fully compatible with STLSoft 1.9.1 (the special version released on Extended STL, volume 1: CD).
<<lessThe b64 project is released under the BSD license, which basically means its free for any use, but you cant claim its yours.
Enhancements:
- The code was updated to be fully compatible with STLSoft 1.9.1 (the special version released on Extended STL, volume 1: CD).
Download (0.35MB)
Added: 2007-05-01 License: BSD License Price:
965 downloads
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