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portmap 6.0
portmap is a part of the ONCRPC collection of software for implementing remote procedure calls between computer programs. more>>
portmap is a part of the ONCRPC collection of software for implementing remote procedure calls between computer programs. This project is use widely by NFS and NIS, and assorted other systems.
Some make variable can be used to control compilation.
NO_TCP_WRAPPER= if non-empty, doent use tcp_wrappers
USE_DNS= if set, tcp_wrappers can check peers based on hostname
as well as IP address. This should only be used if you
are certain that gethostbyname will never trigger a
called to portmap (as it might if nis is used for hostnames).
RPCUSER= is set, portmap will use getpwnam to find the user for
that user, and will setuid to that user before listening
for incoming messages
DAEMON_UID= Can be set to a number to override the default UID
to setuid to. Default is 1.
DAEMON_GID= As above, but for setgid.
Enhancements:
- This first new release in 10 years combines assorted patches from different Linux distributions.
- Security was improved so that privileged services can register non-privileged ports that cannot then be unregistered by other users.
<<lessSome make variable can be used to control compilation.
NO_TCP_WRAPPER= if non-empty, doent use tcp_wrappers
USE_DNS= if set, tcp_wrappers can check peers based on hostname
as well as IP address. This should only be used if you
are certain that gethostbyname will never trigger a
called to portmap (as it might if nis is used for hostnames).
RPCUSER= is set, portmap will use getpwnam to find the user for
that user, and will setuid to that user before listening
for incoming messages
DAEMON_UID= Can be set to a number to override the default UID
to setuid to. Default is 1.
DAEMON_GID= As above, but for setgid.
Enhancements:
- This first new release in 10 years combines assorted patches from different Linux distributions.
- Security was improved so that privileged services can register non-privileged ports that cannot then be unregistered by other users.
Download (0.022MB)
Added: 2007-05-16 License: BSD License Price:
897 downloads
jPOS 1.6.0
jPOS is a Java based, production grade ISO-8583 library. more>>
jPOS project is a Java based, production grade ISO-8583 library/framework that can be used to implement financial interchanges, protocol converters, payment gateways, credit card verification clients and servers (merchant/issuer/acquirer), etc.
Enhancements:
- Upgrade to jdom-1.0.jar
- Changed LogEvent to support new jdom version
- Upgraded build system (uses jPOS-EEs approach
- Added DailyLogListener
- Use crimson instead of xerces
- Created compat_1_5_2 module
- Upgraded jdbm to 1.0
- transient:* and persistent:* Spaces urns now maps to TSpace and JDBMSpace
- ISOMsg writeExternal and readExternal now honors packager if available
- ISOMsg.set(int,String) can be used for ISOBinaryFields provided theres a packager associated with the ISOMsg (the string is interpreted as hex)
- Added appropriate thread names
- TransactionManager stuff moved to its own module txnmgr
- BaseChannel.disconnect closes socket before closing streams (better SSL behaveour)
- ISOServer do not drop connection on VetoException
- bugfix in Log4JListener (if watch=0 use default watch to avoid CPU going up to 100%
- TSpace and JDBMSpace throws NPE at out time if either key or value are null
- ISOCurrencys data moved to a ResourceBundle
- Dump hexstring of binary fields in ISOBasePackager.unpack
- Added IFE_AMOUNT
- Added TransactionManager debug property
- TransactionManager creates default persistent-space if one is not specified
- TransactionManager honors participants configured after group selectors
- TransactionManager now support RETRY action at prepare time (r2359)
- QServer.stop - avoid npe on unstarted/misconfigured servers (r2360)
- ISOChannelPanel now supports wipe and protect attributes (r2363)
- Added IFE_SIGNED_NUMERIC and SignedEbcdicNumberInterpreter
- Added sendKeepAlive() method to BaseChannel
- New ?keep-alive? element in ChannelAdaptor
- FSDMsg trunk fields bigger than length
- Reworked 3rd bitmap support
- QMUX now support multiple ready indicators
- NPE in Q2 startup when deploy directory is not available/readable
- ISOServer now honors new keep-channels property (true|false)
- Added bind-address and backlog properties to ISOServer
- ISOServer: close ThreadPool on shutdown
- FSDMsg truncate A fields larger than length
- synchronized NameRegistrar
- GenericSubFieldPackager - pack dummy fields if field is not available and inner message has no bitmap
- QMUX now supports new .. configuration element (defaults to 41, 11 ).
- Added org.jpos.transaction.participant.HasEntry general purpose Group Selector
- TransactionManager attempts to call setTransactionManager(TransactionManager) on participants
- Bugfix in IF_TCHAR (unpack offset - r2410)
- Added Q2.shutdown (boolean join) (r2414)
- Added Join participant (r2416)
- Added keep-alive property to BaseChannel (r2417) - feature request #404
- Include a call to tx & rx.interrupt so that an idle ISOMUX will honour terminate requests.
- added setOverrideHeader(boolean) and isOverrideHeader() to BaseChannel
- ISOUtil.normalize uses UTF-8 encoding
- BaseChannel: added protected int getHeaderLength(ISOMsg m)
- TransactionManager.stop() wait (via join) for sessions to terminate (r2422)
- ISOServer/ThreadPool: Added socket closure in the event of ThreadPool exhaustion. Combined with a tightening of count of active, working and available Threads in ThreadPool itself (r2423).
- Added IFA_LLLLLLCHAR field packager (r2424)
- Bugfix in DailyTaskAdaptor in order to deal with daylight saving change (r2425)
- XMLPackager honors optional ... element at unpack time. (r2426)
- bugfix in ChannelAdaptor: honor reconnect delay on peer-disconnect exceptions (r2429)
- Added new configuration element to QMUX (r2432)
- genericpackager.dtd - added optional firstField element to fieldpackager and isofieldpackager (r2434)
- QMUX added removeISORequestListener (r2435)
- IFB_LLLHCHAR, IFB_LLLHECHAR and IFB_LLLHBINARY length can go up to 65535 (r2437)
- ISOBasePackager - add support for composite MTIs (r2438)
- BaseChannel accepts new max-packet-length optional property - new default size 100k (r2441)
- bugfix: ISOServer clones max-packet-length
- Added new MUXPool component (r2443)
- TransactionManager minor optimization - do not take snapshot if psp is not actually persistent (r2444)
- SpaceUtil new wipeAndOut helpers (r2447)
- TransactionManager - new PAUSE support (r2448)
- bugfix: GZipChannel compressed/uncompressed length (r2458)
- TransactionManager new method getOutstandingTransactions (r2459)
- added org.jpos.transaction.participant.Forward (r2459)
- added org.jpos.transaction.participant.CheckPoint (r2460)
- QFactory.properties added txnmgr and transaction-manager aliases (r2462)
<<lessEnhancements:
- Upgrade to jdom-1.0.jar
- Changed LogEvent to support new jdom version
- Upgraded build system (uses jPOS-EEs approach
- Added DailyLogListener
- Use crimson instead of xerces
- Created compat_1_5_2 module
- Upgraded jdbm to 1.0
- transient:* and persistent:* Spaces urns now maps to TSpace and JDBMSpace
- ISOMsg writeExternal and readExternal now honors packager if available
- ISOMsg.set(int,String) can be used for ISOBinaryFields provided theres a packager associated with the ISOMsg (the string is interpreted as hex)
- Added appropriate thread names
- TransactionManager stuff moved to its own module txnmgr
- BaseChannel.disconnect closes socket before closing streams (better SSL behaveour)
- ISOServer do not drop connection on VetoException
- bugfix in Log4JListener (if watch=0 use default watch to avoid CPU going up to 100%
- TSpace and JDBMSpace throws NPE at out time if either key or value are null
- ISOCurrencys data moved to a ResourceBundle
- Dump hexstring of binary fields in ISOBasePackager.unpack
- Added IFE_AMOUNT
- Added TransactionManager debug property
- TransactionManager creates default persistent-space if one is not specified
- TransactionManager honors participants configured after group selectors
- TransactionManager now support RETRY action at prepare time (r2359)
- QServer.stop - avoid npe on unstarted/misconfigured servers (r2360)
- ISOChannelPanel now supports wipe and protect attributes (r2363)
- Added IFE_SIGNED_NUMERIC and SignedEbcdicNumberInterpreter
- Added sendKeepAlive() method to BaseChannel
- New ?keep-alive? element in ChannelAdaptor
- FSDMsg trunk fields bigger than length
- Reworked 3rd bitmap support
- QMUX now support multiple ready indicators
- NPE in Q2 startup when deploy directory is not available/readable
- ISOServer now honors new keep-channels property (true|false)
- Added bind-address and backlog properties to ISOServer
- ISOServer: close ThreadPool on shutdown
- FSDMsg truncate A fields larger than length
- synchronized NameRegistrar
- GenericSubFieldPackager - pack dummy fields if field is not available and inner message has no bitmap
- QMUX now supports new .. configuration element (defaults to 41, 11 ).
- Added org.jpos.transaction.participant.HasEntry general purpose Group Selector
- TransactionManager attempts to call setTransactionManager(TransactionManager) on participants
- Bugfix in IF_TCHAR (unpack offset - r2410)
- Added Q2.shutdown (boolean join) (r2414)
- Added Join participant (r2416)
- Added keep-alive property to BaseChannel (r2417) - feature request #404
- Include a call to tx & rx.interrupt so that an idle ISOMUX will honour terminate requests.
- added setOverrideHeader(boolean) and isOverrideHeader() to BaseChannel
- ISOUtil.normalize uses UTF-8 encoding
- BaseChannel: added protected int getHeaderLength(ISOMsg m)
- TransactionManager.stop() wait (via join) for sessions to terminate (r2422)
- ISOServer/ThreadPool: Added socket closure in the event of ThreadPool exhaustion. Combined with a tightening of count of active, working and available Threads in ThreadPool itself (r2423).
- Added IFA_LLLLLLCHAR field packager (r2424)
- Bugfix in DailyTaskAdaptor in order to deal with daylight saving change (r2425)
- XMLPackager honors optional ... element at unpack time. (r2426)
- bugfix in ChannelAdaptor: honor reconnect delay on peer-disconnect exceptions (r2429)
- Added new configuration element to QMUX (r2432)
- genericpackager.dtd - added optional firstField element to fieldpackager and isofieldpackager (r2434)
- QMUX added removeISORequestListener (r2435)
- IFB_LLLHCHAR, IFB_LLLHECHAR and IFB_LLLHBINARY length can go up to 65535 (r2437)
- ISOBasePackager - add support for composite MTIs (r2438)
- BaseChannel accepts new max-packet-length optional property - new default size 100k (r2441)
- bugfix: ISOServer clones max-packet-length
- Added new MUXPool component (r2443)
- TransactionManager minor optimization - do not take snapshot if psp is not actually persistent (r2444)
- SpaceUtil new wipeAndOut helpers (r2447)
- TransactionManager - new PAUSE support (r2448)
- bugfix: GZipChannel compressed/uncompressed length (r2458)
- TransactionManager new method getOutstandingTransactions (r2459)
- added org.jpos.transaction.participant.Forward (r2459)
- added org.jpos.transaction.participant.CheckPoint (r2460)
- QFactory.properties added txnmgr and transaction-manager aliases (r2462)
Download (3.4MB)
Added: 2007-04-21 License: The Apache License Price:
940 downloads
CryptoFS 0.6.0
CryptoFS is an encryption filesystem for LUFS. more>>
CryptoFS project is a encrypted filesystem for the Linux Userland FileSystem.
CryptoFS will use a normal directory to store files encrypted. The mountpoint will contain the decrypted files. Every file stored in this mountpoint will be written encrypted (data and filename) to the directory that was mounted.
If you unmount the directory the encrypted data can only be access by mounting the directory with the correct key again. Like other LUFS filesystems it does not need root access or any complicated setup like creating a filesystem on a encrypted disk using the loop device.
This package will create a shared library that can be used by LUFSs lufsd to mount a directory containing encrypted data to another directory.
I first used the evfs kernel patch that does nearly the same thing as CryptoFS. But it seems that it has been abandoned. The last patch was available for kernel 2.4.20 and has not been updated for newer kernels since then.
When I found LUFS I thought I could be a good base for a crypto filesystem that works like evfs and allows a user to mount any directory as an encrypted storage without having root access and creating a crypto filesystem using the loop device. So when I found no other program that offers this posibilities I started to write my own filesystem for LUFS.
Usage
Put the shared library into a directory where the system linker can find it (this will usually be done by "make install") or add the directory to the search path by setting the LD_LIBRARY_PATH environment varibale.
First you have to set up the source directory by copying the file cryptofs.conf to /.cryptofs. You can adjust the values in the file, but the default should work fine.
After that you can mount the source directory with lufsmount cryptofs://
You will be asked for the password you want to use for this filesystem. It will be used to generate the cipher key.
After that you should be able to use the directory like any other directory, but all data will be read and written to the directory in an encrypted form.
Encryption
When a filesystem is mounted CryptoFS first generates a key for the requested cipher algorithm (CRYPTOFS::cipher) using the message digest function (CRYPTOFS::md). Every algorithm has a specific key size and every message digest function has a specific length of the generated message digest. If the message digest size is smaller then the keysize the message digest will be repeated until the key size is reached.
After they primary key has been generated CRYPTOFS::salts subkeys (initialization vectors) will be generated by encrypting 0 bytes with a 0 initialization vector. These will later be used to encrypt blocks with different subkeys to make sure the cipher text will first repeat after (salts * blocksize) bytes (If the same data is encrypted).
When files or links are created or renamed the name will be encoded with the selected cipher, the primary key and the first subkey. The result will then be encoded using a modified Base64 algorithm because the encrypted filename could contain characters that are not allowed by the target filesystem. (The original Base64 algorithm uses / for encoding. This is the directory delimiter so it was replaced by _)
When files are written the data will be encrypted. CryptoFS always has to write full blocks. So if only a part of a block should be written the original block will first be read, decrypted, the part replaced and then the result then written encrypted back to disk. To keep this performant that block size must not be too large.
But to make sure the cipher text does not repeat to early, CryptoFS uses salts to encrypt blocks. Every block will be encoded with the (blocknumber module salts)th salt. (NOTE: Linux always reads or writes "pages" of size 4096 bytes, these writes will be forwarded by lufsd to CryptoFS. So if you use a blocksize of 4096 bytes reading the old block before writing can be omitted and writing should be faster).
<<lessCryptoFS will use a normal directory to store files encrypted. The mountpoint will contain the decrypted files. Every file stored in this mountpoint will be written encrypted (data and filename) to the directory that was mounted.
If you unmount the directory the encrypted data can only be access by mounting the directory with the correct key again. Like other LUFS filesystems it does not need root access or any complicated setup like creating a filesystem on a encrypted disk using the loop device.
This package will create a shared library that can be used by LUFSs lufsd to mount a directory containing encrypted data to another directory.
I first used the evfs kernel patch that does nearly the same thing as CryptoFS. But it seems that it has been abandoned. The last patch was available for kernel 2.4.20 and has not been updated for newer kernels since then.
When I found LUFS I thought I could be a good base for a crypto filesystem that works like evfs and allows a user to mount any directory as an encrypted storage without having root access and creating a crypto filesystem using the loop device. So when I found no other program that offers this posibilities I started to write my own filesystem for LUFS.
Usage
Put the shared library into a directory where the system linker can find it (this will usually be done by "make install") or add the directory to the search path by setting the LD_LIBRARY_PATH environment varibale.
First you have to set up the source directory by copying the file cryptofs.conf to /.cryptofs. You can adjust the values in the file, but the default should work fine.
After that you can mount the source directory with lufsmount cryptofs://
You will be asked for the password you want to use for this filesystem. It will be used to generate the cipher key.
After that you should be able to use the directory like any other directory, but all data will be read and written to the directory in an encrypted form.
Encryption
When a filesystem is mounted CryptoFS first generates a key for the requested cipher algorithm (CRYPTOFS::cipher) using the message digest function (CRYPTOFS::md). Every algorithm has a specific key size and every message digest function has a specific length of the generated message digest. If the message digest size is smaller then the keysize the message digest will be repeated until the key size is reached.
After they primary key has been generated CRYPTOFS::salts subkeys (initialization vectors) will be generated by encrypting 0 bytes with a 0 initialization vector. These will later be used to encrypt blocks with different subkeys to make sure the cipher text will first repeat after (salts * blocksize) bytes (If the same data is encrypted).
When files or links are created or renamed the name will be encoded with the selected cipher, the primary key and the first subkey. The result will then be encoded using a modified Base64 algorithm because the encrypted filename could contain characters that are not allowed by the target filesystem. (The original Base64 algorithm uses / for encoding. This is the directory delimiter so it was replaced by _)
When files are written the data will be encrypted. CryptoFS always has to write full blocks. So if only a part of a block should be written the original block will first be read, decrypted, the part replaced and then the result then written encrypted back to disk. To keep this performant that block size must not be too large.
But to make sure the cipher text does not repeat to early, CryptoFS uses salts to encrypt blocks. Every block will be encoded with the (blocknumber module salts)th salt. (NOTE: Linux always reads or writes "pages" of size 4096 bytes, these writes will be forwarded by lufsd to CryptoFS. So if you use a blocksize of 4096 bytes reading the old block before writing can be omitted and writing should be faster).
Download (0.30MB)
Added: 2007-02-04 License: GPL (GNU General Public License) Price:
1000 downloads
KScope 1.6.0
KScope is a KDE front-end to Cscope. more>>
KScope is a Cscope frontend. KScope provides a source-editing environment for large C projects, such as the Linux kernel.
KScope is by no means intended to be a replacement to any of the leading Linux/KDE IDEs, such as KDevelop. First of all, it is not an Integrated Development Environment: it does not provide the usual write/compile/debug cycle supported by most IDEs. Instead, KScope is focused on source editing and analysis.
The most important difference, however, between KScope and common IDEs is that KScope is intended for use with projects written in C, i.e., in a functional-programming environment. Most IDEs specialise in object-oriented languages and are of little help to the C programmer. For example, displaying all functions in the Linux kernel as global objects in a "Classes" tree does not provide any meaningful information.
KScope, on the other hand, is built around an efficient mechanism for code-navigation, which allows the user to run queries on the code.
The types of queries KScope can run include:
- Get all references to a symbol
- Find the definition of a symbol
- Find all functions called by or calling to a function
- Find an EGrep pattern
- Find all files #including some file
- etc.
These queries are handled by an underlying Cscope process. KScope simply serves as a front-end to this process, feeding it with queries, and parsing its output into result lists. The items in those lists can later be selected to open an editor at the matching line.
Main features:
- Multiple editor windows (using your favourite KDE editor)
- Project management
- Front-end to most Cscope queries
- Tag list for every open editor
- Call-tree window
- Session management, including saving and restoring queries
- Works with externally-built cscope.out files
Enhancements:
- Many bug fixes
- Updated documentation
<<lessKScope is by no means intended to be a replacement to any of the leading Linux/KDE IDEs, such as KDevelop. First of all, it is not an Integrated Development Environment: it does not provide the usual write/compile/debug cycle supported by most IDEs. Instead, KScope is focused on source editing and analysis.
The most important difference, however, between KScope and common IDEs is that KScope is intended for use with projects written in C, i.e., in a functional-programming environment. Most IDEs specialise in object-oriented languages and are of little help to the C programmer. For example, displaying all functions in the Linux kernel as global objects in a "Classes" tree does not provide any meaningful information.
KScope, on the other hand, is built around an efficient mechanism for code-navigation, which allows the user to run queries on the code.
The types of queries KScope can run include:
- Get all references to a symbol
- Find the definition of a symbol
- Find all functions called by or calling to a function
- Find an EGrep pattern
- Find all files #including some file
- etc.
These queries are handled by an underlying Cscope process. KScope simply serves as a front-end to this process, feeding it with queries, and parsing its output into result lists. The items in those lists can later be selected to open an editor at the matching line.
Main features:
- Multiple editor windows (using your favourite KDE editor)
- Project management
- Front-end to most Cscope queries
- Tag list for every open editor
- Call-tree window
- Session management, including saving and restoring queries
- Works with externally-built cscope.out files
Enhancements:
- Many bug fixes
- Updated documentation
Download (1.0MB)
Added: 2007-07-12 License: BSD License Price:
853 downloads
K12LTSP 6.0.0
K12LTSP is based on RedHat Linux and the LTSP terminal server packages. more>>
K12LTSP is based on RedHat Linux and the LTSP terminal server packages. K12LTSP is easy to install and configure.
Once installed K12LTSP lets you boot diskless workstations from an applications server.
Since all applications run on the terminal server, you can use older computers as low-maintenance diskless clients.
Enhancements:
- Still looking for the perfect Christmas gift for the spouse? K12LTSP 6.0.0 is now available for all of your gift-giving needs!" Whats new in this release? "K12LTSP 6.0.0 is based on Fedora Core 6, with a large number of changes including: LTSP 4.2 update 4; a bunch of packages from Fedora Extras; hundreds of updated FC6 packages; a handful of K12LTSP packages, just to spice things up. This release of K12LTSP is slightly different than past releases in that there is no specific LTSP install option. If you want do a normal Fedora Core 6 install from K12LTSP 6, simply uncheck the LTSP package group. The Education package group has been split up into two groups.
<<lessOnce installed K12LTSP lets you boot diskless workstations from an applications server.
Since all applications run on the terminal server, you can use older computers as low-maintenance diskless clients.
Enhancements:
- Still looking for the perfect Christmas gift for the spouse? K12LTSP 6.0.0 is now available for all of your gift-giving needs!" Whats new in this release? "K12LTSP 6.0.0 is based on Fedora Core 6, with a large number of changes including: LTSP 4.2 update 4; a bunch of packages from Fedora Extras; hundreds of updated FC6 packages; a handful of K12LTSP packages, just to spice things up. This release of K12LTSP is slightly different than past releases in that there is no specific LTSP install option. If you want do a normal Fedora Core 6 install from K12LTSP 6, simply uncheck the LTSP package group. The Education package group has been split up into two groups.
Download (3841MB)
Added: 2006-12-25 License: GPL (GNU General Public License) Price:
1109 downloads
strhash 0.6.0
strhash is a hash table library. more>>
strhash is a hash table library.
A strhash is an associative array, mapping keys to values. Keys and values may be strings of up to 2 gigabytes (2^31) bytes of length, containing any possibly character. Keys need not be unique.
All hashing libraries i used before had some kind of more or less annoying limitations.
Main features:
- key sizes are often limited to a few or a few hundred bytes. While this is often enough is sometimes bites.
- key values are sometimes limited to a restricted character set.
- data sizes are also often limited.
- data values are sometimes limited to a restricted character set.
- the number of keys is often limited. Sometimes the libraries havent even been tested against a large number of keys, which is a recipe for disaster.
- keys may need to be unique.
- the implementations sometimes only have a high-level interface which make it hard to put wrappers around it. Strhash on the other hand only has a low-level interface and is explicitly meant to be used to but higher layers on top of it.
Enhancements:
- Added the strhash_load and strhash_save functions to save a hash to a file and reload it again.
<<lessA strhash is an associative array, mapping keys to values. Keys and values may be strings of up to 2 gigabytes (2^31) bytes of length, containing any possibly character. Keys need not be unique.
All hashing libraries i used before had some kind of more or less annoying limitations.
Main features:
- key sizes are often limited to a few or a few hundred bytes. While this is often enough is sometimes bites.
- key values are sometimes limited to a restricted character set.
- data sizes are also often limited.
- data values are sometimes limited to a restricted character set.
- the number of keys is often limited. Sometimes the libraries havent even been tested against a large number of keys, which is a recipe for disaster.
- keys may need to be unique.
- the implementations sometimes only have a high-level interface which make it hard to put wrappers around it. Strhash on the other hand only has a low-level interface and is explicitly meant to be used to but higher layers on top of it.
Enhancements:
- Added the strhash_load and strhash_save functions to save a hash to a file and reload it again.
Download (0.032MB)
Added: 2006-06-02 License: GPL (GNU General Public License) Price:
1239 downloads
Pymousetrap 0.6.0
Pymousetrap provides access to a C-implemented shared library. more>>
Pymousetrap provides access to a C-implemented shared library that efficiently stores information about a 2-dimensional grid (a mousetrap).
The mousetrap is integer resolution, and supports works very similarly to graphics libraries; mousetraps can be blitted onto each other, with transparency.
Pymousetraps code was written with the intent to simplify the way mouse click events were handled, but probably has other uses.
<<lessThe mousetrap is integer resolution, and supports works very similarly to graphics libraries; mousetraps can be blitted onto each other, with transparency.
Pymousetraps code was written with the intent to simplify the way mouse click events were handled, but probably has other uses.
Download (0.035MB)
Added: 2006-06-05 License: LGPL (GNU Lesser General Public License) Price:
1236 downloads
OnTV 2.6.0
OnTV is a GNOME Applet for monitoring current and upcoming TV programs. more>>
OnTV project is a GNOME Applet that can monitor current and upcoming TV programs.
OnTV is a GNOME Applet written in Python using PyGTK, it uses XMLTV files to monitor current and upcoming TV programs.
Main features:
- Program descriptions as tooltips.
- Remaining time of/until current/upcoming programs.
- Preferences dialog for selecting what channels to monitor and more.
<<lessOnTV is a GNOME Applet written in Python using PyGTK, it uses XMLTV files to monitor current and upcoming TV programs.
Main features:
- Program descriptions as tooltips.
- Remaining time of/until current/upcoming programs.
- Preferences dialog for selecting what channels to monitor and more.
Download (0.50MB)
Added: 2007-02-27 License: GPL (GNU General Public License) Price:
969 downloads
sipX 3.6.0
sipX is a next generation IP PBX solution offering rich functionality combined with ease of use. more>>
sipX is a next generation IP PBX solution offering rich functionality combined with ease of use, installation, and administration. sipX is entirely based on the Session Initiation Protocol (SIP) and significant attention is paid to standards compliance and interoperability.
It combines all common calling features, XML-based SIP call routing, Web-based configuration, and integrated management and configuration of the PBX and attached phones and gateways.
It is a modular server-based solution that does not require any additional hardware, as it interoperates with any SIP compliant gateway, phone, or application.
Main features:
- Native SIP IP PBX Solution
- Voicemail
- Multiple auto-attendants
- Presence
- SIP call routing
- Web based management
- Scalable architecture
<<lessIt combines all common calling features, XML-based SIP call routing, Web-based configuration, and integrated management and configuration of the PBX and attached phones and gateways.
It is a modular server-based solution that does not require any additional hardware, as it interoperates with any SIP compliant gateway, phone, or application.
Main features:
- Native SIP IP PBX Solution
- Voicemail
- Multiple auto-attendants
- Presence
- SIP call routing
- Web based management
- Scalable architecture
Download (22MB)
Added: 2007-07-20 License: LGPL (GNU Lesser General Public License) Price:
849 downloads
GeoTypes 0.6.0
GeoTypes is a Python library that implements both the OpenGIS/PostGIS and standard PostgreSQL geometry types. more>>
GeoTypes is a Python library that implements both the OpenGIS/PostGIS and standard PostgreSQL geometry types. GeoTypes integrates with the psycopg Python/PostgreSQL interface.
It provides implementations of all of the OpenGIS/PostGIS classes, except (x,y,m) and (x,y,z,m). It currently supports the EWKB, HEXEWKB, WKB, and WKT formats.
Enhancements:
- Point and Box constructor now accept several argument types
- SRID optional in WKTParser.parseGeometry
- minor typo corrections
- added joinBoxes()
<<lessIt provides implementations of all of the OpenGIS/PostGIS classes, except (x,y,m) and (x,y,z,m). It currently supports the EWKB, HEXEWKB, WKB, and WKT formats.
Enhancements:
- Point and Box constructor now accept several argument types
- SRID optional in WKTParser.parseGeometry
- minor typo corrections
- added joinBoxes()
Download (0.042MB)
Added: 2006-06-14 License: LGPL (GNU Lesser General Public License) Price:
1231 downloads
SlpTK 0.6.0
SlpTK is an ANSI C library, a set of utilities, and scripts for natural language processing. more>>
SlpTK is an ANSI C library, a set of utilities, and scripts for natural language processing. It provides data structures and treatments related to lexical and syntactic levels.
<<less Download (1.6MB)
Added: 2007-03-27 License: GPL (GNU General Public License) Price:
943 downloads
RipIT 3.6.0
RipIT is used to create MPEG-1 Layer 3 (mp3), Flac (flac) or Ogg Vorbis (ogg) audio files from an audio CD. more>>
RipIT is used to create MPEG-1 Layer 3 (mp3), Flac (flac) or Ogg Vorbis (ogg) audio files from an audio CD and from version 3.4 also faac (m4a). RipIT is a console based front-end (no fancy GUI here), written in perl, for these excellent programs:
- dagrab, cdparanoia or cdda2wav (tosha and cdd are also supported) for ripping the audio CD tracks (I dont know if dagrab is still up to date..., but its COOL!)
- Lame, OggVorbis, Flac or Faac for encoding the wav files to mp3, ogg, flac or m4a (find some info and links)
- CDDB_get (perl module) for CDDB retrieval (info and links).
Main features:
- Gets the Audio CD Album/Artist/Tracks information from CDDB
- Rips the Audio CD Tracks
- Encodes to flac, mp3 or ogg
- id3 tags encoded songs
- Creates an playlist (m3u) file
- Can prepare and send a CDDB submission.
Enhancements:
- Some minor bugs were fixed.
- The following options have been introduced: merge, resume, md5sum (to create MD5-sum files for each type of sound file), core (to allow several encoding processes on each machine), fpermission and dpermission (to set directory and file permissions), ghost (an experimental feature to split wavs with silence into chunks of sound), prepend and extend (to enlarge chunks of sound when split with the ghost option), and ejectcmd and ejectopt.
<<less- dagrab, cdparanoia or cdda2wav (tosha and cdd are also supported) for ripping the audio CD tracks (I dont know if dagrab is still up to date..., but its COOL!)
- Lame, OggVorbis, Flac or Faac for encoding the wav files to mp3, ogg, flac or m4a (find some info and links)
- CDDB_get (perl module) for CDDB retrieval (info and links).
Main features:
- Gets the Audio CD Album/Artist/Tracks information from CDDB
- Rips the Audio CD Tracks
- Encodes to flac, mp3 or ogg
- id3 tags encoded songs
- Creates an playlist (m3u) file
- Can prepare and send a CDDB submission.
Enhancements:
- Some minor bugs were fixed.
- The following options have been introduced: merge, resume, md5sum (to create MD5-sum files for each type of sound file), core (to allow several encoding processes on each machine), fpermission and dpermission (to set directory and file permissions), ghost (an experimental feature to split wavs with silence into chunks of sound), prepend and extend (to enlarge chunks of sound when split with the ghost option), and ejectcmd and ejectopt.
Download (0.046MB)
Added: 2007-06-17 License: GPL (GNU General Public License) Price:
919 downloads
pypod 0.6.0
pypod is python library and script for managing iPod metadata. more>>
pypod is python library and script for managing iPod metadata. This project is similar in scope the gnupod (written in perl) and is designed to work well with other programs that generate iPod metadata.
Main features:
- 100% pure python
- full read/write support for the iTunesDB file format
- support for gtkpod-style extended metadata
- support for gnupod-style extended metadata
- support for reading rhythmbox music database
- full ID3v2 support via any one of the ID3 liraries for python
Usage
The pypod script is very simple to use. If your iPod is mounted anywhere other than /media/ipod set the IPOD_MOUNTPOINT environment variable and run "pypod -s" for a summary of the state of your iPod.
Then try things like:
$ pypod --add /path/to/some/music
$ pypod --find-orphans
$ pypod --help
Enhancements:
- Support for newer iTunesDB files (such as those on the iPod Nano) was added.
- An --extract option for retrieving tracks from an iPod was added.
- Initial support for AAC files was added.
- Support for parsing (but not writing) podcast playlists was implemented.
- ASCII and lowercase filenames are now always used on iPods and spaces are removed from filenames.
- Some bugs were fixed.
<<lessMain features:
- 100% pure python
- full read/write support for the iTunesDB file format
- support for gtkpod-style extended metadata
- support for gnupod-style extended metadata
- support for reading rhythmbox music database
- full ID3v2 support via any one of the ID3 liraries for python
Usage
The pypod script is very simple to use. If your iPod is mounted anywhere other than /media/ipod set the IPOD_MOUNTPOINT environment variable and run "pypod -s" for a summary of the state of your iPod.
Then try things like:
$ pypod --add /path/to/some/music
$ pypod --find-orphans
$ pypod --help
Enhancements:
- Support for newer iTunesDB files (such as those on the iPod Nano) was added.
- An --extract option for retrieving tracks from an iPod was added.
- Initial support for AAC files was added.
- Support for parsing (but not writing) podcast playlists was implemented.
- ASCII and lowercase filenames are now always used on iPods and spaces are removed from filenames.
- Some bugs were fixed.
Download (0.028MB)
Added: 2007-01-18 License: GPL (GNU General Public License) Price:
593 downloads
mod_transform 0.6.0
mod_transform is a filter module that allows Apache 2.0 to do dynamic XSL Transformations. more>> <<less
Download (0.30MB)
Added: 2006-04-19 License: The Apache License 2.0 Price:
1283 downloads
Monetra 6.0
Monetra (formerly known as MCVE) is a scalable credit card processing engine for Linux and UNIX. more>>
Monetra (formerly known as MCVE) is a scalable credit card processing engine for Linux and UNIX. The project is designed to handle credit card authorizations and is certified to support major clearing house protocols.
Features include support for multiple modems, multiple merchant accounts, and multiple processors, all simultaneously -- as well as IP and SSL connectivity along side SQL database support.
Designed in C, conforming to POSIX standards, and utilizing light weight processes (threads), this product is able to handle a large number of transactions with high speed and minimal CPU usage.
Enhancements:
- A secure recurring billing module and card storage subsystem returning unique tracking tokens has been added and branded as Monetra DSS.
- This assists integrators with their PCI compliance so they dont need to store card numbers outside of Monetra.
- There is DNS caching for improved latency.
- Givex and FifthThrid 610 support have been added.
- Global Payments, VITAL, and NPC re-certifications.
- Visa gift-card support (balance inquiry and partial auths), as well as new card systems compliance updates for October 2007.
- Mac OS X for Intel, Windows Vista, and OpenBSD 4.0 support has also been added.
<<lessFeatures include support for multiple modems, multiple merchant accounts, and multiple processors, all simultaneously -- as well as IP and SSL connectivity along side SQL database support.
Designed in C, conforming to POSIX standards, and utilizing light weight processes (threads), this product is able to handle a large number of transactions with high speed and minimal CPU usage.
Enhancements:
- A secure recurring billing module and card storage subsystem returning unique tracking tokens has been added and branded as Monetra DSS.
- This assists integrators with their PCI compliance so they dont need to store card numbers outside of Monetra.
- There is DNS caching for improved latency.
- Givex and FifthThrid 610 support have been added.
- Global Payments, VITAL, and NPC re-certifications.
- Visa gift-card support (balance inquiry and partial auths), as well as new card systems compliance updates for October 2007.
- Mac OS X for Intel, Windows Vista, and OpenBSD 4.0 support has also been added.
Download (MB)
Added: 2007-06-07 License: Other/Proprietary License Price:
873 downloads
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