bluemarine 0.9.rc1
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blueMarine 0.9.RC1
blueMarine project is about an open source workflow for digital photography. more>>
blueMarine project is about an open source workflow for digital photography.
What does it mean?
Start thinking of an opensource application like Aperture or Lightroom that enables you to organize, develop, print and publish your photos. Pretty standard stuff nowadays. Opensource, at first sight, means that the application is free. Now think of an application written with the Java™ language: the application runs everywhere, Mac OS X, Linux, Windows. Now think of a community of people that adds code, plugins, crazy ideas, integrating some of the latest, cool technologies around, such as GPS positioning or geo-mapping.
Well, this is just the core concept of the blueMarine project.
Lets go on and lets think of the workflow. For the existing commercial applications the workflow starts just after shooting the photo and ends with a print on paper, the photo archived and maybe a web gallery published.
Just for a starter, we could do these things in innovative ways. For instance, trip reports could take advantage of GPS positioning data and Google Maps. Galleries could be presented in form of a virtual 3d gallery with walls and pictures hang on them.
Thinking of it twice, there are holes in workflows supported by current commercial applications. For instance, if you want to filter your images with a sophisticated noise reduction algorithm or if you want to create a bigger composite photo out of several shots, you likely have to use an external application. Some communities, such as amateur astrophotographers, need some very special processing that is usually performed by means of specific software. Wouldnt be better to have all of these facilities integrated in a single front end?
Now, lets broaden our workflow horizon. It can extend well beyond the print or the archival. For instance, an ornithologist usually manages field notes about the bird observed and photographed: directly binding them to photos and maybe GPS positioning data is much better than keeping a separate Excel sheet. It can also start much before shooting the photo. Think of trip planning: maybe you travel to nice places and spot interesting subjects, but not all the conditions are favorable: the weather, the light, the sun position, or the season (snow, blossomed flowers, foliage colors). Maybe you take some photos but at home you decide: hey, Im going to return there next Fall when the trees are reddish. Wouldnt be cool if a software application could allow you to easily manage all of these wanna-shoot-again photos, maybe providing assistance to guess which will be the sun position in a certain day and hour and integrating weather forecasts? And synthetising a trip program that can be uploaded on your palm gear?
Theres a further point with opensource photo workflow. Its related to the world of camera raw formats, that is the way professional DSLR cameras work. They provide you with the raw bits from the sensor that need to be extensively cooked, or developed, for getting a good image. This approach gives a tremendous amount of control to the photographers - too bad that most formats are proprietary and not documented. blueMarine supports the OpenRAW initiative and provide an opensource implementation of developing tools for camera raw formats from an ever increasing number of vendors.
Well, all of this and more is the aim of the blueMarine project.
<<lessWhat does it mean?
Start thinking of an opensource application like Aperture or Lightroom that enables you to organize, develop, print and publish your photos. Pretty standard stuff nowadays. Opensource, at first sight, means that the application is free. Now think of an application written with the Java™ language: the application runs everywhere, Mac OS X, Linux, Windows. Now think of a community of people that adds code, plugins, crazy ideas, integrating some of the latest, cool technologies around, such as GPS positioning or geo-mapping.
Well, this is just the core concept of the blueMarine project.
Lets go on and lets think of the workflow. For the existing commercial applications the workflow starts just after shooting the photo and ends with a print on paper, the photo archived and maybe a web gallery published.
Just for a starter, we could do these things in innovative ways. For instance, trip reports could take advantage of GPS positioning data and Google Maps. Galleries could be presented in form of a virtual 3d gallery with walls and pictures hang on them.
Thinking of it twice, there are holes in workflows supported by current commercial applications. For instance, if you want to filter your images with a sophisticated noise reduction algorithm or if you want to create a bigger composite photo out of several shots, you likely have to use an external application. Some communities, such as amateur astrophotographers, need some very special processing that is usually performed by means of specific software. Wouldnt be better to have all of these facilities integrated in a single front end?
Now, lets broaden our workflow horizon. It can extend well beyond the print or the archival. For instance, an ornithologist usually manages field notes about the bird observed and photographed: directly binding them to photos and maybe GPS positioning data is much better than keeping a separate Excel sheet. It can also start much before shooting the photo. Think of trip planning: maybe you travel to nice places and spot interesting subjects, but not all the conditions are favorable: the weather, the light, the sun position, or the season (snow, blossomed flowers, foliage colors). Maybe you take some photos but at home you decide: hey, Im going to return there next Fall when the trees are reddish. Wouldnt be cool if a software application could allow you to easily manage all of these wanna-shoot-again photos, maybe providing assistance to guess which will be the sun position in a certain day and hour and integrating weather forecasts? And synthetising a trip program that can be uploaded on your palm gear?
Theres a further point with opensource photo workflow. Its related to the world of camera raw formats, that is the way professional DSLR cameras work. They provide you with the raw bits from the sensor that need to be extensively cooked, or developed, for getting a good image. This approach gives a tremendous amount of control to the photographers - too bad that most formats are proprietary and not documented. blueMarine supports the OpenRAW initiative and provide an opensource implementation of developing tools for camera raw formats from an ever increasing number of vendors.
Well, all of this and more is the aim of the blueMarine project.
Download (18.7MB)
Added: 2007-08-10 License: MIT/X Consortium License Price:
807 downloads
Gcount 0.9 RC1
GCount is a graphical web counter and logging script. more>>
GCount is a graphical web counter and logging script. I developed GCount because I wanted a graphical web counter for a page I was working on. I wanted one that I had some control over, one that offered some flexibilty.
I wrote GCount from the ground up to be functional and quick. I hope that is what is has become.
Main features:
- 100% PHP
- Uses the super small and fast SQLite library
- Many different type faces to choose from
- Reporting available for each counter, know who visits your site!
- FAST! On my 700mhz machine it takes .02 seconds to make a counter
Enhancements:
- Added PDO support for people that have that. That includes SQLite and much requested MySQL. Technically any PDO driver should work but SQLite and MySQL are the only tested ones right now.
- Better debugging if something does go wrong
- Removed a duplicate counter thanks to Scott Stevensons good eye.
<<lessI wrote GCount from the ground up to be functional and quick. I hope that is what is has become.
Main features:
- 100% PHP
- Uses the super small and fast SQLite library
- Many different type faces to choose from
- Reporting available for each counter, know who visits your site!
- FAST! On my 700mhz machine it takes .02 seconds to make a counter
Enhancements:
- Added PDO support for people that have that. That includes SQLite and much requested MySQL. Technically any PDO driver should work but SQLite and MySQL are the only tested ones right now.
- Better debugging if something does go wrong
- Removed a duplicate counter thanks to Scott Stevensons good eye.
Download (0.35MB)
Added: 2006-03-31 License: GPL (GNU General Public License) Price:
1303 downloads
SIGOF 0.9 RC1
SIGOF is a Security Information Graphics Oriented Forensic application. more>>
SIGOF (Security Information Graphics Oriented Forensic) has been developped as a complement of ACID or BASE project by implementing useful and detailed graphical presentation of security information/events.
SIGOF is a web-based project, written in PHP, and it can exploit any secuity information stored in a ACID/BASE database schema (for example, SIGOF can exploit OSSIM project events, because it is based on the acid/base schema).
SIGOF introduces another way to manage security forensic and analysis by providing statistical and security trend thanks to very customizable graphics generation.
This approach provide the capability to manage large amount of security events.
<<lessSIGOF is a web-based project, written in PHP, and it can exploit any secuity information stored in a ACID/BASE database schema (for example, SIGOF can exploit OSSIM project events, because it is based on the acid/base schema).
SIGOF introduces another way to manage security forensic and analysis by providing statistical and security trend thanks to very customizable graphics generation.
This approach provide the capability to manage large amount of security events.
Download (0.021MB)
Added: 2006-04-27 License: GPL (GNU General Public License) Price:
1276 downloads
IM-Filter 0.9 RC1
IM-Filter is a daemon for GNU/Linux firewall hosts written in C which is able to analyze and filter the ICQ protocol. more>>
IM-Filter is a daemon for GNU/Linux firewall hosts written in C which is able to analyze and filter the ICQ protocol. The daemon runs in userspace and fetches packets of the ICQ protocol by using the libnetfilter_queue mechanism.
IM-Filters main purpose is to run at a gateway, so all ICQ-related traffic of users in the LAN runs over IM-Filter. Nevertheless the daemon could also be used directly on end users computers. The following diagram shows, how the daemon is integrated in a GNU/Linux system.
One of the design goals of IM-Filter was modularity. So plugins for other protocols like MSN or IRC could be written easily. The source code already contains skeleton code for an IRC module.
Together with the source code, adequate iptables scripts are provided so that only packets which belong to ICQ traffic get in the netfilter queue of IM-Filter.
Main features:
Logging of messages sent via ICQ
IM-Filter is able to identify and log messages which have been sent via the ICQ protocol. These messages contain a timestamp, an IP-address, the appropriate UIN and - of course - the message itself. A logged message could look like this:
[2007-07-27 11:24:21] IP "10.0.0.1" sent following message to #123456789: "hello, this is a test"
Blacklists for messages and UINs
IM-Filter handles two different blacklists: for messages and for UINs. The message blacklist holds strings which must not occur in text messages. When such a string is detected in a message, it gets censored in the logfiles.
The UIN blacklist contains UINs of users which are not allowed to connect to the ICQ network. Those blacklists can be re-read by the daemon during runtime by sending signals.
Detection and blocking of file transfers
Since file transfers are not always welcome, they can be blocked by invoking the daemon with a specific command line argument. Then, users in the LAN can not send files to other users anymore. Beside blocking, the daemon logs file transfers. Such a log entry can look like this:
[2007-07-06 17:01:26] FILTRANSFER detected (outgoing): receiver uin: #123456789 || filename: test.txt || size: 143360B
List with currently logged in users
To be able to know which users are currently logged in, IM-Filter manages a text file which holds all necessary information. By default, the file is placed in /var/log/imfilter.users and contains IP-address and UIN of the users which are currently logged in. The file could look like this:
UIN=123456789, IP=10.0.0.1
UIN=234567890, IP=10.0.0.22
UIN=345678901, IP=10.0.0.4
<<lessIM-Filters main purpose is to run at a gateway, so all ICQ-related traffic of users in the LAN runs over IM-Filter. Nevertheless the daemon could also be used directly on end users computers. The following diagram shows, how the daemon is integrated in a GNU/Linux system.
One of the design goals of IM-Filter was modularity. So plugins for other protocols like MSN or IRC could be written easily. The source code already contains skeleton code for an IRC module.
Together with the source code, adequate iptables scripts are provided so that only packets which belong to ICQ traffic get in the netfilter queue of IM-Filter.
Main features:
Logging of messages sent via ICQ
IM-Filter is able to identify and log messages which have been sent via the ICQ protocol. These messages contain a timestamp, an IP-address, the appropriate UIN and - of course - the message itself. A logged message could look like this:
[2007-07-27 11:24:21] IP "10.0.0.1" sent following message to #123456789: "hello, this is a test"
Blacklists for messages and UINs
IM-Filter handles two different blacklists: for messages and for UINs. The message blacklist holds strings which must not occur in text messages. When such a string is detected in a message, it gets censored in the logfiles.
The UIN blacklist contains UINs of users which are not allowed to connect to the ICQ network. Those blacklists can be re-read by the daemon during runtime by sending signals.
Detection and blocking of file transfers
Since file transfers are not always welcome, they can be blocked by invoking the daemon with a specific command line argument. Then, users in the LAN can not send files to other users anymore. Beside blocking, the daemon logs file transfers. Such a log entry can look like this:
[2007-07-06 17:01:26] FILTRANSFER detected (outgoing): receiver uin: #123456789 || filename: test.txt || size: 143360B
List with currently logged in users
To be able to know which users are currently logged in, IM-Filter manages a text file which holds all necessary information. By default, the file is placed in /var/log/imfilter.users and contains IP-address and UIN of the users which are currently logged in. The file could look like this:
UIN=123456789, IP=10.0.0.1
UIN=234567890, IP=10.0.0.22
UIN=345678901, IP=10.0.0.4
Download (MB)
Added: 2007-08-02 License: GPL (GNU General Public License) Price:
818 downloads
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