Free postal service such great heights software for linux

epstools service menu is used to create a tiff preview inside an eps file.

If a preview exists, it is replaced by the created one.

Adaptive Quality of Service Architecture (AQuoSA) is an open architecture for the provisioning of adaptive Quality of Service functionality into the Linux kernel. The project features a flexible, portable, lightweight and open architecture for supporting soft real-time applications with facilities related to timing guarantees and QoS, on the top of a general-purpose operating system as Linux.
At the core of the architecture there is an adaptive resource reservation layer that is capable of dynamically adapting the CPU allocation for QoS aware applications based on their run-time requirements.
Timing guarantees are provided through an in-kernel reservation based process scheduler, whose services are exposed to applications through a well-designed API.
A supervisor performs admission control, so that admitting into the system new applications with timing guarantees does not affect the timing guarantees of already admitted applications. Also, it takes care of guaranteeing appropriate security policies in the assignment of timing guarantees to users and user groups, as configured by the system administrator.
A feedback-based QoS control layer may be optionally used by applications who want to keep their timing guarantees by using a CPU allocation that is continuously adapted according to their actual needs. This leaverages the programmer, within certain limits, to hard-code any particular reservation amount within the application, because the best allocation is found out automatically at run-time. Also, this enhances the possibilities for the system to host additional QoS controlled applications. The available control algorithms are well founded on formal scheduling models and control theoretical results.
Enhancements:
- This release introduces a couple of flags useful when creating servers. If QOS_F_PERSISTENT is enabled, a server is allowed to exist beyond detach of the last task. If QOS_F_SOFT is enabled, a server tasks are scheduled by the Linux default scheduler/policy, when outside of the server reservation.
- Also, various stability issues in destroying servers have been fixed, also thanks to a new release of the generic scheduler patch for the Linux kernel (gs-2.2).

Ktxt2tags Service Menu is a KDE service menu for KTxt2tags software.

sv-ktxt2tags is a ServiceMenu for [KTxt2tags http://www.kde-apps.org/content/show.php?content=48474]

KTxt2tags is a GPL front-end for [txt2tags http://txt2tags.sf.net]

Installation:

Make a simbolic link to the ktxt2tags script in /usr/bin/.

Copy the file sv-ktxt2tags.desktop in /.kde/share/apps/konqueror/servicemenus.

Copy the icon txt2tags.png in /usr/share/pixmaps.

An open Quality of Service Architecture is an open architecture for the provisioning of Quality of Service related functionality into the Linux kernel.
The project features a flexible, portable and lightweight software architecture for supporting QoS related services on the top of a general-purpose operating system as Linux. The architecture is well founded on formal scheduling analysis and control theoretical results.
At the core of the software there is an adaptive Resource Reservation layer that is capable of dynamically adapting the CPU allocation for QoS aware applications based on its run-time requirements.
As it is highlighted by the AQuoSA architecture, the project is mainly composed of two components:
- the QoS Res module, for which you can browse online the kernel, application and internal APIs
- the QoS Mgr module, for which you can browse online the kernel, application and internal APIs
Enhancements:
- Some bug fixed

The KeyIntegrity family of products is intended for the service of the whole life cycle of program services and management of a Service-Oriented Architecture (SOA) based on any platform and technology, including Java and .NET.

KeyIntegrity allows the creation of crucially important business-applications for distributed heterogeneous spaces. KeyIntegrity ServiceHub also integrates people, systems, and applications with external and internal resources of the enterprise.

Keyinyegrity ServiceHub (SHB) is a midware package for Service-Oriented Architecture (SOA). Servicehub consists of:

Web container.
WS Engine. This module carries out the basic functions of Web-service management. Web-services are intended for creation of the distributed applications. Those applications function in the Internet environment (and its variations like - the intranet and the extranet) and their components interact on the basis of standard Web-protocols.
CSUL Engine. This module organizes GUI component model. Form and Report generators are parts of its structure. CSUL Engine is constructed on the basis of XML technologies.
Security Engine. This module provides a Single Sign-On. Single Sign-On allows a user who once passed the authentication to gain access to all the systems he has authorization for immediately, including the client/server and Web-resources. Security Engine supports the basic user authentication technologies and allows administrators to intensify the security of the protected resourses.
BPEL Engine. This module organizes Web-services orchestration. By means of BPEL typical business processes can be characterized as executable and capable of modelling the actual behavior of a business interaction participant. BPEL is focused on the Web services orchestration in the course of a business flow.
DATA Engine. This module organizes work with data pools. It describes the uniform interface for displaying Java objects to any storehouse of data. It is constructed on JDO basis and supports work with great volumes of data, transactions, and use of inquiries. It also allows to save objects in relational and objective databases, in files, etc. It grants independence from a data source.
Unified console for control and administration.

The QDS library allows Qt applications to access features provided in common desktop APIs in a portable way, without requiring dependencies on any desktop platform library.
This is especially useful for applications targeting the Unix desktops, because Qt/X11 is very generic and only provides features it can implement on all sub platforms. All library code is licenced under 2-clause BSD licence.
Service implementations are loaded from plugins which link to the respective desktop libraries. The plugin to use can be specified on the applications commandline, in the QDS configuration file or QDS can try to autodetect the currently running platform.
Enhancements:
- Autodetection to use GNOME plugin in case GNOME_DESKTOP_SESSION_ID is set
- Replaced the primitive example application with a simple but network aware text editor application
- Support for wildcards in mailcap entries

Adaptive Quality of Service Architecture (AQuoSA) is an open architecture for the provisioning of adaptive Quality of Service functionality into the Linux kernel. The project features a flexible, portable, and lightweight software architecture for supporting QoS-related services on top of a general-purpose operating system as Linux.

The architecture is well founded on formal scheduling analysis and control theoretical results. At the core of the architecture there is an adaptive resource reservation layer that is capable of dynamically adapting the CPU allocation for QoS aware applications based on their run-time requirements.

Timing guarantees are provided through an in-kernel reservation based process scheduler, whose services are exposed to applications through a well-designed API.

A supervisor performs admission control, so that admitting into the system new applications with timing guarantees does not affect the timing guarantees of already admitted applications. Also, it takes care of guaranteeing appropriate security policies in the assignment of timing guarantees to users and user groups, as configured by the system administrator.

A feedback-based QoS control layer may be optionally used by applications who want to keep their timing guarantees by using a CPU allocation that is continuously adapted according to their actual needs. This leaverages the programmer, within certain limits, to hard-code any particular reservation amount within the application, because the best allocation is found out automatically at run-time. Also, this enhances the possibilities for the system to host additional QoS controlled applications. The available control algorithms are well founded on formal scheduling models and control theoretical results.

KGpg Shredder Service Menu is a service menu for shredder function of KGpg. Im sick of dragging files to the icon (See SS).
I dont know if you need to install the shredder onto your desktop or not (probably not).
Either way, extract and place in ~/.kde/share/apps/konqueror/servicemenus and re-open Konqueror. Comment or email me for improvements. Addy can be found in the file.
Enhancements:
- Thanks to Dr. Pavri for bringing shred command to my attention.
- The archive now has two files.
- shred.desktop is for shred command, kgpg-shred.desktop is for kgpg command.