| 1 | | = Welcome to Trac 0.12.2 = |
| 2 | | |
| 3 | | Trac is a '''minimalistic''' approach to '''web-based''' management of |
| 4 | | '''software projects'''. Its goal is to simplify effective tracking and handling of software issues, enhancements and overall progress. |
| 5 | | |
| 6 | | All aspects of Trac have been designed with the single goal to |
| 7 | | '''help developers write great software''' while '''staying out of the way''' |
| 8 | | and imposing as little as possible on a team's established process and |
| 9 | | culture. |
| 10 | | |
| 11 | | As all Wiki pages, this page is editable, this means that you can |
| 12 | | modify the contents of this page simply by using your |
| 13 | | web-browser. Simply click on the "Edit this page" link at the bottom |
| 14 | | of the page. WikiFormatting will give you a detailed description of |
| 15 | | available Wiki formatting commands. |
| 16 | | |
| 17 | | "[wiki:TracAdmin trac-admin] ''yourenvdir'' initenv" created |
| 18 | | a new Trac environment, containing a default set of wiki pages and some sample |
| 19 | | data. This newly created environment also contains |
| 20 | | [wiki:TracGuide documentation] to help you get started with your project. |
| 21 | | |
| 22 | | You can use [wiki:TracAdmin trac-admin] to configure |
| 23 | | [http://trac.edgewall.org/ Trac] to better fit your project, especially in |
| 24 | | regard to ''components'', ''versions'' and ''milestones''. |
| | 1 | = QCG-Computing = |
| | 2 | QCG-Computing (the successor of the OpenDSP project, also known as [http://apps.man.poznan.pl/trac/smoa-comp Smoa Computing]) is an open architecture implementation of SOAP Web service for multi-user access and policy-based job control routines by various queuing and batch systems managing local computational resources. This key service in !QosCosGrid is using Distributed Resource Management Application API (DRMAA) to communicate with the underlying queuing systems. QCG-Computing has been designed to support a variety of plugins and modules for external communication as well as to handle a large number of concurrent requests from external clients and services. Consequently, it can be used and integrated with various authentication, authorization and accounting services or to extend capabilities of existing e-infrastructures based on Unicore, gLite, Globus Toolkit, and others. QCG-Computing service is compliant with the OGF HPC Basic Profile specification, which serves as a profile over Open Grid Forum standards like JSDL and OGSA Basic Execution Service. In addition, it offers remote interfaces for advance reservation management, and supports basic file transfer mechanisms. QCG-Computing was successfully tested with the following queuing systems: Sun Grid Engine (SGE), Platform LSF, !Torque/Maui, PBS Pro, Condor, Apple XGrid and !LoadLeveler. Therefore, as a crucial component in !QosCosGrid, it can be easily set up on the majority of computing clusters and supercomputers running the aforementioned queuing systems. Currently, advance reservation capabilities in QCG-Computing are exposed for SGE, Platform LSF and Maui (a scheduler that is typically used in conjunction with Torque). Moreover, generic extensions for advance reservation have been proposed for the next DRMAA standard release. |
