Changes between Version 12 and Version 13 of QCG-AdvancedClient
- Timestamp:
- 11/18/12 21:11:48 (12 years ago)
Legend:
- Unmodified
- Added
- Removed
- Modified
-
QCG-AdvancedClient
v12 v13 42 42 } 43 43 }}} 44 You can set there two environment variables interpreted by the MUSCLE framework: 45 * MUSCLE_CLASSPATH 46 * MUSCLE_LIBPATH 47 to set Java classpath and the path of dynamically loadable libraries. Thanks to this mechanism you can use single abstract CxA that do not contain any site-specific paths. Also you can load the module in the interactive QCG job: 44 You can set there two environment variables interpreted by the MUSCLE framework, namely: `MUSCLE_CLASSPATH` and `MUSCLE_LIBPATH` 45 which set the Java classpath and the path of dynamically loadable libraries respectively. Thanks to this mechanism you can use single abstract CxA that do not consist of any site-specific paths. Also you can load the module in the interactive QCG job, e.g: 48 46 {{{ 49 47 bash-4.1$ module load Fusion/Turbulence … … 129 127 }}} 130 128 * In the above example we: 131 * run the simulation on the two clusters using advance reservations created automatically by the QCG-Broker (in the co-allocation process) on two clusters: inula and zeus (`<candidateHosts>` 132 * we requested 30 minutes of maximum job walltime (`<executionDuration>`) 133 * we added 129 * run the simulation on the two clusters using advance reservations created automatically by the QCG-Broker (in the co-allocation process) on two clusters: inula and zeus (`<candidateHosts>`), 130 * we requested 30 minutes of maximum job walltime (`<executionDuration>`), 131 * we specify the kernels to be run in the `processesId` attribute of the `<processes>` element (multiple kernels must be separated with a colon ":"), 132 * we specify the number of processes to be allocated