Loading SRT/Servers/SRTPyMistral/src/README.txt +56 −0 Original line number Diff line number Diff line Loading @@ -18,3 +18,59 @@ commands:: $ acsStart $ acsStartContainer -py SRTMistralContainer $ python test_cli.py First test ========== We want to: * run a schedule * stop the schedule * execute a MISTRAL target-sweep * resume the schedule * get a final FITS (merged by MISTRAL) Her are the steps:: 1) Start the simulator by executing:: $ discos-simulator start 2) Startup ACS and all containers. 3) Startup the MISTAL operatorInput shell:: $ operatorInput BACKENDS/SRTMistral Run the following command in the MISTRAL operatorInput shell:: > mistralSetup > mistralStatus Execute mistralStatus several times, until the setup is done. 4) Startup the DISCOS console:: $ discosConsole Run the following commands on the main operatorInput shell:: > project=yourproject > setupXXX > startSchedule=... At some point:: > haltSchedule 5) In the MISTRAL operatorInput:: > mistralTargetSweep > mistralStatus Execute mistralStatus several times, until the target-sweep is done. 6) In the main operatorInput:: > startSchedule=...,N 7) Wait for the schedule to finish and check the final FITS. Loading
SRT/Servers/SRTPyMistral/src/README.txt +56 −0 Original line number Diff line number Diff line Loading @@ -18,3 +18,59 @@ commands:: $ acsStart $ acsStartContainer -py SRTMistralContainer $ python test_cli.py First test ========== We want to: * run a schedule * stop the schedule * execute a MISTRAL target-sweep * resume the schedule * get a final FITS (merged by MISTRAL) Her are the steps:: 1) Start the simulator by executing:: $ discos-simulator start 2) Startup ACS and all containers. 3) Startup the MISTAL operatorInput shell:: $ operatorInput BACKENDS/SRTMistral Run the following command in the MISTRAL operatorInput shell:: > mistralSetup > mistralStatus Execute mistralStatus several times, until the setup is done. 4) Startup the DISCOS console:: $ discosConsole Run the following commands on the main operatorInput shell:: > project=yourproject > setupXXX > startSchedule=... At some point:: > haltSchedule 5) In the MISTRAL operatorInput:: > mistralTargetSweep > mistralStatus Execute mistralStatus several times, until the target-sweep is done. 6) In the main operatorInput:: > startSchedule=...,N 7) Wait for the schedule to finish and check the final FITS.