Experiment scripting tutorial: Difference between revisions
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All sections of this tutorial are independent and can be performed in any order. | All sections of this tutorial are independent and can be performed in any order. | ||
= Funk: (F)ind yo(U)r (N)odes on g5(K) = | = Funk: (F)ind yo(U)r (N)odes on g5(K) = | ||
More details can be found [[Funk|here]. | More details can be found [[Funk|here]]. | ||
= Execo = | = Execo = | ||
A overview tutorial can be found [[Execo_Practical_Session|here]]. | A overview tutorial can be found [[Execo_Practical_Session|here]]. | ||
= Ruby-Cute = | = Ruby-Cute = | ||
{{Act||détailler tutoriel Ruby-cute}} | {{Act||détailler tutoriel Ruby-cute}} |
Revision as of 12:30, 30 November 2015
This tutorial covers several tools that aim at facilitating the use of Grid'5000.
- Funk helps you to find resources for your experiments, by:
- giving you the number of nodes available at a date and for walltime
- finding the slots for a combination of resources and a walltime
- finding the slot with the maximum number of nodes for a period and a walltime
- managing the reservation of the resources
- Execo
Execo offers a Python API for asynchronous control of local or remote, standalone or parallel, unix processes. It is especially well suited for quickly and easily scripting workflows of parallel/distributed operations on local or remote hosts: automate a scientific workflow, conduct computer science experiments, perform automated tests, etc. The core python package is execo. The execo_g5k package provides a set of tools and extensions for the Grid5000 testbed. The execo_engine package provides tools to ease the development of computer sciences experiments.
All sections of this tutorial are independent and can be performed in any order.
Funk: (F)ind yo(U)r (N)odes on g5(K)
More details can be found here.
Execo
A overview tutorial can be found here.