v0.4
The WorkflowHub project is a community framework for a community framework that provides a collection of tools for analyzing workflow execution traces, producing realistic synthetic workflow traces, and simulating workflow executions.
This Python package provides a collection of tools for: (i) Analyzing traces of actual workflow executions; (ii) Producing recipes structures for creating workflow recipes for workflow generation; and (iii) Generating synthetic realistic workflow traces.
The current list of available workflow recipes include the following workflow applications:
- 1000Genome: A high-throughput data-intensive bioinformatics workflow.
- BLAST: A high-throughput compute-intensive bioinformatics workflow.
- BWA: A high-throughput data-intensive bioinformatics workflow.
- Cycles: A high-throughput compute-intensive scientific workflow for agroecosystems modeling.
- Epigenomics: A high-throughput data-intensive bioinformatics workflow.
- Montage: A high-throughput compute-intensive astronomy workflow.
- Seismology: A high-throughput data-intensive seismology workflow.
- SoyKB: A high-throughput data-intensive bioinformatics workflow.
In this version, we have added three new workflow generator recipes (#9, #12), added a parser for Pegasus (#5, #6) and Makeflow (#10) workflow systems, provided the ability to increase/reduce runtime and files size by a factor (#11), fixed an issue with the Montage generator (#7) and file size generation (#8), and performed some enhancements.
Documentation and additional information: https://workflowhub.org