This project is a complete rewrite of BioMAJ (http://biomaj.genouest.org).
BioMAJ (BIOlogie Mise A Jour) is a workflow engine dedicated to data synchronization and processing. The Software automates the update cycle and the supervision of the locally mirrored databank repository.
Common usages are to download remote databanks (Genbank for example) and apply some transformations (blast indexing, emboss indexing,...). Any script can be applied on downloaded data. When all treatments are successfully applied, bank is put in "production" on a dedicated release directory. With cron tasks, update tasks can be executed at regular interval, data are downloaded again only if a change is detected.
More documentation is available in wiki page.
BioMAJ is python 2 and 3 compatible.
Edit global.properties file to match your settings. Minimal conf are database connection and directories.
biomaj-cli.py -h
biomaj-cli.py --config global.properties --status
biomaj-cli.py --config global.properties --bank alu --update
To migrate from previous BioMAJ 1.x, a script is available at: https://github.com/genouest/biomaj-migrate. Script will import old database to the new database, and update configuration files to the modified format. Data directory is the same.
Migration for 3.0 to 3.1:
Biomaj 3.1 provides an optional micro service architecture, allowing to separate and distributute/scale biomaj components on one or many hosts. This implementation is optional but recommended for server installations. Monolithic installation can be kept for local computer installation. To upgrade an existing 3.0 installation, as biomaj code has been split into multiple components, it is necessary to install/update biomaj python package but also biomaj-cli and biomaj-daemon packages. Then database must be upgraded manually (see Upgrading in documentation).
To execute database migration:
python biomaj_migrate_database.py
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Synchronisation:
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Multiple remote protocols (ftp, sftp, http, local copy, ....)
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Data transfers integrity check
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Release versioning using a incremental approach
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Multi threading
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Data extraction (gzip, tar, bzip)
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Data tree directory normalisation
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Pre &Post processing :
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Advanced workflow description (D.A.G)
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Post-process indexation for various bioinformatics software (blast, srs, fastacmd, readseq, etc…)
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Easy integration of personal scripts for bank post-processing automation
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Supervision:
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Optional Administration web interface (biomaj-watcher)
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CLI management
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Mail alerts for the update cycle supervision
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Prometheus and Influxdb optional integration
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Optional consul supervision of processes
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Scalability:
- Monolithic (local install) or microservice architecture (remote access to a BioMAJ server)
- Microservice installation allows per process scalability and supervision (number of process in charge of download, execution, etc.)
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Remote access:
- Optional FTP server providing authenticated or anonymous data access
Packages:
- Debian: libcurl-dev, gcc
- CentOs: libcurl-devel, openldap-devel, gcc
Linux tools: tar, unzip, gunzip, bunzip
Database:
- mongodb (local or remote)
Indexing (optional):
- elasticsearch (global property, use_elastic=1)
ElasticSearch indexing add advanced search features to biomaj to find bank having files with specific format etc... Configuration of ElasticSearch is not in the scope of BioMAJ documentation. For a basic installation, one instance of ElasticSearch is enough (low volume of data), in such a case, the ElasticSearch configuration file should be modified accordingly:
node.name: "biomaj" (or any other name)
index.number_of_shards: 1
index.number_of_replicas: 0
From source:
After dependencies installation, go in BioMAJ source directory:
python setup.py install
From packages:
pip install biomaj biomaj-cli biomaj-daemon
You should consider using a Python virtual environment (virtualenv) to install BioMAJ.
In tools/examples, copy the global.properties and update it to match your local installation.
The tools/process contains example process files (python and shell).
You can use BioMAJ with Docker (genouest/biomaj)
docker pull genouest/biomaj
docker pull mongo
docker run --name biomaj-mongodb -d mongo
# Wait ~10 seconds for mongo to initialize
# Create a local directory where databases will be permanently stored
# *local_path*
docker run --rm -v local_path:/var/lib/biomaj --link biomaj-mongodb:biomaj-mongodb osallou/biomaj-docker --help
Copy your bank properties in directory local_path/conf and post-processes (if any) in local_path/process
You can override global.properties in /etc/biomaj/global.properties (-v xx/global.properties:/etc/biomaj/global.properties)
No default bank property file or process are available in the container.
Examples are available at https://github.com/genouest/biomaj-data
https://readthedocs.org/projects/biomaj/
Execute unit tests
nosetests
Execute unit tests but disable ones needing network access
nosetests -a '!network'
InfluxDB can be used to monitor biomaj. Following series are available:
- biomaj.banks.quantity (number of banks)
- biomaj.production.size.total (size of all production directories)
- biomaj.workflow.duration (workflow duration)
- biomaj.production.size.latest (size of latest update)
- biomaj.bank.update.downloaded_files (number of downloaded files)
- biomaj.bank.update.new (track updates)
A-GPL v3+
Biomaj uses libcurl, for sftp libcurl must be compiled with sftp support
To delete elasticsearch index:
curl -XDELETE 'http://localhost:9200/biomaj_test/'
Special thanks for tuco at Pasteur Institute for the intensive testing and new ideas.... Thanks to the old BioMAJ team for the work they have done.
BioMAJ is developped at IRISA research institute.