sbt assembly
JAR=assembly/$(ls assembly/ | tail -n1)
COMMAND="fr.inrae.metabolomics.p2m2.command.GCMS2IsocorCommand"
java -cp $JAR $COMMAND --help
java -cp $JAR $COMMAND src/test/resources/GCMS/13CPROT1.txt src/test/resources/GCMS/13CPROT2.txt --out input_isocor.tsv
Export Data -> Compound Quantitative Results
name -> extraire (metabolite/derivative/isotologue)
"sample""replicat""passeur"
COMMAND="fr.inrae.metabolomics.p2m2.command.OpenLabCDS2CsvCommand"
java -cp $JAR $COMMAND --help
java -cp $JAR $COMMAND src/test/resources/OpenLabCDS/Report_Ex1.txt src/test/resources/OpenLabCDS/Report_Ex2.txt src/test/resources/OpenLabCDS/Report_Ex3.txt --out text.csv
COMMAND="fr.inrae.metabolomics.p2m2.command.MassLynx2IsocorCommand"
java -cp $JAR $COMMAND --help
java -cp $JAR $COMMAND src/test/resources/MassLynx/mass_15Ngly.txt -d src/test/resources/MassLynx/correspondence_derivatives.txt --out input_isocor.tsv
conda-build conda-recipe
doc : https://bioconda.github.io/contributor/building-locally.html
conda create --use-local -n test p2m2tools
conda activate test
p2m2tools fr.inrae.metabolomics.p2m2.command.OpenLabCDS2CsvCommand --help
- fr.inrae.metabolomics.p2m2.command.OpenLabCDS2CsvCommand
- fr.inrae.metabolomics.p2m2.command.GCMS2IsocorCommand
- fr.inrae.metabolomics.p2m2.command.MassLynx2IsocorCommand
circleci config validate circleci config process .circleci/config.yml circleci local execute --job compile circleci local execute --job test_and_coverage_jvm