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fossology-tools

This repository gathers some Fossology helpers built by Orange and Orange Business Services.

Script: upload-rest.sh - Version 1.3

This is an example script that performs the following:

  1. [optional] create a token from username + password
  2. Create all required folders
  3. Upload a binary file, or Git URL
  4. Wait for unpack job to finish successfuly (polling)
  5. [optional] looks up previous upload for Reuse
  6. Trigger scan jobs
  7. Build URL to browse in Fossology

Notes:

  • Autentication: Use either the username+password OR the token option.
  • GIT proxy credentials may be provided via environment variables
  • Reuse option: applies clearing decisions from the most recent upload with same upload name, in same folder.
  • You can specify the Group name to which the upload will belong
  • The REST API URL can be provided separately

Caveat:

  • The Group Name must already exist, it is not (yet) created automatically

Script: download-rest.sh - Version 1

This is an example script that performs the following:

  1. [optional] create a token from username + password
  2. Wait for scan job to finish successfuly (polling)
  3. Trigger report generation
  4. Wait for Report generation jobs to finish successfuly (polling)
  5. Download report to the specified directory

Notes:

  • Autentication: Use either the username+password OR the token option.

GitLab Integration

Example of integration step in GitLab-CI scripts:

os_compliance_scan:
    stage: os_compliance_scan
    image: <--your registry here-->:fossology-client
    script:
        - tar -czf /builds/$CI_PROJECT_NAMESPACE/$CI_PROJECT_NAME-$CI_COMMIT_REF_NAME.tar.gz -C /builds/$CI_PROJECT_NAMESPACE/$CI_PROJECT_NAME .
        - logfile=$(mktemp)
        - /usr/local/share/fossology-rest-api/upload-rest.sh
            -d
            -f "$CI_PROJECT_NAMESPACE/$CI_PROJECT_NAME"
            -g "$CI_PROJECT_NAMESPACE"
            -i /builds/$CI_PROJECT_NAMESPACE/$CI_PROJECT_NAME-$CI_COMMIT_REF_NAME.tar.gz
            -r $FY_REST_URL
            -t $FY_TOKEN
            -R | tee $logfile
        - upload_id=$(grep 'Upload ID' ${logfile} | awk '{print $NF}')
        - /usr/local/share/fossology-rest-api/download-rest.sh
            -d
            -F "spdx2"
            -o /builds/$CI_PROJECT_NAMESPACE/$CI_PROJECT_NAME
            -r $FY_REST_URL
            -t $FY_TOKEN
            -u $upload_id

Jenkins Integration

Example of integration step in Jenkins configuration:

Note: If your Jenkins agent runs on the Fossology server, Fossology can directly scan the Jenkins workspace instead of preparing a new tarball as done below.

reg=<--your registry here-->
img=fossology-client

[ -z "$BRANCH_NAME" ] && BRANCH_NAME=master

jenkins_tmp_dir=/data/jenkins/tmp
docker_mnt_dir=/mnt
tarball_file=$JOB_BASE_NAME-$BRANCH_NAME.tar.gz

cat <<EOS
JOB_BASE_NAME: $JOB_BASE_NAME
BRANCH_NAME  : $BRANCH_NAME
WORKSPACE    : $WORKSPACE
EOS

tar -czf $jenkins_tmp_dir/$tarball_file  $WORKSPACE

o_r="https://fossology-fqdn/api/v1"
o_t="eyJ0eXAiOiJ..."

logfile=$(mktemp)

docker pull $reg:$img

docker run \
  -v $jenkins_tmp_dir/$tarball_file:$docker_mnt_dir/$tarball_file:ro \
  $reg:$img \
  ./upload-rest.sh -d -R -r "$o_r" -t "$o_t" \
  -f "Jenkins/$JOB_NAME" -i $docker_mnt_dir/$tarball_file
  -g "$JOB_NAME" | tee $logfile

upload_id=$(grep 'Upload ID' ${logfile} | awk '{print $NF}')

docker run \
  -v $jenkins_tmp_dir/:$docker_mnt_dir/:rw \
  $reg:$img \
  ./download-rest.sh -d -r "$o_r" -t "$o_t" \
  -u $upload_id -F spdx2 | tee $logfile

report_file=$(grep 'Downloaded file' ${logfile} | awk '{print $NF}' | xargs basename)

rm -v $jenkins_tmp_dir/$tarball_file
rm -v $jenkins_tmp_dir/$report_file
rm -v $logfile