# Update and install curl, tar, createrepo-c, and gzip as
# they aren't in the base OS image and are needed
# for creating a local filesystem repo
#
# Adapted from https://agama.jf.intel.com/drivers/dg1/suse/local

# Prerequisites
#
RUN dnf install -y \
    curl \
    tar \
    createrepo_c \
    gzip

# Make /repos/${BUILD} directory
#
WORKDIR /repos/${BUILD}

# Download ${BUILD} artifacts
#
# ARTIFACTORY_PATH is set by scripts/build-dockerfile.sh based on the value of
# BUILD. For example, agama-ci-releases_20.4 becomes agama-ci-releases/20.4
#
# sh (the shell interpreter of Docker) does not support subsitution so
# this can't be done within the Dockerfile itself.
#
# Since we're already making special variables, scripts/build-dockerfile.sh
# will also set ARTIFACTORY_RELEASE based on the OS_RELEASE name if Ubuntu
# is being used (eg., 20.04 for focal, etc)
#
RUN --mount=type=secret,id=credentials \
  curl -s --noproxy '*' \
  --netrc-file /run/secrets/credentials -L \
  https://gfx-assets-build.fm.intel.com/artifactory/api/archive/download/agama-builds/ci/${ARTIFACTORY_PATH}/${BUILD}/artifacts/linux/${OS_DISTRO}/${ARTIFACTORY_RELEASE}?archiveType=tgz \
  | tar -xvz --warning=no-timestamp

# Eventually the repodata should be part of the artifacts;
# Currently, however, the published repodata has invalid
# sha256 sums for the RPMs
RUN rm -rf /repos/${BUILD}/repodata

# Turn /repos/${BUILD} into a local package repository
#
RUN createrepo /repos/${BUILD}

# Add the local package repository to the system
RUN { \
  echo "[intel-graphics-local]" ; \
  echo "name=intel-graphics-local" ; \
  echo "baseurl=file:///repos/${BUILD}" ; \
  echo "enabled=1" ; \
  echo "gpgcheck=0" ; \
} > /etc/yum.repos.d/intel-graphics-local.repo