Module: Pkg::Util::Ship

Defined in:
lib/packaging/util/ship.rb

Class Method Summary collapse

Class Method Details

.collect_packages(pkg_exts, excludes = []) ⇒ Object 



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# File 'lib/packaging/util/ship.rb', line 9

def collect_packages(pkg_exts, excludes = [])
  pkgs = pkg_exts.map { |ext| Dir.glob(ext) }.flatten
  return [] if pkgs.empty?

  if excludes
    excludes.each do |exclude|
      pkgs.delete_if { |p| p.match(exclude) }
    end
  end
  if pkgs.empty?
    $stdout.puts "No packages with (#{pkg_exts.join(', ')}) extensions found staged in 'pkg'"
    $stdout.puts "Maybe your excludes argument (#{excludes}) is too restrictive?"
  end
  pkgs
end

.create_rolling_repo_link(platform_tag, staging_server, repo_path, nonfinal = false) ⇒ Object 



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# File 'lib/packaging/util/ship.rb', line 232

def create_rolling_repo_link(platform_tag, staging_server, repo_path, nonfinal = false)
  command = rolling_repo_link_command(platform_tag, repo_path, nonfinal)

  Pkg::Util::Net.remote_execute(staging_server, command) unless command.nil?
rescue StandardError => e
  fail "Failed to create rolling repo link for '#{platform_tag}'.\n#{e}\n#{e.backtrace}"
end

.create_rolling_repo_links(nonfinal = false) ⇒ Object

create all of the rolling repo links in one step



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# File 'lib/packaging/util/ship.rb', line 241

def create_rolling_repo_links(nonfinal = false)
  yum_path = Pkg::Paths.remote_repo_base(nonfinal: nonfinal, package_format: 'rpm')
  dmg_path = Pkg::Paths.remote_repo_base(nonfinal: nonfinal, package_format: 'dmg')
  swix_path = Pkg::Paths.remote_repo_base(nonfinal: nonfinal, package_format: 'swix')
  msi_path = Pkg::Paths.remote_repo_base(nonfinal: nonfinal, package_format: 'msi')

  create_rolling_repo_link(
    Pkg::Platforms.generic_platform_tag('el'),
    Pkg::Config.yum_staging_server,
    yum_path,
    nonfinal
  )

  create_rolling_repo_link(
    Pkg::Platforms.generic_platform_tag('osx'),
    Pkg::Config.dmg_staging_server,
    dmg_path,
    nonfinal
  )

  create_rolling_repo_link(
    Pkg::Platforms.generic_platform_tag('eos'),
    Pkg::Config.swix_staging_server,
    swix_path,
    nonfinal
  )

  create_rolling_repo_link(
    Pkg::Platforms.generic_platform_tag('windows'),
    Pkg::Config.msi_staging_server,
    msi_path,
    nonfinal
  )

  # We need to iterate through all the supported platforms here because of
  # how deb repos are set up. Each codename will have its own link from the
  # current versioned repo (e.g. puppet5) to the rolling repo. The one thing
  # we don't care about is architecture, so we just grab the first supported
  # architecture for the code name we're working with at the moment. [written
  # by Melissa, copied by Molly]

  apt_path = Pkg::Config.apt_repo_staging_path
  if nonfinal
    apt_path = Pkg::Config.nonfinal_apt_repo_staging_path
  end
  Pkg::Platforms.codenames.each do |codename|
    create_rolling_repo_link(
      Pkg::Platforms.codename_to_tags(codename)[0],
      Pkg::Config.apt_signing_server,
      apt_path,
      nonfinal
    )
  end
end

.reorganize_packages(pkgs, tmp, platform_independent = false, nonfinal = false) ⇒ Object

Takes a set of packages and reorganizes them into the final repo structure before they are shipping out to their final destination.

This assumes the working directory is a temporary directory that will later be cleaned up

If this is platform_independent the packages will not get reorganized, just copied under the tmp directory for more consistent workflows



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# File 'lib/packaging/util/ship.rb', line 33

def reorganize_packages(pkgs, tmp, platform_independent = false, nonfinal = false)
  new_pkgs = []
  pkgs.each do |pkg|
    if platform_independent
      path = 'pkg'
    else
      platform_tag = Pkg::Paths.tag_from_artifact_path(pkg)
      path = Pkg::Paths.artifacts_path(platform_tag, 'pkg', nonfinal)
    end
    FileUtils.mkdir_p File.join(tmp, path)
    FileUtils.cp pkg, File.join(tmp, path)
    new_pkgs << File.join(path, File.basename(pkg))
  end
  new_pkgs
end

.rolling_repo_link_command(platform_tag, repo_path, nonfinal = false) ⇒ Object 



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# File 'lib/packaging/util/ship.rb', line 219

def rolling_repo_link_command(platform_tag, repo_path, nonfinal = false)
  base_path, link_path = Pkg::Paths.artifacts_base_path_and_link_path(
    platform_tag,
    repo_path,
    nonfinal
  )

  if link_path.nil?
    puts "No link target set, not creating rolling repo link for #{base_path}"
    return nil
  end
end

.ship(target = 'artifacts', local_directory = 'pkg') ⇒ Object

Ship pkg directory contents to distribution server



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# File 'lib/packaging/util/ship.rb', line 360

def ship(target = 'artifacts', local_directory = 'pkg')
  Pkg::Util::File.fetch

  unless Pkg::Config.project
    fail "You must set the 'project' in build_defaults.yaml or with the 'PROJECT_OVERRIDE' environment variable."
  end

  project_basedir = "#{Pkg::Config.jenkins_repo_path}/#{Pkg::Config.project}/#{Pkg::Config.ref}"
  artifact_directory = "#{project_basedir}/#{target}"

  # For EZBake builds, we also want to include the ezbake.manifest file to
  # get a snapshot of this build and all dependencies. We eventually will
  # create a yaml version of this file, but until that point we want to
  # make the original ezbake.manifest available
  #
  ezbake_manifest = File.join('ext', 'ezbake.manifest')
  if File.exist?(ezbake_manifest)
    FileUtils.cp(ezbake_manifest, File.join(local_directory, "#{Pkg::Config.ref}.ezbake.manifest"))
  end
  ezbake_yaml = File.join("ext", "ezbake.manifest.yaml")
  if File.exists?(ezbake_yaml)
    FileUtils.cp(ezbake_yaml, File.join(local_directory, "#{Pkg::Config.ref}.ezbake.manifest.yaml"))
  end

  # Inside build_metadata*.json files there is additional metadata containing
  # information such as git ref and dependencies that are needed at build
  # time. If these files exist, copy them downstream.
  # Typically these files are named 'ext/build_metadata.<project>.<platform>.json'
  build_metadata_json_files = Dir.glob('ext/build_metadata*.json')
  build_metadata_json_files.each do |source_file|
    target_file = File.join(local_directory, "#{Pkg::Config.ref}.#{File.basename(source_file)}")
    FileUtils.cp(source_file, target_file)
  end

  # Sadly, the packaging repo cannot yet act on its own, without living
  # inside of a packaging-repo compatible project. This means in order to
  # use the packaging repo for shipping and signing (things that really
  # don't require build automation, specifically) we still need the project
  # clone itself.
  Pkg::Util::Git.bundle('HEAD', 'signing_bundle', local_directory)

  # While we're bundling things, let's also make a git bundle of the
  # packaging repo that we're using when we invoke pl:jenkins:ship. We can
  # have a reasonable level of confidence, later on, that the git bundle on
  # the distribution server was, in fact, the git bundle used to create the
  # associated packages. This is because this ship task is automatically
  # called upon completion each cell of the pl:jenkins:uber_build, and we
  # have --ignore-existing set below. As such, the only git bundle that
  # should possibly be on the distribution is the one used to create the
  # packages.
  # We're bundling the packaging repo because it allows us to keep an
  # archive of the packaging source that was used to create the packages,
  # so that later on if we need to rebuild an older package to audit it or
  # for some other reason we're assured that the new package isn't
  # different by virtue of the packaging automation.
  if defined?(PACKAGING_ROOT)
    packaging_bundle = ''
    Dir.chdir(PACKAGING_ROOT) do
      packaging_bundle = Pkg::Util::Git.bundle('HEAD', 'packaging-bundle')
    end
    FileUtils.mv(packaging_bundle, local_directory)
  end

  # This is functionality to add the project-arch.msi links that have no
  # version. The code itself looks for the link (if it's there already)
  # and if the source package exists before linking. Searching for the
  # packages has been restricted specifically to just the pkg/windows dir
  # on purpose, as this is where we currently have all windows packages
  # building to. Once we move the Metadata about the output location in
  # to one source of truth we can refactor this to use that to search
  #                                           -Sean P. M. 08/12/16

  {
    'windows' => ['x86', 'x64'],
    'windowsfips' => ['x64']
  }.each_pair do |platform, archs|
    packages = Dir["#{local_directory}/#{platform}/*"]

    archs.each do |arch|
      package_version = Pkg::Util::Git.describe.tr('-', '.')
      package_filename = File.join(local_directory, platform, "#{Pkg::Config.project}-#{package_version}-#{arch}.msi")
      link_filename = File.join(local_directory, platform, "#{Pkg::Config.project}-#{arch}.msi")

      next unless !packages.include?(link_filename) && packages.include?(package_filename)
      # Dear future code spelunkers:
      # Using symlinks instead of hard links causes failures when we try
      # to set these files to be immutable. Also be wary of whether the
      # linking utility you're using expects the source path to be relative
      # to the link target or pwd.
      #
      FileUtils.ln(package_filename, link_filename)
    end
  end

  Pkg::Util::Execution.retry_on_fail(times: 3) do
    Pkg::Util::Net.remote_execute(Pkg::Config.distribution_server, "mkdir --mode=775 -p #{project_basedir}")
    Pkg::Util::Net.remote_execute(Pkg::Config.distribution_server, "mkdir -p #{artifact_directory}")
    Pkg::Util::Net.rsync_to("#{local_directory}/", Pkg::Config.distribution_server, "#{artifact_directory}/", extra_flags: ['--ignore-existing', '--exclude repo_configs'])
  end

  # In order to get a snapshot of what this build looked like at the time
  # of shipping, we also generate and ship the params file
  #
  Pkg::Config.config_to_yaml(local_directory)
  Pkg::Util::Execution.retry_on_fail(:times => 3) do
    Pkg::Util::Net.rsync_to("#{local_directory}/#{Pkg::Config.ref}.yaml", Pkg::Config.distribution_server, "#{artifact_directory}/", extra_flags: ["--exclude repo_configs"])
  end

  # If we just shipped a tagged version, we want to make it immutable
  files = Dir.glob("#{local_directory}/**/*").select { |f| File.file?(f) and !f.include? "#{Pkg::Config.ref}.yaml" }.map do |file|
    "#{artifact_directory}/#{file.sub(/^#{local_directory}\//, '')}"
  end

  Pkg::Util::Net.remote_set_ownership(Pkg::Config.distribution_server, 'root', 'release', files)
  Pkg::Util::Net.remote_set_permissions(Pkg::Config.distribution_server, '0664', files)
  Pkg::Util::Net.remote_set_immutable(Pkg::Config.distribution_server, files)
end

.ship_debs(local_staging_directory, remote_path, opts = {}) ⇒ Object 



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# File 'lib/packaging/util/ship.rb', line 125

def ship_debs(local_staging_directory, remote_path, opts = {})
  things_to_ship = [
    "#{local_staging_directory}/**/*.debian.tar.gz",
    "#{local_staging_directory}/**/*.orig.tar.gz",
    "#{local_staging_directory}/**/*.dsc",
    "#{local_staging_directory}/**/*.deb",
    "#{local_staging_directory}/**/*.changes"
  ]
  ship_pkgs(things_to_ship, Pkg::Config.apt_signing_server, remote_path, opts)
end

.ship_dmg(local_staging_directory, remote_path, opts = {}) ⇒ Object 



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# File 'lib/packaging/util/ship.rb', line 146

def ship_dmg(local_staging_directory, remote_path, opts = {})
  packages_have_shipped = ship_pkgs(
    ["#{local_staging_directory}/**/*.dmg"],
    Pkg::Config.dmg_staging_server, remote_path, opts
  )

  return unless packages_have_shipped

  Pkg::Platforms.platform_tags_for_package_format('dmg').each do |platform_tag|
    # Create the latest symlink for the current supported repo
    Pkg::Util::Net.remote_create_latest_symlink(
      Pkg::Config.project,
      Pkg::Paths.artifacts_path(platform_tag, remote_path, opts[:nonfinal]),
      'dmg'
    )
  end
end

.ship_gem(local_staging_directory, remote_path, opts = {}) ⇒ Object 



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# File 'lib/packaging/util/ship.rb', line 206

def ship_gem(local_staging_directory, remote_path, opts = {})
  ship_pkgs(["#{local_staging_directory}/*.gem*"], Pkg::Config.gem_host, remote_path, opts)
end

.ship_msi(local_staging_directory, remote_path, opts = {}) ⇒ Object 



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# File 'lib/packaging/util/ship.rb', line 173

def ship_msi(local_staging_directory, remote_path, opts = {})
  packages_have_shipped = ship_pkgs(
    ["#{local_staging_directory}/**/*.msi"],
    Pkg::Config.msi_staging_server,
    remote_path,
    opts
  )
  return unless packages_have_shipped

  # Create the symlinks for the latest supported repo
  Pkg::Util::Net.remote_create_latest_symlink(
    Pkg::Config.project,
    Pkg::Paths.artifacts_path(
      Pkg::Platforms.generic_platform_tag('windows'),
      remote_path,
      opts[:nonfinal]
    ),
    'msi',
    arch: 'x64'
  )

  Pkg::Util::Net.remote_create_latest_symlink(
    Pkg::Config.project,
    Pkg::Paths.artifacts_path(
      Pkg::Platforms.generic_platform_tag('windows'),
      remote_path,
      opts[:nonfinal]
    ),
    'msi',
    arch: 'x86'
  )
end

.ship_p5p(local_staging_directory, remote_path, opts = {}) ⇒ Object 



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# File 'lib/packaging/util/ship.rb', line 142

def ship_p5p(local_staging_directory, remote_path, opts = {})
  ship_pkgs(["#{local_staging_directory}/**/*.p5p"], Pkg::Config.p5p_host, remote_path, opts)
end

.ship_pkgs(pkg_exts, staging_server, remote_path, opts = {}) ⇒ Object

Take local packages and restructure them to the desired final path before shipping to the staging server

Parameters:

  • pkg_exts (Array) —

    the file globs for the files you want to ship For example, something like [‘pkg/*/.rpm’, ‘pkg/*/.deb’] to ship the rpms and debs

  • staging_server (String) —

    The hostname to ship the packages to

  • remote_path (String) —

    The base path to ship the packages to on the staging_server, for example ‘/opt/downloads/windows’ or ‘/opt/repository/yum’

  • opts (Hash) (defaults to: {}) —

    Additional options that can be used when shipping packages

Options Hash (opts):

  • :excludes (Array) —

    File globs to exclude packages from shipping

  • :chattr (Boolean) —

    Whether or not to make the files immutable after shipping. Defaults to true.

  • :platform_independent (Boolean) —

    Whether or not the path the packages ship to has platform-dependent information in it. Defaults to false (most paths will be platform dependent), but set to true for gems and tarballs since those just land directly under /opt/downloads/<project>



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# File 'lib/packaging/util/ship.rb', line 68

def ship_pkgs(pkg_exts, staging_server, remote_path, opts = {})
  options = {
    excludes: [],
    chattr: true,
    platform_independent: false,
    nonfinal: false
  }.merge(opts)

  # First find the packages to be shipped. We must find them before moving
  # to our temporary staging directory
  local_packages = collect_packages(pkg_exts, options[:excludes])
  return false if local_packages.empty?

  tmpdir = Dir.mktmpdir
  staged_pkgs = reorganize_packages(
    local_packages, tmpdir, options[:platform_independent], options[:nonfinal]
  )

  puts staged_pkgs.sort
  puts "Do you want to ship the above files to (#{staging_server})?"
  return false unless Pkg::Util.ask_yes_or_no

  extra_flags = %w[--ignore-existing --delay-updates]
  extra_flags << '--dry-run' if ENV['DRYRUN']

  staged_pkgs.each do |pkg|
    Pkg::Util::Execution.retry_on_fail(times: 3) do
      sub_string = 'pkg'
      remote_pkg = pkg.sub(sub_string, remote_path)
      remote_basepath = File.dirname(remote_pkg)
      Pkg::Util::Net.remote_execute(staging_server, "mkdir -p #{remote_basepath}")
      Pkg::Util::Net.rsync_to(
        File.join(tmpdir, pkg),
        staging_server,
        remote_basepath,
        extra_flags: extra_flags
      )

      Pkg::Util::Net.remote_set_ownership(
        staging_server, 'root', 'release', [remote_basepath, remote_pkg]
      )
      Pkg::Util::Net.remote_set_permissions(staging_server, '775', [remote_basepath])
      Pkg::Util::Net.remote_set_permissions(staging_server, '0664', [remote_pkg])
      Pkg::Util::Net.remote_set_immutable(staging_server, [remote_pkg]) if options[:chattr]
    end
  end
  return true
end

.ship_rpms(local_staging_directory, remote_path, opts = {}) ⇒ Object 



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# File 'lib/packaging/util/ship.rb', line 117

def ship_rpms(local_staging_directory, remote_path, opts = {})
  things_to_ship = [
    "#{local_staging_directory}/**/*.rpm",
    "#{local_staging_directory}/**/*.srpm"
  ]
  ship_pkgs(things_to_ship, Pkg::Config.yum_staging_server, remote_path, opts)
end

.ship_svr4(local_staging_directory, remote_path, opts = {}) ⇒ Object 



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# File 'lib/packaging/util/ship.rb', line 138

def ship_svr4(local_staging_directory, remote_path, opts = {})
  ship_pkgs(["#{local_staging_directory}/**/*.pkg.gz"], Pkg::Config.svr4_host, remote_path, opts)
end

.ship_swix(local_staging_directory, remote_path, opts = {}) ⇒ Object 



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# File 'lib/packaging/util/ship.rb', line 164

def ship_swix(local_staging_directory, remote_path, opts = {})
  ship_pkgs(
    ["#{local_staging_directory}/**/*.swix"],
    Pkg::Config.swix_staging_server,
    remote_path,
    opts
  )
end

.ship_tar(local_staging_directory, remote_path, opts = {}) ⇒ Object 



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# File 'lib/packaging/util/ship.rb', line 210

def ship_tar(local_staging_directory, remote_path, opts = {})
  ship_pkgs(
    ["#{local_staging_directory}/*.tar.gz*"],
    Pkg::Config.tar_staging_server,
    remote_path,
    opts
  )
end

.ship_to_artifactory(local_directory = 'pkg') ⇒ Object 



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# File 'lib/packaging/util/ship.rb', line 478

def ship_to_artifactory(local_directory = 'pkg')
  Pkg::Util::File.fetch
  unless Pkg::Config.project
    fail "You must set the 'project' in build_defaults.yaml or with the 'PROJECT_OVERRIDE' environment variable."
  end
  artifactory = Pkg::ManageArtifactory.new(Pkg::Config.project, Pkg::Config.ref)

  artifacts = Dir.glob("#{local_directory}/**/*").reject { |e| File.directory? e }
  artifacts.sort! do |a, b|
    if File.extname(a) =~ /(md5|sha\d+)/ && File.extname(b) !~ /(md5|sha\d+)/
      1
    elsif File.extname(b) =~ /(md5|sha\d+)/ && File.extname(a) !~ /(md5|sha\d+)/
      -1
    else
      a <=> b
    end
  end
  artifacts.each do |artifact|
    if File.extname(artifact) == ".yaml" || File.extname(artifact) == ".json"
      artifactory.deploy_package(artifact)
    elsif artifactory.package_exists_on_artifactory?(artifact)
      warn "Attempt to upload '#{artifact}' failed. Package already exists!"
    else
      artifactory.deploy_package(artifact)
    end
  end
end

.test_ship(vm, ship_task) ⇒ Object 



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# File 'lib/packaging/util/ship.rb', line 330

def test_ship(vm, ship_task)
  command = 'getent group release || groupadd release'
  Pkg::Util::Net.remote_execute(vm, command)
  hosts_to_override = %w[
    APT_HOST
    DMG_HOST
    GEM_HOST
    IPS_HOST
    MSI_HOST
    P5P_HOST
    SVR4_HOST
    SWIX_HOST
    TAR_HOST
    YUM_HOST
    APT_SIGNING_SERVER
    APT_STAGING_SERVER
    DMG_STAGING_SERVER
    MSI_STAGING_SERVER
    SWIX_STAGING_SERVER
    TAR_STAGING_SERVER
    YUM_STAGING_SERVER
    STAGING_SERVER
  ]
  hosts_to_override.each do |host|
    ENV[host] = vm
  end
  Rake::Task[ship_task].invoke
end

.update_release_package_symlinks(local_staging_directory, nonfinal = false) ⇒ Object 



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# File 'lib/packaging/util/ship.rb', line 296

def update_release_package_symlinks(local_staging_directory, nonfinal = false)
  local_packages = collect_packages(["#{local_staging_directory}/**/*.rpm", "#{local_staging_directory}/**/*.deb"])
  local_packages.each do |package|
    platform_tag = Pkg::Paths.tag_from_artifact_path(package)
    package_format = Pkg::Platforms.package_format_for_tag(platform_tag)
    case package_format
    when 'rpm'
      remote_base = Pkg::Paths.artifacts_path(platform_tag, Pkg::Paths.remote_repo_base(platform_tag, nonfinal: nonfinal), nonfinal)
    when 'deb'
      remote_base = Pkg::Paths.apt_package_base_path(platform_tag, Pkg::Paths.repo_name(nonfinal), Pkg::Config.project, nonfinal)
    else
      fail "Unexpected package format #{package_format}, cannot create symlinks."
    end
    remote_path = File.join(remote_base, File.basename(package))
    link_path = Pkg::Paths.release_package_link_path(platform_tag, nonfinal)
    link_command = <<-CMD
      if [ ! -e #{remote_path} ]; then
        echo "Uh oh! #{remote_path} doesn't exist! Can't create symlink."
        exit 1
      fi
      if [ -e #{link_path} ] && [ ! -L #{link_path} ]; then
        echo "Uh oh! #{link_path} exists but isn't a link, I don't know what to do with this."
        exit 1
      fi
      if [ -L #{link_path} ] && [ ! #{remote_path} -ef #{link_path} ]; then
        echo "Removing old link from $(readlink #{link_path}) to #{link_path} . . ."
        rm #{link_path}
      fi
      ln -sf #{remote_path} #{link_path}
    CMD
    Pkg::Util::Net.remote_execute(Pkg::Config.staging_server, link_command)
  end
end