def render_csv(outfile, rosdistro):
arches = bin_arches + ['SRPMS']
da_strs = []
ros_repo_names = get_ros_repo_names(ros_repos)
wet_names_versions = get_wet_names_versions(rosdistro)
dry_names_versions = get_dry_names_versions(rosdistro)
ros_pkgs_table = get_ros_pkgs_table(wet_names_versions, dry_names_versions)
# Get the version of each RPM package in each ROS RPM repository.
repo_name_da_to_pkgs = dict()
for da in get_distro_arches(arches, rosdistro):
da_str = get_dist_arch_str(da[0], da[1])
da_strs += [da_str]
for repo_name in ros_repo_names:
repo_name_da_to_pkgs[(repo_name, da_str)] = [p for p in load_Packages(ros_repos[repo_name], da[0], da[1]) if p[0].startswith('ros-%s-'%rosdistro)]
# Make an in-memory table showing the latest RPM version for each package.
t = make_versions_table(ros_pkgs_table, repo_name_da_to_pkgs, da_strs,
ros_repos.keys(), rosdistro)
with open(outfile , 'w') as fh:
# Output CSV from the in-memory table
w = csv.writer(fh)
w.writerow(t.dtype.names)
for row in t:
w.writerow(row)
def parse_options():
parser = argparse.ArgumentParser(description="Return 0 if all packages are found in the repository, else print missing packages and return 1.")
parser.add_argument(dest="repo_url",
help='repository to query for package(s)')
parser.add_argument(dest="distro",
help='Fedora distribution of target repository (eg \'spherical\' or \'beefy\')')
parser.add_argument(dest="packages", nargs='+',
help="what packages to test for.")
return parser.parse_args()
if __name__ == "__main__":
args = parse_options()
pkgs = {
'SRPMS':load_Packages(args.repo_url, args.distro, 'SRPMS'),
'i386':load_Packages(args.repo_url, args.distro, 'i386'),
'x86_64':load_Packages(args.repo_url, args.distro, 'x86_64')
}
missing = []
for p in args.packages:
try:
srpm = [r for r in pkgs['SRPMS'] if r[0] == p]
if not srpm:
missing.append(p)
print "No SRPM file found for package %s"%p
else:
for dep in srpm[0][2]:
dep_name_only = dep.split()[0]
dep_srpm = [r for r in pkgs['SRPMS'] if r[0] == dep_name_only]
if not dep_srpm:
