def _build_nevra(self, update_pkg_id: int) -> str:
name_id, evr_id, arch_id, _, _, _ = self.db_cache.package_details[
update_pkg_id]
name = self.db_cache.id2packagename[name_id]
epoch, ver, rel = self.db_cache.id2evr[evr_id]
arch = self.db_cache.id2arch[arch_id]
nevra = join_rpm_name(name, epoch, ver, rel, arch)
return nevra
def process_list(self, data):
""" Processes whole package_list and returns info. """
packages = data.get("package_list")
response = {"package_list": {}}
db_connection = self.db_pool.get_connection()
with db_connection.get_cursor() as cursor:
for package in packages:
name, epoch, version, release, arch = parse_rpm_name(package, default_epoch='0')
cursor.execute("""select distinct p.summary, p.description,
pn2.name, evr2.epoch, evr2.version, evr2.release, a2.name,
cs.label, cs.name, a.name, r.releasever,
pn3.name
from package p
left join package_name pn on pn.id = p.name_id
left join arch ap on p.arch_id = ap.id
left join evr on p.evr_id = evr.id
left join package p2 on p2.id = p.source_package_id
left join package_name pn2 on p2.name_id = pn2.id
left join evr evr2 on p2.evr_id = evr2.id
left join arch a2 on p2.arch_id = a2.id
left join pkg_repo pr on pr.pkg_id = p.id
left join repo r on r.id = pr.repo_id
left join content_set cs on cs.id = r.content_set_id
left join arch a on a.id = r.basearch_id
left join package p3 on p3.source_package_id = p.id
left join package_name pn3 on p3.name_id = pn3.id
where pn.name = '%s'
and ap.name = '%s'
and evr.epoch = '%s'
and evr.version = '%s'
and evr.release = '%s'
""" % (name, arch, epoch, version, release))
query = cursor.fetchall()
pkgs = {}
pkgs[package] = {}
for item in query:
pkgs[package] = {"summary": item[PACKAGE_SUMMARY],
"description": item[PACKAGE_DESCRIPTION],
"source_package": join_rpm_name(item[SOURCE_PACKAGE_NAME],
item[SOURCE_PACKAGE_EPOCH],
item[SOURCE_PACKAGE_VERSION],
item[SOURCE_PACKAGE_RELEASE],
item[SOURCE_PACKAGE_ARCH]),
"repositories": self._build_repositories(query),
"binary_package_list": self._build_binary_packages(query)
}
response["package_list"].update(pkgs)
self.db_pool.return_connection(db_connection)
return response
def _add_package_entry(self, pkg_id, name_id, evr_id, arch_id):
"""Add package to the ultimate response"""
if name_id not in self.pkgnameid2pkgname:
LOGGER.error(
"INCONSISTENT DATA: pkg id %s - package name id %s not found",
pkg_id, name_id)
if evr_id not in self.evrid2evr:
LOGGER.error("INCONSISTEN DATA: pkg id %s - evr id %s not found",
pkg_id, evr_id)
if arch_id not in self.archid2arch:
LOGGER.error("INCONSISTENT DATA: pkg id %s - arch id %s not found",
pkg_id, arch_id)
(epoch, ver, rel) = self.evrid2evr[evr_id]
package_nevra = join_rpm_name(self.pkgnameid2pkgname[name_id], epoch,
ver, rel, self.archid2arch[arch_id])
self.packagedata[pkg_id] = {
'data': {
'nevra': package_nevra,
'repositories': []
}
}
self.datadict[name_id].append(self.packagedata[pkg_id]['data'])
def _build_nevra(self, pkg_detail: tuple):
name_id, evr_id, arch_id, _, _, _ = pkg_detail
name = self.cache.id2packagename[name_id]
epoch, ver, rel = self.cache.id2evr[evr_id]
arch = self.cache.id2arch[arch_id]
return join_rpm_name(name, epoch, ver, rel, arch)
def test_join_pkgname(self):
"""Test joining package name"""
pkg_name = rpm.join_rpm_name("test", "2", "1.2", "4.el7", "x86_64")
assert pkg_name == "test-2:1.2-4.el7.x86_64"