def prepare_0(repo, srpm, level=None):
"""
Make up list of command strings to deploy built RPMs.
:param repo: myrepo.repo.Repo instance
:param srpm: myrepo.srpm.Srpm instance
:param level: Logging level
:return: List of command strings to deploy built RPMs.
"""
MCU.assert_repo(repo)
MCU.assert_srpm(srpm)
f = lambda b: "mock -r %s %s%s" % (b, srpm.path, _log_opt(level))
return [f(b) for b in repo.list_build_labels(srpm)]
def test_12_assert_srpm__ng(self):
with self.assertRaises(AssertionError) as cm:
TT.assert_srpm(None)
def test_10_assert_srpm__ok(self):
srpm = MS.Srpm("/a/b/c/dummy/path/to/srpm.rpm")
TT.assert_srpm(srpm)
def prepare_0(repo, srpm, build=False):
"""
Make up list of command strings to deploy built RPMs.
:param repo: myrepo.repo.Repo instance
:param srpm: myrepo.srpm.Srpm instance
:param build: Build given srpm before deployment
:return: List of command strings to deploy built RPMs.
"""
assert_repo(repo)
assert_srpm(srpm)
if build:
bcs = MCB.prepare_0(repo, srpm)
ucs = MCU.prepare_0(repo)
dcmd = repo.server.deploy_cmd
rpmdirs = repo.mockdirs(srpm)
# TODO: Sub RPM packages may have completely different names.
#rpmname_pre = "%s-%s-" % (srpm.name, srpm.version)
rpmname_pre = ''
c0 = dcmd(os.path.join(rpmdirs[0], rpmname_pre + "*.src.rpm"),
os.path.join(repo.destdir, "sources"))
if srpm.noarch:
noarch_rpms = rpmname_pre + "*.noarch.rpm"
if repo.other_archs:
ctx = dict(other_archs_s=' '.join(repo.other_archs),
primary_arch=repo.primary_arch,
noarch_rpms=noarch_rpms)
(sc, sc_dir) = repo.adjust_cmd(_MK_SYMLINKS_TO_NOARCH_RPM % ctx,
repo.destdir)
bc = MS.bind(dcmd(os.path.join(rpmdirs[0], noarch_rpms),
os.path.join(repo.destdir, repo.primary_arch)),
sc)[0]
else:
bc = dcmd(os.path.join(rpmdirs[0], noarch_rpms),
os.path.join(repo.destdir, repo.primary_arch))
if build:
cs = [MS.join(bcs[0], c0, bc, *ucs)]
else:
cs = [MS.join(c0, ucs[0]), MS.join(bc, *ucs[1:])]
else:
cs = [dcmd(os.path.join(d, rpmname_pre + "*.%s.rpm" % a),
os.path.join(repo.destdir, a)) for d, a
in itertools.izip(rpmdirs, repo.archs)]
if build:
cs = [MS.bind(bc, c)[0] for bc, c in itertools.izip(bcs, cs)]
cs = [MS.join(c, uc) for c, uc in itertools.izip(cs, ucs[1:])]
cs[0] = MS.join(cs[0], c0, ucs[0])
else:
cs = [MS.join(c0, ucs[0])] + \
[MS.join(c, uc) for c, uc in itertools.izip(cs, ucs[1:])]
return cs