def test_generate_treeinfo_repositories_custom(self, mock_conf):
"""Test the generate_treeinfo_repositories function with custom repos."""
mock_conf.payload.enabled_repositories_from_treeinfo = ["variant"]
root_url = self._load_treeinfo(TREE_INFO_CUSTOM)
original = RepoConfigurationData()
original.name = "anaconda"
original.url = root_url
generated = generate_treeinfo_repositories(original, self.metadata)
optional = RepoConfigurationData()
optional.origin = REPO_ORIGIN_TREEINFO
optional.name = "MyOptional"
optional.enabled = False
optional.url = root_url + "/optional"
variant = RepoConfigurationData()
variant.origin = REPO_ORIGIN_TREEINFO
variant.name = "MyVariant"
variant.enabled = True
variant.url = root_url + "/variant"
# Anaconda ignores addons and child variants.
self._assert_repo_list_equal(generated, [optional, variant])
def test_generate_treeinfo_repositories_fedora(self):
"""Test the generate_treeinfo_repositories function with Fedora repos."""
root_url = self._load_treeinfo(TREE_INFO_FEDORA)
original = RepoConfigurationData()
original.name = "anaconda"
original.url = root_url
original.proxy = "http://proxy"
original.cost = 50
original.excluded_packages = ["p1", "p2"]
original.included_packages = ["p2", "p3"]
original.ssl_verification_enabled = False
original.ssl_configuration.ca_cert_path = "file.cert"
original.ssl_configuration.client_key_path = "client.key"
original.ssl_configuration.client_cert_path = "client.cert"
original.installation_enabled = True
generated = generate_treeinfo_repositories(original, self.metadata)
everything = RepoConfigurationData()
everything.origin = REPO_ORIGIN_TREEINFO
everything.name = "Everything"
everything.enabled = True
everything.url = root_url
everything.proxy = "http://proxy"
everything.cost = 50
everything.excluded_packages = ["p1", "p2"]
everything.included_packages = ["p2", "p3"]
everything.ssl_verification_enabled = False
everything.ssl_configuration.ca_cert_path = "file.cert"
everything.ssl_configuration.client_key_path = "client.key"
everything.ssl_configuration.client_cert_path = "client.cert"
everything.installation_enabled = False
self._assert_repo_list_equal(generated, [everything])
def test_add_repository_disabled(self):
"""Test the add_repository method with disabled repo."""
data = RepoConfigurationData()
data.name = "r1"
data.enabled = False
self.dnf_manager.add_repository(data)
self._check_repo("r1", [
"enabled = 0",
])
def test_generate_treeinfo_repositories_rhel(self):
"""Test the generate_treeinfo_repositories function with RHEL repos."""
root_url = self._load_treeinfo(TREE_INFO_RHEL)
original = RepoConfigurationData()
original.name = "anaconda"
original.url = root_url
generated = generate_treeinfo_repositories(original, self.metadata)
appstream = RepoConfigurationData()
appstream.origin = REPO_ORIGIN_TREEINFO
appstream.name = "AppStream"
appstream.enabled = True
appstream.url = "file:///tmp/appstream"
baseos = RepoConfigurationData()
baseos.origin = REPO_ORIGIN_TREEINFO
baseos.name = "BaseOS"
baseos.enabled = True
baseos.url = "file:///tmp/baseos"
self._assert_repo_list_equal(generated, [appstream, baseos])
def convert_ks_repo_to_repo_data(ks_data):
"""Convert the kickstart command into a repo configuration.
:param RepoData ks_data: a kickstart data
:return RepoConfigurationData: a repo configuration
"""
if not isinstance(ks_data, RepoData):
raise ValueError("Unexpected kickstart data: {}".format(type(ks_data)))
repo_data = RepoConfigurationData()
repo_data.name = ks_data.name
repo_data.enabled = ks_data.enabled
if ks_data.baseurl:
repo_data.url = ks_data.baseurl
repo_data.type = URL_TYPE_BASEURL
elif ks_data.mirrorlist:
repo_data.url = ks_data.mirrorlist
repo_data.type = URL_TYPE_MIRRORLIST
elif ks_data.metalink:
repo_data.url = ks_data.metalink
repo_data.type = URL_TYPE_METALINK
else:
# Handle the `repo --name=updates` use case.
repo_data.url = ""
repo_data.type = "NONE"
if ks_data.treeinfo_origin:
repo_data.origin = REPO_ORIGIN_TREEINFO
elif not repo_data.url:
repo_data.origin = REPO_ORIGIN_SYSTEM
else:
repo_data.origin = REPO_ORIGIN_USER
repo_data.proxy = ks_data.proxy or ""
repo_data.cost = ks_data.cost or DNF_DEFAULT_REPO_COST
repo_data.included_packages = ks_data.includepkgs
repo_data.excluded_packages = ks_data.excludepkgs
repo_data.installation_enabled = ks_data.install
repo_data.ssl_verification_enabled = not ks_data.noverifyssl
repo_data.ssl_configuration.ca_cert_path = ks_data.sslcacert or ""
repo_data.ssl_configuration.client_cert_path = ks_data.sslclientcert or ""
repo_data.ssl_configuration.client_key_path = ks_data.sslclientkey or ""
return repo_data
def test_generate_repo_file_metalink(self):
"""Test the generate_repo_file method with metalink."""
data = RepoConfigurationData()
data.name = "r1"
data.enabled = False
data.type = URL_TYPE_METALINK
data.url = "http://metalink"
data.included_packages = ["p1", "p2"]
data.excluded_packages = ["p3", "p4"]
self._check_content(
data, """
[r1]
name = r1
enabled = 0
metalink = http://metalink
includepkgs = p1, p2
excludepkgs = p3, p4
""")
def _set_additional_repos_from_opts(self, opts):
"""Set additional repositories based on the Anaconda options."""
for repo_name, repo_url in opts.addRepo:
try:
source = SourceFactory.parse_repo_cmdline_string(repo_url)
except PayloadSourceTypeUnrecognized:
log.error(
"Type for additional repository %s is not recognized!",
repo_url)
return
if self.get_addon_repo(repo_name):
log.warning(
"Repository name %s is not unique. Only the first "
"repo will be used!", repo_name)
is_supported = source.is_nfs \
or source.is_http \
or source.is_https \
or source.is_ftp \
or source.is_file \
or source.is_harddrive
if not is_supported:
log.error(
"Source type %s for additional repository %s is not supported!",
source.source_type.value, repo_url)
continue
repo = RepoConfigurationData()
repo.name = repo_name
repo.enabled = True
repo.type = URL_TYPE_BASEURL
repo.url = repo_url
repo.installation_enabled = False
ks_repo = convert_repo_data_to_ks_repo(repo)
self.data.repo.dataList().append(ks_repo)
