def _parse_v1_content(self, extensions):
content = []
ents = extensions.find("2.*.*.1")
for ent in ents:
oid = ent[0].rtrim(1)
content_ext = extensions.branch(oid)
content.append(
Content(
content_type=extensions.get(oid),
name=content_ext.get("1"),
label=content_ext.get("2"),
vendor=content_ext.get("5"),
url=content_ext.get("6"),
gpg=content_ext.get("7"),
enabled=content_ext.get("8"),
metadata_expire=content_ext.get("9"),
required_tags=parse_tags(content_ext.get("10")),
)
)
return content
def _parse_v1_products(self, extensions):
"""
Returns an ordered list of all the product data in the
certificate.
"""
products = []
for prod_namespace in extensions.find("1.*.1"):
oid = prod_namespace[0]
root = oid.rtrim(1)
product_id = oid[1]
ext = extensions.branch(root)
products.append(
Product(
id=product_id,
name=ext.get("1"),
version=ext.get("2"),
architectures=ext.get("3"),
provided_tags=parse_tags(ext.get("4")),
)
)
return products
def __init__(self, id=None, name=None, version=None, architectures=None, provided_tags=None):
if name is None:
raise CertificateException("Product missing name")
if id is None:
raise CertificateException("Product missing ID")
self.id = id
self.name = name
self.version = version
self.architectures = architectures
# If this is sent in as a string split it, as the field
# can technically be multi-valued:
if isinstance(self.architectures, str):
self.architectures = parse_tags(self.architectures)
if self.architectures is None:
self.architectures = []
self.provided_tags = provided_tags
if self.provided_tags is None:
self.provided_tags = []
