def test_create_reference_book():
simple_database = six.u("""
RFC1918_10 = 10.0.0.0/8 # non-public
RFC1918_172 = 172.16.0.0/12 # non-public
RFC1918_192 = 192.168.0.0/16 # non-public
RFC1918 = RFC1918_10
RFC1918_172
RFC1918_192
""")
defs = _load_test_definitions(simple_database)
book = capirca.create_reference_book(defs)
assert book.name == 'capirca'
assert len(book.addressGroups) == 4
assert set(g.name for g in book.addressGroups) == {
'RFC1918', 'RFC1918_10', 'RFC1918_172', 'RFC1918_192'}
assert not book.interfaceGroups
book_custom = capirca.create_reference_book(defs, 'testbook')
assert book_custom.name == 'testbook'
assert book_custom.addressGroups == book.addressGroups
assert book_custom.interfaceGroups == book.interfaceGroups
def test_create_reference_book():
simple_database = """
RFC1918_10 = 10.0.0.0/8 # non-public
RFC1918_172 = 172.16.0.0/12 # non-public
RFC1918_192 = 192.168.0.0/16 # non-public
RFC1918 = RFC1918_10
RFC1918_172
RFC1918_192
"""
defs = _load_test_definitions(simple_database)
book = capirca.create_reference_book(defs)
assert book.name == "capirca"
assert len(book.addressGroups) == 4
assert set(g.name for g in book.addressGroups) == {
"RFC1918",
"RFC1918_10",
"RFC1918_172",
"RFC1918_192",
}
assert not book.interfaceGroups
book_custom = capirca.create_reference_book(defs, "testbook")
assert book_custom.name == "testbook"
assert book_custom.addressGroups == book.addressGroups
assert book_custom.interfaceGroups == book.interfaceGroups
def test_create_reference_book(session, network):
book = create_reference_book(os.path.join(_this_dir, 'capirca', 'defs'))
bf_put_reference_book(book)
getbook = bf_get_reference_book('capirca')
# TODO: can this just be book equality? Right now, books are implemented
# with contents that are lists, and converting to set broke a bunch of
# tests that expect those lists to be indexable.
assert getbook.name == book.name
assert (set(g.name for g in getbook.addressGroups) == set(
g.name for g in book.addressGroups))