def test_referencelibrary_deser_empty():
"""Check proper deserialization for a reference library dict."""
dict = {}
reference_library = ReferenceLibrary(**dict)
assert len(reference_library.books) == 0
dict = {"books": []}
reference_library = ReferenceLibrary(**dict)
assert len(reference_library.books) == 0
def test_referencelibrary_deser_interfacegroups():
"""Test deserialization for a reference library with interface groups."""
dict = {
"books": [{
"name":
"book1",
"interfaceGroups": [{
"name":
"g1",
"interfaces": [{
"hostname": "h1",
"interface": "i1"
}, {
"hostname": "h2",
"interface": "i2"
}]
}, {
"name": "g2"
}]
}, {
"name": "book2",
}]
}
reference_library = ReferenceLibrary.from_dict(dict)
assert len(reference_library.books) == 2
assert reference_library.books[0].name == "book1"
assert len(reference_library.books[0].interfaceGroups) == 2
assert reference_library.books[0].interfaceGroups[0].name == "g1"
assert len(reference_library.books[0].interfaceGroups[0].interfaces) == 2
def test_referencelibrary_deser_addressgroups():
"""Test deserialization for a reference library with address groups."""
dict = {
"books": [
{
"name":
"book1",
"addressGroups": [
{
"name": "ag1",
"addresses":
["1.1.1.1/24", "2.2.2.2", "3.3.3.3:0.0.0.8"],
},
{
"name": "ag2"
},
],
},
{
"name": "book2"
},
]
}
reference_library = ReferenceLibrary.from_dict(dict)
assert len(reference_library.books) == 2
assert reference_library.books[0].name == "book1"
assert len(reference_library.books[0].addressGroups) == 2
assert reference_library.books[0].addressGroups[0].name == "ag1"
assert len(reference_library.books[0].addressGroups[0].addresses) == 3
def test_non_empty_referencelibrary():
"""Check proper deserialization for a reference library dict."""
dict = {
"books": [{
"name":
"book1",
"addressGroups": [{
"name":
"ag1",
"addresses": ["1.1.1.1/24", "2.2.2.2", "3.3.3.3:0.0.0.8"]
}, {
"name": "ag2"
}]
}, {
"name": "book2",
}]
}
reference_library = ReferenceLibrary.from_dict(dict)
assert len(reference_library.books) == 2
assert reference_library.books[0].name == "book1"
assert len(reference_library.books[0].addressGroups) == 2
assert reference_library.books[0].addressGroups[0].name == "ag1"
assert len(reference_library.books[0].addressGroups[0].addresses) == 3
def bf_get_reference_library():
# type: () -> ReferenceLibrary
"""Returns the reference library for the active network."""
return ReferenceLibrary.from_dict(
restv2helper.get_reference_library(bf_session))
def test_referencelibrary_construction_list():
"""Check that we construct reference library where sub-props are lists."""
book = ReferenceBook("a")
library = ReferenceLibrary(books=[book])
assert library.books == [book]
def test_referencelibrary_construction_item():
"""Check that we construct reference library when sub-props are not a list."""
book = ReferenceBook("a")
library = ReferenceLibrary(books=[book])
assert ReferenceLibrary(books=book) == library
def test_referencelibrary_construction_badtype():
"""Check that we throw an error when reference library is built with wrong type."""
with pytest.raises(ValueError):
ReferenceLibrary(books="i1")
with pytest.raises(ValueError):
ReferenceLibrary(books=["ag", ReferenceBook("a")])
def test_referencelibrary_construction_empty():
"""Check that we construct empty reference library properly."""
empty = ReferenceLibrary(books=[])
assert ReferenceLibrary() == empty
assert ReferenceLibrary(None) == empty