import copy
import mf
TEST_BLOB = {
"alternates": [],
"items": [
{
"properties": {
"name": ["Author"],
"photo": ["http://example.com/author_img.jpg"],
"url": ["http://example.com"],
},
"type": ["h-card"],
"value": "Author LastName",
},
{
"properties": {
"content": [{"html": "some content", "value": "some content"}],
"name": ["some title"],
"published": ["2014-05-07T17:15:44+00:00"],
"url": ["http://example.com/reply/2014/05/07/1"],
},
"type": ["h-entry"],
},
],
"rels": {},
}
def test_no_reference():
blob = copy.deepcopy(TEST_BLOB)
assert mf.classify_comment(blob, ("http://example.com",)) == []
# add some irrelevant references
blob["items"][1]["in-reply-to"] = [
"http://werd.io/2014/homebrew-website-club-4",
"https://www.facebook.com/events/1430990723825351/",
]
assert mf.classify_comment(blob, ("http://example.com",)) == []
# no target url
assert mf.classify_comment(blob, ()) == []
def test_rsvps():
blob = copy.deepcopy(TEST_BLOB)
blob["items"][1]["properties"].update(
{
"in-reply-to": ["http://mydomain.com/my-post"],
"rsvp": ["yes"],
}
)
assert mf.classify_comment(
blob, ("http://mydoma.in/short", "http://mydomain.com/my-post")
) == ["rsvp", "reply"]
def test_invites():
blob = copy.deepcopy(TEST_BLOB)
blob["items"][1]["properties"].update(
{
"in-reply-to": ["http://mydomain.com/my-post"],
"invitee": [
{
"name": "Kyle Mahan",
"url": "https://kylewm.com",
}
],
}
)
assert mf.classify_comment(
blob, ("http://mydoma.in/short", "http://mydomain.com/my-post")
) == ["invite", "reply"]
def test_likes():
"""make sure we find likes"""
blob = copy.deepcopy(TEST_BLOB)
# add some references
blob["items"][1]["properties"].update(
{
"in-reply-to": ["http://someoneelse.com/post"],
"like-of": ["http://mydomain.com/my-post"],
}
)
assert mf.classify_comment(
blob, ("http://mydoma.in/short", "http://mydomain.com/my-post")
) == ["like"]
def test_reposts():
"""make sure we find reposts"""
blob = copy.deepcopy(TEST_BLOB)
# add some references
blob["items"][1]["properties"].update(
{
"repost-of": ["http://mydomain.com/my-post"],
"like-of": ["http://someoneelse.com/post"],
}
)
assert mf.classify_comment(
blob, ("http://mydoma.in/short", "http://mydomain.com/my-post")
) == ["repost"]
def test_multireply():
"""check behavior if our post is one among several posts
in a multireply"""
blob = copy.deepcopy(TEST_BLOB)
# add some references
blob["items"][1]["properties"].update(
{
"in-reply-to": [
"http://someoneelse.com/post",
"http://mydomain.com/my-post",
"http://athirddomain.org/permalink",
],
}
)
assert mf.classify_comment(blob, ("http://mydomain.com/my-post")) == ["reply"]
def test_multimodal():
"""a mention can have more than one classification, make sure we find
all of them. also tests some of the alternate/historical classnames"""
blob = copy.deepcopy(TEST_BLOB)
# add some references
blob["items"][1]["properties"].update(
{
"reply-to": ["http://noone.im/"],
"repost-of": [
"http://someoneelse.com",
"http://mydomain.com/my-post",
],
"like": [
"http://mydoma.in/short",
"http://someoneelse.com/post",
],
}
)
assert sorted(
mf.classify_comment(
blob, ("http://mydoma.in/short", "http://mydomain.com/my-post")
)
) == ["like", "repost"]
def test_h_cite():
"""Test object references (e.g., class="p-in-reply-to h-cite")"""
blob = copy.deepcopy(TEST_BLOB)
# add some references
blob["items"][1]["properties"].update(
{
"in-reply-to": [
{
"type": "h-cite",
"properties": {
"url": ["http://mydomain.com/my-post"],
},
}
],
}
)
assert mf.classify_comment(blob, ("http://mydomain.com/my-post",)) == ["reply"]
