def test_paginator__get_page_info(kw, total, previous, next, start, end):
paginator = Paginator(**kw)
page_info = paginator.get_page_info(total)
assert page_info.has_previous_page is previous
assert page_info.has_next_page is next
assert page_info.start_cursor == start if start is None else encode_cursor(
start)
assert page_info.end_cursor == end if end is None else encode_cursor(end)
def test_encode_and_decode_cursor():
assert decode_cursor(encode_cursor(42)) == 42
def test_encode_cursor(num, cursor):
assert encode_cursor(num) == cursor
def test_paginator__custom_per_page():
paginator = Paginator(per_page=5)
assert paginator.per_page == 5
assert paginator.slice_from == 0
assert paginator.slice_to == 5
@pytest.mark.parametrize(
"kw, slice_from, slice_to",
[
({
"first": 15
}, 0, 15),
({
"first": 5,
"after": encode_cursor(3)
}, 3, 8),
({
"last": 8,
"before": encode_cursor(20)
}, 11, 19),
# overflow of slice_from
({
"last": 100,
"before": encode_cursor(42)
}, 0, 41),
# preffer first before last if both provided
({
"first": 20,
"last": 4
}, 0, 20),
assert expected_ids == [int(r.meta.id) for r in response]
def test_query_reports__highlight():
prepare_reports()
paginator = Paginator()
query = 'King'
response = query_reports(query, paginator, highlight=True)
doc = response.hits[0]
assert '<mark>King</mark>' in doc.meta.highlight.title[0]
assert '<mark>King</mark>' in doc.meta.highlight.body[0]
@pytest.mark.parametrize('first, after, expected_ids', [
(2, None, [3, 2]),
(2, encode_cursor(1), [2, 1]),
])
def test_query_reports__pagination(first, after, expected_ids):
prepare_reports()
query = ''
paginator = Paginator(first=first, after=after)
response = query_reports(query, paginator)
assert expected_ids == [int(r.meta.id) for r in response]
def test_reports_by_author():
prepare_reports()
author_id = 1
paginator = Paginator()
response = reports_by_author(author_id, paginator)
assert [3, 1] == [int(r.meta.id) for r in response]
def test_paginator__custom_per_page():
paginator = Paginator(per_page=5)
assert paginator.per_page == 5
assert paginator.slice_from == 0
assert paginator.slice_to == 5
@pytest.mark.parametrize(
'kw, slice_from, slice_to',
[
({
'first': 15
}, 0, 15),
({
'first': 5,
'after': encode_cursor(3)
}, 3, 8),
({
'last': 8,
'before': encode_cursor(20)
}, 11, 19),
# overflow of slice_from
({
'last': 100,
'before': encode_cursor(42)
}, 0, 41),
# preffer first before last if both provided
({
'first': 20,
'last': 4
}, 0, 20),
response = query_reports(query, paginator)
assert expected_ids == [int(r.meta.id) for r in response]
def test_query_reports__highlight():
prepare_reports()
paginator = Paginator()
query = "King"
response = query_reports(query, paginator, highlight=True)
doc = response.hits[0]
assert "<mark>King</mark>" in doc.meta.highlight.title[0]
assert "<mark>King</mark>" in doc.meta.highlight.body[0]
@pytest.mark.parametrize("first, after, expected_ids",
[(2, None, [3, 2]), (2, encode_cursor(1), [2, 1])])
def test_query_reports__pagination(first, after, expected_ids):
prepare_reports()
query = ""
paginator = Paginator(first=first, after=after)
response = query_reports(query, paginator)
assert expected_ids == [int(r.meta.id) for r in response]
def test_reports_by_author():
prepare_reports()
author_id = 1
paginator = Paginator()
response = reports_by_author(author_id, paginator)
assert [3, 1] == [int(r.meta.id) for r in response]
response = search_reports(paginator, query=query)
assert expected_ids == [int(r.meta.id) for r in response]
def test_search_reports__highlight():
prepare_reports()
paginator = Paginator()
query = "King"
response = search_reports(paginator, query=query, highlight=True)
doc = response.hits[0]
assert "<mark>King</mark>" in doc.meta.highlight.title[0]
assert "<mark>King</mark>" in doc.meta.highlight.body[0]
@pytest.mark.parametrize(
"first, after, expected_ids", [(2, None, [3, 2]), (2, encode_cursor(1), [2, 1])]
)
def test_search_reports__pagination(first, after, expected_ids):
prepare_reports()
paginator = Paginator(first=first, after=after)
response = search_reports(paginator)
assert expected_ids == [int(r.meta.id) for r in response]
def test_search_reports__by_author():
prepare_reports()
author_id = 1
paginator = Paginator()
response = search_reports(paginator, author_id=author_id)
assert [3, 1] == [int(r.meta.id) for r in response]