def test_oid_write_once(self):
t = Entry('a clue', 'an answer', 'primarytag', ['a', 'b'])
assert not t.oid
t.oid = 5
assert t.oid == 5
with pytest.raises(base.ReadOnlyError):
t.oid = 6
def test_to_dict(self):
l = CheatSheet(version='version str', modified_date=1234.1234)
init = [
Entry('c1', 'a1', 'p1', tags={'a', 'b'}, oid=2),
Entry('c2', 'a2', 'p2', tags={'a', 'a'}, oid=1),
Entry('c3', 'a3', 'p2', tags=set(), oid=11)
]
init_exp = [{
'oid': 2,
'clue': 'c1',
'answer': 'a1',
'primary': 'p1',
'tags': ['a', 'b']
}, {
'oid': 1,
'clue': 'c2',
'answer': 'a2',
'primary': 'p2',
'tags': ['a']
}, {
'oid': 11,
'clue': 'c3',
'answer': 'a3',
'primary': 'p2',
'tags': []
}]
new = [
Entry('c4', 'a4', 'p4', tags={'c'}),
Entry('c5', 'a5', 'p5', tags={'d'})
]
new_exp = [{
'oid': 12,
'clue': 'c4',
'answer': 'a4',
'primary': 'p4',
'tags': ['c']
}, {
'oid': 13,
'clue': 'c5',
'answer': 'a5',
'primary': 'p5',
'tags': ['d']
}]
for i in init:
l.add_item(i, initial_load=True)
for n in new:
l.add_item(n, initial_load=False)
d = l.to_dict()['cheatsheet']
assert d['version'] == 'version str'
assert d['modified_date'] == MOCK_TIME
assert len(d.keys()) == 3
todos = d['entries']
assert len(todos) == 5
for e in init_exp:
assert e in todos
for e in new_exp:
assert e in todos
def test_get_item_id_inc(self):
l = CheatSheet()
i1 = Entry('clue1', 'answer1', 'primary1', ['tag1', 'tag2'], oid=10)
i2 = Entry('clue2', 'answer1', 'primary1', ['tag1', 'tag2'])
l.add_item(i1, initial_load=True)
l.add_item(i2, initial_load=False)
assert i2 == l.get_item(11)
def test_validate_nonset_tags(self):
l = CheatSheet()
l.add_item(Entry(clue='c', answer='a', primary='prim', tags={'a'}))
l.validate()
with pytest.raises(base.ValidationError):
l = CheatSheet()
l.add_item(Entry(clue='c', answer='a', primary='prim', tags=set()))
l.get_item(1).tags = ['a']
l.validate()
def test_validate_primary_is_tag(self):
l = CheatSheet()
l.add_item(Entry(clue='c', answer='a', primary='prim', tags={'a'}))
l.validate()
with pytest.raises(base.ValidationError):
l = CheatSheet()
l.add_item(
Entry(clue='c', answer='a', primary='prim', tags={'a',
'prim'}))
l.validate()
def test_remove_item_tagset(self):
l = CheatSheet()
i1 = Entry('clue1', 'answer1', 'prim1', oid=1, tags={'a', 'b', 'c'})
i2 = Entry('clue1', 'answer1', 'prim2', oid=2, tags={'b', 'c', 'd'})
l.add_item(i1, initial_load=True)
l.add_item(i2, initial_load=True)
assert l.tag_set == {'prim1', 'prim2', 'a', 'b', 'c', 'd'}
l.remove_item(1)
assert l.tag_set == {'prim2', 'b', 'c', 'd'}
def test_from_dict(self):
d = {
'cheatsheet': {
'version':
'version str',
'modified_date':
1234.1234,
'entries': [{
'oid': 2,
'clue': 'c1',
'answer': 'a1',
'primary': 'p1',
'tags': ['a', 'b'],
}, {
'oid': 1,
'clue': 'c2',
'answer': 'a2',
'primary': 'p2',
'tags': ['a']
}, {
'oid': 11,
'clue': 'c3',
'answer': 'a3',
'primary': 'p2',
'tags': []
}, {
'oid': 12,
'clue': 'c4',
'answer': 'a4',
'primary': 'p4',
'tags': ['c']
}, {
'oid': 13,
'clue': 'c5',
'answer': 'a5',
'primary': 'p5',
'tags': ['d']
}]
}
}
exp_items = [
Entry('c1', 'a1', 'p1', tags={'a', 'b'}, oid=2),
Entry('c2', 'a2', 'p2', tags={'a', 'a'}, oid=1),
Entry('c3', 'a3', 'p2', tags=set(), oid=11),
Entry('c4', 'a4', 'p4', tags={'c'}, oid=12),
Entry('c5', 'a5', 'p5', tags={'d'}, oid=13)
]
l = CheatSheet.from_dict(d)
assert not l.modified
assert l.version == 'version str'
assert l.modified_date == 1234.1234
assert l.size() == 5
for t in l.items:
assert t in exp_items
assert l.tag_set == {'p1', 'p2', 'p4', 'p5', 'a', 'b', 'c', 'd'}
def test_remove_item_overlapping_tags(self):
# tests that library keeps tags on removal shared with non-removed objects
l = CheatSheet()
i1 = Entry('clue1', 'answer1', 'primary1', ['a', 'b'], oid=1)
i2 = Entry('clue2', 'answer1', 'primary1', ['b', 'c'], oid=2)
l.add_item(i1, initial_load=True)
l.add_item(i2, initial_load=True)
assert l.tag_set == {'primary1', 'a', 'b', 'c'}
l.remove_item(1)
assert l.tag_set == {'primary1', 'b', 'c'} # b still there
def test_add_item_new_primary_in_tag_set(self):
l = CheatSheet()
i1 = Entry('clue1', 'answer1', 'primary1', ['tag1', 'tag2'])
i2 = Entry('clue1', 'answer1', 'primary2', ['tag2', 'tag3'])
l.add_item(i1, initial_load=False)
assert l.tag_set == set(['primary1', 'tag1', 'tag2'])
l.add_item(i2, initial_load=False)
assert l.tag_set == set(
['primary1', 'primary2', 'tag1', 'tag2', 'tag3'])
assert l.size() == 2
assert l.modified == True
def test_primary_map(self):
l = CheatSheet()
i1 = l.add_item(Entry(clue='c', answer='a', primary='p1', tags={'a'}))
i2 = l.add_item(Entry(clue='c', answer='a', primary='p1', tags={'a'}))
i3 = l.add_item(Entry(clue='c', answer='a', primary='p3', tags={'a'}))
i4 = l.add_item(Entry(clue='c', answer='a', primary='p4', tags={'a'}))
assert i1 in l.primary_map['p1']
assert i2 in l.primary_map['p1']
assert [i3] == l.primary_map['p3']
assert [i4] == l.primary_map['p4']
assert len(l.primary_map['p1']) == 2
l.remove_item(3)
assert 'p3' not in l.primary_map
def test_remove_item_readd_dupe_id(self):
l = self.setup_initial_list([
Entry('clue1', 'answer1', 'prim1', oid=1, tags={'a', 'b', 'c'}),
Entry('clue1', 'answer1', 'prim2', oid=2, tags={'b', 'c', 'd'})
])
l.remove_item(1)
l.add_item(Entry('clue1',
'answer1',
'prim1',
oid=1,
tags=set(['a', 'b', 'c'])),
initial_load=True)
assert bool(l.get_item(1))
def test_add_item_initial_load(self):
l = CheatSheet(modified_date=1234.1234)
i1 = Entry('clue1', 'answer1', 'primary1', ['tag1', 'tag2'], oid=1)
i2 = Entry('clue2', 'answer2', 'primary1', ['tag2', 'tag3'])
assert l.modified == False
assert l.modified_date == 1234.1234
l.add_item(i1, initial_load=True)
assert l.modified == False
assert l.modified_date == 1234.1234
l.add_item(i2, initial_load=False)
assert l.tag_set == set(['primary1', 'tag1', 'tag2', 'tag3'])
assert l.size() == 2
assert l.modified == True
assert l.modified_date == MOCK_TIME
def test_update_item_clue(self):
init = [
Entry('orig text 1', 'answer1', 'prim1', oid=1, tags={'a', 'b'}),
Entry('orig text 2', 'answer2', 'prim2', oid=2, tags={}),
Entry('orig text 3', 'answer3', 'prim2', oid=10, tags={'c'}),
]
l = CheatSheet()
for i in init:
l.add_item(i, initial_load=True)
assert not l.modified
assert l.get_item(1).clue == 'orig text 1'
l.update_item(1, clue='new text 1')
assert l.get_item(1).clue == 'new text 1'
assert l.modified
assert l.modified_date == MOCK_TIME
def test_add_item_initial_load_no_id(self):
l = CheatSheet()
i1 = Entry('clue1', 'answer1', 'primary1', ['tag1', 'tag2'])
with pytest.raises(base.IllegalStateError):
l.add_item(i1, initial_load=True)
l.add_item(i1, initial_load=False)
def test_update_item_tags_to_set(self):
l = CheatSheet()
l.add_item(Entry('1', 'c1', 'prim1', tags={'a', 'b'}, oid=1),
initial_load=True)
l.update_item(1, tags=['a', 'b'])
assert l.get_item(1).tags == {'a', 'b'}
assert not l.modified
def make_entry(self,
clue='a clue',
answer='an answer',
primary='primary tag',
oid=3,
tags=['a', 'b']):
return Entry(clue, answer, primary, tags, oid=oid)
def test_update_item_tags(self):
init = [
Entry('orig text 1', 'answer1', 'prim1', oid=1, tags={'a', 'b'}),
Entry('orig text 2', 'answer2', 'prim2', oid=2, tags={}),
Entry('orig text 3', 'answer3', 'prim2', oid=10, tags={'c'}),
]
l = CheatSheet()
for i in init:
l.add_item(i, initial_load=True)
assert l.tag_set == {'prim1', 'prim2', 'a', 'b', 'c'}
assert l.get_item(1).tags == {'a', 'b'}
l.update_item(1, tags={'a', 'd'})
assert l.tag_set == {'prim1', 'prim2', 'a', 'd', 'c'}
assert l.get_item(1).tags == {'a', 'd'}
assert l.modified
assert l.modified_date == MOCK_TIME
def test_validate_invalid_primary(self):
l = CheatSheet()
l.add_item(
Entry(clue='clue', answer='answer', primary='prim', tags=set()))
l.validate()
with pytest.raises(base.ValidationError):
l = CheatSheet()
l.add_item(Entry(clue='clue', answer='', primary='', tags=set()))
l.validate()
with pytest.raises(base.ValidationError):
l = CheatSheet()
l.add_item(
Entry(clue='clue', answer=None, primary=None, tags=set()))
l.validate()
with pytest.raises(base.ValidationError):
l = CheatSheet()
l.add_item(Entry(clue='clue', answer=345, primary=341, tags=set()))
l.validate()
def test_validate_non_int_id(self):
l = CheatSheet()
l.add_item(Entry(clue='clue',
answer='answer',
primary='prim',
tags=set(),
oid=1.2),
initial_load=True)
with pytest.raises(base.ValidationError):
l.validate()
def test_update_item_bad_id(self):
l = CheatSheet()
l.add_item(Entry('orig text 1',
'answer1',
'prim1',
tags={'a', 'b'},
oid=1),
initial_load=True)
with pytest.raises(base.InvalidIDError):
l.update_item(6, clue='stuff')
def test_add_item_new(self):
TestCheatSheet.mock_time.return_value = MOCK_TIME
l = CheatSheet()
i = Entry('clue1', 'answer1', 'primary1', ['a', 'b'])
l.add_item(i, initial_load=False)
assert l.tag_set == {'primary1', 'a', 'b'}
assert l.size() == 1
assert l.modified == True
assert l.modified_date == MOCK_TIME
assert TestCheatSheet.mock_time.called_once_with()
def test_update_item_nochange(self):
l = CheatSheet()
l.add_item(Entry('c1', 'a1', 'prim1', tags={'a', 'b'}, oid=1),
initial_load=True)
l.update_item(1,
clue='c1',
answer='a1',
primary='prim1',
tags={'b', 'a'})
assert not l.modified
assert l.modified_date == None
def test_remove_item_complex(self):
init = [
Entry('clue1', 'answer1', 'prim1', oid=1, tags={'a', 'b'}),
Entry('clue2', 'answer2', 'prim2', oid=2, tags={}),
Entry('clue3', 'answer3', 'prim2', oid=10, tags={'c'}),
]
newly = [
Entry('new1', 'new1', 'prim3', tags={'b', 'd'}),
Entry('new2', 'new2', 'prim2', tags=set())
]
l = CheatSheet()
for i in init:
l.add_item(i, initial_load=True)
for n in newly:
l.add_item(n, initial_load=False)
assert l.size() == 5
assert l.tag_set == {'prim1', 'prim2', 'prim3', 'a', 'b', 'c', 'd'}
l.remove_item(1)
assert l.size() == 4
assert l.tag_set == {'prim2', 'prim3', 'b', 'c', 'd'}
assert l.modified
l.add_item(Entry('clue1', 'answer1', 'prim1', tags={'a', 'b'}),
initial_load=False)
assert l.size() == 5
assert l.tag_set == {'prim1', 'prim2', 'prim3', 'a', 'b', 'c', 'd'}
def test_remove_item_after_initial(self):
# removes item that was not loaded initially
l = CheatSheet()
i1 = Entry('clue1', 'answer1', 'primary1', ['a', 'b'])
l.add_item(i1, initial_load=False)
assert l.size() == 1
assert l.get_item(1) == i1
assert l.tag_set == {'primary1', 'a', 'b'}
l.remove_item(1)
assert l.size() == 0
with pytest.raises(base.InvalidIDError):
l.get_item(1)
assert l.tag_set == set()
def test_from_dict_goodvalues(self):
d = {
'clue': 'a clue',
'answer': 'an answer',
'primary': 'p tag',
'tags': ['tag1', 'tag2'],
'oid': 3
}
t = Entry.from_dict(d)
assert t.clue == 'a clue'
assert t.answer == 'an answer'
assert t.primary == 'p tag'
assert t.tags == set({'tag1', 'tag2'})
assert t.oid == 3
def test_update_item_clue(self):
init = [
Entry('orig text 1', 'answer1', 'prim1', oid=1, tags={'a', 'b'}),
]
l = CheatSheet()
for i in init:
l.add_item(i, initial_load=True)
assert not l.modified
assert l.get_item(1).answer == 'answer1'
l.update_item(1, answer='answer new')
assert l.get_item(1).answer == 'answer new'
assert l.modified
assert l.modified_date == MOCK_TIME
def test_remove_item(self):
l = CheatSheet()
i1 = Entry('clue1', 'answer1', 'primary1', ['a', 'b'], oid=3)
l.add_item(i1, initial_load=True)
assert l.size() == 1
assert l.get_item(3) == i1
assert l.tag_set == set(['primary1', 'a', 'b'])
l.remove_item(3)
assert l.size() == 0
with pytest.raises(base.InvalidIDError):
l.get_item(3)
assert l.tag_set == set()
assert l.modified
assert l.modified_date == MOCK_TIME
def test_query_tag_and(self):
init = [
Entry('c1', 'a1', 'p1', tags={'a', 'b'}, oid=2),
Entry('c1', 'a1', 'b', tags={'a'}, oid=1),
Entry('c1', 'a1', 'a', tags=set(), oid=11),
Entry('c1', 'a1', 'p1', tags={'a'}, oid=3),
Entry('c1', 'a1', 'p1', tags={'b'}, oid=5),
Entry('c1', 'a1', 'p1', tags={'dog'}, oid=10),
]
matcher = EntryMatcherTags({'a', 'b'}, sjb.cs.classes.SEARCH_AND)
exp = [0, 1]
l = CheatSheet()
for i in init:
l.add_item(i, initial_load=True)
ret = l.query_items(matcher)
assert len(ret) == len(exp)
for ind in exp:
assert init[ind] in ret
def test_oid_readonly(self):
t = Entry('a clue', 'an answer', 'primarytag', ['a', 'b'], oid=4)
assert t.oid == 4
with pytest.raises(base.ReadOnlyError):
t.oid = 5
def test_validate_new_item(self):
l = CheatSheet()
l.add_item(
Entry(clue='clue', answer='answer', primary='prim', tags=set()))
l.validate()
