def test_tinyset(self):
size = 4
data = list(generate_app_data(size))
eq_(len(data), size)
# Names are unique.
eq_(len(set(appname for appname, cat in data)), size)
# Size is smaller than name list, so no names end in numbers.
ok_(not any(appname[-1].isdigit() for appname, cat in data))
def test_tinyset(self):
size = 4
data = list(generate_app_data(size))
eq_(len(data), size)
# Names are unique.
eq_(len(set(appname for appname, cat in data)), size)
# Size is smaller than name list, so no names end in numbers.
ok_(not any(appname[-1].isdigit() for appname, cat in data))
def test_smallset(self):
size = 60
data = list(generate_app_data(size))
eq_(len(data), size)
ctr = collections.defaultdict(int)
for appname, cat in data:
ctr[cat] += 1
eq_(set(ctr.values()), set([3, 4]))
eq_(len(set(appname for appname, cat in data)), size)
ok_(not any(appname[-1].isdigit() for appname, cat in data))
def test_tinyset(self):
size = 4
data = list(generate_app_data(size))
eq_(len(data), size)
ctr = collections.defaultdict(int)
for appname, cat in data:
ctr[cat] += 1
# Apps are binned into categories, at least 3 in each.
eq_(ctr.values(), [4])
# Names are unique.
eq_(len(set(appname for appname, cat in data)), size)
# Size is smaller than name list, so no names end in numbers.
ok_(not any(appname[-1].isdigit() for appname, cat in data))
def test_bigset(self):
size = 1500
data = list(generate_app_data(size))
eq_(len(data), size)
ctr = collections.defaultdict(int)
for appname, cat in data:
ctr[cat] += 1
# Every name is used without a suffix.
eq_(sum(1 for appname, cat in data if not appname[-1].isdigit()),
len(fake_app_names))
# Every name is used with ' 1' as a suffix.
eq_(sum(1 for appname, cat in data if appname.endswith(' 1')),
len(fake_app_names))
def test_bigset(self):
size = 1500
data = list(generate_app_data(size))
eq_(len(data), size)
ctr = collections.defaultdict(int)
for appname, cat in data:
ctr[cat] += 1
# Every name is used without a suffix.
eq_(sum(1 for appname, cat in data if not appname[-1].isdigit()),
len(fake_app_names))
# Every name is used with ' 1' as a suffix.
eq_(sum(1 for appname, cat in data if appname.endswith(' 1')),
len(fake_app_names))
def test_bigset(self):
size = 300
data = list(generate_app_data(size))
eq_(len(data), size)
ctr = collections.defaultdict(int)
for appname, cat in data:
ctr[cat] += 1
# Apps are spread between categories evenly - the difference between
# the largest and smallest category is less than 2.
ok_(max(ctr.values()) - min(ctr.values()) < 2)
eq_(len(set(appname for appname, cat in data)), size)
# Every name is used without a suffix.
eq_(sum(1 for appname, cat in data if not appname[-1].isdigit()),
len(fake_app_names))
# Every name is used with ' 1' as a suffix.
eq_(sum(1 for appname, cat in data if appname.endswith(' 1')),
len(fake_app_names))
def test_smallset(self):
size = 60
data = list(generate_app_data(size))
eq_(len(data), size)
eq_(len(set(appname for appname, cat in data)), size)
ok_(not any(appname[-1].isdigit() for appname, cat in data))
def test_smallset(self):
size = 60
data = list(generate_app_data(size))
eq_(len(data), size)
eq_(len(set(appname for appname, cat in data)), size)
ok_(not any(appname[-1].isdigit() for appname, cat in data))