def test_init_lgroup(lgroups):
assert lgroups.slice_both_named_wh_named_axis.name == "full"
assert lgroups.slice_both_named_wh_named_axis.key == slice(1, 5, None)
assert lgroups.slice_both_named_wh_named_axis.axis is age
assert lgroups.slice_both_named.name == "named"
assert lgroups.slice_both_named.key == slice(1, 5, None)
assert lgroups.slice_both.key == slice(1, 5, None)
assert lgroups.slice_start.key == slice(1, None, None)
assert lgroups.slice_stop.key == slice(None, 5, None)
assert lgroups.slice_none_no_axis.key == slice(None, None, None)
assert lgroups.slice_none_wh_named_axis.axis is lipro
assert lgroups.slice_none_wh_anonymous_axis.axis is anonymous
assert lgroups.single_value.key == 'P03'
assert lgroups.list.key == ['P01', 'P03', 'P04']
group = LGroup('1:5', age, age)
assert group.name == age.name
group = age['1:5'] >> age
assert group.name == age.name
group2 = LGroup('1', axis=age)
group = LGroup('1', group2, axis=age)
assert group.name == '1'
group = age['1'] >> group2
assert group.name == '1'
group2 = LGroup('1:5', 'age', age)
group = LGroup('1:5', group2, axis=age)
assert group.name == group2.name
group = age['1:5'] >> group2
assert group.name == group2.name
axis = Axis('axis=a,a0..a3,b,b0..b3,c,c0..c3')
for code in axis.matching('^.$'):
group = axis.startingwith(code) >> code
assert group.equals(axis.startingwith(code) >> str(code))
def test_init_lgroup(lgroups):
assert lgroups.slice_both_named_wh_named_axis.name == "full"
assert lgroups.slice_both_named_wh_named_axis.key == slice(1, 5, None)
assert lgroups.slice_both_named_wh_named_axis.axis is age
assert lgroups.slice_both_named.name == "named"
assert lgroups.slice_both_named.key == slice(1, 5, None)
assert lgroups.slice_both.key == slice(1, 5, None)
assert lgroups.slice_start.key == slice(1, None, None)
assert lgroups.slice_stop.key == slice(None, 5, None)
assert lgroups.slice_none_no_axis.key == slice(None, None, None)
assert lgroups.slice_none_wh_named_axis.axis is lipro
assert lgroups.slice_none_wh_anonymous_axis.axis is anonymous
assert lgroups.single_value.key == 'P03'
assert lgroups.list.key == ['P01', 'P03', 'P04']
group = LGroup('1:5', age, age)
assert group.name == age.name
group = age['1:5'] >> age
assert group.name == age.name
group2 = LGroup('1', axis=age)
group = LGroup('1', group2, axis=age)
assert group.name == '1'
group = age['1'] >> group2
assert group.name == '1'
group2 = LGroup('1:5', 'age', age)
group = LGroup('1:5', group2, axis=age)
assert group.name == group2.name
group = age['1:5'] >> group2
assert group.name == group2.name
axis = Axis('axis=a,a0..a3,b,b0..b3,c,c0..c3')
for code in axis.matching(regex='^.$'):
group = axis.startingwith(code) >> code
assert group.equals(axis.startingwith(code) >> str(code))
def test_init(self):
self.assertEqual(self.slice_both_named_wh_named_axis.name, "full")
self.assertEqual(self.slice_both_named_wh_named_axis.key, slice(1, 5, None))
self.assertIs(self.slice_both_named_wh_named_axis.axis, self.age)
self.assertEqual(self.slice_both_named.name, "named")
self.assertEqual(self.slice_both_named.key, slice(1, 5, None))
self.assertEqual(self.slice_both.key, slice(1, 5, None))
self.assertEqual(self.slice_start.key, slice(1, None, None))
self.assertEqual(self.slice_stop.key, slice(None, 5, None))
self.assertEqual(self.slice_none_no_axis.key, slice(None, None, None))
self.assertIs(self.slice_none_wh_named_axis.axis, self.lipro)
self.assertIs(self.slice_none_wh_anonymous_axis.axis, self.anonymous)
self.assertEqual(self.single_value.key, 'P03')
self.assertEqual(self.list.key, ['P01', 'P03', 'P04'])
# passing an axis as name
group = LGroup('1:5', self.age, self.age)
assert group.name == self.age.name
group = self.age['1:5'] >> self.age
assert group.name == self.age.name
# passing an unnamed group as name
group2 = LGroup('1', axis=self.age)
group = LGroup('1', group2, axis=self.age)
assert group.name == '1'
group = self.age['1'] >> group2
assert group.name == '1'
# passing a named group as name
group2 = LGroup('1:5', 'age', self.age)
group = LGroup('1:5', group2, axis=self.age)
assert group.name == group2.name
group = self.age['1:5'] >> group2
assert group.name == group2.name
# additional test
axis = Axis('axis=a,a0..a3,b,b0..b3,c,c0..c3')
for code in axis.matching('^.$'):
group = axis.startingwith(code) >> code
assert group == axis.startingwith(code) >> str(code)
def test_matching():
sutcode = Axis(['A23', 'A2301', 'A25', 'A2501'], 'sutcode')
assert sutcode.matching(regex='^...$') == LGroup(['A23', 'A25'])
assert sutcode.startingwith('A23') == LGroup(['A23', 'A2301'])
assert sutcode.endingwith('01') == LGroup(['A2301', 'A2501'])
def test_matching(self):
sutcode = Axis(['A23', 'A2301', 'A25', 'A2501'], 'sutcode')
self.assertEqual(sutcode.matching('^...$'), LGroup(['A23', 'A25']))
self.assertEqual(sutcode.startingwith('A23'), LGroup(['A23', 'A2301']))
self.assertEqual(sutcode.endingwith('01'), LGroup(['A2301', 'A2501']))
def test_matching():
sutcode = Axis(['A23', 'A2301', 'A25', 'A2501'], 'sutcode')
assert sutcode.matching('^...$') == LGroup(['A23', 'A25'])
assert sutcode.startingwith('A23') == LGroup(['A23', 'A2301'])
assert sutcode.endingwith('01') == LGroup(['A2301', 'A2501'])