def test_mathtools_partition_integer_into_units_01():
r'''Partition integer n into n equal parts.
Partition positive n into parts all equal to 1.'''
t = mathtools.partition_integer_into_units(6)
assert t == [1, 1, 1, 1, 1, 1]
def test_mathtools_partition_integer_into_units_03():
r'''Partition integer n into n equal parts.
Returns empty list when n is 0.'''
t = mathtools.partition_integer_into_units(0)
assert t == []
def test_mathtools_partition_integer_into_units_02():
r'''Partition integer n into n equal parts.
Partition negative n into parts all equal to -1.'''
partition = mathtools.partition_integer_into_units(-5)
assert partition == [-1, -1, -1, -1, -1]
def test_mathtools_partition_integer_into_units_01():
r'''Partition integer n into n equal parts.
Partition positive n into parts all equal to 1.'''
t = mathtools.partition_integer_into_units(6)
assert t == [1, 1, 1, 1, 1, 1]
def test_mathtools_partition_integer_into_units_03():
r'''Partition integer n into n equal parts.
Returns empty list when n is 0.'''
t = mathtools.partition_integer_into_units(0)
assert t == []
def test_mathtools_partition_integer_into_units_02():
r'''Partition integer n into n equal parts.
Partition negative n into parts all equal to -1.'''
partition = mathtools.partition_integer_into_units(-5)
assert partition == [-1, -1, -1, -1, -1]
