# Commits

committed 0b6b9b5

re-removed old micronumpy files

# pypy/module/micronumpy/app_random.py

`-from __future__ import absolute_import`
`-`
`-from numpy import array`
`-import random`
`-`
`-_random = random.Random()`
`-`
`-def get_state():`
`-    return _random.getstate()`
`-`
`-def set_state(state):`
`-    _random.setstate(state)`
`-`
`-def seed(seed):`
`-    _random.seed(seed)`
`-`
`-def rand(*shape):`
`-    assert len(shape) == 1`
`-`
`-    return array(_random.random() for x in range(shape[0]))`
`-`
`-def randn(*shape):`
`-    if len(shape) == 0:`
`-        return _random.gauss(0, 1)`
`-    assert len(shape) == 1`
`-`
`-    return array(_random.gauss(0, 1) for x in range(shape[0]))`
`-`
`-def standard_normal(size=None):`
`-    return randn(*size)`
`-`
`-def random_integers(low, high=None, size=None):`
`-    print "random_integers called with %s, %s" % (low, high)`
`-`
`-    if high is None:`
`-        low, high = 1, low`
`-    else:`
`-        low, high = low, high`
`-`
`-    print "values are now %s, %s"% (low, high)`
`-`
`-    if size is None:`
`-        return _random.randint(low, high)`
`-    else:`
`-        assert len(size) == 1`
`-`
`-        return array(_random.randint(low, high) for x in range(size[0]))`
`-`
`-def randint(low, high=None, size=None):`
`-    print "randint called with %s, %s"% (low, high)`
`-    if high is None:`
`-        low, high = 0, low - 1`
`-    else:`
`-        low, high = low, high - 1`
`-`
`-    print "values are now %s, %s"% (low, high)`
`-`
`-    return random_integers(low, high, size)`
`-`

# pypy/module/micronumpy/test/test_random.py

`-from pypy.module.micronumpy.test.test_base import BaseNumpyAppTest`
`-`
`-class AppTestRandom(BaseNumpyAppTest):`
`-    def test_rand_single(self):`
`-        from numpy.random import rand`
`-        from numpy import array, dtype`
`-`
`-        single = rand(1)`
`-        assert isinstance(single, array)`
`-        assert single.dtype is dtype(float)`
`-        assert single.shape == (1,)`
`-        assert single[0] >= 0`
`-        assert single[0] < 1`
`-`
`-    def test_rand_multiple(self):`
`-        from numpy.random import rand`
`-        from numpy import dtype`
`-`
`-        multi = rand(5)`
`-`
`-        assert multi.shape == (5,)`
`-        assert min(multi) >= 0`
`-        assert max(multi) < 1`
`-        assert multi.dtype is dtype(float)`
`-`
`-    def test_randn_single(self):`
`-        from numpy.random import randn`
`-`
`-        single = randn()`
`-`
`-        assert isinstance(single, float)`
`-`
`-    def test_randn_multiple(self):`
`-        from numpy.random import randn`
`-`
`-        multi = randn(6)`
`-`
`-        assert multi.shape == (6,)`
`-`
`-    def test_state(self):`
`-        from numpy.random import set_state, get_state, randn`
`-`
`-        state = get_state()`
`-        number = randn()`
`-        other_number = randn()`
`-`
`-        set_state(state)`
`-        assert randn() == number`
`-        assert randn() == other_number`
`-`
`-    def test_seed(self):`
`-        from numpy.random import seed, rand`
`-`
`-        seed(9001)`
`-        number = rand(1)[0]`
`-        other_number = rand(1)[0]`
`-`
`-        seed(9001)`
`-        assert number == rand(1)[0]`
`-        assert other_number == rand(1)[0]`
`-`
`-    def test_randint_single(self):`
`-        from numpy.random import randint`
`-`
`-        for i in range(100):`
`-            integer = randint(4)`
`-            assert isinstance(integer, int)`
`-            assert 0 <= integer < 4`
`-`
`-        for i in range(100):`
`-            integer = randint(9, 12)`
`-            assert isinstance(integer, int)`
`-            assert 9 <= integer < 12`
`-`
`-    def test_randint_multi(self):`
`-        from numpy.random import randint`
`-`
`-        integers = randint(4, size=(100,))`
`-        assert integers.shape == (100,)`
`-        for x in integers:`
`-            assert 0 <= x < 4`
`-`
`-        integers = randint(9, 12, (100,))`
`-        for x in integers:`
`-            assert 9 <= x < 12`
`-`
`-    def test_random_integers_single(self):`
`-        from numpy.random import random_integers`
`-`
`-        for i in range(100):`
`-            integer = random_integers(4)`
`-            assert 0 <= integer <= 4`
`-`
`-        for i in range(100):`
`-            integer = random_integers(9, 12)`
`-            assert 9 <= integer <= 12`
`-`
`-    def test_random_integers_multi(self):`
`-        from numpy.random import random_integers`
`-`
`-        integers = random_integers(5, size=(100,))`
`-        assert integers.shape == (100,)`
`-        for x in integers:`
`-            assert 0 <= integers[x] <= 5`
`-`
`-        integers = random_integers(9, 12, (100,))`
`-        assert integers.shape == (100,)`
`-        for x in integers:`
`-            assert 9 <= x <= 12`