def test_numba():
@autojit
def fill(x):
for i in range(25):
x[i] = i
h = Heap()
addr, block = allocate_numpy(h, np.dtype('int'), (25, ))
fill(block)
finalize(h)
def test_numba():
@autojit
def fill(x):
for i in range(25):
x[i] = i
h = Heap()
addr, block = allocate_numpy(h, np.dtype('int'), (25, ))
fill(block)
finalize(h)
def test_iopro():
# this is kind of stupid right now because it does a copy,
# but Tight IOPro integration will be a priority...
h = Heap()
s = StringIO(','.join(letters))
data = iopro.genfromtxt(s, dtype='c', delimiter=",")
addr, block = allocate_numpy(h, data.dtype, data.shape)
block[:] = data[:]
assert not block.flags['OWNDATA']
assert block.ctypes.data == addr
assert len(h._arenas) == 1
assert block.nbytes < h._lengths[0]
finalize(h)
def test_iopro():
# this is kind of stupid right now because it does a copy,
# but Tight IOPro integration will be a priority...
h = Heap()
s = StringIO(','.join(letters))
data = iopro.genfromtxt(s, dtype='c', delimiter=",")
addr, block = allocate_numpy(h, data.dtype, data.shape)
block[:] = data[:]
assert not block.flags['OWNDATA']
assert block.ctypes.data == addr
assert len(h._arenas) == 1
assert block.nbytes < h._lengths[0]
finalize(h)