def human(self):
for mem_i, (mem_b, mem_hs) in self._mems.items():
mem = Memory(mem_i)
mem_h = Memory(mem_hs)
mem_human = mem.human()
self.assertEqual(mem_human, mem_h)
self.assertEqual(mem_human.units(), mem_h.units())
self.assertEqual(str(mem_human), mem_hs)
def test_operations(self):
mem0 = Memory("1048576b")
mem1 = Memory("1m")
mem2 = Memory("1023k")
memz = Memory(0)
self.assertEqual(mem0, mem1)
self.assertNotEqual(mem0, mem2)
self.assertGreaterEqual(mem0, mem1)
self.assertLessEqual(mem0, mem1)
self.assertGreater(mem0, mem2)
self.assertLess(mem2, mem0)
self.assertGreater(mem1, 10)
def compare_files(self, filename_a, filename_b):
block_bytes = Memory('1gb').get_bytes()
offset = 0
with open(filename_a, 'rb') as f_a, open(filename_b, 'rb') as f_b:
block_a = f_a.read(block_bytes)
block_b = f_b.read(block_bytes)
if block_a != block_b:
for count, (ca, cb) in enumerate(zip(block_a, block_b)):
if ca != cb:
return False, offset + count
offset += len(block_a)
return True, -1
def human(self):
for mem_i, (mem_b, mem_hs) in self._mems.items():
mem = Memory(mem_i)
mem_h = Memory(mem_hs)
mem_human = mem.human()
self.assertEqual(mem_human, mem_h)
self.assertEqual(mem_human.units(), mem_h.units())
self.assertEqual(str(mem_human), mem_hs)
def impl_read(self, shape, extractor, dtype, threshold_size):
shape = Shape(shape)
extractor = Extractor(extractor)
threshold_size = Memory(threshold_size)
dtype = cb.get_dtype(dtype)
file_format = 'raw'
out_filename_format = 'xtmp_{shape}_{dtype}.{format}'
out_filename = out_filename_format.format(shape=shape,
dtype=dtype.__name__,
format=file_format)
returncode, output, error = self.run_program(
"""-e 'cb.random_cube("{s}")' -o '{o}'""".format(
s=shape, o=out_filename_format))
self.assertEqual(returncode, 0)
self.assertFileExistsAndHasShape(out_filename,
shape=shape,
dtype=dtype)
out1_filename_format = 'xtmp1_{shape}_{dtype}.{format}'
out1_filename = out1_filename_format.format(shape=shape,
dtype=dtype.__name__,
format=file_format)
returncode, output, error = self.run_program(
"""-i '{o}' -s {s} -x '{x}' --read-threshold-size=0 -o {o1}""".
format(s=shape,
x=extractor,
o=out_filename_format,
o1=out1_filename_format))
self.assertEqual(returncode, 0)
out2_filename_format = 'xtmp2_{shape}_{dtype}.{format}'
out2_filename = out2_filename_format.format(shape=shape,
dtype=dtype.__name__,
format=file_format)
returncode, output, error = self.run_program(
"""-i '{o}' -s {s} -x '{x}' --read-threshold-size={ms} -o {o2}""".
format(s=shape,
x=extractor,
o=out_filename_format,
o2=out2_filename_format,
ms=threshold_size))
self.assertEqual(returncode, 0)
def get_available_units(self):
self.assertIn('m', Memory.get_available_units())
def test_units(self):
mem = Memory('1.5g')
self.assertEqual(mem.units(), "g")
def test_value(self):
mem = Memory('1.5g')
self.assertEqual(mem.value(), 1.5)
def test_bool(self):
memz = Memory(0)
memn = Memory(2)
self.assertTrue(memn)
self.assertFalse(memz)
def constructor(self):
for mem_i, (mem_b, mem_hs) in self._mems.items():
mem = Memory(mem_i)
self.assertEqual(mem.get_bytes(), mem_b)
def get_available_units(self):
self.assertIn('m', Memory.get_available_units())
def test_units(self):
mem = Memory('1.5g')
self.assertEqual(mem.units(), "g")
def test_value(self):
mem = Memory('1.5g')
self.assertEqual(mem.value(), 1.5)
def constructor(self):
for mem_i, (mem_b, mem_hs) in self._mems.items():
mem = Memory(mem_i)
self.assertEqual(mem.get_bytes(), mem_b)
