def __iter__(self):
for line in dds(self.dataset):
yield line.encode('ascii')
yield (45 * '-' + '\n').encode('ascii')
for line in ascii(self.dataset):
yield line.encode('ascii')
def calculate_size(dataset):
"""Calculate the size of the response. Returns the size in bytes."""
length = 0
for var in walk(dataset):
# Pydap can't calculate the size of sequences since the data is
# streamed directly from the source. Also, strings are encoded
# individually, so it's not possible to get their size unless we read
# everything.
if (isinstance(var, SequenceType) or
(isinstance(var, BaseType) and var.dtype.char in 'SU')):
return None
elif isinstance(var, BaseType):
if var.shape:
length += 8 # account for array size marker
size = int(np.prod(var.shape))
if var.data.dtype == np.byte:
length += size + (-size % 4)
elif var.data.dtype == np.short:
length += size * 4
else:
opendap_size = np.dtype(typemap[var.data.dtype.char]).itemsize
length += size * opendap_size
# account for DDS
length += len(''.join(dds(dataset))) + len(b'Data:\n')
return length
def __iter__(self):
for line in dds(self.dataset):
yield line.encode('ascii')
yield (45 * '-' + '\n').encode('ascii')
for line in ascii(self.dataset):
yield line.encode('ascii')
def calculate_size(dataset):
"""Calculate the size of the response. Returns the size in bytes."""
length = 0
for var in walk(dataset):
# Pydap can't calculate the size of sequences since the data is
# streamed directly from the source. Also, strings are encoded
# individually, so it's not possible to get their size unless we read
# everything.
if (isinstance(var, SequenceType)
or (isinstance(var, BaseType) and var.dtype.char in 'SU')):
return None
elif isinstance(var, BaseType):
if var.shape:
length += 8 # account for array size marker
size = int(np.prod(var.shape))
if var.data.dtype == np.byte:
length += size + (-size % 4)
elif var.data.dtype == np.short:
length += size * 4
else:
opendap_size = np.dtype(typemap[var.data.dtype.char]).itemsize
length += size * opendap_size
# account for DDS
length += len(''.join(dds(dataset))) + len(b'Data:\n')
return length
def __iter__(self):
# generate DDS
for line in dds(self.dataset):
yield line.encode('ascii')
yield b'Data:\n'
for block in dods(self.dataset):
yield block
def __iter__(self):
# generate DDS
for line in dds(self.dataset):
yield line.encode('ascii')
yield b'Data:\n'
for block in dods(self.dataset):
yield block
def test_dispatcher(self):
"""Test the single dispatcher."""
with self.assertRaises(StopIteration):
dds(None)
def test_dispatcher(self):
"""Test the single dispatcher."""
with self.assertRaises(StopIteration):
dds(None)
