def data_descriptor_from_ctypes(cdata, writable):
"""
Parameters
----------
cdata : ctypes data instance
The ctypes data object which owns the data.
writable : bool
Should be true if the data is writable, flase
if it's read-only.
"""
ds = datashape.from_ctypes(type(cdata))
access = "readwrite" if writable else "readonly"
dyndarr = _lowlevel.array_from_ptr(ndt.type(str(ds)),
ctypes.addressof(cdata), cdata, access)
return DyNDDataDescriptor(dyndarr)
def data_descriptor_from_ctypes(cdata, writable):
"""
Parameters
----------
cdata : ctypes data instance
The ctypes data object which owns the data.
writable : bool
Should be true if the data is writable, flase
if it's read-only.
"""
ds = datashape.from_ctypes(type(cdata))
access = "readwrite" if writable else "readonly"
dyndtp = " * ".join(["cfixed[%d]" % int(x) for x in ds[:-1]] + [str(ds[-1])])
dyndarr = _lowlevel.array_from_ptr(ndt.type(dyndtp), ctypes.addressof(cdata), cdata, access)
return DyND_DDesc(dyndarr)
def data_descriptor_from_ctypes(cdata, writable):
"""
Parameters
----------
cdata : ctypes data instance
The ctypes data object which owns the data.
writable : bool
Should be true if the data is writable, flase
if it's read-only.
"""
ds = datashape.from_ctypes(type(cdata))
access = "readwrite" if writable else "readonly"
dyndarr = _lowlevel.array_from_ptr(ndt.type(str(ds)),
ctypes.addressof(cdata), cdata,
access)
return DyNDDataDescriptor(dyndarr)
def data_descriptor_from_ctypes(cdata, writable):
"""
Parameters
----------
cdata : ctypes data instance
The ctypes data object which owns the data.
writable : bool
Should be true if the data is writable, flase
if it's read-only.
"""
ds = datashape.from_ctypes(type(cdata))
access = "readwrite" if writable else "readonly"
dyndtp = ' * '.join(['cfixed[%d]' % int(x)
for x in ds[:-1]] + [str(ds[-1])])
dyndarr = _lowlevel.array_from_ptr(ndt.type(dyndtp),
ctypes.addressof(cdata), cdata, access)
return DyND_DDesc(dyndarr)
