def test_files(self):
# outfilename = "test_files"
try:
clip = FPClip(self.pool)
clip.open(clipid, FPLibrary.FP_OPEN_ASTREE)
numfiles = clip.getNumBlobs()
assert numfiles, "Missing blobs"
for i in range(numfiles + 1):
blob_id = clip.fetchNext()
if not blob_id:
break
blob_tag = FPTag(blob_id)
print(("tag: %r" % blob_tag))
if blob_tag.getBlobSize() < 1:
print(("Empty blob %s" % i))
blob_tag.close()
continue
outfilename = blob_tag.getTagName()
print(("tag name : %s" % outfilename))
fh = FPFileOutputStream(
"outfile.{name}.{i}".format(name=outfilename, i=i))
print("reading file from centera...")
blob_tag.blobRead(fh.stream, 0)
print("ok")
fh.close()
blob_tag.close()
finally:
print("closing clip")
clip.close()
assert outfilename, "Missing tag: %r" % outfilename
def getTags(self):
"""
:return: an iterable of (tag_name, tag_size)
"""
numfiles = self.getNumBlobs()
if not numfiles:
return
for blob_id in self.getBlobs():
blob_tag = FPTag(blob_id)
tag_name = blob_tag.getTagName()
blob_size = blob_tag.getBlobSize()
blob_tag.close()
yield tag_name, blob_size
def getTags(self):
"""
:return: an iterable of (tag_name, tag_size)
"""
numfiles = self.getNumBlobs()
if not numfiles:
return
for blob_id in self.getBlobs():
blob_tag = FPTag(blob_id)
tag_name = blob_tag.getTagName()
blob_size = blob_tag.getBlobSize()
blob_tag.close()
yield tag_name, blob_size
