def _delete(sh, rows, doi, metadata):
# We can't actually delete a DOI, so we do the next best thing...
register_async.callWrapper(sh, rows, "datacite.setTargetUrl",
_setTargetUrl, doi,
"http://datacite.org/invalidDOI",
metadata["_d"])
register_async.callWrapper(sh, rows, "datacite.deactivate",
datacite.deactivate, doi[4:], metadata["_d"])
def _batchDelete(sh, rows, batch):
register_async.callWrapper(
sh,
rows,
"noid_egg.batchDeleteIdentifier",
noid_egg.batchDeleteIdentifier,
[identifier for identifier, metadata in batch],
)
def _update(sh, rows, id, metadata):
m = register_async.callWrapper(sh, rows, "noid_egg.getElements",
noid_egg.getElements, id)
if m == None: m = {}
for k, v in metadata.items():
if m.get(k) == v:
del m[k]
else:
m[k] = v
for k in m.keys():
if k not in metadata: m[k] = ""
if len(m) > 0:
register_async.callWrapper(sh, rows, "noid_egg.setElements",
noid_egg.setElements, id, m)
def _overwrite(sh, rows, doi, metadata):
register_async.callWrapper(
sh,
rows,
"datacite.uploadMetadata",
_uploadMetadata,
doi,
metadata,
metadata["_d"],
)
register_async.callWrapper(
sh,
rows,
"datacite.setTargetUrl",
_setTargetUrl,
doi,
metadata["_t"],
metadata["_d"],
)
if metadata.get("_is", "public") != "public" or metadata.get(
"_x", "yes") != "yes":
register_async.callWrapper(
sh,
rows,
"datacite.deactivate",
datacite.deactivate,
doi[4:],
metadata["_d"],
)
def _batchCreate(sh, rows, batch):
register_async.callWrapper(sh, rows, "noid_egg.batchSetElements",
noid_egg.batchSetElements, batch)
def _delete(sh, rows, id, metadata):
register_async.callWrapper(sh, rows, "noid_egg.deleteIdentifier",
noid_egg.deleteIdentifier, id)
def _create(sh, rows, id, metadata):
register_async.callWrapper(sh, rows, "noid_egg.setElements",
noid_egg.setElements, id, metadata)
