def handleVerb(self, verb, kw):
if 'resumptionToken' in kw:
kw, cursor = decodeResumptionToken(
kw['resumptionToken'])
kw['cursor'] = cursor
method = common.getMethodForVerb(self._server, verb)
# now handle resumption system
if verb in ['ListSets', 'ListIdentifiers', 'ListRecords']:
kw = kw.copy()
cursor = kw.get('cursor', None)
if cursor is None:
kw['cursor'] = cursor = 0
# we request 1 beyond the batch size, so that
# if we retrieve <= batch_size items, we know we
# don't need to output another resumption token
kw['batch_size'] = self._batch_size + 1
result = method(**kw)
result = list(result)
if len(result) > self._batch_size:
# more results are expected, so encode resumption token
resumptionToken = encodeResumptionToken(
kw, cursor + self._batch_size)
# we also want to result only the batch_size, so pop the
# last one
result.pop()
else:
# no more results are expected
resumptionToken = None
return result, resumptionToken
return method(**kw)
def handleVerb(self, verb, kw):
if 'resumptionToken' in kw:
kw, cursor = decodeResumptionToken(
kw['resumptionToken'])
kw['cursor'] = cursor
method = common.getMethodForVerb(self._server, verb)
# now handle resumption system
if verb in ['ListSets', 'ListIdentifiers', 'ListRecords']:
kw = kw.copy()
cursor = kw.get('cursor', None)
if cursor is None:
kw['cursor'] = cursor = 0
# we request 1 beyond the batch size, so that
# if we retrieve <= batch_size items, we know we
# don't need to output another resumption token
kw['batch_size'] = self._batch_size + 1
result = method(**kw)
result = list(result)
if len(result) > self._batch_size:
# more results are expected, so encode resumption token
resumptionToken = encodeResumptionToken(
kw, cursor + self._batch_size)
# we also want to result only the batch_size, so pop the
# last one
result.pop()
else:
# no more results are expected
resumptionToken = None
return result, resumptionToken
return method(**kw)
def handleVerb(self, verb, kw):
# do original query
method = common.getMethodForVerb(self._server, verb)
# if we're handling a resumption token
if 'resumptionToken' in kw:
kw, cursor = decodeResumptionToken(
kw['resumptionToken'])
end_batch = cursor + self._batch_size
# do query again with original parameters
result = method(**kw)
# XXX defeat laziness of any generators..
result = list(result)
if end_batch < len(result):
resumptionToken = encodeResumptionToken(
kw, end_batch)
else:
resumptionToken = None
return result[cursor:end_batch], resumptionToken
# we're not handling resumption token, so do request
result = method(**kw)
# now handle resumption system
if verb in ['ListSets', 'ListIdentifiers', 'ListRecords']:
# XXX defeat the laziness effect of any generators..
result = list(result)
end_batch = self._batch_size
if end_batch < len(result):
resumptionToken = encodeResumptionToken(
kw, end_batch)
else:
resumptionToken = None
return result[0:end_batch], resumptionToken
return result
def handleVerb(self, verb, kw):
# fetch the method for the verb
method = getMethodForVerb(self._server, verb)
if verb in ['ListSets', 'ListIdentifiers', 'ListRecords']:
batch_size = self._batch_size
# check for resumption token
if 'resumptionToken' in kw:
kw, cursor = decodeResumptionToken(kw['resumptionToken'])
else:
cursor = 0
kw['cursor'] = cursor
end_batch = cursor + batch_size
# Fetch only self._batch_size results
# Request 1 more so that we know whether resumptionToken is needed
# we'll trim this off later
kw['batch_size'] = batch_size + 1
result = method(**kw)
del kw['cursor'], kw['batch_size']
# XXX defeat the laziness effect of any generators..
result = list(result)
if len(result) > batch_size:
# we need a resumption token
resumptionToken = encodeResumptionToken(kw, end_batch)
result.pop(-1)
else:
resumptionToken = None
return result, resumptionToken
else:
result = method(**kw)
return result
def handleVerb(self, verb, kw):
# do original query
method = common.getMethodForVerb(self._server, verb)
# if we're handling a resumption token
if 'resumptionToken' in kw:
kw, cursor = decodeResumptionToken(
kw['resumptionToken'])
end_batch = cursor + self._batch_size
# do query again with original parameters
result = method(**kw)
# XXX defeat laziness of any generators..
result = list(result)
if end_batch < len(result):
resumptionToken = encodeResumptionToken(
kw, end_batch)
else:
resumptionToken = None
return result[cursor:end_batch], resumptionToken
# we're not handling resumption token, so do request
result = method(**kw)
# now handle resumption system
if verb in ['ListSets', 'ListIdentifiers', 'ListRecords']:
# XXX defeat the laziness effect of any generators..
result = list(result)
end_batch = self._batch_size
if end_batch < len(result):
resumptionToken = encodeResumptionToken(
kw, end_batch)
else:
resumptionToken = None
return result[0:end_batch], resumptionToken
return result
def handleVerb(self, verb, kw):
# fetch the method for the verb
method = getMethodForVerb(self._server, verb)
if verb in ['ListSets', 'ListIdentifiers', 'ListRecords']:
batch_size = self._batch_size
# check for resumption token
if 'resumptionToken' in kw:
kw, cursor = decodeResumptionToken(kw['resumptionToken'])
else:
cursor = 0
kw['cursor'] = cursor
end_batch = cursor + batch_size
# fetch only self._batch_size results
kw['batch_size'] = batch_size + 1 # request 1 more so that we know whether resumptionToken is needed we'll trim this off later
result = method(**kw)
del kw['cursor'], kw['batch_size']
# XXX defeat the laziness effect of any generators..
result = list(result)
if len(result) > batch_size:
# we need a resumption token
resumptionToken = encodeResumptionToken(kw, end_batch)
result.pop(-1)
else:
resumptionToken = None
return result, resumptionToken
else:
result = method(**kw)
return result
def handleVerb(self, verb, kw):
method = common.getMethodForVerb(self._tree_server, verb)
root = method(**kw).getroot()
root.addprevious(etree.PI('xml-stylesheet', 'type="text/xsl" href="/oai2.xsl"'))
return etree.tostring(root.getroottree(),
encoding='UTF-8',
xml_declaration=True,
pretty_print=True)
def handleVerb(self, verb, kw):
method = common.getMethodForVerb(self._tree_server, verb)
XmlOriginal = etree.tostring(method(**kw).getroot(),
encoding='UTF-8',
xml_declaration=True,
pretty_print=True)
XmlSobreescrito= XmlOriginal.replace('xmlns:dc="http://purl.org/dc/elements/1.1/"',
'xmlns:dc="http://purl.org/dc/elements/1.1/" '
'xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"')
print etree.tostring(method(**kw).getroot(),
encoding='UTF-8',
xml_declaration=True,
pretty_print=True)
return XmlSobreescrito
def handleVerb(self, verb, kw):
method = common.getMethodForVerb(self._tree_server, verb)
return etree.tostring(method(**kw).getroot(),
encoding='UTF-8',
xml_declaration=True,
pretty_print=True)
def handleVerb(self, verb, kw):
method = common.getMethodForVerb(self._tree_server, verb)
return etree.tostring(method(**kw).getroot(),
encoding='UTF-8',
xml_declaration=True,
pretty_print=True)