def createDMDIDSFromCSVParsedMetadataPart2(keys, values):
global globalDmdSecCounter
global dmdSecs
dc = None
other = None
ret = []
for i in range(1, len(keys)):
key = keys[i]
value = values[i]
if key.startswith("dc.") or key.startswith("dcterms."):
#print "dc item: ", key, value
if dc == None:
globalDmdSecCounter += 1
dmdSec = etree.Element("dmdSec")
dmdSecs.append(dmdSec)
ID = "dmdSec_" + globalDmdSecCounter.__str__()
ret.append(ID)
dmdSec.set("ID", ID)
mdWrap = newChild(dmdSec, "mdWrap")
mdWrap.set("MDTYPE", "DC")
xmlData = newChild(mdWrap, "xmlData")
dc = etree.Element("dublincore", nsmap={None: dctermsNS})
dc.set(
xsiBNS + "schemaLocation", dctermsNS +
" http://dublincore.org/schemas/xmls/qdc/2008/02/11/dcterms.xsd"
)
xmlData.append(dc)
if key.startswith("dc."):
key2 = key.replace("dc.", "", 1)
elif key.startswith("dcterms."):
key2 = key.replace("dcterms.", "", 1)
value = value.decode('utf-8')
etree.SubElement(dc, key2).text = value
else: #not a dublin core item
#print "non dc: ", key, value
if other == None:
globalDmdSecCounter += 1
dmdSec = etree.Element("dmdSec")
dmdSecs.append(dmdSec)
ID = "dmdSec_" + globalDmdSecCounter.__str__()
ret.append(ID)
dmdSec.set("ID", ID)
mdWrap = newChild(dmdSec, "mdWrap")
mdWrap.set("MDTYPE", "OTHER")
mdWrap.set("OTHERMDTYPE", "CUSTOM")
other = newChild(mdWrap, "xmlData")
etree.SubElement(other,
normalizeNonDcElementName(key)).text = value
return " ".join(ret)
def createDMDIDSFromCSVParsedMetadataPart2(keys, values):
global globalDmdSecCounter
global dmdSecs
dc = None
other = None
ret = []
for i in range(1, len(keys)):
key = keys[i]
value = values[i]
if key.startswith("dc.") or key.startswith("dcterms."):
#print "dc item: ", key, value
if dc == None:
globalDmdSecCounter += 1
dmdSec = etree.Element("dmdSec")
dmdSecs.append(dmdSec)
ID = "dmdSec_" + globalDmdSecCounter.__str__()
ret.append(ID)
dmdSec.set("ID", ID)
mdWrap = newChild(dmdSec, "mdWrap")
mdWrap.set("MDTYPE", "DC")
xmlData = newChild(mdWrap, "xmlData")
dc = etree.Element( "dublincore", nsmap = {None: dctermsNS} )
dc.set(xsiBNS+"schemaLocation", dctermsNS + " http://dublincore.org/schemas/xmls/qdc/2008/02/11/dcterms.xsd")
xmlData.append(dc)
if key.startswith("dc."):
key2 = key.replace("dc.", "", 1)
elif key.startswith("dcterms."):
key2 = key.replace("dcterms.", "", 1)
value = value.decode('utf-8')
etree.SubElement(dc, key2).text = value
else: #not a dublin core item
#print "non dc: ", key, value
if other == None:
globalDmdSecCounter += 1
dmdSec = etree.Element("dmdSec")
dmdSecs.append(dmdSec)
ID = "dmdSec_" + globalDmdSecCounter.__str__()
ret.append(ID)
dmdSec.set("ID", ID)
mdWrap = newChild(dmdSec, "mdWrap")
mdWrap.set("MDTYPE", "OTHER")
mdWrap.set("OTHERMDTYPE", "CUSTOM")
other = newChild(mdWrap, "xmlData")
etree.SubElement(other, normalizeNonDcElementName(key)).text = value
return " ".join(ret)
def createDmdSecsFromCSVParsedMetadata(metadata):
"""
Create dmdSec(s) from the provided metadata.
:param metadata: OrderedDict with the metadata keys and a list of values
:return: List of dmdSec Elements created
"""
global globalDmdSecCounter
global dmdSecs
dc = None
pbcore = None
other = None
ret = []
# Archivematica does not support refined Dublin Core, e.g.
# multitiered terms in the format dc.description.abstract
# If these terms are encountered, an element with only the
# last portion of the name will be added.
# e.g., dc.description.abstract is mapped to <dc:abstract>
refinement_regex = re.compile('\w+\.(.+)')
for key, value in metadata.iteritems():
if key.startswith("dc.") or key.startswith("dcterms."):
if dc is None:
globalDmdSecCounter += 1
ID = "dmdSec_" + globalDmdSecCounter.__str__()
dmdSec = etree.Element(ns.metsBNS + "dmdSec", ID=ID)
dmdSecs.append(dmdSec)
ret.append(dmdSec)
mdWrap = etree.SubElement(dmdSec, ns.metsBNS + "mdWrap")
mdWrap.set("MDTYPE", "DC")
xmlData = etree.SubElement(mdWrap, ns.metsBNS + "xmlData")
dc = etree.Element(ns.dctermsBNS + "dublincore", nsmap={"dcterms": ns.dctermsNS, 'dc': ns.dcNS})
dc.set(ns.xsiBNS + "schemaLocation", ns.dctermsNS + " http://dublincore.org/schemas/xmls/qdc/2008/02/11/dcterms.xsd")
xmlData.append(dc)
elem_namespace = ""
if key.startswith("dc."):
key = key.replace("dc.", "", 1)
elem_namespace = ns.dcBNS
elif key.startswith("dcterms."):
key = key.replace("dcterms.", "", 1)
elem_namespace = ns.dctermsBNS
match = re.match(refinement_regex, key)
if match:
key, = match.groups()
for v in value:
try:
etree.SubElement(dc, elem_namespace + key).text = v.decode('utf-8')
except UnicodeDecodeError:
print >> sys.stderr, "Skipping DC value; not valid UTF-8: {}".format(v)
elif key.startswith("pbcore."):
if pbcore is None:
globalDmdSecCounter += 1
ID = "dmdSec_" + globalDmdSecCounter.__str__()
dmdSec = etree.Element(ns.metsBNS + "dmdSec", ID=ID)
dmdSecs.append(dmdSec)
ret.append(dmdSec)
mdWrap = etree.SubElement(dmdSec, ns.metsBNS + "mdWrap")
mdWrap.set("MDTYPE", "PBCore")
xmlData = etree.SubElement(mdWrap, ns.metsBNS + "xmlData")
pbcore = etree.Element(ns.pbcoreBNS + "pbcoreInstantiationDocument", nsmap={'pbcore': ns.pbcoreNS})
pbcore.set(ns.xsiBNS + "schemaLocation", "http://www.pbcore.org/PBCore/PBCoreNamespace.html http://pbcore.org/xsd/pbcore-2.0.xsd")
xmlData.append(pbcore)
elem_namespace = ""
if key.startswith("pbcore."):
key = key.replace("pbcore.", "", 1)
elem_namespace = ns.pbcoreBNS
match = re.match(refinement_regex, key)
if match:
key, = match.groups()
for v in value:
try:
etree.SubElement(pbcore, elem_namespace + key).text = v.decode('utf-8')
except UnicodeDecodeError:
print >> sys.stderr, "Skipping pbcore value; not valid UTF-8: {}".format(v)
else: # not a dublin core item
if other is None:
globalDmdSecCounter += 1
ID = "dmdSec_" + globalDmdSecCounter.__str__()
dmdSec = etree.Element(ns.metsBNS + "dmdSec", ID=ID)
dmdSecs.append(dmdSec)
ret.append(dmdSec)
mdWrap = etree.SubElement(dmdSec, ns.metsBNS + "mdWrap")
mdWrap.set("MDTYPE", "OTHER")
mdWrap.set("OTHERMDTYPE", "CUSTOM")
other = etree.SubElement(mdWrap, ns.metsBNS + "xmlData")
for v in value:
try:
etree.SubElement(other, normalizeNonDcElementName(key)).text = v.decode('utf-8')
except UnicodeDecodeError:
print >> sys.stderr, "Skipping DC value; not valid UTF-8: {}".format(v)
return ret
def createDmdSecsFromCSVParsedMetadata(metadata):
"""
Create dmdSec(s) from the provided metadata.
:param metadata: OrderedDict with the metadata keys and a list of values
:return: List of dmdSec Elements created
"""
global globalDmdSecCounter
global dmdSecs
dc = None
other = None
ret = []
# Archivematica does not support refined Dublin Core, e.g.
# multitiered terms in the format dc.description.abstract
# If these terms are encountered, an element with only the
# last portion of the name will be added.
# e.g., dc.description.abstract is mapped to <dc:abstract>
refinement_regex = re.compile('\w+\.(.+)')
for key, value in metadata.items():
if key.startswith("dc.") or key.startswith("dcterms."):
if dc is None:
globalDmdSecCounter += 1
ID = "dmdSec_" + globalDmdSecCounter.__str__()
dmdSec = etree.Element(ns.metsBNS + "dmdSec", ID=ID)
dmdSecs.append(dmdSec)
ret.append(dmdSec)
mdWrap = etree.SubElement(dmdSec, ns.metsBNS + "mdWrap")
mdWrap.set("MDTYPE", "DC")
xmlData = etree.SubElement(mdWrap, ns.metsBNS + "xmlData")
dc = etree.Element(ns.dctermsBNS + "dublincore", nsmap={"dcterms": ns.dctermsNS, 'dc': ns.dcNS})
dc.set(ns.xsiBNS + "schemaLocation", ns.dctermsNS + " http://dublincore.org/schemas/xmls/qdc/2008/02/11/dcterms.xsd")
xmlData.append(dc)
elem_namespace = ""
if key.startswith("dc."):
key = key.replace("dc.", "", 1)
elem_namespace = ns.dcBNS
elif key.startswith("dcterms."):
key = key.replace("dcterms.", "", 1)
elem_namespace = ns.dctermsBNS
match = re.match(refinement_regex, key)
if match:
key, = match.groups()
for v in value:
try:
etree.SubElement(dc, elem_namespace + key).text = v.decode('utf-8')
except UnicodeDecodeError:
print("Skipping DC value; not valid UTF-8: {}".format(v), file=sys.stderr)
else: # not a dublin core item
if other is None:
globalDmdSecCounter += 1
ID = "dmdSec_" + globalDmdSecCounter.__str__()
dmdSec = etree.Element(ns.metsBNS + "dmdSec", ID=ID)
dmdSecs.append(dmdSec)
ret.append(dmdSec)
mdWrap = etree.SubElement(dmdSec, ns.metsBNS + "mdWrap")
mdWrap.set("MDTYPE", "OTHER")
mdWrap.set("OTHERMDTYPE", "CUSTOM")
other = etree.SubElement(mdWrap, ns.metsBNS + "xmlData")
for v in value:
try:
etree.SubElement(other, normalizeNonDcElementName(key)).text = v.decode('utf-8')
except UnicodeDecodeError:
print("Skipping DC value; not valid UTF-8: {}".format(v), file=sys.stderr)
return ret
