def __call__(self):
spec = aq_parent(aq_inner(self.context))
latest = IGetVersions(spec).latest_version()
if spec.UID() == latest.UID():
version = create_version(self.context)
return self.request.RESPONSE.redirect(version.absolute_url())
self.spec_title = latest.Title()
self.spec_url = latest.absolute_url()
self.date = latest.effective_date or latest.creation_date
if "submit" not in self.request.form:
return self.template()
choice = self.request.form.get("choice")
if choice == "here":
version = create_version(self.context)
#return self.request.RESPONSE.redirect(version.absolute_url())
return "OK"
if choice == "newest":
version = latest.factory_Assessment()['obj']
#return self.request.RESPONSE.redirect(version.absolute_url())
return "OK"
raise ValueError("Unknown option for field choice")
def __call__(self):
spec = aq_parent(aq_inner(self.context))
latest = IGetVersions(spec).latest_version()
if spec.UID() == latest.UID():
version = create_version(self.context)
return self.request.RESPONSE.redirect(version.absolute_url())
self.spec_title = latest.Title()
self.spec_url = latest.absolute_url()
self.date = latest.effective_date or latest.creation_date
if "submit" not in self.request.form:
return self.template()
choice = self.request.form.get("choice")
if choice == "here":
version = create_version(self.context)
#return self.request.RESPONSE.redirect(version.absolute_url())
return "OK"
if choice == "newest":
version = latest.factory_Assessment()['obj']
#return self.request.RESPONSE.redirect(version.absolute_url())
return "OK"
raise ValueError("Unknown option for field choice")
def __call__(self):
cat = self.context.portal_catalog
brains = cat.searchResults(portal_type="Assessment",
review_state="published")
result = []
for b in brains:
o = b.getObject()
latest = IGetVersions(o).latest_version()
result.append(latest.absolute_url())
result = sorted(list(set(result))) #sort and keep only unique links
links = ["%s/@@esms.xml" % l for l in result]
return "\n".join(links)
def __call__(self):
cat = self.context.portal_catalog
brains = cat.searchResults(portal_type="Assessment",
review_state="published")
result = []
for b in brains:
o = b.getObject()
latest = IGetVersions(o).latest_version()
result.append(latest.absolute_url())
result = sorted(list(set(result))) #sort and keep only unique links
links = ["%s/@@esms.xml" % l for l in result]
return "\n".join(links)
def __call__(self):
self.request.response.setHeader('Content-Type', 'text/xml')
now = datetime.datetime.now()
year_start = datetime.datetime(year=now.year, month=1, day=1)
year_end = datetime.datetime(year=now.year, month=12, day=31)
#maybe it should be done as timedelta of 1sec from previous year
def getTextKeepHTML(value):
""" Retrieve text content from html input while keeping the html
"""
value = escapeSpecialChars(value)
return _toUnicode("<![CDATA[{0}]]>".format((value)))
def getTextStripHTML(value):
""" Retrieve text content from html input removing the html
"""
value = escapeSpecialChars(value)
return BeautifulSoup(value, 'lxml').get_text()
getText = getTextKeepHTML \
if self.request.get("keepHTML", "false") == "true"\
else getTextStripHTML
#we extract some info here to simplify code down below
spec = self.context.aq_parent
effective = self.context.getEffectiveDate()
if effective:
publish_date = effective.asdatetime().date().strftime("%d/%m/%Y")
else:
publish_date = ""
spec_modified = spec.modified().asdatetime().date().strftime(
"%d/%m/%Y")
latest_version = IGetVersions(self.context).latest_version()
ref_area = u", ".join(
[c.decode('utf-8') for c in self.context.getLocation()])
manager_id = spec.getManager_user_id()
mtool = getToolByName(spec, 'portal_membership')
manager_name = (mtool.getMemberInfo(manager_id)
or {}).get('fullname', 'Missing')
manager_name = manager_name.decode('utf-8')
dpsir_vocab = NamedVocabulary('indicator_dpsir').getVocabularyDict(
spec)
typology_vocab = NamedVocabulary(
'indicator_typology').getVocabularyDict(spec)
dpsir = dpsir_vocab.get(spec.getDpsir())
typology = typology_vocab.get(spec.getTypology())
dpsir_typology = "DPSIR: %s - Typology: %s" % (dpsir,
_toUnicode(typology))
themes_vocab = dict(spec._getMergedThemes())
themes = ", ".join([themes_vocab.get(l) for l in spec.getThemes()])
#let's use the already well-formatted temporal coverage browser view
temporal_coverage = getMultiAdapter((self.context, self.request),
name=u'formatTempCoverage')()
units = getText(spec.getUnits()) or u'Not available'
data_sets = [
rel for rel in spec.getRelatedItems() if rel.portal_type == 'Data'
]
ext_data_sets = [
rel for rel in spec.getRelatedItems()
if rel.portal_type == 'ExternalDataSpec'
]
out = ""
for dataowner in data_sets:
out += u" ".join(
(_toUnicode(dataowner.Title()), dataowner.absolute_url()))
out += u" "
for provider_url in dataowner.getDataOwner():
org = spec.getOrganisationName(provider_url)
if org:
out += u" ".join((_toUnicode(org.Title), provider_url))
out += u" "
for eds in ext_data_sets:
out += u" ".join((_toUnicode(eds.Title()), eds.absolute_url()))
out += u" "
org = spec.getOrganisationName(eds.getProvider_url())
if org:
out += u" ".join(
(_toUnicode(org.Title), eds.getProvider_url()))
out += u" "
mrefs = [
b.getObject() for b in spec.getFolderContents(
contentFilter={'portal_type': 'MethodologyReference'})
]
methodology_reference = getText("\n".join([
(o.Title() + "\n" + o.getDescription()) for o in mrefs
]))
uncertainties = getText('Methodology uncertainty: ' +\
spec.getMethodology_uncertainty() +\
'\nData uncertainty: ' +\
spec.getData_uncertainty() +\
'\nRationale uncertainty: ' +\
spec.getRationale_uncertainty())
questions = [
b.getObject() for b in spec.getFolderContents(
contentFilter={'portal_type': 'PolicyQuestion'})
]
qpart = ""
if questions:
main_q = None
for q in questions:
if q.getIs_key_question():
main_q = q
if main_q is not None:
qpart += "Key policy question: %s\n" % main_q.Title()
for q in questions:
if q == main_q:
continue
qpart += "Specific policy question: %s\n" % q.Title()
user_needs = getText('Justification for indicator selection: '+\
spec.getRationale_justification()+ "\n" + qpart)
methodology = getText(spec.getMethodology())
methodology_gapfilling = getText(spec.getMethodology_gapfilling())
indicator_definition = getText(spec.Title() + ". " + \
spec.getDefinition())
frequency_of_updates = getText(spec.get_frequency_of_updates())
#The xml construction
E = ElementMaker(nsmap=NAMESPACES)
header = E.Header(
E.ID("DMBB_ESMSIPEEA_A"),
E.Prepared(now.replace(microsecond=0).isoformat()),
E.Sender(id="4D0"),
E.DataSetID("DMBB_ESMSIPEEA_A_1353407791410"),
E.DataSetAction("Append"),
E.Extracted(now.replace(microsecond=0).isoformat()),
E.ReportingBegin(year_start.replace(microsecond=0).isoformat()),
E.ReportingEnd(year_end.replace(microsecond=0).isoformat()),
)
M = ElementMaker(namespace=NAMESPACES['GenericMetadata'],
nsmap=NAMESPACES)
metadata = M.MetadataSet(
M.MetadataStructureRef('ESMSIPEEA_MSD'),
M.MetadataStructureAgencyRef("ESTAT"),
M.ReportRef('ESMS_REPORT_FULL'),
M.AttributeValueSet(
M.TargetRef("FULL_ESMS"),
M.TargetValues(
M.ComponentValue("2013-A0",
component="TIME_PERIOD",
object="TimeDimension"),
M.ComponentValue("4D0",
component="DATA_PROVIDER",
object="DataProvider"),
M.ComponentValue("DMBB_ESMSIPEEA_A",
component="DATAFLOW",
object="DataFlow"),
),
M.ReportedAttribute( #CONTACT
M.Value(),
M.ReportedAttribute(
M.Value('European Environment Agency (EEA)'),
conceptID="CONTACT_ORGANISATION",
),
M.ReportedAttribute(
M.Value('Not available'),
conceptID="ORGANISATION_UNIT",
),
M.ReportedAttribute(
M.Value(manager_name),
conceptID="CONTACT_NAME",
),
M.ReportedAttribute(
M.Value('Not available'),
conceptID="CONTACT_FUNC",
),
M.ReportedAttribute(
M.Value('Kongens Nytorv 6, 1050, '
'Copenhagen K, Denmark'),
conceptID="CONTACT_MAIL",
),
M.ReportedAttribute(
M.Value('Not available'),
conceptID="CONTACT_EMAIL",
),
M.ReportedAttribute(
M.Value('Not available'),
conceptID="CONTACT_PHONE",
),
M.ReportedAttribute(
M.Value('Not applicable'),
conceptID="CONTACT_FAX",
),
conceptID="CONTACT",
),
M.ReportedAttribute( #META_UPDATE
M.Value(),
M.ReportedAttribute(
M.Value(publish_date),
conceptID="META_CERTIFIED",
),
M.ReportedAttribute(
M.Value(publish_date),
conceptID="META_POSTED",
),
M.ReportedAttribute(
M.Value(spec_modified),
conceptID="META_LAST_UPDATE",
),
conceptID="META_UPDATE",
),
M.ReportedAttribute( #STAT_PRES
M.Value(),
M.ReportedAttribute(
M.Value(indicator_definition),
conceptID="DATA_DESCR",
),
M.ReportedAttribute(
M.Value(dpsir_typology),
conceptID="CLASS_SYSTEM",
),
M.ReportedAttribute(
M.Value(themes),
conceptID="COVERAGE_SECTOR",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="STAT_CONC_DEF",
),
M.ReportedAttribute(
M.Value("Not applicable"),
conceptID="STAT_UNIT",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="STAT_POP",
),
M.ReportedAttribute(
M.Value(ref_area),
conceptID="REF_AREA",
),
M.ReportedAttribute(
M.Value(temporal_coverage),
conceptID="COVERAGE_TIME",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="BASE_PER",
),
conceptID="STAT_PRES"),
M.ReportedAttribute(
M.Value(units),
conceptID="UNIT_MEASURE",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="REF_PERIOD",
),
M.ReportedAttribute( #INST_MANDATE
M.Value(),
M.ReportedAttribute(
M.Value(
"Regulation (EC) No 401/2009 of the European "
"Parliament and of the Council of 23 April 2009 (available at "
"http://eur-lex.europa.eu/LexUriServ/LexUriServ.do?uri="
"CELEX:32009R0401:EN:NOT)"),
conceptID="INST_MAN_LA_OA",
),
M.ReportedAttribute(
M.Value(
"Regulation (EC) No 401/2009 of the European "
"Parliament and of the Council of 23 April 2009 (available at "
"http://eur-lex.europa.eu/LexUriServ/LexUriServ.do?uri="
"CELEX:32009R0401:EN:NOT)"),
conceptID="INST_MAN_SHAR",
),
conceptID="INST_MANDATE",
),
M.ReportedAttribute( #CONF
M.Value(),
M.ReportedAttribute(
M.Value("Not applicable"),
conceptID="CONF_DATA_TR",
),
M.ReportedAttribute(
M.Value("Not applicable"),
conceptID="CONF_POLICY",
),
conceptID="CONF",
),
M.ReportedAttribute( #REL_POLICY
M.Value(),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="REL_CAL_POLICY",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="REL_CAL_ACCESS",
),
M.ReportedAttribute(
M.Value("All EEA indicators are public"),
conceptID="REL_POL_US_AC",
),
conceptID="REL_POLICY",
),
M.ReportedAttribute(
M.Value("Not available"),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="NEWS_REL",
),
M.ReportedAttribute(
M.Value(latest_version.absolute_url()),
conceptID="PUBLICATIONS",
),
M.ReportedAttribute(
M.Value(
"https://www.eea.europa.eu/data-and-maps/indicators"
),
conceptID="ONLINE_DB",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="MICRO_DAT_ACC",
),
M.ReportedAttribute(
M.Value(
"Twitter: Indicators are automatically "
"announced via EEA's Twitter channel (https://twitter.com/euenvironment), "
"which users can follow. RSS feed: Indicators are automatically "
"announced in a dedicated EEA indicators RSS feed "
"(https://www.eea.europa.eu/data-and-maps/indicators/RSS2), which users can "
"subscribe to. A catalogue of all indicators is available "
"(https://www.eea.europa.eu/data-and-maps/indicators)."
),
conceptID="DISS_OTHER",
),
conceptID="DISS_FORMAT",
),
M.ReportedAttribute( #ACCESS_DOC
M.Value(),
M.ReportedAttribute(
M.Value(methodology_reference),
conceptID="DOC_METHOD",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="QUALITY_DOC",
),
conceptID="ACCESS_DOC",
),
M.ReportedAttribute( #QUALITY_MGMNT
M.Value(),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="QUALITY_ASSURE",
),
M.ReportedAttribute(
M.Value(uncertainties),
conceptID="QUALITY_ASSMNT",
),
conceptID="QUALITY_MGMNT",
),
M.ReportedAttribute( #RELEVANCE
M.Value(),
M.ReportedAttribute(
M.Value(user_needs),
conceptID="USER_NEEDS",
),
M.ReportedAttribute(
M.Value("Not applicable"),
conceptID="USER_SAT",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="COMPLETENESS",
),
conceptID="RELEVANCE",
),
M.ReportedAttribute( #ACCURACY
M.Value(),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="ACCURACY_OVERALL",
),
M.ReportedAttribute(
M.Value("Not applicable"),
conceptID="SAMPLING_ERR",
),
M.ReportedAttribute(
M.Value("Not applicable"),
conceptID="NONSAMPLING_ERR",
),
conceptID="ACCURACY",
),
M.ReportedAttribute( #TIMELINESS_PUNCT
M.Value(),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="TIMELINESS",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="PUNCTUALITY",
),
conceptID="TIMELINESS_PUNCT",
),
M.ReportedAttribute( #COMPARABILITY
M.Value(),
M.ReportedAttribute(
M.Value("Not available"),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="COMPAR_GEO_COVER",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="COMPAR_GEO_COMMENT",
),
conceptID="COMPAR_GEO",
),
M.ReportedAttribute(
M.Value("Not available"),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="COMPAR_TIME_COVER",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="COMPAR_TIME_COMMENT",
),
conceptID="COMPAR_TIME",
),
conceptID="COMPARABILITY",
),
M.ReportedAttribute( #COHERENCE
M.Value(),
M.ReportedAttribute(
M.Value("Not applicable"),
conceptID="COHER_X_DOM",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="COHER_INTERNAL",
),
conceptID="COHERENCE",
),
M.ReportedAttribute(
M.Value("Not applicable"),
conceptID="COST_BURDEN",
),
M.ReportedAttribute( #DATA_REV
M.Value(),
M.ReportedAttribute(
M.Value(
"Indicator assessments are peer reviewed and "
"CSIs go under extended country review process. Previous versions of "
"indicators are available. Data coming from EEA's data flows have their own "
"QA procedure. The quality of third part data is under responsibily of "
"respective data providers."),
conceptID="REV_POLICY",
),
M.ReportedAttribute(
M.Value(
"Indicator assessments are peer reviewed and "
"CSIs go under extended country review process. Previous versions of "
"indicators are available. Data coming from EEA's data flows have their own "
"QA procedure. The quality of third part data is under responsibily of "
"respective data providers."),
conceptID="REV_PRACTICE",
),
conceptID="DATA_REV",
),
M.ReportedAttribute( #STAT_PROCESS
M.Value(),
M.ReportedAttribute(
M.Value(out),
conceptID="SOURCE_TYPE",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="FREQ_COLL",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="COLL_METHOD",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="DATA_VALIDATION",
),
M.ReportedAttribute(
M.Value(methodology),
conceptID="DATA_COMP",
),
M.ReportedAttribute(
M.Value(methodology_gapfilling),
conceptID="ADJUSTMENT",
),
M.ReportedAttribute(
M.Value(frequency_of_updates),
conceptID="FREQ_DISS",
),
conceptID="STAT_PROCESS",
),
M.ReportedAttribute(
M.Value(
"Please note that more metadata and additional "
"information about this indicator is available online at %s. For technical "
"issues contact EEA web team at https://www.eea.europa.eu/help/contact-info. "
"Metadata extracted automatically by EEA IMS at %s." %
(self.context.absolute_url(), now.isoformat())),
conceptID="COMMENT_DSET",
),
),
)
xsi = "http://www.w3.org/2001/XMLSchema-instance"
schemaLocation = "http://www.SDMX.org/resources/SDMXML/schemas/v2_0/genericmetadata SDMXGenericMetadata.xsd " \
"http://www.SDMX.org/resources/SDMXML/schemas/v2_0/message SDMXMessage.xsd"
root = lxml.etree.Element(
nsel("GenericMetadata"),
attrib={"{" + xsi + "}schemaLocation": schemaLocation},
nsmap=NAMESPACES)
root.append(header)
root.append(metadata)
return lxml.etree.tostring(root,
pretty_print=True,
xml_declaration=True,
encoding='UTF-8',
standalone="yes")
def __call__(self):
self.request.response.setHeader('Content-Type', 'text/xml')
now = datetime.datetime.now()
year_start = datetime.datetime(year=now.year, month=1, day=1)
year_end = datetime.datetime(year=now.year, month=12, day=31)
#maybe it should be done as timedelta of 1sec from previous year
def getTextKeepHTML(value):
""" Retrieve text content from html input while keeping the html
"""
value = escapeSpecialChars(value)
return _toUnicode("<![CDATA[{0}]]>".format((value)))
def getTextStripHTML(value):
""" Retrieve text content from html input removing the html
"""
value = escapeSpecialChars(value)
return BeautifulSoup(value, 'lxml').get_text()
getText = getTextKeepHTML \
if self.request.get("keepHTML", "false") == "true"\
else getTextStripHTML
#we extract some info here to simplify code down below
spec = self.context.aq_parent
effective = self.context.getEffectiveDate()
if effective:
publish_date = effective.asdatetime().date().strftime("%d/%m/%Y")
else:
publish_date = ""
spec_modified = spec.modified().asdatetime().date().strftime("%d/%m/%Y")
latest_version = IGetVersions(self.context).latest_version()
ref_area = u", ".join([c.decode('utf-8') for c in
self.context.getLocation()])
manager_id = spec.getManager_user_id()
mtool = getToolByName(spec, 'portal_membership')
manager_name = (mtool.getMemberInfo(manager_id)
or {}).get('fullname', 'Missing')
manager_name = manager_name.decode('utf-8')
dpsir_vocab = NamedVocabulary('indicator_dpsir'
).getVocabularyDict(spec)
typology_vocab = NamedVocabulary('indicator_typology'
).getVocabularyDict(spec)
dpsir = dpsir_vocab.get(spec.getDpsir())
typology = typology_vocab.get(spec.getTypology())
dpsir_typology = "DPSIR: %s - Typology: %s" % (dpsir,
_toUnicode(typology))
themes_vocab = dict(spec._getMergedThemes())
themes = ", ".join([themes_vocab.get(l) for l in spec.getThemes()])
#let's use the already well-formatted temporal coverage browser view
temporal_coverage = getMultiAdapter(
(self.context, self.request), name=u'formatTempCoverage')()
units = getText(spec.getUnits()) or u'Not available'
data_sets = [rel for rel in spec.getRelatedItems()
if rel.portal_type == 'Data']
ext_data_sets = [rel for rel in spec.getRelatedItems()
if rel.portal_type == 'ExternalDataSpec']
out = ""
for dataowner in data_sets:
out += u" ".join((_toUnicode(dataowner.Title()),
dataowner.absolute_url()))
out += u" "
for provider_url in dataowner.getDataOwner():
org = spec.getOrganisationName(provider_url)
if org:
out += u" ".join((_toUnicode(org.Title),
provider_url))
out += u" "
for eds in ext_data_sets:
out += u" ".join((_toUnicode(eds.Title()),
eds.absolute_url()))
out += u" "
org = spec.getOrganisationName(eds.getProvider_url())
if org:
out += u" ".join((_toUnicode(org.Title),
eds.getProvider_url()))
out += u" "
mrefs = [b.getObject() for b in spec.getFolderContents(
contentFilter={'portal_type':'MethodologyReference'})]
methodology_reference = getText(
"\n".join(
[(o.Title() + "\n" + o.getDescription()) for o in mrefs]))
uncertainties = getText('Methodology uncertainty: ' +\
spec.getMethodology_uncertainty() +\
'\nData uncertainty: ' +\
spec.getData_uncertainty() +\
'\nRationale uncertainty: ' +\
spec.getRationale_uncertainty())
questions = [b.getObject() for b in spec.getFolderContents(
contentFilter={'portal_type':'PolicyQuestion'})]
qpart = ""
if questions:
main_q = None
for q in questions:
if q.getIs_key_question():
main_q = q
if main_q is not None:
qpart += "Key policy question: %s\n" % main_q.Title()
for q in questions:
if q == main_q:
continue
qpart += "Specific policy question: %s\n" % q.Title()
user_needs = getText('Justification for indicator selection: '+\
spec.getRationale_justification()+ "\n" + qpart)
methodology = getText(spec.getMethodology())
methodology_gapfilling = getText(spec.getMethodology_gapfilling())
indicator_definition = getText(spec.Title() + ". " + \
spec.getDefinition())
frequency_of_updates = getText(spec.get_frequency_of_updates())
#The xml construction
E = ElementMaker(nsmap=NAMESPACES)
header = E.Header(
E.ID("DMBB_ESMSIPEEA_A"),
E.Prepared(now.replace(microsecond=0).isoformat()),
E.Sender(id="4D0"),
E.DataSetID("DMBB_ESMSIPEEA_A_1353407791410"),
E.DataSetAction("Append"),
E.Extracted(now.replace(microsecond=0).isoformat()),
E.ReportingBegin(year_start.replace(microsecond=0).isoformat()),
E.ReportingEnd(year_end.replace(microsecond=0).isoformat()),
)
M = ElementMaker(namespace=NAMESPACES['GenericMetadata'],
nsmap=NAMESPACES)
metadata = M.MetadataSet(
M.MetadataStructureRef('ESMSIPEEA_MSD'),
M.MetadataStructureAgencyRef("ESTAT"),
M.ReportRef('ESMS_REPORT_FULL'),
M.AttributeValueSet(
M.TargetRef("FULL_ESMS"),
M.TargetValues(
M.ComponentValue("2013-A0", component="TIME_PERIOD",
object="TimeDimension"),
M.ComponentValue("4D0", component="DATA_PROVIDER",
object="DataProvider"),
M.ComponentValue("DMBB_ESMSIPEEA_A", component="DATAFLOW",
object="DataFlow"),
),
M.ReportedAttribute( #CONTACT
M.Value(),
M.ReportedAttribute(
M.Value('European Environment Agency (EEA)'),
conceptID="CONTACT_ORGANISATION",
),
M.ReportedAttribute(
M.Value('Not available'),
conceptID="ORGANISATION_UNIT",
),
M.ReportedAttribute(
M.Value(manager_name),
conceptID="CONTACT_NAME",
),
M.ReportedAttribute(
M.Value('Not available'),
conceptID="CONTACT_FUNC",
),
M.ReportedAttribute(
M.Value('Kongens Nytorv 6, 1050, '
'Copenhagen K, Denmark'),
conceptID="CONTACT_MAIL",
),
M.ReportedAttribute(
M.Value('Not available'),
conceptID="CONTACT_EMAIL",
),
M.ReportedAttribute(
M.Value('Not available'),
conceptID="CONTACT_PHONE",
),
M.ReportedAttribute(
M.Value('Not applicable'),
conceptID="CONTACT_FAX",
),
conceptID="CONTACT",
),
M.ReportedAttribute( #META_UPDATE
M.Value(),
M.ReportedAttribute(
M.Value(publish_date),
conceptID="META_CERTIFIED",
),
M.ReportedAttribute(
M.Value(publish_date),
conceptID="META_POSTED",
),
M.ReportedAttribute(
M.Value(spec_modified),
conceptID="META_LAST_UPDATE",
),
conceptID="META_UPDATE",
),
M.ReportedAttribute( #STAT_PRES
M.Value(),
M.ReportedAttribute(
M.Value(indicator_definition),
conceptID="DATA_DESCR",
),
M.ReportedAttribute(
M.Value(dpsir_typology),
conceptID="CLASS_SYSTEM",
),
M.ReportedAttribute(
M.Value(themes),
conceptID="COVERAGE_SECTOR",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="STAT_CONC_DEF",
),
M.ReportedAttribute(
M.Value("Not applicable"),
conceptID="STAT_UNIT",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="STAT_POP",
),
M.ReportedAttribute(
M.Value(ref_area),
conceptID="REF_AREA",
),
M.ReportedAttribute(
M.Value(temporal_coverage),
conceptID="COVERAGE_TIME",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="BASE_PER",
),
conceptID="STAT_PRES"
),
M.ReportedAttribute(
M.Value(units),
conceptID="UNIT_MEASURE",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="REF_PERIOD",
),
M.ReportedAttribute( #INST_MANDATE
M.Value(),
M.ReportedAttribute(
M.Value("Regulation (EC) No 401/2009 of the European "
"Parliament and of the Council of 23 April 2009 (available at "
"http://eur-lex.europa.eu/LexUriServ/LexUriServ.do?uri="
"CELEX:32009R0401:EN:NOT)"),
conceptID="INST_MAN_LA_OA",
),
M.ReportedAttribute(
M.Value("Regulation (EC) No 401/2009 of the European "
"Parliament and of the Council of 23 April 2009 (available at "
"http://eur-lex.europa.eu/LexUriServ/LexUriServ.do?uri="
"CELEX:32009R0401:EN:NOT)"),
conceptID="INST_MAN_SHAR",
),
conceptID="INST_MANDATE",
),
M.ReportedAttribute( #CONF
M.Value(),
M.ReportedAttribute(
M.Value("Not applicable"),
conceptID="CONF_DATA_TR",
),
M.ReportedAttribute(
M.Value("Not applicable"),
conceptID="CONF_POLICY",
),
conceptID="CONF",
),
M.ReportedAttribute( #REL_POLICY
M.Value(),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="REL_CAL_POLICY",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="REL_CAL_ACCESS",
),
M.ReportedAttribute(
M.Value("All EEA indicators are public"),
conceptID="REL_POL_US_AC",
),
conceptID="REL_POLICY",
),
M.ReportedAttribute(
M.Value("Not available"),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="NEWS_REL",
),
M.ReportedAttribute(
M.Value(latest_version.absolute_url()),
conceptID="PUBLICATIONS",
),
M.ReportedAttribute(
M.Value(
"https://www.eea.europa.eu/data-and-maps/indicators"),
conceptID="ONLINE_DB",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="MICRO_DAT_ACC",
),
M.ReportedAttribute(
M.Value("Twitter: Indicators are automatically "
"announced via EEA's Twitter channel (https://twitter.com/euenvironment), "
"which users can follow. RSS feed: Indicators are automatically "
"announced in a dedicated EEA indicators RSS feed "
"(https://www.eea.europa.eu/data-and-maps/indicators/RSS2), which users can "
"subscribe to. A catalogue of all indicators is available "
"(https://www.eea.europa.eu/data-and-maps/indicators)."),
conceptID="DISS_OTHER",
),
conceptID="DISS_FORMAT",
),
M.ReportedAttribute( #ACCESS_DOC
M.Value(),
M.ReportedAttribute(
M.Value(methodology_reference),
conceptID="DOC_METHOD",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="QUALITY_DOC",
),
conceptID="ACCESS_DOC",
),
M.ReportedAttribute( #QUALITY_MGMNT
M.Value(),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="QUALITY_ASSURE",
),
M.ReportedAttribute(
M.Value(uncertainties),
conceptID="QUALITY_ASSMNT",
),
conceptID="QUALITY_MGMNT",
),
M.ReportedAttribute( #RELEVANCE
M.Value(),
M.ReportedAttribute(
M.Value(user_needs),
conceptID="USER_NEEDS",
),
M.ReportedAttribute(
M.Value("Not applicable"),
conceptID="USER_SAT",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="COMPLETENESS",
),
conceptID="RELEVANCE",
),
M.ReportedAttribute( #ACCURACY
M.Value(),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="ACCURACY_OVERALL",
),
M.ReportedAttribute(
M.Value("Not applicable"),
conceptID="SAMPLING_ERR",
),
M.ReportedAttribute(
M.Value("Not applicable"),
conceptID="NONSAMPLING_ERR",
),
conceptID="ACCURACY",
),
M.ReportedAttribute( #TIMELINESS_PUNCT
M.Value(),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="TIMELINESS",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="PUNCTUALITY",
),
conceptID="TIMELINESS_PUNCT",
),
M.ReportedAttribute( #COMPARABILITY
M.Value(),
M.ReportedAttribute(
M.Value("Not available"),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="COMPAR_GEO_COVER",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="COMPAR_GEO_COMMENT",
),
conceptID="COMPAR_GEO",
),
M.ReportedAttribute(
M.Value("Not available"),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="COMPAR_TIME_COVER",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="COMPAR_TIME_COMMENT",
),
conceptID="COMPAR_TIME",
),
conceptID="COMPARABILITY",
),
M.ReportedAttribute( #COHERENCE
M.Value(),
M.ReportedAttribute(
M.Value("Not applicable"),
conceptID="COHER_X_DOM",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="COHER_INTERNAL",
),
conceptID="COHERENCE",
),
M.ReportedAttribute(
M.Value("Not applicable"),
conceptID="COST_BURDEN",
),
M.ReportedAttribute( #DATA_REV
M.Value(),
M.ReportedAttribute(
M.Value("Indicator assessments are peer reviewed and "
"CSIs go under extended country review process. Previous versions of "
"indicators are available. Data coming from EEA's data flows have their own "
"QA procedure. The quality of third part data is under responsibily of "
"respective data providers."),
conceptID="REV_POLICY",
),
M.ReportedAttribute(
M.Value("Indicator assessments are peer reviewed and "
"CSIs go under extended country review process. Previous versions of "
"indicators are available. Data coming from EEA's data flows have their own "
"QA procedure. The quality of third part data is under responsibily of "
"respective data providers."),
conceptID="REV_PRACTICE",
),
conceptID="DATA_REV",
),
M.ReportedAttribute( #STAT_PROCESS
M.Value(),
M.ReportedAttribute(
M.Value(out),
conceptID="SOURCE_TYPE",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="FREQ_COLL",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="COLL_METHOD",
),
M.ReportedAttribute(
M.Value("Not available"),
conceptID="DATA_VALIDATION",
),
M.ReportedAttribute(
M.Value(methodology),
conceptID="DATA_COMP",
),
M.ReportedAttribute(
M.Value(methodology_gapfilling),
conceptID="ADJUSTMENT",
),
M.ReportedAttribute(
M.Value(frequency_of_updates),
conceptID="FREQ_DISS",
),
conceptID="STAT_PROCESS",
),
M.ReportedAttribute(
M.Value("Please note that more metadata and additional "
"information about this indicator is available online at %s. For technical "
"issues contact EEA web team at https://www.eea.europa.eu/help/contact-info. "
"Metadata extracted automatically by EEA IMS at %s." %
(self.context.absolute_url(), now.isoformat())),
conceptID="COMMENT_DSET",
),
),
)
xsi = "http://www.w3.org/2001/XMLSchema-instance"
schemaLocation = "http://www.SDMX.org/resources/SDMXML/schemas/v2_0/genericmetadata SDMXGenericMetadata.xsd " \
"http://www.SDMX.org/resources/SDMXML/schemas/v2_0/message SDMXMessage.xsd"
root = lxml.etree.Element(nsel("GenericMetadata"), attrib={
"{" + xsi + "}schemaLocation": schemaLocation}, nsmap=NAMESPACES)
root.append(header)
root.append(metadata)
return lxml.etree.tostring(root, pretty_print=True,
xml_declaration=True, encoding='UTF-8',
standalone="yes")