def GetRecordById(self, req):
resp = etree.Element(ntag("csw:GetRecordByIdResponse"), nsmap=namespaces)
seen = set()
for ident in req["id"]:
doc = Session.query(HarvestObject) \
.join(Package) \
.join(HarvestJob).join(HarvestSource) \
.filter(HarvestSource.active==True) \
.filter(HarvestObject.guid==ident) \
.filter(HarvestObject.package!=None) \
.filter(Package.state==u'active') \
.order_by(HarvestObject.gathered.desc()) \
.limit(1).first()
if doc is None:
continue
if 'MD_Metadata' in doc.content:
try:
record = etree.parse(StringIO(doc.content.encode("utf-8")))
resp.append(record.getroot())
except:
log.error("exception parsing document %s:\n%s", doc.id, traceback.format_exc())
raise
data = self._render_xml(resp)
log.info('GetRecordById response: %r', truncate(data, LOG_XML_LENGTH))
return data
def remove_public(item):
'''
Function to remove "Public - " from the labels for search facet.
'''
if item['display_name'].startswith('Public - '):
item['display_name'] = item['display_name'][9:]
return h.truncate(item['display_name'], 22)
def GetRecordById(self, req):
resp = etree.Element(ntag("csw:GetRecordByIdResponse"),
nsmap=namespaces)
seen = set()
for ident in req["id"]:
doc = Session.query(HarvestObject) \
.join(Package) \
.join(HarvestJob).join(HarvestSource) \
.filter(HarvestSource.active==True) \
.filter(HarvestObject.guid==ident) \
.filter(HarvestObject.package!=None) \
.filter(Package.state==u'active') \
.order_by(HarvestObject.gathered.desc()) \
.limit(1).first()
if doc is None:
continue
if 'MD_Metadata' in doc.content:
try:
record = etree.parse(StringIO(doc.content.encode("utf-8")))
resp.append(record.getroot())
except:
log.error("exception parsing document %s:\n%s", doc.id,
traceback.format_exc())
raise
data = self._render_xml(resp)
log.info('GetRecordById response: %r', truncate(data, LOG_XML_LENGTH))
return data
def govil_markdown_extract(package_id, text, extract_length=190):
''' return the plain text representation of markdown encoded text. That
is the texted without any html tags. If extract_length is 0 then it
will not be truncated.'''
RE_MD_HTML_TAGS = re.compile('<[^><]*>')
if not text:
return ''
plain = RE_MD_HTML_TAGS.sub('', markdown(text))
if not extract_length or len(plain) < extract_length:
return literal(plain)
end_a_tag = '<a data-toggle="collapse"' + \
' onclick="$(\'#short_pack_des_'+package_id+'\').hide()"' + \
' href="#full_pack_des_' + package_id + '"' + \
' role="button"'+ \
' aria-expanded="false"'+ \
' aria-controls="full_pack_des_' + package_id + '">...</a>'
return literal(
text_type(
truncate(plain,
length=extract_length,
indicator=end_a_tag,
whole_word=True)))
def after_search(self, results, params):
_org_cache = {}
try:
for item in results['search_facets']['type']['items']:
item['display_name'] = toolkit._(item['display_name'])
except KeyError:
pass
try:
for item in results['search_facets']['member_countries']['items']:
item[
'display_name'] = toolkit.h.spc_member_countries_facet_label(
item)
except KeyError:
pass
is_popular_first = toolkit.asbool(
params.get('extras', {}).get('ext_popular_first', False))
for item in results['results']:
if len(item) == 1:
# it's shortened search, probably initiated by bulk download
continue
if item.get('id'):
item['tracking_summary'] = (
model.TrackingSummary.get_for_package(item['id']))
item['five_star_rating'] = spc_utils._get_stars_from_solr(
item['id'])
if _package_is_native(item['id']):
item['isPartOf'] = 'pdh.pacificdatahub'
else:
src_type = _get_isPartOf(item['id'])
if src_type:
item['isPartOf'] = src_type
if item.get('name'):
item['ga_view_count'] = spc_utils.ga_view_count(item['name'])
item['short_notes'] = h.truncate(item.get('notes', ''))
if item.get('organization'):
org_name = item['organization']['name']
try:
organization = _org_cache[org_name]
except KeyError:
organization = h.get_organization(org_name)
_org_cache[org_name] = organization
item['organization_image_url'] = organization.get(
'image_display_url') or h.url_for_static(
'/base/images/placeholder-organization.png',
qualified=True)
if is_popular_first:
results['results'].sort(key=lambda i: i.get('ga_view_count', 0),
reverse=True)
spc_utils.store_search_query(params)
return results
def GetRecords(self, req):
resp = etree.Element(ntag("csw:GetRecordsResponse"), nsmap=namespaces)
etree.SubElement(resp, ntag("csw:SearchStatus"), timestamp=datetime.utcnow().isoformat())
cursor = Session.connection()
q = Session.query(distinct(HarvestObject.guid)) \
.join(Package) \
.join(HarvestSource) \
.filter(HarvestObject.current==True) \
.filter(Package.state==u'active') \
.filter(or_(HarvestSource.type=='gemini-single', \
HarvestSource.type=='gemini-waf', \
HarvestSource.type=='csw'))
### TODO Parse query instead of stupidly just returning whatever we like
startPosition = req["startPosition"] if req["startPosition"] > 0 else 1
maxRecords = req["maxRecords"] if req["maxRecords"] > 0 else 10
rset = q.offset(startPosition-1).limit(maxRecords)
total = q.count()
attrs = {
"numberOfRecordsMatched": total,
"elementSet": req["elementSetName"], # we lie here. it's always really "full"
}
if req["resultType"] == "results":
returned = rset.count()
attrs["numberOfRecordsReturned"] = returned
if (total-startPosition-1) > returned:
attrs["nextRecord"] = startPosition + returned
else:
attrs["nextRecord"] = 0
else:
attrs["numberOfRecordsReturned"] = 0
attrs = dict((k, unicode(v)) for k,v in attrs.items())
results = etree.SubElement(resp, ntag("csw:SearchResults"), **attrs)
if req["resultType"] == "results":
for guid, in Session.execute(rset):
doc = Session.query(HarvestObject) \
.join(Package) \
.filter(HarvestObject.guid==guid) \
.filter(HarvestObject.current==True) \
.filter(Package.state==u'active') \
.first()
try:
record = etree.parse(StringIO(doc.content.encode("utf-8")))
results.append(record.getroot())
except:
log.error("exception parsing document %s:\n%s", doc.id, traceback.format_exc())
raise
data = self._render_xml(resp)
log.info('GetRecords response: %r', truncate(data, LOG_XML_LENGTH))
return data
def _test_expectation(self, action, users, entity_names, interfaces,
entity_types, expect_it_works):
if isinstance(users, model.User):
users = [users]
if isinstance(entity_names, basestring):
entity_names = [entity_names]
if action == 'create' and 'package_relationship' not in entity_types:
entity_names = [str(random.random() * 100000000).replace('.', '-')]
if action in ('delete', 'purge'):
entity_names = ['filled in later']
for user in users:
for entity_name in entity_names:
for interface in interfaces:
test_func = {
'rest': self._test_via_api,
'wui': self._test_via_wui
}[interface]
for entity_type in entity_types:
if action in ('delete', 'purge'):
if entity_type != 'package_relationship':
entity_name = '%s_%s_%s' % (action, user.name,
interface)
entity_class = self.ENTITY_CLASS_MAP[
entity_type]
else:
raise NotImplementedError
entity = entity_class.by_name(entity_name)
assert entity, 'Have not created %s to %s: %r' %\
(entity_type, action, entity_name)
entity_name = str(entity.id)
ok, diagnostics = test_func(action, user, entity_name,
entity_type)
if ok != expect_it_works:
msg = 'Should be able to %s %s %r as user %r on %r interface. Diagnostics: %r' \
if expect_it_works else \
'Should NOT be able to %s %s %r as user %r on %r interface. Diagnostics: %r'
raise Exception(
msg %
(action, entity_type, entity_name, user.name,
interface, truncate(repr(diagnostics), 1000)))
def _test_expectation(self, action, users, entity_names,
interfaces, entity_types,
expect_it_works):
if isinstance(users, model.User):
users = [users]
if isinstance(entity_names, basestring):
entity_names = [entity_names]
if action == 'create' and 'package_relationship' not in entity_types:
entity_names = [str(random.random()*100000000).replace('.', '-')]
if action in ('delete', 'purge'):
entity_names = ['filled in later']
for user in users:
for entity_name in entity_names:
for interface in interfaces:
test_func = {'rest':self._test_via_api,
'wui':self._test_via_wui}[interface]
for entity_type in entity_types:
if action in ('delete', 'purge'):
if entity_type != 'package_relationship':
entity_name = '%s_%s_%s' % (action, user.name, interface)
entity_class = self.ENTITY_CLASS_MAP[entity_type]
else:
raise NotImplementedError
entity = entity_class.by_name(entity_name)
assert entity, 'Have not created %s to %s: %r' %\
(entity_type, action, entity_name)
entity_name = str(entity.id)
ok, diagnostics = test_func(action, user, entity_name, entity_type)
if ok != expect_it_works:
msg = 'Should be able to %s %s %r as user %r on %r interface. Diagnostics: %r' \
if expect_it_works else \
'Should NOT be able to %s %s %r as user %r on %r interface. Diagnostics: %r'
raise Exception(msg % (action, entity_type, entity_name, user.name, interface, truncate(repr(diagnostics), 1000)))
def GetCapabilities(self, req):
site = request.host_url + request.path
caps = etree.Element(ntag("csw:Capabilities"), nsmap=namespaces)
srvid = etree.SubElement(caps, ntag("ows:ServiceIdentification"))
title = etree.SubElement(srvid, ntag("ows:Title"))
title.text = unicode(config["cswservice.title"])
abstract = etree.SubElement(srvid, ntag("ows:Abstract"))
abstract.text = unicode(config["cswservice.abstract"])
keywords = etree.SubElement(srvid, ntag("ows:Keywords"))
for word in [w.strip() for w in config["cswservice.keywords"].split(",")]:
if word == "": continue
kw = etree.SubElement(keywords, ntag("ows:Keyword"))
kw.text = unicode(word)
kwtype = etree.SubElement(keywords, ntag("ows:Type"))
kwtype.text = unicode(config["cswservice.keyword_type"])
srvtype = etree.SubElement(srvid, ntag("ows:ServiceType"))
srvtype.text = "CSW"
srvver = etree.SubElement(srvid, ntag("ows:ServiceTypeVersion"))
srvver.text = "2.0.2"
### ows:Fees, ows:AccessConstraints
provider = etree.SubElement(caps, ntag("ows:ServiceProvider"))
provname = etree.SubElement(provider, ntag("ows:ProviderName"))
provname.text = unicode(config["cswservice.provider_name"])
attrs = {
ntag("xlink:href"): site
}
etree.SubElement(provider, ntag("ows:ProviderSite"), **attrs)
contact = etree.SubElement(provider, ntag("ows:ServiceContact"))
name = etree.SubElement(contact, ntag("ows:IndividualName"))
name.text = unicode(config["cswservice.contact_name"])
pos = etree.SubElement(contact, ntag("ows:PositionName"))
pos.text = unicode(config["cswservice.contact_position"])
cinfo = etree.SubElement(contact, ntag("ows:ContactInfo"))
phone = etree.SubElement(cinfo, ntag("ows:Phone"))
voice = etree.SubElement(phone, ntag("ows:Voice"))
voice.text = unicode(config["cswservice.contact_voice"])
fax = etree.SubElement(phone, ntag("ows:Fax"))
fax.text = unicode(config["cswservice.contact_fax"])
addr = etree.SubElement(cinfo, ntag("ows:Address"))
dpoint = etree.SubElement(addr, ntag("ows:DeliveryPoint"))
dpoint.text= unicode(config["cswservice.contact_address"])
city = etree.SubElement(addr, ntag("ows:City"))
city.text = unicode(config["cswservice.contact_city"])
region = etree.SubElement(addr, ntag("ows:AdministrativeArea"))
region.text = unicode(config["cswservice.contact_region"])
pcode = etree.SubElement(addr, ntag("ows:PostalCode"))
pcode.text = unicode(config["cswservice.contact_pcode"])
country = etree.SubElement(addr, ntag("ows:Country"))
country.text = unicode(config["cswservice.contact_country"])
email = etree.SubElement(addr, ntag("ows:ElectronicMailAddress"))
email.text = unicode(config["cswservice.contact_email"])
hours = etree.SubElement(cinfo, ntag("ows:HoursOfService"))
hours.text = unicode(config["cswservice.contact_hours"])
instructions = etree.SubElement(cinfo, ntag("ows:ContactInstructions"))
instructions.text = unicode(config["cswservice.contact_instructions"])
role = etree.SubElement(contact, ntag("ows:Role"))
role.text = unicode(config["cswservice.contact_role"])
opmeta = etree.SubElement(caps, ntag("ows:OperationsMetadata"))
op = etree.SubElement(opmeta, ntag("ows:Operation"), name="GetCapabilities")
dcp = etree.SubElement(op, ntag("ows:DCP"))
http = etree.SubElement(dcp, ntag("ows:HTTP"))
attrs = { ntag("xlink:href"): site }
etree.SubElement(http, ntag("ows:Get"), **attrs)
post = etree.SubElement(http, ntag("ows:Post"), **attrs)
pe = etree.SubElement(post, ntag("ows:Constraint"), name="PostEncoding")
val = etree.SubElement(pe, ntag("ows:Value"))
val.text = "XML"
op = etree.SubElement(opmeta, ntag("ows:Operation"), name="GetRecords")
dcp = etree.SubElement(op, ntag("ows:DCP"))
http = etree.SubElement(dcp, ntag("ows:HTTP"))
attrs = { ntag("xlink:href"): site }
etree.SubElement(http, ntag("ows:Get"), **attrs)
post = etree.SubElement(http, ntag("ows:Post"), **attrs)
pe = etree.SubElement(post, ntag("ows:Constraint"), name="PostEncoding")
val = etree.SubElement(pe, ntag("ows:Value"))
val.text = "XML"
param = etree.SubElement(op, ntag("ows:Parameter"), name="resultType")
val = etree.SubElement(param, ntag("ows:Value"))
val.text = "results"
param = etree.SubElement(op, ntag("ows:Parameter"), name="outputFormat")
val = etree.SubElement(param, ntag("ows:Value"))
val.text = "application/xml"
param = etree.SubElement(op, ntag("ows:Parameter"), name="outputSchema")
val = etree.SubElement(param, ntag("ows:Value"))
val.text = "http://www.isotc211.org/2005/gmd"
param = etree.SubElement(op, ntag("ows:Parameter"), name="typeNames")
val = etree.SubElement(param, ntag("ows:Value"))
val.text = "gmd:MD_Metadata"
op = etree.SubElement(opmeta, ntag("ows:Operation"), name="GetRecordById")
dcp = etree.SubElement(op, ntag("ows:DCP"))
http = etree.SubElement(dcp, ntag("ows:HTTP"))
attrs = { ntag("xlink:href"): site }
etree.SubElement(http, ntag("ows:Get"), **attrs)
post = etree.SubElement(http, ntag("ows:Post"), **attrs)
pe = etree.SubElement(post, ntag("ows:Constraint"), name="PostEncoding")
val = etree.SubElement(pe, ntag("ows:Value"))
val.text = "XML"
param = etree.SubElement(op, ntag("ows:Parameter"), name="resultType")
val = etree.SubElement(param, ntag("ows:Value"))
val.text = "results"
param = etree.SubElement(op, ntag("ows:Parameter"), name="outputFormat")
val = etree.SubElement(param, ntag("ows:Value"))
val.text = "application/xml"
param = etree.SubElement(op, ntag("ows:Parameter"), name="outputSchema")
val = etree.SubElement(param, ntag("ows:Value"))
val.text = "http://www.isotc211.org/2005/gmd"
param = etree.SubElement(op, ntag("ows:Parameter"), name="typeNames")
val = etree.SubElement(param, ntag("ows:Value"))
val.text = "gmd:MD_Metadata"
# op = etree.SubElement(opmeta, ntag("ows:Operation"), name="Harvest")
# dcp = etree.SubElement(op, ntag("ows:DCP"))
# http = etree.SubElement(dcp, ntag("ows:HTTP"))
# attrs = { ntag("xlink:href"): site }
# post = etree.SubElement(http, ntag("ows:Post"), **attrs)
# pe = etree.SubElement(post, ntag("ows:Constraint"), name="PostEncoding")
# val = etree.SubElement(pe, ntag("ows:Value"))
# val.text = "XML"
# param = etree.SubElement(op, ntag("ows:Parameter"), name="outputFormat")
# val = etree.SubElement(param, ntag("ows:Value"))
# val.text = "application/xml"
# param = etree.SubElement(op, ntag("ows:Parameter"), name="outputSchema")
# val = etree.SubElement(param, ntag("ows:Value"))
# val.text = "http://www.isotc211.org/2005/gmd"
filcap = etree.SubElement(caps, ntag("ogc:Filter_Capabilities"))
spacap = etree.SubElement(filcap, ntag("ogc:Spatial_Capabilities"))
geomop = etree.SubElement(spacap, ntag("ogc:GeometryOperands"))
spaceop = etree.SubElement(spacap, ntag("ogc:SpatialOperators"))
scalcap = etree.SubElement(filcap, ntag("ogc:Scalar_Capabilities"))
lop = etree.SubElement(scalcap, ntag("ogc:LogicalOperators"))
cop = etree.SubElement(scalcap, ntag("ogc:ComparisonOperators"))
idcap = etree.SubElement(filcap, ntag("ogc:Id_Capabilities"))
eid = etree.SubElement(idcap, ntag("ogc:EID"))
fid = etree.SubElement(idcap, ntag("ogc:FID"))
data = self._render_xml(caps)
log.info('GetCapabilities response: %r', truncate(data, LOG_XML_LENGTH))
return data
def GetRecords(self, req):
resp = etree.Element(ntag("csw:GetRecordsResponse"), nsmap=namespaces)
etree.SubElement(resp,
ntag("csw:SearchStatus"),
timestamp=datetime.utcnow().isoformat())
cursor = Session.connection()
q = Session.query(distinct(HarvestObject.guid)) \
.join(Package) \
.join(HarvestSource) \
.filter(HarvestObject.current==True) \
.filter(Package.state==u'active') \
.filter(or_(HarvestSource.type=='gemini-single', \
HarvestSource.type=='gemini-waf', \
HarvestSource.type=='csw'))
### TODO Parse query instead of stupidly just returning whatever we like
startPosition = req["startPosition"] if req["startPosition"] > 0 else 1
maxRecords = req["maxRecords"] if req["maxRecords"] > 0 else 10
rset = q.offset(startPosition - 1).limit(maxRecords)
total = q.count()
attrs = {
"numberOfRecordsMatched": total,
"elementSet":
req["elementSetName"], # we lie here. it's always really "full"
}
if req["resultType"] == "results":
returned = rset.count()
attrs["numberOfRecordsReturned"] = returned
if (total - startPosition - 1) > returned:
attrs["nextRecord"] = startPosition + returned
else:
attrs["nextRecord"] = 0
else:
attrs["numberOfRecordsReturned"] = 0
attrs = dict((k, unicode(v)) for k, v in attrs.items())
results = etree.SubElement(resp, ntag("csw:SearchResults"), **attrs)
if req["resultType"] == "results":
for guid, in Session.execute(rset):
doc = Session.query(HarvestObject) \
.join(Package) \
.filter(HarvestObject.guid==guid) \
.filter(HarvestObject.current==True) \
.filter(Package.state==u'active') \
.first()
try:
record = etree.parse(StringIO(doc.content.encode("utf-8")))
results.append(record.getroot())
except:
log.error("exception parsing document %s:\n%s", doc.id,
traceback.format_exc())
raise
data = self._render_xml(resp)
log.info('GetRecords response: %r', truncate(data, LOG_XML_LENGTH))
return data
def GetCapabilities(self, req):
site = request.host_url + request.path
caps = etree.Element(ntag("csw:Capabilities"), nsmap=namespaces)
srvid = etree.SubElement(caps, ntag("ows:ServiceIdentification"))
title = etree.SubElement(srvid, ntag("ows:Title"))
title.text = unicode(config["cswservice.title"])
abstract = etree.SubElement(srvid, ntag("ows:Abstract"))
abstract.text = unicode(config["cswservice.abstract"])
keywords = etree.SubElement(srvid, ntag("ows:Keywords"))
for word in [
w.strip() for w in config["cswservice.keywords"].split(",")
]:
if word == "": continue
kw = etree.SubElement(keywords, ntag("ows:Keyword"))
kw.text = unicode(word)
kwtype = etree.SubElement(keywords, ntag("ows:Type"))
kwtype.text = unicode(config["cswservice.keyword_type"])
srvtype = etree.SubElement(srvid, ntag("ows:ServiceType"))
srvtype.text = "CSW"
srvver = etree.SubElement(srvid, ntag("ows:ServiceTypeVersion"))
srvver.text = "2.0.2"
### ows:Fees, ows:AccessConstraints
provider = etree.SubElement(caps, ntag("ows:ServiceProvider"))
provname = etree.SubElement(provider, ntag("ows:ProviderName"))
provname.text = unicode(config["cswservice.provider_name"])
attrs = {ntag("xlink:href"): site}
etree.SubElement(provider, ntag("ows:ProviderSite"), **attrs)
contact = etree.SubElement(provider, ntag("ows:ServiceContact"))
name = etree.SubElement(contact, ntag("ows:IndividualName"))
name.text = unicode(config["cswservice.contact_name"])
pos = etree.SubElement(contact, ntag("ows:PositionName"))
pos.text = unicode(config["cswservice.contact_position"])
cinfo = etree.SubElement(contact, ntag("ows:ContactInfo"))
phone = etree.SubElement(cinfo, ntag("ows:Phone"))
voice = etree.SubElement(phone, ntag("ows:Voice"))
voice.text = unicode(config["cswservice.contact_voice"])
fax = etree.SubElement(phone, ntag("ows:Fax"))
fax.text = unicode(config["cswservice.contact_fax"])
addr = etree.SubElement(cinfo, ntag("ows:Address"))
dpoint = etree.SubElement(addr, ntag("ows:DeliveryPoint"))
dpoint.text = unicode(config["cswservice.contact_address"])
city = etree.SubElement(addr, ntag("ows:City"))
city.text = unicode(config["cswservice.contact_city"])
region = etree.SubElement(addr, ntag("ows:AdministrativeArea"))
region.text = unicode(config["cswservice.contact_region"])
pcode = etree.SubElement(addr, ntag("ows:PostalCode"))
pcode.text = unicode(config["cswservice.contact_pcode"])
country = etree.SubElement(addr, ntag("ows:Country"))
country.text = unicode(config["cswservice.contact_country"])
email = etree.SubElement(addr, ntag("ows:ElectronicMailAddress"))
email.text = unicode(config["cswservice.contact_email"])
hours = etree.SubElement(cinfo, ntag("ows:HoursOfService"))
hours.text = unicode(config["cswservice.contact_hours"])
instructions = etree.SubElement(cinfo, ntag("ows:ContactInstructions"))
instructions.text = unicode(config["cswservice.contact_instructions"])
role = etree.SubElement(contact, ntag("ows:Role"))
role.text = unicode(config["cswservice.contact_role"])
opmeta = etree.SubElement(caps, ntag("ows:OperationsMetadata"))
op = etree.SubElement(opmeta,
ntag("ows:Operation"),
name="GetCapabilities")
dcp = etree.SubElement(op, ntag("ows:DCP"))
http = etree.SubElement(dcp, ntag("ows:HTTP"))
attrs = {ntag("xlink:href"): site}
etree.SubElement(http, ntag("ows:Get"), **attrs)
post = etree.SubElement(http, ntag("ows:Post"), **attrs)
pe = etree.SubElement(post,
ntag("ows:Constraint"),
name="PostEncoding")
val = etree.SubElement(pe, ntag("ows:Value"))
val.text = "XML"
op = etree.SubElement(opmeta, ntag("ows:Operation"), name="GetRecords")
dcp = etree.SubElement(op, ntag("ows:DCP"))
http = etree.SubElement(dcp, ntag("ows:HTTP"))
attrs = {ntag("xlink:href"): site}
etree.SubElement(http, ntag("ows:Get"), **attrs)
post = etree.SubElement(http, ntag("ows:Post"), **attrs)
pe = etree.SubElement(post,
ntag("ows:Constraint"),
name="PostEncoding")
val = etree.SubElement(pe, ntag("ows:Value"))
val.text = "XML"
param = etree.SubElement(op, ntag("ows:Parameter"), name="resultType")
val = etree.SubElement(param, ntag("ows:Value"))
val.text = "results"
param = etree.SubElement(op,
ntag("ows:Parameter"),
name="outputFormat")
val = etree.SubElement(param, ntag("ows:Value"))
val.text = "application/xml"
param = etree.SubElement(op,
ntag("ows:Parameter"),
name="outputSchema")
val = etree.SubElement(param, ntag("ows:Value"))
val.text = "http://www.isotc211.org/2005/gmd"
param = etree.SubElement(op, ntag("ows:Parameter"), name="typeNames")
val = etree.SubElement(param, ntag("ows:Value"))
val.text = "gmd:MD_Metadata"
op = etree.SubElement(opmeta,
ntag("ows:Operation"),
name="GetRecordById")
dcp = etree.SubElement(op, ntag("ows:DCP"))
http = etree.SubElement(dcp, ntag("ows:HTTP"))
attrs = {ntag("xlink:href"): site}
etree.SubElement(http, ntag("ows:Get"), **attrs)
post = etree.SubElement(http, ntag("ows:Post"), **attrs)
pe = etree.SubElement(post,
ntag("ows:Constraint"),
name="PostEncoding")
val = etree.SubElement(pe, ntag("ows:Value"))
val.text = "XML"
param = etree.SubElement(op, ntag("ows:Parameter"), name="resultType")
val = etree.SubElement(param, ntag("ows:Value"))
val.text = "results"
param = etree.SubElement(op,
ntag("ows:Parameter"),
name="outputFormat")
val = etree.SubElement(param, ntag("ows:Value"))
val.text = "application/xml"
param = etree.SubElement(op,
ntag("ows:Parameter"),
name="outputSchema")
val = etree.SubElement(param, ntag("ows:Value"))
val.text = "http://www.isotc211.org/2005/gmd"
param = etree.SubElement(op, ntag("ows:Parameter"), name="typeNames")
val = etree.SubElement(param, ntag("ows:Value"))
val.text = "gmd:MD_Metadata"
# op = etree.SubElement(opmeta, ntag("ows:Operation"), name="Harvest")
# dcp = etree.SubElement(op, ntag("ows:DCP"))
# http = etree.SubElement(dcp, ntag("ows:HTTP"))
# attrs = { ntag("xlink:href"): site }
# post = etree.SubElement(http, ntag("ows:Post"), **attrs)
# pe = etree.SubElement(post, ntag("ows:Constraint"), name="PostEncoding")
# val = etree.SubElement(pe, ntag("ows:Value"))
# val.text = "XML"
# param = etree.SubElement(op, ntag("ows:Parameter"), name="outputFormat")
# val = etree.SubElement(param, ntag("ows:Value"))
# val.text = "application/xml"
# param = etree.SubElement(op, ntag("ows:Parameter"), name="outputSchema")
# val = etree.SubElement(param, ntag("ows:Value"))
# val.text = "http://www.isotc211.org/2005/gmd"
filcap = etree.SubElement(caps, ntag("ogc:Filter_Capabilities"))
spacap = etree.SubElement(filcap, ntag("ogc:Spatial_Capabilities"))
geomop = etree.SubElement(spacap, ntag("ogc:GeometryOperands"))
spaceop = etree.SubElement(spacap, ntag("ogc:SpatialOperators"))
scalcap = etree.SubElement(filcap, ntag("ogc:Scalar_Capabilities"))
lop = etree.SubElement(scalcap, ntag("ogc:LogicalOperators"))
cop = etree.SubElement(scalcap, ntag("ogc:ComparisonOperators"))
idcap = etree.SubElement(filcap, ntag("ogc:Id_Capabilities"))
eid = etree.SubElement(idcap, ntag("ogc:EID"))
fid = etree.SubElement(idcap, ntag("ogc:FID"))
data = self._render_xml(caps)
log.info('GetCapabilities response: %r',
truncate(data, LOG_XML_LENGTH))
return data
