def get_time():
time = doc.xpath('//gml:begin/gml:TimeInstant/gml:timePosition',namespaces=nspace)
#end = doc.xpath('/gmd:MD_Metadata/gmd:identificationInfo/gmd:MD_DataIdentification/gmd:extent/gmd:EX_Extent/gmd:temporalElement/gmd:EX_TemporalExtent/gmd:extent/gml:TimePeriod/gml:begin/gml:TimeInstant/gml:timePosition',namespaces=nspace)
try:
t = common.time_coverage_fix(time[0].text,time[1].text)
return (common.timefix(t[0]),common.timefix(t[1]))
except IndexError, ValueError:
return ("","")
def time_coverage_fix(self,time):
#Fix dates
try:
t = common.time_coverage_fix(package_dict['time_period_coverage_start'],package_dict['time_period_coverage_end'])
package_dict['time_period_coverage_start'] =common.timefix(t[0])
package_dict['time_period_coverage_end'] = common.timefix(t[1])
except KeyError:
''' Times were never set '''
package_dict['time_period_coverage_start'] ="1000-01-01"
package_dict['time_period_coverage_end'] ="3000-01-01"
def time_and_space(self, pilot):
#10 if 33
self.package_dict['date_published']=self.rules.format_date(pilot['date_released'])
self.package_dict['date_modified']=self.rules.format_date(pilot['date_updated'])
self.package_dict['maintenance_and_update_frequency']=self.rules.pilot_frequency_list[pilot['frequency']]
self.package_dict['portal_release_date']='2013-06-18'
self.package_dict['ready_to_publish']=False #Used to be validation_override=True
t = common.time_coverage_fix(pilot['time_period_start'],pilot['time_period_end'])
self.package_dict['time_period_coverage_start']=self.rules.format_date(t[0])
self.package_dict['time_period_coverage_end']=self.rules.format_date(t[1])
self.package_dict['geographic_region']=self.rules.geo_region(pilot['Geographic_Region_Name'])
self.package_dict['spatial']=''
self.package_dict['spatial_representation_type']=''
def process_node(self,count, node, language):
try:
id = str(node.xpath("FORM[NAME='thisformid']/A/text()")[0]).lower()
# if id == "2da1db44-d00f-4764-8524-d42e3b798ce0":
# print "STOP"
except:
print "======NO ID=========", node.xpath("DC.TITLE")[0].text
try:
geo_lower_left = node.xpath("FORM[NAME='geo_lower_left']/A/text()")
geo_upper_right = node.xpath("FORM[NAME='geo_upper_right']/A/text()")
spatial=''
if geo_lower_left and geo_upper_right:
left,bottom = geo_lower_left[0].split(" ")
right, top = tuple(geo_upper_right[0].split(" "))
coordinates = [[left, bottom], [left,top], [right, top], [right, bottom]]
spatial = {'type': 'Polygon', 'coordinates': coordinates}
print spatial
#sys.exit()
except:
print "NO GEO"
#raise
package_dict = {'resources': []}
package_dict['resources'] = self.node_resources(node,language)
package_dict['spatial']= spatial
for ckan_name, pilot_name, field in schema_description.dataset_all_fields():
try:
if ckan_name == "id":
package_dict['id'] = str(node.xpath("FORM[NAME='thisformid']/A/text()")[0]).lower()
continue
elif ckan_name == 'name':
continue
elif ckan_name== 'tags':
continue
elif ckan_name == 'title':
t = node.xpath("FORM[NAME='title_en']/A/text()")[0]
package_dict['title'] = self.strip_title(t)
if t == None: raise "No English Title", t
continue
elif ckan_name=='title_fra':
# Look for
t_fr = node.xpath("FORM[NAME='title_fr']/A/text()")[0]
if t_fr == None: raise "No French Title", t_fr
# Filter out -version anglaise etc
for marker in common.language_markers_fra:
if marker in t_fr:
package_dict['title_fra'] = t_fr.split(marker)[0]
break
package_dict['title_fra'] = t_fr
continue
value =''
if pilot_name:
if pilot_name=="url_fra":
print pilot_name
try:
result = node.xpath("FORM[NAME='%s']/A/text()" % pilot_name)
if result:
value = result[0]
else:
value =''
except IndexError as e:
print e
if "|" in value:
split_value = value.split("|")[1]
rval = field['choices_by_pilot_uuid'][split_value]
package_dict[ckan_name] = rval['key']
if pilot_name == "department":
package_dict['owner_org'] = field['choices_by_pilot_uuid'][split_value]['key']
else:
if pilot_name == 'frequency':
if value:
package_dict['maintenance_and_update_frequency'] = pilot_frequency_list[value]
else:
package_dict['maintenance_and_update_frequency'] = pilot_frequency_list['']
continue
else:
package_dict[ckan_name] = value
except IndexError: #when None, eg. same as elif pilot_name is None:
package_dict[ckan_name] = ''
continue
print count, "INDEX ERROR ", ckan_name, pilot_name,package_dict[pilot_name]
except KeyError as e:
print "KEY ERROR : ", ckan_name, pilot_name, e
package_dict[ckan_name] = ''
continue
# Filter out things that will not pass validatation
if package_dict['geographic_region'] == "Canada Canada":package_dict['geographic_region']=''
region = package_dict['geographic_region']
package_dict['geographic_region'] = region.replace("Yukon Territory Territoire du Yukon","Yukon Yukon" )
package_dict['author_email'] = '*****@*****.**'
package_dict['catalog_type'] = schema_description.dataset_field_by_id['catalog_type']['choices'][0]['key']
#Override validation
package_dict['validation_override']=validation_override
#Fix dates
try:
t = common.time_coverage_fix(package_dict['time_period_coverage_start'],package_dict['time_period_coverage_end'])
package_dict['time_period_coverage_start'] =common.timefix(t[0])
package_dict['time_period_coverage_end'] = common.timefix(t[1])
except KeyError:
''' Times were never set '''
package_dict['time_period_coverage_start'] ="1000-01-01"
package_dict['time_period_coverage_end'] ="3000-01-01"
package_dict['date_published'] = package_dict['date_published'].replace("/", "-")
package_dict['time_period_coverage_start']=check_date(package_dict['time_period_coverage_start'])
package_dict['time_period_coverage_end']=check_date(package_dict['time_period_coverage_end'])
package_dict['date_published']=check_date(package_dict['date_published'])
package_dict['portal_release_date']='2013-05-24'
if node.find("FLOWSTATUS").text == "pending":
package_dict['portal_release_date']=''
package_dict['ready_to_publish']=True
package_dict['license_id']='ca-ogl-lgo'
#if count>1200:sys.exit()
def reformat_date(date_string):
try:
timepoint = datetime.strptime(date_string.strip(), "%m/%d/%Y")
except ValueError:
timepoint = datetime.strptime(date_string.strip(), "%Y/%m/%d")
day = timepoint.date()
return day.isoformat()
if "/" in package_dict['date_modified']: package_dict['date_modified']=reformat_date(package_dict['date_modified'])
key_eng = package_dict['keywords'].replace("\n"," ").replace("/","-").replace("(","").replace(")","").replace(":","-").replace(u"´","'").split(",")
key_fra = package_dict['keywords_fra'].replace("\n"," ").replace("/","-").replace('"','').replace("(",""). replace(":","-").replace(")","").split(",")
package_dict['keywords'] = ",".join([k.strip() for k in key_eng if len(k)<100 and len(k)>1])
package_dict['keywords_fra'] = ",".join([k for k in key_fra if len(k)<100 and len(k)>1])
if package_dict['owner_org']=='aafc-aac':
for marker in agriculture_title_markers:
if marker in package_dict['title']:
new = package_dict['title'].split(marker)[1]
package_dict['title']=new.lstrip(" ")
break
for marker in agriculture_title_markers:
if marker in package_dict['title_fra']:
new_fr = package_dict['title_fra'].split(marker)[1]
package_dict['title_fra']=new_fr.lstrip(" ")
break
if package_dict['owner_org']=='hc-sc':
for resource in package_dict['resources']:
if resource['resource_type']=='file':
resource['format']='TXT'
#print count,package_dict['title'], len(package_dict['resources'])
return package_dict