def run(self):
count = 0
host = config.get('mongo', 'host')
db = config.get('mongo', 'database')
def _fill_field(field_arr, field_type):
if field_type.startswith('string'):
field_arr = field_arr.astype(np.str).filled('')
elif field_type == 'bool':
field_arr = field_arr.astype(np.str).filled(None)
elif field_type.startswith('int'):
field_arr = field_arr.filled(0)
elif field_type.startswith('float'):
field_arr = field_arr.filled(np.NaN)
else:
raise Exception('Unknown field type %s' % field_type)
return field_arr
with Monary(host) as m:
log.info("Querying Monary")
# Get field definitions for default collection
query_fields, df_cols, field_types = zip(*self.get_collection_source_columns(self.collection_name))
catalogue_blocks = m.block_query(db, self.collection_name, self.query, query_fields, field_types, block_size=self.block_size)
log.info("Processing Monary data")
for catalogue_block in catalogue_blocks:
# Bit of a hack: fill fields with a blank value (depending on type)
# So the masked value doesn't get used. As the masked is shared between
# each block, if a field is empty it is getting populated by previous values
catalogue_block = [_fill_field(arr, field_types[i]) for i, arr in enumerate(catalogue_block)]
# Create a pandas data frame with block of records
# Columns use the name from the output columns - but must be in the same order as query_fields
# Which is why we're using tuples for the columns
df = pd.DataFrame(np.matrix(catalogue_block).transpose(), columns=df_cols)
# Loop through all the columns and ensure hidden integer fields are cast as int32
# For example, taxonomy_irn is used to join with taxonomy df
for i, df_col in enumerate(df_cols):
if field_types[i].startswith('int'):
df[df_col] = df[df_col].astype(field_types[i])
df = self.process_dataframe(m, df)
# Output the dataframe
self.output().write(df)
row_count, col_count = df.shape
count += row_count
log.info("\t %s records", count)
# After running, update mongo
self.mongo_target.touch()
def get_export_file_dates():
"""
Gets all the dates of outstanding files
@return: list of dates
"""
export_dir = config.get('keemu', 'export_dir')
try:
full_export_date = int(config.get('keemu', 'full_export_date'))
except NoOptionError:
full_export_date = None
files = [f for f in os.listdir(export_dir) if os.path.isfile(os.path.join(export_dir,f))]
# Use a set so we don't have duplicate dates
dates = set()
for f in files:
# So this will work with both .gz and not compressed files
f = f.replace('.gz', '')
try:
# Extract the date from the file name
_, _, date = f.split('.')
except ValueError:
# file not in the correct format - hidden directory etc.,
pass
else:
try:
date = int(date)
except ValueError:
# First dump did not contain date stamp
# ecatalogue.export.zip
continue
else:
# If we have full export date (the data the last full dump was produced)
# we only want dates after the last full dump - so skip prior dates
if full_export_date and date < full_export_date:
continue
dates.add(date)
# Make sure they are in the right order and convert to list
dates = sorted(list(dates))
return dates
def path(self):
"""
File name to output
@return: str
"""
file_name = self.__class__.__name__.replace('DatasetCSVTask', '').lower() + '-' + str(self.date)
return os.path.join(config.get('csv', 'output_dir'), file_name + '.csv')
def main():
update_markers = mongo_get_update_markers()
# Make sure the updates have all mongo classes
bulk_tasks = [
MongoCollectionIndexTask,
MongoCollectionEventTask,
MongoCatalogueTask,
MongoTaxonomyTask,
# MongoMultimediaTask,
MongoSiteTask,
UnpublishTask,
MongoDeleteTask
]
def _get_task_names(tasks):
"""
We need to initiate and get the family name, not just the class name
MongoDeleteTask => DeleteTask
@param tasks:
@return:
"""
return [unicode(task(date=0).task_family) for task in tasks]
full_export_date = int(config.get('keemu', 'full_export_date'))
for date, update_marker in update_markers.iteritems():
# If this is the fll export date, MongoDeleteTask is not required
if full_export_date and date == full_export_date:
bulk_task_copy = list(bulk_tasks)
bulk_task_copy.remove(MongoDeleteTask)
bulk_task_names = _get_task_names(bulk_task_copy)
else:
bulk_task_names = _get_task_names(bulk_tasks)
# Assert that for every date we have all the bulk tasks
missing_tasks = list(set(bulk_task_names) - set(update_marker))
assert missing_tasks == [], 'There are missing mongo tasks for date %s: %s' % (date, missing_tasks)
# Get a list of all export files to process
export_dates = [d for d in get_export_file_dates() if d not in update_markers.keys()]
# Run setup_interface_logging to ensure luigi commands
setup_interface_logging()
sch = scheduler.CentralPlannerScheduler()
w = BulkWorker(scheduler=sch)
for export_date in export_dates:
log.info('Processing date %s', export_date)
# We only need to call the mongo delete task, as all other tasks are a requirement
# NB: This doesn't delete anything from CKAN - if that's needed change this to DeleteTask
w.add(MongoDeleteTask(date=export_date, force=True))
w.run()
w.stop()
def path(self):
"""
File name to output
@return: str
"""
file_name = self.__class__.__name__.replace(
'DatasetCSVTask', '').lower() + '-' + str(self.date)
return os.path.join(config.get('csv', 'output_dir'),
file_name + '.csv')
class UnpublishTask(APITask):
"""
Deprecated - once published, a record cannot be marked "do not publish to internet".
If a KE EMu record has been marked non web publishable, it needs to be deleted from CKAN
NB: This does not remove embargoed records which have already been published.
You cannot embargo a record after it's release.
"""
database = config.get('mongo', 'database')
keemu_schema_file = config.get('keemu', 'schema')
def requires(self):
# Mongo catalogue task for date must have run
yield MongoCatalogueTask(self.date)
@timeit
def run(self):
# Do not run if this is a full export date - all non-publishable records will
# Already have been removed
if int(self.full_export_date) == int(self.date):
log.info("No records to unpublish for full exports")
self.mark_complete()
return
collection = self.output().get_collection('ecatalogue')
# We only care about records who's status has changed in the past week (6 days to be sure)
date_object = datetime.strptime(str(self.date), '%Y%m%d')
q = dict(AdmPublishWebNoPasswordFlag='N',
exportFileDate=self.date,
ISODateInserted={'$gte': date_object - timedelta(days=6)})
cursor = collection.find(q)
log.info('%s records to unpublish', cursor.count())
for record in cursor:
ckan_delete(self.remote_ckan, record)
# And mark the object as complete
self.mark_complete()
def mark_complete(self):
self.output().touch()
def output(self):
return MongoTarget(database=self.database, update_id=self.task_id)
def __init__(self, *args, **kwargs):
# If a date parameter has been passed in, we'll just use that
# Otherwise, loop through the files and get all dates
super(DatasetTask, self).__init__(*args, **kwargs)
# Get or create the resource object
self.resource_id = self.get_or_create_resource()
# Set up a mongo target to be used to mark complete
self.mongo_target = MongoTarget(database=config.get('mongo', 'database'), update_id=self.update_id())
def mark_complete(self):
# Move the file to the archive directory (if specified)
try:
archive_dir = config.get('keemu', 'archive_dir')
self.input().move(os.path.join(archive_dir, self.input().file_name))
except NoOptionError:
# Allow archive dir to be none
pass
# And mark the object as complete
self.output().touch()
def __init__(self, *args, **kwargs):
# If a date parameter has been passed in, we'll just use that
# Otherwise, loop through the files and get all dates
super(DatasetTask, self).__init__(*args, **kwargs)
# Get or create the resource object
self.resource_id = self.get_or_create_resource()
# Set up a mongo target to be used to mark complete
self.mongo_target = MongoTarget(database=config.get(
'mongo', 'database'),
update_id=self.update_id())
def mark_complete(self):
# Move the file to the archive directory (if specified)
try:
archive_dir = config.get('keemu', 'archive_dir')
self.input().move(os.path.join(archive_dir,
self.input().file_name))
except NoOptionError:
# Allow archive dir to be none
pass
# And mark the object as complete
self.output().touch()
class APITask(luigi.Task):
"""
Base CKAN API Task
"""
# Date to process
date = luigi.IntParameter()
full_export_date = config.get('keemu', 'full_export_date')
def __init__(self, *args, **kwargs):
# If a date parameter has been passed in, we'll just use that
# Otherwise, loop through the files and get all dates
super(APITask, self).__init__(*args, **kwargs)
self.remote_ckan = ckanapi.RemoteCKAN(config.get('ckan', 'site_url'), apikey=config.get('ckan', 'api_key'))
class ArtefactDatasetTask(DatasetTask):
# CKAN Dataset params
package = {
'name': 'collection-artefacts',
'notes': u'Cultural and historical artefacts from The Natural History Museum',
'title': "Artefacts",
'author': DATASET_AUTHOR,
'license_id': DATASET_LICENCE,
'resources': [],
'dataset_category': DATASET_TYPE,
'owner_org': config.get('ckan', 'owner_org')
}
# And now save to the datastore
datastore = {
'resource': {
'name': 'Artefacts',
'description': 'Museum artefacts',
'format': 'csv'
},
'primary_key': 'GUID'
}
columns = [
('ecatalogue.AdmGUIDPreferredValue', 'GUID', 'uuid'),
('ecatalogue.ArtName', 'Name', 'string:100'),
('ecatalogue.ArtKind', 'Kind', 'string:100'),
('ecatalogue.PalArtDescription', 'Description', 'string:100'),
('ecatalogue.IdeCurrentScientificName', 'Scientific name', 'string:100'),
('ecatalogue.MulMultiMediaRef', 'Multimedia', 'json')
]
record_type = 'Artefact'
def process_dataframe(self, m, df):
"""
Process the dataframe, converting image IRNs to URIs
@param m: monary
@param df: dataframe
@return: dataframe
"""
# And update images to URLs
df = super(ArtefactDatasetTask, self).process_dataframe(m, df)
self.ensure_multimedia(df, 'Multimedia')
return df
def solr_reindex():
indexes = config.get('solr', 'indexes').split(',')
# Loop through the indexes, request a full import and wait until it completes before
# requesting for the next index - ensures there's always a stable index available for requests
for index in indexes:
solr_index = SolrIndex(index)
print("Starting full import of index: %s" % index)
solr_index.full_import()
# Enter loop to keep checking status every SLEEP_INTERVAL
while True:
r = solr_index.status()
if r['status'] == 'busy':
print('Total Rows Fetched: %s' % r['statusMessages'].get('Total Rows Fetched'))
print('Time elapsed: %s' % r['statusMessages'].get('Time Elapsed'))
time.sleep(SLEEP_INTERVAL)
else:
print(r['statusMessages'].get(''))
print('Time taken: %s' % r['statusMessages'].get('Time taken'))
break;
def solr_reindex():
indexes = config.get('solr', 'indexes').split(',')
# Loop through the indexes, request a full import and wait until it completes before
# requesting for the next index - ensures there's always a stable index available for requests
for index in indexes:
solr_index = SolrIndex(index)
print("Starting full import of index: %s" % index)
solr_index.full_import()
# Enter loop to keep checking status every SLEEP_INTERVAL
while True:
r = solr_index.status()
if r['status'] == 'busy':
print('Total Rows Fetched: %s' %
r['statusMessages'].get('Total Rows Fetched'))
print('Time elapsed: %s' %
r['statusMessages'].get('Time Elapsed'))
time.sleep(SLEEP_INTERVAL)
else:
print(r['statusMessages'].get(''))
print('Time taken: %s' % r['statusMessages'].get('Time taken'))
break
def __init__(self, *args, **kwargs):
# If a date parameter has been passed in, we'll just use that
# Otherwise, loop through the files and get all dates
super(APITask, self).__init__(*args, **kwargs)
self.remote_ckan = ckanapi.RemoteCKAN(config.get('ckan', 'site_url'), apikey=config.get('ckan', 'api_key'))
def process_dataframe(self, m, df):
"""
Process the dataframe, updating multimedia irns => URIs
@param m: monary
@param df: dataframe
@return: dataframe
"""
df = super(SpecimenDatasetTask, self).process_dataframe(m, df)
# Added literal columns
for (field_name, _, default_value) in self.literal_columns:
df[field_name] = default_value
# Convert collection code to PAL, MIN etc.,
df['collectionCode'] = df['collectionCode'].str.upper().str[0:3]
# Entom record collection code = BMNH(E)
df['collectionCode'][df['collectionCode'] == 'ENT'] = "BMNH(E)"
# Add the old stable identifier - IRN concatenated with catalogue name
# etc.,
df['otherCatalogNumbers'] = 'NHMUK:ecatalogue:' + \
df['_id'].astype('str')
# Ensure multimedia resources are suitable (jpeg rather than tiff
# etc.,)
self.ensure_multimedia(df, 'associatedMedia')
# Assign determination name, type and field as to determinations for
# determination history
determination_fields = [
('name', '_determinationNames'),
('type', '_determinationTypes'),
('filedAs', '_determinationFiledAs')
]
def determinations_json(row):
"""
Convert determination fields to json
Dictionary comprehension looping through each field, and if it exists adding to a dict
@param row:
@return:
"""
return json.dumps({field_name: row[determination].split(';') for field_name, determination in determination_fields if row[determination]})
df['determinations'] = df[df['_determinationNames']
!= ''].apply(determinations_json, axis=1)
# There doesn't seem to be a good way to identify centroids in KE EMu
# I was using esites.LatDeriveCentroid, but this always defaults to True
# And trying to use centroid lat/lon fields, also includes pretty much every record
# But matching against *entroid being added to georeferencing notes
# produces much better results
df['centroid'][df['_latLongComments'].str.contains("entroid")] = True
# Convert all blank strings to NaN so we can use fillna &
# combine_first() to replace NaNs with value from parent df
df = df.applymap(lambda x: np.nan if isinstance(
x, basestring) and x == '' else x)
df['catalogNumber'].fillna(df['_regRegistrationNumber'], inplace=True)
# If PalNearestNamedPlaceLocal is missing, use sumPreciseLocation
# And then try MinNhmVerbatimLocalityLocal
df['locality'].fillna(df['_preciseLocation'], inplace=True)
df['locality'].fillna(df['_minLocalityLocal'], inplace=True)
# Replace missing DarTypeStatus
df['typeStatus'].fillna(df['_sumTypeStatus'], inplace=True)
# Replace missing depth fields
df['minimumDepthInMeters'].fillna(df['_collEventFromMetres'], inplace=True)
df['maximumDepthInMeters'].fillna(df['_collEventToMetres'], inplace=True)
# Replace missing CatPreservative
df['preservative'].fillna(df['_entCatPreservation'], inplace=True)
# Cultivated should only be set on Botany records - but is actually on
# everything
df['cultivated'][df['collectionCode'] != 'BOT'] = np.nan
# Process part parents
parent_irns = self._get_unique_irns(df, '_parentRef')
if parent_irns:
# We want to get all parts associated to one parent record, so we can provide them as associated records
# So select all records matching the parent IRN
q = dict(self.query)
# Delete _id if it's set - need this for testing
if '_id' in q:
del q['_id']
# Get all records with the same parent, so we can add them as
# related records
q['RegRegistrationParentRef'] = {'$in': parent_irns}
monary_query = m.query(config.get('mongo', 'database'), 'ecatalogue', q, [
'RegRegistrationParentRef', 'AdmGUIDPreferredValue'], ['int32', 'string:36'])
part_df = pd.DataFrame(np.matrix(monary_query).transpose(), columns=[
'RegRegistrationParentRef', 'AdmGUIDPreferredValue'])
part_df['RegRegistrationParentRef'] = part_df[
'RegRegistrationParentRef'].astype('int32')
# Group by parent ref and concatenate all the GUIDs together
# So we now have:
# parent_irn guid; guid
parts = part_df.groupby('RegRegistrationParentRef')[
'AdmGUIDPreferredValue'].apply(lambda x: "%s" % ';'.join(x))
# And update the main date frame with the group parts, merged on
# _parentRef
df['relatedResourceID'] = df.apply(lambda row: parts[row['_parentRef']] if row[
'_parentRef'] in parts else np.NaN, axis=1)
df['relationshipOfResource'][
df['relatedResourceID'].notnull()] = 'Parts'
parent_df = self.get_dataframe(m, 'ecatalogue', self.get_collection_source_columns(
'ecatalogue'), parent_irns, '_id')
# Ensure the parent multimedia images are usable
self.ensure_multimedia(parent_df, 'associatedMedia')
# Assign parentRef as the index to allow us to combine with
# parent_df
df.index = df['_parentRef']
# There is a annoying bug that coerces string columns to integers in combine_first
# Hack: ensure there's always a string value that cannot be coerced in every column
# So will create a dummy row, that gets deleted after combine_first
# is called
dummy_index = len(df) + 1
parent_df.loc[dummy_index] = ['-' for _ in parent_df]
df = df.combine_first(parent_df)
df = df.drop([dummy_index])
# Ensure our geo fields are floats
df['decimalLongitude'] = df['decimalLongitude'].astype('float64')
df['decimalLatitude'] = df['decimalLatitude'].astype('float64')
# Get all collection columns
collection_columns = self.get_collection_source_columns()
# Load extra sites info (if there's an error radius + unit)
site_irns = self._get_unique_irns(df, '_siteRef')
sites_df = self.get_dataframe(m, 'esites', collection_columns[
'esites'], site_irns, '_esitesIrn')
df = pd.merge(df, sites_df, how='outer', left_on=[
'_siteRef'], right_on=['_esitesIrn'])
# For CITES species, we need to hide Lat/Lon and Locality data - and
# label images
for i in ['locality', 'labelLocality', 'decimalLongitude', 'decimalLatitude', 'verbatimLongitude', 'verbatimLatitude', 'centroid', 'maxError', 'higherGeography', 'associatedMedia']:
df[i][df['_cites'] == 'True'] = np.NaN
# Some records are being assigned a Centroid even if they have no lat/lon fields.
# Ensure it's False is latitude is null
df['centroid'][df['decimalLatitude'].isnull()] = False
# Load collection event data
collection_event_irns = self._get_unique_irns(
df, '_collectionEventRef')
# if collection_event_irns:
collection_event_df = self.get_dataframe(m, 'ecollectionevents', collection_columns[
'ecollectionevents'], collection_event_irns, '_ecollectioneventsIrn')
# print collection_event_df
df = pd.merge(df, collection_event_df, how='outer', left_on=[
'_collectionEventRef'], right_on=['_ecollectioneventsIrn'])
# Add parasite life stage
# Parasite cards use a different field for life stage
df['lifeStage'].fillna(df['_parasiteStage'], inplace=True)
# Add parasite card
parasite_taxonomy_irns = self._get_unique_irns(df, '_cardParasiteRef')
if parasite_taxonomy_irns:
parasite_df = self.get_dataframe(
m, 'etaxonomy', self.parasite_taxonomy_fields, parasite_taxonomy_irns, '_irn')
df.index = df['_cardParasiteRef']
df = df.combine_first(parasite_df)
return df
class SpecimenDatasetTask(DatasetTask):
# CKAN Dataset params
package = {
'name': 'collection-specimens',
'notes':
u'Specimen records from the Natural History Museum\'s collection',
'title': "Collection specimens",
'author': DATASET_AUTHOR,
'license_id': DATASET_LICENCE,
'resources': [],
'dataset_category': DATASET_TYPE,
'spatial':
'{"type":"Polygon","coordinates":[[[-180,82],[180,82],[180,-82],[-180,-82],[-180,82]]]}',
'owner_org': config.get('ckan', 'owner_org')
}
# And now save to the datastore
datastore = {
'resource': {
'id': config.get('dataset_id', 'specimen'),
'name': 'Specimens',
'description': 'Specimen records',
'format': 'dwc' # Darwin core
},
'primary_key': 'occurrenceID'
}
geospatial_fields = {
'latitude_field': 'decimalLatitude',
'longitude_field': 'decimalLongitude'
}
indexed_fields = ['collectionCode', 'catalogNumber', 'created', 'project']
columns = [
# List of columns
# ([KE EMu field], [new field], [field type])
# Used for logging, joins and the old stable identifier
('ecatalogue._id', '_id', 'int32'),
('ecatalogue.AdmGUIDPreferredValue', 'occurrenceID', 'uuid'),
('ecatalogue.DarCatalogNumber', 'catalogNumber', 'string:100'),
# Taxonomy
('ecatalogue.DarScientificName', 'scientificName', 'string:100'),
# Rather than using the two darwin core fields DarScientificNameAuthorYear and ScientificNameAuthor
# It's easier to just use IdeFiledAsAuthors which has them both
# concatenated
('ecatalogue.IdeFiledAsAuthors', 'scientificNameAuthorship',
'string:100'),
('ecatalogue.DarTypeStatus', 'typeStatus', 'string:100'),
# Use nearest name place rather than precise locality
# https://github.com/NaturalHistoryMuseum/ke2mongo/issues/29
('ecatalogue.PalNearestNamedPlaceLocal', 'locality', 'string:100'),
('ecatalogue.DarCountry', 'country', 'string:100'),
('ecatalogue.DarWaterBody', 'waterBody', 'string:100'),
('ecatalogue.EntLocExpeditionNameLocal', 'expedition', 'string:100'),
('ecollectionevents.ColParticipantLocal', 'recordedBy', 'string:100'),
('ecatalogue.ColDepartment', 'collectionCode', 'string:100'),
('ecatalogue.DarKingdom', 'kingdom', 'string:100'),
('ecatalogue.DarPhylum', 'phylum', 'string:100'),
('ecatalogue.DarClass', 'class', 'string:100'),
('ecatalogue.DarOrder', 'order', 'string:100'),
('ecatalogue.DarFamily', 'family', 'string:100'),
('ecatalogue.DarGenus', 'genus', 'string:100'),
('ecatalogue.DarSubgenus', 'subgenus', 'string:100'),
('ecatalogue.DarSpecies', 'specificEpithet', 'string:100'),
('ecatalogue.DarSubspecies', 'infraspecificEpithet', 'string:100'),
('ecatalogue.DarHigherTaxon', 'higherClassification', 'string:100'),
('ecatalogue.DarInfraspecificRank', 'taxonRank', 'string:100'),
# Location
('ecatalogue.DarStateProvince', 'stateProvince', 'string:100'),
('ecatalogue.DarContinent', 'continent', 'string:100'),
('ecatalogue.DarIsland', 'island', 'string:100'),
('ecatalogue.DarIslandGroup', 'islandGroup', 'string:100'),
# Removed: continentOcean is not in current DwC standard, replaced by waterBody and continent
# ('ecatalogue.DarContinentOcean', 'continentOcean', 'string:100'),
('ecatalogue.DarHigherGeography', 'higherGeography', 'string:100'),
('ecatalogue.ColHabitatVerbatim', 'habitat', 'string:100'),
('ecatalogue.DarLatLongComments', '_latLongComments', 'string:100'),
('ecatalogue.DarDecimalLongitude', 'decimalLongitude', 'float64'),
('ecatalogue.DarDecimalLatitude', 'decimalLatitude', 'float64'),
('ecatalogue.DarGeodeticDatum', 'geodeticDatum', 'string:100'),
('ecatalogue.DarGeorefMethod', 'georeferenceProtocol', 'string:100'),
('esites.LatLongitude', 'verbatimLongitude', 'string:100'),
('esites.LatLatitude', 'verbatimLatitude', 'string:100'),
# Occurrence
('ecatalogue.DarMinimumElevationInMeters', 'minimumElevationInMeters',
'string:100'),
('ecatalogue.DarMaximumElevationInMeters', 'maximumElevationInMeters',
'string:100'),
('ecatalogue.DarMinimumDepthInMeters', 'minimumDepthInMeters',
'string:100'),
('ecatalogue.DarMaximumDepthInMeters', 'maximumDepthInMeters',
'string:100'),
# DarCollector doesn't have multiple collectors NHMUK:ecatalogue:1751715 - Switched to using ecollectionevents.ColParticipantLocal
# ('ecatalogue.DarCollector', 'Recorded by', 'string:100'),
('ecatalogue.DarCollectorNumber', 'recordNumber', 'string:100'),
('ecatalogue.DarIndividualCount', 'individualCount', 'string:100'),
# According to docs, ageClass has been superseded by lifeStage. We have both, but ageClass duplicates
# And for the ~200 it has extra data, the data isn't good
# ('ecatalogue.DarAgeClass', 'ageClass', 'string:100'),
('ecatalogue.DarLifeStage', 'lifeStage', 'string:100'),
('ecatalogue.DarSex', 'sex', 'string:100'),
('ecatalogue.DarPreparations', 'preparations', 'string:100'),
# Identification
('ecatalogue.DarIdentifiedBy', 'identifiedBy', 'string:100'),
# KE Emu has 3 fields for identification date: DarDayIdentified, DarMonthIdentified and DarYearIdentified
# But EntIdeDateIdentified holds them all - which is what we want for
# dateIdentified
('ecatalogue.EntIdeDateIdentified', 'dateIdentified', 'string:100'),
('ecatalogue.DarIdentificationQualifier', 'identificationQualifier',
'string:100'),
# ('ecatalogue.DarFieldNumber', 'Field number', 'string:100'), Removed as mostly duplicates DarCollectorNumber (JW - feedback)
('ecatalogue.DarTimeOfDay', 'eventTime', 'string:100'),
('ecatalogue.DarDayCollected', 'day', 'string:100'),
('ecatalogue.DarMonthCollected', 'month', 'string:100'),
('ecatalogue.DarYearCollected', 'year', 'string:100'),
# Geo
('ecatalogue.DarEarliestEon', 'earliestEonOrLowestEonothem',
'string:100'),
('ecatalogue.DarLatestEon', 'latestEonOrHighestEonothem',
'string:100'),
('ecatalogue.DarEarliestEra', 'earliestEraOrLowestErathem',
'string:100'),
('ecatalogue.DarLatestEra', 'latestEraOrHighestErathem', 'string:100'),
('ecatalogue.DarEarliestPeriod', 'earliestPeriodOrLowestSystem',
'string:100'),
('ecatalogue.DarLatestPeriod', 'latestPeriodOrHighestSystem',
'string:100'),
('ecatalogue.DarEarliestEpoch', 'earliestEpochOrLowestSeries',
'string:100'),
('ecatalogue.DarLatestEpoch', 'latestEpochOrHighestSeries',
'string:100'),
('ecatalogue.DarEarliestAge', 'earliestAgeOrLowestStage',
'string:100'),
('ecatalogue.DarLatestAge', 'latestAgeOrHighestStage', 'string:100'),
('ecatalogue.DarLowestBiostrat', 'lowestBiostratigraphicZone',
'string:100'),
('ecatalogue.DarHighestBiostrat', 'highestBiostratigraphicZone',
'string:100'),
('ecatalogue.DarGroup', 'group', 'string:100'),
('ecatalogue.DarFormation', 'formation', 'string:100'),
('ecatalogue.DarMember', 'member', 'string:100'),
('ecatalogue.DarBed', 'bed', 'string:100'),
# Resource relationship
# ('ecatalogue.DarRelatedCatalogItem', 'Related resource id', 'string:100'), Only 34 records have this field populated
# So it's better to build automatically from part / parent records
# Multimedia
('ecatalogue.MulMultiMediaRef', 'associatedMedia', 'json'),
# Dynamic properties
# These fields do not map to DwC, but are still very useful
('ecatalogue.ColRecordType', 'recordType', 'string:100'),
('ecatalogue.ColSubDepartment', 'subDepartment', 'string:100'),
('ecatalogue.PrtType', 'partType', 'string:100'),
('ecatalogue.RegCode', 'registrationCode', 'string:100'),
('ecatalogue.CatKindOfObject', 'kindOfObject', 'string:100'),
('ecatalogue.CatKindOfCollection', 'kindOfCollection', 'string:100'),
('ecatalogue.CatPreservative', 'preservative', 'string:100'),
('ecatalogue.ColKind', 'collectionKind', 'string:100'),
('ecatalogue.EntPriCollectionName', 'collectionName', 'string:100'),
('ecatalogue.PalAcqAccLotDonorFullName', 'donorName', 'string:100'),
('ecatalogue.DarPreparationType', 'preparationType', 'string:100'),
('ecatalogue.DarObservedWeight', 'observedWeight', 'string:100'),
# Location
# Data is stored in sumViceCountry field in ecatalogue data - but actually this
# should be viceCountry (which it is in esites)
('ecatalogue.sumViceCountry', 'viceCounty', 'string:100'),
('ecatalogue.DnaExtractionMethod', 'extractionMethod', 'string:100'),
('ecatalogue.DnaReSuspendedIn', 'resuspendedIn', 'string:100'),
('ecatalogue.DnaTotalVolume', 'totalVolume', 'string:100'),
# Parasite card
('ecatalogue.CardBarcode', 'barcode', 'string:100'),
# Egg
('ecatalogue.EggClutchSize', 'clutchSize', 'string:100'),
('ecatalogue.EggSetMark', 'setMark', 'string:100'),
# Nest
('ecatalogue.NesShape', 'nestShape', 'string:100'),
('ecatalogue.NesSite', 'nestSite', 'string:100'),
# Silica gel
('ecatalogue.SilPopulationCode', 'populationCode', 'string:100'),
# Botany
('ecatalogue.CollExsiccati', 'exsiccati', 'string:100'),
('ecatalogue.ColExsiccatiNumber', 'exsiccatiNumber', 'string:100'),
# JW asked for this to be renamed from Site Description => Label
# locality
('ecatalogue.ColSiteDescription', 'labelLocality', 'string:100'),
('ecatalogue.ColPlantDescription', 'plantDescription', 'string:100'),
('ecatalogue.FeaCultivated', 'cultivated', 'string:100'),
# ('ecatalogue.FeaPlantForm', 'Plant form', 'string:100'), # JW asked for this to be removed
# Paleo
('ecatalogue.PalDesDescription', 'catalogueDescription', 'string:100'),
('ecatalogue.PalStrChronostratLocal', 'chronostratigraphy',
'string:100'),
('ecatalogue.PalStrLithostratLocal', 'lithostratigraphy',
'string:100'),
# Mineralogy
('ecatalogue.MinDateRegistered', 'dateRegistered', 'string:100'),
('ecatalogue.MinIdentificationAsRegistered',
'identificationAsRegistered', 'string:100'),
('ecatalogue.MinIdentificationDescription',
'identificationDescription', 'string:500'),
('ecatalogue.MinPetOccurance', 'occurrence', 'string:100'),
('ecatalogue.MinOreCommodity', 'commodity', 'string:200'),
('ecatalogue.MinOreDepositType', 'depositType', 'string:100'),
('ecatalogue.MinTextureStructure', 'texture', 'string:100'),
('ecatalogue.MinIdentificationVariety', 'identificationVariety',
'string:100'),
('ecatalogue.MinIdentificationOther', 'identificationOther',
'string:100'),
('ecatalogue.MinHostRock', 'hostRock', 'string:100'),
('ecatalogue.MinAgeDataAge', 'age', 'string:100'),
('ecatalogue.MinAgeDataType', 'ageType', 'string:100'),
# Mineralogy location
('ecatalogue.MinNhmTectonicProvinceLocal', 'tectonicProvince',
'string:100'),
('ecatalogue.MinNhmStandardMineLocal', 'mine', 'string:100'),
('ecatalogue.MinNhmMiningDistrictLocal', 'miningDistrict',
'string:100'),
('ecatalogue.MinNhmComplexLocal', 'mineralComplex', 'string:100'),
('ecatalogue.MinNhmRegionLocal', 'geologyRegion', 'string:100'),
# Meteorite
('ecatalogue.MinMetType', 'meteoriteType', 'string:100'),
('ecatalogue.MinMetGroup', 'meteoriteGroup', 'string:100'),
('ecatalogue.MinMetChondriteAchondrite', 'chondriteAchondrite',
'string:100'),
('ecatalogue.MinMetClass', 'meteoriteClass', 'string:100'),
('ecatalogue.MinMetPetType', 'petrologyType', 'string:100'),
('ecatalogue.MinMetPetSubtype', 'petrologySubtype', 'string:100'),
('ecatalogue.MinMetRecoveryFindFall', 'recovery', 'string:100'),
('ecatalogue.MinMetRecoveryDate', 'recoveryDate', 'string:100'),
('ecatalogue.MinMetRecoveryWeight', 'recoveryWeight', 'string:100'),
('ecatalogue.MinMetWeightAsRegistered', 'registeredWeight',
'string:100'),
('ecatalogue.MinMetWeightAsRegisteredUnit', 'registeredWeightUnit',
'string:100'),
# Project
('ecatalogue.NhmSecProjectName', 'project', 'string:100'),
# Project
('ecatalogue.EntCatBarcode', 'barcode', 'string:100'),
# Record level
('ecatalogue.AdmDateModified', 'modified', 'string:100'),
# This isn't actually in DwC - but I'm going to use dcterms:created
('ecatalogue.AdmDateInserted', 'created', 'string:100'),
# Internal
('ecatalogue.RegRegistrationParentRef', '_parentRef', 'int32'),
('ecatalogue.sumSiteRef', '_siteRef', 'int32'),
('ecatalogue.sumCollectionEventRef', '_collectionEventRef', 'int32'),
('ecatalogue.CardParasiteRef', '_cardParasiteRef', 'int32'),
# Used if DarCatalogueNumber is empty
('ecatalogue.RegRegistrationNumber', '_regRegistrationNumber',
'string:100'),
# Used if CatPreservative is empty
('ecatalogue.EntCatPreservation', '_entCatPreservation', 'string:100'),
# Used to build previous determinations for Botany
('ecatalogue.IdeCitationTypeStatus', '_determinationTypes',
'string:100'),
('ecatalogue.EntIdeScientificNameLocal', '_determinationNames',
'string:250'),
('ecatalogue.EntIdeFiledAs', '_determinationFiledAs', 'string:100'),
# If DarTypeStatus is empty, we'll use sumTypeStatus which has previous
# determinations
('ecatalogue.sumTypeStatus', '_sumTypeStatus', 'string:100'),
# Id DarMinimumDepthInMeters is empty, use CollEventFromMetres - used for abyssline project
('ecatalogue.CollEventFromMetres', '_collEventFromMetres', 'string:100'
),
('ecatalogue.CollEventToMetres', '_collEventToMetres', 'string:100'),
# Locality if nearest named place is empty
# The encoding of DarLocality is buggered - see ecatalogue.1804973
# So better to use the original field with the correct encoding
('ecatalogue.sumPreciseLocation', '_preciseLocation', 'string:100'),
# Locality if precise and nearest named place is empty
('ecatalogue.MinNhmVerbatimLocalityLocal', '_minLocalityLocal',
'string:100'),
# CITES specimens
('ecatalogue.cites', '_cites', 'bool'),
# Parasite cards use a different field for life stage
('ecatalogue.CardParasiteStage', '_parasiteStage', 'string:100'),
# Join keys
('ecollectionevents._id', '_ecollectioneventsIrn', 'int32'),
('esites._id', '_esitesIrn', 'int32'),
# Removed: We do not want notes, could contain anything
# ('ecatalogue.DarNotes', 'DarNotes', 'string:100'),
# ('ecatalogue.DarLatLongComments', 'latLongComments', 'string:100'),
]
# Used to merge in data from parasite cards, which do not have taxonomic
# data
parasite_taxonomy_fields = [
('_id', '_irn', 'int32'),
('ClaScientificNameBuilt', 'scientificName', 'string:100'),
('ClaKingdom', 'kingdom', 'string:60'),
('ClaPhylum', 'phylum', 'string:100'),
('ClaClass', 'class', 'string:100'),
('ClaOrder', 'order', 'string:100'),
('ClaFamily', 'family', 'string:100'),
('ClaGenus', 'genus', 'string:100'),
('ClaSubgenus', 'subgenus', 'string:100'),
('ClaSpecies', 'specificEpithet', 'string:100'),
('ClaSubspecies', 'infraspecificEpithet', 'string:100'),
('ClaRank', 'taxonRank', 'string:10') # NB: CKAN uses rank internally
]
# Columns not selected from the database
# In the format (field_name, field_type, default_value)
literal_columns = [
('institutionCode', 'string:100', 'NHMUK'),
('basisOfRecord', 'string:100', 'Specimen'),
('determinations', 'json', np.NaN),
# This is set dynamically if this is a part record (with parent Ref)
('relatedResourceID', 'string:100', np.NaN),
('relationshipOfResource', 'string:100', np.NaN),
('centroid', 'bool', False),
('otherCatalogNumbers', 'string:100', np.NaN)
]
@property
def query(self):
"""
Query object for selecting data from mongoDB
To test encoding, use query = {'_id': 42866}
@return: dict
"""
query = super(SpecimenDatasetTask, self).query
# Override the default ColRecordType
query['ColRecordType'] = {
"$nin":
PARENT_TYPES +
[ArtefactDatasetTask.record_type, IndexLotDatasetTask.record_type]
}
# And exclude all with an embargo date (timestamp) in the future
query['RealEmbargoDate'] = {"$lt": time.time()}
return query
def get_output_columns(self):
"""
Override default get_output_columns and add in literal columns (not retrieved from mongo)
@return:
"""
output_columns = super(SpecimenDatasetTask, self).get_output_columns()
# Add the literal columns
for (field_name, field_type, _) in self.literal_columns:
output_columns[field_name] = field_type
return output_columns
def process_dataframe(self, m, df):
"""
Process the dataframe, updating multimedia irns => URIs
@param m: monary
@param df: dataframe
@return: dataframe
"""
df = super(SpecimenDatasetTask, self).process_dataframe(m, df)
# Added literal columns
for (field_name, _, default_value) in self.literal_columns:
df[field_name] = default_value
# Convert collection code to PAL, MIN etc.,
df['collectionCode'] = df['collectionCode'].str.upper().str[0:3]
# Entom record collection code = BMNH(E)
df['collectionCode'][df['collectionCode'] == 'ENT'] = "BMNH(E)"
# Add the old stable identifier - IRN concatenated with catalogue name
# etc.,
df['otherCatalogNumbers'] = 'NHMUK:ecatalogue:' + \
df['_id'].astype('str')
# Ensure multimedia resources are suitable (jpeg rather than tiff
# etc.,)
self.ensure_multimedia(df, 'associatedMedia')
# Assign determination name, type and field as to determinations for
# determination history
determination_fields = [('name', '_determinationNames'),
('type', '_determinationTypes'),
('filedAs', '_determinationFiledAs')]
def determinations_json(row):
"""
Convert determination fields to json
Dictionary comprehension looping through each field, and if it exists adding to a dict
@param row:
@return:
"""
return json.dumps({
field_name: row[determination].split(';')
for field_name, determination in determination_fields
if row[determination]
})
df['determinations'] = df[df['_determinationNames'] != ''].apply(
determinations_json, axis=1)
# There doesn't seem to be a good way to identify centroids in KE EMu
# I was using esites.LatDeriveCentroid, but this always defaults to True
# And trying to use centroid lat/lon fields, also includes pretty much every record
# But matching against *entroid being added to georeferencing notes
# produces much better results
df['centroid'][df['_latLongComments'].str.contains("entroid")] = True
# Convert all blank strings to NaN so we can use fillna &
# combine_first() to replace NaNs with value from parent df
df = df.applymap(lambda x: np.nan
if isinstance(x, basestring) and x == '' else x)
df['catalogNumber'].fillna(df['_regRegistrationNumber'], inplace=True)
# If PalNearestNamedPlaceLocal is missing, use sumPreciseLocation
# And then try MinNhmVerbatimLocalityLocal
df['locality'].fillna(df['_preciseLocation'], inplace=True)
df['locality'].fillna(df['_minLocalityLocal'], inplace=True)
# Replace missing DarTypeStatus
df['typeStatus'].fillna(df['_sumTypeStatus'], inplace=True)
# Replace missing depth fields
df['minimumDepthInMeters'].fillna(df['_collEventFromMetres'],
inplace=True)
df['maximumDepthInMeters'].fillna(df['_collEventToMetres'],
inplace=True)
# Replace missing CatPreservative
df['preservative'].fillna(df['_entCatPreservation'], inplace=True)
# Cultivated should only be set on Botany records - but is actually on
# everything
df['cultivated'][df['collectionCode'] != 'BOT'] = np.nan
# Process part parents
parent_irns = self._get_unique_irns(df, '_parentRef')
if parent_irns:
# We want to get all parts associated to one parent record, so we can provide them as associated records
# So select all records matching the parent IRN
q = dict(self.query)
# Delete _id if it's set - need this for testing
if '_id' in q:
del q['_id']
# Get all records with the same parent, so we can add them as
# related records
q['RegRegistrationParentRef'] = {'$in': parent_irns}
monary_query = m.query(
config.get('mongo', 'database'), 'ecatalogue', q,
['RegRegistrationParentRef', 'AdmGUIDPreferredValue'],
['int32', 'string:36'])
part_df = pd.DataFrame(
np.matrix(monary_query).transpose(),
columns=['RegRegistrationParentRef', 'AdmGUIDPreferredValue'])
part_df['RegRegistrationParentRef'] = part_df[
'RegRegistrationParentRef'].astype('int32')
# Group by parent ref and concatenate all the GUIDs together
# So we now have:
# parent_irn guid; guid
parts = part_df.groupby('RegRegistrationParentRef')[
'AdmGUIDPreferredValue'].apply(lambda x: "%s" % ';'.join(x))
# And update the main date frame with the group parts, merged on
# _parentRef
df['relatedResourceID'] = df.apply(
lambda row: parts[row['_parentRef']]
if row['_parentRef'] in parts else np.NaN,
axis=1)
df['relationshipOfResource'][
df['relatedResourceID'].notnull()] = 'Parts'
parent_df = self.get_dataframe(
m, 'ecatalogue',
self.get_collection_source_columns('ecatalogue'), parent_irns,
'_id')
# Ensure the parent multimedia images are usable
self.ensure_multimedia(parent_df, 'associatedMedia')
# Assign parentRef as the index to allow us to combine with
# parent_df
df.index = df['_parentRef']
# There is a annoying bug that coerces string columns to integers in combine_first
# Hack: ensure there's always a string value that cannot be coerced in every column
# So will create a dummy row, that gets deleted after combine_first
# is called
dummy_index = len(df) + 1
parent_df.loc[dummy_index] = ['-' for _ in parent_df]
df = df.combine_first(parent_df)
df = df.drop([dummy_index])
# Ensure our geo fields are floats
df['decimalLongitude'] = df['decimalLongitude'].astype('float64')
df['decimalLatitude'] = df['decimalLatitude'].astype('float64')
# Get all collection columns
collection_columns = self.get_collection_source_columns()
# Load extra sites info (if there's an error radius + unit)
site_irns = self._get_unique_irns(df, '_siteRef')
sites_df = self.get_dataframe(m, 'esites',
collection_columns['esites'], site_irns,
'_esitesIrn')
df = pd.merge(df,
sites_df,
how='outer',
left_on=['_siteRef'],
right_on=['_esitesIrn'])
# For CITES species, we need to hide Lat/Lon and Locality data - and
# label images
for i in [
'locality', 'labelLocality', 'decimalLongitude',
'decimalLatitude', 'verbatimLongitude', 'verbatimLatitude',
'centroid', 'maxError', 'higherGeography', 'associatedMedia'
]:
df[i][df['_cites'] == 'True'] = np.NaN
# Some records are being assigned a Centroid even if they have no lat/lon fields.
# Ensure it's False is latitude is null
df['centroid'][df['decimalLatitude'].isnull()] = False
# Load collection event data
collection_event_irns = self._get_unique_irns(df,
'_collectionEventRef')
# if collection_event_irns:
collection_event_df = self.get_dataframe(
m, 'ecollectionevents', collection_columns['ecollectionevents'],
collection_event_irns, '_ecollectioneventsIrn')
# print collection_event_df
df = pd.merge(df,
collection_event_df,
how='outer',
left_on=['_collectionEventRef'],
right_on=['_ecollectioneventsIrn'])
# Add parasite life stage
# Parasite cards use a different field for life stage
df['lifeStage'].fillna(df['_parasiteStage'], inplace=True)
# Add parasite card
parasite_taxonomy_irns = self._get_unique_irns(df, '_cardParasiteRef')
if parasite_taxonomy_irns:
parasite_df = self.get_dataframe(m, 'etaxonomy',
self.parasite_taxonomy_fields,
parasite_taxonomy_irns, '_irn')
df.index = df['_cardParasiteRef']
df = df.combine_first(parasite_df)
return df
class IndexLotDatasetTask(DatasetTask):
record_type = 'Index Lot'
# CKAN Dataset params
package = {
'name': 'collection-indexlots',
'notes':
u'Index Lot records from the Natural History Museum\'s collection',
'title': "Index Lot collection",
'author': DATASET_AUTHOR,
'license_id': DATASET_LICENCE,
'resources': [],
'dataset_category': DATASET_TYPE,
'owner_org': config.get('ckan', 'owner_org')
}
# And now save to the datastore
datastore = {
'resource': {
'name': 'Index Lots',
'description':
'Species level record denoting the presence of a taxon in the Museum collection',
'format': 'csv'
},
'primary_key': 'GUID'
}
columns = [
('etaxonomy2._id', '_current_name_irn', 'int32'),
('etaxonomy2.ClaScientificNameBuilt', 'Currently accepted name',
'string:100'),
('etaxonomy._id', '_taxonomy_irn', 'int32'),
('etaxonomy.ClaScientificNameBuilt', 'Original name', 'string:100'),
('etaxonomy.ClaKingdom', 'Kingdom', 'string:60'),
('etaxonomy.ClaPhylum', 'Phylum', 'string:100'),
('etaxonomy.ClaClass', 'Class', 'string:100'),
('etaxonomy.ClaOrder', 'Order', 'string:100'),
('etaxonomy.ClaSuborder', 'Suborder', 'string:100'),
('etaxonomy.ClaSuperfamily', 'Superfamily', 'string:100'),
('etaxonomy.ClaFamily', 'Family', 'string:100'),
('etaxonomy.ClaSubfamily', 'Subfamily', 'string:100'),
('etaxonomy.ClaGenus', 'Genus', 'string:100'),
('etaxonomy.ClaSubgenus', 'Subgenus', 'string:100'),
('etaxonomy.ClaSpecies', 'Species', 'string:100'),
('etaxonomy.ClaSubspecies', 'Subspecies', 'string:100'),
('etaxonomy.ClaRank', 'Taxonomic rank',
'string:20'), # NB: CKAN uses rank internally
('ecatalogue.AdmGUIDPreferredValue', 'GUID', 'uuid'),
('ecatalogue._id', 'IRN', 'int32'),
('ecatalogue.EntIndIndexLotNameRef', '_collection_index_irn', 'int32'),
('ecatalogue.EntIndMaterial', 'Material', 'bool'),
('ecatalogue.EntIndType', 'Type', 'bool'),
('ecatalogue.EntIndMedia', 'Media', 'bool'),
('ecatalogue.EntIndBritish', 'British', 'bool'),
('ecatalogue.EntIndKindOfMaterial', 'Kind of material', 'string:100'),
('ecatalogue.EntIndKindOfMedia', 'Kind of media', 'string:100'),
# Material detail
('ecatalogue.EntIndCount', 'Material count', 'string:100'),
('ecatalogue.EntIndSex', 'Material sex', 'string:100'),
('ecatalogue.EntIndStage', 'Material stage', 'string:100'),
('ecatalogue.EntIndTypes', 'Material types', 'string:100'),
('ecatalogue.EntIndPrimaryTypeNo', 'Material primary type no',
'string:100'),
# Separate Botany and Entomology
('ecatalogue.ColDepartment', 'Department', 'string:100'),
# Audit info
('ecatalogue.AdmDateModified', 'Modified', 'string:100'),
('ecatalogue.AdmDateInserted', 'Created', 'string:100'),
]
def process_dataframe(self, m, df):
"""
Process the dataframe, adding in the taxonomy fields
@param m: monary
@param df: dataframe
@return: dataframe
"""
# Try and get taxonomy using the collection index
# BS: 20140804 - Fix indexlots taxonomy bug
# When the index lot record's taxonomy is updated (via collection index),
# the index lot record's EntIndIndexLotTaxonNameLocalRef is not updated with the new taxonomy
# So we need to use collection index to retrieve the record taxonomy
df = super(IndexLotDatasetTask, self).process_dataframe(m, df)
# Convert booleans to yes / no for all columns in the main collection
for (_, field, field_type) in self.get_collection_source_columns(
self.collection_name):
if field_type == 'bool':
df[field][df[field] == 'True'] = 'Yes'
df[field][df[field] == 'False'] = 'No'
df[field][df[field] == 'N/A'] = ''
# BUG FIX BS 140811
# ColCurrentNameRef Is not being updated correctly - see record 899984
# ColCurrentNameRef = 964105
# Not a problem, as indexlots are using ColTaxonomicNameRef for summary data etc.,
# So ColTaxonomicNameRef is the correct field to use.
collection_index_columns = [
('_id', '_collection_index_irn', 'int32'),
('ColTaxonomicNameRef', '_taxonomy_irn', 'int32'),
('ColCurrentNameRef', '_current_name_irn', 'int32'),
]
collection_index_irns = self._get_unique_irns(df,
'_collection_index_irn')
collection_index_df = self.get_dataframe(m, 'ecollectionindex',
collection_index_columns,
collection_index_irns,
'_collection_index_irn')
# Get all collection columns
collection_columns = self.get_collection_source_columns()
# And get the taxonomy for these collection
taxonomy_irns = self._get_unique_irns(collection_index_df,
'_taxonomy_irn')
# The query to pre-load all taxonomy objects takes ~96 seconds
# It is much faster to load taxonomy objects on the fly, for the current block
# collection_index_irns = pd.unique(df._collection_index_irn.values.ravel()).tolist()
taxonomy_df = self.get_dataframe(m, 'etaxonomy',
collection_columns['etaxonomy'],
taxonomy_irns, '_taxonomy_irn')
# Merge the taxonomy into the collection index dataframe - we need to do this so we can merge into
# main dataframe keyed by collection index ID
collection_index_df = pd.merge(collection_index_df,
taxonomy_df,
how='inner',
left_on=['_taxonomy_irn'],
right_on=['_taxonomy_irn'])
# Add current name - same process as the main taxonomy but using _current_name_irn source fields
current_name_irns = self._get_unique_irns(collection_index_df,
'_current_name_irn')
current_name_df = self.get_dataframe(m, 'etaxonomy',
collection_columns['etaxonomy2'],
current_name_irns,
'_current_name_irn')
collection_index_df = pd.merge(collection_index_df,
current_name_df,
how='inner',
left_on=['_current_name_irn'],
right_on=['_current_name_irn'])
# Merge results into main dataframe
df = pd.merge(df,
collection_index_df,
how='outer',
left_on=['_collection_index_irn'],
right_on=['_collection_index_irn'])
return df
def get_output_columns(self):
"""
Get a list of output columns, with bool converted to string:3 (so can be converted to Yes/No)
@return:
"""
return OrderedDict((col[1], 'string:3' if col[2] == 'bool' else col[2])
for col in self.columns
if self._is_output_field(col[1]))
class MongoTask(luigi.Task):
date = luigi.IntParameter()
# Added parameter to allow skipping the processing of records - this is so MW can look at the raw data in mongo
unprocessed = luigi.BooleanParameter(default=False, significant=False)
flatten_mode = FlattenModeParameter(default=FLATTEN_ALL, significant=False)
database = config.get('mongo', 'database')
keemu_schema_file = config.get('keemu', 'schema')
batch_size = 1000
bulk_op_size = 100000
collection = None
file_extension = 'export'
@abc.abstractproperty
def module(self):
return None
@property
def collection_name(self):
return self.module # By default, the collection name will be the same as the module
def requires(self):
return KEFileTask(module=self.module,
date=self.date,
file_extension=self.file_extension)
def get_collection(self):
"""
Get a reference to the mongo collection object
@return:
"""
return self.output().get_collection(self.collection_name)
@timeit
def run(self):
ke_data = KEParser(self.input().open('r'),
file_path=self.input().path,
schema_file=self.keemu_schema_file,
flatten_mode=self.flatten_mode)
self.collection = self.get_collection()
# If we have any records in the collection, use bulk_update with mongo bulk upsert
# Otherwise use batch insert (20% faster than using bulk insert())
if self.collection.find_one():
self.bulk_update(ke_data)
else:
self.batch_insert(ke_data)
self.mark_complete()
def mark_complete(self):
# Move the file to the archive directory (if specified)
try:
archive_dir = config.get('keemu', 'archive_dir')
self.input().move(os.path.join(archive_dir,
self.input().file_name))
except NoOptionError:
# Allow archive dir to be none
pass
# And mark the object as complete
self.output().touch()
def bulk_update(self, ke_data):
bulk = self.collection.initialize_unordered_bulk_op()
count = 0
for record in self.iterate_data(ke_data):
# Find and replace doc - inserting if it doesn't exist
bulk.find({'_id': record['_id']}).upsert().replace_one(record)
count += 1
# Bulk ops can have out of memory errors (I'm getting for ~400,000+ bulk ops)
# So execute the bulk op in stages, when bulk_op_size is reached
if count % self.bulk_op_size == 0:
log.info('Executing bulk op')
bulk.execute()
bulk = self.collection.initialize_unordered_bulk_op()
try:
bulk.execute()
except InvalidOperation:
# If we do not have any records to execute, ignore error
# They have been executed in ln124
pass
def batch_insert(self, ke_data):
def _insert(batch):
try:
self.collection.insert(batch)
except DuplicateKeyError:
# Duplicate key error - KE export does duplicate some records
# So switch to bulk upsert for this operation
log.error('Duplicate key error - switching to upsert')
bulk = self.collection.initialize_unordered_bulk_op()
for batch_record in batch:
bulk.find({
'_id': batch_record['_id']
}).upsert().replace_one(batch_record)
bulk.execute()
batch = []
for record in self.iterate_data(ke_data):
if self.batch_size:
batch.append(record)
# If the batch length equals the batch size, commit and clear the batch
if len(batch) % self.batch_size == 0:
log.info('Submitting batch')
_insert(batch)
batch = []
else:
self.collection.insert(record)
# Add any records remaining in the batch
if batch:
_insert(batch)
def iterate_data(self, ke_data):
"""
Iterate through the data
@return:
"""
for record in ke_data:
status = ke_data.get_status()
if status:
log.info(status)
# Use the IRN as _id
record['_id'] = record['irn']
try:
# Do not process if unprocessed flag is set
if not self.unprocessed:
record = self.process_record(record)
except InvalidRecordException:
continue
else:
yield record
def process_record(self, record):
# Keep the IRN but cast as string, so we can use it in $concat
record['irn'] = str(record['irn'])
# Add the date of the export file
record['exportFileDate'] = self.date
return record
def output(self):
return MongoTarget(database=self.database, update_id=self.update_id())
def update_id(self):
"""This update id will be a unique identifier for this insert on this collection."""
return self.task_id
def on_success(self):
"""
On completion, add indexes
@return: None
"""
self.collection = self.get_collection()
log.info("Adding exportFileDate index")
self.collection.ensure_index('exportFileDate')
def process_dataframe(self, m, df):
"""
Process the dataframe, updating multimedia irns => URIs
@param m: monary
@param df: dataframe
@return: dataframe
"""
df = super(SpecimenDatasetTask, self).process_dataframe(m, df)
# Added literal columns
for (field_name, _, default_value) in self.literal_columns:
df[field_name] = default_value
# Convert collection code to PAL, MIN etc.,
df['collectionCode'] = df['collectionCode'].str.upper().str[0:3]
# Entom record collection code = BMNH(E)
df['collectionCode'][df['collectionCode'] == 'ENT'] = "BMNH(E)"
# Add the old stable identifier - IRN concatenated with catalogue name
# etc.,
df['otherCatalogNumbers'] = 'NHMUK:ecatalogue:' + \
df['_id'].astype('str')
# Ensure multimedia resources are suitable (jpeg rather than tiff
# etc.,)
self.ensure_multimedia(df, 'associatedMedia')
# Assign determination name, type and field as to determinations for
# determination history
determination_fields = [('name', '_determinationNames'),
('type', '_determinationTypes'),
('filedAs', '_determinationFiledAs')]
def determinations_json(row):
"""
Convert determination fields to json
Dictionary comprehension looping through each field, and if it exists adding to a dict
@param row:
@return:
"""
return json.dumps({
field_name: row[determination].split(';')
for field_name, determination in determination_fields
if row[determination]
})
df['determinations'] = df[df['_determinationNames'] != ''].apply(
determinations_json, axis=1)
# There doesn't seem to be a good way to identify centroids in KE EMu
# I was using esites.LatDeriveCentroid, but this always defaults to True
# And trying to use centroid lat/lon fields, also includes pretty much every record
# But matching against *entroid being added to georeferencing notes
# produces much better results
df['centroid'][df['_latLongComments'].str.contains("entroid")] = True
# Convert all blank strings to NaN so we can use fillna &
# combine_first() to replace NaNs with value from parent df
df = df.applymap(lambda x: np.nan
if isinstance(x, basestring) and x == '' else x)
df['catalogNumber'].fillna(df['_regRegistrationNumber'], inplace=True)
# If PalNearestNamedPlaceLocal is missing, use sumPreciseLocation
# And then try MinNhmVerbatimLocalityLocal
df['locality'].fillna(df['_preciseLocation'], inplace=True)
df['locality'].fillna(df['_minLocalityLocal'], inplace=True)
# Replace missing DarTypeStatus
df['typeStatus'].fillna(df['_sumTypeStatus'], inplace=True)
# Replace missing depth fields
df['minimumDepthInMeters'].fillna(df['_collEventFromMetres'],
inplace=True)
df['maximumDepthInMeters'].fillna(df['_collEventToMetres'],
inplace=True)
# Replace missing CatPreservative
df['preservative'].fillna(df['_entCatPreservation'], inplace=True)
# Cultivated should only be set on Botany records - but is actually on
# everything
df['cultivated'][df['collectionCode'] != 'BOT'] = np.nan
# Process part parents
parent_irns = self._get_unique_irns(df, '_parentRef')
if parent_irns:
# We want to get all parts associated to one parent record, so we can provide them as associated records
# So select all records matching the parent IRN
q = dict(self.query)
# Delete _id if it's set - need this for testing
if '_id' in q:
del q['_id']
# Get all records with the same parent, so we can add them as
# related records
q['RegRegistrationParentRef'] = {'$in': parent_irns}
monary_query = m.query(
config.get('mongo', 'database'), 'ecatalogue', q,
['RegRegistrationParentRef', 'AdmGUIDPreferredValue'],
['int32', 'string:36'])
part_df = pd.DataFrame(
np.matrix(monary_query).transpose(),
columns=['RegRegistrationParentRef', 'AdmGUIDPreferredValue'])
part_df['RegRegistrationParentRef'] = part_df[
'RegRegistrationParentRef'].astype('int32')
# Group by parent ref and concatenate all the GUIDs together
# So we now have:
# parent_irn guid; guid
parts = part_df.groupby('RegRegistrationParentRef')[
'AdmGUIDPreferredValue'].apply(lambda x: "%s" % ';'.join(x))
# And update the main date frame with the group parts, merged on
# _parentRef
df['relatedResourceID'] = df.apply(
lambda row: parts[row['_parentRef']]
if row['_parentRef'] in parts else np.NaN,
axis=1)
df['relationshipOfResource'][
df['relatedResourceID'].notnull()] = 'Parts'
parent_df = self.get_dataframe(
m, 'ecatalogue',
self.get_collection_source_columns('ecatalogue'), parent_irns,
'_id')
# Ensure the parent multimedia images are usable
self.ensure_multimedia(parent_df, 'associatedMedia')
# Assign parentRef as the index to allow us to combine with
# parent_df
df.index = df['_parentRef']
# There is a annoying bug that coerces string columns to integers in combine_first
# Hack: ensure there's always a string value that cannot be coerced in every column
# So will create a dummy row, that gets deleted after combine_first
# is called
dummy_index = len(df) + 1
parent_df.loc[dummy_index] = ['-' for _ in parent_df]
df = df.combine_first(parent_df)
df = df.drop([dummy_index])
# Ensure our geo fields are floats
df['decimalLongitude'] = df['decimalLongitude'].astype('float64')
df['decimalLatitude'] = df['decimalLatitude'].astype('float64')
# Get all collection columns
collection_columns = self.get_collection_source_columns()
# Load extra sites info (if there's an error radius + unit)
site_irns = self._get_unique_irns(df, '_siteRef')
sites_df = self.get_dataframe(m, 'esites',
collection_columns['esites'], site_irns,
'_esitesIrn')
df = pd.merge(df,
sites_df,
how='outer',
left_on=['_siteRef'],
right_on=['_esitesIrn'])
# For CITES species, we need to hide Lat/Lon and Locality data - and
# label images
for i in [
'locality', 'labelLocality', 'decimalLongitude',
'decimalLatitude', 'verbatimLongitude', 'verbatimLatitude',
'centroid', 'maxError', 'higherGeography', 'associatedMedia'
]:
df[i][df['_cites'] == 'True'] = np.NaN
# Some records are being assigned a Centroid even if they have no lat/lon fields.
# Ensure it's False is latitude is null
df['centroid'][df['decimalLatitude'].isnull()] = False
# Load collection event data
collection_event_irns = self._get_unique_irns(df,
'_collectionEventRef')
# if collection_event_irns:
collection_event_df = self.get_dataframe(
m, 'ecollectionevents', collection_columns['ecollectionevents'],
collection_event_irns, '_ecollectioneventsIrn')
# print collection_event_df
df = pd.merge(df,
collection_event_df,
how='outer',
left_on=['_collectionEventRef'],
right_on=['_ecollectioneventsIrn'])
# Add parasite life stage
# Parasite cards use a different field for life stage
df['lifeStage'].fillna(df['_parasiteStage'], inplace=True)
# Add parasite card
parasite_taxonomy_irns = self._get_unique_irns(df, '_cardParasiteRef')
if parasite_taxonomy_irns:
parasite_df = self.get_dataframe(m, 'etaxonomy',
self.parasite_taxonomy_fields,
parasite_taxonomy_irns, '_irn')
df.index = df['_cardParasiteRef']
df = df.combine_first(parasite_df)
return df
def output(self):
export_dir = config.get('keemu', 'export_dir')
return KEFileTarget(export_dir, self.module, self.date,
self.file_extension)
def mongo_client_db(database=config.get('mongo', 'database'), host=config.get('mongo', 'host')):
return MongoClient(host)[database]
def run(self):
count = 0
host = config.get('mongo', 'host')
db = config.get('mongo', 'database')
def _fill_field(field_arr, field_type):
if field_type.startswith('string'):
field_arr = field_arr.astype(np.str).filled('')
elif field_type == 'bool':
field_arr = field_arr.astype(np.str).filled(None)
elif field_type.startswith('int'):
field_arr = field_arr.filled(0)
elif field_type.startswith('float'):
field_arr = field_arr.filled(np.NaN)
else:
raise Exception('Unknown field type %s' % field_type)
return field_arr
with Monary(host) as m:
log.info("Querying Monary")
# Get field definitions for default collection
query_fields, df_cols, field_types = zip(
*self.get_collection_source_columns(self.collection_name))
catalogue_blocks = m.block_query(db,
self.collection_name,
self.query,
query_fields,
field_types,
block_size=self.block_size)
log.info("Processing Monary data")
for catalogue_block in catalogue_blocks:
# Bit of a hack: fill fields with a blank value (depending on type)
# So the masked value doesn't get used. As the masked is shared between
# each block, if a field is empty it is getting populated by previous values
catalogue_block = [
_fill_field(arr, field_types[i])
for i, arr in enumerate(catalogue_block)
]
# Create a pandas data frame with block of records
# Columns use the name from the output columns - but must be in the same order as query_fields
# Which is why we're using tuples for the columns
df = pd.DataFrame(np.matrix(catalogue_block).transpose(),
columns=df_cols)
# Loop through all the columns and ensure hidden integer fields are cast as int32
# For example, taxonomy_irn is used to join with taxonomy df
for i, df_col in enumerate(df_cols):
if field_types[i].startswith('int'):
df[df_col] = df[df_col].astype(field_types[i])
df = self.process_dataframe(m, df)
# Output the dataframe
self.output().write(df)
row_count, col_count = df.shape
count += row_count
log.info("\t %s records", count)
# After running, update mongo
self.mongo_target.touch()
def main():
update_markers = mongo_get_update_markers()
# Make sure the updates have all mongo classes
bulk_tasks = [
MongoCollectionIndexTask,
MongoCollectionEventTask,
MongoCatalogueTask,
MongoTaxonomyTask,
# MongoMultimediaTask,
MongoSiteTask,
UnpublishTask,
MongoDeleteTask
]
def _get_task_names(tasks):
"""
We need to initiate and get the family name, not just the class name
MongoDeleteTask => DeleteTask
@param tasks:
@return:
"""
return [unicode(task(date=0).task_family) for task in tasks]
full_export_date = int(config.get('keemu', 'full_export_date'))
for date, update_marker in update_markers.iteritems():
# If this is the fll export date, MongoDeleteTask is not required
if full_export_date and date == full_export_date:
bulk_task_copy = list(bulk_tasks)
bulk_task_copy.remove(MongoDeleteTask)
bulk_task_names = _get_task_names(bulk_task_copy)
else:
bulk_task_names = _get_task_names(bulk_tasks)
# Assert that for every date we have all the bulk tasks
missing_tasks = list(set(bulk_task_names) - set(update_marker))
assert missing_tasks == [], 'There are missing mongo tasks for date %s: %s' % (
date, missing_tasks)
# Get a list of all export files to process
export_dates = [
d for d in get_export_file_dates() if d not in update_markers.keys()
]
# Run setup_interface_logging to ensure luigi commands
setup_interface_logging()
sch = scheduler.CentralPlannerScheduler()
w = BulkWorker(scheduler=sch)
for export_date in export_dates:
log.info('Processing date %s', export_date)
# We only need to call the mongo delete task, as all other tasks are a requirement
# NB: This doesn't delete anything from CKAN - if that's needed change this to DeleteTask
w.add(MongoDeleteTask(date=export_date, force=True))
w.run()
w.stop()
def output(self):
export_dir = config.get('keemu', 'export_dir')
return KEFileTarget(export_dir, self.module, self.date, self.file_extension)
