def num_claims(app=app, n_days=7, test=False):
"""
Reporting function; checks the postgres database for:
- number of unique ORCID IDs who have created claims in the given range of time
- if a single user creates a number of claims in the time period, that user is reported only once here
- counts claims of all types
- number of claims on a single bibcode by a single user in the given range of time
- if a user claims 5 separate records in the given time period, the number of claims reported is 5
- if a user claims a record multiple times in the given time period, the number of claims reported is 1
- counts claims of type claimed, updated, and removed
- total number of claims in the given time period
- does not remove duplicates
- meant to be compared to Kibana reports on number of rejected claims
:param n_days: number of days backwards to look, starting from now
:return: None (outputs to logs)
"""
if test:
logger = setup_logging('test_num_claimed')
else:
logger = setup_logging('reporting')
now = datetime.datetime.now(tzutc())
beginning = now - datetime.timedelta(days=n_days)
with app.session_scope() as session:
status_count = session.query(func.count(distinct(
ClaimsLog.orcidid)), ClaimsLog.status).filter(
and_(ClaimsLog.created >= beginning,
ClaimsLog.created <= now)).group_by(
ClaimsLog.status).all()
for i in range(len(status_count)):
logger.info(
'Number of unique ORCID IDs generating claims of type {} in last {} days: {}'
.format(status_count[i][1], n_days, status_count[i][0]))
statuses = ['claimed', 'removed', 'updated']
for s in statuses:
#claims = session.query(func.count(distinct(ClaimsLog.bibcode)).
# filter(and_(ClaimsLog.created >= beginning, ClaimsLog.created <= now,
# ClaimsLog.status == s))).all()
claims = session.query(ClaimsLog).distinct(
ClaimsLog.bibcode, ClaimsLog.orcidid).filter(
and_(ClaimsLog.created >= beginning,
ClaimsLog.created <= now,
ClaimsLog.status == s)).all()
logger.info(
'Number of unique claims by a unique bibcode+ORCID ID pair that have been {} in the last {} days: {}'
.format(s, n_days, len(claims)))
total_claims = session.query(ClaimsLog).filter(
and_(ClaimsLog.created >= beginning, ClaimsLog.created <= now,
ClaimsLog.status.in_(statuses))).all()
logger.info(
'Total number of non-unique claims with status {} in the last {} days, to compare with logging on rejected claims: {}'
.format(statuses, n_days, len(total_claims)))
def test_setup_logging(self):
with patch('adsputils.ConcurrentRotatingFileHandler') as cloghandler:
adsputils.setup_logging('app')
f = os.path.abspath(
os.path.join(os.path.abspath(__file__), '../../..'))
self.assertEqual(
"call(backupCount=5, encoding=u'UTF-8', filename=u'{filename}/logs/app.log', maxBytes=2097152, mode=u'a')"
.format(filename=f), str(cloghandler.call_args))
def test_setup_logging(self):
with patch('adsputils.ConcurrentRotatingFileHandler') as cloghandler:
adsputils.setup_logging('app')
f = os.path.abspath(
os.path.join(os.path.abspath(__file__), '../../..'))
if sys.version_info > (3, ):
test_data = "call(backupCount=10, encoding='UTF-8', filename='{filename}/logs/app.log', maxBytes=10485760, mode='a')".format(
filename=f)
else:
test_data = "call(backupCount=10, encoding=u'UTF-8', filename=u'{filename}/logs/app.log', maxBytes=10485760, mode=u'a')".format(
filename=f)
self.assertEqual(test_data, str(cloghandler.call_args))
def __init__(self, app_name, *args, **kwargs):
Celery.__init__(self, *args, **kwargs)
self._config = adsputils.load_config()
self._session = None
self._engine = None
self._app_name = app_name
self.logger = adsputils.setup_logging(app_name) #default logger
def __init__(self, sqlachemy_url, group_changes_in_chunks_of=1, sqlalchemy_echo=False, schema_prefix="citation_capture_", force=False):
"""
Initializes the class and prepares DB connection.
:param sqlachemy_url: URL to connect to the DB.
:param group_changes_in_chunks_of: Number of citation changes to be
grouped when iterating.
:param sqlalchemy_echo: Print every SQL statement.
:param schema_prefix: Data is stored in schemas that correspond to a
prefix + file last access date.
:param force: If tables already exists in DB, drop them and re-ingest.
"""
self.engine = create_engine(sqlachemy_url, echo=sqlalchemy_echo)
self.connection = self.engine.connect()
self.session = sessionmaker(bind=self.engine)()
#
self.logger = setup_logging(__name__)
self.logger.propagate = False
#
self.table_name = RawCitation.__tablename__
self.expanded_table_name = "expanded_" + self.table_name
self.recreated_previous_expanded_table_name = "recreated_previous_expanded_" + self.table_name
self.missing_previous_expanded_table_name = "not_processed_" + self.table_name
self.joint_table_name = CitationChanges.__tablename__
self.schema_prefix = schema_prefix
self.schema_name = None
self.previous_schema_name = None
self.input_refids_filename = None
self.group_changes_in_chunks_of=group_changes_in_chunks_of
self.offset = 0
self.n_changes = 0
self.force = force
self.last_modification_date = None
def __init__(self, fields, ignore_fields, new_fields):
self.fields = fields
self.ignore_fields = ignore_fields
self.new_fields = new_fields
self.logger = setup_logging('validate', 'INFO')
self.config = {}
self.config.update(load_config())
def __init__(self, file_):
self._file = file_
self.read_count = 0 # needed for logging
self.logger = setup_logging('AdsDataSqlSync', 'DEBUG')
self.logger.info('nonbib file ingest, file {}'.format(self._file))
self.config = {}
self.config.update(load_config())
self._iostream = open(file_, 'r')
def __init__(self, schema_='metrics'):
self.logger = setup_logging('AdsDataSqlSync', 'INFO')
self.schema = schema_
self.table = models.MetricsTable()
self.table.schema = self.schema
# used to buffer writes
self.upserts = []
self.tmp_update_buffer = []
self.tmp_count = 0
self.config = {}
self.config.update(load_config())
def num_refused_claims(n_days=7, test=False):
"""
Queries logs via Kibana to get the number of refused claims over a given time period.
:param n_days: Number of days backwards to look, starting from now
:return: None (outputs to logs)
"""
if test:
logger = setup_logging('test_kibana')
else:
logger = setup_logging('reporting')
query = '"+@log_group:\\"backoffice-logs\\" "+@log_group:\\"fluent-bit-backoffice_prod_orcid_pipeline_1\\" +@message:\\"Claim refused\\""'
# don't need the full set of results as the total is passed separately
resp = query_Kibana(query=query, n_days=n_days, rows=5)
total = resp['responses'][0]['hits']['total']
logger.info('Number of claims rejected in the last {} days: {}'.format(
n_days, total))
def num_missing_profile(n_days=7, test=False):
"""
Queries logs via Kibana to get the number of profiles reported missing over a given time period.
:param n_days: Number of days backwards to look, starting from now
:return: None (outputs to logs)
"""
if test:
logger = setup_logging('test_kibana')
else:
logger = setup_logging('reporting')
query = '"+@log_group:\\"backoffice-logs\\" "+@log_group:\\"fluent-bit-backoffice_prod_orcid_pipeline_1\\" +@message:\\"Missing profile for\\""'
resp = query_Kibana(query=query, n_days=n_days, rows=5)
total = resp['responses'][0]['hits']['total']
logger.info(
'Number of missing profile errors in the last {} days: {}'.format(
n_days, total))
def __init__(self, schema_='metrics'):
self.logger = setup_logging('AdsDataSqlSync', 'INFO')
self.schema = schema_
self.table = models.MetricsTable()
self.table.schema = self.schema
# used to buffer writes
self.upserts = []
self.tmp_update_buffer = []
self.tmp_count = 0
self.config = {}
self.config.update(load_config())
def __init__(self,
sqlachemy_url,
group_changes_in_chunks_of=1,
sqlalchemy_echo=False,
schema_prefix="citation_capture_",
force=False):
"""
Initializes the class and prepares DB connection.
:param sqlachemy_url: URL to connect to the DB.
:param group_changes_in_chunks_of: Number of citation changes to be
grouped when iterating.
:param sqlalchemy_echo: Print every SQL statement.
:param schema_prefix: Data is stored in schemas that correspond to a
prefix + file last access date.
:param force: If tables already exists in DB, drop them and re-ingest.
"""
self.engine = create_engine(sqlachemy_url, echo=sqlalchemy_echo)
self.connection = self.engine.connect()
self.session = sessionmaker(bind=self.engine)()
#
# - Use app logger:
#import logging
#self.logger = logging.getLogger('ads-citation-capture')
# - Or individual logger for this file:
from adsputils import setup_logging, load_config
proj_home = os.path.realpath(
os.path.join(os.path.dirname(__file__), '../'))
config = load_config(proj_home=proj_home)
self.logger = setup_logging(__name__,
proj_home=proj_home,
level=config.get('LOGGING_LEVEL', 'INFO'),
attach_stdout=config.get(
'LOG_STDOUT', False))
#
self.table_name = RawCitation.__tablename__
self.expanded_table_name = "expanded_" + self.table_name
self.recreated_previous_expanded_table_name = "recreated_previous_expanded_" + self.table_name
self.missing_previous_expanded_table_name = "not_processed_" + self.table_name
self.joint_table_name = CitationChanges.__tablename__
self.schema_prefix = schema_prefix
self.schema_name = None
self.previous_schema_name = None
self.input_refids_filename = None
self.group_changes_in_chunks_of = group_changes_in_chunks_of
self.offset = 0
self.n_changes = 0
self.force = force
self.last_modification_date = None
def __init__(self, fields, ignore_fields, new_fields):
self.fields = fields
self.ignore_fields = ignore_fields
self.new_fields = new_fields
# - Use app logger:
# import logging
# self.logger = logging.getLogger('master-pipeline')
# - Or individual logger for this file:
from adsputils import setup_logging, load_config
proj_home = os.path.realpath(os.path.join(os.path.dirname(__file__), '../'))
self.config = load_config(proj_home=proj_home)
self.logger = setup_logging(__name__, proj_home=proj_home,
level=self.config.get('LOGGING_LEVEL', 'INFO'),
attach_stdout=self.config.get('LOG_STDOUT', False))
def main():
global config
config.update(load_config())
global logger
logger = setup_logging('ADSData', config.get('LOG_LEVEL', 'INFO'))
parser = argparse.ArgumentParser(description='generate nonbib data')
ars = parser.parse_args()
load(config)
# compute metrics for a bibcode
compute_metrics('2012ApJS..199...26H')
# lots_of_metrics(config)
logger.info('end of program')
def __init__(self, schema_='nonbib'):
self.schema = schema_
self.meta = MetaData()
self.table = models.NonBibTable()
self.table.schema = self.schema
# - Use app logger:
#import logging
#logger = logging.getLogger('ads-data')
# - Or individual logger for this file:
proj_home = os.path.realpath(
os.path.join(os.path.dirname(__file__), '../'))
config = load_config(proj_home=proj_home)
self.logger = setup_logging(__name__,
proj_home=proj_home,
level=config.get('LOGGING_LEVEL', 'INFO'),
attach_stdout=config.get(
'LOG_STDOUT', False))
def __init__(self, file_):
self._file = file_
self.read_count = 0 # needed for logging
# - Use app logger:
#import logging
#logger = logging.getLogger('ads-data')
# - Or individual logger for this file:
proj_home = os.path.realpath(
os.path.join(os.path.dirname(__file__), '../'))
self.config = load_config(proj_home=proj_home)
self.logger = setup_logging(
__name__,
proj_home=proj_home,
level=self.config.get('LOGGING_LEVEL', 'INFO'),
attach_stdout=self.config.get('LOG_STDOUT', False))
self.logger.info('nonbib file ingest, file {}'.format(self._file))
self._iostream = open(file_, 'r')
def test_logging(self):
logdir = os.path.abspath(
os.path.join(os.path.dirname(__file__), '../../logs'))
foo_log = logdir + '/foo.bar.log'
if os.path.exists(foo_log):
os.remove(foo_log)
logger = adsputils.setup_logging('foo.bar')
logger.warn('first')
frameinfo = getframeinfo(currentframe())
logger.handlers[0].stream.flush()
#print foo_log
self.assertTrue(os.path.exists(foo_log))
c = _read_file(foo_log)
j = json.loads(c)
self.assertEqual(j['message'], 'first')
self.assertTrue('hostname' in j)
# verify warning has filename and linenumber
self.assertEqual(os.path.basename(frameinfo.filename), j['filename'])
self.assertEqual(j['lineno'], frameinfo.lineno - 1)
time.sleep(0.01)
# now multiline message
logger.warn(u'second\nthird')
logger.warn('last')
c = _read_file(foo_log)
found = False
msecs = False
for x in c.strip().split('\n'):
j = json.loads(x)
self.assertTrue(j)
if j['message'] == u'second\nthird':
found = True
t = adsputils.get_date(j['asctime'])
if t.microsecond > 0:
msecs = True
self.assertTrue(found)
self.assertTrue(msecs)
def __init__(self,
blocks=None,
logger=None,
merger_rules= _config['MERGER_RULES'],
priorities = _config['PRIORITIES'],
references_always_append = _config['REFERENCES_ALWAYS_APPEND']
):
self.blocks = blocks
self.logger=logger
self.block = {}
self.altpublications = []
self.eL = enforce_schema.Enforcer().ensureList
self.merger_rules = merger_rules
self.priorities = priorities
self.references_always_append = references_always_append
if blocks:
#Assert that there is only block type being merged
assert len(set([i['tempdata']['type'] for i in blocks]))==1
self.blocktype = blocks[0]['tempdata']['type']
if not self.logger:
self.logger = utils.setup_logging('merger')
def __init__(self, schema_='metrics'):
# - Use app logger:
#import logging
#logger = logging.getLogger('ads-data')
# - Or individual logger for this file:
proj_home = os.path.realpath(
os.path.join(os.path.dirname(__file__), '../'))
self.config = load_config(proj_home=proj_home)
self.logger = setup_logging(
__name__,
proj_home=proj_home,
level=self.config.get('LOGGING_LEVEL', 'INFO'),
attach_stdout=self.config.get('LOG_STDOUT', False))
self.schema = schema_
self.table = models.MetricsTable()
self.table.schema = self.schema
# used to buffer writes
self.upserts = []
self.tmp_update_buffer = []
self.tmp_count = 0
def __init__(self, app_name, *args, **kwargs):
"""
:param: app_name - string, name of the application (can be anything)
:keyword: local_config - dict, configuration that should be applied
over the default config (that is loaded from config.py and local_config.py)
"""
proj_home = None
if 'proj_home' in kwargs:
proj_home = kwargs.pop('proj_home')
self.config = load_config(extra_frames=1,
proj_home=proj_home,
app_name=app_name)
local_config = None
if 'local_config' in kwargs and kwargs['local_config']:
local_config = kwargs.pop('local_config')
self.config.update(local_config) #our config
if not proj_home:
proj_home = self.config.get('PROJ_HOME', None)
self.logger = setup_logging(
app_name,
proj_home=proj_home,
level=self.config.get('LOGGING_LEVEL', 'INFO'),
attach_stdout=self.config.get('LOG_STDOUT', False))
def init_app(self, config=None):
"""This function must be called before you start working with the application
(or worker, script etc)
:return None
"""
if self._session is not None: # the app was already instantiated
return
if config:
self._config.update(config) #our config
self.conf.update(
config
) #celery's config (devs should be careful to avoid clashes)
self.logger = adsputils.setup_logging(
self._app_name, self._config.get('LOGGING_LEVEL', 'INFO'))
self._engine = create_engine(config.get('SQLALCHEMY_URL',
'sqlite:///'),
echo=config.get('SQLALCHEMY_ECHO', False))
self._session_factory = sessionmaker()
self._session = scoped_session(self._session_factory)
self._session.configure(bind=self._engine)
import sys
import os
import utils
import json
import ptree
import traceback
from stat import ST_MTIME
from datetime import datetime
from dateutil.parser import parse
from adsputils import setup_logging
from adsft.utils import get_filenames
logger = setup_logging(__name__)
def file_last_modified_time(file_input):
"""
Stats the given file to find the last modified time
:param file_input: path to file
:return: date time object of the last modified time
"""
mtime = os.stat(file_input)[ST_MTIME]
return datetime.fromtimestamp(mtime)
def create_meta_path(dict_input, extract_path):
import sys
import time
import argparse
import logging
import traceback
import requests
import warnings
from requests.packages.urllib3 import exceptions
warnings.simplefilter('ignore', exceptions.InsecurePlatformWarning)
from adsputils import setup_logging, get_date
from ADSOrcid import updater, tasks
from ADSOrcid.models import ClaimsLog, KeyValue, Records, AuthorInfo
app = tasks.app
logger = setup_logging('run.py')
def reindex_claims(since=None, orcid_ids=None, **kwargs):
"""
Re-runs all claims, both from the pipeline and
from the orcid-service storage.
:param: since - RFC889 formatted string
:type: str
:return: no return
"""
if orcid_ids:
for oid in orcid_ids:
tasks.task_index_orcid_profile.delay({
from adsputils import setup_logging
import spacy
logger = setup_logging(__name__)
def get_facilities(model, text):
"""
purpose: to identify facilities within the text
input: model loaded from disk, text to process
return: list of facilities identified with custom spacy ner model
"""
doc = model(text)
facilities = []
for ent in doc.ents:
facilities.append(ent.text)
return facilities
def load_model(dir):
return spacy.load(dir)
def main():
parser = argparse.ArgumentParser(description='process column files into Postgres')
parser.add_argument('-t', '--rowViewBaselineSchemaName', default='nonbibstaging',
help='name of old postgres schema, used to compute delta')
parser.add_argument('-d', '--diagnose', default=False, action='store_true', help='run simple test')
parser.add_argument('-f', '--filename', default='bibcodes.txt', help='name of file containing the list of bibcode for metrics comparison')
parser.add_argument('-m', '--metricsSchemaName', default='metrics', help='name of the postgres metrics schema')
parser.add_argument('-n', '--metricsSchemaName2', default='', help='name of the postgres metrics schema for comparison')
parser.add_argument('-r', '--rowViewSchemaName', default='nonbib', help='name of the postgres row view schema')
parser.add_argument('-s', '--batchSize', default=100, help='used when queuing data')
parser.add_argument('-b', '--bibcodes', default='', help='comma separate list of bibcodes send to master pipeline')
parser.add_argument('command', default='help', nargs='?',
help='ingest | verify | createIngestTables | dropIngestTables | renameSchema ' \
+ ' | createJoinedRows | createMetricsTable | dropMetricsTable ' \
+ ' | populateMetricsTable | createDeltaRows | populateMetricsTableDelta ' \
+ ' | runRowViewPipeline | runMetricsPipeline | createNewBibcodes ' \
+ ' | runRowViewPipelineDelta | runMetricsPipelineDelta '\
+ ' | runPipelines | runPipelinesDelta | nonbibToMasterPipeline | nonbibDeltaToMasterPipeline'
+ ' | metricsToMasterPipeline | metricsDeltaToMasterPipeline | metricsCompare')
args = parser.parse_args()
config.update(load_config())
global logger
logger = setup_logging('AdsDataSqlSync', config.get('LOG_LEVEL', 'INFO'))
logger.info('starting AdsDataSqlSync.app with {}'.format(args.command))
nonbib_connection_string = config.get('INGEST_DATABASE',
'postgresql://postgres@localhost:5432/postgres')
nonbib_db_engine = create_engine(nonbib_connection_string)
nonbib_db_conn = nonbib_db_engine.connect()
metrics_connection_string = config.get('METRICS_DATABASE',
'postgresql://postgres@localhost:5432/postgres')
metrics_db_engine = create_engine(metrics_connection_string)
metrics_db_conn = metrics_db_engine.connect()
sql_sync = nonbib.NonBib(args.rowViewSchemaName)
if args.command == 'help' and args.diagnose:
diagnose_nonbib()
diagnose_metrics()
elif args.command == 'createIngestTables':
sql_sync.create_column_tables(nonbib_db_engine)
elif args.command == 'dropIngestTables':
sql_sync.drop_column_tables(nonbib_db_engine)
elif args.command == 'createJoinedRows':
sql_sync.create_joined_rows(nonbib_db_conn)
elif args.command == 'createMetricsTable' and args.metricsSchemaName:
m = metrics.Metrics(args.metricsSchemaName)
m.create_metrics_table(metrics_db_engine)
elif args.command == 'dropMetricsTable' and args.metricsSchemaName:
m = metrics.Metrics(args.metricsSchemaName)
m.drop_metrics_table(metrics_db_engine)
elif args.command == 'populateMetricsTable' and args.rowViewSchemaName and args.metricsSchemaName:
m = metrics.Metrics()
m.update_metrics_all(metrics_db_conn, nonbib_db_conn, args.rowViewSchemaName)
elif args.command == 'populateMetricsTableDelta' and args.rowViewSchemaName and args.metricsSchemaName:
m = metrics.Metrics(args.metricsSchemaName)
m.update_metrics_changed(metrics_db_conn, nonbib_db_conn, args.rowViewSchemaName)
elif args.command == 'renameSchema' and args.rowViewSchemaName and args.rowViewBaselineSchemaName:
sql_sync.rename_schema(nonbib_db_conn, args.rowViewBaselineSchemaName)
elif args.command == 'createDeltaRows' and args.rowViewSchemaName and args.rowViewBaselineSchemaName:
sql_sync.create_delta_rows(nonbib_db_conn, args.rowViewBaselineSchemaName)
elif args.command == 'createNewBibcodes' and args.rowViewSchemaName and args.rowViewBaselineSchemaName:
sql_sync.build_new_bibcodes(nonbib_db_conn, args.rowViewBaselineSchemaName)
elif args.command == 'logDeltaReasons' and args.rowViewSchemaName and args.rowViewBaselineSchemaName:
sql_sync.log_delta_reasons(nonbib_db_conn, args.rowViewBaselineSchemaName)
elif args.command == 'runRowViewPipeline' and args.rowViewSchemaName:
# drop tables, create tables, load data, create joined view
sql_sync.drop_column_tables(nonbib_db_engine)
sql_sync.create_column_tables(nonbib_db_engine)
load_column_files(config, nonbib_db_engine, nonbib_db_conn, sql_sync)
elif args.command == 'runMetricsPipeline' and args.rowViewSchemaName and args.metricsSchemaName:
m = metrics.Metrics(args.metricsSchemaName)
m.drop_metrics_table(metrics_db_engine)
m.create_metrics_table(metrics_db_engine)
m.update_metrics_all(metrics_db_conn, nonbib_db_conn, args.rowViewSchemaName)
elif args.command == 'runRowViewPipelineDelta' and args.rowViewSchemaName and args.rowViewBaselineSchemaName:
# we delete the old data
baseline_sql_sync = nonbib.NonBib(args.rowViewBaselineSchemaName)
baseline_engine = create_engine(nonbib_connection_string)
baseline_sql_sync.drop_column_tables(baseline_engine)
# rename the current to be the old (for later comparison)
sql_sync.rename_schema(nonbib_db_conn, args.rowViewBaselineSchemaName)
# create the new and populate
baseline_sql_sync = None
sql_sync.create_column_tables(nonbib_db_engine)
load_column_files(config, nonbib_db_engine, nonbib_db_conn, sql_sync)
# compute delta between old and new
sql_sync.create_delta_rows(nonbib_db_conn, args.rowViewBaselineSchemaName)
sql_sync.log_delta_reasons(nonbib_db_conn, args.rowViewBaselineSchemaName)
elif args.command == 'runMetricsPipelineDelta' and args.rowViewSchemaName and args.metricsSchemaName:
m = metrics.Metrics(args.metricsSchemaName)
m.update_metrics_changed(metrics_db_conn, nonbib_db_conn, args.rowViewSchemaName)
elif args.command == 'runPipelines' and args.rowViewSchemaName and args.metricsSchemaName:
# drop tables, create tables, load data, compute metrics
sql_sync.drop_column_tables(nonbib_db_engine)
sql_sync.create_column_tables(nonbib_db_engine)
load_column_files(config, nonbib_db_engine, nonbib_db_conn, sql_sync)
m = metrics.Metrics(args.metricsSchemaName)
m.drop_metrics_table(metrics_db_engine)
m.create_metrics_table(metrics_db_engine)
m.update_metrics_all(metrics_db_conn, nonbib_db_conn, args.rowViewSchemaName)
elif args.command == 'runPipelinesDelta' and args.rowViewSchemaName and args.metricsSchemaName and args.rowViewBaselineSchemaName:
# drop tables, rename schema, create tables, load data, compute delta, compute metrics
baseline_sql_sync = nonbib.NonBib(args.rowViewBaselineSchemaName)
baseline_engine = create_engine(nonbib_connection_string)
baseline_sql_sync.drop_column_tables(baseline_engine)
sql_sync.rename_schema(nonbib_db_conn, args.rowViewBaselineSchemaName)
baseline_sql_sync = None
sql_sync.create_column_tables(nonbib_db_engine)
load_column_files(config, nonbib_db_engine, nonbib_db_conn, sql_sync)
sql_sync.create_delta_rows(nonbib_db_conn, args.rowViewBaselineSchemaName)
sql_sync.log_delta_reasons(nonbib_db_conn, args.rowViewBaselineSchemaName)
m = metrics.Metrics(args.metricsSchemaName)
m.update_metrics_changed(metrics_db_conn, nonbib_db_conn, args.rowViewSchemaName)
elif args.command == 'nonbibToMasterPipeline' and args.diagnose:
diagnose_nonbib()
elif args.command == 'nonbibToMasterPipeline' and args.bibcodes:
bibcodes = args.bibcodes.split(',')
nonbib_bibs_to_master_pipeline(nonbib_db_engine, args.rowViewSchemaName, bibcodes)
elif args.command == 'nonbibToMasterPipeline' and args.filename:
bibcodes = []
with open(args.filename, 'r') as f:
for line in f:
bibcodes.append(line.strip())
if len(bibcodes) > 100:
nonbib_bibs_to_master_pipeline(nonbib_db_engine, args.rowViewSchemaName, bibcodes)
bibcodes = []
if len(bibcodes) > 0:
nonbib_bibs_to_master_pipeline(nonbib_db_engine, args.rowViewSchemaName, bibcodes)
elif args.command == 'nonbibToMasterPipeline':
nonbib_to_master_pipeline(nonbib_db_engine, args.rowViewSchemaName, int(args.batchSize))
elif args.command == 'nonbibDeltaToMasterPipeline':
nonbib_delta_to_master_pipeline(nonbib_db_engine, args.rowViewSchemaName, int(args.batchSize))
elif args.command == 'metricsToMasterPipeline' and args.diagnose:
diagnose_metrics()
elif args.command == 'metricsToMasterPipeline' and args.bibcodes:
bibcodes = args.bibcodes.split(',')
metrics_bibs_to_master_pipeline(metrics_db_engine, args.metricsSchemaName, bibcodes)
elif args.command == 'metricsToMasterPipeline':
metrics_to_master_pipeline(metrics_db_engine, args.metricsSchemaName, int(args.batchSize))
elif args.command == 'metricsDeltaToMasterPipeline':
metrics_delta_to_master_pipeline(metrics_db_engine, args.metricsSchemaName, nonbib_db_engine, args.rowViewSchemaName, int(args.batchSize))
elif args.command == 'metricsCompare':
# compare the values in two metrics postgres tables
# useful to compare results from new pipeline to produciton pipeline
# read metrics records from both databases and compare
metrics_logger = setup_logging('metricsCompare', 'INFO')
metrics1 = metrics.Metrics(args.metricsSchemaName)
Session = sessionmaker(bind=metrics_db_engine)
session = Session()
if args.metricsSchemaName:
session.execute('set search_path to {}'.format(args.metricsSchemaName))
metrics2 = metrics.Metrics(args.metricsSchemaName2)
metrics_connection_string2 = config.get('METRICS_DATABASE2',
'postgresql://postgres@localhost:5432/postgres')
metrics_db_engine2 = create_engine(metrics_connection_string2)
Session2 = sessionmaker(bind=metrics_db_engine2)
session2 = Session2()
if args.metricsSchemaName2:
session2.execute('set search_path to {}'.format(args.metricsSchemaName2))
print 'm2', metrics_connection_string2
print 'm2 schema', args.metricsSchemaName2
with open(args.filename) as f:
for line in f:
bibcode = line.strip()
m1 = metrics1.get_by_bibcode(session, bibcode)
m2 = metrics2.get_by_bibcode(session2, bibcode)
mismatch = metrics.Metrics.metrics_mismatch(line.strip(), m1, m2, metrics_logger)
if mismatch:
metrics_logger.error('{} MISMATCHED FIELDS: {}'.format(bibcode, mismatch))
print '{} MISMATCHED FIELDS: {}'.format(bibcode, mismatch)
session.close()
session2.close()
else:
print 'app.py: illegal command or missing argument, command = ', args.command
print ' row view schema name = ', args.rowViewSchemaName
print ' row view baseline schema name = ', args.rowViewBaselineSchemaName
print ' metrics schema name = ', args.metricsSchemaName
if nonbib_db_conn:
nonbib_db_conn.close()
if metrics_db_conn:
metrics_db_conn.close()
logger.info('completed {}'.format(args.command))
def claimed_records(debug=False, test=False):
"""
Reporting function; checks SOLR for the following:
- number of records that have been claimed by at least one ORCID ID, in orcid_pub, orcid_user, orcid_other
(each reported separately)
- total number of accepted claims of each of orcid_pub, orcid_user, orcid_other (i.e. if a single record
has two separate authors who have successfully created a claim, the number reported here is 2)
- total number of bibcodes that have been claimed, of any type
The report is designed to be run regularly, and the results compared to previous report runs (via logs)
:return: None (output to logs)
"""
if test:
logger = setup_logging('test_claimed')
else:
logger = setup_logging('reporting')
config = {}
config.update(load_config())
# the first 7 digits of ORCID IDs are zero padding
orcid_wild = '000000*'
resp_pub = query_solr(config['SOLR_URL'],
'orcid_pub:"' + orcid_wild + '"',
rows=10,
sort="bibcode desc",
fl='bibcode')
resp_user = query_solr(config['SOLR_URL'],
'orcid_user:"******"',
rows=10,
sort="bibcode desc",
fl='bibcode')
resp_other = query_solr(config['SOLR_URL'],
'orcid_other:"' + orcid_wild + '"',
rows=10,
sort="bibcode desc",
fl='bibcode')
logger.info('Number of records with an orcid_pub: {}'.format(
resp_pub['response']['numFound']))
logger.info('Number of records with an orcid_user: {}'.format(
resp_user['response']['numFound']))
logger.info('Number of records with an orcid_other: {}'.format(
resp_other['response']['numFound']))
start = 0
rows = 1000
results = resp_pub['response']['docs']
num_orcid_pub = 0
num_orcid_user = 0
num_orcid_other = 0
bibcode_pub = set()
bibcode_user = set()
bibcode_other = set()
while results:
results = query_records(start=start, rows=rows)
for i in range(len(results)):
try:
results[i]['orcid_pub']
except KeyError:
pass
else:
num_p = len(
fnmatch.filter(results[i].get('orcid_pub'), '0000*'))
num_orcid_pub += num_p
bibcode_pub.add(results[i].get('bibcode'))
try:
results[i]['orcid_user']
except KeyError:
pass
else:
num_u = len(
fnmatch.filter(results[i].get('orcid_user'), '0000*'))
num_orcid_user += num_u
bibcode_user.add(results[i].get('bibcode'))
try:
results[i]['orcid_other']
except KeyError:
pass
else:
num_o = len(
fnmatch.filter(results[i].get('orcid_other'), '0000*'))
num_orcid_other += num_o
bibcode_other.add(results[i].get('bibcode'))
if debug:
if (start + rows) % 10000 == 0:
logger.info(
'Number of results processed so far: {}'.format(start +
rows))
if test:
break
else:
start += rows
logger.info('Total number of orcid_pub claims: {}'.format(num_orcid_pub))
logger.info('Total number of orcid_user claims: {}'.format(num_orcid_user))
logger.info(
'Total number of orcid_other claims: {}'.format(num_orcid_other))
orcid_bibcodes = bibcode_pub.union(bibcode_user).union(bibcode_other)
logger.info('Total number of records with any ORCID claims: {}'.format(
len(orcid_bibcodes)))
import os
import requests
import json
from adsputils import setup_logging
logger = setup_logging('docmatch_log')
def get_matches(metadata, doctype, mustmatch=False, match_doctype=None):
"""
:param metadata:
:param doctype:
:param mustmatch:
:param match_doctype: list of doctypes, if specified only this type of doctype is matched
:return:
"""
try:
payload = {
'abstract': metadata['abstract'].replace('\n', ' '),
'title': metadata['title'].replace('\n', ' '),
'author': metadata['authors'],
'year': metadata['pubdate'][:4],
'doctype': doctype,
'bibcode': metadata['bibcode'],
'doi': metadata.get('doi', None),
'mustmatch': mustmatch,
'match_doctype': match_doctype
}
except KeyError as e:
return (metadata['bibcode'], None, e)
import gzip
import time
import argparse
from collections import OrderedDict
from sqlalchemy.orm import load_only
from aip.classic import read_records
from adsputils import setup_logging
from aip.models import Records, ChangeLog
from aip import tasks
import pyingest.parsers.aps as aps
import pyingest.parsers.arxiv as arxiv
app = tasks.app
logger = setup_logging('run.py')
def read_bibcodes(files):
"""Reads contents of the BIBFILES into memory; basically bibcode:json_fingerprint
pairs.
@param files: list of files to read from
@return: OrderedDict instance
"""
start = time.time()
records = OrderedDict()
for f in files:
logger.debug('...loading %s' % f)
from ads.ADSCachedExports import ADSRecords, init_lookers_cache
from ads.ADSCachedExports import LOGGER as export_logger
from aip.classic import conversions
except ImportError:
sys.path.append('/proj/ads/soft/python/lib/site-packages') #TODO: make it configurable
try:
from ads.ADSCachedExports import ADSRecords, init_lookers_cache
from ads.ADSCachedExports import LOGGER as export_logger
from aip.classic import conversions
INIT_LOOKERS_CACHE = init_lookers_cache
except ImportError:
print "Unable to import ads.ADSExports.ADSRecords!"
print "We will be unable to query ADS-classic for records!"
logger = utils.setup_logging('read_records')
def canonicalize_records(records, targets=None, ignore_fingerprints=False):
'''
Takes a dict of {bibcode:fingerprint} and resolves each bibcode to its canonical.
Finds all alternates associated with that bibcode and constructs the full JSON_fingerprint
from all of these associated records
Note: Pops from the input dict with no attempt to copy/deepcopy it.
'''
#TODO(rca): getAlternates is called multiple times unnecessarily
start = time.time()
results = []
from adsputils import load_config, setup_logging
from ADSOrcid import tasks
from ADSOrcid.models import ClaimsLog
from levenshtein_default import query_solr
from sqlalchemy import func, and_, distinct
from dateutil.tz import tzutc
import fnmatch
import datetime
import cachetools
import time
import pytz
import urllib3
import requests
app = tasks.app
logger = setup_logging('reporting')
records_cache = cachetools.TTLCache(maxsize=1024, ttl=3600, timer=time.time, missing=None, getsizeof=None)
@cachetools.cached(records_cache)
def query_records(start=0,rows=1000):
"""
Function to query SOLR for a set of records and return the response.
Kept as a separate function in order to use a cache.
:param
start: Row number to start with; default=0
rows: Number of rows to retrieve; default=1000
:return
response: Response from the query
"""
from __future__ import print_function
from future import standard_library
standard_library.install_aliases()
from builtins import str
import json
import sys
import os
import requests
import argparse
import json
import pickle
# python compare_solrs.py --solr-endpoints http://adsqb.cfa.harvard.edu:9983/solr/BumblebeeETL/select http://adsqb.cfa.harvard.edu:9983/solr/collection1/select --bibcode stdin fields < testBibcodes.txt
from adsputils import setup_logging
logger = setup_logging('compare-solr', level='DEBUG')
SOLR1_PATH = 'http://localhost:9000/solr/select/'
SOLR2_PATH = 'http://localhost:8900/solr/select/'
def query_solr(
endpoint,
query,
start=0,
rows=200,
sort='date desc',
fl=None,
):
d = {
'q': query,
def __init__(self, schema_='nonbib'):
self.schema = schema_
self.meta = MetaData()
self.table = models.NonBibTable()
self.table.schema = self.schema
self.logger = setup_logging('AdsDataSqlSync', 'INFO')
from kombu import Exchange, Queue, BrokerConnection
import datetime
# ============================= INITIALIZATION ==================================== #
app = app_module.create_app()
exch = Exchange(app.conf.get('CELERY_DEFAULT_EXCHANGE', 'ADSWorker'),
type=app.conf.get('CELERY_DEFAULT_EXCHANGE_TYPE', 'topic'))
app.conf.CELERY_QUEUES = (
Queue('errors', exch, routing_key='errors', durable=False, message_ttl=24*3600*5),
Queue('some-queue', exch, routing_key='check-orcidid')
)
logger = adsputils.setup_logging('ADSWorker', app.conf.get('LOGGING_LEVEL', 'INFO'))
# connection to the other virtual host (for sending data out)
forwarding_connection = BrokerConnection(app.conf.get('OUTPUT_CELERY_BROKER',
'%s/%s' % (app.conf.get('CELRY_BROKER', 'pyamqp://'),
app.conf.get('OUTPUT_EXCHANGE', 'other-pipeline'))))
class MyTask(Task):
def on_failure(self, exc, task_id, args, kwargs, einfo):
logger.error('{0!r} failed: {1!r}'.format(task_id, exc))
# ============================= TASKS ============================================= #
@app.task(base=MyTask, queue='some-queue')
import json
from adsputils import date2solrstamp
import sys
import time
from collections import OrderedDict
# ============================= INITIALIZATION ==================================== #
# - Use app logger:
#import logging
#logger = logging.getLogger('master-pipeline')
# - Or individual logger for this file:
from adsputils import setup_logging, load_config
proj_home = os.path.realpath(os.path.join(os.path.dirname(__file__), '../'))
config = load_config(proj_home=proj_home)
logger = setup_logging(__name__,
proj_home=proj_home,
level=config.get('LOGGING_LEVEL', 'INFO'),
attach_stdout=config.get('LOG_STDOUT', False))
# =============================== FUNCTIONS ======================================= #
def extract_metrics_pipeline(data, solrdoc):
citation = data.get('citations', [])
return dict(citation=citation)
def extract_data_pipeline(data, solrdoc):
reader = data.get('readers', [])
def main():
parser = argparse.ArgumentParser(
description='process column files into Postgres')
parser.add_argument(
'-t',
'--rowViewBaselineSchemaName',
default='nonbibstaging',
help='name of old postgres schema, used to compute delta')
parser.add_argument('-d',
'--diagnose',
default=False,
action='store_true',
help='run simple test')
parser.add_argument(
'-f',
'--filename',
default=None,
help=
'name of file containing the list of bibcode for metrics comparison')
parser.add_argument('-m',
'--metricsSchemaName',
default='metrics',
help='name of the postgres metrics schema')
parser.add_argument(
'-n',
'--metricsSchemaName2',
default='',
help='name of the postgres metrics schema for comparison')
parser.add_argument('-r',
'--rowViewSchemaName',
default='nonbib',
help='name of the postgres row view schema')
parser.add_argument('-s',
'--batchSize',
default=100,
help='used when queuing data')
parser.add_argument(
'-b',
'--bibcodes',
default='',
help='comma separate list of bibcodes send to master pipeline')
parser.add_argument('command', default='help', nargs='?',
help='ingest | verify | createIngestTables | dropIngestTables | renameSchema ' \
+ ' | createJoinedRows | createMetricsTable | dropMetricsTable ' \
+ ' | populateMetricsTable | createDeltaRows | populateMetricsTableDelta ' \
+ ' | runRowViewPipeline | runMetricsPipeline | createNewBibcodes ' \
+ ' | runRowViewPipelineDelta | runMetricsPipelineDelta '\
+ ' | runPipelines | runPipelinesDelta | nonbibToMasterPipeline | nonbibDeltaToMasterPipeline'
+ ' | metricsToMasterPipeline | metricsDeltaToMasterPipeline | metricsCompare'
+ ' | resetNonbib')
args = parser.parse_args()
logger.info('starting AdsDataSqlSync.app with {}'.format(args.command))
nonbib_connection_string = config.get(
'INGEST_DATABASE', 'postgresql://postgres@localhost:5432/postgres')
nonbib_db_engine = create_engine(nonbib_connection_string)
nonbib_db_conn = nonbib_db_engine.connect()
metrics_connection_string = config.get(
'METRICS_DATABASE', 'postgresql://postgres@localhost:5432/postgres')
metrics_db_engine = create_engine(metrics_connection_string, pool_size=30)
metrics_db_conn = metrics_db_engine.connect()
sql_sync = nonbib.NonBib(args.rowViewSchemaName)
if args.command == 'help' and args.diagnose:
diagnose_nonbib()
diagnose_metrics()
elif args.command == 'resetNonbib':
# detect if pipeline didn't complete and reset postgres tables
if not nonbib_db_engine.has_table('rowviewm', schema='nonbib'):
print 'merged table not found, resetting database'
nonbib_db_engine.execute('drop schema if exists nonbib cascade')
nonbib_db_engine.execute(
'alter schema nonbibstaging rename to nonbib')
print 'reset complete'
else:
print 'merged output table found, reset not needed'
elif args.command == 'createIngestTables':
sql_sync.create_column_tables(nonbib_db_engine)
elif args.command == 'dropIngestTables':
sql_sync.drop_column_tables(nonbib_db_engine)
elif args.command == 'createJoinedRows':
sql_sync.create_joined_rows(nonbib_db_conn)
elif args.command == 'createMetricsTable' and args.metricsSchemaName:
m = metrics.Metrics(args.metricsSchemaName)
m.create_metrics_table(metrics_db_engine)
elif args.command == 'dropMetricsTable' and args.metricsSchemaName:
m = metrics.Metrics(args.metricsSchemaName)
m.drop_metrics_table(metrics_db_engine)
elif args.command == 'populateMetricsTable' and args.rowViewSchemaName and args.metricsSchemaName and args.filename:
m = metrics.Metrics(args.metricsSchemaName)
with open(args.filename, 'r') as f:
for line in f:
bibcode = line.strip()
if bibcode:
m.update_metrics_bibcode(bibcode, metrics_db_conn,
nonbib_db_conn)
elif args.command == 'populateMetricsTable' and args.rowViewSchemaName and args.metricsSchemaName:
m = metrics.Metrics()
m.update_metrics_all(metrics_db_conn, nonbib_db_conn,
args.rowViewSchemaName)
elif args.command == 'populateMetricsTableDelta' and args.rowViewSchemaName and args.metricsSchemaName:
m = metrics.Metrics(args.metricsSchemaName)
m.update_metrics_changed(metrics_db_conn, nonbib_db_conn,
args.rowViewSchemaName)
elif args.command == 'renameSchema' and args.rowViewSchemaName and args.rowViewBaselineSchemaName:
sql_sync.rename_schema(nonbib_db_conn, args.rowViewBaselineSchemaName)
elif args.command == 'createDeltaRows' and args.rowViewSchemaName and args.rowViewBaselineSchemaName:
sql_sync.create_delta_rows(nonbib_db_conn,
args.rowViewBaselineSchemaName)
elif args.command == 'createNewBibcodes' and args.rowViewSchemaName and args.rowViewBaselineSchemaName:
sql_sync.build_new_bibcodes(nonbib_db_conn,
args.rowViewBaselineSchemaName)
elif args.command == 'logDeltaReasons' and args.rowViewSchemaName and args.rowViewBaselineSchemaName:
sql_sync.log_delta_reasons(nonbib_db_conn,
args.rowViewBaselineSchemaName)
elif args.command == 'runRowViewPipeline' and args.rowViewSchemaName:
# drop tables, create tables, load data, create joined view
sql_sync.drop_column_tables(nonbib_db_engine)
sql_sync.create_column_tables(nonbib_db_engine)
load_column_files(config, nonbib_db_engine, nonbib_db_conn, sql_sync)
elif args.command == 'runMetricsPipeline' and args.rowViewSchemaName and args.metricsSchemaName:
m = metrics.Metrics(args.metricsSchemaName)
m.drop_metrics_table(metrics_db_engine)
m.create_metrics_table(metrics_db_engine)
m.update_metrics_all(metrics_db_conn, nonbib_db_conn,
args.rowViewSchemaName)
elif args.command == 'runRowViewPipelineDelta' and args.rowViewSchemaName and args.rowViewBaselineSchemaName:
# we delete the old data
baseline_sql_sync = nonbib.NonBib(args.rowViewBaselineSchemaName)
baseline_engine = create_engine(nonbib_connection_string)
baseline_sql_sync.drop_column_tables(baseline_engine)
# rename the current to be the old (for later comparison)
sql_sync.rename_schema(nonbib_db_conn, args.rowViewBaselineSchemaName)
# create the new and populate
baseline_sql_sync = None
sql_sync.create_column_tables(nonbib_db_engine)
load_column_files(config, nonbib_db_engine, nonbib_db_conn, sql_sync)
# compute delta between old and new
sql_sync.create_delta_rows(nonbib_db_conn,
args.rowViewBaselineSchemaName)
sql_sync.log_delta_reasons(nonbib_db_conn,
args.rowViewBaselineSchemaName)
elif args.command == 'runMetricsPipelineDelta' and args.rowViewSchemaName and args.metricsSchemaName:
m = metrics.Metrics(args.metricsSchemaName)
m.update_metrics_changed(metrics_db_conn, nonbib_db_conn,
args.rowViewSchemaName)
elif args.command == 'runPipelines' and args.rowViewSchemaName and args.metricsSchemaName:
# drop tables, create tables, load data, compute metrics
sql_sync.drop_column_tables(nonbib_db_engine)
sql_sync.create_column_tables(nonbib_db_engine)
load_column_files(config, nonbib_db_engine, nonbib_db_conn, sql_sync)
m = metrics.Metrics(args.metricsSchemaName)
m.drop_metrics_table(metrics_db_engine)
m.create_metrics_table(metrics_db_engine)
m.update_metrics_all(metrics_db_conn, nonbib_db_conn,
args.rowViewSchemaName)
elif args.command == 'runPipelinesDelta' and args.rowViewSchemaName and args.metricsSchemaName and args.rowViewBaselineSchemaName:
# drop tables, rename schema, create tables, load data, compute delta, compute metrics
baseline_sql_sync = nonbib.NonBib(args.rowViewBaselineSchemaName)
baseline_engine = create_engine(nonbib_connection_string)
baseline_sql_sync.drop_column_tables(baseline_engine)
sql_sync.rename_schema(nonbib_db_conn, args.rowViewBaselineSchemaName)
baseline_sql_sync = None
sql_sync.create_column_tables(nonbib_db_engine)
load_column_files(config, nonbib_db_engine, nonbib_db_conn, sql_sync)
sql_sync.create_delta_rows(nonbib_db_conn,
args.rowViewBaselineSchemaName)
sql_sync.log_delta_reasons(nonbib_db_conn,
args.rowViewBaselineSchemaName)
m = metrics.Metrics(args.metricsSchemaName)
m.update_metrics_changed(metrics_db_conn, nonbib_db_conn,
args.rowViewSchemaName)
elif args.command == 'nonbibToMasterPipeline' and args.diagnose:
diagnose_nonbib()
elif args.command == 'nonbibToMasterPipeline' and args.bibcodes:
bibcodes = args.bibcodes.split(',')
nonbib_to_master_pipeline(nonbib_db_engine,
args.rowViewSchemaName,
int(args.batchSize),
source=bibcodes)
elif args.command == 'nonbibToMasterPipeline' and args.filename:
bibcodes = []
with open(args.filename, 'r') as f:
for line in f:
bibcodes.append(line.strip())
nonbib_to_master_pipeline(nonbib_db_engine,
args.rowViewSchemaName,
int(args.batchSize),
source=bibcodes)
elif args.command == 'nonbibToMasterPipeline':
nonbib_to_master_pipeline(nonbib_db_engine,
args.rowViewSchemaName,
int(args.batchSize),
source="models.NonBibTable")
elif args.command == 'nonbibDeltaToMasterPipeline':
nonbib_to_master_pipeline(nonbib_db_engine,
args.rowViewSchemaName,
int(args.batchSize),
source="models.NonBibDeltaTable")
elif args.command == 'metricsToMasterPipeline' and args.diagnose:
diagnose_metrics()
elif args.command == 'metricsToMasterPipeline' and args.filename:
bibcodes = []
with open(args.filename, 'r') as f:
for line in f:
bibcodes.append(line.strip())
if len(bibcodes) > 100:
metrics_bibs_to_master_pipeline(metrics_db_engine,
args.metricsSchemaName,
bibcodes)
bibcodes = []
if len(bibcodes) > 0:
metrics_bibs_to_master_pipeline(metrics_db_engine,
args.metricsSchemaName, bibcodes)
elif args.command == 'metricsToMasterPipeline' and args.bibcodes:
bibcodes = args.bibcodes.split(',')
metrics_bibs_to_master_pipeline(metrics_db_engine,
args.metricsSchemaName, bibcodes)
elif args.command == 'metricsToMasterPipeline':
metrics_to_master_pipeline(metrics_db_engine, args.metricsSchemaName,
int(args.batchSize))
elif args.command == 'metricsDeltaToMasterPipeline':
metrics_delta_to_master_pipeline(metrics_db_engine,
args.metricsSchemaName,
nonbib_db_engine,
args.rowViewSchemaName,
int(args.batchSize))
elif args.command == 'metricsCompare':
# compare the values in two metrics postgres tables
# useful to compare results from new pipeline to produciton pipeline
# read metrics records from both databases and compare
metrics_logger = setup_logging('metricsCompare', 'INFO')
metrics1 = metrics.Metrics(args.metricsSchemaName)
Session = sessionmaker(bind=metrics_db_engine)
session = Session()
if args.metricsSchemaName:
session.execute('set search_path to {}'.format(
args.metricsSchemaName))
metrics2 = metrics.Metrics(args.metricsSchemaName2)
metrics_connection_string2 = config.get(
'METRICS_DATABASE2',
'postgresql://postgres@localhost:5432/postgres')
metrics_db_engine2 = create_engine(metrics_connection_string2)
Session2 = sessionmaker(bind=metrics_db_engine2)
session2 = Session2()
if args.metricsSchemaName2:
session2.execute('set search_path to {}'.format(
args.metricsSchemaName2))
print 'm2', metrics_connection_string2
print 'm2 schema', args.metricsSchemaName2
with open(args.filename) as f:
for line in f:
bibcode = line.strip()
m1 = metrics1.get_by_bibcode(session, bibcode)
m2 = metrics2.get_by_bibcode(session2, bibcode)
mismatch = metrics.Metrics.metrics_mismatch(
line.strip(), m1, m2, metrics_logger)
if mismatch:
metrics_logger.error('{} MISMATCHED FIELDS: {}'.format(
bibcode, mismatch))
print '{} MISMATCHED FIELDS: {}'.format(bibcode, mismatch)
session.close()
session2.close()
else:
print 'app.py: illegal command or missing argument, command = ', args.command
print ' row view schema name = ', args.rowViewSchemaName
print ' row view baseline schema name = ', args.rowViewBaselineSchemaName
print ' metrics schema name = ', args.metricsSchemaName
if nonbib_db_conn:
nonbib_db_conn.close()
if metrics_db_conn:
metrics_db_conn.close()
logger.info('completed {}'.format(args.command))
import requests
import json
import os
import sys
import re
import traceback
from adsputils import setup_logging, get_date, date2solrstamp
from aip.classic import enforce_schema
logger = setup_logging('solr_adapter')
ARTICLE_TYPES = set(['eprint', 'article', 'inproceedings', 'inbook'])
AUTHOR_TYPES = set(['regular', 'collaboration'])
def get_date_by_datetype(ADS_record):
"""computes the standard pubdate by selecting the appropriate value
from the ADS_record and formatting it as YYYY-MM-DD"""
dates = ADS_record['metadata']['general']['publication']['dates']
for datetype in [ 'date-published', 'date-thesis', 'date-preprint' ]:
try:
return next(i['content'] for i in dates if i['type'].lower() == datetype)
except StopIteration:
pass
return None
def _normalize_author_name(strname):
if not strname:
return None
from datetime import datetime, timedelta
from os import remove
from shutil import move
import subprocess
import os
from adsputils import setup_logging, load_config
logger = setup_logging('AutomatedIngestReport')
conf = load_config(proj_home='./')
# enums used to to generate file names
class FileType:
CANONICAL = 'CANONICAL'
SOLR = 'SOLR'
FULLTEXT = 'FULLTEXT'
class FileAdjective:
MISSING = 'MISSING'
DELETED = 'DELETED'
EXTRA = 'EXTRA'
NEW = 'NEW'
class Date:
TODAY = 1
YESTERDAY = 2
