def generate_entry(data_dir, last_sequence, last_timestamp):
current_sequence, current_timestamp = get_current_replication_info()
log(" last: %d at %s" % (last_sequence, last_timestamp))
log("current: %s at %s" % (current_sequence, current_timestamp))
if last_sequence == current_sequence:
log("Replication sequence unchanged, no new data to process.")
return None
data = get_changed_ids(last_timestamp, current_timestamp)
data = json.dumps({ 'data' : data, 'timestamp' : current_timestamp, 'sequence' : current_sequence })
save_data(data_dir, current_sequence, current_timestamp, data)
save_state_data(current_sequence, current_timestamp)
save_header_html(data_dir)
save_copying(data_dir)
save_robots_txt(data_dir)
save_latest_files(data_dir, current_sequence)
log("changed mbid processing complete")
def generate_entry(data_dir, last_sequence, last_timestamp):
try:
conn = psycopg2.connect(PG_CONNECT)
except psycopg2.OperationalError as err:
print "Cannot connect to database: %s" % err
sys.exit(-1)
cur = conn.cursor()
cur.execute("select current_replication_sequence, last_replication_date from replication_control");
row = cur.fetchone()
current_sequence = row[0]
current_timestamp = str(row[1])
print " last: %d at %s\ncurrent: %s at %s\n" % (last_sequence, last_timestamp, current_sequence, current_timestamp)
if last_sequence == current_sequence:
print "Replication sequence unchanged, no new data to process."
return None
data = get_changed_ids(last_timestamp, current_timestamp)
data = json.dumps({ 'data' : data }) #, sort_keys=True, indent=4)
save_data(data_dir, current_sequence, current_timestamp, data)
