def __init__(self, *args):
self.logging = getLogger()
self.logging.debug('New Document')
self.data = args[0]
def __init__(self, *args):
self.logging = getLogger()
self.logging.debug('New Document')
self.data = args[0]
def open_verify_pf(pf, mttime=False):
"""
Verify that we can get the file and check
the value of PF_MTTIME if needed.
Returns pf_object
"""
logging = getLogger()
logging.debug("Look for parameter file: %s" % pf)
if mttime:
logging.debug("Verify that %s is newer than %s" % (pf, mttime))
PF_STATUS = stock.pfrequire(pf, mttime)
if PF_STATUS == stock.PF_MTIME_NOT_FOUND:
logging.warning("Problems looking for %s. PF_MTTIME_NOT_FOUND." % pf)
logging.error("No MTTIME in PF file. Need a new version of the %s file!!!" % pf)
elif PF_STATUS == stock.PF_MTIME_OLD:
logging.warning("Problems looking for %s. PF_MTTIME_OLD." % pf)
logging.error("Need a new version of the %s file!!!" % pf)
elif PF_STATUS == stock.PF_SYNTAX_ERROR:
logging.warning("Problems looking for %s. PF_SYNTAX_ERROR." % pf)
logging.error("Need a working version of the %s file!!!" % pf)
elif PF_STATUS == stock.PF_NOT_FOUND:
logging.warning("Problems looking for %s. PF_NOT_FOUND." % pf)
logging.error("No file %s found!!!" % pf)
logging.debug("%s => PF_MTIME_OK" % pf)
try:
return stock.pfread(pf)
except Exception, e:
logging.error("Problem looking for %s => %s" % (pf, e))
def __init__(self, database=None, dbpointer=None, table=None):
self.logging = getLogger()
self.logging.debug('New Collection')
self.documents = {}
self.database = database # database name
self.db = dbpointer # database pointer
self.table = table # database table name
self.db = verify_table(self.table, self.database, self.db)
def __init__(self, database=None, dbpointer=None, table=None ):
self.logging = getLogger()
self.logging.debug('New Collection')
self.documents = {}
self.database = database # database name
self.db = dbpointer # database pointer
self.table = table # database table name
self.db = verify_table(self.table, self.database, self.db)
def safe_pf_get(pf, field, defaultval=False):
'''
Safe method to extract values from parameter file
with a default value option.
'''
logging = getLogger()
value = defaultval
if pf.has_key(field):
try:
value = pf.get(field, defaultval)
except Exception, e:
logging.warning('Problems safe_pf_get(%s,%s)' % (field, e))
pass
def safe_pf_get(pf, field, defaultval=False):
"""
Safe method to extract values from parameter file
with a default value option.
"""
logging = getLogger()
value = defaultval
if pf.has_key(field):
try:
value = pf.get(field, defaultval)
except Exception, e:
logging.warning("Problems safe_pf_get(%s,%s)" % (field, e))
pass
def __init__(
self,
database=None,
dbpointer=None,
magnitude_type_subset=[".*"],
event_auth_select=None,
event_auth_reject=None,
origin_auth_select=None,
origin_auth_reject=None,
arrival_auth_select=None,
arrival_auth_reject=None,
netmag_auth_select=None,
netmag_auth_reject=None,
mt_auth_select=None,
mt_auth_reject=None,
fplane_auth_select=None,
fplane_auth_reject=None,
detection_state_select=None,
detection_state_reject=None,
):
self.logging = getLogger("Event")
self.database = database # database name
self.db = dbpointer # database pointer
self.magnitude_type_subset = magnitude_type_subset
self.event_auth_select = event_auth_select
self.event_auth_reject = event_auth_reject
self.origin_auth_select = origin_auth_select
self.origin_auth_reject = origin_auth_reject
self.arrival_auth_select = arrival_auth_select
self.arrival_auth_reject = arrival_auth_reject
self.detection_state_select = detection_state_select
self.detection_state_reject = detection_state_reject
self.netmag_auth_select = netmag_auth_select
self.netmag_auth_reject = netmag_auth_reject
self.mt_auth_select = mt_auth_select
self.mt_auth_reject = mt_auth_reject
self.fplane_auth_select = fplane_auth_select
self.fplane_auth_reject = fplane_auth_reject
self.logging.debug("Init Event Class: db=%s" % self.database)
self.db = verify_table("event", self.database, self.db)
self._clean()
def simple_table_present(table, dbpointer):
'''
Verify if we have a table before we run the command.
Similar to verify_table but without rising exceptions
and without returning any objects back. It will only work
out a dbpointer and not a database name. The pointer
should be verified already.
'''
logging = getLogger()
# Test if we have an event table first.
logging.debug('dbTALBE_PRESENT( %s )' % table)
try:
view = dbpointer.lookup(table=table)
except Exception, e:
logging.warning('export_events.simple_table_present: %s ' % s)
return False
def simple_table_present(table, dbpointer):
"""
Verify if we have a table before we run the command.
Similar to verify_table but without rising exceptions
and without returning any objects back. It will only work
out a dbpointer and not a database name. The pointer
should be verified already.
"""
logging = getLogger()
# Test if we have an event table first.
logging.debug("dbTALBE_PRESENT( %s )" % table)
try:
view = dbpointer.lookup(table=table)
except Exception, e:
logging.warning("export_events.simple_table_present: %s " % s)
return False
def verify_table(table=False, database=False, dbpointer=False):
'''
Open a database or database pointer and verify a table
On multiple objects (classes) we perform the same process
of verifying the presence of a table before we get to
interact with it. This will make that process easy since
you can get to that point either from a database name
or from a database pointer. The function will return
the database pointer that you are responsible for
cleaning later. The local view of the table will be
freed.
'''
logging = getLogger()
# Get db ready
if not database and not dbpointer:
logging.warning(
'export_events.verify_table: Need database or dbpointer')
return False
if not dbpointer:
logging.debug('dbopen( %s )' % database)
dbpointer = datascope.dbopen(database, "r")
if table:
# Test if we have some table first.
logging.debug('db.lookup( %s )' % table)
view = dbpointer.lookup(table=table)
if not view.query(datascope.dbTABLE_PRESENT):
logging.warning(
'export_events.verify_table: Missing [%s] table in database' %
table)
return False
else:
logging.debug( 'db.query(dbTABLE_PRESENT ) => %s' % \
view.query(datascope.dbTABLE_PRESENT))
return dbpointer
def get_all_fields(dbpointer, nulls={}):
'''
At a given database pointer to a particular record query for valid
table fields and pull all values. Return a dictionary with the values.
'''
logging = getLogger()
results = {}
if not dbpointer:
logging.warning('export_events.get_all_fields: Need dbpointer')
return results
try:
if not dbpointer.query(datascope.dbTABLE_PRESENT):
logging.warning('export_events.get_all_fields: No records')
return results
except Exception, e:
logging.warning('export_events.get_all_fields: Error on dbpointer')
return results
def get_all_fields(dbpointer, nulls={}):
"""
At a given database pointer to a particular record query for valid
table fields and pull all values. Return a dictionary with the values.
"""
logging = getLogger()
results = {}
if not dbpointer:
logging.warning("export_events.get_all_fields: Need dbpointer")
return results
try:
if not dbpointer.query(datascope.dbTABLE_PRESENT):
logging.warning("export_events.get_all_fields: No records")
return results
except Exception, e:
logging.warning("export_events.get_all_fields: Error on dbpointer")
return results
def __init__(self, database=None, dbpointer=None,
magnitude_type_subset=['.*'],
event_auth_select=None, event_auth_reject=None,
origin_auth_select=None, origin_auth_reject=None,
arrival_auth_select=None, arrival_auth_reject=None,
netmag_auth_select=None, netmag_auth_reject=None,
mt_auth_select=None, mt_auth_reject=None,
fplane_auth_select=None, fplane_auth_reject=None,
detection_state_select=None, detection_state_reject=None):
self.logging = getLogger('Event')
self.database = database # database name
self.db = dbpointer # database pointer
self.magnitude_type_subset = magnitude_type_subset
self.event_auth_select = event_auth_select
self.event_auth_reject = event_auth_reject
self.origin_auth_select = origin_auth_select
self.origin_auth_reject = origin_auth_reject
self.arrival_auth_select = arrival_auth_select
self.arrival_auth_reject = arrival_auth_reject
self.detection_state_select = detection_state_select
self.detection_state_reject = detection_state_reject
self.netmag_auth_select = netmag_auth_select
self.netmag_auth_reject = netmag_auth_reject
self.mt_auth_select = mt_auth_select
self.mt_auth_reject = mt_auth_reject
self.fplane_auth_select = fplane_auth_select
self.fplane_auth_reject = fplane_auth_reject
self.logging.debug( 'Init Event Class: db=%s' % self.database )
self.db = verify_table('event', self.database, self.db)
self._clean()
def open_verify_pf(pf, mttime=False):
'''
Verify that we can get the file and check
the value of PF_MTTIME if needed.
Returns pf_object
'''
logging = getLogger()
logging.debug('Look for parameter file: %s' % pf)
if mttime:
logging.debug('Verify that %s is newer than %s' % (pf, mttime))
PF_STATUS = stock.pfrequire(pf, mttime)
if PF_STATUS == stock.PF_MTIME_NOT_FOUND:
logging.warning('Problems looking for %s. PF_MTTIME_NOT_FOUND.' %
pf)
logging.error(
'No MTTIME in PF file. Need a new version of the %s file!!!' %
pf)
elif PF_STATUS == stock.PF_MTIME_OLD:
logging.warning('Problems looking for %s. PF_MTTIME_OLD.' % pf)
logging.error('Need a new version of the %s file!!!' % pf)
elif PF_STATUS == stock.PF_SYNTAX_ERROR:
logging.warning('Problems looking for %s. PF_SYNTAX_ERROR.' % pf)
logging.error('Need a working version of the %s file!!!' % pf)
elif PF_STATUS == stock.PF_NOT_FOUND:
logging.warning('Problems looking for %s. PF_NOT_FOUND.' % pf)
logging.error('No file %s found!!!' % pf)
logging.debug('%s => PF_MTIME_OK' % pf)
try:
return stock.pfread(pf)
except Exception, e:
logging.error('Problem looking for %s => %s' % (pf, e))
def verify_table(table=False, database=False, dbpointer=False):
"""
Open a database or database pointer and verify a table
On multiple objects (classes) we perform the same process
of verifying the presence of a table before we get to
interact with it. This will make that process easy since
you can get to that point either from a database name
or from a database pointer. The function will return
the database pointer that you are responsible for
cleaning later. The local view of the table will be
freed.
"""
logging = getLogger()
# Get db ready
if not database and not dbpointer:
logging.warning("export_events.verify_table: Need database or dbpointer")
return False
if not dbpointer:
logging.debug("dbopen( %s )" % database)
dbpointer = datascope.dbopen(database, "r")
if table:
# Test if we have some table first.
logging.debug("db.lookup( %s )" % table)
view = dbpointer.lookup(table=table)
if not view.query(datascope.dbTABLE_PRESENT):
logging.warning("export_events.verify_table: Missing [%s] table in database" % table)
return False
else:
logging.debug("db.query(dbTABLE_PRESENT ) => %s" % view.query(datascope.dbTABLE_PRESENT))
return dbpointer