def __init__(self, providers=None):
# Bit of a hack!
URL_MAPPINGS["INGV"] = "http://webservices.rm.ingv.it"
if providers is None:
providers = dict(URL_MAPPINGS.items())
# In that case make sure IRIS is first, and ORFEUS second! The
# remaining items will be sorted alphabetically.
_p = []
# del providers["ORFEUS"]
if "IRIS" in providers:
_p.append("IRIS")
del providers["IRIS"]
#if "ORFEUS" in providers:
# _p.append("ORFEUS")
#del providers["ODC"]
del providers["ORFEUS"]
_p.extend(sorted(providers))
providers = _p
self.providers = tuple(providers)
# Initialize all clients.
self._initialized_clients = OrderedDict()
self.__initialize_clients()
def get_multiple_fdsn_clients(
clients: List[str] or str or None) -> Tuple[Client]:
"""
Returns a tuple holding all the queried fdsn providers. Also finds
all available fdsn providers if input is None. Will also sort the clients
so the big providers (IRIS and ORFEUS) come last.
Just a modified version of a code in the obspy mass downloader.
:param clients: List of strings, each describing one client.
Put None if you want to use all available.
:type clients: List[str] or str or None
:return: Tuple of the fdsn Client objects.
:rtype: Tuple[Client]
"""
# That bit is stolen from the massdownloader
if isinstance(clients, str):
clients = [clients]
# That bit is stolen from the massdownloader
elif clients is None:
providers = dict(URL_MAPPINGS.items())
_p = []
if "RASPISHAKE" in providers:
# exclude RASPISHAKE by default
del providers["RASPISHAKE"]
if "IRIS" in providers:
has_iris = True
del providers["IRIS"]
else:
has_iris = False
if "ODC" in providers:
providers["ORFEUS"] = providers["ODC"]
del providers["ODC"]
if "ORFEUS" in providers:
has_orfeus = True
del providers["ORFEUS"]
else:
has_orfeus = False
_p = sorted(providers)
if has_orfeus:
_p.append("ORFEUS")
if has_iris:
_p.append("IRIS")
providers = _p
clients = tuple(providers)
return clients
def __init__(self, providers=None, debug=False):
self.debug = debug
# If not given, use all providers ObsPy knows. They will be sorted
# alphabetically except that ORFEUS is second to last and IRIS last.
# The reason for this order is that smaller data centers can be
# expected to have more up-to-date meta information about their own
# data and thus should be prioritized when downloading data.
if providers is None:
providers = dict(URL_MAPPINGS.items())
_p = []
if "RASPISHAKE" in providers:
# exclude RASPISHAKE by default
del providers["RASPISHAKE"]
if "IRIS" in providers:
has_iris = True
del providers["IRIS"]
else:
has_iris = False
if "ODC" in providers:
providers["ORFEUS"] = providers["ODC"]
del providers["ODC"]
if "ORFEUS" in providers:
has_orfeus = True
del providers["ORFEUS"]
else:
has_orfeus = False
# leave out IRISPH5 which is for nodal experiments and might match
# insanely large datasets, depending on restrictions
if "IRISPH5" in providers:
del providers["IRISPH5"]
_p = sorted(providers)
if has_orfeus:
_p.append("ORFEUS")
if has_iris:
_p.append("IRIS")
providers = _p
self.providers = tuple(providers)
# Initialize all clients.
self._initialized_clients = collections.OrderedDict()
self._initialize_clients()
def __init__(self, providers=None, debug=False):
self.debug = debug
# If not given, use all providers ObsPy knows. They will be sorted
# alphabetically except that ORFEUS is second to last and IRIS last.
# The reason for this order is that smaller data centers can be
# expected to have more up-to-date meta information about their own
# data and thus should be prioritized when downloading data.
if providers is None:
providers = dict(URL_MAPPINGS.items())
_p = []
if "IRIS" in providers:
has_iris = True
del providers["IRIS"]
else:
has_iris = False
if "ODC" in providers:
providers["ORFEUS"] = providers["ODC"]
del providers["ODC"]
if "ORFEUS" in providers:
has_orfeus = True
del providers["ORFEUS"]
else:
has_orfeus = False
_p = sorted(providers)
if has_orfeus:
_p.append("ORFEUS")
if has_iris:
_p.append("IRIS")
providers = _p
self.providers = tuple(providers)
# Initialize all clients.
self._initialized_clients = OrderedDict()
self._initialize_clients()
def __init__(self, providers=None, debug=False):
self.debug = debug
# If not given, use all providers ObsPy knows. They will be sorted
# alphabetically except that ORFEUS is second to last and IRIS last.
# The reason for this order is that smaller data centers can be
# expected to have more up-to-date meta information about their own
# data and thus should be prioritized when downloading data.
if providers is None:
providers = dict(URL_MAPPINGS.items())
_p = []
if "IRIS" in providers:
has_iris = True
del providers["IRIS"]
else:
has_iris = False
if "ODC" in providers:
providers["ORFEUS"] = providers["ODC"]
del providers["ODC"]
if "ORFEUS" in providers:
has_orfeus = True
del providers["ORFEUS"]
else:
has_orfeus = False
_p = sorted(providers)
if has_orfeus:
_p.append("ORFEUS")
if has_iris:
_p.append("IRIS")
providers = _p
self.providers = tuple(providers)
# Initialize all clients.
self._initialized_clients = OrderedDict()
self._initialize_clients()
def test_with_None(self):
exp = sorted(dict(URL_MAPPINGS.items()))
out = pu.get_multiple_fdsn_clients(None)
self.assertGreater(len(out), 5)
for el in out:
self.assertIn(el, exp)
def __init__(self, providers=None, debug=False, configure_logging=True):
if configure_logging:
logger.setLevel(logging.DEBUG)
# Prevent propagating to higher loggers.
logger.propagate = 0
# Console log handler.
ch = logging.StreamHandler()
ch.setLevel(logging.INFO)
# Add formatter
formatter = logging.Formatter(
"[%(asctime)s] - %(name)s - %(levelname)s: %(message)s")
ch.setFormatter(formatter)
logger.addHandler(ch)
self.debug = debug
# If not given, use all providers ObsPy knows. They will be sorted
# alphabetically except that ORFEUS is second to last and IRIS last.
# The reason for this order is that smaller data centers can be
# expected to have more up-to-date meta information about their own
# data and thus should be prioritized when downloading data.
if providers is None:
providers = dict(URL_MAPPINGS.items())
_p = []
if "RASPISHAKE" in providers:
# exclude RASPISHAKE by default
del providers["RASPISHAKE"]
if "IRIS" in providers:
has_iris = True
del providers["IRIS"]
else:
has_iris = False
if "ODC" in providers:
providers["ORFEUS"] = providers["ODC"]
del providers["ODC"]
if "ORFEUS" in providers:
has_orfeus = True
del providers["ORFEUS"]
else:
has_orfeus = False
# leave out IRISPH5 which is for nodal experiments and might match
# insanely large datasets, depending on restrictions
if "IRISPH5" in providers:
del providers["IRISPH5"]
_p = sorted(providers)
if has_orfeus:
_p.append("ORFEUS")
if has_iris:
_p.append("IRIS")
providers = _p
self.providers = tuple(providers)
# Initialize all clients.
self._initialized_clients = collections.OrderedDict()
self._initialize_clients()
