def test_enum(self):
"""
Tests for the enum type.
"""
items = ["m", "s", "m/s", "m/(s*s)", "m*s", "dimensionless", "other"]
units = Enum(items)
# existing selections
self.assertEqual(units.other, "other")
self.assertEqual(units.M, "m")
self.assertEqual(units['m/s'], "m/s")
self.assertEqual(units.get('m/s'), "m/s")
self.assertEqual(units[0], "m")
self.assertEqual(units[-1], "other")
# not existing selections should fail
self.assertRaises(Exception, units.__getitem__, '5')
self.assertRaises(Exception, units.__getattr__, 'xx')
self.assertRaises(Exception, units.get, 'xx', 'default')
self.assertRaises(Exception, units.__getitem__, 99)
self.assertRaises(Exception, units.__getitem__, -99)
# test in operator
self.assertTrue("other" in units)
self.assertTrue("ot21her" not in units)
# test typical dict methods
self.assertEqual(units.values(), items)
self.assertEqual(units.items(), list(zip(items, items)))
self.assertEqual(units.keys(), items)
# call will either return correct enum label or return None
self.assertEqual(units('m'), 'm')
self.assertEqual(units('m/(s*s)'), 'm/(s*s)')
self.assertEqual(units(5), 'dimensionless')
self.assertEqual(units(99), None)
self.assertEqual(units('xxx'), None)
def test_enum(self):
"""
Tests for the enum type.
"""
items = ["m", "s", "m/s", "m/(s*s)", "m*s", "dimensionless", "other"]
units = Enum(items)
# existing selections
self.assertEqual(units.other, "other")
self.assertEqual(units.M, "m")
self.assertEqual(units['m/s'], "m/s")
self.assertEqual(units.get('m/s'), "m/s")
self.assertEqual(units[0], "m")
self.assertEqual(units[-1], "other")
# not existing selections should fail
self.assertRaises(Exception, units.__getitem__, '5')
self.assertRaises(Exception, units.__getattr__, 'xx')
self.assertRaises(Exception, units.get, 'xx', 'default')
self.assertRaises(Exception, units.__getitem__, 99)
self.assertRaises(Exception, units.__getitem__, -99)
# test in operator
self.assertTrue("other" in units)
self.assertTrue("ot21her" not in units)
# test typical dict methods
self.assertEqual(units.values(), items)
self.assertEqual(units.items(), list(zip(items, items)))
self.assertEqual(units.keys(), items)
# call will either return correct enum label or return None
self.assertEqual(units('m'), 'm')
self.assertEqual(units('m/(s*s)'), 'm/(s*s)')
self.assertEqual(units(5), 'dimensionless')
self.assertEqual(units(99), None)
self.assertEqual(units('xxx'), None)
from obspy.core.util import Enum
OriginUncertaintyDescription = Enum([
"horizontal uncertainty",
"uncertainty ellipse",
"confidence ellipsoid",
])
AmplitudeCategory = Enum([
"point",
"mean",
"duration",
"period",
"integral",
"other",
])
OriginDepthType = Enum([
"from location",
"from moment tensor inversion",
"from modeling of broad-band P waveforms",
"constrained by depth phases",
"constrained by direct phases",
"constrained by depth and direct phases",
"operator assigned",
"other",
])
OriginType = Enum([
"hypocenter",
"centroid",
import collections
import copy
from multiprocessing.pool import ThreadPool
import numpy as np
import os
import time
import timeit
import obspy
from obspy.core.util import Enum
from . import utils
# The current status of an entity.
STATUS = Enum(["none", "needs_downloading", "downloaded", "ignore", "exists",
"download_failed", "download_rejected",
"download_partially_failed"])
class Station(object):
"""
Object representing a seismic station within the download helper classes.
It knows the coordinates of the station to perform the filtering,
its channels and the filename and status of the StationXML files.
:param network: The network code.
:type network: str
:param station: The station code.
:type station: str
:param latitude: The latitude of the station.
def test_enum(self):
"""
Tests for the enum type.
"""
items = ["m", "s", "m/s", "m/(s*s)", "m*s", "dimensionless", "other"]
units = Enum(items)
# existing selections
assert units.other == "other"
assert units.M == "m"
assert units['m/s'] == "m/s"
assert units.get('m/s') == "m/s"
assert units[0] == "m"
assert units[-1] == "other"
# not existing selections should fail
with pytest.raises(Exception):
units.__getitem__('5')
with pytest.raises(Exception):
units.__getattr__('xx')
with pytest.raises(Exception):
units.get('xx', 'default')
with pytest.raises(Exception):
units.__getitem__(99)
with pytest.raises(Exception):
units.__getitem__(-99)
# test in operator
assert "other" in units
assert "ot21her" not in units
# test typical dict methods
assert units.values() == items
assert units.items() == list(zip(items, items))
assert units.keys() == items
# call will either return correct enum label or return None
assert units('m') == 'm'
assert units('m/(s*s)') == 'm/(s*s)'
assert units(5) == 'dimensionless'
assert units(99) is None
assert units('xxx') is None