def runTest(self):
"""
test the function that returns tagged labels from a given text
"""
from flankers.textsemantics import find_related_concepts
for i, t in enumerate(self.test1):
results = find_related_concepts(t)
print i, results
# print True, name and the mean of the rho of the term in relation with the scopes
if i == 0:
expected = {
'electric power units (electrical design)',
'precision time and time interval (ptti)',
'electric power units (aircraft)',
'auxiliary power units (apu) (aircraft)',
'electric power units (spacecraft)',
'manned maneuvering units',
'auxiliary power units (apu) (spacecraft)',
'extravehicular activity (eva) (operations)',
'extravehicular activity (eva) (equipment)',
'inertial sensors and measurement units (spacecraft)',
'inertial sensors and measurement units (aircraft)',
'extravehicular activity (physiological effects)'
}
assert results == expected
elif i == 1:
expected = {
'robotics (hardware)', 'asteroids (observation)',
'robotics', 'extrasolar planets (observation)',
'snow and ice observations',
'remote manipulator arms (robotics)',
'moons (observation)', 'binaries (observation)',
'quasars (observation)', 'novae (observation)',
'celestial bodies (observation)', 'manned spacecraft',
'nebulae (observation)', 'black holes (observation)',
'manned orbital laboratories', 'supernovae (observation)',
'meteoroids (observation)',
'celestial motion (observation)',
'manned lunar exploration',
'histories of aeronautics and space programs',
'comets (observation)', 'manned planetary exploration',
'manned maneuvering units',
'appropriations hearings (nasa)',
'star trackers (observation)', 'pulsars (observation)',
'stars (observation)', 'galaxies (observation)',
'space programs', 'legal liability of manned space flight',
'meteors (observation)', 'scene analysis (robotics)',
'rendezvous guidance',
'manned flights (space exploration)',
'natural satellites (observation)',
'teleoperators (robotics)',
'observation of celestial bodies'
}
assert results == expected
elif i == 2:
expected = set([])
assert results == expected
else:
assert False
def execute_task(self, *args):
item, key = args
from flankers.textsemantics import find_related_concepts
if not (item.title == '' and item.abstract == ''):
# if item is not a media or a link from Twitter
# it is or a feed or a tweet
text = item.abstract if len(item.abstract) != 0 else item.title
labels = find_related_concepts(text)
for l in labels:
if Indexer.query().filter(Indexer.webres == key).count() == 0:
index = Indexer(keyword=l.strip(), webres=key)
index.put()
print "indexing stored: " + item.url + ">" + l
def execute_task(self, *args):
item, key = args
from flankers.textsemantics import find_related_concepts
if not (item.title == '' and item.abstract == ''):
# if item is not a media or a link from Twitter
# it is or a feed or a tweet
text = item.abstract if len(item.abstract) != 0 else item.title
labels = find_related_concepts(text)
for l in labels:
if Indexer.query().filter(Indexer.webres == key).count() == 0:
index = Indexer(keyword=l.strip(), webres=key)
index.put()
print "indexing stored: " + item.url + ">" + l
def runTest(self):
"""
test the function that returns tagged labels from a given text
"""
from flankers.textsemantics import find_related_concepts
for i, t in enumerate(self.test1):
results = find_related_concepts(t)
print i, results
# print True, name and the mean of the rho of the term in relation with the scopes
if i == 0:
expected = {'electric power units (electrical design)', 'precision time and time interval (ptti)',
'electric power units (aircraft)', 'auxiliary power units (apu) (aircraft)',
'electric power units (spacecraft)', 'manned maneuvering units',
'auxiliary power units (apu) (spacecraft)', 'extravehicular activity (eva) (operations)',
'extravehicular activity (eva) (equipment)',
'inertial sensors and measurement units (spacecraft)',
'inertial sensors and measurement units (aircraft)',
'extravehicular activity (physiological effects)'}
assert results == expected
elif i == 1:
expected = {'robotics (hardware)', 'asteroids (observation)', 'robotics',
'extrasolar planets (observation)', 'snow and ice observations',
'remote manipulator arms (robotics)', 'moons (observation)', 'binaries (observation)',
'quasars (observation)', 'novae (observation)', 'celestial bodies (observation)',
'manned spacecraft', 'nebulae (observation)', 'black holes (observation)',
'manned orbital laboratories', 'supernovae (observation)', 'meteoroids (observation)',
'celestial motion (observation)', 'manned lunar exploration',
'histories of aeronautics and space programs', 'comets (observation)',
'manned planetary exploration', 'manned maneuvering units',
'appropriations hearings (nasa)', 'star trackers (observation)', 'pulsars (observation)',
'stars (observation)', 'galaxies (observation)', 'space programs',
'legal liability of manned space flight', 'meteors (observation)',
'scene analysis (robotics)', 'rendezvous guidance', 'manned flights (space exploration)',
'natural satellites (observation)', 'teleoperators (robotics)',
'observation of celestial bodies'}
assert results == expected
elif i == 2:
expected = set([])
assert results == expected
else:
assert False
