def testGetClosestStrings(self):
""" Type check """
cept = Cept()
response = cept.getBitmap("snake")
result = cept.getClosestStrings(response['positions'])
self.assertTrue(type(result), 'list')
def testGetClosestStrings(self):
""" Type check """
cept = Cept()
response = cept.getBitmap("snake")
result = cept.getClosestStrings(response['positions'])
self.assertTrue(type(result), 'list')
class Term():
def __init__(self):
self.bitmap = None
self.cept = Cept()
def createFromString(self, string):
self.bitmap = self.cept.getBitmap(string)['positions']
return self
def createFromBitmap(self, bitmap):
self.bitmap = bitmap
return self
def toArray(self):
array = [0] * 128 * 128
for i in self.bitmap:
array[i] = 1
return array
def closestString(self):
if not len(self.bitmap):
return ""
closestStrings = self.cept.getClosestStrings(self.bitmap)
if not len(closestStrings):
return ""
return closestStrings[0]['term']
def testSamePositions(self):
""" Test that the SDR we get from the server hasn't changed,
using default settings
"""
cept = Cept()
httpResponse = cept.getBitmap("fox")
self.assertEqual(set(httpResponse['positions']),
set(foxHardCodedResponse['positions']))
def testSamePositions(self):
""" Test that the SDR we get from the server hasn't changed,
using default settings
"""
cept = Cept()
httpResponse = cept.getBitmap("fox")
self.assertEqual(set(httpResponse['positions']),
set(foxHardCodedResponse['positions']))
def testGetBitmap(self):
""" Type check what we get back from the cept object """
cept = Cept()
response = cept.getBitmap("fox")
self.assertLessEqual(set(("width", "positions", "sparsity", "height")),
set(response))
self.assertIsInstance(response['positions'], list, "Positions field is not a list")
self.assertIsInstance(response['sparsity'], float, "Sparsity field is not a list")
self.assertIsInstance(response['width'], int, "Width field is not an int")
self.assertIsInstance(response['height'], int, "Height field is not an int")
def testGetBitmap(self):
""" Type check what we get back from the cept object """
cept = Cept()
response = cept.getBitmap("fox")
self.assertLessEqual(set(("width", "positions", "sparsity", "height")),
set(response))
self.assertIsInstance(response['positions'], list,
"Positions field is not a list")
self.assertIsInstance(response['sparsity'], float,
"Sparsity field is not a list")
self.assertIsInstance(response['width'], int,
"Width field is not an int")
self.assertIsInstance(response['height'], int,
"Height field is not an int")
class Term():
def __init__(self):
self.bitmap = None
self.cept = Cept()
def createFromString(self, string):
self.bitmap = self.cept.getBitmap(string)['positions']
return self
def createFromBitmap(self, bitmap):
self.bitmap = bitmap
return self
def toArray(self):
array = [0] * 128 * 128
for i in self.bitmap:
array[i] = 1
return array
def closestString(self):
print "closestString: " + repr(self.bitmap)
if not len(self.bitmap):
return ""
closestStrings = self.cept.getClosestStrings(self.bitmap)
if not len(closestStrings):
return ""
return closestStrings[0]['term']
def __init__(self): self.bitmap = None self.cept = Cept()
def testExceptionIfAPIKeyNotPresent(self, mockOS):
with self.assertRaises(Exception) as e:
cept = Cept()
self.assertIn("Missing API key.", e.exception)
def testAPIKeyPresent(self):
with patch.dict('os.environ', {'CEPT_API_KEY': 'apikey123'}):
cept = Cept()
def __init__(self):
self.bitmap = None
self.cept = Cept()
def __init__(self):
self.bitmap = None
self.sparsity = None
self.width = None
self.height = None
self.cept = Cept()
class Term():
def __init__(self):
self.bitmap = None
self.sparsity = None
self.width = None
self.height = None
self.cept = Cept()
def __repr__(self):
return termJSONEncoder(self)
def createFromString(self, string, enablePlaceholder=True):
response = self.cept.getBitmap(string)
self.bitmap = response['positions']
self.sparsity = response['sparsity']
self.width = response['width']
self.height = response['height']
if enablePlaceholder and self.sparsity == 0:
state = random.getstate()
random.seed(string)
num = self.width * self.height
bitmap = random.sample(range(num),
int(TARGET_SPARSITY * num / 100))
self.createFromBitmap(bitmap, self.width, self.height)
random.setstate(state)
return self
def createFromBitmap(self, bitmap, width, height):
self.bitmap = bitmap
self.width = width
self.height = height
self.sparsity = (100.0 * len(bitmap)) / (width * height)
return self
def compare(self, term):
"""
Compare self with the provided term. Calls CEPT compare and returns the
corresponding dict.
"""
return self.cept.client.compare(self.bitmap, term.bitmap)
def toArray(self):
array = [0] * self.width * self.height
for i in self.bitmap:
array[i] = 1
return array
def closestStrings(self):
if not len(self.bitmap):
return []
return [
result['term']
for result in self.cept.getClosestStrings(self.bitmap)
]
def closestString(self):
closestStrings = self.closestStrings()
if not len(closestStrings):
return ""
return closestStrings[0]
def __init__(self): self.bitmap = None self.sparsity = None self.width = None self.height = None self.cept = Cept()
class Term():
def __init__(self):
self.bitmap = None
self.sparsity = None
self.width = None
self.height = None
self.cept = Cept()
def __repr__(self):
return termJSONEncoder(self)
def createFromString(self, string, enablePlaceholder=True):
response = self.cept.getBitmap(string)
self.bitmap = response['positions']
self.sparsity = response['sparsity']
self.width = response['width']
self.height = response['height']
if enablePlaceholder and self.sparsity == 0:
state = random.getstate()
random.seed(string)
num = self.width * self.height
bitmap = random.sample(range(num), int(TARGET_SPARSITY * num / 100))
self.createFromBitmap(bitmap, self.width, self.height)
random.setstate(state)
return self
def createFromBitmap(self, bitmap, width, height):
self.bitmap = bitmap
self.width = width
self.height = height
self.sparsity = (100.0 * len(bitmap)) / (width*height)
return self
def compare(self, term):
"""
Compare self with the provided term. Calls CEPT compare and returns the
corresponding dict.
"""
return self.cept.client.compare(self.bitmap, term.bitmap)
def toArray(self):
array = [0] * self.width * self.height
for i in self.bitmap:
array[i] = 1
return array
def closestStrings(self):
if not len(self.bitmap):
return []
return [result['term'] for result in
self.cept.getClosestStrings(self.bitmap)]
def closestString(self):
closestStrings = self.closestStrings()
if not len(closestStrings):
return ""
return closestStrings[0]