def test_single_plugin(self):
"""A response with a single plugin should still return a list"""
plugs = Plugins()
p = Plugin({'id': str(1), 'version': 0, 'description': 'dummy'})
plugs.plugins.append(p)
assert isinstance(plugs.plugins, list)
js = plugs.jsonld()
assert isinstance(js['plugins'], list)
def test_convert_emotions(self):
self.senpy.activate_all(sync=True)
plugin = Plugin({
'id': 'imaginary',
'onyx:usesEmotionModel': 'emoml:fsre-dimensions'
})
eSet1 = EmotionSet()
activity = plugin.activity()
eSet1.prov(activity)
eSet1['onyx:hasEmotion'].append(
Emotion({
'emoml:arousal': 1,
'emoml:potency': 0,
'emoml:valence': 0
}))
response = Results({
'activities': [activity],
'entries': [
Entry({
'nif:isString': 'much ado about nothing',
'onyx:hasEmotionSet': [eSet1]
})
]
})
params = {
'emotion-model': 'emoml:big6',
'algorithm': ['conversion'],
'conversion': 'full'
}
r1 = deepcopy(response)
r1.parameters = params
self.senpy.analyse(r1)
assert len(r1.entries[0].emotions) == 2
params['conversion'] = 'nested'
r2 = deepcopy(response)
r2.parameters = params
self.senpy.analyse(r2)
assert len(r2.entries[0].emotions) == 1
assert r2.entries[0].emotions[0]['prov:wasDerivedFrom'] == eSet1
params['conversion'] = 'filtered'
r3 = deepcopy(response)
r3.parameters = params
self.senpy.analyse(r3)
assert len(r3.entries[0].emotions) == 1
r3.jsonld()
def test_convert_emotions(self):
self.senpy.activate_all(sync=True)
plugin = Plugin({
'id': 'imaginary',
'onyx:usesEmotionModel': 'emoml:fsre-dimensions'
})
eSet1 = EmotionSet()
activity = plugin.activity()
eSet1.prov(activity)
eSet1['onyx:hasEmotion'].append(Emotion({
'emoml:arousal': 1,
'emoml:potency': 0,
'emoml:valence': 0
}))
response = Results({
'activities': [activity],
'entries': [Entry({
'nif:isString': 'much ado about nothing',
'onyx:hasEmotionSet': [eSet1]
})]
})
params = {'emotion-model': 'emoml:big6',
'algorithm': ['conversion'],
'conversion': 'full'}
r1 = deepcopy(response)
r1.parameters = params
self.senpy.analyse(r1)
assert len(r1.entries[0].emotions) == 2
params['conversion'] = 'nested'
r2 = deepcopy(response)
r2.parameters = params
self.senpy.analyse(r2)
assert len(r2.entries[0].emotions) == 1
assert r2.entries[0].emotions[0]['prov:wasDerivedFrom'] == eSet1
params['conversion'] = 'filtered'
r3 = deepcopy(response)
r3.parameters = params
self.senpy.analyse(r3)
assert len(r3.entries[0].emotions) == 1
r3.jsonld()
def test_convert_emotions(self):
self.senpy.activate_all(sync=True)
plugin = Plugin({
'id': 'imaginary',
'onyx:usesEmotionModel': 'emoml:fsre-dimensions'
})
eSet1 = EmotionSet()
eSet1.prov__wasGeneratedBy = plugin['id']
eSet1['onyx:hasEmotion'].append(
Emotion({
'emoml:arousal': 1,
'emoml:potency': 0,
'emoml:valence': 0
}))
response = Results({
'entries':
[Entry({
'text': 'much ado about nothing',
'emotions': [eSet1]
})]
})
params = {'emotionModel': 'emoml:big6', 'conversion': 'full'}
r1 = deepcopy(response)
self.senpy.convert_emotions(r1, [
plugin,
], params)
assert len(r1.entries[0].emotions) == 2
params['conversion'] = 'nested'
r2 = deepcopy(response)
self.senpy.convert_emotions(r2, [
plugin,
], params)
assert len(r2.entries[0].emotions) == 1
assert r2.entries[0].emotions[0]['prov:wasDerivedFrom'] == eSet1
params['conversion'] = 'filtered'
r3 = deepcopy(response)
self.senpy.convert_emotions(r3, [
plugin,
], params)
assert len(r3.entries[0].emotions) == 1
def test_parse_analyses(self):
'''The API should parse user parameters and return them in a format that plugins can use'''
plugins = [
Plugin({
'name': 'plugin1',
'extra_params': {
# Incompatible parameter
'param0': {
'aliases': ['p1', 'parameter1'],
'options': ['option1', 'option2'],
'default': 'option1',
'required': True
},
'param1': {
'aliases': ['p1', 'parameter1'],
'options': ['en', 'es'],
'default': 'en',
'required': False
},
'param2': {
'aliases': ['p2', 'parameter2'],
'required': False,
'options': ['value2_1', 'value2_2', 'value3_3']
}
}
}),
Plugin({
'name': 'plugin2',
'extra_params': {
'param0': {
'aliases': ['parameter1'],
'options': ['new option', 'new option2'],
'default': 'new option',
'required': False
},
'param1': {
'aliases': ['myparam1', 'p1'],
'options': ['en', 'de', 'auto'],
'default': 'de',
'required': True
},
'param3': {
'aliases': ['p3', 'parameter3'],
'options': boolean,
'default': True
}
}
})
]
call = {
'param1': 'en',
'0.param0': 'option1',
'0.param1': 'en',
'param2': 'value2_1',
'param0': 'new option',
'1.param1': 'de',
'param3': False,
}
expected = [{
'param0': 'option1',
'param1': 'en',
'param2': 'value2_1',
}, {
'param0': 'new option',
'param1': 'de',
'param3': False,
}]
p = parse_analyses(call, plugins)
for i, arg in enumerate(expected):
params = p[i].params
for k, v in arg.items():
assert params[k] == v
def test_get_extra_params(self):
'''The API should return the list of valid parameters for a set of plugins'''
plugins = [
Plugin({
'name': 'plugin1',
'extra_params': {
# Incompatible parameter
'param0': {
'aliases': ['p1', 'parameter1'],
'options': ['option1', 'option2'],
'default': 'option1',
'required': True
},
'param1': {
'aliases': ['p1', 'parameter1'],
'options': ['en', 'es'],
'default': 'en',
'required': False
},
'param2': {
'aliases': ['p2', 'parameter2'],
'required': False,
'options': ['value2_1', 'value2_2', 'value3_3']
}
}
}),
Plugin({
'name': 'plugin2',
'extra_params': {
'param0': {
'aliases': ['parameter1'],
'options': ['new option', 'new option2'],
'default': 'new option',
'required': False
},
'param1': {
'aliases': ['myparam1', 'p1'],
'options': ['en', 'de', 'auto'],
'default': 'de',
'required': True
},
'param3': {
'aliases': ['p3', 'parameter3'],
'options': boolean,
'default': True
}
}
})
]
expected = {
# Overlapping parameters
'plugin1.param0': plugins[0]['extra_params']['param0'],
'plugin1.param1': plugins[0]['extra_params']['param1'],
'plugin2.param0': plugins[1]['extra_params']['param0'],
'plugin2.param1': plugins[1]['extra_params']['param1'],
# Non-overlapping parameters
'param2': plugins[0]['extra_params']['param2'],
'param3': plugins[1]['extra_params']['param3'],
# Intersection of overlapping parameters
'param1': {
'aliases': ['p1'],
'options': ['en'],
'default': None,
'required': True
}
}
result = get_extra_params(plugins)
for ik, iv in expected.items():
assert ik in result
for jk, jv in iv.items():
assert jk in result[ik]
assert expected[ik][jk] == result[ik][jk]