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mirror of https://github.com/gsi-upm/senpy synced 2024-11-13 04:02:29 +00:00

Squashed 'sentiment-meaningCloud/' content from commit 2a5d212

git-subtree-dir: sentiment-meaningCloud
git-subtree-split: 2a5d212833fac38efe69b9d90588c1f0a27ff390
This commit is contained in:
J. Fernando Sánchez 2018-06-12 10:01:43 +02:00
commit 1eec6ecbad
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.*
.env
__pycache__
.pyc
VERSION

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# Uncomment if you want to use docker-in-docker
# image: gsiupm/dockermake:latest
# services:
# - docker:dind
# When using dind, it's wise to use the overlayfs driver for
# improved performance.
stages:
- test
- push
- deploy
- clean
before_script:
- make -e login
.test: &test_definition
stage: test
script:
- make -e test-$PYTHON_VERSION
test-3.5:
<<: *test_definition
variables:
PYTHON_VERSION: "3.5"
.image: &image_definition
stage: push
script:
- make -e push-$PYTHON_VERSION
only:
- tags
- triggers
push-3.5:
<<: *image_definition
variables:
PYTHON_VERSION: "3.5"
push-latest:
<<: *image_definition
variables:
PYTHON_VERSION: latest
only:
- tags
- triggers
deploy:
stage: deploy
environment: production
script:
- make -e deploy
only:
- tags
- triggers
clean :
stage: clean
script:
- make -e clean
when: manual
cleanup_py:
stage: clean
when: always # this is important; run even if preceding stages failed.
script:
- docker logout

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These makefiles are recipes for several common tasks in different types of projects.
To add them to your project, simply do:
```
git remote add makefiles ssh://git@lab.cluster.gsi.dit.upm.es:2200/docs/templates/makefiles.git
git subtree add --prefix=.makefiles/ makefiles master
touch Makefile
echo "include .makefiles/base.mk" >> Makefile
```
Now you can take advantage of the recipes.
For instance, to add useful targets for a python project, just add this to your Makefile:
```
include .makefiles/python.mk
```
You may need to set special variables like the name of your project or the python versions you're targetting.
Take a look at each specific `.mk` file for more information, and the `Makefile` in the [senpy](https://lab.cluster.gsi.dit.upm.es/senpy/senpy) project for a real use case.
If you update the makefiles from your repository, make sure to push the changes for review in upstream (this repository):
```
make makefiles-push
```
It will automatically commit all unstaged changes in the .makefiles folder.

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export
NAME ?= $(shell basename $(CURDIR))
VERSION ?= $(shell git describe --tags --dirty 2>/dev/null)
ifeq ($(VERSION),)
VERSION:="unknown"
endif
# Get the location of this makefile.
MK_DIR := $(dir $(abspath $(lastword $(MAKEFILE_LIST))))
-include .env
-include ../.env
help: ## Show this help.
@fgrep -h "##" $(MAKEFILE_LIST) | fgrep -v fgrep | sed -e 's/\\$$//' | sed -e 's/\(.*:\)[^#]*##\s*\(.*\)/\1\t\2/' | column -t -s " "
config: ## Load config from the environment. You should run it once in every session before other tasks. Run: eval $(make config)
@awk '{ print "export " $$0}' ../.env
@awk '{ print "export " $$0}' .env
@echo "# Please, run: "
@echo "# eval \$$(make config)"
# If you need to run a command on the key/value pairs, use this:
# @awk '{ split($$0, a, "="); "echo " a[2] " | base64 -w 0" |& getline b64; print "export " a[1] "=" a[2]; print "export " a[1] "_BASE64=" b64}' .env
ci: ## Run a task using gitlab-runner. Only use to debug problems in the CI pipeline
gitlab-runner exec shell --builds-dir '.builds' --env CI_PROJECT_NAME=$(NAME) ${action}
include $(MK_DIR)/makefiles.mk
include $(MK_DIR)/docker.mk
include $(MK_DIR)/git.mk
info:: ## List all variables
env
.PHONY:: config help ci

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IMAGENAME?=$(NAME)
IMAGEWTAG?=$(IMAGENAME):$(VERSION)
docker-login: ## Log in to the registry. It will only be used in the server, or when running a CI task locally (if CI_BUILD_TOKEN is set).
ifeq ($(CI_BUILD_TOKEN),)
@echo "Not logging in to the docker registry" "$(CI_REGISTRY)"
else
@docker login -u gitlab-ci-token -p $(CI_BUILD_TOKEN) $(CI_REGISTRY)
endif
ifeq ($(HUB_USER),)
@echo "Not logging in to global the docker registry"
else
@docker login -u $(HUB_USER) -p $(HUB_PASSWORD)
endif
docker-clean: ## Remove docker credentials
ifeq ($(HUB_USER),)
else
@docker logout
endif
login:: docker-login
clean:: docker-clean
docker-info:
@echo IMAGEWTAG=${IMAGEWTAG}
.PHONY:: docker-login docker-clean login clean

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commit:
git commit -a
tag:
git tag ${VERSION}
git-push::
git push --tags -u origin HEAD
git-pull:
git pull --all
push-github: ## Push the code to github. You need to set up GITHUB_DEPLOY_KEY
ifeq ($(GITHUB_DEPLOY_KEY),)
else
$(eval KEY_FILE := "$(shell mktemp)")
@echo "$(GITHUB_DEPLOY_KEY)" > $(KEY_FILE)
@git remote rm github-deploy || true
git remote add github-deploy $(GITHUB_REPO)
-@GIT_SSH_COMMAND="ssh -i $(KEY_FILE)" git fetch github-deploy $(CI_COMMIT_REF_NAME)
@GIT_SSH_COMMAND="ssh -i $(KEY_FILE)" git push github-deploy HEAD:$(CI_COMMIT_REF_NAME)
rm $(KEY_FILE)
endif
push:: git-push
pull:: git-pull
.PHONY:: commit tag push git-push git-pull push-github

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# Deployment with Kubernetes
# KUBE_CA_PEM_FILE is the path of a certificate file. It automatically set by GitLab
# if you enable Kubernetes integration in a project.
#
# As of this writing, Kubernetes integration can not be set on a group level, so it has to
# be manually set in every project.
# Alternatively, we use a custom KUBE_CA_BUNDLE environment variable, which can be set at
# the group level. In this case, the variable contains the whole content of the certificate,
# which we dump to a temporary file
#
# Check if the KUBE_CA_PEM_FILE exists. Otherwise, create it from KUBE_CA_BUNDLE
KUBE_CA_TEMP=false
ifndef KUBE_CA_PEM_FILE
KUBE_CA_PEM_FILE:=$$PWD/.ca.crt
CREATED:=$(shell echo -e "$(KUBE_CA_BUNDLE)" > $(KUBE_CA_PEM_FILE))
endif
KUBE_TOKEN?=""
KUBE_NAMESPACE?=$(NAME)
KUBECTL=docker run --rm -v $(KUBE_CA_PEM_FILE):/tmp/ca.pem -i lachlanevenson/k8s-kubectl --server="$(KUBE_URL)" --token="$(KUBE_TOKEN)" --certificate-authority="/tmp/ca.pem" -n $(KUBE_NAMESPACE)
CI_COMMIT_REF_NAME?=master
info:: ## Print variables. Useful for debugging.
@echo "#KUBERNETES"
@echo KUBE_URL=$(KUBE_URL)
@echo KUBE_CA_PEM_FILE=$(KUBE_CA_PEM_FILE)
@echo KUBE_CA_BUNDLE=$$KUBE_CA_BUNDLE
@echo KUBE_TOKEN=$(KUBE_TOKEN)
@echo KUBE_NAMESPACE=$(KUBE_NAMESPACE)
@echo KUBECTL=$(KUBECTL)
@echo "#CI"
@echo CI_PROJECT_NAME=$(CI_PROJECT_NAME)
@echo CI_REGISTRY=$(CI_REGISTRY)
@echo CI_REGISTRY_USER=$(CI_REGISTRY_USER)
@echo CI_COMMIT_REF_NAME=$(CI_COMMIT_REF_NAME)
@echo "CREATED=$(CREATED)"
#
# Deployment and advanced features
#
deploy: ## Deploy to kubernetes using the credentials in KUBE_CA_PEM_FILE (or KUBE_CA_BUNDLE ) and TOKEN
@ls k8s/*.yaml k8s/*.yml k8s/*.tmpl 2>/dev/null || true
@cat k8s/*.yaml k8s/*.yml k8s/*.tmpl 2>/dev/null | envsubst | $(KUBECTL) apply -f -
deploy-check: ## Get the deployed configuration.
@$(KUBECTL) get deploy,pods,svc,ingress
.PHONY:: info deploy deploy-check

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makefiles-remote:
@git remote add makefiles ssh://git@lab.cluster.gsi.dit.upm.es:2200/docs/templates/makefiles.git 2>/dev/null || true
makefiles-commit: makefiles-remote
git add -f .makefiles
git commit -em "Updated makefiles from ${NAME}"
makefiles-push:
git subtree push --prefix=.makefiles/ makefiles $(NAME)
makefiles-pull: makefiles-remote
git subtree pull --prefix=.makefiles/ makefiles master --squash
pull:: makefiles-pull
push:: makefiles-push
.PHONY:: makefiles-remote makefiles-commit makefiles-push makefiles-pull pull push

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init: ## Init pre-commit hooks (i.e. enforcing format checking before allowing a commit)
pip install --user pre-commit
pre-commit install
.PHONY:: init

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PYVERSIONS ?= 3.5
PYMAIN ?= $(firstword $(PYVERSIONS))
TARNAME ?= $(NAME)-$(VERSION).tar.gz
VERSIONFILE ?= $(NAME)/VERSION
DEVPORT ?= 6000
.FORCE:
version: .FORCE
@echo $(VERSION) > $(VERSIONFILE)
@echo $(VERSION)
yapf: ## Format python code
yapf -i -r $(NAME)
yapf -i -r tests
dockerfiles: $(addprefix Dockerfile-,$(PYVERSIONS)) ## Generate dockerfiles for each python version
@unlink Dockerfile >/dev/null
ln -s Dockerfile-$(PYMAIN) Dockerfile
Dockerfile-%: Dockerfile.template ## Generate a specific dockerfile (e.g. Dockerfile-2.7)
sed "s/{{PYVERSION}}/$*/" Dockerfile.template > Dockerfile-$*
quick_build: $(addprefix build-, $(PYMAIN))
build: $(addprefix build-, $(PYVERSIONS)) ## Build all images / python versions
build-%: version Dockerfile-% ## Build a specific version (e.g. build-2.7)
docker build -t '$(IMAGEWTAG)-python$*' --cache-from $(IMAGENAME):python$* -f Dockerfile-$* .;
dev-%: ## Launch a specific development environment using docker (e.g. dev-2.7)
@docker start $(NAME)-dev$* || (\
$(MAKE) build-$*; \
docker run -d -w /usr/src/app/ -p $(DEVPORT):5000 -v $$PWD:/usr/src/app --entrypoint=/bin/bash -ti --name $(NAME)-dev$* '$(IMAGEWTAG)-python$*'; \
)\
docker exec -ti $(NAME)-dev$* bash
dev: dev-$(PYMAIN) ## Launch a development environment using docker, using the default python version
quick_test: test-$(PYMAIN)
test-%: ## Run setup.py from in an isolated container, built from the base image. (e.g. test-2.7)
# This speeds tests up because the image has most (if not all) of the dependencies already.
docker rm $(NAME)-test-$* || true
docker create -ti --name $(NAME)-test-$* --entrypoint="" -w /usr/src/app/ $(IMAGENAME):python$* python setup.py test
docker cp . $(NAME)-test-$*:/usr/src/app
docker start -a $(NAME)-test-$*
test: $(addprefix test-,$(PYVERSIONS)) ## Run the tests with the main python version
run-%: build-%
docker run --rm -p $(DEVPORT):5000 -ti '$(IMAGEWTAG)-python$(PYMAIN)' --default-plugins
run: run-$(PYMAIN)
# Pypy - Upload a package
dist/$(TARNAME): version
python setup.py sdist;
sdist: dist/$(TARNAME) ## Generate the distribution file (wheel)
pip_test-%: sdist ## Test the distribution file using pip install and a specific python version (e.g. pip_test-2.7)
docker run --rm -v $$PWD/dist:/dist/ python:$* pip install /dist/$(TARNAME);
pip_test: $(addprefix pip_test-,$(PYVERSIONS)) ## Test pip installation with the main python version
pip_upload: pip_test ## Upload package to pip
python setup.py sdist upload ;
# Pushing to docker
push-latest: $(addprefix push-latest-,$(PYVERSIONS)) ## Push the "latest" tag to dockerhub
docker tag '$(IMAGEWTAG)-python$(PYMAIN)' '$(IMAGEWTAG)'
docker tag '$(IMAGEWTAG)-python$(PYMAIN)' '$(IMAGENAME)'
docker push '$(IMAGENAME):latest'
docker push '$(IMAGEWTAG)'
push-latest-%: build-% ## Push the latest image for a specific python version
docker tag $(IMAGENAME):$(VERSION)-python$* $(IMAGENAME):python$*
docker push $(IMAGENAME):$(VERSION)-python$*
docker push $(IMAGENAME):python$*
push-%: build-% ## Push the image of the current version (tagged). e.g. push-2.7
docker push $(IMAGENAME):$(VERSION)-python$*
push:: $(addprefix push-,$(PYVERSIONS)) ## Push an image with the current version for every python version
docker tag '$(IMAGEWTAG)-python$(PYMAIN)' '$(IMAGEWTAG)'
docker push $(IMAGENAME):$(VERSION)
clean:: ## Clean older docker images and containers related to this project and dev environments
@docker stop $(addprefix $(NAME)-dev,$(PYVERSIONS)) 2>/dev/null || true
@docker rm $(addprefix $(NAME)-dev,$(PYVERSIONS)) 2>/dev/null || true
@docker ps -a | grep $(IMAGENAME) | awk '{ split($$2, vers, "-"); if(vers[0] != "${VERSION}"){ print $$1;}}' | xargs docker rm -v 2>/dev/null|| true
@docker images | grep $(IMAGENAME) | awk '{ split($$2, vers, "-"); if(vers[0] != "${VERSION}"){ print $$1":"$$2;}}' | xargs docker rmi 2>/dev/null|| true
.PHONY:: yapf dockerfiles Dockerfile-% quick_build build build-% dev-% quick-dev test quick_test push-latest push-latest-% push-% push version .FORCE

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Dockerfile-3.5

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FROM gsiupm/senpy:0.10.4-python3.5
MAINTAINER manuel.garcia-amado.sancho@alumnos.upm.es

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FROM gsiupm/senpy:0.10.4-python{{PYVERSION}}
MAINTAINER manuel.garcia-amado.sancho@alumnos.upm.es

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NAME:=meaningcloud
VERSIONFILE:=VERSION
IMAGENAME:=registry.cluster.gsi.dit.upm.es/senpy/sentiment-meaningcloud
PYVERSIONS:= 3.5
DEVPORT:=5000
include .makefiles/base.mk
include .makefiles/k8s.mk
include .makefiles/python.mk

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# Senpy Plugin MeaningCloud
MeaningCloud plugin uses API from Meaning Cloud to perform sentiment analysis.
For more information about Meaning Cloud and its services, please visit: https://www.meaningcloud.com/developer/apis
## Usage
To use this plugin, you need to obtain an API key from meaningCloud signing up here: https://www.meaningcloud.com/developer/login
When you had obtained the meaningCloud API Key, you have to provide it to the plugin, using the param **apiKey**.
To use this plugin, you should use a GET Requests with the following possible params:
Params:
- Language: English (en) and Spanish (es). (default: en)
- API Key: the API key from Meaning Cloud. Aliases: ["apiKey","meaningCloud-key"]. (required)
- Input: text to analyse.(required)
- Model: model provided to Meaning Cloud API (for general domain). (default: general)
## Example of Usage
Example request:
```
http://senpy.cluster.gsi.dit.upm.es/api/?algo=meaningCloud&language=en&apiKey=<put here your API key>&input=I%20love%20Madrid
```
Example respond: This plugin follows the standard for the senpy plugin response. For more information, please visit [senpy documentation](http://senpy.readthedocs.io). Specifically, NIF API section.
This plugin supports **python2.7** and **python3**.
![alt GSI Logo][logoGSI]
[logoGSI]: http://www.gsi.dit.upm.es/images/stories/logos/gsi.png "GSI Logo"

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version: '3'
services:
dev:
image: gsiupm/senpy:latest
entrypoint: ["/bin/bash"]
working_dir: "/senpy-plugins"
tty: true
ports:
- "127.0.0.1:5005:5000"
volumes:
- ".:/senpy-plugins"
test:
image: gsiupm/senpy:latest
entrypoint: ["py.test"]
working_dir: "/usr/src/app/"
volumes:
- ".:/senpy-plugins/"
command:
[]
meaningcloud:
image: "${IMAGENAME-gsiupm/meaningcloud}:${VERSION-dev}"
build:
context: .
dockerfile: Dockerfile-3.5
ports:
- 5001:5000
volumes:
- "./data:/data"

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Deploy senpy to a kubernetes cluster.
Usage:
```
kubectl apply -f . -n senpy
```

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---
apiVersion: extensions/v1beta1
kind: Deployment
metadata:
name: ${NAME}
spec:
replicas: 1
template:
metadata:
labels:
role: senpy-plugin
app: ${NAME}
spec:
containers:
- name: senpy-latest
image: ${CI_REGISTRY_IMAGE}:${VERSION}
imagePullPolicy: Always
args:
- "-f"
- "/senpy-plugins"
resources:
limits:
memory: "512Mi"
cpu: "1000m"
ports:
- name: web
containerPort: 5000

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---
apiVersion: extensions/v1beta1
kind: Ingress
metadata:
name: ${NAME}
spec:
rules:
- host: ${NAME}.senpy.cluster.gsi.dit.upm.es
http:
paths:
- path: /
backend:
serviceName: ${NAME}
servicePort: 5000

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---
apiVersion: v1
kind: Service
metadata:
name: ${NAME}
spec:
type: ClusterIP
ports:
- port: 5000
protocol: TCP
selector:
app: ${NAME}

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def mocked_requests_post(*args, **kwargs):
class MockResponse:
def __init__(self, json_data, status_code):
self.json_data = json_data
self.status_code = status_code
def json(self):
return self.json_data
print("Mocking request")
if args[0] == 'http://api.meaningcloud.com/sentiment-2.1':
return MockResponse({
'model': 'general_en',
'sentence_list': [{
'text':
'Hello World',
'endp':
'10',
'inip':
'0',
'segment_list': [{
'text':
'Hello World',
'segment_type':
'secondary',
'confidence':
'100',
'inip':
'0',
'agreement':
'AGREEMENT',
'endp':
'10',
'polarity_term_list': [],
'score_tag':
'NONE'
}],
'score_tag':
'NONE',
}],
'score_tag':
'NONE'
}, 200)
elif args[0] == 'http://api.meaningcloud.com/topics-2.0':
return MockResponse({
'entity_list': [{
'form':
'Obama',
'id':
'__1265958475430276310',
'variant_list': [{
'endp': '16',
'form': 'Obama',
'inip': '12'
}],
'sementity': {
'fiction': 'nonfiction',
'confidence': 'uncertain',
'class': 'instance',
'type': 'Top>Person'
}
}],
'concept_list': [{
'form':
'world',
'id':
'5c053cd39d',
'relevance':
'100',
'semtheme_list': [{
'id': 'ODTHEME_ASTRONOMY',
'type': 'Top>NaturalSciences>Astronomy'
}]
}],
}, 200)
return MockResponse(None, 404)

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# -*- coding: utf-8 -*-
import time
import logging
import requests
import json
import string
import os
from os import path
import time
from senpy.plugins import SentimentPlugin
from senpy.models import Results, Entry, Sentiment, Error
import mocked_request
try:
from unittest import mock
except ImportError:
import mock
logger = logging.getLogger(__name__)
class MeaningCloudPlugin(SentimentPlugin):
version = "0.1"
extra_params = {
"language": {
"aliases": ["language", "l"],
"required": True,
"options": ["en","es","ca","it","pt","fr","auto"],
"default": "auto"
},
"apikey":{
"aliases": ["apiKey", "meaningcloud-key", "meaningcloud-apikey"],
"required": True
}
}
"""MeaningCloud plugin uses API from Meaning Cloud to perform sentiment analysis."""
def _polarity(self, value):
if 'NONE' in value:
polarity = 'marl:Neutral'
polarityValue = 0
elif 'N' in value:
polarity = 'marl:Negative'
polarityValue = -1
elif 'P' in value:
polarity = 'marl:Positive'
polarityValue = 1
return polarity, polarityValue
def analyse_entry(self, entry, params):
txt = entry['nif:isString']
api = 'http://api.meaningcloud.com/'
lang = params.get("language")
model = "general"
key = params["apikey"]
parameters = {
'key': key,
'model': model,
'lang': lang,
'of': 'json',
'txt': txt,
'tt': 'a'
}
try:
r = requests.post(
api + "sentiment-2.1", params=parameters, timeout=3)
parameters['lang'] = r.json()['model'].split('_')[1]
lang = parameters['lang']
r2 = requests.post(
api + "topics-2.0", params=parameters, timeout=3)
except requests.exceptions.Timeout:
raise Error("Meaning Cloud API does not response")
api_response = r.json()
api_response_topics = r2.json()
if not api_response.get('score_tag'):
raise Error(r.json())
entry['language_detected'] = lang
logger.info(api_response)
agg_polarity, agg_polarityValue = self._polarity(
api_response.get('score_tag', None))
agg_opinion = Sentiment(
id="Opinion0",
marl__hasPolarity=agg_polarity,
marl__polarityValue=agg_polarityValue,
marl__opinionCount=len(api_response['sentence_list']))
entry.sentiments.append(agg_opinion)
logger.info(api_response['sentence_list'])
count = 1
for sentence in api_response['sentence_list']:
for nopinion in sentence['segment_list']:
logger.info(nopinion)
polarity, polarityValue = self._polarity(
nopinion.get('score_tag', None))
opinion = Sentiment(
id="Opinion{}".format(count),
marl__hasPolarity=polarity,
marl__polarityValue=polarityValue,
marl__aggregatesOpinion=agg_opinion.get('id'),
nif__anchorOf=nopinion.get('text', None),
nif__beginIndex=nopinion.get('inip', None),
nif__endIndex=nopinion.get('endp', None))
count += 1
entry.sentiments.append(opinion)
mapper = {'es': 'es.', 'en': '', 'ca': 'es.', 'it':'it.', 'fr':'fr.', 'pt':'pt.'}
for sent_entity in api_response_topics['entity_list']:
resource = "_".join(sent_entity.get('form', None).split())
entity = Sentiment(
id="Entity{}".format(sent_entity.get('id')),
marl__describesObject="http://{}dbpedia.org/resource/{}".format(
mapper[lang], resource),
nif__anchorOf=sent_entity.get('form', None),
nif__beginIndex=sent_entity['variant_list'][0].get('inip', None),
nif__endIndex=sent_entity['variant_list'][0].get('endp', None))
entity[
'@type'] = "ODENTITY_{}".format(
sent_entity['sementity'].get('type', None).split(">")[-1])
entry.entities.append(entity)
for topic in api_response_topics['concept_list']:
if 'semtheme_list' in topic:
for theme in topic['semtheme_list']:
concept = Sentiment(
id="Topic{}".format(topic.get('id')),
prov__wasDerivedFrom="http://dbpedia.org/resource/{}".
format(theme['type'].split('>')[-1]))
concept[
'@type'] = "ODTHEME_{}".format(
theme['type'].split(">")[-1])
entry.topics.append(concept)
yield entry
@mock.patch('requests.post', side_effect=mocked_request.mocked_requests_post)
def test(self, *args, **kwargs):
results = list()
params = {'algo': 'sentiment-meaningCloud',
'intype': 'direct',
'expanded-jsonld': 0,
'informat': 'text',
'prefix': '',
'plugin_type': 'analysisPlugin',
'urischeme': 'RFC5147String',
'outformat': 'json-ld',
'i': 'Hello World',
'input': 'Hello World',
'conversion': 'full',
'language': 'en',
'apikey': '00000',
'algorithm': 'sentiment-meaningCloud'}
for i in range(100):
res = next(self.analyse_entry(Entry(nif__isString="Hello World Obama"), params))
results.append(res.sentiments[0]['marl:hasPolarity'])
results.append(res.topics[0]['prov:wasDerivedFrom'])
results.append(res.entities[0]['prov:wasDerivedFrom'])
assert 'marl:Neutral' in results
assert 'http://dbpedia.org/resource/Astronomy' in results
assert 'http://dbpedia.org/resource/Obama' in results
if __name__ == '__main__':
from senpy import easy_test
easy_test()

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{
"name": "sentiment-meaningcloud",
"module": "sentiment_meaningcloud",
"description": "Sentiment analysis with meaningCloud service. To use this plugin, you need to obtain an API key from meaningCloud signing up here: https://www.meaningcloud.com/developer/login. When you had obtained the meaningCloud API Key, you have to provide it to the plugin, using param apiKey. Example request: http://senpy.cluster.gsi.dit.upm.es/api/?algo=meaningCloud&language=en&apiKey=<put here your API key>&input=I%20love%20Madrid.",
"author": "GSI UPM",
"version": "1.0",
"requirements": {},
"maxPolarityValue": "1",
"minPolarityValue": "-1"
}