class MendeleyImporter: #parameters are OAuth keys def __init__(self, consumer_key, secret_key): self.mendeley = MendeleyClient(consumer_key, secret_key) #fetches URL for authenticating tokens def get_auth_url(self): self.mendeley.request_token = self.mendeley.mendeley.request_token() return(self.mendeley.mendeley.authorize(self.mendeley.request_token)) #loads authenticated OAuth tokens def load_keys(self, api_keys_pkl_dir): #dirty hack tmp_cwd = os.getcwd() os.chdir(api_keys_pkl_dir) self.mendeley.load_keys() os.chdir(tmp_cwd) #dumps authenticated OAuth tokens to file def save_keys(self, api_keys_pkl_dir): #same dirty hack as before tmp_cwd = os.getcwd() os.chdir(api_keys_pkl_dir) self.mendeley.save_keys() os.chdir(tmp_cwd) #get dictionary with folder IDs and names def get_folders(self): return self.mendeley.folders() #get list of dictionarys with document details from given folder, or all documents if folder_id is 0 def get_documents(self, folder_id): list_result = [] #get document_ids for docs in given folder if folder_id == 0: #all documents fold = self.mendeley.library() else: fold = self.mendeley.folder_documents(folder_id) #get details for document_ids for doc in fold['document_ids']: doc_details = self.mendeley.document_details(doc) if not 'citation_key' in doc_details: #awkward, mendeley did not give citation_key #let's be creative and generate one doc_details['citation_key'] = '' if doc_details['authors']!=[]: doc_details['citation_key'] += doc_details['authors'][0]['surname'] if 'year' in doc_details: doc_details['citation_key'] += doc_details['year']+'_' doc_details['citation_key'] += doc_details['id'] list_result.append(doc_details) return list_result # parses serialized request token and the verifier that was given by user def set_verified_token(self, token_string, verifier): self.mendeley.request_token = oauth2.Token.from_string(token_string) self.mendeley.mendeley.authorize(self.mendeley.request_token) self.mendeley.request_token.set_verifier(verifier) self.mendeley.access_token = self.mendeley.mendeley.access_token(self.mendeley.request_token)
def auth_mendeley(self):
from mendeley_client import MendeleyClient
mendeley = MendeleyClient(XXXXXXX, XXXXXXX) #get from dev.mendeley.com
try:
mendeley.load_keys()
except IOError:
mendeley.get_required_keys()
mendeley.save_keys()
return mendeley
def get_mendeley_authored_documents():
'''This function gets all of the authored documents in the authorized library.
It will return a dictionary named documents with keys documentId and several fields from the Mendeley API.
'''
mendeley = MendeleyClient(settings.MENDELEY_CONSUMER_KEY, settings.MENDELEY_SECRET_KEY)
try:
mendeley.load_keys()
except IOError:
mendeley.get_required_keys()
mendeley.save_keys()
authored_document_list = {}
response = mendeley.documents_authored() #this get a list of all documents authored by the authorized user
for document in response['document_ids']: #this generates a list of all the details for each of these documents
details = mendeley.document_details(document)
authored_document_list[document] = details
return authored_document_list
def get_mendeley_authored_documents():
'''This function gets all of the authored documents in the authorized library.
It will return a dictionary named documents with keys documentId and several fields from the Mendeley API.
'''
mendeley = MendeleyClient(settings.MENDELEY_CONSUMER_KEY,
settings.MENDELEY_SECRET_KEY)
try:
mendeley.load_keys()
except IOError:
mendeley.get_required_keys()
mendeley.save_keys()
authored_document_list = {}
response = mendeley.documents_authored(
) #this get a list of all documents authored by the authorized user
for document in response[
'document_ids']: #this generates a list of all the details for each of these documents
details = mendeley.document_details(document)
authored_document_list[document] = details
return authored_document_list
"""
from pprint import pprint
from mendeley_client import MendeleyClient
import json
import os
import sys
import string
import httplib
#mendeley = MendeleyClient('<insert_consumer_key_here>', '<insert_secret_key_here>')
mendeley = MendeleyClient('9a65b12d6eae277d5212a1205f57d5cc04fcc5392', 'e9b021c12e732c279c6f48a5cbcb99e5')
try:
mendeley.load_keys()
except IOError:
mendeley.get_required_keys()
mendeley.save_keys()
docId = raw_input('Insert document id: ')
fileHash = raw_input('Insert file hash: ')
## If you want to download a group document, then introduce the group id and then call download_file_group instead
#groupId = raw_input('Insert group id: ')
response = mendeley.download_file(docId, fileHash)
#if response.has_key('error'):
# sys.exit(response['error'])
#
#if response.has_key('data'):
python test.py
"""
from pprint import pprint
from mendeley_client import MendeleyClient
import json
# import os
import string
# import sys
mendeley = MendeleyClient('13a47f20711f5d5ffe8e8f4db1df1daa04f8bd9b6',
'394d64a2907f23c7f6ea5d94fb386865')
try:
mendeley.load_keys()
except IOError:
mendeley.get_required_keys()
mendeley.save_keys()
class MPub(object):
def __init__(self, uuid, title, abstract, authors, keywords, publication,
tags, url, year):
self.uuid = uuid
self.title = title
self.abstract = abstract
self.authors = authors
self.keywords = keywords
self.title = title
self.tags = tags
