/
releases.py
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/
releases.py
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import logging
from datetime import datetime
import re
import requests
from cffconvert import Citation
logger = logging.getLogger(__name__)
class ReleaseScraper:
"""
1. check that the doi is a zenodo doi
2. check that the doi is a concept doi
3. retrieve versioned dois
foreach versioned doi
4. visit the github release
5. on github, check if there is a cff
foreach cff
6. validate the cff
7. generate bibtex, ris, endnote, and codemeta strings
After initialization, the ReleaseScraper instance has a field .releases which is
an array of objects with one of the following layouts:
{
"citability": "full"
"datePublished": "2018-03-16"
"doi": "10.5281/zenodo.1200251",
"files": {
"bibtex": "file contents",
"cff": "file contents",
"codemeta": "file contents",
"endnote": "file contents",
"ris": "file contents"
},
"tag": "2.6.1"
}
or in case there is no valid CITATION.cff for a given release:
{
"citability": "doi-only"
"datePublished": "2018-02-23"
"doi": "10.5281/zenodo.1183426",
"files": {},
"tag": "2.4.0"
}
"""
def __init__(self, doi):
self.latest_codemeta = None
self.releases = list()
self.is_citable = False
self.zenodo_data = dict(conceptdoi=None, versioned_dois=None)
self.message = None
if doi is None:
self.message = "record has no doi value of any kind."
return
if not isinstance(doi, str):
self.message = "doi should be a string."
return
if doi == "":
self.message = "doi should not be an empty string."
return
if requests.get("https://doi.org/%s" % doi).status_code == 200:
self.is_citable = True
self.doi = doi
else:
self.message = "error resolving doi."
return
if not self.is_zenodo_doi():
self.message = "doi is not a Zenodo doi."
return
self.fetch_zenodo_data_conceptdoi()
if not self.is_concept_doi():
self.message = "doi is not a concept doi."
return
self.fetch_zenodo_data_versioned_dois()
if "hits" not in self.zenodo_data["versioned_dois"]:
self.message = "record doesn't seem to be resulting from GitHub-Zenodo integration."
return
self.filter_zenodo_data_versioned_dois()
self.reverse_sort_zenodo_data_versioned_dois()
self.generate_files()
if True not in [release["citability"] == "full" for release in self.releases]:
self.message = "no valid CITATION.cff found in any release."
return
self.determine_latest_codemeta()
self.message = "OK"
def determine_latest_codemeta(self):
for release in self.releases:
if "codemeta" in release["files"].keys():
self.latest_codemeta = release["files"]["codemeta"]
return self
def filter_zenodo_data_versioned_dois(self):
def select_github_url():
github_link = None
for identifier in hit["metadata"]["related_identifiers"]:
if identifier["scheme"] == "url" and \
identifier["relation"] == "isSupplementTo" and \
identifier["identifier"].startswith("https://github.com/"):
github_link = identifier["identifier"]
else:
# Associated Zenodo record does not contain a related identifier with "isSupplementTo" relation
# that points to GitHub. Continue with the next related identifier:
continue
return github_link
hits = self.zenodo_data["versioned_dois"]["hits"]["hits"]
# already include the "files" key here, even though we're only filling it later:
files = dict()
for hit in hits:
try:
doi = hit["metadata"]["doi"]
date_published = hit["metadata"]["publication_date"]
url = select_github_url()
if url is not None:
tag = re.sub("^.*(/tree/)", "", url)
self.releases.append({
"citability": "doi-only",
"datePublished": date_published,
"doi": doi,
"files": files,
"tag": tag,
"url": url})
except Exception as e:
print("Something unexpected happened when trying to retrieve versioned doi info" +
" but I'll try to continue. {0}".format(e))
return self
def fetch_zenodo_data_conceptdoi(self):
zenodo_id = self.doi.replace("10.5281/zenodo.", "")
url = "https://zenodo.org/api/records/" + zenodo_id
r = requests.get(url)
r.raise_for_status()
self.zenodo_data["conceptdoi"] = r.json()
return self
def fetch_zenodo_data_versioned_dois(self):
url = "https://zenodo.org/api/records?q=conceptdoi:\"{0}\"&all_versions=true&size=100".format(self.doi)
r = requests.get(url)
r.raise_for_status()
self.zenodo_data["versioned_dois"] = r.json()
return self
def generate_files(self):
for release in self.releases:
try:
override = {
"doi": release["doi"],
"date-released": datetime.strptime(release["datePublished"], "%Y-%m-%d").date(),
"version": release["tag"]
}
remove = ["commit"]
citation = Citation(url=release["url"], override=override, remove=remove)
try:
release["files"] = dict({
"bibtex": citation.as_bibtex(),
"cff": citation.cffstr,
"codemeta": citation.as_codemeta(),
"endnote": citation.as_enw(),
"ris": citation.as_ris()
})
release["citability"] = "full"
except Exception:
continue
except Exception as e:
if str(e).startswith("Error requesting file: "):
continue
elif str(e).startswith("Provided CITATION.cff does not seem valid YAML."):
continue
elif type(e).__name__ == "ScannerError":
continue
else:
raise e
return self
def is_concept_doi(self):
return "conceptdoi" in self.zenodo_data["conceptdoi"] and self.doi == self.zenodo_data["conceptdoi"]["conceptdoi"]
def is_zenodo_doi(self):
return self.doi.startswith("10.5281/zenodo.")
def reverse_sort_zenodo_data_versioned_dois(self):
self.releases.sort(key=lambda x: x["tag"], reverse=True)
return self
def sync_releases(db):
db.release.create_index([("conceptDOI", 1)])
count = db.software.count()
software_items = db.software.find({}, {"conceptDOI": 1, "brandName": 1})
for item_index, software_item in enumerate(software_items):
conceptdoi = software_item["conceptDOI"]
scraper = ReleaseScraper(conceptdoi)
document = {
"_id": conceptdoi,
"isCitable": scraper.is_citable,
"conceptDOI": conceptdoi,
"latestCodemeta": scraper.latest_codemeta,
"releases": scraper.releases,
"createdAt": datetime.utcnow().replace(microsecond=0).isoformat() + "Z"
}
logger.info("{0}/{1} \"{2}\": {3} {4}".format(item_index+1, count,
software_item["brandName"], conceptdoi, scraper.message))
db.release.find_one_and_update({"_id": document["conceptDOI"]}, {"$set": document}, upsert=True)