def citekey_to_csl_item(citekey, prune=True):
"""
Generate a CSL Item (Python dictionary) for the input citekey.
"""
from manubot.cite.csl_item import CSL_Item
from manubot import __version__ as manubot_version
citekey == standardize_citekey(citekey, warn_if_changed=True)
source, identifier = citekey.split(':', 1)
if source not in citeproc_retrievers:
msg = f'Unsupported citation source {source!r} in {citekey!r}'
raise ValueError(msg)
citeproc_retriever = import_function(citeproc_retrievers[source])
csl_item = citeproc_retriever(identifier)
csl_item = CSL_Item(csl_item)
note_text = f'This CSL JSON Item was automatically generated by Manubot v{manubot_version} using citation-by-identifier.'
note_dict = {
'standard_id': citekey,
}
csl_item.note_append_text(note_text)
csl_item.note_append_dict(note_dict)
short_citekey = shorten_citekey(citekey)
csl_item.set_id(short_citekey)
csl_item.clean(prune=prune)
return csl_item
def test_csl_item_standardize_id_note():
"""
Test extracting standard_id from a note and setting additional
note fields.
"""
csl_item = CSL_Item({
'id': 'original-id',
'type': 'article-journal',
'note': 'standard_id: doi:10.1371/journal.PPAT.1006256',
})
csl_item.standardize_id()
assert csl_item['id'] == 'doi:10.1371/journal.ppat.1006256'
note_dict = csl_item.note_dict
assert note_dict['original_id'] == 'original-id'
assert note_dict['original_standard_id'] == 'doi:10.1371/journal.PPAT.1006256'
def test_cite_command_preserves_order():
"""
https://github.com/manubot/manubot/issues/240
"""
citekeys = [
"pmid:29618526",
"doi:10.7717/peerj.338",
"arxiv:1806.05726v1",
"pubmed:29618526",
"DOI:10.7717/PEERJ.338",
]
args = [
"manubot",
"cite",
"--bibliography=input-references.json",
*citekeys,
]
output = subprocess.check_output(args, encoding="utf-8", cwd=data_dir,)
csl_items = json.loads(output)
csl_items = [CSL_Item(x) for x in csl_items]
standard_ids = [csl_item.note_dict.get("standard_id") for csl_item in csl_items]
assert standard_ids == [
"pubmed:29618526",
"doi:10.7717/peerj.338",
"arxiv:1806.05726v1",
]
def load_bibliography(path: str) -> list:
"""
Load a bibliography as CSL Items (a CSL JSON Python object).
For paths that already contain CSL Items (inferred from a .json or .yaml extension),
parse these files directly (URLs supported).
Otherwise, delegate conversion to CSL Items to pandoc-citeproc (URLs not supported).
If loading fails, log an error and return an empty list.
"""
path_obj = pathlib.Path(path)
if path_obj.suffix in {".json", ".yaml"}:
try:
csl_items = read_serialized_data(path)
except Exception as error:
logging.error(f"load_bibliography: error reading {path!r}.\n{error}")
logging.info("load_bibliography exception info", exc_info=True)
csl_items = []
else:
from manubot.pandoc.bibliography import (
load_bibliography as load_bibliography_pandoc,
)
csl_items = load_bibliography_pandoc(path)
if not isinstance(csl_items, list):
logging.error(
f"process.load_bibliography: csl_items read from {path} are of type {type(csl_items)}. "
"Setting csl_items to an empty list."
)
csl_items = []
from manubot.cite.csl_item import CSL_Item
csl_items = [CSL_Item(csl_item) for csl_item in csl_items]
return csl_items
def load_bibliography(path) -> list:
"""
Load a bibliography as CSL Items (a CSL JSON Python object).
For paths that already contain CSL Items (inferred from a .json or .yaml extension),
parse these files directly. Otherwise, delegate conversion to CSL Items to pandoc-citeproc.
"""
path = pathlib.Path(path)
if path.suffix in {".json", ".yaml"}:
try:
csl_items = read_serialized_data(path)
except Exception:
logging.exception(
f"process.load_bibliography: error parsing {path}.\n")
csl_items = []
else:
from manubot.pandoc.bibliography import (
load_bibliography as load_bibliography_pandoc, )
csl_items = load_bibliography_pandoc(path)
if not isinstance(csl_items, list):
logging.error(
f"process.load_bibliography: csl_items read from {path} are of type {type(csl_items)}. "
"Setting csl_items to an empty list.")
csl_items = []
from manubot.cite.csl_item import CSL_Item
csl_items = [CSL_Item(csl_item) for csl_item in csl_items]
return csl_items
def load_bibliography(path) -> list:
"""
Load a bibliography as CSL Items (a CSL JSON Python object).
For paths that already contain CSL Items (inferred from a .json or .yaml extension),
parse these files directly. Otherwise, delegate conversion to CSL Items to pandoc-citeproc.
"""
path = pathlib.Path(path)
use_pandoc_citeproc = True
try:
if path.suffix == '.json':
use_pandoc_citeproc = False
with path.open(encoding='utf-8-sig') as read_file:
csl_items = json.load(read_file)
if path.suffix == '.yaml':
use_pandoc_citeproc = False
import yaml
with path.open(encoding='utf-8-sig') as read_file:
csl_items = yaml.safe_load(read_file)
except Exception:
logging.exception(
f'process.load_bibliography: error parsing {path}.\n')
csl_items = []
if use_pandoc_citeproc:
from manubot.pandoc.bibliography import (
load_bibliography as load_bibliography_pandoc, )
csl_items = load_bibliography_pandoc(path)
if not isinstance(csl_items, list):
logging.error(
f'process.load_bibliography: csl_items read from {path} are of type {type(csl_items)}. '
'Setting csl_items to an empty list.')
csl_items = []
from manubot.cite.csl_item import CSL_Item
csl_items = [CSL_Item(csl_item) for csl_item in csl_items]
return csl_items
def test_csl_item_standardize_id_note():
"""
Test extracting standard_id from a note and setting additional
note fields.
"""
csl_item = CSL_Item({
"id":
"original-id",
"type":
"article-journal",
"note":
"standard_id: doi:10.1371/journal.PPAT.1006256",
})
csl_item.standardize_id()
assert csl_item["id"] == "doi:10.1371/journal.ppat.1006256"
note_dict = csl_item.note_dict
assert note_dict["original_id"] == "original-id"
assert note_dict[
"original_standard_id"] == "doi:10.1371/journal.PPAT.1006256"
def test_csl_item_note_append(input_note, text, dictionary, expected_note):
csl_item = CSL_Item({
'id': 'test_csl_item',
'type': 'entry',
'note': input_note,
})
csl_item.note_append_text(text)
csl_item.note_append_dict(dictionary)
assert csl_item.note == expected_note
def populate_metadata_from_manubot_url(url, metadata):
"""
Returns metadata dictionary populated with manubot csl item data or None
if manubot fails to retrieve data,
and whether this fills the metadata or not.
"""
try:
csl_item = get_csl_item(url)
if not isinstance(csl_item, CSL_Item):
csl_item = CSL_Item(csl_item)
# TODO: We can use this if we want to reject uploads that don't match
# certain content types
#
# if csl_item['type'] not in MANUBOT_PAPER_TYPES:
# return None
doi = None
if "DOI" in csl_item:
doi = csl_item["DOI"].lower()
paper_publish_date = csl_item.get_date("issued", fill=True)
data = {}
data["abstract"] = csl_item.get("abstract", None)
data["doi"] = doi
data["is_public"] = True
data["paper_title"] = csl_item.get("title", None)
data["csl_item"] = csl_item
data["paper_publish_date"] = paper_publish_date
data["raw_authors"] = get_raw_authors_from_csl_item(csl_item)
metadata.update(data)
return metadata, True
except Exception as e:
print(e)
return None, False
def test_csl_item_note_append(input_note, text, dictionary, expected_note):
csl_item = CSL_Item({
"id": "test_csl_item",
"type": "entry",
"note": input_note
})
csl_item.note_append_text(text)
csl_item.note_append_dict(dictionary)
assert csl_item.note == expected_note
def test_correct_invalid_type(self):
assert CSL_Item(type="journal-article").correct_invalid_type() == {
"type": "article-journal"
}
def test_constructor_leaves_no_inplace_effects(self):
dict1 = {"a": 1}
ci = CSL_Item(dict1, b=2)
assert ci == {"a": 1, "b": 2}
assert dict1 == {"a": 1}
def test_recursive_constructor(self):
assert CSL_Item(CSL_Item()) == {}
assert CSL_Item(CSL_Item(abc=1)) == {"abc": 1}
def test_csl_item_note_dict(note, dictionary):
csl_item = CSL_Item(note=note)
assert csl_item.note_dict == dictionary
def test_constuctor_by_dict_keyword_combination(self):
assert CSL_Item({"title": "My journal article"},
type="journal-article") == {
"title": "My journal article",
"type": "journal-article",
}
def test_constuctor_by_keyword(self):
assert CSL_Item(type='journal-article') == {'type': 'journal-article'}
def test_clean_set_id(self):
csl_item = CSL_Item(type='chapter')
csl_item.set_id('abc')
csl_item.clean(prune=True)
assert csl_item == {'type': 'chapter', 'id': 'abc'}
def test_constuctor_empty(self):
assert CSL_Item() == {}
def test_constuctor_by_dict_keyword_combination(self):
assert CSL_Item({'title': 'My journal article'},
type='journal-article') == \
{'title': 'My journal article', 'type': 'journal-article'}
def test_clean_set_id(self):
csl_item = CSL_Item(type="chapter")
csl_item.set_id("abc")
csl_item.clean(prune=True)
assert csl_item == {"type": "chapter", "id": "abc"}
def test_correct_invalid_type(self):
assert CSL_Item(type='journal-article').correct_invalid_type() == \
{'type': 'article-journal'}
def test_set_default_type(self):
assert CSL_Item().set_default_type() == {'type': 'entry'}
def test_set_default_type(self):
assert CSL_Item().set_default_type() == {"type": "entry"}
def test_constuctor_by_keyword(self):
assert CSL_Item(type="journal-article") == {"type": "journal-article"}
def test_no_change_of_type(self):
assert CSL_Item(type="book").correct_invalid_type() == {"type": "book"}
assert CSL_Item(type="book").set_default_type() == {"type": "book"}
def test_no_change_of_type(self):
assert CSL_Item(type='book').correct_invalid_type() == {'type': 'book'}
assert CSL_Item(type='book').set_default_type() == {'type': 'book'}
def test_assert_csl_item_type_passes():
assert_csl_item_type(CSL_Item())
def test_csl_item_standardize_id_repeated():
csl_item = CSL_Item(id="pmid:1", type="article-journal")
csl_item_1 = copy.deepcopy(csl_item.standardize_id())
assert "standard_citation" not in "csl_item"
csl_item_2 = copy.deepcopy(csl_item.standardize_id())
assert csl_item_1 == csl_item_2
def test_csl_item_standardize_id(csl_item, standard_citation):
csl_item = CSL_Item(csl_item)
output = csl_item.standardize_id()
assert output is csl_item
assert output["id"] == standard_citation
def test_constuctor_by_dict(self):
d = {"title": "My book"}
assert CSL_Item(d) == d
