def test_text_selector(self):
import json
_selector = compose_selectors(
select_all_descendants,
make_filter(lambda x: x.is_named("set-cookie")), select_text)
b = nodify("root", json.load(open("../sample3.json")))
self.assertEqual(_selector(b), query("**/set-cookie/text()", b))
def test_text_selector(self):
import json
_selector = compose_selectors(
select_all_descendants,
make_filter(lambda x: x.is_named("set-cookie")),
select_text
)
b = nodify("root", json.load(open("../sample3.json")))
self.assertEqual(_selector(b), query("**/set-cookie/text()", b))
def test_simple_compose(self):
_selector = compose_selectors(
select_all_descendants, select_children(lambda x: x.is_named("a")),
select_all_children)
self.assertEqual(
_selector(self.tree).as_json(),
query("**/a/*", self.tree).as_json(),
)
def test_simple_compose(self):
_selector = compose_selectors(
select_all_descendants,
select_children(lambda x: x.is_named("a")),
select_all_children
)
self.assertEqual(
_selector(self.tree).as_json(),
query("**/a/*", self.tree).as_json(),
)
def _build_payload(query=None,
title=None,
authors=None,
dates=None,
affiliation=None,
affiliation_pos=None,
fl=None,
acknowledgements=None,
facet=None,
sort="date",
order="desc",
start=0,
rows=20,
database="astronomy or physics",
property=None,
**kwargs):
"""Builds a dictionary payload for NASA's ADS based on the input criteria."""
q = parser.query(query, title, authors)
# Check inputs
start, rows = parser.rows(start, rows, max_rows=API_MAX_ROWS)
sort, order = parser.ordering(sort, order)
# Filters
pubdate_filter = parser.dates(dates)
affiliation_filter = parser.affiliation(affiliation, affiliation_pos)
acknowledgements_filter = parser.acknowledgements(acknowledgements)
# You shouldn't ever use 'property' since it's special, but we're being consistent with ADS
properties_filter = parser.properties(property)
q += " ".join([
each for each in (pubdate_filter, affiliation_filter,
acknowledgements_filter, properties_filter)
if each is not None
])
payload = {
"q": q,
"dev_key": DEV_KEY,
"sort": "{sort} {order}".format(sort=sort.upper(), order=order),
"start": start,
"fmt": "json",
"rows": rows,
}
additional_payload = {
"fl": fl,
"filter": parser.database(database),
"facet": facet
}
payload.update(additional_payload)
return payload
def _build_payload(query=None, title=None, authors=None, dates=None,
affiliation=None, affiliation_pos=None, fl=None, acknowledgements=None,
facet=None, sort="date", order="desc", start=0, rows=20,
database="astronomy or physics", property=None, **kwargs):
"""Builds a dictionary payload for NASA's ADS based on the input criteria."""
q = parser.query(query, title, authors)
# Check inputs
start, rows = parser.rows(start, rows, max_rows=API_MAX_ROWS)
sort, order = parser.ordering(sort, order)
# Filters
pubdate_filter = parser.dates(dates)
affiliation_filter = parser.affiliation(affiliation, affiliation_pos)
acknowledgements_filter = parser.acknowledgements(acknowledgements)
# You shouldn't ever use 'property' since it's special, but we're being consistent with ADS
properties_filter = parser.properties(property)
q += " ".join([each for each in (pubdate_filter, affiliation_filter, acknowledgements_filter,
properties_filter) if each is not None])
payload = {
"q": q,
"dev_key": DEV_KEY,
"sort": "{sort} {order}".format(sort=sort.upper(), order=order),
"start": start,
"fmt": "json",
"rows": rows,
}
additional_payload = {
"fl": fl,
"filter": parser.database(database),
"facet": facet
}
payload.update(additional_payload)
return payload
def _build_payload(query=None, authors=None, dates=None, affiliation=None, affiliation_pos=None,
filter=None, fl=None, acknowledgements=None, facet=None, sort="date", order="desc", start=0,
rows=20):
"""Builds a dictionary payload for NASA's ADS based on the input criteria."""
q = parser.query(query, authors)
# Check inputs
start, rows = parser.rows(start, rows, max_rows=API_MAX_ROWS)
sort, order = parser.ordering(sort, order)
# Filters
pubdate_filter = parser.dates(dates)
affiliation_filter = parser.affiliation(affiliation, affiliation_pos)
acknowledgements_filter = parser.acknowledgements(acknowledgements)
filters = (pubdate_filter, affiliation_filter, acknowledgements_filter)
for query_filter in filters:
if query_filter is not None:
q += query_filter
payload = {
"q": q,
"dev_key": DEV_KEY,
"sort": "{sort} {order}".format(sort=sort.upper(), order=order),
"start": start,
"fmt": "json",
"rows": rows,
}
additional_payload = {
"fl": fl,
"filter": filter,
"facet": facet
}
payload.update(additional_payload)
return payload
def test_conditional(self):
nodes = query("**[z]", self.tree).as_json()
self.assertEquals(len(nodes), 4)
nodes = query("*[a]", self.tree)
self.assertEquals(len(nodes.as_json()), 2)
def test_simple_paths(self):
for path in self.test_paths:
print [path, query(path, self.tree).as_json()]
def test_conditional(self):
nodes = query("**[z]", self.tree).as_json()
self.assertEquals(len(nodes), 4)
nodes = query("*[a]", self.tree)
self.assertEquals(len(nodes.as_json()), 2)
def test_simple_paths(self):
for path in self.test_paths:
print[path, query(path, self.tree).as_json()]