def _clean_sentence(sentence):
'''Clean a sentence and its corresponding links'''
cleaned_sentence = _.assign({}, sentence, {'text': clean_page_content(sentence['text'])})
if 'links' in sentence:
cleaned_sentence['links'] = reduce(_.curry(_sentence_clean_reducer)(cleaned_sentence['text']),
sentence['links'],
[])
return cleaned_sentence
def test_curry(case, arglist, expected):
curried = _.curry(*case)
# Run test twice to verify curried can be reused
for x in range(2):
ret = curried
for args in arglist:
ret = ret(*args)
assert ret == expected
def get_link_contexts(redirects_lookup, page):
'''link contexts is a dictionary from entity to mention details'''
sections = page['sections']
sentences = sum([section['sentences'] for section in sections if 'sentences' in section], [])
sentences_from_tables = sum([[table['data'] for table in section['tables'][0] if table.get('data')] for section in sections if section.get('tables')],
[])
all_sentences = sentences + sentences_from_tables
return reduce(_.curry(_sentence_to_link_contexts_reducer)(redirects_lookup, page),
all_sentences,
{})
def test_curry_arity_max_from_func():
def func(data, accum, id):
accum[id] = _.reduce_(data, lambda total, n: total + n)
return accum
ids = [1]
data = [1, 2]
curried_func_with_data = _.curry(func)(data)
result = _.reduce_(ids, curried_func_with_data, {})
assert result == {1: 3}
def test_curry_arity_max_from_func():
def func(data, accum, id):
accum[id] = _.reduce_(data, lambda total, n: total + n)
return accum
ids = [1]
data = [1, 2]
curried_func_with_data = _.curry(func)(data)
result = _.reduce_(ids, curried_func_with_data, {})
assert result == {1: 3}
import path_helpers as ph
import pydash as py_
_fp = py__()
# **TODO**: Move `get_typedef_path` and `get_typedef_factory` into
# `clang_helpers.clang_ast` module.
def get_typedef_path(typedef_str):
parts_i = typedef_str.split('::')
return ('namespaces.' + '.namespaces.'.join(parts_i[:-1]) +
'.' if parts_i[:-1] else '') + 'typedefs.' + parts_i[-1]
get_typedef_factory = lambda ast: py_.pipe(get_typedef_path,
py_.curry(py_.get, arity=2)(ast))
def get_definition_header(cpp_ast_json, type_):
'''
Parameters
----------
cpp_ast_json : dict
JSON-serializable C++ abstract syntax tree.
type_ : str
Name of C++ type defined within C++ abstract syntax tree.
Returns
-------
path_helpers.path
Path to header where type of variable is defined.
def _link_title_exact_match_heuristic(page, link_contexts):
'''look for an occurance of the link anchor text'''
link_titles = list(link_contexts.keys())
return reduce(_.curry(_apply_exact_match_heuristic)(page),
link_titles,
link_contexts)
def get_class_factory(ast):
return py_.pipe(get_class_path, py_.curry(py_.get, arity=2)(ast))
# currying_func = currying_func(3)
# ----------------------------------------
def currying_func2(arg1, arg2, arg3):
print('hello')
def currying_func2(resolve, reject):
print('arg1', arg1)
print('arg2', arg2)
print('arg3', arg3)
resolve('Bye!')
return Promise(currying_func2)
currying_func2 = curry(currying_func2)
currying_func2(1)(2)(3).then(print)
# -----------------------------------------
def promise_curried_func(resolve, reject, arg3):
print(resolve, reject, arg3)
promise_curried_func = curry(promise_curried_func)
promise_curried_func = promise_curried_func(Promise(lambda resolve, reject: promise_curried_func(resolve, reject)))
# promise_curried_func = promise_curried_func(1)(2)(3)
# -----------------------------------------
