def test_bonus_score_per_100_chars_in_p(self):
"""Nodes get 1pt per 100 characters up to 3 max points"""
def build_doc(length):
div = '<div id="content" class=""><p>{0}</p></div>'
document_str = '<html><body>{0}</body></html>'
content = 'c' * length
test_div = div.format(content)
doc = document_fromstring(document_str.format(test_div))
test_nodes = []
for node in doc.getiterator():
if node.tag == 'p':
test_nodes.append(node)
return test_nodes
test_nodes = build_doc(400)
candidates = score_candidates(test_nodes)
pscore_400 = max([c.content_score for c in candidates.values()])
test_nodes = build_doc(100)
candidates = score_candidates(test_nodes)
pscore_100 = max([c.content_score for c in candidates.values()])
test_nodes = build_doc(50)
candidates = score_candidates(test_nodes)
pscore_50 = max([c.content_score for c in candidates.values()])
self.assertEqual(pscore_100, pscore_50 + 1)
self.assertEqual(pscore_400, pscore_50 + 3)
def test_bonus_score_per_100_chars_in_p():
"""Nodes get 1 point per 100 characters up to max. 3 points."""
def build_candidates(length):
html = "<p>%s</p>" % ("c" * length)
node = fragment_fromstring(html)
return [node]
test_nodes = build_candidates(50)
candidates = score_candidates(test_nodes)
pscore_50 = max(c.content_score for c in candidates.values())
test_nodes = build_candidates(100)
candidates = score_candidates(test_nodes)
pscore_100 = max(c.content_score for c in candidates.values())
test_nodes = build_candidates(300)
candidates = score_candidates(test_nodes)
pscore_300 = max(c.content_score for c in candidates.values())
test_nodes = build_candidates(400)
candidates = score_candidates(test_nodes)
pscore_400 = max(c.content_score for c in candidates.values())
assert pscore_50 + 0.5 == pscore_100
assert pscore_100 + 2.0 == pscore_300
assert pscore_300 == pscore_400
def test_bonus_score_per_100_chars_in_p():
"""Nodes get 1 point per 100 characters up to max. 3 points."""
def build_candidates(length):
html = "<p>%s</p>" % ("c" * length)
node = fragment_fromstring(html)
return [node]
test_nodes = build_candidates(50)
candidates = score_candidates(test_nodes)
pscore_50 = max(c.content_score for c in candidates.values())
test_nodes = build_candidates(100)
candidates = score_candidates(test_nodes)
pscore_100 = max(c.content_score for c in candidates.values())
test_nodes = build_candidates(300)
candidates = score_candidates(test_nodes)
pscore_300 = max(c.content_score for c in candidates.values())
test_nodes = build_candidates(400)
candidates = score_candidates(test_nodes)
pscore_400 = max(c.content_score for c in candidates.values())
assert pscore_50 + 0.5 == pscore_100
assert pscore_100 + 2.0 == pscore_300
assert pscore_300 == pscore_400
def test_bonus_score_per_100_chars_in_p(self):
"""Nodes get 1pt per 100 characters up to 3 max points"""
def build_doc(length):
div = '<div id="content" class=""><p>{0}</p></div>'
document_str = '<html><body>{0}</body></html>'
content = 'c' * length
test_div = div.format(content)
doc = document_fromstring(document_str.format(test_div))
test_nodes = []
for node in doc.getiterator():
if node.tag == 'p':
test_nodes.append(node)
return test_nodes
test_nodes = build_doc(400)
candidates = score_candidates(test_nodes)
pscore_400 = max([c.content_score for c in candidates.values()])
test_nodes = build_doc(100)
candidates = score_candidates(test_nodes)
pscore_100 = max([c.content_score for c in candidates.values()])
test_nodes = build_doc(50)
candidates = score_candidates(test_nodes)
pscore_50 = max([c.content_score for c in candidates.values()])
self.assertEqual(pscore_100, pscore_50 + 1)
self.assertEqual(pscore_400, pscore_50 + 3)
def test_we_get_candidates():
"""Processing candidates should get us a list of nodes to try out."""
doc = document_fromstring(load_article("ars.001.html"))
test_nodes = tuple(doc.iter("p", "td", "pre"))
candidates = score_candidates(test_nodes)
# this might change as we tweak our algorithm, but if it does,
# it signifies we need to look at what we changed.
assert len(candidates.keys()) == 37
# one of these should have a decent score
scores = sorted(c.content_score for c in candidates.values())
assert scores[-1] > 100
def test_we_get_candidates():
"""Processing candidates should get us a list of nodes to try out."""
doc = document_fromstring(load_article("ars.001.html"))
test_nodes = tuple(doc.iter("p", "td", "pre"))
candidates = score_candidates(test_nodes)
# this might change as we tweak our algorithm, but if it does,
# it signifies we need to look at what we changed.
assert len(candidates.keys()) == 37
# one of these should have a decent score
scores = sorted(c.content_score for c in candidates.values())
assert scores[-1] > 100
def test_we_get_candidates(self):
"""Processing candidates should get us a list of nodes to try out."""
# we'll start out using our first real test document
test_nodes = []
doc = document_fromstring(load_article('ars/ars.001.html'))
for node in doc.getiterator():
if node.tag in ['p', 'td', 'pre']:
test_nodes.append(node)
candidates = score_candidates(test_nodes)
# this might change as we tweak our algorithm, but if it does change,
# it signifies we need to look at what we changed.
self.assertEqual(len(candidates.keys()), 6)
# one of these should have a decent score
scores = sorted([c.content_score for c in candidates.values()])
self.assertTrue(scores[-1] > 100)
def test_we_get_candidates(self):
"""Processing candidates should get us a list of nodes to try out."""
# we'll start out using our first real test document
test_nodes = []
doc = document_fromstring(load_article('ars/ars.001.html'))
for node in doc.getiterator():
if node.tag in ['p', 'td', 'pre']:
test_nodes.append(node)
candidates = score_candidates(test_nodes)
# this might change as we tweak our algorithm, but if it does change,
# it signifies we need to look at what we changed.
self.assertEqual(len(candidates.keys()), 6)
# one of these should have a decent score
scores = sorted([c.content_score for c in candidates.values()])
self.assertTrue(scores[-1] > 100)