def tokenize_sgml_test_1_no_normalize():
nlp.get_global_PTB_config().normalize_parentheses = False
nlp.get_global_PTB_config().normalize_brackets = False
sent1 = (
"Significant improvements in peak FEV1 were demonstrated "
"with tiotropium/olodaterol 5/2 \u03BCg (p = 0.008), 5/5 \u03BCg "
"(p = 0.012), and 5/10 \u03BCg (p < 0.0001) versus tiotropium "
"monotherapy [51]."
)
gold = [
"Significant",
"improvements",
"in",
"peak",
"FEV1",
"were",
"demonstrated",
"with",
"tiotropium/olodaterol",
"5/2",
"\u03BCg",
"(",
"p",
"=",
"0.008",
")",
",",
"5/5",
"\u03BCg",
"(",
"p",
"=",
"0.012",
")",
",",
"and",
"5/10",
"\u03BCg",
"(",
"p",
"<",
"0.0001",
")",
"versus",
"tiotropium",
"monotherapy",
"[",
"51",
"]",
".",
]
tokens = nlp.tokenize(sent1)
# assert len(tokens) == len(gold)
for token, gold_token in zip(tokens, gold):
print(token, gold_token.encode("utf-8"))
assert bytes(token) == gold_token.encode("utf-8")
def tokenize_sgml_test_2_no_normalize():
nlp.get_global_PTB_config().strict_ptb3 = False
sent2 = "Panasonic brand products are produced by Samsung Electronics " "Co. Ltd. Sanyo products aren't."
gold = [
"Panasonic",
"brand",
"products",
"are",
"produced",
"by",
"Samsung",
"Electronics",
"Co.",
"Ltd.",
".",
"Sanyo",
"products",
"are",
"n't",
".",
]
tokens = nlp.tokenize(sent2)
print(tokens)
for token, gold_token in zip(tokens, gold):
assert bytes(token) == gold_token.encode("utf-8")
assert len(tokens) == len(gold)
def tokenize_sgml_test_4_no_normalize():
nlp.get_global_PTB_config().normalize_spaces = False
sent4 = '<!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Strict//EN" ' '"http://www.w3.org/TR/html4/strict.dtd">'
gold = ['<!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Strict//EN" ' '"http://www.w3.org/TR/html4/strict.dtd">']
# spaces go to \u00A0
tokens = nlp.tokenize(sent4)
assert len(tokens) == len(gold)
for token, gold_token in zip(tokens, gold):
assert bytes(token) == gold_token.encode("utf-8")
def tokenize_sgml_test_1_no_normalize():
nlp.get_global_PTB_config().normalize_parentheses = False
nlp.get_global_PTB_config().normalize_brackets = False
sent1 = "Significant improvements in peak FEV1 were demonstrated " \
"with tiotropium/olodaterol 5/2 \u03BCg (p = 0.008), 5/5 \u03BCg " \
"(p = 0.012), and 5/10 \u03BCg (p < 0.0001) versus tiotropium " \
"monotherapy [51]."
gold = [
"Significant", "improvements", "in", "peak", "FEV1", "were",
"demonstrated", "with", "tiotropium/olodaterol", "5/2", "\u03BCg", "(",
"p", "=", "0.008", ")", ",", "5/5", "\u03BCg", "(", "p", "=", "0.012",
")", ",", "and", "5/10", "\u03BCg", "(", "p", "<", "0.0001", ")",
"versus", "tiotropium", "monotherapy", "[", "51", "]", "."
]
tokens = nlp.tokenize(sent1)
#assert len(tokens) == len(gold)
for token, gold_token in zip(tokens, gold):
print(token, gold_token.encode("utf-8"))
assert bytes(token) == gold_token.encode("utf-8")
def tokenize_sgml_test_8_no_normalize():
nlp.get_global_PTB_config().escape_forward_slash_asterisk = False
sent8 = "<a href=\"http:\\\\it's\\here\"> <quote orig_author='some " "\"dude'/> <not sgmltag"
gold = ['<a href="http:\\\\it\'s\\here">', "<quote orig_author='some \"dude'/>", "<", "not", "sgmltag"]
tokens = nlp.tokenize(sent8)
print(tokens)
print(gold)
assert len(tokens) == len(gold)
for token, gold_token in zip(tokens, gold):
assert bytes(token) == gold_token.encode("utf-8")
def tokenize_sgml_test_4_no_normalize():
nlp.get_global_PTB_config().normalize_spaces = False
sent4 = "<!DOCTYPE html PUBLIC \"-//W3C//DTD HTML 4.01 Strict//EN\" " \
"\"http://www.w3.org/TR/html4/strict.dtd\">"
gold = [
"<!DOCTYPE html PUBLIC \"-//W3C//DTD HTML 4.01 Strict//EN\" " \
"\"http://www.w3.org/TR/html4/strict.dtd\">"]
# spaces go to \u00A0
tokens = nlp.tokenize(sent4)
assert len(tokens) == len(gold)
for token, gold_token in zip(tokens, gold):
assert bytes(token) == gold_token.encode("utf-8")
def tokenize_sgml_test_2_no_normalize():
nlp.get_global_PTB_config().strict_ptb3 = False
sent2 = "Panasonic brand products are produced by Samsung Electronics " \
"Co. Ltd. Sanyo products aren't."
gold = [
"Panasonic", "brand", "products", "are", "produced", "by", "Samsung",
"Electronics", "Co.", "Ltd.", ".", "Sanyo", "products", "are", "n't",
"."
]
tokens = nlp.tokenize(sent2)
print(tokens)
for token, gold_token in zip(tokens, gold):
assert bytes(token) == gold_token.encode("utf-8")
assert len(tokens) == len(gold)
def tokenize_sgml_test_8_no_normalize():
nlp.get_global_PTB_config().escape_forward_slash_asterisk = False
sent8 = "<a href=\"http:\\\\it's\\here\"> <quote orig_author='some " \
"\"dude'/> <not sgmltag"
gold = [
"<a href=\"http:\\\\it's\\here\">",
"<quote orig_author='some \"dude'/>", "<", "not", "sgmltag"
]
tokens = nlp.tokenize(sent8)
print(tokens)
print(gold)
assert len(tokens) == len(gold)
for token, gold_token in zip(tokens, gold):
assert bytes(token) == gold_token.encode("utf-8")
def tokenize_sgml_test_3_no_normalize():
nlp.get_global_PTB_config().normalize_parentheses = False
sent3 = "Oesophageal acid exposure (% time <pH 4) was similar in " \
"patients with or without complications (19.2% v 19.3% p>0.05)."
gold = [
"Oesophageal", "acid", "exposure", "(", "%", "time", "<", "pH", "4",
")", "was", "similar", "in", "patients", "with", "or", "without",
"complications", "(", "19.2", "%", "v", "19.3", "%", "p", ">", "0.05",
")", "."
]
tokens = nlp.tokenize(sent3)
assert len(tokens) == len(gold)
for token, gold_token in zip(tokens, gold):
assert bytes(token) == gold_token.encode("utf-8")
def tokenize_sgml_test_3_no_normalize():
nlp.get_global_PTB_config().normalize_parentheses = False
sent3 = (
"Oesophageal acid exposure (% time <pH 4) was similar in "
"patients with or without complications (19.2% v 19.3% p>0.05)."
)
gold = [
"Oesophageal",
"acid",
"exposure",
"(",
"%",
"time",
"<",
"pH",
"4",
")",
"was",
"similar",
"in",
"patients",
"with",
"or",
"without",
"complications",
"(",
"19.2",
"%",
"v",
"19.3",
"%",
"p",
">",
"0.05",
")",
".",
]
tokens = nlp.tokenize(sent3)
assert len(tokens) == len(gold)
for token, gold_token in zip(tokens, gold):
assert bytes(token) == gold_token.encode("utf-8")
def setUp(self):
nlp.get_global_PTB_config().default()
def test_ptb_tok_config1():
cfg = nlp.get_global_PTB_config()
cfg.normalize_quotes = u"unicode"
assert cfg.normalize_quotes == u"unicode"
def test_ptb_tok_config_exception():
cfg = nlp.get_global_PTB_config()
cfg.normalize_quotes = u"not a valid option"
def test_ptb_tok_config4():
cfg = nlp.get_global_PTB_config()
cfg.normalize_quotes = None
assert cfg.normalize_quotes == None
def test_ptb_tok_config3():
cfg = nlp.get_global_PTB_config()
cfg.normalize_quotes = u"ascii"
assert cfg.normalize_quotes == u"ascii"
import os
import re
import nlp
import nltk
import nltk.tree
nlp.get_global_PTB_config().normalize_quotes = None
nlp.get_global_PTB_config().normalize_brackets = False
nlp.get_global_PTB_config().normalize_dashes = False
nlp.get_global_PTB_config().strict_ptb3 = True
def collect_paths(ontonotes_base_dir, language="english"):
on_bdir_lang = os.path.join(
ontonotes_base_dir, "data", "files", "data", language, "annotations")
onf_paths = []
for path, dirs, files in os.walk(on_bdir_lang):
for file in files:
if file.endswith(".onf"):
onf_paths.append(os.path.join(path, file))
return onf_paths
def traverse(tree):
tokens = []
for index, subtree in enumerate(tree):
if subtree.height() == 2:
tok = subtree[0]
pos = subtree._label
if pos != "-NONE-":
tokens.append([tok, pos])
elif type(subtree) == nltk.tree.Tree:
def test_ptb_tok_config2():
cfg = nlp.get_global_PTB_config()
cfg.normalize_quotes = u"latex"
assert cfg.normalize_quotes == u"latex"
def test_ptb_tok_config1():
cfg = nlp.get_global_PTB_config()
cfg.normalize_quotes = u"unicode"
assert cfg.normalize_quotes == u"unicode"
def test_ptb_tok_config_exception():
cfg = nlp.get_global_PTB_config()
cfg.normalize_quotes = u"not a valid option"
def test_ptb_tok_config4():
cfg = nlp.get_global_PTB_config()
cfg.normalize_quotes = None
assert cfg.normalize_quotes == None
import os
import re
import nlp
import nltk
import nltk.tree
nlp.get_global_PTB_config().normalize_quotes = None
nlp.get_global_PTB_config().normalize_brackets = False
nlp.get_global_PTB_config().normalize_dashes = False
nlp.get_global_PTB_config().strict_ptb3 = True
def collect_paths(ontonotes_base_dir, language="english"):
on_bdir_lang = os.path.join(ontonotes_base_dir, "data", "files", "data",
language, "annotations")
onf_paths = []
for path, dirs, files in os.walk(on_bdir_lang):
for file in files:
if file.endswith(".onf"):
onf_paths.append(os.path.join(path, file))
return onf_paths
def traverse(tree):
tokens = []
for index, subtree in enumerate(tree):
if subtree.height() == 2:
tok = subtree[0]
pos = subtree._label
if pos != "-NONE-":
tokens.append([tok, pos])
def setUp(self):
nlp.get_global_PTB_config().default()