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Merge pull request #111 from henningpeters/master

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add doctests for website 'api'-section
This commit is contained in:
Matthew Honnibal 2015-09-28 22:40:48 +10:00
commit 37729b9592
6 changed files with 225 additions and 138 deletions
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13
tests/website/conftest.py Normal file
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@ -0,0 +1,13 @@
from __future__ import unicode_literals
import pytest
@pytest.fixture(scope='session')
def nlp():
from spacy.en import English
return English()
@pytest.fixture()
def doc(nlp):
return nlp('Hello, world. Here are two sentences.')

163
tests/website/test_api.py Normal file
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@ -0,0 +1,163 @@
from __future__ import unicode_literals
import pytest
@pytest.mark.xfail
def test_example_war_and_peace(nlp):
# from spacy.en import English
from spacy._doc_examples import download_war_and_peace
unprocessed_unicode = download_war_and_peace()
# nlp = English()
# TODO: ImportError: No module named _doc_examples
doc = nlp(unprocessed_unicode)
def test_main_entry_point(nlp):
# from spacy.en import English
# nlp = English()
doc = nlp('Some text.') # Applies tagger, parser, entity
doc = nlp('Some text.', parse=False) # Applies tagger and entity, not parser
doc = nlp('Some text.', entity=False) # Applies tagger and parser, not entity
doc = nlp('Some text.', tag=False) # Does not apply tagger, entity or parser
doc = nlp('') # Zero-length tokens, not an error
# doc = nlp(b'Some text') <-- Error: need unicode
doc = nlp(b'Some text'.decode('utf8')) # Encode to unicode first.
def test_sentence_spans(nlp):
# from spacy.en import English
# nlp = English()
doc = nlp("This is a sentence. Here's another...")
assert [s.root.orth_ for s in doc.sents] == ["is", "'s"]
@pytest.mark.xfail
def test_entity_spans(nlp):
# from spacy.en import English
# nlp = English()
tokens = nlp('Mr. Best flew to New York on Saturday morning.')
ents = list(tokens.ents)
assert ents[0].label == 112504
assert ents[0].label_ == 'PERSON'
assert ents[0].orth_ == 'Best'
assert ents[0].string == ents[0].string
def test_noun_chunk_spans(nlp):
# from spacy.en import English
# nlp = English()
doc = nlp('The sentence in this example has three noun chunks.')
for chunk in doc.noun_chunks:
print(chunk.label, chunk.orth_, '<--', chunk.root.head.orth_)
# NP The sentence <-- has
# NP this example <-- in
# NP three noun chunks <-- has
@pytest.mark.xfail
def test_count_by(nlp):
# from spacy.en import English, attrs
# nlp = English()
from spacy.en import attrs
tokens = nlp('apple apple orange banana')
assert tokens.count_by(attrs.ORTH) == {12800L: 1,
11880L: 2,
7561L: 1}
assert tokens.to_array([attrs.ORTH]) == array([[11880],
[11880],
[7561],
[12800]])
@pytest.mark.xfail
def test_read_bytes():
# TODO: missing imports
for byte_string in Doc.read_bytes(open('path/to/data_directory')):
doc = Doc(nlp.vocab).from_bytes(byte_string)
def test_token_span(doc):
span = doc[4:6]
token = span[0]
assert token.i == 4
def test_example_i_like_new_york1(nlp):
toks = nlp('I like New York in Autumn.')
@pytest.fixture
def toks(nlp):
return nlp('I like New York in Autumn.')
def test_example_i_like_new_york2(toks):
i, like, new, york, in_, autumn, dot = range(len(toks))
@pytest.fixture
def tok(toks, tok):
i, like, new, york, in_, autumn, dot = range(len(toks))
return locals()[tok]
@pytest.fixture
def new(toks):
return tok(toks, "new")
@pytest.fixture
def york(toks):
return tok(toks, "york")
@pytest.fixture
def autumn(toks):
return tok(toks, "autumn")
@pytest.fixture
def dot(toks):
return tok(toks, "dot")
def test_example_i_like_new_york3(toks, new, york):
assert toks[new].head.orth_ == 'York'
assert toks[york].head.orth_ == 'like'
def test_example_i_like_new_york4(toks, new, york):
new_york = toks[new:york+1]
assert new_york.root.orth_ == 'York'
@pytest.mark.xfail
def test_example_i_like_new_york5(toks, autumn, dot):
assert toks[autumn].head.orth_ == 'in'
assert toks[dot].head.orth_ == 'like'
# TODO: TypeError: readonly attribute
autumn_dot = toks[autumn:]
assert autumn_dot.root.orth_ == 'Autumn'
@pytest.mark.xfail
def test_navigating_the_parse_tree_lefts(doc):
# TODO: where does the span object come from?
lefts = [span.doc[i] for i in range(0, span.start)
if span.doc[i].head in span]
@pytest.mark.xfail
def test_navigating_the_parse_tree_rights(doc):
# TODO: where does the span object come from?
rights = [span.doc[i] for i in range(span.end, len(span.doc))
if span.doc[i].head in span]
def test_string_store(doc):
string_store = doc.vocab.strings
for i, string in enumerate(string_store):
assert i == string_store[string]

11
tests/website/test_home.py
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@ -3,17 +3,6 @@ import pytest
import spacy.en
@pytest.fixture(scope="session")
def nlp():
from spacy.en import English
return English()
@pytest.fixture()
def doc(nlp):
return nlp('Hello, world. Here are two sentences.')
@pytest.fixture()
def token(doc):
return doc[0]

4
website/Makefile
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@ -1,8 +1,8 @@
all: src/code site
src/code: tests/test_*.py
src/code:
mkdir -p src/code/
./create_code_samples tests/ src/code/
./create_code_samples ../tests/website/ src/code/
site: site/index.html site/blog/ site/docs/ site/license/ site/blog/introducing-spacy/ site/blog/parsing-english-in-python/ site/blog/part-of-speech-POS-tagger-in-python/ site/tutorials/twitter-filter/ site/tutorials/syntax-search/ site/tutorials/mark-adverbs/ site/blog/writing-c-in-cython/ site/blog/how-spacy-works/

24
website/create_code_samples
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@ -17,7 +17,7 @@ prefix = "test_"
for filename in os.listdir(src_dirname):
match = re.match(re.escape(prefix) + r"(.+)\.py", filename)
match = re.match(re.escape(prefix) + r"(.+)\.py$", filename)
if not match:
continue
@ -25,27 +25,23 @@ for filename in os.listdir(src_dirname):
source = open(os.path.join(src_dirname, filename)).readlines()
tree = ast.parse("".join(source))
for item in tree.body:
if isinstance(item, ast.FunctionDef) and item.name.startswith(prefix):
for root in tree.body:
if isinstance(root, ast.FunctionDef) and root.name.startswith(prefix):
# only ast.expr and ast.stmt have line numbers, see:
# https://docs.python.org/2/library/ast.html#ast.AST.lineno
line_numbers = []
def fill_line_numbers(node):
for child in ast.iter_child_nodes(node):
if ((isinstance(child, ast.expr) or
isinstance(child, ast.stmt)) and
child.lineno > item.lineno):
for node in ast.walk(root):
if hasattr(node, "lineno"):
line_numbers.append(node.lineno)
line_numbers.append(child.lineno)
fill_line_numbers(child)
fill_line_numbers(item)
body = source[min(line_numbers)-1:max(line_numbers)]
while not body[0][0].isspace():
body = body[1:]
# make sure we are inside an indented function body
assert all([re.match(r"\s", l[0]) for l in body])
assert all([l[0].isspace() for l in body])
offset = 0
for line in body:
@ -63,7 +59,7 @@ for filename in os.listdir(src_dirname):
# make sure empty lines contain a newline
assert all([l[-1] == "\n" for l in body])
code_filename = "%s.%s" % (name, item.name[len(prefix):])
code_filename = "%s.%s" % (name, root.name[len(prefix):])
with open(os.path.join(dst_dirname, code_filename), "w") as f:
f.write(escape("".join(body)))

148
website/src/jade/docs/_api.jade
View File

@ -76,15 +76,8 @@ mixin summary
block
mixin en_example
pre.language-python
code
| from spacy.en import English
| from spacy._doc_examples import download_war_and_peace
|
| unprocessed_unicode = download_war_and_peace()
|
| nlp = English()
| doc = nlp(unprocessed_unicode)
pre.language-python: code
include ../../code/api.example_war_and_peace
mixin SeeAlso(name, link_target)
a(href=link_target)
@ -197,19 +190,19 @@ mixin Func(type1, type2)
pre.language-python
code
| >>> nlp = spacy.en.English()
| nlp = spacy.en.English()
p To keep the default components, but load data from a specified directory, use:
pre.language-python
code
| >>> nlp = English(data_dir=u'path/to/data_directory')
| nlp = English(data_dir=u'path/to/data_directory')
p To disable (and avoid loading) parts of the processing pipeline:
pre.language-python
code
| >>> nlp = English(parser=False, tagger=False, entity=False)
| nlp = English(parser=False, tagger=False, entity=False)
+params
+param("data_dir")
@ -249,17 +242,8 @@ mixin Func(type1, type2)
+param("entity", types.bool)
| Whether to apply the named entity recognizer.
pre.language-python
code
| from spacy.en import English
| nlp = English()
| doc = nlp(u'Some text.) # Applies tagger, parser, entity
| doc = nlp(u'Some text.', parse=False) # Applies tagger and entity, not parser
| doc = nlp(u'Some text.', entity=False) # Applies tagger and parser, not entity
| doc = nlp(u'Some text.', tag=False) # Does not apply tagger, entity or parser
| doc = nlp(u'') # Zero-length tokens, not an error
| # doc = nlp(b'Some text') <-- Error: need unicode
| doc = nlp(b'Some text'.decode('utf8')) # Encode to unicode first.
pre.language-python: code
include ../../code/api.main_entry_point
+declare_class("Doc", "doc")
@ -297,41 +281,19 @@ mixin Func(type1, type2)
+attribute("sents", types.generator)(open=true)
| Yields sentence #[code Span] objects. Iterate over the span to get individual #[code Token] objects. Sentence spans have no label.
pre.language-python
code
| >>> from spacy.en import English
| >>> nlp = English()
| >>> doc = nlp(u'This is a sentence. Here's another...')
| >>> for sentence in doc.sents:
| ... sentence.root.orth_
| is
| 's
pre.language-python: code
include ../../code/api.sentence_spans
+attribute("ents", types.generator)(open=true)
| Yields named-entity #[code Span] objects. Iterate over the span to get individual #[code Token] objects, or access the label:
pre.language-python
code
| >>> from spacy.en import English
| >>> nlp = English()
| >>> tokens = nlp(u'Mr. Best flew to New York on Saturday morning.')
| >>> ents = list(tokens.ents)
| >>> ents[0].label, ents[0].label_, ents[0].orth_, ents[0].string
| (112504, 'PERSON', 'Best', ents[0].string)
pre.language-python: code
include ../../code/api.entity_spans
+attribute("noun_chunks", types.generator)(open=true)
| Yields base noun-phrase #[code Span ] objects. A base noun phrase, or "NP chunk", is a noun phrase that does not permit other NPs to be nested within it &ndash; so no NP-level coordination, no prepositional phrases, and no relative clauses. For example:
pre.language-python
code
| >>> from spacy.en import English
| >>> nlp = English()
| >>> doc = nlp('The sentence in this example has three noun chunks.')
| >>> for chunk in doc.noun_chunks:
| ... print(chunk.label, chunk.orth_, '<--', chunk.root.head.orth_)
| NP The sentence <-- has
| NP this example <-- in
| NP three noun chunks <-- has
pre.language-python: code
include ../../code/api.noun_chunk_spans
details
summary: h4 Export/Import
@ -346,18 +308,8 @@ mixin Func(type1, type2)
+method("count_by", "attr_id")(open=true)
| Produce a dict of #[code {attribute (int): count (ints)}] frequencies, keyed by the values of the given attribute ID.
pre.language-python
code
| >>> from spacy.en import English, attrs
| >>> nlp = English()
| >>> tokens = nlp(u'apple apple orange banana')
| >>> tokens.count_by(attrs.ORTH)
| {12800L: 1, 11880L: 2, 7561L: 1}
| >>> tokens.to_array([attrs.ORTH])
| array([[11880],
| [11880],
| [7561],
| [12800]])
pre.language-python: code
include ../../code/api.count_by
+method("from_array", "attrs, array")(open=true)
Write to a #[code Doc] object, from an M*N array of attributes.
@ -371,10 +323,8 @@ mixin Func(type1, type2)
+method("read_bytes")(open=true)
| A staticmethod, used to read serialized #[code Doc] objects from a file.
| For example:
pre.language-python
code
| for byte_string in Doc.read_bytes(open(location_of_bytes)):
| doc = Doc(nlp.vocab).from_bytes(byte_string)
pre.language-python: code
include ../../code/api.read_bytes
+declare_class("Token", "token")
p A Token represents a single word, punctuation or significant whitespace symbol. Integer IDs are provided for all string features. The (unicode) string is provided by an attribute of the same name followed by an underscore, e.g. #[code token.orth] is an integer ID, #[code token.orth_] is the unicode value. The only exception is the Token.string attribute, which is (unicode) string-typed.
@ -476,11 +426,8 @@ mixin Func(type1, type2)
+Define("token = span[i]")
| Get the #[code Token] object at position #[em i], where #[em i] is an offset within the #[code Span], not the document. That is:
pre.language-python
code
| span = doc[4:6]
| token = span[0]
| assert token.i == 4
pre.language-python: code
include ../../code/api.token_span
ul
+Define("for token in span")
@ -503,53 +450,34 @@ mixin Func(type1, type2)
+attribute("root")(open=true)
| The first ancestor of the first word of the span that has its head outside the span. For example:
pre.language-python
code
| >>> toks = nlp(u'I like New York in Autumn.')
pre.language-python: code
include ../../code/api.example_i_like_new_york1
p Let's name the indices --- easier than writing #[code toks[4]] etc.
pre.language-python
code
| >>> i, like, new, york, in_, autumn, dot = range(len(toks))
pre.language-python: code
include ../../code/api.example_i_like_new_york2
p The head of #[em new] is #[em York], and the head of #[em York] is #[em like]
pre.language-python
code
| >>> toks[new].head.orth_
| 'York'
| >>> toks[york].head.orth_
| 'like'
pre.language-python: code
include ../../code/api.example_i_like_new_york3
p Create a span for "New York". Its root is "York".
pre.language-python
code
| >>> new_york = toks[new:york+1]
| >>> new_york.root.orth_
| 'York'
pre.language-python: code
include ../../code/api.example_i_like_new_york4
p When there are multiple words with external dependencies, we take the first:
pre.language-python
code
| >>> toks[autumn].head.orth_, toks[dot].head.orth_
| ('in', like')
| >>> autumn_dot = toks[autumn:]
| >>> autumn_dot.root.orth_
| 'Autumn'
pre.language-python: code
include ../../code/api.example_i_like_new_york5
+attribute("lefts")(open=true)
| Tokens that are to the left of the span, whose head is within the span, i.e.
code.language-python
| lefts = [span.doc[i] for i in range(0, span.start)
| if span.doc[i].head in span]
pre.language-python: code
include ../../code/api.navigating_the_parse_tree_lefts
+attribute("rights")(open=true)
| Tokens that are to the right of the span, whose head is within the span, i.e.
code.language-python
| rights = [span.doc[i] for i in range(span.end, len(span.doc))
| if span.doc[i].head in span]
pre.language-python: code
include ../../code/api.navigating_the_parse_tree_rights
+attribute("subtree")(open=true)
| Tokens in the range #[code (start, end+1)], where #[code start] is the index of the leftmost word descended from a token in the span, and #[code end] is the index of the rightmost token descended from a token in the span.
@ -669,10 +597,8 @@ mixin Func(type1, type2)
+Define("for string in string_store")(open=true)
| Iterate over strings in the string store, in order, such that the #[em i]th string in the sequence has the ID #[em i]:
pre.language-python
code
| for i, string in enumerate(string_store):
| assert i == string_store[string]
pre.language-python: code
include ../../code/api.string_store
+init
p #[code StringStore.__init__] takes no arguments, so a new instance can be constructed as follows: