def testInitWithCorrectDictWorks(self):
self.voikko.terminate()
self.voikko = Voikko(u"fi-x-standard")
self.failIf(self.voikko.spell(u"amifostiini"))
self.voikko.terminate()
self.voikko = Voikko(u"fi-x-medicine")
self.failUnless(self.voikko.spell(u"amifostiini"))
def testInitWithCorrectDictWorks(self):
self.voikko.terminate()
self.voikko = Voikko(u"fi-x-standard")
self.failIf(self.voikko.spell(u"amifostiini"))
self.voikko.terminate()
self.voikko = Voikko(u"fi-x-medicine")
self.failUnless(self.voikko.spell(u"amifostiini"))
class VoikkoCountVectorizer(CountVectorizer):
"""Converts a collection of text documents to a matrix of lemmatized token counts.
This is similar to scikit-learn CountVectorizer but uses Voikko for tokenization and
lemmatization. Additionally stop words can be specified using word classes that are
considered irrelevant for particular task.
"""
FINNISH_STOPWORD_CLASSES = [
"huudahdussana", "seikkasana", "lukusana", "asemosana", "sidesana",
"suhdesana", "kieltosana"
]
"""List of closed word classes for Finnish analyzer. Use these if you want to concentrate the analysis on nouns, verbs and
adjectives only."""
def __init__(self, langtag="fi", binary=False, stop_word_classes=[]):
self.voikko = Voikko(langtag)
self.stop_word_classes = set(stop_word_classes)
super().__init__(binary=binary)
def terminate(self):
self.voikko.terminate()
def build_analyzer(self):
check_stop_words = len(self.stop_word_classes) > 0
def analyse_word(word):
baseform = None
is_stop_word = False
for analysis in self.voikko.analyze(word):
if check_stop_words and "CLASS" in analysis and analysis[
"CLASS"] in self.stop_word_classes:
is_stop_word = True
elif "BASEFORM" in analysis:
new_baseform = analysis["BASEFORM"]
if baseform is not None and baseform != new_baseform:
return word.lower()
baseform = new_baseform
else:
return word.lower()
if baseform is None:
if is_stop_word:
return None
return word.lower()
return baseform
def analyse_text(text):
baseforms = [
analyse_word(token.tokenText)
for token in self.voikko.tokens(text)
if token.tokenType == Token.WORD
]
if check_stop_words:
return [
baseform for baseform in baseforms if baseform is not None
]
return baseforms
return analyse_text
def setInstallationPath(self, path):
self.__installationPath = path
searchPath = os.path.join(
path, "voikko",
platform.system() + "-" + "-".join(platform.architecture()))
logging.debug(
"VoikkoHandlePool.setInstallationPath: library search path is " +
searchPath)
Voikko.setLibrarySearchPath(searchPath)
def __openHandleWithVariant(self, language, fullVariant):
logging.debug("VoikkoHandlePool.__openHandleWithVariant")
try:
voikkoHandle = Voikko(fullVariant, self.getDictionaryPath())
self.__handles[language] = voikkoHandle
for booleanOpt, booleanValue in self.__globalBooleanOptions.items():
voikkoHandle.setBooleanOption(booleanOpt, booleanValue)
for integerOpt, integerValue in self.__globalIntegerOptions.items():
voikkoHandle.setIntegerOption(integerOpt, integerValue)
return voikkoHandle;
except VoikkoException as e:
self.__initializationErrors[language] = e.args[0]
return None
def testListDictsWithoutPath(self):
dicts = Voikko.listDicts()
self.failUnless(len(dicts) > 0)
standard = dicts[0]
self.assertEqual(
u"standard", standard.variant,
u"Standard dictionary must be the default in test environment.")
def initVoikko():
global _voikko
for allowedDict in ALLOWED_DICTS:
v = Voikko(allowedDict)
v.setIgnoreDot(False)
v.setAcceptUnfinishedParagraphsInGc(True)
_voikko[allowedDict] = v
for d in Voikko.listDicts():
tag = d.language + u"-x-" + d.variant
if tag in ALLOWED_DICTS:
_dictInfo[tag] = d
class VoikkoCountVectorizer(CountVectorizer): FINNISH_STOPWORD_CLASSES = ["huudahdussana", "seikkasana", "lukusana", "asemosana", "sidesana", "suhdesana", "kieltosana"] def __init__(self, langtag="fi", binary=False, stop_word_classes=[]): self.voikko = Voikko(langtag) self.stop_word_classes = set(stop_word_classes) super().__init__(binary=binary) def terminate(self): self.voikko.terminate() def build_analyzer(self): check_stop_words = len(self.stop_word_classes) > 0 def analyse_word(word): baseform = None is_stop_word = False for analysis in self.voikko.analyze(word): if check_stop_words and "CLASS" in analysis and analysis["CLASS"] in self.stop_word_classes: is_stop_word = True elif "BASEFORM" in analysis: new_baseform = analysis["BASEFORM"] if baseform is not None and baseform != new_baseform: return word.lower() baseform = new_baseform else: return word.lower() if baseform is None: if is_stop_word: return None return word.lower() return baseform def analyse_text(text): baseforms = [analyse_word(token.tokenText) for token in self.voikko.tokens(text) if token.tokenType == Token.WORD] if check_stop_words: return [baseform for baseform in baseforms if baseform is not None] return baseforms return analyse_text
def testListDictsWithPathAndAttributes(self):
info = MorphologyInfo()
info.variant = u"test-variant-name"
info.description = u"Some test description sakldjasd"
info.morphology = u"null"
dataDir = TestDataDir()
dataDir.createMorphology(info.variant, info)
dicts = Voikko.listDicts(dataDir.getDirectory())
dataDir.tearDown()
dictsWithCorrectVariant = list(filter(lambda aDict: aDict.variant == info.variant, dicts))
self.assertEqual(1, len(dictsWithCorrectVariant))
theDict = dictsWithCorrectVariant[0]
self.assertEqual(info.description, theDict.description)
self.assertEqual(u"fi", theDict.language)
self.assertEqual(u"", theDict.script)
def testListDictsWithPathAndAttributes(self):
info = MorphologyInfo()
info.variant = u"test-variant-name"
info.description = u"Some test description sakldjasd"
info.morphology = u"null"
dataDir = TestDataDir()
dataDir.createMorphology(info.variant, info)
dicts = Voikko.listDicts(dataDir.getDirectory())
dataDir.tearDown()
dictsWithCorrectVariant = list(
filter(lambda aDict: aDict.variant == info.variant, dicts))
self.assertEqual(1, len(dictsWithCorrectVariant))
theDict = dictsWithCorrectVariant[0]
self.assertEqual(info.description, theDict.description)
self.assertEqual(u"fi", theDict.language)
self.assertEqual(u"", theDict.script)
def initVoikko(): global _voikko for allowedDict in ALLOWED_DICTS: v = Voikko(allowedDict) v.setIgnoreDot(False) v.setAcceptUnfinishedParagraphsInGc(True) _voikko[allowedDict] = v for d in Voikko.listDicts(): tag = d.language + u"-x-" + d.variant if tag in ALLOWED_DICTS: _dictInfo[tag] = d
def __openHandleWithVariant(self, language, fullVariant):
logging.debug("VoikkoHandlePool.__openHandleWithVariant")
try:
voikkoHandle = Voikko(fullVariant, self.getDictionaryPath())
self.__handles[language] = voikkoHandle
for booleanOpt, booleanValue in self.__globalBooleanOptions.items(
):
voikkoHandle.setBooleanOption(booleanOpt, booleanValue)
for integerOpt, integerValue in self.__globalIntegerOptions.items(
):
voikkoHandle.setIntegerOption(integerOpt, integerValue)
return voikkoHandle
except VoikkoException as e:
self.__initializationErrors[language] = e.args[0]
return None
def testGetVersion(self):
version = Voikko.getVersion()
# We can't test for correct version but let's assume it starts with a number
self.failUnless(re.compile(u"[0-9].*").match(version) is not None)
def setUp(self):
self.voikko = Voikko(u"fi")
def testInitWithPathWorks(self):
# TODO: better test
self.voikko.terminate()
self.voikko = Voikko(u"fi", path=u"/path/to/nowhere")
self.failUnless(self.voikko.spell(u"kissa"))
#!/usr/bin/env python
# -*- coding: utf-8 -*-
from libvoikko import Voikko
AUTHOR = 'Viljami Venekoski'
AUTHOR_EMAIL = "*****@*****.**"
VERSION = '0.1'
VOIKKO = Voikko("fi")
import re
from libvoikko import Voikko
# v = Voikko('fi-x-morphoid')
v = Voikko("fi")
# Replace all non letter characters with space
RE_WS_REPLACE = re.compile(r"[^\w]", re.UNICODE)
RE_FIND_COMPOUNDS = re.compile(r"\(([\w+]+)\)", re.UNICODE)
def voikko_analyze(text):
text = RE_WS_REPLACE.sub(" ", text)
words = text.split(" ")
# Strip spaces
words = [x.strip() for x in words]
# Remove empty items
words = filter(None, words)
# Loop all words and analyze them
analyzed = []
for word in words:
aword = v.analyze(word)
if aword:
i = 0
for f in aword:
i += 1
f["found"] = True
f["original"] = word
wordbases = RE_FIND_COMPOUNDS.findall(f.get("WORDBASES", ""))
f["wordbase_list"] = [
class VoikkoAttributeVectorizer:
"""Converts a collection of text documents to a matrix of counts of words
having specific value for enumerated morphological analysis attributes.
Examples
--------
>>> from voikko_sklearn import VoikkoAttributeVectorizer
>>> corpus = [
... 'Koiran karvat olivat takussa.',
... 'Kissamme goli vanha.'
... ]
>>> vectorizer = VoikkoAttributeVectorizer(['NUMBER', 'PERSON'], langtag='fi')
>>> print(vectorizer.get_feature_names())
['unknown', 'NUMBER_plural', 'NUMBER_singular', 'PERSON_1', 'PERSON_2', 'PERSON_3', 'PERSON_4']
>>> X = vectorizer.transform(corpus)
>>> print(X.toarray())
[[0. 0.5 0.5 0. 0. 0.25 0. ]
[0.33333333 0. 0.66666667 0. 0. 0. 0. ]]
"""
def __init__(self, attributes, langtag="fi"):
self.input = input
self.attributes = attributes
self.voikko = Voikko(langtag)
self.__init_feature_names()
def __init_feature_names(self):
self.feature_names = ['unknown']
self.feature_name_to_index = {'unknown' : 0}
for attribute in self.attributes:
values = self.voikko.attributeValues(attribute)
if values is None:
raise ValueError("Attribute '" + attribute + "' does not exist or is not categorial.")
values.sort()
for value in values:
name = attribute + '_' + value
self.feature_name_to_index[name] = len(self.feature_names)
self.feature_names.append(name)
def terminate(self):
self.voikko.terminate()
def build_tokenizer(self):
return lambda text: [token.tokenText for token in self.voikko.tokens(text) if token.tokenType == Token.WORD]
def get_feature_names(self):
return self.feature_names
def __transform_document(self, document, target_vector):
words = self.build_tokenizer()(document)
wordcount = len(words)
if wordcount == 0:
return
for word in words:
analysis_list = self.voikko.analyze(word)
count = len(analysis_list)
if count == 0:
target_vector[0] += 1
else:
for analysis in analysis_list:
for attribute in self.attributes:
if attribute in analysis:
value = analysis[attribute]
target_vector[self.feature_name_to_index[attribute + "_" + value]] += 1.0 / count
target_vector /= wordcount
def transform(self, document_list):
document_count = len(document_list)
vector_length = len(self.feature_names)
data = numpy.zeros((document_count, vector_length), dtype=numpy.float64)
for i in range(document_count):
self.__transform_document(document_list[i], data[i])
return csr_matrix(data)
def fit(self, document_list):
return self
def fit_transform(self, document_list):
return self.transform(document_list)
def testListDictsWithoutPath(self):
dicts = Voikko.listDicts()
self.failUnless(len(dicts) > 0)
standard = dicts[0]
self.assertEqual(u"standard", standard.variant,
u"Standard dictionary must be the default in test environment.")
def testAnotherObjectCanBeCreatedUsedAndDeletedInParallel(self):
medicalVoikko = Voikko(u"fi-x-medicine")
self.failUnless(medicalVoikko.spell(u"amifostiini"))
self.failIf(self.voikko.spell(u"amifostiini"))
del medicalVoikko
self.failIf(self.voikko.spell(u"amifostiini"))
def testGetVersion(self):
version = Voikko.getVersion()
# We can't test for correct version but let's assume it starts with a number
self.failUnless(re.compile(u"[0-9].*").match(version) is not None)
def setUp(self):
self.voikko = Voikko(u"fi")
class LibvoikkoTest(unittest.TestCase):
def setUp(self):
self.voikko = Voikko(u"fi")
def tearDown(self):
self.voikko.terminate()
def testInitAndTerminate(self):
pass # do nothing, just check that setUp and tearDown complete succesfully
def testTerminateCanBeCalledMultipleTimes(self):
self.voikko.terminate()
self.voikko.terminate()
def testAnotherObjectCanBeCreatedUsedAndDeletedInParallel(self):
medicalVoikko = Voikko(u"fi-x-medicine")
self.failUnless(medicalVoikko.spell(u"amifostiini"))
self.failIf(self.voikko.spell(u"amifostiini"))
del medicalVoikko
self.failIf(self.voikko.spell(u"amifostiini"))
def testDictionaryComparisonWorks(self):
d1 = Dictionary(u"fi", u"", u"a", u"b")
d2 = Dictionary(u"fi", u"", u"a", u"c")
d3 = Dictionary(u"fi", u"", u"c", u"b")
d4 = Dictionary(u"fi", u"", u"a", u"b")
d5 = Dictionary(u"sv", u"", u"a", u"b")
self.assertNotEqual(u"kissa", d1)
self.assertNotEqual(d1, u"kissa")
self.assertNotEqual(d1, d2)
self.assertNotEqual(d1, d3)
self.assertNotEqual(d4, d5)
self.assertEqual(d1, d4)
self.failUnless(d1 < d2)
self.failUnless(d2 < d3)
self.failUnless(d4 < d5)
def testDictionaryHashCodeWorks(self):
d1 = Dictionary(u"fi", u"", u"a", u"b")
d2 = Dictionary(u"fi", u"", u"a", u"c")
d3 = Dictionary(u"fi", u"", u"c", u"b")
d4 = Dictionary(u"fi", u"", u"a", u"b")
d5 = Dictionary(u"sv", u"", u"a", u"b")
self.assertNotEqual(hash(d1), hash(d2))
self.assertNotEqual(hash(d1), hash(d3))
self.assertNotEqual(hash(d4), hash(d5))
self.assertEqual(hash(d1), hash(d4))
def testListDictsWithoutPath(self):
dicts = Voikko.listDicts()
self.failUnless(len(dicts) > 0)
standard = dicts[0]
self.assertEqual(u"standard", standard.variant,
u"Standard dictionary must be the default in test environment.")
def testListSupportedSpellingLanguagesWithoutPath(self):
langs = Voikko.listSupportedSpellingLanguages()
self.failUnless(u"fi" in langs, u"Finnish dictionary must be present in the test environment")
def testListDictsWithPathAndAttributes(self):
info = MorphologyInfo()
info.variant = u"test-variant-name"
info.description = u"Some test description sakldjasd"
info.morphology = u"null"
dataDir = TestDataDir()
dataDir.createMorphology(info.variant, info)
dicts = Voikko.listDicts(dataDir.getDirectory())
dataDir.tearDown()
dictsWithCorrectVariant = list(filter(lambda aDict: aDict.variant == info.variant, dicts))
self.assertEqual(1, len(dictsWithCorrectVariant))
theDict = dictsWithCorrectVariant[0]
self.assertEqual(info.description, theDict.description)
self.assertEqual(u"fi", theDict.language)
self.assertEqual(u"", theDict.script)
def testInitWithCorrectDictWorks(self):
self.voikko.terminate()
self.voikko = Voikko(u"fi-x-standard")
self.failIf(self.voikko.spell(u"amifostiini"))
self.voikko.terminate()
self.voikko = Voikko(u"fi-x-medicine")
self.failUnless(self.voikko.spell(u"amifostiini"))
def testInitWithNonExistentDictThrowsException(self):
def tryInit():
self.voikko = Voikko(u"fi-x-non-existent-variant")
self.voikko.terminate()
self.assertRaises(VoikkoException, tryInit)
def testInitWithPathWorks(self):
# TODO: better test
self.voikko.terminate()
self.voikko = Voikko(u"fi", path=u"/path/to/nowhere")
self.failUnless(self.voikko.spell(u"kissa"))
def testSpellAfterTerminateThrowsException(self):
def trySpell():
self.voikko.spell(u"kissa")
self.voikko.terminate()
self.assertRaises(VoikkoException, trySpell)
def testSpell(self):
self.failUnless(self.voikko.spell(u"määrä"))
self.failIf(self.voikko.spell(u"määä"))
def testSuggest(self):
suggs = self.voikko.suggest(u"koirra")
self.failUnless(u"koira" in suggs)
def testSuggestReturnsArgumentIfWordIsCorrect(self):
suggs = self.voikko.suggest(u"koira")
self.assertEqual(1, len(suggs))
self.assertEqual(u"koira", suggs[0])
def testGrammarErrorsAndExplanation(self):
errors = self.voikko.grammarErrors(u"Minä olen joten kuten kaunis.", "fi")
self.assertEqual(1, len(errors))
error = errors[0]
self.assertEqual(10, error.startPos)
self.assertEqual(11, error.errorLen)
self.assertEqual([u"jotenkuten"], error.suggestions)
self.assertEqual(u"Virheellinen kirjoitusasu", error.shortDescription)
def testNoGrammarErrorsInEmptyParagraph(self):
errors = self.voikko.grammarErrors(u"Olen täi.\n\nOlen täi.", "fi")
self.assertEqual(0, len(errors))
def testGrammarErrorOffsetsInMultipleParagraphs(self):
errors = self.voikko.grammarErrors(u"Olen täi.\n\nOlen joten kuten.", "fi")
self.assertEqual(1, len(errors))
error = errors[0]
self.assertEqual(16, error.startPos)
self.assertEqual(11, error.errorLen)
def testAnalyze(self):
analysisList = self.voikko.analyze(u"kansaneläkehakemus")
self.assertEqual(1, len(analysisList))
analysis = analysisList[0]
self.assertEqual(u"=pppppp=ppppp=ppppppp", analysis["STRUCTURE"])
def testTokens(self):
tokenList = self.voikko.tokens(u"kissa ja koira")
self.assertEqual(5, len(tokenList))
tokenJa = tokenList[2]
self.assertEqual(Token.WORD, tokenJa.tokenType)
self.assertEqual(u"ja", tokenJa.tokenText)
def testSentences(self):
sentences = self.voikko.sentences(u"Kissa ei ole koira. Koira ei ole kissa.")
self.assertEqual(2, len(sentences))
self.assertEqual(u"Kissa ei ole koira. ", sentences[0].sentenceText)
self.assertEqual(Sentence.PROBABLE, sentences[0].nextStartType)
self.assertEqual(u"Koira ei ole kissa.", sentences[1].sentenceText)
self.assertEqual(Sentence.NONE, sentences[1].nextStartType)
def testHyphenationPattern(self):
pattern = self.voikko.getHyphenationPattern(u"kissa")
self.assertEqual(" - ", pattern)
pattern = self.voikko.getHyphenationPattern(u"määrä")
self.assertEqual(" - ", pattern)
pattern = self.voikko.getHyphenationPattern(u"kuorma-auto")
self.assertEqual(" - = - ", pattern)
pattern = self.voikko.getHyphenationPattern(u"vaa'an")
self.assertEqual(" = ", pattern)
pattern = self.voikko.getHyphenationPattern(u"auton-")
self.assertEqual(" - ", pattern)
pattern = self.voikko.getHyphenationPattern(u"aztoa-")
self.assertEqual(" - - ", pattern)
pattern = self.voikko.getHyphenationPattern(u"aztoa-alus")
self.assertEqual(" - -= - ", pattern)
pattern = self.voikko.getHyphenationPattern(u"-auton")
self.assertEqual(" - ", pattern)
pattern = self.voikko.getHyphenationPattern(u"-aztoa")
self.assertEqual(" - -", pattern)
def testHyphenate(self):
self.assertEqual(u"kis-sa", self.voikko.hyphenate(u"kissa"))
self.assertEqual(u"mää-rä", self.voikko.hyphenate(u"määrä"))
self.assertEqual(u"kuor-ma-au-to", self.voikko.hyphenate(u"kuorma-auto"))
self.assertEqual(u"vaa-an", self.voikko.hyphenate(u"vaa'an"))
def testHyphenateWithCustomSeparator(self):
self.assertEqual(u"kis­sa", self.voikko.hyphenate(u"kissa", u"­", True))
self.assertEqual(u"kuor­ma-au­to", self.voikko.hyphenate(u"kuorma-auto", u"­", True))
self.assertEqual(u"vaa­an", self.voikko.hyphenate(u"vaa'an", u"­", True))
self.assertEqual(u"vaa'an", self.voikko.hyphenate(u"vaa'an", u"­", False))
def testSetIgnoreDot(self):
self.voikko.setIgnoreDot(False)
self.failIf(self.voikko.spell(u"kissa."))
self.voikko.setIgnoreDot(True)
self.failUnless(self.voikko.spell(u"kissa."))
def testSetBooleanOption(self):
self.voikko.setBooleanOption(0, False) # This is "ignore dot"
self.failIf(self.voikko.spell(u"kissa."))
self.voikko.setBooleanOption(0, True)
self.failUnless(self.voikko.spell(u"kissa."))
def testSetIgnoreNumbers(self):
self.voikko.setIgnoreNumbers(False)
self.failIf(self.voikko.spell(u"kissa2"))
self.voikko.setIgnoreNumbers(True)
self.failUnless(self.voikko.spell(u"kissa2"))
def testSetIgnoreUppercase(self):
self.voikko.setIgnoreUppercase(False)
self.failIf(self.voikko.spell(u"KAAAA"))
self.voikko.setIgnoreUppercase(True)
self.failUnless(self.voikko.spell(u"KAAAA"))
def testAcceptFirstUppercase(self):
self.voikko.setAcceptFirstUppercase(False)
self.failIf(self.voikko.spell("Kissa"))
self.voikko.setAcceptFirstUppercase(True)
self.failUnless(self.voikko.spell("Kissa"))
def testUpperCaseScandinavianLetters(self):
self.failUnless(self.voikko.spell(u"Äiti"))
self.failIf(self.voikko.spell(u"Ääiti"))
self.failUnless(self.voikko.spell(u"š"))
self.failUnless(self.voikko.spell(u"Š"))
def testAcceptAllUppercase(self):
self.voikko.setIgnoreUppercase(False)
self.voikko.setAcceptAllUppercase(False)
self.failIf(self.voikko.spell("KISSA"))
self.voikko.setAcceptAllUppercase(True)
self.failUnless(self.voikko.spell("KISSA"))
self.failIf(self.voikko.spell("KAAAA"))
def testIgnoreNonwords(self):
self.voikko.setIgnoreNonwords(False)
self.failIf(self.voikko.spell("*****@*****.**"))
self.voikko.setIgnoreNonwords(True)
self.failUnless(self.voikko.spell("*****@*****.**"))
self.failIf(self.voikko.spell("ashdaksd"))
def testAcceptExtraHyphens(self):
self.voikko.setAcceptExtraHyphens(False)
self.failIf(self.voikko.spell("kerros-talo"))
self.voikko.setAcceptExtraHyphens(True)
self.failUnless(self.voikko.spell("kerros-talo"))
def testAcceptMissingHyphens(self):
self.voikko.setAcceptMissingHyphens(False)
self.failIf(self.voikko.spell("sosiaali"))
self.voikko.setAcceptMissingHyphens(True)
self.failUnless(self.voikko.spell("sosiaali"))
def testSetAcceptTitlesInGc(self):
self.voikko.setAcceptTitlesInGc(False)
self.assertEqual(1, len(self.voikko.grammarErrors(u"Kissa on eläin", "fi")))
self.voikko.setAcceptTitlesInGc(True)
self.assertEqual(0, len(self.voikko.grammarErrors(u"Kissa on eläin", "fi")))
def testSetAcceptUnfinishedParagraphsInGc(self):
self.voikko.setAcceptUnfinishedParagraphsInGc(False)
self.assertEqual(1, len(self.voikko.grammarErrors(u"Kissa on ", "fi")))
self.voikko.setAcceptUnfinishedParagraphsInGc(True)
self.assertEqual(0, len(self.voikko.grammarErrors(u"Kissa on ", "fi")))
def testSetAcceptBulletedListsInGc(self):
self.voikko.setAcceptBulletedListsInGc(False)
self.assertNotEqual(0, len(self.voikko.grammarErrors(u"kissa", "fi")))
self.voikko.setAcceptBulletedListsInGc(True)
self.assertEqual(0, len(self.voikko.grammarErrors(u"kissa", "fi")))
def testSetNoUglyHyphenation(self):
self.voikko.setNoUglyHyphenation(False)
self.assertEqual(u"i-va", self.voikko.hyphenate(u"iva"))
self.voikko.setNoUglyHyphenation(True)
self.assertEqual(u"iva", self.voikko.hyphenate(u"iva"))
def testSetHyphenateUnknownWordsWorks(self):
self.voikko.setHyphenateUnknownWords(False)
self.assertEqual(u"kirjutepo", self.voikko.hyphenate(u"kirjutepo"))
self.voikko.setHyphenateUnknownWords(True)
self.assertEqual(u"kir-ju-te-po", self.voikko.hyphenate(u"kirjutepo"))
def testSetMinHyphenatedWordLength(self):
self.voikko.setMinHyphenatedWordLength(6)
self.assertEqual(u"koira", self.voikko.hyphenate(u"koira"))
self.voikko.setMinHyphenatedWordLength(2)
self.assertEqual(u"koi-ra", self.voikko.hyphenate(u"koira"))
def testIncreaseSpellerCacheSize(self):
# TODO: this only tests that nothing breaks, not that cache is actually increased
self.voikko.setSpellerCacheSize(3)
self.failUnless(self.voikko.spell(u"kissa"))
def testDisableSpellerCache(self):
# TODO: this only tests that nothing breaks, not that cache is actually disabled
self.voikko.setSpellerCacheSize(-1)
self.failUnless(self.voikko.spell(u"kissa"))
def testSetSuggestionStrategy(self):
self.voikko.setSuggestionStrategy(SuggestionStrategy.OCR)
self.failIf(u"koira" in self.voikko.suggest(u"koari"))
self.failUnless(u"koira" in self.voikko.suggest(u"koir_"))
self.voikko.setSuggestionStrategy(SuggestionStrategy.TYPO)
self.failUnless(u"koira" in self.voikko.suggest(u"koari"))
def testMaxAnalysisCountIsNotPassed(self):
complexWord = u"lumenerolumenerolumenerolumenerolumenero"
self.failUnless(len(self.voikko.analyze(complexWord)) <= MAX_ANALYSIS_COUNT)
def testMorPruningWorks(self):
# TODO: this test will not fail, it just takes very long time
# if pruning does not work.
complexWord = u""
for i in range(0, 20):
complexWord = complexWord + u"lumenero"
self.failUnless(len(complexWord) < MAX_WORD_CHARS)
self.voikko.analyze(complexWord)
def testOverLongWordsAreRejectedInSpellCheck(self):
# Limit is 255 characters. This behavior is deprecated and may change.
longWord = u""
for i in range(0, 25):
longWord = longWord + u"kuraattori"
self.failUnless(len(longWord) < MAX_WORD_CHARS)
self.failUnless(self.voikko.spell(longWord))
longWord = longWord + u"kuraattori"
self.failUnless(len(longWord) > MAX_WORD_CHARS)
self.failIf(self.voikko.spell(longWord))
def testOverLongWordsAreRejectedInAnalysis(self):
# Limit is 255 characters. This behavior is deprecated and may change.
longWord = u""
for i in range(0, 25):
longWord = longWord + u"kuraattori"
self.failUnless(len(longWord) < MAX_WORD_CHARS)
self.assertEqual(1, len(self.voikko.analyze(longWord)))
longWord = longWord + u"kuraattori"
self.failUnless(len(longWord) > MAX_WORD_CHARS)
self.assertEqual(0, len(self.voikko.analyze(longWord)))
def testTokenizationWorksForHugeParagraphs(self):
hugeParagraph = "Kissa on 29 vuotta vanha... Onhan se silloin vanha. " * 10000
self.assertEqual(10000 * 20, len(self.voikko.tokens(hugeParagraph)))
def testTokenizationWorksWithSomeMultibyteCharacters(self):
text = u"Kissä on 29 vuotta vanha... Onhan se silloin vanha. \n" * 9
self.assertEqual(180, len(self.voikko.tokens(text)))
def testEmbeddedNullsAreNotAccepted(self):
self.failIf(self.voikko.spell(u"kissa\0asdasd"))
self.assertEqual(0, len(self.voikko.suggest(u"kisssa\0koira")))
self.assertEqual(u"kissa\0koira", self.voikko.hyphenate(u"kissa\0koira"))
self.assertEquals(0, len(self.voikko.grammarErrors(u"kissa\0koira", "fi")))
self.assertEquals(0, len(self.voikko.analyze(u"kissa\0koira")))
def testNullCharMeansSingleSentence(self):
sentences = self.voikko.sentences(u"kissa\0koira. Koira ja kissa.")
self.assertEqual(1, len(sentences))
self.assertEqual(Sentence.NONE, sentences[0].nextStartType)
self.assertEqual(u"kissa\0koira. Koira ja kissa.", sentences[0].sentenceText)
def testNullCharIsUnknownToken(self):
tokens = self.voikko.tokens(u"kissa\0koira")
self.assertEquals(3, len(tokens))
self.assertEquals(Token.WORD, tokens[0].tokenType)
self.assertEquals(u"kissa", tokens[0].tokenText)
self.assertEquals(Token.UNKNOWN, tokens[1].tokenType)
self.assertEquals(u"\0", tokens[1].tokenText)
self.assertEquals(Token.WORD, tokens[2].tokenType)
self.assertEquals(u"koira", tokens[2].tokenText)
tokens = self.voikko.tokens(u"kissa\0\0koira")
self.assertEquals(4, len(tokens))
self.assertEquals(Token.WORD, tokens[0].tokenType)
self.assertEquals(u"kissa", tokens[0].tokenText)
self.assertEquals(Token.UNKNOWN, tokens[1].tokenType)
self.assertEquals(u"\0", tokens[1].tokenText)
self.assertEquals(Token.UNKNOWN, tokens[2].tokenType)
self.assertEquals(u"\0", tokens[2].tokenText)
self.assertEquals(Token.WORD, tokens[3].tokenType)
self.assertEquals(u"koira", tokens[3].tokenText)
tokens = self.voikko.tokens(u"kissa\0")
self.assertEquals(2, len(tokens))
self.assertEquals(Token.WORD, tokens[0].tokenType)
self.assertEquals(u"kissa", tokens[0].tokenText)
self.assertEquals(Token.UNKNOWN, tokens[1].tokenType)
self.assertEquals(u"\0", tokens[1].tokenText)
tokens = self.voikko.tokens(u"\0kissa")
self.assertEquals(2, len(tokens))
self.assertEquals(Token.UNKNOWN, tokens[0].tokenType)
self.assertEquals(u"\0", tokens[0].tokenText)
self.assertEquals(Token.WORD, tokens[1].tokenType)
self.assertEquals(u"kissa", tokens[1].tokenText)
tokens = self.voikko.tokens(u"\0")
self.assertEquals(1, len(tokens))
self.assertEquals(Token.UNKNOWN, tokens[0].tokenType)
self.assertEquals(u"\0", tokens[0].tokenText)
self.assertEquals(0, len(self.voikko.tokens(u"")))
def testAllCapsAndDot(self):
self.voikko.setIgnoreDot(True)
self.failIf(self.voikko.spell(u"ABC-DEF."))
def testGetVersion(self):
version = Voikko.getVersion()
# We can't test for correct version but let's assume it starts with a number
self.failUnless(re.compile(u"[0-9].*").match(version) is not None)
def testInitWithPathWorks(self):
# TODO: better test
self.voikko.terminate()
self.voikko = Voikko(u"fi", path=u"/path/to/nowhere")
self.failUnless(self.voikko.spell(u"kissa"))
def tryInit():
self.voikko = Voikko(u"fi-x-non-existent-variant")
def __init__(self, langtag="fi", binary=False, stop_word_classes=[]): self.voikko = Voikko(langtag) self.stop_word_classes = set(stop_word_classes) super().__init__(binary=binary)
def testListSupportedSpellingLanguagesWithoutPath(self):
langs = Voikko.listSupportedSpellingLanguages()
self.failUnless(u"fi" in langs, u"Finnish dictionary must be present in the test environment")
def __init__(self, attributes, langtag="fi"): self.input = input self.attributes = attributes self.voikko = Voikko(langtag) self.__init_feature_names()
# This is an example application
import pandas as pd
from libvoikko import Voikko
v = Voikko("fi")
print(v.analyze("autossa"))
df1 = pd.read_csv("./data/input.csv")
df2 = pd.read_csv("./data/input.csv")
df1 = df1.append(df2)
df1.to_csv("./data/output.csv")
logging.getLogger().setLevel(logging.DEBUG)
def messageBox(messageText):
ctx = uno.getComponentContext()
sManager = ctx.ServiceManager
toolkit = sManager.createInstance("com.sun.star.awt.Toolkit")
msgbox = toolkit.createMessageBox(None, ERRORBOX, BUTTONS_OK, "Error initializing Voikko", messageText)
return msgbox.execute()
if not PropertyManager.loadingFailed:
try:
# Force initialization of property manager so that it is done before anything else.
PropertyManager.getInstance()
# We could check for specific version but this at least ensures that libvoikko is installed
# (this would throw an exception if it's not).
Voikko.getVersion()
# name of g_ImplementationHelper is significant, Python component loader expects to find it
g_ImplementationHelper = unohelper.ImplementationHelper()
g_ImplementationHelper.addImplementation(SettingsEventHandler, \
SettingsEventHandler.IMPLEMENTATION_NAME,
SettingsEventHandler.SUPPORTED_SERVICE_NAMES,)
g_ImplementationHelper.addImplementation(SpellChecker, \
SpellChecker.IMPLEMENTATION_NAME,
SpellChecker.SUPPORTED_SERVICE_NAMES,)
g_ImplementationHelper.addImplementation(Hyphenator, \
Hyphenator.IMPLEMENTATION_NAME,
Hyphenator.SUPPORTED_SERVICE_NAMES,)
g_ImplementationHelper.addImplementation(GrammarChecker, \
GrammarChecker.IMPLEMENTATION_NAME,
GrammarChecker.SUPPORTED_SERVICE_NAMES,)
except OSError as e:
def testListSupportedSpellingLanguagesWithoutPath(self):
langs = Voikko.listSupportedSpellingLanguages()
self.failUnless(
u"fi" in langs,
u"Finnish dictionary must be present in the test environment")
"""Contains functions for retrieving pre-processed words from one teletext frontpage image.
See instructions in words_from_image()
"""
import re
from typing import List, Tuple
import pytesseract
from PIL import Image, ImageOps
from libvoikko import Voikko
# these settings only work in Windows environment
Voikko.setLibrarySearchPath("C:/python37/DLLs")
voikko = Voikko("fi-x-morphoid")
pytesseract.pytesseract.tesseract_cmd = r'C:\Program Files (x86)\Tesseract-OCR\tesseract.exe'
def words_from_image(filename: str) -> List[List[str]]:
"""Retrieve pre-processed words from given 'filename' containing teletext frontpage image.
Return value is a list of lists
e.g. [['word1', 'word2'], ['word1', 'word2', 'word3']]
"""
# make image black and white
image = Image.open(filename).convert('1').convert('RGB')
# invert black and white
image = ImageOps.invert(image)
locale.setlocale(locale.LC_ALL, 'FI_fi')
weekday = datetime.datetime.now().strftime('%A') # e.g. Tiistai
if len(sys.argv) > 1:
weekday = sys.argv[1]
pattern = re.compile('.*{}.*'.format(weekday))
URL = 'http://pompier.fi/espa/lounas/'
text = get_html(URL)
soup = BeautifulSoup(text)
# columns = soup.find_all('strong')
todays_lunch = soup.find(text=pattern)
print(todays_lunch.parent.parent.text)
from libvoikko import Voikko, Token
v = Voikko(u"fi-x-morphoid")
ttt = todays_lunch.parent.parent.text.replace('-', ' ').replace('\r', ' ').replace('\n', ' ')
all_words = []
for word in ttt.split(" "):
word = word.strip('\n\r,.')
foo = v.analyze(word)
print("-- " + word + "--")
if foo and 'BASEFORM' in foo[0]:
base = foo[0]['BASEFORM']
else:
base = word
all_words.append(base)
print(": " + base)
print(all_words)
def tryInit():
self.voikko = Voikko(u"fi-x-non-existent-variant")
locale.setlocale(locale.LC_ALL, "FI_fi")
weekday = datetime.datetime.now().strftime("%A") # e.g. Tiistai
if len(sys.argv) > 1:
weekday = sys.argv[1]
pattern = re.compile(".*{}.*".format(weekday))
URL = "http://pompier.fi/espa/lounas/"
text = get_html(URL)
soup = BeautifulSoup(text)
# columns = soup.find_all('strong')
todays_lunch = soup.find(text=pattern)
print(todays_lunch.parent.parent.text)
from libvoikko import Voikko, Token
v = Voikko(u"fi-x-morphoid")
ttt = (todays_lunch.parent.parent.text.replace("-",
" ").replace("\r", " ").replace(
"\n", " "))
all_words = []
for word in ttt.split(" "):
word = word.strip("\n\r,.")
foo = v.analyze(word)
print("-- " + word + "--")
if foo and "BASEFORM" in foo[0]:
base = foo[0]["BASEFORM"]
else:
base = word
all_words.append(base)
print(": " + base)
class LibvoikkoTest(unittest.TestCase):
def setUp(self):
self.voikko = Voikko(u"fi")
def tearDown(self):
self.voikko.terminate()
def testInitAndTerminate(self):
pass # do nothing, just check that setUp and tearDown complete succesfully
def testTerminateCanBeCalledMultipleTimes(self):
self.voikko.terminate()
self.voikko.terminate()
def testAnotherObjectCanBeCreatedUsedAndDeletedInParallel(self):
medicalVoikko = Voikko(u"fi-x-medicine")
self.failUnless(medicalVoikko.spell(u"amifostiini"))
self.failIf(self.voikko.spell(u"amifostiini"))
del medicalVoikko
self.failIf(self.voikko.spell(u"amifostiini"))
def testDictionaryComparisonWorks(self):
d1 = Dictionary(u"fi", u"", u"a", u"b")
d2 = Dictionary(u"fi", u"", u"a", u"c")
d3 = Dictionary(u"fi", u"", u"c", u"b")
d4 = Dictionary(u"fi", u"", u"a", u"b")
d5 = Dictionary(u"sv", u"", u"a", u"b")
self.assertNotEqual(u"kissa", d1)
self.assertNotEqual(d1, u"kissa")
self.assertNotEqual(d1, d2)
self.assertNotEqual(d1, d3)
self.assertNotEqual(d4, d5)
self.assertEqual(d1, d4)
self.failUnless(d1 < d2)
self.failUnless(d2 < d3)
self.failUnless(d4 < d5)
def testDictionaryHashCodeWorks(self):
d1 = Dictionary(u"fi", u"", u"a", u"b")
d2 = Dictionary(u"fi", u"", u"a", u"c")
d3 = Dictionary(u"fi", u"", u"c", u"b")
d4 = Dictionary(u"fi", u"", u"a", u"b")
d5 = Dictionary(u"sv", u"", u"a", u"b")
self.assertNotEqual(hash(d1), hash(d2))
self.assertNotEqual(hash(d1), hash(d3))
self.assertNotEqual(hash(d4), hash(d5))
self.assertEqual(hash(d1), hash(d4))
def testListDictsWithoutPath(self):
dicts = Voikko.listDicts()
self.failUnless(len(dicts) > 0)
standard = dicts[0]
self.assertEqual(
u"standard", standard.variant,
u"Standard dictionary must be the default in test environment.")
def testListSupportedSpellingLanguagesWithoutPath(self):
langs = Voikko.listSupportedSpellingLanguages()
self.failUnless(
u"fi" in langs,
u"Finnish dictionary must be present in the test environment")
def testListDictsWithPathAndAttributes(self):
info = MorphologyInfo()
info.variant = u"test-variant-name"
info.description = u"Some test description sakldjasd"
info.morphology = u"null"
dataDir = TestDataDir()
dataDir.createMorphology(info.variant, info)
dicts = Voikko.listDicts(dataDir.getDirectory())
dataDir.tearDown()
dictsWithCorrectVariant = list(
filter(lambda aDict: aDict.variant == info.variant, dicts))
self.assertEqual(1, len(dictsWithCorrectVariant))
theDict = dictsWithCorrectVariant[0]
self.assertEqual(info.description, theDict.description)
self.assertEqual(u"fi", theDict.language)
self.assertEqual(u"", theDict.script)
def testInitWithCorrectDictWorks(self):
self.voikko.terminate()
self.voikko = Voikko(u"fi-x-standard")
self.failIf(self.voikko.spell(u"amifostiini"))
self.voikko.terminate()
self.voikko = Voikko(u"fi-x-medicine")
self.failUnless(self.voikko.spell(u"amifostiini"))
def testInitWithNonExistentDictThrowsException(self):
def tryInit():
self.voikko = Voikko(u"fi-x-non-existent-variant")
self.voikko.terminate()
self.assertRaises(VoikkoException, tryInit)
def testInitWithPathWorks(self):
# TODO: better test
self.voikko.terminate()
self.voikko = Voikko(u"fi", path=u"/path/to/nowhere")
self.failUnless(self.voikko.spell(u"kissa"))
def testSpellAfterTerminateThrowsException(self):
def trySpell():
self.voikko.spell(u"kissa")
self.voikko.terminate()
self.assertRaises(VoikkoException, trySpell)
def testSpell(self):
self.failUnless(self.voikko.spell(u"määrä"))
self.failIf(self.voikko.spell(u"määä"))
def testSuggest(self):
suggs = self.voikko.suggest(u"koirra")
self.failUnless(u"koira" in suggs)
def testSuggestReturnsArgumentIfWordIsCorrect(self):
suggs = self.voikko.suggest(u"koira")
self.assertEqual(1, len(suggs))
self.assertEqual(u"koira", suggs[0])
def testGrammarErrorsAndExplanation(self):
errors = self.voikko.grammarErrors(u"Minä olen joten kuten kaunis.",
"fi")
self.assertEqual(1, len(errors))
error = errors[0]
self.assertEqual(10, error.startPos)
self.assertEqual(11, error.errorLen)
self.assertEqual([u"jotenkuten"], error.suggestions)
self.assertEqual(u"Virheellinen kirjoitusasu", error.shortDescription)
def testNoGrammarErrorsInEmptyParagraph(self):
errors = self.voikko.grammarErrors(u"Olen täi.\n\nOlen täi.", "fi")
self.assertEqual(0, len(errors))
def testGrammarErrorOffsetsInMultipleParagraphs(self):
errors = self.voikko.grammarErrors(u"Olen täi.\n\nOlen joten kuten.",
"fi")
self.assertEqual(1, len(errors))
error = errors[0]
self.assertEqual(16, error.startPos)
self.assertEqual(11, error.errorLen)
def testAnalyze(self):
analysisList = self.voikko.analyze(u"kansaneläkehakemus")
self.assertEqual(1, len(analysisList))
analysis = analysisList[0]
self.assertEqual(u"=pppppp=ppppp=ppppppp", analysis["STRUCTURE"])
def testTokens(self):
tokenList = self.voikko.tokens(u"kissa ja koira")
self.assertEqual(5, len(tokenList))
tokenJa = tokenList[2]
self.assertEqual(Token.WORD, tokenJa.tokenType)
self.assertEqual(u"ja", tokenJa.tokenText)
def testSentences(self):
sentences = self.voikko.sentences(
u"Kissa ei ole koira. Koira ei ole kissa.")
self.assertEqual(2, len(sentences))
self.assertEqual(u"Kissa ei ole koira. ", sentences[0].sentenceText)
self.assertEqual(Sentence.PROBABLE, sentences[0].nextStartType)
self.assertEqual(u"Koira ei ole kissa.", sentences[1].sentenceText)
self.assertEqual(Sentence.NONE, sentences[1].nextStartType)
def testAttributeValuesForEnumeratedAttribute(self):
values = self.voikko.attributeValues(u"NUMBER")
self.assertEqual(2, len(values))
self.assertTrue("singular" in values)
self.assertTrue("plural" in values)
def testAttributeValuesForNonEnumeratedAttribute(self):
values = self.voikko.attributeValues(u"BASEFORM")
self.assertEqual(None, values)
def testAttributeValuesForUnknownAttribute(self):
values = self.voikko.attributeValues(u"XYZ")
self.assertEqual(None, values)
def testHyphenationPattern(self):
pattern = self.voikko.getHyphenationPattern(u"kissa")
self.assertEqual(" - ", pattern)
pattern = self.voikko.getHyphenationPattern(u"määrä")
self.assertEqual(" - ", pattern)
pattern = self.voikko.getHyphenationPattern(u"kuorma-auto")
self.assertEqual(" - = - ", pattern)
pattern = self.voikko.getHyphenationPattern(u"vaa'an")
self.assertEqual(" = ", pattern)
pattern = self.voikko.getHyphenationPattern(u"auton-")
self.assertEqual(" - ", pattern)
pattern = self.voikko.getHyphenationPattern(u"aztoa-")
self.assertEqual(" - - ", pattern)
pattern = self.voikko.getHyphenationPattern(u"aztoa-alus")
self.assertEqual(" - -= - ", pattern)
pattern = self.voikko.getHyphenationPattern(u"-auton")
self.assertEqual(" - ", pattern)
pattern = self.voikko.getHyphenationPattern(u"-aztoa")
self.assertEqual(" - -", pattern)
def testHyphenate(self):
self.assertEqual(u"kis-sa", self.voikko.hyphenate(u"kissa"))
self.assertEqual(u"mää-rä", self.voikko.hyphenate(u"määrä"))
self.assertEqual(u"kuor-ma-au-to",
self.voikko.hyphenate(u"kuorma-auto"))
self.assertEqual(u"vaa-an", self.voikko.hyphenate(u"vaa'an"))
def testHyphenateWithCustomSeparator(self):
self.assertEqual(u"kis­sa",
self.voikko.hyphenate(u"kissa", u"­", True))
self.assertEqual(u"kuor­ma-au­to",
self.voikko.hyphenate(u"kuorma-auto", u"­", True))
self.assertEqual(u"vaa­an",
self.voikko.hyphenate(u"vaa'an", u"­", True))
self.assertEqual(u"vaa'an",
self.voikko.hyphenate(u"vaa'an", u"­", False))
def testSetIgnoreDot(self):
self.voikko.setIgnoreDot(False)
self.failIf(self.voikko.spell(u"kissa."))
self.voikko.setIgnoreDot(True)
self.failUnless(self.voikko.spell(u"kissa."))
def testSetBooleanOption(self):
self.voikko.setBooleanOption(0, False) # This is "ignore dot"
self.failIf(self.voikko.spell(u"kissa."))
self.voikko.setBooleanOption(0, True)
self.failUnless(self.voikko.spell(u"kissa."))
def testSetIgnoreNumbers(self):
self.voikko.setIgnoreNumbers(False)
self.failIf(self.voikko.spell(u"kissa2"))
self.voikko.setIgnoreNumbers(True)
self.failUnless(self.voikko.spell(u"kissa2"))
def testSetIgnoreUppercase(self):
self.voikko.setIgnoreUppercase(False)
self.failIf(self.voikko.spell(u"KAAAA"))
self.voikko.setIgnoreUppercase(True)
self.failUnless(self.voikko.spell(u"KAAAA"))
def testAcceptFirstUppercase(self):
self.voikko.setAcceptFirstUppercase(False)
self.failIf(self.voikko.spell("Kissa"))
self.voikko.setAcceptFirstUppercase(True)
self.failUnless(self.voikko.spell("Kissa"))
def testUpperCaseScandinavianLetters(self):
self.failUnless(self.voikko.spell(u"Äiti"))
self.failIf(self.voikko.spell(u"Ääiti"))
self.failUnless(self.voikko.spell(u"š"))
self.failUnless(self.voikko.spell(u"Š"))
def testAcceptAllUppercase(self):
self.voikko.setIgnoreUppercase(False)
self.voikko.setAcceptAllUppercase(False)
self.failIf(self.voikko.spell("KISSA"))
self.voikko.setAcceptAllUppercase(True)
self.failUnless(self.voikko.spell("KISSA"))
self.failIf(self.voikko.spell("KAAAA"))
def testIgnoreNonwords(self):
self.voikko.setIgnoreNonwords(False)
self.failIf(self.voikko.spell("*****@*****.**"))
self.voikko.setIgnoreNonwords(True)
self.failUnless(self.voikko.spell("*****@*****.**"))
self.failIf(self.voikko.spell("ashdaksd"))
def testAcceptExtraHyphens(self):
self.voikko.setAcceptExtraHyphens(False)
self.failIf(self.voikko.spell("kerros-talo"))
self.voikko.setAcceptExtraHyphens(True)
self.failUnless(self.voikko.spell("kerros-talo"))
def testAcceptMissingHyphens(self):
self.voikko.setAcceptMissingHyphens(False)
self.failIf(self.voikko.spell("sosiaali"))
self.voikko.setAcceptMissingHyphens(True)
self.failUnless(self.voikko.spell("sosiaali"))
def testSetAcceptTitlesInGc(self):
self.voikko.setAcceptTitlesInGc(False)
self.assertEqual(
1, len(self.voikko.grammarErrors(u"Kissa on eläin", "fi")))
self.voikko.setAcceptTitlesInGc(True)
self.assertEqual(
0, len(self.voikko.grammarErrors(u"Kissa on eläin", "fi")))
def testSetAcceptUnfinishedParagraphsInGc(self):
self.voikko.setAcceptUnfinishedParagraphsInGc(False)
self.assertEqual(1, len(self.voikko.grammarErrors(u"Kissa on ", "fi")))
self.voikko.setAcceptUnfinishedParagraphsInGc(True)
self.assertEqual(0, len(self.voikko.grammarErrors(u"Kissa on ", "fi")))
def testSetAcceptBulletedListsInGc(self):
self.voikko.setAcceptBulletedListsInGc(False)
self.assertNotEqual(0, len(self.voikko.grammarErrors(u"kissa", "fi")))
self.voikko.setAcceptBulletedListsInGc(True)
self.assertEqual(0, len(self.voikko.grammarErrors(u"kissa", "fi")))
def testSetNoUglyHyphenation(self):
self.voikko.setNoUglyHyphenation(False)
self.assertEqual(u"i-va", self.voikko.hyphenate(u"iva"))
self.voikko.setNoUglyHyphenation(True)
self.assertEqual(u"iva", self.voikko.hyphenate(u"iva"))
def testSetHyphenateUnknownWordsWorks(self):
self.voikko.setHyphenateUnknownWords(False)
self.assertEqual(u"kirjutepo", self.voikko.hyphenate(u"kirjutepo"))
self.voikko.setHyphenateUnknownWords(True)
self.assertEqual(u"kir-ju-te-po", self.voikko.hyphenate(u"kirjutepo"))
def testSetMinHyphenatedWordLength(self):
self.voikko.setMinHyphenatedWordLength(6)
self.assertEqual(u"koira", self.voikko.hyphenate(u"koira"))
self.voikko.setMinHyphenatedWordLength(2)
self.assertEqual(u"koi-ra", self.voikko.hyphenate(u"koira"))
def testIncreaseSpellerCacheSize(self):
# TODO: this only tests that nothing breaks, not that cache is actually increased
self.voikko.setSpellerCacheSize(3)
self.failUnless(self.voikko.spell(u"kissa"))
def testDisableSpellerCache(self):
# TODO: this only tests that nothing breaks, not that cache is actually disabled
self.voikko.setSpellerCacheSize(-1)
self.failUnless(self.voikko.spell(u"kissa"))
def testSetSuggestionStrategy(self):
self.voikko.setSuggestionStrategy(SuggestionStrategy.OCR)
self.failIf(u"koira" in self.voikko.suggest(u"koari"))
self.failUnless(u"koira" in self.voikko.suggest(u"koir_"))
self.voikko.setSuggestionStrategy(SuggestionStrategy.TYPO)
self.failUnless(u"koira" in self.voikko.suggest(u"koari"))
def testMaxAnalysisCountIsNotPassed(self):
complexWord = u"lumenerolumenerolumenerolumenerolumenero"
self.failUnless(
len(self.voikko.analyze(complexWord)) <= MAX_ANALYSIS_COUNT)
def testMorPruningWorks(self):
# TODO: this test will not fail, it just takes very long time
# if pruning does not work.
complexWord = u""
for i in range(0, 20):
complexWord = complexWord + u"lumenero"
self.failUnless(len(complexWord) < MAX_WORD_CHARS)
self.voikko.analyze(complexWord)
def testOverLongWordsAreRejectedInSpellCheck(self):
# Limit is 255 characters. This behavior is deprecated and may change.
longWord = u""
for i in range(0, 25):
longWord = longWord + u"kuraattori"
self.failUnless(len(longWord) < MAX_WORD_CHARS)
self.failUnless(self.voikko.spell(longWord))
longWord = longWord + u"kuraattori"
self.failUnless(len(longWord) > MAX_WORD_CHARS)
self.failIf(self.voikko.spell(longWord))
def testOverLongWordsAreRejectedInAnalysis(self):
# Limit is 255 characters. This behavior is deprecated and may change.
longWord = u""
for i in range(0, 25):
longWord = longWord + u"kuraattori"
self.failUnless(len(longWord) < MAX_WORD_CHARS)
self.assertEqual(1, len(self.voikko.analyze(longWord)))
longWord = longWord + u"kuraattori"
self.failUnless(len(longWord) > MAX_WORD_CHARS)
self.assertEqual(0, len(self.voikko.analyze(longWord)))
def testTokenizationWorksForHugeParagraphs(self):
hugeParagraph = "Kissa on 29 vuotta vanha... Onhan se silloin vanha. " * 10000
self.assertEqual(10000 * 20, len(self.voikko.tokens(hugeParagraph)))
def testTokenizationWorksWithSomeMultibyteCharacters(self):
text = u"Kissä on 29 vuotta vanha... Onhan se silloin vanha. \n" * 9
self.assertEqual(180, len(self.voikko.tokens(text)))
def testEmbeddedNullsAreNotAccepted(self):
self.failIf(self.voikko.spell(u"kissa\0asdasd"))
self.assertEqual(0, len(self.voikko.suggest(u"kisssa\0koira")))
self.assertEqual(u"kissa\0koira",
self.voikko.hyphenate(u"kissa\0koira"))
self.assertEquals(
0, len(self.voikko.grammarErrors(u"kissa\0koira", "fi")))
self.assertEquals(0, len(self.voikko.analyze(u"kissa\0koira")))
def testNullCharMeansSingleSentence(self):
sentences = self.voikko.sentences(u"kissa\0koira. Koira ja kissa.")
self.assertEqual(1, len(sentences))
self.assertEqual(Sentence.NONE, sentences[0].nextStartType)
self.assertEqual(u"kissa\0koira. Koira ja kissa.",
sentences[0].sentenceText)
def testNullCharIsUnknownToken(self):
tokens = self.voikko.tokens(u"kissa\0koira")
self.assertEquals(3, len(tokens))
self.assertEquals(Token.WORD, tokens[0].tokenType)
self.assertEquals(u"kissa", tokens[0].tokenText)
self.assertEquals(Token.UNKNOWN, tokens[1].tokenType)
self.assertEquals(u"\0", tokens[1].tokenText)
self.assertEquals(Token.WORD, tokens[2].tokenType)
self.assertEquals(u"koira", tokens[2].tokenText)
tokens = self.voikko.tokens(u"kissa\0\0koira")
self.assertEquals(4, len(tokens))
self.assertEquals(Token.WORD, tokens[0].tokenType)
self.assertEquals(u"kissa", tokens[0].tokenText)
self.assertEquals(Token.UNKNOWN, tokens[1].tokenType)
self.assertEquals(u"\0", tokens[1].tokenText)
self.assertEquals(Token.UNKNOWN, tokens[2].tokenType)
self.assertEquals(u"\0", tokens[2].tokenText)
self.assertEquals(Token.WORD, tokens[3].tokenType)
self.assertEquals(u"koira", tokens[3].tokenText)
tokens = self.voikko.tokens(u"kissa\0")
self.assertEquals(2, len(tokens))
self.assertEquals(Token.WORD, tokens[0].tokenType)
self.assertEquals(u"kissa", tokens[0].tokenText)
self.assertEquals(Token.UNKNOWN, tokens[1].tokenType)
self.assertEquals(u"\0", tokens[1].tokenText)
tokens = self.voikko.tokens(u"\0kissa")
self.assertEquals(2, len(tokens))
self.assertEquals(Token.UNKNOWN, tokens[0].tokenType)
self.assertEquals(u"\0", tokens[0].tokenText)
self.assertEquals(Token.WORD, tokens[1].tokenType)
self.assertEquals(u"kissa", tokens[1].tokenText)
tokens = self.voikko.tokens(u"\0")
self.assertEquals(1, len(tokens))
self.assertEquals(Token.UNKNOWN, tokens[0].tokenType)
self.assertEquals(u"\0", tokens[0].tokenText)
self.assertEquals(0, len(self.voikko.tokens(u"")))
def testAllCapsAndDot(self):
self.voikko.setIgnoreDot(True)
self.failIf(self.voikko.spell(u"ABC-DEF."))
def testGetVersion(self):
version = Voikko.getVersion()
# We can't test for correct version but let's assume it starts with a number
self.failUnless(re.compile(u"[0-9].*").match(version) is not None)
#!/usr/bin/env python
import sys
from libvoikko import Voikko
print('Analysoidaan annetut sanat:\n')
v = Voikko("fi")
# Pass the 1st argument as it is the app name itself.
for a in sys.argv[1:]:
print('Sanan {} analyysi:'.format(a))
print(v.analyze(a))
print('Annetut sanat analysoitu.')
def testAnotherObjectCanBeCreatedUsedAndDeletedInParallel(self):
medicalVoikko = Voikko(u"fi-x-medicine")
self.failUnless(medicalVoikko.spell(u"amifostiini"))
self.failIf(self.voikko.spell(u"amifostiini"))
del medicalVoikko
self.failIf(self.voikko.spell(u"amifostiini"))
from flask import Flask, request
from flask_restful import Resource, Api
from flask import jsonify
import sys
from libvoikko import Voikko
app = Flask(__name__)
api = Api(app)
v = Voikko('fi')
class Finnish_text_analysis(Resource):
def get(self):
word = request.args.get('word')
return (jsonify(self.process(word)))
class Analyze(Finnish_text_analysis):
def process(self, word):
return v.analyze(word)
class Spell(Finnish_text_analysis):
def process(self, word):
return {"spelling": v.spell(word)}
class Suggest(Finnish_text_analysis):
def process(self, word):
#!/usr/bin/env python
from libvoikko import Voikko
v = Voikko("fi")
print(v.analyze('astetta'))
def setInstallationPath(self, path):
self.__installationPath = path
searchPath = os.path.join(path, "voikko", platform.system() + "-" + "-".join(platform.architecture()))
logging.debug("VoikkoHandlePool.setInstallationPath: library search path is " + searchPath)
Voikko.setLibrarySearchPath(searchPath)
from libvoikko import Voikko
voikko = Voikko("fi")
# from https://stackoverflow.com/a/1988826/95357
class Memoize:
def __init__(self, f):
self.f = f
self.memo = {}
def __call__(self, *args):
if not args in self.memo:
self.memo[args] = self.f(*args)
# Warning: You may wish to do a deepcopy here if returning objects
return self.memo[args]
@Memoize
def analyze_word(form):
return voikko.analyze(form)
def __initAvailableVariants(self): dicts = Voikko.listDicts(VoikkoHandlePool.getInstance().getDictionaryPath()) self.__dictionaryVariantList = [] for vDict in dicts: dictName = vDict.variant + ": " + vDict.description self.__dictionaryVariantList.append(dictName)