def _getAvailableDicts(private):
global g_availableDicts, g_dictsSortedByName
assert None != g_dictsSortedByName
initDictionary()
if g_fDisabled:
return (MODULE_DOWN, None)
df = Definition()
df.TextElement("Home", link="dictform:main")
df.TextElement(" / Select dictionary")
df.LineBreakElement(1,2)
dicts = []
for name in g_dictsSortedByName:
dicts.append(g_availableDicts[name])
dicts.sort(_sortByOrder)
for item in dicts:
if not item[5] or private:
df.BulletElement(False)
df.TextElement(item[2], link="s+dictstats:%s" % item[0])
df.PopParentElement()
udf = universalDataFormatWithDefinition(df, [["H", "Change dictionary"]])
return (DICT_DEF, udf)
def getDictionaryRandom(randomUrl, fDebug=False):
global g_wnWords, g_fDisabled
initDictionary()
if g_fDisabled:
return (MODULE_DOWN, None)
parts = randomUrl.split(":")
dictCode = parts[0]
flags = parts[1]
if WORDNET_CODE == dictCode:
totalWords = len(g_wnWords)
randomWordNo = g_random.randint(0, totalWords-1)
word = g_wnWords[randomWordNo]
nearbyWords = _getNearbyWords(g_wnWords, word, NEARBY_WORDS_TO_SHOW)
wordDef = _wnGetDef(word)
elif THESAURUS_CODE == dictCode:
totalWords = len(g_thWords)
randomWordNo = g_random.randint(0, totalWords-1)
word = g_thWords[randomWordNo]
nearbyWords = _getNearbyWords(g_thWords, word, NEARBY_WORDS_TO_SHOW)
wordDef = _thGetDef(word)
else:
return (INVALID_REQUEST, None)
assert None != wordDef
df = buildDefinitionFound(word, wordDef, nearbyWords, dictCode, flags)
udf = universalDataFormatWithDefinition(df, [["H", word]])
if fDebug:
print "random word is %s" % word
return (DICT_DEF, udf)
def _getAvailableDicts(private):
global g_availableDicts, g_dictsSortedByName
assert None != g_dictsSortedByName
initDictionary()
if g_fDisabled:
return (MODULE_DOWN, None)
df = Definition()
df.TextElement("Home", link="dictform:main")
df.TextElement(" / Select dictionary")
df.LineBreakElement(1, 2)
dicts = []
for name in g_dictsSortedByName:
dicts.append(g_availableDicts[name])
dicts.sort(_sortByOrder)
for item in dicts:
if not item[5] or private:
df.BulletElement(False)
df.TextElement(item[2], link="s+dictstats:%s" % item[0])
df.PopParentElement()
udf = universalDataFormatWithDefinition(df, [["H", "Change dictionary"]])
return (DICT_DEF, udf)
def getDictionaryRandom(randomUrl, fDebug=False):
global g_wnWords, g_fDisabled
initDictionary()
if g_fDisabled:
return (MODULE_DOWN, None)
parts = randomUrl.split(":")
dictCode = parts[0]
flags = parts[1]
if WORDNET_CODE == dictCode:
totalWords = len(g_wnWords)
randomWordNo = g_random.randint(0, totalWords - 1)
word = g_wnWords[randomWordNo]
nearbyWords = _getNearbyWords(g_wnWords, word, NEARBY_WORDS_TO_SHOW)
wordDef = _wnGetDef(word)
elif THESAURUS_CODE == dictCode:
totalWords = len(g_thWords)
randomWordNo = g_random.randint(0, totalWords - 1)
word = g_thWords[randomWordNo]
nearbyWords = _getNearbyWords(g_thWords, word, NEARBY_WORDS_TO_SHOW)
wordDef = _thGetDef(word)
else:
return (INVALID_REQUEST, None)
assert None != wordDef
df = buildDefinitionFound(word, wordDef, nearbyWords, dictCode, flags)
udf = universalDataFormatWithDefinition(df, [["H", word]])
if fDebug:
print "random word is %s" % word
return (DICT_DEF, udf)
def getDictionaryDef(searchTerm, fDebug=False):
global g_wnWords, g_fDisabled
initDictionary()
if g_fDisabled:
return (MODULE_DOWN, None)
parts = searchTerm.split(":", 2)
if 3 != len(parts):
return (INVALID_REQUEST, None)
assert 3 == len(parts)
(dictCode, flags, word) = parts
word = word.strip()
if WORDNET_CODE == dictCode:
words = g_wnWords
wordDef = _wnGetDef(word)
elif THESAURUS_CODE == dictCode:
words = g_thWords
wordDef = _thGetDef(word)
else:
return (INVALID_REQUEST, None)
nearbyWords = _getNearbyWords(words, word, NEARBY_WORDS_TO_SHOW)
if fDebug:
if None == wordDef:
print "definition of '%s' not found" % word
print nearbyWords
else:
print wordDef
if None == wordDef:
# ispell
suggestionsUnfiltred = getSpellcheckSuggestions(word)
suggestions = []
if suggestionsUnfiltred != None:
for sug in suggestionsUnfiltred:
if sug in words:
suggestions.append(sug)
# lupy
if WORDNET_CODE == dictCode:
toLupyWords = word
if len(word.split()) > 3:
toLupyWords = string.join(word.split()[:3])
lupyResults = g_lupyIndex.getWords(toLupyWords, dictCode)
else:
lupyResults = []
df = buildDefinitionNotFound(word, nearbyWords, dictCode, flags,
suggestions, lupyResults)
else:
df = buildDefinitionFound(word, wordDef, nearbyWords, dictCode, flags)
udf = universalDataFormatWithDefinition(df, [["H", word]])
return (DICT_DEF, udf)
def getDictionaryDef(searchTerm, fDebug=False):
global g_wnWords, g_fDisabled
initDictionary()
if g_fDisabled:
return (MODULE_DOWN, None)
parts = searchTerm.split(":", 2)
if 3 != len(parts):
return (INVALID_REQUEST, None)
assert 3 == len(parts)
(dictCode, flags, word) = parts
word = word.strip()
if WORDNET_CODE == dictCode:
words = g_wnWords
wordDef = _wnGetDef(word)
elif THESAURUS_CODE == dictCode:
words = g_thWords
wordDef = _thGetDef(word)
else:
return (INVALID_REQUEST, None)
nearbyWords = _getNearbyWords(words, word, NEARBY_WORDS_TO_SHOW)
if fDebug:
if None == wordDef:
print "definition of '%s' not found" % word
print nearbyWords
else:
print wordDef
if None == wordDef:
# ispell
suggestionsUnfiltred = getSpellcheckSuggestions(word)
suggestions = []
if suggestionsUnfiltred != None:
for sug in suggestionsUnfiltred:
if sug in words:
suggestions.append(sug)
# lupy
if WORDNET_CODE == dictCode:
toLupyWords = word
if len(word.split()) > 3:
toLupyWords = string.join(word.split()[:3])
lupyResults = g_lupyIndex.getWords(toLupyWords, dictCode)
else:
lupyResults = []
df = buildDefinitionNotFound(word, nearbyWords, dictCode, flags, suggestions, lupyResults)
else:
df = buildDefinitionFound(word, wordDef, nearbyWords, dictCode, flags)
udf = universalDataFormatWithDefinition(df, [["H", word]])
return (DICT_DEF, udf)