def parse_word_clip(word, entryText):
_FUNC_NAME_ = "parse_word_clip"
searchWord = word
pronunciationURLs = []
pronunciationURL = DICT_UNICODE_EMPTY_STR
pronunciationWords = []
pronunciationWord = DICT_UNICODE_EMPTY_STR
DEBUG_VAR="entryText"
coutput.print_debug(ERR_DEBUG, _FUNC_NAME_, "{0} :: {1}".format(DEBUG_VAR, type(entryText)))
sourceText = cparser.cleanse_text(entryText, DICT_CLEAN_TEXT_PATTERNS, DICT_CLEAN_INNER_TEXT_PATTERNS, DICT_CLEAN_OUTER_TEXT_PATTERNS)
DEBUG_VAR="sourceText"
coutput.print_debug(ERR_DEBUG, _FUNC_NAME_, "{0} :: {1}".format(DEBUG_VAR, type(sourceText)))
pronunciationURLs = pronunciationURLs + cparser.find_enclosed_text(DICT_MARKER_PRONUNCIATION_URL[0], DICT_MARKER_PRONUNCIATION_URL[1], sourceText)
if len(pronunciationURLs) > 0:
pronunciationURL = DICT_AUDIO_URL.format(PATH=pronunciationURLs[0])
pronunciationWords = pronunciationWords + cparser.find_enclosed_text(DICT_MARKER_PRONUNCIATION_WORD[0], DICT_MARKER_PRONUNCIATION_WORD[1], sourceText)
if len(pronunciationWords) > 0:
pronunciationWord = pronunciationWords[0]
return [pronunciationWord, pronunciationURL]
def parse_word_definition(word, entryText):
_FUNC_NAME_ = "parse_word_definition"
searchWord = word
wordDefinitions = []
DEBUG_VAR = "entryText"
coutput.print_debug(ERR_DEBUG, _FUNC_NAME_,
"{0} :: {1}".format(DEBUG_VAR, type(entryText)))
sourceText = cparser.cleanse_text(entryText, DICT_CLEAN_TEXT_PATTERNS,
DICT_CLEAN_INNER_TEXT_PATTERNS,
DICT_CLEAN_OUTER_TEXT_PATTERNS)
DEBUG_VAR = "sourceText"
coutput.print_debug(ERR_DEBUG, _FUNC_NAME_,
"{0} :: {1}".format(DEBUG_VAR, type(sourceText)))
for marker in DICT_MARKER_DEFINITION:
wordDefinitions = wordDefinitions + cparser.find_enclosed_text(
marker[0], marker[1], sourceText)
DEBUG_VAR = "wordDefinitions"
coutput.print_debug(ERR_DEBUG, _FUNC_NAME_,
"{0} :: {1}".format(DEBUG_VAR, type(wordDefinitions)))
coutput.print_debug(ERR_DEBUG, _FUNC_NAME_, eval(DEBUG_VAR))
return wordDefinitions
def parse_word_clip(word, entryText):
_FUNC_NAME_ = "parse_word_clip"
searchWord = word
pronunciationURLs = []
pronunciationURL = DICT_UNICODE_EMPTY_STR
pronunciationWords = []
pronunciationWord = DICT_UNICODE_EMPTY_STR
DEBUG_VAR = "entryText"
coutput.print_debug(ERR_DEBUG, _FUNC_NAME_,
"{0} :: {1}".format(DEBUG_VAR, type(entryText)))
sourceText = cparser.cleanse_text(entryText, DICT_CLEAN_TEXT_PATTERNS,
DICT_CLEAN_INNER_TEXT_PATTERNS,
DICT_CLEAN_OUTER_TEXT_PATTERNS)
DEBUG_VAR = "sourceText"
coutput.print_debug(ERR_DEBUG, _FUNC_NAME_,
"{0} :: {1}".format(DEBUG_VAR, type(sourceText)))
pronunciationURLs = pronunciationURLs + cparser.find_enclosed_text(
DICT_MARKER_PRONUNCIATION_URL[0], DICT_MARKER_PRONUNCIATION_URL[1],
sourceText)
if len(pronunciationURLs) > 0:
pronunciationURL = DICT_AUDIO_URL.format(PATH=pronunciationURLs[0])
pronunciationWords = pronunciationWords + cparser.find_enclosed_text(
DICT_MARKER_PRONUNCIATION_WORD[0],
DICT_MARKER_PRONUNCIATION_WORD[1], sourceText)
if len(pronunciationWords) > 0:
pronunciationWord = pronunciationWords[0]
return [pronunciationWord, pronunciationURL]
def parse_word_definition(word, entryText):
_FUNC_NAME_ = "parse_word_definition"
searchWord = word
wordDefinitions = []
DEBUG_VAR="entryText"
coutput.print_debug(ERR_DEBUG, _FUNC_NAME_, "{0} :: {1}".format(DEBUG_VAR, type(entryText)))
sourceText = cparser.cleanse_text(entryText, DICT_CLEAN_TEXT_PATTERNS, DICT_CLEAN_INNER_TEXT_PATTERNS, DICT_CLEAN_OUTER_TEXT_PATTERNS)
DEBUG_VAR="sourceText"
coutput.print_debug(ERR_DEBUG, _FUNC_NAME_, "{0} :: {1}".format(DEBUG_VAR, type(sourceText)))
for marker in DICT_MARKER_DEFINITION:
wordDefinitions = wordDefinitions + cparser.find_enclosed_text(marker[0], marker[1], sourceText)
DEBUG_VAR="wordDefinitions"
coutput.print_debug(ERR_DEBUG, _FUNC_NAME_, "{0} :: {1}".format(DEBUG_VAR, type(wordDefinitions)))
coutput.print_debug(ERR_DEBUG, _FUNC_NAME_, eval(DEBUG_VAR))
return wordDefinitions
else:
listRawText = listURLData
cleansedText = cparser.cleanse_text(listRawText, SB_CLEAN_TEXT_PATTERNS, SB_CLEAN_INNER_TEXT_PATTERNS, SB_CLEAN_OUTER_TEXT_PATTERNS)
listLang = listID.lower().replace(' ', '-')
# Process basic word list
listType = "basic"
listFileName = SB_WORD_LIST_OUT[args.contestYear].format(YEAR=listYear, SEQ=listSeq, LANG=listLang, TYPE=listType)
sectionOuterTextPatterns = [
[r'.*<div class="section word study">', r'</div>.*']
]
sectionText = cparser.cleanse_text(cleansedText, SB_CLEAN_TEXT_PATTERNS, SB_CLEAN_INNER_TEXT_PATTERNS, sectionOuterTextPatterns)
words = cparser.find_enclosed_text(r'<li>\s*', r'\s*</li>', sectionText)
print "Writing " + listFileName
cfile.write(listFileName, coutput.multiline_text(words))
# Process challenge word list
listType = "challenge"
listFileName = SB_WORD_LIST_OUT[args.contestYear].format(YEAR=listYear, SEQ=listSeq, LANG=listLang, TYPE=listType)
sectionOuterTextPatterns = [
[r'.*<div class="section word challenge">', r'</div>.*']
]
sectionText = cparser.cleanse_text(cleansedText, SB_CLEAN_TEXT_PATTERNS, SB_CLEAN_INNER_TEXT_PATTERNS, sectionOuterTextPatterns)
words = cparser.find_enclosed_text(r'<li>\s*', r'\s*</li>', sectionText)
print "Writing " + listFileName
cfile.write(listFileName, coutput.multiline_text(words))