def save_evaluation_practice_words(self, practiceMode, saveEnabled):
_FUNC_NAME_ = "save_evaluation_practice_words"
if saveEnabled:
if len(self.activePracticeWords) > 0:
if practiceMode.lower() == "test":
practiceFileName = SB_DATA_DIR + SB_PRACTICE_WORD_FILE
practiceFileName = practiceFileName.format(LISTID=self.contestList)
elif practiceMode.lower() == "revise":
practiceFileName = SB_DATA_DIR + SB_REVISION_WORD_FILE
currentPracticeWordList = []
# Get previously saved practice words
if os.path.isfile(practiceFileName) and os.path.getsize(practiceFileName) > 0:
currentPracticeWordList = cfile.read(practiceFileName).splitlines() # Use of splitlines() avoids the newline character from being stored in the word list
# Save practice words to practice file, if not already saved
for word in self.activePracticeWords:
DEBUG_VAR="word"
coutput.print_debug(SB_ERR_DEBUG, _FUNC_NAME_, "{0} :: {1}".format(DEBUG_VAR, type(word)))
coutput.print_debug(SB_ERR_DEBUG, _FUNC_NAME_, eval(DEBUG_VAR))
practiceFileText = SB_EMPTY_STRING
if word not in currentPracticeWordList:
practiceFileText = practiceFileText + word + SB_NEWLINE
if practiceFileText != SB_EMPTY_STRING:
cfile.append(practiceFileName, practiceFileText)
elif entryRowName == "Lang. of Origin":
wordEtymology = entryRowValue
elif entryRowName == "Definition":
wordDefinition = entryRowValue
elif entryRowName == "Examples":
wordExamples = entryRowValue
wordExamples = re.sub('[ ]*,[ ]*', APP_WORD_DELIMITER, wordExamples, flags=re.IGNORECASE)
elif entryRowName == "Addl. Info":
wordNote = entryRowValue
elif entryRowName == "Sentence":
wordSentence = entryRowValue
elif entryRowName == "Related Words":
wordRelated = entryRowValue
wordRelated = re.sub('[ ]*,[ ]*', APP_WORD_DELIMITER, wordRelated, flags=re.IGNORECASE)
elif entryRowName != APP_EMPTY_STRING:
cfile.append(APP_LIST_ERROR_FILE, "{};{}".format(displayWord, entryRowName))
audioElement = browser.find_element_by_xpath("//audio[@id='audio1']")
if audioElement is not None:
wordAudioURL = audioElement.get_property("src")
wordEntry = "#!Source: " + APP_SOURCE_DESC
wordEntry = wordEntry + APP_NEWLINE + "#!Word: " + listWord
wordEntry = wordEntry + APP_NEWLINE + "#!Respelling: " + wordRespelling
wordEntry = wordEntry + APP_NEWLINE + "#!AudioURL: " + wordAudioURL
wordEntry = wordEntry + APP_NEWLINE + "#!Etymology: " + wordEtymology
wordEntry = wordEntry + APP_NEWLINE + "#!Sentence: " + wordSentence
wordEntry = wordEntry + APP_NEWLINE + "#!Note: " + wordNote
wordEntry = wordEntry + APP_NEWLINE + "#!Meta: " + wordMeta
wordEntry = wordEntry + APP_NEWLINE + "#!Examples: " + wordExamples
def display_evaluation_result(self, practiceMode, saveResultEnabled, savePracticeEnabled):
if practiceMode.lower() == "test":
testHeader = unicode("=============== Start of Test Log ===============", 'utf-8')
testTrailer = unicode("================ End of Test Log ================", 'utf-8')
testFileName = SB_DATA_DIR + SB_TEST_LOG
elif practiceMode.lower() == "revise":
testHeader = unicode("=============== Start of Revision Log ===============", 'utf-8')
testTrailer = unicode("================ End of Revision Log ================", 'utf-8')
testFileName = SB_DATA_DIR + SB_REVISION_LOG
# Test header
testStats = SB_NEWLINE + unicode("Spelling Bee {0}".format(self.contestList), 'utf-8')
testStats += SB_NEWLINE + unicode("Word Count [{0}] Chapter [{1}/{2}] Words [{3}-{4}]".format(self.word_count(), self.activeChapter, self.chapter_count(), self.activeRangeStart + 1, self.activeRangeEnd + 1), 'utf-8')
testStats += SB_NEWLINE + SB_NEWLINE + unicode("Test Date [{0}] Score [{1}]".format(self.activeTestDate, self.activeTestScore), 'utf-8')
displayText = testStats
print displayText,
logText = testHeader + testStats
# Test valuations
# Print colorized test valuations
coloredTestValuations = []
for valuation in self.activeTestValuations:
if re.match('^' + SB_RIGHT_SYMBOL + '.*', valuation):
textColor = coutput.get_term_color('green', 'normal', 'normal')
else:
textColor = coutput.get_term_color('red', 'normal', 'normal')
coloredTestValuations.append(textColor + valuation + coutput.get_term_color('normal', 'normal', 'normal'))
print SB_NEWLINE,
coutput.print_columnized_list(coloredTestValuations, SB_COLUMN_COUNT)
columnizedTestValuations = coutput.columnize(self.activeTestValuations, SB_COLUMN_COUNT)
for row in columnizedTestValuations:
logText += SB_NEWLINE
for col in row:
logText += col
# Test practice words
if len(self.activePracticeWords) > 0:
practiceWordsText = SB_NEWLINE + unicode("Practice Words:", 'utf-8')
for row in coutput.columnize(self.activePracticeWords, SB_COLUMN_COUNT):
practiceWordsText += SB_NEWLINE
for col in row:
practiceWordsText += col
print practiceWordsText,
logText += SB_NEWLINE + practiceWordsText
# Test trailer
logText += SB_NEWLINE + testTrailer + SB_NEWLINE
if saveResultEnabled:
# Save practice words
self.save_evaluation_practice_words(practiceMode, savePracticeEnabled)
# Save test log
cfile.append(testFileName, logText)
def lookup_dictionary_by_word(self, word):
_FUNC_NAME_ = "lookup_dictionary_by_word"
DEBUG_VAR="self.wordList[0]"
coutput.print_debug(SB_ERR_DEBUG, _FUNC_NAME_, "{0} :: {1}".format(DEBUG_VAR, type(self.wordList[0])))
coutput.print_debug(SB_ERR_DEBUG, _FUNC_NAME_, eval(DEBUG_VAR))
DEBUG_VAR="word"
coutput.print_debug(SB_ERR_DEBUG, _FUNC_NAME_, "{0} :: {1}".format(DEBUG_VAR, type(word)))
coutput.print_debug(SB_ERR_DEBUG, _FUNC_NAME_, eval(DEBUG_VAR))
self.activeWord = word.strip()
DEBUG_VAR="self.activeWord"
coutput.print_debug(SB_ERR_DEBUG, _FUNC_NAME_, "{0} :: {1}".format(DEBUG_VAR, type(self.activeWord)))
coutput.print_debug(SB_ERR_DEBUG, _FUNC_NAME_, eval(DEBUG_VAR))
# Setup connection and error logging
connectionPool = urllib3.PoolManager(10, headers=SB_USER_AGENT)
errorFileName = SB_DATA_DIR + SB_ERR_LOG
# Check offline for dictionary entry
self.activeEntry = SB_EMPTY_STRING
self.activeDefinition = []
overrideDefnFileName = SB_DICT_OVERRIDE_DIR + SB_DICT_OVERRIDE_DEFN.format(WORD=word).replace(" ", "_")
offlineEntryFileName = SB_DICT_OFFLINE_DIR + SB_DICT_OFFLINE_ENTR.format(WORD=word).replace(" ", "_")
# Check for dictionary definition override
if os.path.isfile(overrideDefnFileName) and os.path.getsize(overrideDefnFileName) > 0:
self.activeEntry = unicode("[Dictionary Definition Override]", 'utf-8')
self.activeDefinition = cfile.read(overrideDefnFileName).splitlines()
DEBUG_VAR="self.activeEntry"
coutput.print_debug(SB_ERR_DEBUG, _FUNC_NAME_, "{0} :: {1}".format(DEBUG_VAR, type(self.activeEntry)))
coutput.print_debug(SB_ERR_DEBUG, _FUNC_NAME_, eval(DEBUG_VAR))
# Check primary source for dictionary entry
elif os.path.isfile(offlineEntryFileName) and os.path.getsize(offlineEntryFileName) > 100:
coutput.print_debug(SB_ERR_DEBUG, _FUNC_NAME_, "offlineEntryFile size :: {0}".format(os.path.getsize(offlineEntryFileName)))
self.activeEntry = cfile.read(offlineEntryFileName)
self.activeDefinition = cdict.parse_word_definition(self.activeWord, self.activeEntry)
DEBUG_VAR="self.activeEntry"
coutput.print_debug(SB_ERR_DEBUG, _FUNC_NAME_, "{0} :: {1}".format(DEBUG_VAR, type(self.activeEntry)))
coutput.print_debug(SB_ERR_DEBUG, _FUNC_NAME_, eval(DEBUG_VAR))
else:
# Download dictionary entry
self.activeEntry = cdict.get_dictionary_entry(connectionPool, self.activeWord)
DEBUG_VAR="self.activeEntry"
coutput.print_debug(SB_ERR_DEBUG, _FUNC_NAME_, "{0} :: {1}".format(DEBUG_VAR, type(self.activeEntry)))
coutput.print_debug(SB_ERR_DEBUG, _FUNC_NAME_, eval(DEBUG_VAR))
# Save dictionary entry offline
cfile.write(offlineEntryFileName, self.activeEntry)
# Retrieve word definition
self.activeDefinition = cdict.parse_word_definition(self.activeWord, self.activeEntry)
if len(self.activeDefinition) == 0:
# Log missing definition error
errorText = unicode("ERROR:Missing Definition:{0}\n", 'utf-8')
errorText = errorText.format(self.activeWord)
cfile.append(errorFileName, errorText)
# Check offline for word pronunciation
self.activePronunciation = SB_EMPTY_STRING
self.activePronunciationWord = SB_EMPTY_STRING
overrideProncnFileName = SB_DICT_OVERRIDE_DIR + SB_DICT_OVERRIDE_CLIP.format(WORD=self.activeWord).replace(" ", "_")
offlineProncnFileName = SB_DICT_OFFLINE_DIR + SB_DICT_OFFLINE_CLIP.format(WORD=self.activeWord).replace(" ", "_")
# Check for dictionary pronunciation override
if os.path.isfile(overrideProncnFileName) and os.path.getsize(overrideProncnFileName) > 0:
self.activePronunciation = overrideProncnFileName
self.activePronunciationWord = self.activeWord
# Check primary source for dictionary entry and pronunciation
elif os.path.isfile(offlineEntryFileName) and os.path.getsize(offlineEntryFileName) > 100 and os.path.isfile(offlineProncnFileName) and os.path.getsize(offlineProncnFileName) > 1000:
coutput.print_debug(SB_ERR_DEBUG, _FUNC_NAME_, "offlineProncnFile size :: {0}".format(os.path.getsize(offlineProncnFileName)))
self.activePronunciation = offlineProncnFileName
# Retrieve pronunciation audio clip word form and filename
[wordClipForm, wordClipURL] = cdict.parse_word_clip(self.activeWord, self.activeEntry)
self.activePronunciationWord = wordClipForm
else:
# Retrieve pronunciation audio clip word form and filename
[wordClipForm, wordClipURL] = cdict.parse_word_clip(self.activeWord, self.activeEntry)
# Save pronunciation offline
if wordClipURL == SB_EMPTY_STRING:
# Log missing audio error
errorText = unicode("ERROR:Missing Audio:{0}\n", 'utf-8')
errorText = errorText.format(self.activeWord)
cfile.append(errorFileName, errorText)
else:
# Download audio clip
cfile.download(connectionPool, wordClipURL, offlineProncnFileName)
self.activePronunciation = offlineProncnFileName
self.activePronunciationWord = wordClipForm
# Log audio mismatch error
wordToken = re.sub('[^a-zA-Z]', SB_EMPTY_STRING, self.activeWord.lower())
pronunciationToken = re.sub('[^a-zA-Z]', SB_EMPTY_STRING, self.activePronunciationWord.lower())
if self.activePronunciation != SB_EMPTY_STRING and wordToken != pronunciationToken:
errorText = unicode("ERROR:Audio Mismatch:{0}\n", 'utf-8')
errorText = errorText.format(self.activeWord)
cfile.append(errorFileName, errorText)
# Close connection
connectionPool.clear()
if SDO_ERR_AUDIO_REGEX_PATTERN.match(logValues[2]):
coutput.print_watcher(SB_ERR_DEBUG, _FUNC_NAME_, 'wordEntry[4]')
if wordEntry[4] != "":
print ">> Downloaded pronunciation override"
cfile.download(connectionPool, wordEntry[4], SDO_OVERRIDE_PRON_FILE.format(WORD=word))
else:
SDO_ERR_CLIP_MISSING = True
coutput.print_color('yellow', "WARNING: Pronunciation override not available")
# Log errors
errorText = unicode("ERROR:{0}:", 'utf-8').format(word)
if SDO_ERR_DEFN_MISSING:
errorText += unicode(">Definition Missing", 'utf-8')
if SDO_ERR_CLIP_MISSING:
errorText += unicode(">Audio Missing", 'utf-8')
if errorText != unicode("ERROR:{0}:", 'utf-8').format(word):
errorText += unicode("\n", 'utf-8')
cfile.append(SDO_LOG_FILE, errorText)
connectionPool.clear()
########################################################################
# Debugging Commands
########################################################################
'''
cd $PROJ
sudo python spellit_download_log_overrides.py
'''
print("\n>>>>>>>>>> {} Fetching entry rows ...".format(wordIndex))
entryRows = browser.find_elements_by_xpath(
"//div[@class='table-responsive']/table/tbody/tr")
setWord = APP_COLLECTION_CATEGORY
for row in entryRows:
entryCols = row.find_elements_by_tag_name("td")
if len(entryCols) == 0:
continue
elif len(entryCols) != 7:
cfile.append(
APP_LIST_ERROR_FILE, "Unexpected Columns:{}:{}".format(
len(entryCols), row.text.strip()))
continue
displayWord = ''
listWord = ''
keyWord = ''
wordMeta = ''
wordRespelling = ''
wordAudioURL = ''
wordFuncLabel = ''
wordEtymology = ''
wordDefinition = ''
wordExamples = ''
wordNote = ''
