def run_test(spellBee): _FUNC_NAME_ = "run_test" spellBee.display_about() display_help("test") userInput = cinput.get_keypress("\nReady for the test? Press any key when ready ... ") testDate = time.strftime('%a %d-%b-%Y %H:%M:%S') testTotalCount = spellBee.active_word_count() testCorrectCount = 0 userResponse = SB_EMPTY_STRING testValuation = SB_EMPTY_STRING spellBee.reset_test_result() # Disable saving practice words if : # saving is disabled for test results, or # the test is based on practice, revision or wild card lists savePracticeWordsEnabled = SB_TEST_SAVE_PRACTICE if SB_TEST_SAVE_RESULT == False or 'practice' in spellBee.contestList.lower() or 'revision' in spellBee.contestList.lower() or '*' in spellBee.contestList: savePracticeWordsEnabled = False coutput.print_debug(SB_ERR_DEBUG, _FUNC_NAME_, "SB_TEST_SAVE_PRACTICE :: {0}".format(SB_TEST_SAVE_PRACTICE)) coutput.print_debug(SB_ERR_DEBUG, _FUNC_NAME_, "savePracticeWordsEnabled :: {0}".format(savePracticeWordsEnabled)) activeWordIndex = 0 while True: coutput.print_debug(SB_ERR_DEBUG, _FUNC_NAME_, "activeWordIndexList :: {0}".format(spellBee.activeWordIndexList)) coutput.print_debug(SB_ERR_DEBUG, _FUNC_NAME_, "activeWordIndex :: {0}".format(activeWordIndex)) if (activeWordIndex < 0) or (activeWordIndex >= len(spellBee.activeWordIndexList)): break wordIndex = spellBee.activeWordIndexList[activeWordIndex] coutput.print_debug(SB_ERR_DEBUG, _FUNC_NAME_, "wordIndex :: {0}".format(wordIndex)) # Lookup word definition spellBee.lookup_dictionary_by_index(wordIndex) spellBee.display_word_cue(SB_PRACTICE_WORD_DEFN_TITLE.format(INDEX=wordIndex + 1)) userResponse = cinput.get_input("Enter spelling: ") # E[x]it test if userResponse.lower() == "x": break # [R]epeat question elif userResponse.lower() == "r": continue # Display [h]elp and statistics elif userResponse.lower() == "h": print SB_EMPTY_STRING spellBee.display_about() display_help("test") continue else: correctResponse = False # Process correct response if spellBee.valuate_test_response(userResponse, spellBee.activeWord, SB_TEST_MODE): correctResponse = True testValuation = SB_RIGHT_SYMBOL + " " + userResponse testCorrectCount += 1 # Process incorrect response else: testValuation = SB_WRONG_SYMBOL + " " + userResponse spellBee.log_practice_word(spellBee.activeWord) # Indicate correct form of the answer, if different from the response if userResponse != spellBee.activeWord: testValuation = testValuation + " (" + spellBee.activeWord + ")" # Display valuation # Handle display text in ascii asciiTestValuation = testValuation.encode('utf-8') if correctResponse: coutput.print_color('green', " " * 50 + asciiTestValuation) else: coutput.print_color('red', " " * 50 + asciiTestValuation) # Save valuation spellBee.log_test_valuation(testValuation) # Move to next word activeWordIndex += 1 spellBee.log_test_result(testDate, str(testCorrectCount) + "/" + str(testTotalCount)) print "\nYour test is complete. Displaying results..." spellBee.display_evaluation_result('test', SB_TEST_SAVE_RESULT, savePracticeWordsEnabled)
def run_practice(spellBee, practiceMode): userPracticeMode = practiceMode.strip().lower() if userPracticeMode == "study": spellBee.print_active_word_list() else: spellBee.display_about() display_help(userPracticeMode) userInput = cinput.get_keypress("\nReady to {0}? Press any key when ready ... ".format(userPracticeMode)) activeWordIndex = 0 while True: if (activeWordIndex < 0) or (activeWordIndex >= len(spellBee.activeWordIndexList)): break wordIndex = spellBee.activeWordIndexList[activeWordIndex] # Lookup word definition spellBee.lookup_dictionary_by_index(wordIndex) if userPracticeMode == "study": spellBee.display_word_cue(SB_STUDY_WORD_DEFN_TITLE.format(INDEX=wordIndex + 1, WORD=spellBee.wordList[wordIndex])) else: spellBee.display_word_cue(SB_PRACTICE_WORD_DEFN_TITLE.format(INDEX=wordIndex + 1)) userInput = cinput.get_keypress(SB_PROMPT_SYMBOL) while True: # Move to [n]ext word if userInput.lower() == "n": activeWordIndex += 1 break # Move to [p]revious word elif userInput.lower() == "p": activeWordIndex -= 1 break # [R]epeat current word elif userInput.lower() == "r": if userPracticeMode == "study": spellBee.display_word_cue(SB_STUDY_WORD_DEFN_TITLE.format(INDEX=wordIndex + 1, WORD=spellBee.wordList[wordIndex])) else: spellBee.display_word_cue(SB_PRACTICE_WORD_DEFN_TITLE.format(INDEX=wordIndex + 1)) userInput = cinput.get_keypress(SB_PROMPT_SYMBOL) # Re[v]iew active word list elif userInput.lower() == "v": print SB_EMPTY_STRING spellBee.print_active_word_list() userInput = cinput.get_keypress(SB_PROMPT_SYMBOL) # [S]how current word spelling elif userInput.lower() == "s": spellBee.display_word_cue(SB_STUDY_WORD_DEFN_TITLE.format(INDEX=wordIndex + 1, WORD=spellBee.wordList[wordIndex])) userInput = cinput.get_keypress(SB_PROMPT_SYMBOL) # [L]ookup word definition and pronunciation elif userInput.lower() == "l": userLookupWord = cinput.get_input("\nEnter word to be looked up: ") spellBee.lookup_all_dictionaries_by_word(userLookupWord) userInput = cinput.get_keypress(SB_PROMPT_SYMBOL) # Display [h]elp and statistics elif userInput.lower() == "h": print SB_EMPTY_STRING spellBee.display_about() display_help(userPracticeMode) userInput = cinput.get_keypress(SB_PROMPT_SYMBOL) # E[x]it application elif userInput.lower() == "x": exit_app() else: print "\nInvalid response." display_help(userPracticeMode) userInput = cinput.get_keypress(SB_PROMPT_SYMBOL)