from las import Listenspell



########################################################################################
def play_word(wordid):
	elem        = las.get_word_info(wordid, "word")   #get a word from the list
	pronounelem = las.get_word_info(wordid, "phnm")   #get a pronounciation from the list

	if elem != pronounelem:    # determine whether to bother pronouncing a description
		print "Spell..."       # say the explanation if the word is ambiguous.
		las.say_text("Spell... ... " + elem + "... " + pronounelem)
	else:
		print "Spell... "
		las.say_text("Spell... ... " + elem)

## get an answer
	print 'Press $ to answer or spacebar to get a clue. Press * to quit'

	k = las.get_key()
	#las.saytext(k)
	if k == "*":
		las.exit_game()

	if k == " ":                                 # if the user wants a clue
		cluemode = True
		reprint = True
		while(cluemode):
			string = """press 
				   1 for definition
				   2 for Sample
				   3 to repete the word
				   4 for word length
				   * to quit
				   or any other key to answer"""
			if reprint == True:
				print string
			#las.saytext(string)
			k = las.get_key()
			if k == "1":
				reprint = True
				definition = las.get_word_info(wordid, "def")
				for (pos, definition) in definition:
					print pos + " : " + definition
			elif k == "2":
				usage = las.get_word_info(wordid, "usage")
				num_sample = len(usage)
				if num_sample == 0:
					print "No usage in the database"
					reprint = True
				for (sample) in usage:
					las.say_text(sample)
					reprint = False
					num_sample = num_sample - 1
					if num_sample != 0:
						reprint = True
						print "To get another sample press 'n' or anyother key to answer"
						k = las.get_key()
						if k != 'n': break
			elif k == "3":
				las.say_text(elem)
				reprint = False
			elif k == "4":
				print "Word Length:" + str(len(elem))
			elif k =="*":
				las.exit_game()
			else:
				cluemode = False

	answer = raw_input( "Your answer: " )
	answer = answer.strip()
	las.say_text("You typed\n")
	shout(answer)
	if answer == elem:
		las.say_text("Correct")
		las.ans_correct(wordid)
		return True
	else:
		las.ans_incorrect(wordid)
		las.say_text("Incorrect")
		print "Incorrect. The correct spelling is.. "
		las.say_text("The correct spelling is..\n")
		shout(elem)
		return False

########################################################################################
def shout(string):
	for character in string:
		print character + " "
		las.say_text(character)
########################################################################################
def get_skill_level():
# get a skill level
	print 'Enter skill level between 1 and 9, or * to quit'
	las.say_text("Skill level") 
	k = las.get_key()
	if k == "*":
		las.exit_game()                             # quit the program
	print k
	las.say_text(k)

	skill_level = int(k) + 3

	las.set_skill_level( skill_level)



if __name__=='__main__':    
	las = Listenspell("dict.db")
	las.clear_screen()
	las.play_sound("begin")

	gameover = False
	while gameover == False:
		levelsize = 7           # this stays constant throughout

		get_skill_level()
		wordidlist = las.load_wordid(levelsize + 3)  # At max Three error possible
		num_words = len(wordidlist)
		las.clear_screen()

		#### MAIN LOOP

		las.play_sound("begin")


		for index in range(num_words):

		##    print pronouncedict
		##    print pronouncedictstring
		##    print pronouncelist
			wordid = wordidlist[index]
			result = play_word(wordid)
			print "Your score is " + str(las.get_points())

			if result == True:
				if las.get_words_correct == 7:
					print "Very good."
					print "If you want to play game again with another level press % or any other key to quit"
					k = las.get_key()
					if k == '%':
						break  # Restart game with next level
					else:
						las.exit_game()

		if las.get_words_correct == 7:
			continue  # Restart game with next level
		else:
			gameover = True
			las.say_text("Game Over")
			print "Game Over."
			las.exit_game()