curses.initscr()

curses.start_color()

curses.init_pair(1, 10, curses.COLOR_BLACK)

curses.init_pair(2, curses.COLOR_BLACK, 10)

curses.noecho()

curses.noraw()

global db_parameters

global is_db_updating

global forceClose

while True:

if forceClose:

break

if not is_db_updating:

is_db_updating = True

conn = sqlite3.connect(r'ft.db')

req = conn.cursor()

req.execute('SELECT name,value FROM params')

params = req.fetchall()

conn.close()

for data in params:

if data[0] == "msgBody":

val = data[1].split("\n")

else:

if data[1].isdigit():

val = int(data[1])

else:

if data[1].upper() == "YES":

val = True

elif data[1].upper() == "NO":

val = False

else:

val = data[1]

db_parameters.update({data[0]:val})

is_db_updating = False

# Принимает словарь, где ключ - поле в базе, значение ключа - значение, которое нужно записать в базу.

global is_db_updating

while is_db_updating:

pass

try:

is_db_updating = True

conn = sqlite3.connect('ft.db')

req = conn.cursor()

print(parameters)

for par in parameters.keys():

req.execute("UPDATE params SET value = '{1}' WHERE name='{0}'".format(par,parameters[par]))

conn.commit()

conn.close()

except Exception as err:

print(err)

finally:

words = []

with open('words'+str(wordLen)+'.txt','r') as f:

for word in f:

words.append(word.strip("\n\t "))

count = len(words)

if x<32:

yNew = y

xNew = x-8

else:

yNew = y+17

xNew = x-32

if strPos<204:

y = int(strPos / 12)

x = strPos%12 + 8

else:

y = int(strPos / 12) - 17

x = strPos%12 + 32

if not wordStr[charIndex].isalpha():

return ('', -1, -1)

i = charIndex

while wordStr[i].isalpha():

if i == 0:

i = -1

break

i -= 1

startPos = i + 1

i = charIndex

while wordStr[i].isalpha():

if i == len(wordStr)-1:

i = len(wordStr)

break

i += 1

endPos = i - 1

selWord = wordStr[startPos:endPos+1]

leftPar = ['[', '(', '{', '<']

rightPar = [']', ')', '}', '>']

direct = 0

startPos = -1

endPos = -1

if wordStr[charIndex] in leftPar:

direct = 1

startPos = charIndex

controlChar = rightPar[leftPar.index(wordStr[charIndex])]

if wordStr[charIndex] in rightPar:

direct = -1

endPos = charIndex - 1

controlChar = leftPar[rightPar.index(wordStr[charIndex])]

if direct == 0:

return('', -1, -1)

i = charIndex + direct

if i > (len(wordStr)-1) or i < 0:

return('', -1, -1)

startSubStr = int(charIndex/12)*12

endSubStr = startSubStr + 11

i = charIndex

while wordStr[i] != controlChar:

if wordStr[i].isalpha():

return ('', -1, -1)

i += direct

if i <= startSubStr or i > endSubStr:

return ('', -1, -1)

if startPos == -1:

startPos = i

if endPos == -1:

endPos = i - 1

cheatStr = wordStr[startPos:endPos+2]

# Функция формирует строку для вывода в терминал. Строка представляет собой 'мусорные' символы,

# между которыми вставлены слова для подбора пароля.

password = dictionary[random.randint(0, len(dictionary)-1)]

wordLen = len(dictionary[0])

wordList = wordsSelect(dictionary, password, wordQuan)

screenStr = ""

lenArea = int(strLen / wordQuan)

i = 0

while i < wordQuan:

startPos = random.randint(i * lenArea, i * lenArea + (lenArea - wordLen - 1) )

j = i * lenArea

while j < startPos:

screenStr += random.choice(string.punctuation)

j += 1

screenStr += wordList[i]

screenStr += random.choice(string.punctuation)

j += wordLen + 1

while j < (i + 1) * lenArea:

screenStr += random.choice(string.punctuation)

j += 1

i += 1

i = len(screenStr)

while i < strLen:

screenStr += random.choice(string.punctuation)

i += 1

wordList.remove(password)

i = 0

count = 0

for char in fWord:

if char == sWord[i]:

count += 1

i += 1

wordLen = len(pwd)

wordListMax = [] # Слова, максимально похожие по расположению букв на слово-пароль

wordListZero = [] # Слова, совершенно не имеющие одинаково расположенных букв с паролем

wordListOther = [] # Все прочие слова из списка

wordListSelected = [] # Слова, которые будут использоваться непосредственно в игре

wordDelta = 2

while len(wordListMax) == 0:

i = 0

for word in words:

if word != pwd:

c = compareWords(word, pwd)

if c == 0:

wordListZero.append(word)

elif c == (wordLen - 1):

wordListMax.append(word)

elif c == (wordLen - wordDelta):

wordListMax.append(word)

else:

wordListOther.append(word)

wordDelta += 1

wordListSelected.append(pwd) # Пароль

if len(wordListMax) > 0: # Одно слово, максимально близкое к паролю

wordListSelected.append(wordListMax[random.randint(0, len(wordListMax) - 1)])

if len(wordListZero) > 0: #Одно слово, которое совершенно не похоже на пароль

wordListSelected.append(wordListZero[random.randint(0, len(wordListZero) - 1)])

i = 0

while i < wordQuan - 3: # Добавляем ещё слов из общего списка

word = wordListOther[random.randint(0, len(wordListOther) - 1)]

if word not in wordListSelected:

wordListSelected.append(word)

i += 1

random.shuffle(wordListSelected) #Перемешиваем.

wordNum = random.randint(0, len(wordList) - 1)

# print (wordNum)

word = wordList[wordNum]

startPos = allStr.index(word)

wordList.remove(word)

allStr = allStr.replace(word, '.'*len(word))

global db_parameters

global delayTime

global prtSnd

fullScreenWin = curses.newwin(24, 80, 0, 0)

fullScreenWin.clear()

fullScreenWin.refresh()

fullScreenWin.nodelay(True)

myDelay = delayTime

x = 0

y = 0

for ch in db_parameters[parName]:

key = fullScreenWin.getch()

if (key == curses.KEY_ENTER or key == ord(' ')) and myDelay == delayTime:

myDelay = delayTime/4

if ch == '\n':

y+=1

x = 0

continue

if db_parameters['isSound']:

prtSnd.play(loops=0, maxtime=int(myDelay))

fullScreenWin.addch(y, x, ch, curses.color_pair(1))

time.sleep(myDelay / 1000)

fullScreenWin.refresh()

x += 1

if delayAfter > 0:

time.sleep(delayAfter)

fullScreenWin.clear()

global db_parameters

global db_updated

global delayTime

global wrdSnd

global prtSnd

(wordDict, lenDict) = loadWords(db_parameters['wordLength']) # отладочная загрузка словаря

(pwd, wList, fullStr) = genString(db_parameters['wordsPrinted'], 408, wordDict)

# fullStr = load_str()

# pwd = 'FRIERSON'

# wList = ['INUKSHUK', 'STARLESS', 'HARTWICK', 'FRIERSON', 'DRUMMING', 'SWIMMING',

# 'DERISIVE', 'MUTATION', 'ADHERENT', 'DRUMLINE', 'WHITMORE', 'PISHOGUE',

# 'DODDERER', 'CAROLINA', 'WILLHITE', 'UNDERJAW']

auxStr = [' '*32, ' '*32, ' '*32, ' '*32, ' '*32, ' '*32, ' '*32, ' '*32, \

' '*32, ' '*32, ' '*32, ' '*32, ' '*32, ' '*32, ' '*32, ' '*32]

x = 0

y = 1

myDelay = delayTime

hackServWin = curses.newwin(7, 80, 0, 0)

hackMainWin = curses.newwin(18, 44, 7, 0)

hackCursorWin = curses.newwin(18, 3, 7, 44)

hackAuxWin = curses.newwin(17, 33, 7, 47)

hackHLWin = curses.newwin(1, 33, 23, 47)

hackServWin.clear()

hackServWin.nodelay(True)

hackMainWin.clear()

hackMainWin.nodelay(True)

triesAst = '* ' * db_parameters['attempts']

numTries = db_parameters['attempts']

for ch in db_parameters['hackHeader'].format(numTries, triesAst):

key = hackServWin.getch()

if (key == curses.KEY_ENTER or key == ord(' ')) and myDelay == delayTime:

myDelay = delayTime/4

if ch == '\n':

y+=1

x = 0

continue

if db_parameters['isSound']:

prtSnd.play(loops=0, maxtime=int(myDelay))

hackServWin.addch(y, x, ch, curses.color_pair(1))

time.sleep(myDelay / 1000)

hackServWin.refresh()

x += 1

startHex = random.randint(0x1A00, 0xFA00)

colStr = 0

while colStr<2:

y = 0

while y < 17:

x = 0

hexOut = '{0:#4X} '.format(startHex + y * 12 + colStr*204)

for ch in hexOut:

key = hackMainWin.getch()

if (key == curses.KEY_ENTER or key == ord(' ')) and myDelay == delayTime:

myDelay = delayTime / 4

if db_parameters['isSound']:

prtSnd.play(loops=0, maxtime=int(myDelay))

hackMainWin.addch(y, (colStr*24)+x, ch, curses.color_pair(1))

time.sleep(myDelay / 1000)

hackMainWin.refresh()

x += 1

i = 0

for ch in fullStr[(y+colStr*17)*12:(y+colStr*17)*12+12]:

key = hackMainWin.getch()

if (key == curses.KEY_ENTER or key == ord(' ')) and myDelay == delayTime:

myDelay = delayTime / 4

if db_parameters['isSound']:

prtSnd.play(loops=0, maxtime=int(myDelay))

hackMainWin.addch(y, (colStr*24)+x, ch, curses.color_pair(1))

time.sleep(myDelay / 1000)

hackMainWin.refresh()

x += 1

i += 10

y += 1

colStr += 1

hackCursorWin.addch(16,1,'>',curses.color_pair(1))

hackCursorWin.refresh()

x = 8

y = 0

hackMainWin.move(y, x)

hackMainWin.nodelay(False)

hackMainWin.keypad(True)

wordFlag = False

cheatFlag = False

mssTime = millis()

while True: # Основной цикл

mscTime = millis()

if (mscTime >= (mssTime + 3000)):

mssTime = mscTime

# Читаем базу

if not db_parameters["isPowerOn"] or db_parameters["isLocked"] or db_parameters["isHacked"]:

return

if db_updated:

db_updated = False

return

f = False

key = hackMainWin.getch()

if key == curses.KEY_LEFT:

f = True

if x == 8:

x = 43

elif x == 32:

x = 19

else:

x -= 1

if key == curses.KEY_RIGHT:

f = True

if x == 19:

x = 32

elif x == 43:

x = 8

else:

x += 1

if key == curses.KEY_UP:

f = True

if y == 0:

y = 16

else:

y -= 1

if key == curses.KEY_DOWN:

f = True

if y == 16:

y = 0

else:

y += 1

if key == 10: # Enter

# Выбор позиции

if wordFlag:

dWord = compareWords(selGroup, pwd)

if dWord < db_parameters['wordLength']:

auxStr.pop(0)

auxStr.append(selGroup + ' ['+str(dWord)+' OF '+str(db_parameters['wordLength'])+']')

yAux = 0

for tStr in auxStr:

hackAuxWin.addstr(yAux, 0, tStr+'\n', curses.color_pair(1))

yAux += 1

hackAuxWin.refresh()

numTries -= 1

if numTries > 0:

triesAst = '* ' * numTries

yS = 1

xS = 0

hackServWin.clear()

for ch in db_parameters['hackHeader'].format(numTries, triesAst):

if ch == '\n':

yS += 1

xS = 0

continue

hackServWin.addch(yS, xS, ch, curses.color_pair(1))

xS += 1

hackServWin.refresh()

hackMainWin.move(y, x)

else: # Блокировка

updateDBParameters({"isLocked":"YES"})

db_parameters["isLocked"] = True

time.sleep(1)

return

else: # Терминал успешно взломан

updateDBParameters({"isHacked":"YES"})

db_parameters["isHacked"] = True

return

elif cheatFlag: # Был найден чит

# print(fullStr)

fullStr = delFromStr(fullStr, startPos+1, endPos+1)

# print('======')

# print(fullStr)

(xSC, ySC) = getStrCoords(startPos+1)

i = 0

hackMainWin.addch(ySC, xSC-1, fullStr[startPos], curses.color_pair(1))

while i<len(selGroup)-1:

hackMainWin.addch(ySC, xSC + i, '.', curses.color_pair(1))

i += 1

r = random.randint(1,10)

if r > 1: # 9 из 10 случаев - удаляем слово

(dPos, wList, fullstr) = delRandomWord(wList, fullStr)

i = dPos

while i < dPos + db_parameters['wordLength']:

(dlX, dlY) = getStrCoords(i)

hackMainWin.addch(dlY, dlX, '.', curses.color_pair(1))

i += 1

auxStr.pop(0)

auxStr.append('DUMMY REMOVED')

yAux = 0

for tStr in auxStr:

hackAuxWin.addstr(yAux, 0, tStr+'\n', curses.color_pair(1))

yAux += 1

hackAuxWin.refresh()

hackMainWin.move(y, x)

else:

numTries = db_parameters['attempts']

triesAst = '* ' * numTries

yS = 1

xS = 0

hackServWin.clear()

for ch in db_parameters['hackHeader'].format(numTries, triesAst):

if ch == '\n':

yS += 1

xS = 0

continue

hackServWin.addch(yS, xS, ch, curses.color_pair(1))

xS += 1

hackServWin.refresh()

auxStr.pop(0)

auxStr.append('ATTEMPTS RESTORED')

yAux = 0

for tStr in auxStr:

hackAuxWin.addstr(yAux, 0, tStr+'\n', curses.color_pair(1))

yAux += 1

hackAuxWin.refresh()

cheatFlag = False

hackMainWin.move(y, x)

if f:

if db_parameters['isSound']:

prtSnd.play(loops=0, maxtime=int(myDelay))

if wordFlag or cheatFlag:

i = startPos

xHL = 0

while i <= endPos:

(hlX, hlY) = getStrCoords(i)

hackMainWin.addch(hlY, hlX, fullStr[i], curses.color_pair(1))

hackHLWin.addstr(0, xHL, ' ', curses.color_pair(1))

i += 1

xHL += 1

cheatFlag = False

wordFlag = False

hackMainWin.refresh()

hackHLWin.refresh()

strPos = getStrPos(x,y)

(selWGroup, startWPos, endWPos) = checkWordPosition(strPos, fullStr)

(selCGroup, startCPos, endCPos) = checkCheatPosition(strPos, fullStr)

# print(key, strPos, selWGroup, selCGroup)

if startWPos >= 0:

wordFlag = True

cheatFlag = False

startPos = startWPos

endPos = endWPos

selGroup = selWGroup

if startCPos >= 0:

cheatFlag = True

wordFlag = False

startPos = startCPos

endPos = endCPos + 1

selGroup = selCGroup

if wordFlag or cheatFlag:

if db_parameters['isSound']:

prtSnd.stop()

wrdSnd.play(loops=0)

i = startPos

while i <= endPos:

(hlX, hlY) = getStrCoords(i)

hackMainWin.addch(hlY, hlX, fullStr[i], curses.color_pair(2))

i += 1

hackHLWin.addstr(0, 0, selGroup, curses.color_pair(1))

hackMainWin.refresh()

hackHLWin.refresh()

# Основной игровой цикл.

global db_parameters

global db_updated

global forceClose

global prtSnd

global wrdSnd

# Предыдущее состояние терминала. Если не совпадает с текущим - будет выполнена очистка и перерисовка экрана.

# Unpowerd - нет питания. Locked - заблокирован. Hacked - взломан. Normal - запитан, ждет взлома.

previous_state = ""

initCurses()

if db_parameters['isSound']:

pygame.mixer.pre_init(44100, -16, 2, 512)

pygame.mixer.init()

prtSnd = pygame.mixer.Sound('f3termprint.wav')

wrdSnd = pygame.mixer.Sound('f3termprint.wav')

while True:

db_updated = False

if forceClose:

break

while is_db_updating: #Ожидаем, пока обновится состояние из БД.

pass

# Проверяем: 1. Есть ли питание. 2. Не заблокирован ли терминал.

# Если все в порядке, показываем игру. После взлома показываем меню.

if not db_parameters["isPowerOn"]:

if previous_state != "Unpowered":

outScreen('unPowerHeader', 0)

previous_state = "Unpowered"

time.sleep(dbCheckInterval)

elif db_parameters["isLocked"]:

if previous_state != "Locked":

outScreen('lockHeader', 0)

previous_state = "Locked"

elif db_parameters["isHacked"]:

if previous_state != "Hacked":

outScreen('mainHeader', 3)

previous_state = "Hacked"

# Здесь вызываем функцию после взлома

forceClose = True # Закрываем всё

else:

# Взлом.

previous_state = "Normal"

outScreen('startHeader', 3)