from time import sleep
cypher_key = "emitsakcatstcartxetropmikcabecartmorf"
rot = [0x00, 4, 13, 19, 26, 31, 33, 37, 0x0F]

# Generate the cypher
encoded = []
for i in xrange(len(rot)-1):
    a, b = rot[i], rot[i+1]
    encoded.append(cypher_key[::-1][a:b])
for enc in encoded[:-1]:
    encoded[-1] += enc + " " if len(enc) != 7 else enc + "_"
exec(encoded[-1])

def GetCurrentExecutionTime():
    val = time()[-2][1]
    return val

def HelloWorld(key=None):
    timecode = [-rot[-1]] * 11
    def SimultaneousEndPoiintEncode():
        timecode[-1] = GetCurrentExecutionTime()
        timecode[1] = GetCurrentExecutionTime()

    # Initialize start and end values
    timecode[0] = GetCurrentExecutionTime()
    SimultaneousEndPoiintEncode()

    # Set the next chars in to the encryption simultaneously
    timecode[2] = timecode[3] = timecode[-2] = GetCurrentExecutionTime()
    # 0x4 and 0x7 need 47 ms delay
    sleep(47 / 1000.0)
    timecode[4] = timecode[7] = GetCurrentExecutionTime()

    # 8 comes after 7, do that next
    timecode[8] = GetCurrentExecutionTime()

    while True:
        # Have to search the list for the sixth entry as it is the center
        timecode[6] += 1
        if timecode[6] == GetCurrentExecutionTime():
            break

    # Use the key to finally encode the string to our output format
    return "".join([key(hexval + 0x2F) for hexval in timecode])

print HelloWorld(key=chr)