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Author: Admin | 2025-04-28
The calculated seed value return x;}// Returns a random 8-digit key.function getKey() { // Taking the key from system time to generate a seed value let key = newTime(); // Squaring the key key = key * key; // Extracting required number of digits (here, 8). if (key 1000000000000000) { key = Math.floor(key / 10000) % 100000000; } else { key = Math.floor(key / 10000) % 100000000; } // Returning the key value return key;}// Driver Code// Get the first keyconsole.log(getKey());// Get the second keyconsole.log(getKey()); Python3 import time# Returns a seed value based on current system time.def new_time(): # Acquiring number of seconds passed since Jan 1, 1970. t = int(time.time()) # Converting the time to year, month, day, hour, minute, and second. tm = time.localtime(t) # Applying a certain logic to get required number of digits. x = (tm.tm_hour) * 10000000 + (tm.tm_min) * 100000 + (tm.tm_sec) * 1000 + (tm.tm_mday) * 10 + (tm.tm_year) # Return the calculated number. return x# Returns a random 8-digit key.def get_key(): # Taking the key from system time. # Returns an 8-digit seed value. global key key = new_time() # Squaring the key. key *= key # Extracting required number of digits (here, 8). if key 1000000000000000: key //= 10000 key %= 100000000 else: key //= 10000 key %= 100000000 # Returning the key value. return key# Driver Codeif __name__ == "__main__": # Get the first key print(get_key()) # Get the second key print(get_key()) #Note: The output will change according to the
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