Create a program, that checks if inputs are a valid password and encrypt it. On the first line you will receive a number that indicates how many inputs you will receive on the next lines.

 

A password is valid when:

It starts with a group of symbols and ends with the same symbols(the same length) – All symbols are possible

There is a greater sign (“>” ) after the first group and a less than sign (“<”) before the last one.

In between the greater than sign and the less than sign there are four groups(each of three character), separated by pipe(“|”)

The first group consists only of numbers

The second group only lower case letters

The third one only upper case letters

The fourth one all symbols except “<” and “>”

Example for a valid message:

“$$$>312|dfe|KFE|@#<$$$”

You must check if the password is valid and if it is encrypt it, if it isn’t print the following message: “Try another password!”

Encrypting a password means to take all numbers, letters and symbols from the middle for groups and concatenate them. After successful encrypt, print it in the following format: “Password”: {encrypted password}”

 

Input: On the first line -n- the count of inputs.

 

 

On the next lines – input that you have to check if it has a valid password.

 

 

 

 

 

Output: Print all results from each input, each on a new line.

 

 

INPUT	Output
3 ##>00|no|NO|!!!?<### ##>123|yes|YES|!!!<## $$<111|noo|NOPE|<<>$$	Try another password! Password: 123yesYES!!! Try another password!
Comments
The first one doesn’t start and end with the same amount of “# and the count of characters in each group is different than 3. The second one is correct. The third one uses the wront “<” and “>” and the group containing “<<” can contain everything except “<” and “>”

 

INPUT	Output
5 aa>111|mqu|BAU|mqu ()>111!aaa!AAA!^&*<() o>088|abc|AAA|*** asd>asd|asd|ASD|asd *>088|zzzz|ZzZ|123<*	Try another password! Password: 123yesYES!!! Try another password!