This is how it happened:
Let’s get to work and get this done before David lee gets back.
Mr. Lee said it was a six-digit code
Then we can use Python to generate the full six-digit password
Thus, we generate a table of passwords ranging from 000000 to 99999.
Save them to the passdict.txt file.
That’s how big a 6 digit password list is!!
What’s the next step?
Naturally, the passwords in the generated password table are traversed,
Brute force cracking!
Popular Science Time:
ZipFile is a Python module that allows you to create, read, write, append, extract, and list zip files
Extractall (Path =None, members=None, PWD =None)
Path: specifies the location of the decompressed file
Members :(optional) specifies the file in the Zip file to extract. This file name must be a subset of the list returned by the namelist() method
PWD: specifies the password for decompressing the Zip file
So we can use the zipFile module to walk through the password table,
Try password by password to see if you can open the package.
Until you succeed.
Import zipFile
It took less than a minute
The password successfully solved is:
Call it a day)
All Lee had set up was a six-digit password,
So this time just a single thread violence traversal ok.
So if I have more digits,
What about complex passwords that combine alphanumeric special characters?
We can use a multi-threaded process to decompress and speed things up
There are also some brute-force dictionaries on the Internet,
You can download it and walk through it
Interested friends may wish to try.
David is back.
I told him the password was the date of the package.
Li Dawei said: 20191119 he has tried.
However, the compression time of this package is 20191118.
Why do you claim to use today’s date to try today’s 1119?
I am a Python developer, and I have compiled a set of python system learning tutorials. If you want to learn these tutorials, you can pay attention to them.