Create AES Encrypted Self-Extracting EXE

How to create an AES encrypted self-extracting EXE.

Downloads for Windows/Linux and Install Instructions

require 'rubygems'
require 'chilkat'

zip = Chilkat::CkZip.new()

#  Any string unlocks the component for the 1st 30-days.
success = zip.UnlockComponent("Anything for 30-day trial")
if (success != true)
    print zip.lastErrorText() + "\n"
    exit
end

#  Initialize the zip object.  Because we're creating
#  a self-extracting EXE in this example, the filename
#  passed to NewZip will never actually be created.
success = zip.NewZip("notUsed.zip")
if (success != true)
    print zip.lastErrorText() + "\n"
    exit
end

#  Indicate that AES encryption should be used:
#  0 = No encryption
#  4 = AES encryption
zip.put_Encryption(4)

#  Set the key length to 128-bits, 192-bits, or 256-bits
zip.put_EncryptKeyLength(128)

#  Set the password required to extract:
zip.SetPassword("myPassword")

#  Append a directory tree.  The AppendFiles does
#  not read the file contents or append them to the zip
#  object in memory.  It simply appends references
#  to the files so that when WriteExe (or WriteZipAndClose,
#  or WriteZip, etc.) is called, the files are compressed
#  and added to the archive.
recurse = true
zip.AppendFiles("c:/temp/a/*",recurse)

#  To create an EXE with a custom icon, set the ExeIconFile property:
zip.put_ExeIconFile("apple.ico")

#  Write "mySfx.exe"
success = zip.WriteExe("mySfx.exe")
if (success != true)
    print zip.lastErrorText() + "\n"
    exit
end

print "EXE Created!" + "\n"