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When the CLR loads a strongly named assembly it will generate a hash from the assembly and then compare this with the decrypted hash. The public key will decrypt the signed hash.
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The signed hash is stored in the assembly along with the public key. Signing the assembly involves taking a hash of important parts of the assembly and then encrypting the hash with the private key.
#WAHT IS THE APPLE VERSION OF WORD CALLED CRACKER#
Thus the cracker cannot make his assembly impersonate something else, lacking the possibility to correctly sign it after the change. The developer of the intended assembly keeps the private key secret, so a cracker cannot have access to it nor simply guess it. To prevent spoofing attacks, where a cracker would try to pass off an assembly appearing as something else, the assembly is signed with a private key. NET CLR, but is actually implemented using nested NTFS (or FAT32) folders. NET introduces something called the GAC (Global Assembly Cache) which is treated as a single folder by the. The Windows file system (FAT32 and NTFS) only recognizes the PE file name, so two assemblies with the same PE file name (but different culture, version or public key token) cannot exist in the same Windows folder. NET will recognize them as different assemblies. Thus, two strong named assemblies can have the same PE file name and yet.
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"The public key token is used to make the assembly name unique.