úÎ*?)W     None (Ø =A hashing policy defines the type of password hashing to use.ÿœPreferred cost - how strong new passwords should be. This is a trade-off between making hasing / checking passwords faster in your system, and making brute forcing passwords harder for an adversary. The intention is that this can be increased as computers get faster. To give a rough indication of the scale of preferredCost, on a 2.6 GHz AMD Athlon machine (64 bit kernel), using a single core: Cost 4: 139 passwords / secondCost 5: 85 passwords / secondCost 6: 44 passwords / secondCost 7: 23 passwords / secondCost 8: 11 passwords / secondCost 9: 5.7 passwords / secondCost 10: 2.8 passwords / secondCost 11: 1.4 passwords / second Cost 12: 0.72 passwords / second¤Preferred algorithm - the preferred hash algorithm. The default is $2y$ (compatible with other Openwall-based libraries). The most up-to-date version is $2b$.:Default is compatible with other Openwall-based libraries.*Hashes a password, using a hashing policy.ÿValidates a password. The first argument is the hashed password, the second is the password attempt. Note: If a password validates successfully, it is a good idea to check if the password is up to the current policy using hashUsesPolicy, and re-hashing it if not.…A policy that allows passwords to be hashed reasonably quickly, but for that reason isn't suitable for high security applications.ÿA policy which makes password hashing substantially slower than fastBcryptHashingPolicy, and so makes it more difficult for an adversary to decrypt passwords. In a high security environment, this policy should be regularly reviewed against hardware developments. cCheck whether a password hash is consistent with the current policy, or if it should be updated. ÿ’Hashes a password (first argument) using the settings specified in second argument. The settings describe the hashing variant and salt to use; because the settings are prepended to password hashes, passing in an existing password hash will cause the same settings to be used again. You can create a hash using genSalt. Result: Just hash on success, Nothing on failure (invalid settings). ôPrepares a settings string and salt suitable for use with hashPassword. Takes a prefix specifying the type of hash, an integer specifying the computational cost of hashing (4-32, or 0 for a low default), and a string of random entropy. KGenerates a salt using a policy, sampling from a system-appropriate source.        #bcrypt-0.0.11-sPkueEZROsJbXnlWnwScE Crypto.BCrypt HashingPolicypreferredHashCostpreferredHashAlgorithmdefaultHashAlgorithmhashPasswordUsingPolicyvalidatePasswordfastBcryptHashingPolicyslowerBcryptHashingPolicyhashUsesPolicy hashPasswordgenSaltgenSaltUsingPolicy$fDefaultHashingPolicy$fShowHashingPolicy$fEqHashingPolicy