úÎ3X2      None3the HMAC function and its underlying HASH function the PR/HMAC function the underlying hash function number of octets in o/p hash PBKDF generator parameters (the psuedo-random (i.e., HMAC) function %the password (will be UTF-8 encoded) %the salt (will be UTF-8 encoded) &iteration count for applying the HMAC the length of the o/p derived key SHA-1 generator SHA-256 generator SHA-512 generator 1construct a PBKDF generator from a HMAC function the pbkdf1_ core function the pbkdf2_ core function       None)Password Based Key Derivation Functions: J This module provides stock implementations of the PBKDF functions from I RFC-2898 based on the SHA-1, SHA-256 and SHA-256 hash functions. Each F function takes the password and salt as a string and returns a hex B string. To work with ByteStrings and provide your own hash and F psuedo-random use the Crypto.PBKDF.Core that are used to implement  these functions. SHA-based PBKDF1 functions )Password Based Key Derivation Functions: J This module provides stock implementations of the PBKDF functions from I RFC-2898 based on the SHA-1, SHA-256 and SHA-256 hash functions. Each F function takes the password and salt as a string and returns a hex B string. To work with ByteStrings and provide your own hash and F psuedo-random use the Crypto.PBKDF.Core that are used to implement  these functions. SHA-based PBKDF1 functions )Password Based Key Derivation Functions: J This module provides stock implementations of the PBKDF functions from I RFC-2898 based on the SHA-1, SHA-256 and SHA-256 hash functions. Each F function takes the password and salt as a string and returns a hex B string. To work with ByteStrings and provide your own hash and F psuedo-random use the Crypto.PBKDF.Core that are used to implement  these functions. SHA-based PBKDF1 functions SHA-based PBKDF2 functions SHA-based PBKDF2 functions SHA-based PBKDF2 functions +the password (will be encoded with UTF-8) *the salt (will be encoded with UTF-8) the iteration count the result key as a hex string +the password (will be encoded with UTF-8) *the salt (will be encoded with UTF-8) the iteration count the result key as a hex string +the password (will be encoded with UTF-8) *the salt (will be encoded with UTF-8) the iteration count the result key as a hex string +the password (will be encoded with UTF-8) *the salt (will be encoded with UTF-8) the iteration count 2the length of the key to be generated (in octets) the result key as a hex string +the password (will be encoded with UTF-8) *the salt (will be encoded with UTF-8) the iteration count 2the length of the key to be generated (in octets) the result key as a hex string +the password (will be encoded with UTF-8) *the salt (will be encoded with UTF-8) the iteration count 2the length of the key to be generated (in octets) the result key as a hex string       pbkdf-1.0.0.0Crypto.PBKDF.Core Crypto.PBKDFPRFprf_hmacprf_hashprf_hLenPBKDF pbkdf_PRFpbkdf_Ppbkdf_Spbkdf_c pbkdf_dkLen sha1PBKDF sha256PBKDF sha512PBKDFpbkdfpbkdf1_pbkdf2_ sha1PBKDF1 sha256PBKDF1 sha512PBKDF1 sha1PBKDF2 sha256PBKDF2 sha512PBKDF2 iterate_n