generated string of random bytes to be used as an encryption key. It will be used internally by the Sodium extension: you won’t be prompted for this encryption key. Since a binary string is usually not printable string of 32 characters. $cfg['blowfish_secret'] = 'JOFw435365IScA&Q!cDugr!lSfuAz*OW'; Warning The encryption key must be 32 bytes long. If it is longer than the length of bytes, only the first 32 bytes will called blowfish_secret for historical reasons as Blowfish algorithm was originally used to do the encryption. Changed in version 3.1.0: Since version 3.1.0 phpMyAdmin can generate this on the fly, but it

generated string of random bytes to be used as an encryption key. It will be used internally by the Sodium extension: you won’t be prompted for this encryption key. Since a binary string is usually not printable string of 32 characters. $cfg['blowfish_secret'] = 'JOFw435365IScA&Q!cDugr!lSfuAz*OW'; Warning: The encryption key must be 32 bytes long. If it is longer than the length of bytes, only the first 32 bytes will called blowfish_secret for historical reasons as Blowfish algorithm was originally used to do the encryption. Changed in version 3.1.0: Since version 3.1.0 phpMyAdmin can generate this on the fly, but it

generated string of random bytes to be used as an encryption key. It will be used internally by the Sodium extension: you won’t be prompted for this encryption key. Since a binary string is usually not printable string of 32 characters. $cfg['blowfish_secret'] = 'JOFw435365IScA&Q!cDugr!lSfuAz*OW'; Warning: The encryption key must be 32 bytes long. If it is longer than the length of bytes, only the first 32 bytes will called blowfish_secret for historical reasons as Blowfish algorithm was originally used to do the encryption. Changed in version 3.1.0: Since version 3.1.0 phpMyAdmin can generate this on the fly, but it

called blowfish_secret for historical reasons as Blowfish algorithm was originally used to do the encryption. Changed in version 3.1.0: Since version 3.1.0 phpMyAdmin can generate this on the fly, but it cluster of different machines and password encryption in cookie auth doesn’t work. If your cluster consist of different architectures, PHP code used for encryption/decryption won’t work correct. This is caused

called blowfish_secret for historical reasons as Blowfish algorithm was originally used to do the encryption. Changed in version 3.1.0: Since version 3.1.0 phpMyAdmin can generate this on the fly, but it cluster of different machines and password encryption in cookie auth doesn’t work. If your cluster consist of different architectures, PHP code used for encryption/decryption won’t work correctly. This is

called blowfish_secret for historical reasons as Blowfish algorithm was originally used to do the encryption. Changed in version 3.1.0: Since version 3.1.0 phpMyAdmin can generate this on the fly, but it cluster of different machines and password encryption in cookie auth doesn’t work. If your cluster consist of different architectures, PHP code used for encryption/decryption won’t work correctly. This is

called blowfish_secret for historical reasons as Blowfish algorithm was originally used to do the encryption. Changed in version 3.1.0: Since version 3.1.0 phpMyAdmin can generate this on the fly, but it cluster of different machines and password encryption in cookie auth doesn’t work. If your cluster consist of different architectures, PHP code used for encryption/decryption won’t work correct. This is caused

called blowfish_secret for historical reasons as Blowfish algorithm was originally used to do the encryption. Changed in version 3.1.0: Since version 3.1.0 phpMyAdmin can generate this on the fly, but it cluster of different machines and password encryption in cookie auth doesn’t work. If your cluster consist of different architectures, PHP code used for encryption/decryption won’t work correct. This is caused

called blowfish_secret for historical reasons as Blowfish algorithm was originally used to do the encryption. Changed in version 3.1.0: Since version 3.1.0 phpMyAdmin can generate this on the fly, but it cluster of different machines and password encryption in cookie auth doesn’t work. If your cluster consist of different architectures, PHP code used for encryption/decryption won’t work correct. This is caused

called blowfish_secret for historical reasons as Blowfish algorithm was originally used to do the encryption. Type: Default value: Type: Default value: Type: Default value: Type: Default value: Changed cluster of different machines and password encryption in cookie auth doesn’t work. If your cluster consist of different architectures, PHP code used for encryption/decryption won’t work correctly. This is