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name of the hash algorithm
sha-0

name of the checksum algorithm
adler-32

td is the algorithm specified.
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컬러, stefan- singer algorithm, rgb
color, stefan-singer algorithm, rgb

인쇄할 수 없습니다. name of the hash algorithm
could not print.

this function returns the name of the algorithm.
example 1. mcrypt_enc_get_algorithms_name() example

@ label: listbox algorithm to use for the checksum
checksum

name of the checksum algorithm, cyclic redundancy check 32
modular sum 16-bit

fribidi is a free implementation of the unicode bidirectional algorithm.
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key is the key supplied to the algorithm. it must be kept secret.
this function should not be used anymore, see mcrypt_generic() and mdecrypt_generic() for replacements.

unable to open password protected files. the password algorithm has not been published
unable to open password protected files. the password algorithm has not been published

cipher is one of the mcrypt_ciphername constants of the name of the algorithm as string.
cipher is one of the mcrypt_ciphername constants of the name of the algorithm as string.

this function returns 1 if the algorithm is a block algorithm, or 0 if it is a stream algorithm.
this function returns true if the algorithm is a block algorithm, or false if it is a stream algorithm.

this function returns the maximum supported key size of the algorithm specified by the encryption descriptor td in bytes.
this function returns the maximum supported key size of the algorithm specified by the encryption descriptor td in bytes.

calculates the md5 hash of the specified filename using the rsa data security, inc. md5 message-digest algorithm, and returns that hash.
calculates the md5 hash of the specified filename using the rsa data security, inc. md5 message-digest algorithm

note that zziplib only provides a subset of functions provided in a full implementation of the zip compression algorithm and can only read zip file archives. a normal zip utility is needed to create the zip file archives read by this library.
a normal zip utility is needed to create the zip file archives read by this library.

divides n by d, using fast "exact division" algorithm. this function produces correct results only when it is known in advance that d divides n.
this function produces correct results only when it is known in advance that d divides n.

calculates the sha1 hash of filename using the us secure hash algorithm 1, and returns that hash. the hash is a 40-character hexadecimal number. upon failure, false is returned.
the hash is a 40-character hexadecimal number.

mhash_keygen_s2k() generates a key that is bytes long, from a user given password. this is the salted s2k algorithm as specified in the openpgp document (rfc 2440). that algorithm will use the specified hash algorithm to create the key. the salt must be different and random enough for every key you generate in order to create different keys. that salt must be known when you check the keys, thus it is a good idea to append the key to it. salt has a fixed length of 8 bytes and will be padded with zeros if you supply less bytes. keep in mind that user supplied passwords are not really suitable to be used as keys in cryptographic algorithms, since users normally choose keys they can write on keyboard. these passwords use only 6 to 7 bits per character (or less). it is highly recommended to use some kind of tranformation (like this function) to the user supplied key.
keep in mind that user supplied passwords are not really suitable to be used as keys in cryptographic algorithms, since users normally choose keys they can write on keyboard.