The ENCODE and DECODE statements transfer data between variables or arrays in internal storage. The ENCODE statement translates data from internal (binary) form to character form. Inversely, the DECODE statement translates data from character to internal form. These statements are comparable to using internal files in formatted sequential WRITE and READ statements, respectively. Statement format: ENCODE (c,f,b [,IOSTAT=ios] [,ERR=s]) [list] DECODE (c,f,b [,IOSTAT=ios] [,ERR=s]) [list] c Is an integer expression. In the ENCODE statement, "c" is the number of characters (in bytes) to be translated to character form. In the DECODE statement, "c" is the number of characters to be translated to internal form. f Is a format identifier. An error occurs if more than one record is specified. b Is a scalar or array reference. If b is an array reference, its elements are processed in the order of subscript progression. The data type of "b" determines the number of characters that ENCODE or DECODE can process. In the ENCODE statement, "b" receives the characters after translation to external form. If less than "c" characters are received, the remaining character positions are filled with blank characters. In the DECODE statement, "b" contains the characters to be translated to internal form. ios Is a scalar integer variable that is defined as a positive integer if an error occurs, and zero if no error occurs. s Is the label of an executable statement. list Is an I/O list. In the ENCODE statement, the "list" contains the data to be translated to character form. In the DECODE statement, the "list" receives the data after translation to internal form. The interaction between the format specifier and the I/O list is the same as for a formatted I/O statement.