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format of .aisc-files used for client/server interfaces
-------------------------------------------------------
PROJECT string // main name of program
OBJECT_KEY string // prefix key for objects
MAX_KEY num // maximum attribute number
MAX_OBJECT num // maximum object number
MAGIC_NUMBER num // server version (see magic.lst)
DATA {
@CONST, @VALUE, @DOCU; // constants
@ENUM; // enum is unused and obsolete
..., {;
@VAR, @VAL, @DOCU;
};
@STRUCT, @SKEY, @SKEYC, @DOCU;
my_struxt, MYKEY, 4711, (~ This is the docu ~), [SAVEDIRECTION VERTICAL,] {
@TYPE, @IDENT, @REF, @ACC, @SAVE, @KEY, @KEYC, @INIT, @DOCU;
...;
};
};
TYPE can be:
int,char,double,float
dllh header of DoubledLinkedList
aisc_string string
bytestring string
// [func function ]
or any user defined type
REF can be:
% virtual (aka callback)
unspecified ( double char .... )
eor i or owner by insertion
eor o owner by pointer
eor d special owner (double linked list with ident + hash)
eor l link
eor r reversed_link (only to those objects with dllh)
e enum type
eor t terminal type
eor s structure type /* unfold THIS structure else t */
[ * resizeable vector of ... (key SIZE is size)
eor v fixed vector of ... (key SIZE is size)]
[ f forward reference ]
(THIS-> is father)
z.B. os* Vector of unfold substructures
ACC Accessiongrants
, read and write
r, readonly
w, writeonly
c, createonly
rw, read and write
privat,
public,
SAVE version number for load/save (if AISC_SAVE=YES)
KEY key name
KEYC key number
Has to be unique inside each STRUCT.
Keys w/o keynumbers exist, but are not accessible via interface.
Several types use multiple KEYs (e.g. 'd' uses 2 keys (KEY and KEY+1)).
INIT default value or call to init-funtion
'THIS' is replaced by pointer to STRUCT
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