[agd-cvs] server/doc/lpc datatypes,NONE,1.1 operators,NONE,1.1

[Peep P. <so...@us...>]

Update of /cvsroot/agd/server/doc/lpc
In directory sc8-pr-cvs1.sourceforge.net:/tmp/cvs-serv5487

Added Files:
	datatypes operators 
Log Message:
Initial import.

--- NEW FILE: operators ---
Operators of the LPC language.
Star (*) marks that it's implemented in AGD.
	with side effects:
	= binary assign * (F_ASSIGN)
	-- unary decrement * (F_POSTDEC, F_PREDEC)
	++ unary increment * (F_POSTINC, F_PREINC)
	('a x= b' is equal to 'a = a x b')
	+= binary self-increment
	-= binary self-decrement
	/= binary self-division
	*= binary self-multiplication
	%= binary self-modulo

	comparison:
	== binary equal * (F_EQ)
	> binary greater than * (F_GT)
	< binary less than * (F_LT)
	<= binary less or equal than * (F_LE)
	>= binary greater or equal than * (F_GE)
	!= binary not equal * (F_NE)

	logic:
	&& binary AND *
	|| binary OR *
	! unary NOT * (F_NOT)

	misc:
	-> binary call_other * (F_CALL_OTHER)
	  note: This is different from C's ->. in LPC it calls a function in an object other than
	  the current object; i.e. ob->call() would execute the function call() in object ob.
	?: trinary conditional (if-then-else)
	, binary comma - left and right side are evaluated, then right side discarded.

	arithmetic:
	+ binary addition * (F_ADD)
	- binary substraction *(F_SUB)
	- unary negation *(F_NEG)
	/ binary division *(F_DIV)
	* binary multiplication *(F_MUL)
	% binary modulo * (F_MOD)
	** power

	binary:
	&
	|
	~
	^
	<<
	>>
	
	&=
	|=
	~=
	^=
	<<=
	>>=

--- NEW FILE: datatypes ---
Data types currently implemented in AGD are int, string, object, void.
These should be fully functional everywhere.

Valid, but not implemented types are mixed and type* (array type). In fact, using arrays can cause
severe bugs, as they are not handled properly yet.

Data types that should be working in future versions are status (memory-optimized boolean type),
mapping, function, enum, struct/class and char.