A single asm string may contain multiple assembler instructions. Assembly code parsing and syntax checking is done at the assembling stage.

A C compiler does not parse or check the validity of the assembly instructions. All basic asm statements are implicitly volatile.Īssembly code is a string that can contain any assembly instruction(s) recognized by the GNU assembler, including directives. llSay(0, 'turning on!') This makes the object speak 'turning on!' on channel zero.A basic asm statement has the following format: asm (Assembly code) SPEAK TO ME! The first line in the event state_entry is. First we see the 'state_entry' event, which gets triggered each time the default state is entered. Also, while the object has a texture, the color will effect the 'tint' more than the true color. default Note that after 'default' all new states begin with the word 'state'. Here is a look at a minimal program in written in LSL that can loosely be translated as.'When I am in the default state, and I am touched, say 'Hello World' on channel zero'. So the minimum LSL program must have one state with one event in it. One called Touch_start(), will trigger the code in it when the object running the script is touched. Events are not user defined in Second Life but rather predefined in LSL. An event can be thought of as a 'Trigger'. Minimally a script will have one state, the default state. Many real life objects have 'states' and the same can be true for LSL programs. A person can be 'hyper', 'calm', or 'bored'. A door can be 'open' or 'closed' and a light can be 'on' or 'off'. One thing that makes LSL unique is it's heavy emphasis on 'States' and 'Events'. They are written with a built-in editor/compiler which we will access in step 2. Scripts in Second Life are a set of instructions that can be placed inside any object in the world, or any object worn by an avatar, but not inside an avatar. This is the language all scripts in Second LIfe are written in.

Simple lsl html compiler v 1.0