Regarding certain statements and such.
 

So I'm currently working on a Notepad++ syntax highlighting project to create a new syntax highlighting setup for SourcePawn. I'm basing most of it off of Notepad++'s stock C++ highlighting. Here's how I've organized things like statements thus far.

Keywords1: new for if else do while switch case default return break continue sizeof true false typedef delete

Keywords2: Plugin Action void int float char bool Float String any Handle decl stock forward funcenum functag native function methodmap property typeset view_as cast_as var let public const enum static union struct

And for operators, I've got the following:
Is there anything I'm missing from these? Also, is there anything that SourcePawn as a language doesn't use that I should remove? I want to make sure I'm not missing anything before I start adding in .inc file class/type highlighting.

Here's what I've got style-wise so far. I plan to release this once I finish it. Also, I'm open to suggestions about the highlighting color/bold/etc of specific things.
- My highlighting (font is Inconsolata, before you even ask :P)
- Notepad++'s stock C++ highlighting, for comparison

Re: Regarding certain statements and such.
 

Maybe << and >>?

Re: Regarding certain statements and such.
 

I believe << and >> are used to shift.
< and > are operators.

Re: Regarding certain statements and such.
 

...bit-shift operators are still operators.

Edit: For that matter, ++ and -- are also operators

Re: Regarding certain statements and such.
 

You might as well add in such things as += and -= as well.

Re: Regarding certain statements and such.
 

Re: Regarding certain statements and such.
 

And /=, *= ^=, &=, |=, <<=, >>=, %=

Re: Regarding certain statements and such.
 

SourcePawn should have (AMXX Pawn does) >>> and >>>= operators too. Can't test right now, I'm on phone.

EDIT:
Just tested it, works.

Re: Regarding certain statements and such.
 

There is no left arithmetic shift. :)

Re: Regarding certain statements and such.
 

Which makes sense if you know what right arithmetic shift does.

i.e. it makes the number keep the same sign in a Two's Complement number system, which is what Pawn, C, C++, Java, etc... use.

However, that doesn't work in the other direction.