| Symbol | Priority | Name
|
| () | 7 | Parenthisis
|
| [] | 7 | Square Bracket
|
| ! | 6 | Logical Not
|
| ~ | 6 | Bit Inversion
|
| - | 6 | Unary Negate
|
| -- | 6 | Decrement
|
| ++ | 6 | Increment
|
| * | 5 | Multiply
|
| / | 5 | Divide
|
| % | 5 | Modulo
|
| + | 4 | Add
|
| - | 4 | Subtract
|
| << | 3 | Shift Left
|
| >> | 3 | Shift Right
|
| < | 2 | Less Than
|
| <= | 2 | Less Than or Equal
|
| > | 2 | Greater Than
|
| >= | 2 | Greater Than or Equal
|
| != | 2 | Not Equal
|
| <> | 2 | Not Equal
|
| == | 2 | Equal
|
| & | 1 | And
|
| | | 1 | Or
|
| ^ | 1 | Xor
|
| ! | 1 | Not
|
| = | 0 | Assignment
|
You will note that some of the symbols differ from traditional Basic and are the same as the C language uses.
The major differences are:
Equivalance is == instead of =.
All the Logical operators use symbols insted of infix words.
The symbol ^ is Xor and not Power.
The shift oprerators >> and << are supported.
The unary prefix operators -- and ++ are supported.
All Arithmetic and Logical operators can be combined with Assignment like +=, *= etc. and are all priority 0 like Assignment
All operators except the Assignment operators are left to right associtive, this means that operators of equivalent priority will be executed in a left to right order.
Assignment is right to left associtive. This means A=B=C=0 will do what modern programmers expect. First C will be assigned 0, then B will be assigned C, then A will be assigned B.
