arguments can be either variables, labels or immediates,<br/>
labels are replaced with immediates which have the line numbers of the labels as
their values<br/>
true/false: boolean (immediate)<br/>
12.6: number (immediate)<br/>
$hello nwae: string (immediate)<br/>
nodolla: either a label is called so (immediate) or it's a variable<br/>
If you want to use : in a string, you need to put it at the beginning of the
line to not treat the left part as label
### Types
Name | Description
----|-------------
e| anything defined
v| any variable
ve| any defined variable
s| string
vs| string variable
n| number
vn| number variable
ui| unsigned integer number
b| bool
vb| bool variable
### Instructions
Name | Parameters | Description
-----|------------|------------
mov | `<v to>, <e from>` | `to <= from`; Copies from into to.
xchg | `<v a>, <v b>` | `a,b <= b,a`; Switches a with b.
getvar | `<vs varname>[, <ve exists>]` | Sets varname to the current variable called <varname> if it's set. If exists is passed, it's set to a bool indicating whether the variable was set.
mod | `<vn num>, <n dv>` | `num <= num mod dv`; modulo
jmp | `<ui target>[, <e cond>]` | jump; If *cond* is not *false*, the instruction pointer is set to *target*. To disallow infinite loops, the program is interrupted after changing it, mods may have different heuristics about restarting it then.
call | `<ui target>[, <e cond>]` | same as pushing the current instruction pointer and then jumping (see jmp); used to execute subroutines
ret | no arguments | pop some unsigned integer, then jump there; used to exit subroutines
push | `<e a>[, <e b>[, <e c>[…]]]` | put values onto the stack; from left to right
pop | `<v a>[, <v b>[, <v c>[…]]]` | takes values from the stack and sets the passed variables to them; the last variable must be a defined one; from left to right
equal | `<v a>, <e b>` | `a <= (a = b)`; equality
less | `<vn a>, <n b>` | `a <= (a < b)`; after executing, a is a bool
less | `<vs a>, <s b>` | `a <= (a < b)`; less also works for strings, it compares characters from left to right, see man ASCII for the order
greater | `<v a>, <e b>` | executes less b,a
usleep | `<n t>` | aborts the program for at least ⌊max{0, t}⌋ microseconds
sleep | `<n t>` | executes usleep with t * 1000000 as argument
get_us_time | `<v to>` | stores current time in microsecond precision into *to*; can be used to measure time differences
tostring | `<v var>` | Sets *var* to a string representing its value; if it's not defined, it's set to `$nil`, if it's a boolean, it's set to `$true` or `$false`
tonumber | `<v var>` | Sets *var* to a number representing its value
toboolean | `<v var>` | If *var* is `false` or not defined, it's set to `false`, else it's set to `true`.
print | `<e a>[, <e b>[, <e c>[…]]]` | adds variables to the log, seperated by \t (tab), \n (newline) is added at the end
flush | no arguments | Output the log, what exactly happens should vary for every mod.
