Outputted code results in unintended keyword

[TommyROM]

Test Environment (required)

• Eleven Version: 0.5.0

• MEGA65 Platform: MEGA65

• ROM Release: 920377

• Core Commit: 93d55f0

Describe the bug
I'm having trouble with Eleven creating syntax errors in the outputted BASIC.
In Eleven the line looks like this:
'''if (x>w or x<1 or y>h or y<1) then x=w/2'''
However, Eleven is outputting the line with a syntax error that I couldn't figure out. This is the line:
'''if(n>gorn<1oro>horo<1)thenn=g/2
?syntax error in line 3'''
However, if in the outputted BASIC code (not within Eleven) I go in an add spaces between keywords and expressions it runs without any errors:
'''if (n>g or n<1 or o>h or o<1) then n=g/2'''
What I found was that BASIC was tokenizing the "go" in "n>gorn<1" creating the syntax error. To eliminate the error I had to (in Eleven) enclose each comparator (is that the right word?) with a < or > in parentheses so that the "go" would not be tokenized.

To be clear, the fix in Eleven was to change n>gorn<1 to (n>g)or(n<1)

To Reproduce
See above.

Expected behavior
I expected Eleven's output to not create a keyword where none is in the source code. It should not combine a variable (e.g., g) with an "or" statement resulting in a new "go" keyword where it wasn't intended.

Screenshots
If applicable, add screenshots to help explain your problem.

Additional context
I posted this on Discord on 9-Jan-2023.

[gurcei]

Ah yes, I've encountered issues like this before, and had to resolve them in a similar fashion.

For now, let's just make do with the workaround you described, I've had to do similar in my situations also.

There may come a time when we could make the parser smarter to detect such things, though I worry doing so with a basic parser will lengthen compile times, which are already pretty long for large eleven programs.

The solution for this might have to wait until Eleven's parser routine gets ported to a faster language.

I was underway with an assembly port of late, though that's about 50% underway, still a while to go.