01
python semantics intactbrainrot vocabulary activecheck // run // shebang
rotscript // language build
PYTHON
AFTER TOO
MUCH
INTERNET
`rotscript` does not tear Python apart. It swaps the keywords for terminally broken vocabulary while keeping the semantics stable, and the C++ interpreter can check, run, and install it directly.
.rot inWrite in brainrot vocabulary while keeping Python-style indentation.
check + run`--check` validates, `--run` executes directly through Python in memory.
install + shebangInstall as a `rotscript` binary and launch files directly with `#!/usr/bin/env rotscript`.
source.rottranspileoutput.py
#!/usr/bin/env rotscript
Epstein Mood:
LOCKED = "locked"
COOKED = "cooked"
Kirk Dog:
cook bark(self):
check self.mood == Mood.LOCKED:
bounce "locked in"
bigyahu:
bounce "cooked"02
Python stays the runtime backend.
The design is still deliberately simple: no real AST stack yet, just Python as the semantic reference and execution target.03
Shebang-ready and installable as a binary.
After `make install`, a `.rot` file with a shebang can launch like a normal script, with errors still pointing back to the original file.direct conversion
Shebang on top, brainrot inside, valid Python underneath.
#!/usr/bin/env rotscript
Epstein Mood:
LOCKED = "locked"
COOKED = "cooked"
Kirk Dog:
cook bark(self):
check self.mood == Mood.LOCKED:
bounce "locked in"
bigyahu:
bounce "cooked"from enum import Enum
class Mood(Enum):
LOCKED = "locked"
COOKED = "cooked"
class Dog:
def bark(self):
if self.mood == Mood.LOCKED:
return "locked in"
else:
return "cooked"keyword swap
The core is still a hard mapping.
build // install // execute
Build with `make`. Then check it, run it, or shebang it.
make
./rotscript examples/main.rot
./rotscript --check examples/main.rot
./rotscript --run examples/main.rot
./rotscript --run script.rot foo barsudo make install
chmod +x script.rot
./script.rot