}
let Some(inst) = self.code.get(self.machine_st.p) else {
- // a seperate function marked #[cold] to make the compiler/branch-predictor prefer the happy path
+ // a separate function marked #[cold] to make the compiler/branch-predictor prefer the happy path
handle_code_index_oob(self.code.len(), self.machine_st.p);
};
}
}
-#[cold] // this is a seperate function so that we can annotate it as cold
+#[cold] // this is a separate function so that we can annotate it as cold
#[track_caller]
fn handle_code_index_oob(code_len: usize, p: usize) -> ! {
panic!("code pointer p = {p} is oob for code area of size {code_len}");
// i.e. the content of buf is a prefix of a valid utf-8 encoded char
//
// we need to read more data from the underlying stream
- // so that we can determin its validity
+ // so that we can determine its validity
if self.buf.len() > 4 {
// keep a prefix of 4 bytes so that we can put back at least one char
Err(e) => return Some(Err(e)),
Ok(0) => return Some(Err(bad_bytes_error(&self.buf))),
Ok(_) => {
- // successfully filled the buffer with another chuck of data
+ // successfully filled the buffer with another chunk of data
}
}
}