fn rewrite_import_index_arg(&self, cp: CodePtrMut, n: isize) {
    let import0 = unsafe { LTerm::from_raw(cp.read_n(n)) };
    let import1 = self.imports[import0.small_get_u()].raw();
    unsafe { cp.write_n(n, import1) }
  }
/// Internal helper which takes N'th arg of an opcode, parses it as a small
/// unsigned and writes an LTerm pointer to a literal {M,F,Arity} tuple.
Internal helper which takes N'th arg of an opcode, parses it as a small
unsigned and writes an LTerm pointer to a literal {M,F,Arity} tuple.
Internal helper which takes N ' th arg of an opcode parses it as a small unsigned and writes an LTerm pointer to a literal { M F Arity } tuple .
fn rewrite_import_index_arg(&self, cp: CodePtrMut, n: isize) {
    let import0 = unsafe { LTerm::from_raw(cp.read_n(n)) };
    let import1 = self.imports[import0.small_get_u()].raw();
    unsafe { cp.write_n(n, import1) }
  }
fn rewrite_import_index_arg ( & self , cp : CodePtrMut , n : isize ) { let import0 = unsafe { LTerm :: from_raw ( cp . read_n ( n ) ) } ; let import1 = self . imports [ import0 . small_get_u ( ) ] . raw ( ) ; unsafe { cp . write_n ( n , import1 ) } }
Internal helper which takes N'th arg of an opcode, parses it as a small
unsigned and writes an LTerm pointer to a literal {M,F,Arity} tuple.
Internal helper which takes N ' th arg of an opcode parses it as a small unsigned and writes an LTerm pointer to a literal { M F Arity } tuple .
&self
cp
CodePtrMut
n
isize