fn debruijn_index_of(&self, jump_target: Index) -> Option<usize> {
                self.stack
                    .iter()
                    .rev()
                    .position(|&(loop_node, _)| loop_node == jump_target)
            }
// Compute the de Bruijn index of a loop given its CFG index.
Compute the de Bruijn index of a loop given its CFG index.
Compute the de Bruijn index of a loop given its CFG index .
fn debruijn_index_of(&self, jump_target: Index) -> Option<usize> {
                self.stack
                    .iter()
                    .rev()
                    .position(|&(loop_node, _)| loop_node == jump_target)
            }
fn debruijn_index_of ( & self , jump_target : Index ) -> Option < usize > { self . stack . iter ( ) . rev ( ) . position ( | & ( loop_node , _ ) | loop_node == jump_target ) }
Compute the de Bruijn index of a loop given its CFG index.
Compute the de Bruijn index of a loop given its CFG index .
&self
jump_target
Index