Walker

rustructure

Trait Walker 

Source 
pub trait Walker {

Show 15 methods    // Required methods
    fn visit_unit(&mut self);
    fn visit_integer(&mut self, itype: IntegerType);
    fn visit_str(&mut self);
    fn visit_ref<W: Walkable>(&mut self);
    fn visit_option<W: Walkable>(&mut self);
    fn visit_tuple<W: Walkable>(&mut self);
    fn visit_array<W: Walkable>(&mut self, length: usize);
    fn visit_slice<W: Walkable>(&mut self);
    fn visit_vec<W: Walkable>(&mut self);
    fn visit_std_type<W: Walkable>(&mut self, std: StdType);
    fn visit_struct<W: Walkable>(&mut self, struct_name: &'static str);
    fn visit_field<W: Walkable>(&mut self, field_name: &'static str);
    fn visit_skip_field(&mut self, field_name: &'static str);
    fn visit_enum<W: Walkable>(&mut self, enum_name: &'static str);
    fn visit_variant<W: Walkable>(&mut self, variant_name: &'static str);

}
Expand description

User-facing type.

In the non-leaf functions (those that take a Walkable generic), if recursion should take place, it can be invoked at a place of your choosing via W::walk_with(self).

Required Methods§

Source

fn visit_unit(&mut self)

Source

fn visit_integer(&mut self, itype: IntegerType)

Source

fn visit_str(&mut self)

Source

fn visit_ref<W: Walkable>(&mut self)

Source

fn visit_option<W: Walkable>(&mut self)

Source

fn visit_tuple<W: Walkable>(&mut self)

Source

fn visit_array<W: Walkable>(&mut self, length: usize)

Source

fn visit_slice<W: Walkable>(&mut self)

Source

fn visit_vec<W: Walkable>(&mut self)

Source

fn visit_std_type<W: Walkable>(&mut self, std: StdType)

Source

fn visit_struct<W: Walkable>(&mut self, struct_name: &'static str)

Source

fn visit_field<W: Walkable>(&mut self, field_name: &'static str)

Source

fn visit_skip_field(&mut self, field_name: &'static str)

Source

fn visit_enum<W: Walkable>(&mut self, enum_name: &'static str)

Source

fn visit_variant<W: Walkable>(&mut self, variant_name: &'static str)

Dyn Compatibility§

This trait is not dyn compatible.

In older versions of Rust, dyn compatibility was called "object safety", so this trait is not object safe.

Implementors§