use crate::functions::FormatTypeFuncs; use super::functions::format_name; pub struct FormatTypeFunc; impl FormatTypeFuncs for FormatTypeFunc { fn format_kind_list(&self, representation: &str, _input: bool, _immutable: bool) -> String { format!("Vec<{}>", representation) } fn format_kind_scalar_string(&self, representation: &str, input: bool) -> String { let mut rep = representation.to_string(); if input { rep.push_str("impl Into"); } else { rep.push_str("String"); } rep } fn format_kind_scalar_int(&self, representation: &str) -> String { let mut rep = representation.to_string(); rep.push_str("isize"); rep } fn format_kind_scalar_float(&self, representation: &str) -> String { let mut rep = representation.to_string(); rep.push_str("float"); rep } fn format_kind_scalar_boolean(&self, representation: &str) -> String { let mut rep = representation.to_string(); rep.push_str("bool"); rep } fn format_kind_scalar_default( &self, representation: &str, ref_name: &str, _input: bool, ) -> String { let mut rep = representation.to_string(); rep.push_str(&format_name(ref_name)); rep } fn format_kind_object(&self, representation: &str, ref_name: &str) -> String { let mut rep = representation.to_string(); rep.push_str(&format_name(ref_name)); rep } fn format_kind_input_object(&self, representation: &str, ref_name: &str) -> String { let mut rep = representation.to_string(); rep.push_str(&format_name(ref_name)); rep } fn format_kind_enum(&self, representation: &str, ref_name: &str) -> String { let mut rep = representation.to_string(); rep.push_str(&format_name(ref_name)); rep } }