pub fn generate_rs(cldr_jsons: &[String]) -> String {
    let mut cldr_version = None;
    let mut tokens = BTreeMap::new();

    for cldr_json in cldr_jsons {
        // resource_items is a struct representation of the raw CLDR rules.
        let resource_items = parse_plurals_resource_from_string(cldr_json).unwrap();

        let res_cldr_version = resource_items.supplemental.version.cldr_version;

        if cldr_version.is_none() {
            cldr_version = Some(res_cldr_version);
        } else if cldr_version != Some(res_cldr_version) {
            panic!("All input resources must use the same CLDR version!");
        }

        if let Some(data) = resource_items.supplemental.plurals_type_cardinal {
            let rule_tokens = gen_type_rs(data);
            if tokens.contains_key("cardinal") {
                panic!("Cannot provide two inputs with the same data!");
            }
            tokens.insert("cardinal".to_owned(), rule_tokens);
        }

        if let Some(data) = resource_items.supplemental.plurals_type_ordinal {
            let rule_tokens = gen_type_rs(data);
            if tokens.contains_key("ordinal") {
                panic!("Cannot provide two inputs with the same data!");
            }
            tokens.insert("ordinal".to_owned(), rule_tokens);
        }
    }

    if cldr_version.is_none() || tokens.is_empty() {
        panic!("None of the input files provided core data!");
    }

    // Call gen_rs to get Rust code. Convert TokenStream to string for file out.
    parser::gen_rs::gen_fn(tokens, &cldr_version.unwrap()).to_string()
}
/// Takes a string representation of a CLDR JSON file and produces a string representation of the generated Rust code for the plural rules.
///
/// The string representation of the Rust code is written to a specified Rust file and can be used to get the plural category for numerical input.
Takes a string representation of a CLDR JSON file and produces a string representation of the generated Rust code for the plural rules.
The string representation of the Rust code is written to a specified Rust file and can be used to get the plural category for numerical input.
Takes a string representation of a CLDR JSON file and produces a string representation of the generated Rust code for the plural rules . The string representation of the Rust code is written to a specified Rust file and can be used to get the plural category for numerical input .
pub fn generate_rs(cldr_jsons: &[String]) -> String {
    let mut cldr_version = None;
    let mut tokens = BTreeMap::new();
    for cldr_json in cldr_jsons {
        // resource_items is a struct representation of the raw CLDR rules.
        let resource_items = parse_plurals_resource_from_string(cldr_json).unwrap();
        let res_cldr_version = resource_items.supplemental.version.cldr_version;
        if cldr_version.is_none() {
            cldr_version = Some(res_cldr_version);
        } else if cldr_version != Some(res_cldr_version) {
            panic!("All input resources must use the same CLDR version!");
        }
        if let Some(data) = resource_items.supplemental.plurals_type_cardinal {
            let rule_tokens = gen_type_rs(data);
            if tokens.contains_key("cardinal") {
                panic!("Cannot provide two inputs with the same data!");
            }
            tokens.insert("cardinal".to_owned(), rule_tokens);
        }
        if let Some(data) = resource_items.supplemental.plurals_type_ordinal {
            let rule_tokens = gen_type_rs(data);
            if tokens.contains_key("ordinal") {
                panic!("Cannot provide two inputs with the same data!");
            }
            tokens.insert("ordinal".to_owned(), rule_tokens);
        }
    }
    if cldr_version.is_none() || tokens.is_empty() {
        panic!("None of the input files provided core data!");
    }
    // Call gen_rs to get Rust code. Convert TokenStream to string for file out.
    parser::gen_rs::gen_fn(tokens, &cldr_version.unwrap()).to_string()
}
pub fn generate_rs ( cldr_jsons : & [ String ] ) -> String { let mut cldr_version = None ; let mut tokens = BTreeMap :: new ( ) ; for cldr_json in cldr_jsons { // resource_items is a struct representation of the raw CLDR rules. let resource_items = parse_plurals_resource_from_string ( cldr_json ) . unwrap ( ) ; let res_cldr_version = resource_items . supplemental . version . cldr_version ; if cldr_version . is_none ( ) { cldr_version = Some ( res_cldr_version ) ; } else if cldr_version != Some ( res_cldr_version ) { panic ! ( " " ) ; } if let Some ( data ) = resource_items . supplemental . plurals_type_cardinal { let rule_tokens = gen_type_rs ( data ) ; if tokens . contains_key ( " " ) { panic ! ( " " ) ; } tokens . insert ( " " . to_owned ( ) , rule_tokens ) ; } if let Some ( data ) = resource_items . supplemental . plurals_type_ordinal { let rule_tokens = gen_type_rs ( data ) ; if tokens . contains_key ( " " ) { panic ! ( " " ) ; } tokens . insert ( " " . to_owned ( ) , rule_tokens ) ; } } if cldr_version . is_none ( ) || tokens . is_empty ( ) { panic ! ( " " ) ; } // Call gen_rs to get Rust code. Convert TokenStream to string for file out. parser :: gen_rs :: gen_fn ( tokens , & cldr_version . unwrap ( ) ) . to_string ( ) }
Takes a string representation of a CLDR JSON file and produces a string representation of the generated Rust code for the plural rules.
Takes a string representation of a CLDR JSON file and produces a string representation of the generated Rust code for the plural rules .
cldr_jsons
&[String]
cldr_jsons
&[String]