fn umbrella_type_section(cx: &ModuleContext<'_>) -> wasm_encoder::TypeSection {
    let mut types = wasm_encoder::TypeSection::new();

    let interned_entity_to_encoder_entity = |ty: &EntityType| match ty {
        EntityType::Function(ty) => wasm_encoder::EntityType::Function(ty.index()),
        EntityType::Table(ty) => wasm_encoder::EntityType::Table(translate::table_type(*ty)),
        EntityType::Memory(ty) => wasm_encoder::EntityType::Memory(translate::memory_type(*ty)),
        EntityType::Global(ty) => wasm_encoder::EntityType::Global(translate::global_type(*ty)),
        EntityType::Module(ty) => wasm_encoder::EntityType::Module(ty.index()),
        EntityType::Instance(ty) => wasm_encoder::EntityType::Instance(ty.index()),
    };

    for (_index, ty) in cx.types().iter() {
        match ty {
            Type::Func(f) => types.function(
                f.params.iter().copied().map(translate::val_type),
                f.returns.iter().copied().map(translate::val_type),
            ),
            Type::Instance(inst) => types.instance(
                inst.exports
                    .iter()
                    .map(|(name, ty)| (name.as_ref(), interned_entity_to_encoder_entity(ty))),
            ),
            Type::Module(module) => types.module(
                module.imports.iter().map(|((module, name), ty)| {
                    (
                        module.as_ref(),
                        name.as_ref().map(|n| n.as_ref()),
                        interned_entity_to_encoder_entity(ty),
                    )
                }),
                module
                    .exports
                    .iter()
                    .map(|(name, ty)| (name.as_ref(), interned_entity_to_encoder_entity(ty))),
            ),
        };
    }

    types
}
/// Create a type section with everything in the whole interned types set.
Create a type section with everything in the whole interned types set.
Create a type section with everything in the whole interned types set .
fn umbrella_type_section(cx: &ModuleContext<'_>) -> wasm_encoder::TypeSection {
    let mut types = wasm_encoder::TypeSection::new();
    let interned_entity_to_encoder_entity = |ty: &EntityType| match ty {
        EntityType::Function(ty) => wasm_encoder::EntityType::Function(ty.index()),
        EntityType::Table(ty) => wasm_encoder::EntityType::Table(translate::table_type(*ty)),
        EntityType::Memory(ty) => wasm_encoder::EntityType::Memory(translate::memory_type(*ty)),
        EntityType::Global(ty) => wasm_encoder::EntityType::Global(translate::global_type(*ty)),
        EntityType::Module(ty) => wasm_encoder::EntityType::Module(ty.index()),
        EntityType::Instance(ty) => wasm_encoder::EntityType::Instance(ty.index()),
    };
    for (_index, ty) in cx.types().iter() {
        match ty {
            Type::Func(f) => types.function(
                f.params.iter().copied().map(translate::val_type),
                f.returns.iter().copied().map(translate::val_type),
            ),
            Type::Instance(inst) => types.instance(
                inst.exports
                    .iter()
                    .map(|(name, ty)| (name.as_ref(), interned_entity_to_encoder_entity(ty))),
            ),
            Type::Module(module) => types.module(
                module.imports.iter().map(|((module, name), ty)| {
                    (
                        module.as_ref(),
                        name.as_ref().map(|n| n.as_ref()),
                        interned_entity_to_encoder_entity(ty),
                    )
                }),
                module
                    .exports
                    .iter()
                    .map(|(name, ty)| (name.as_ref(), interned_entity_to_encoder_entity(ty))),
            ),
        };
    }
    types
}
fn umbrella_type_section ( cx : & ModuleContext < ' _ > ) -> wasm_encoder :: TypeSection { let mut types = wasm_encoder :: TypeSection :: new ( ) ; let interned_entity_to_encoder_entity = | ty : & EntityType | match ty { EntityType :: Function ( ty ) => wasm_encoder :: EntityType :: Function ( ty . index ( ) ) , EntityType :: Table ( ty ) => wasm_encoder :: EntityType :: Table ( translate :: table_type ( * ty ) ) , EntityType :: Memory ( ty ) => wasm_encoder :: EntityType :: Memory ( translate :: memory_type ( * ty ) ) , EntityType :: Global ( ty ) => wasm_encoder :: EntityType :: Global ( translate :: global_type ( * ty ) ) , EntityType :: Module ( ty ) => wasm_encoder :: EntityType :: Module ( ty . index ( ) ) , EntityType :: Instance ( ty ) => wasm_encoder :: EntityType :: Instance ( ty . index ( ) ) , } ; for ( _index , ty ) in cx . types ( ) . iter ( ) { match ty { Type :: Func ( f ) => types . function ( f . params . iter ( ) . copied ( ) . map ( translate :: val_type ) , f . returns . iter ( ) . copied ( ) . map ( translate :: val_type ) , ) , Type :: Instance ( inst ) => types . instance ( inst . exports . iter ( ) . map ( | ( name , ty ) | ( name . as_ref ( ) , interned_entity_to_encoder_entity ( ty ) ) ) , ) , Type :: Module ( module ) => types . module ( module . imports . iter ( ) . map ( | ( ( module , name ) , ty ) | { ( module . as_ref ( ) , name . as_ref ( ) . map ( | n | n . as_ref ( ) ) , interned_entity_to_encoder_entity ( ty ) , ) } ) , module . exports . iter ( ) . map ( | ( name , ty ) | ( name . as_ref ( ) , interned_entity_to_encoder_entity ( ty ) ) ) , ) , } ; } types }
Create a type section with everything in the whole interned types set.
Create a type section with everything in the whole interned types set .
cx
&ModuleContext<'_>
cx
&ModuleContext<'_>