Trait BuildSchema 

pub trait BuildSchema {
    // Required method
    fn build_schema(ctx: &mut SchemaBuilder) -> SchemaNodeContent;

    // Provided methods
    fn type_name() -> Option<&'static str> { ... }
    fn schema_metadata() -> SchemaMetadata { ... }
    fn build_schema_node(ctx: &mut SchemaBuilder) -> SchemaNodeSpec { ... }
}

Required Methods

fn build_schema(ctx: &mut SchemaBuilder) -> SchemaNodeContent

Build the schema content for this type.

Use ctx.build::<T>() for nested types - this handles caching and recursion automatically.

Provided Methods

fn type_name() -> Option<&'static str>

The type name for registration in $types namespace.

Return Some("my-type") to register this type as $types.my-type. Return None (default) for inline/anonymous types.

fn schema_metadata() -> SchemaMetadata

Optional metadata for this type’s schema node.

Override to provide description, deprecation status, defaults, or examples.

fn build_schema_node(ctx: &mut SchemaBuilder) -> SchemaNodeSpec

Build the full node specification for this type.

Override this method to set ext_types or type_codegen on the node. The default implementation delegates to build_schema and schema_metadata.

Dyn Compatibility

This trait is not dyn compatible.

In older versions of Rust, dyn compatibility was called "object safety".

Implementations on Foreign Types

impl BuildSchema for &str

fn build_schema(_ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl BuildSchema for ()

fn build_schema(_ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl BuildSchema for String

fn build_schema(_ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl BuildSchema for Text

fn build_schema(_ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl BuildSchema for bool

fn build_schema(_ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl BuildSchema for f32

fn build_schema(_ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl BuildSchema for f64

fn build_schema(_ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl BuildSchema for i8

fn build_schema(_ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl BuildSchema for i16

fn build_schema(_ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl BuildSchema for i32

fn build_schema(_ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl BuildSchema for i64

fn build_schema(_ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl BuildSchema for i128

fn build_schema(_ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl BuildSchema for isize

fn build_schema(_ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl BuildSchema for u8

fn build_schema(_ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl BuildSchema for u16

fn build_schema(_ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl BuildSchema for u32

fn build_schema(_ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl BuildSchema for u64

fn build_schema(_ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl BuildSchema for u128

fn build_schema(_ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl BuildSchema for usize

fn build_schema(_ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl<A: BuildSchema + 'static, B: BuildSchema + 'static, C: BuildSchema + 'static, D: BuildSchema + 'static, E: BuildSchema + 'static, F: BuildSchema + 'static> BuildSchema for (A, B, C, D, E, F)

fn build_schema(ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl<A: BuildSchema + 'static, B: BuildSchema + 'static, C: BuildSchema + 'static, D: BuildSchema + 'static, E: BuildSchema + 'static> BuildSchema for (A, B, C, D, E)

fn build_schema(ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl<A: BuildSchema + 'static, B: BuildSchema + 'static, C: BuildSchema + 'static, D: BuildSchema + 'static> BuildSchema for (A, B, C, D)

fn build_schema(ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl<A: BuildSchema + 'static, B: BuildSchema + 'static, C: BuildSchema + 'static> BuildSchema for (A, B, C)

fn build_schema(ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl<A: BuildSchema + 'static, B: BuildSchema + 'static> BuildSchema for (A, B)

fn build_schema(ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl<A: BuildSchema + 'static> BuildSchema for (A,)

fn build_schema(ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl<K: BuildSchema + 'static, V: BuildSchema + 'static> BuildSchema for BTreeMap<K, V>

BTreeMap<K, V> is represented as a map

fn build_schema(ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl<K: BuildSchema + 'static, V: BuildSchema + 'static> BuildSchema for HashMap<K, V>

HashMap<K, V> is represented as a map

fn build_schema(ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl<K: BuildSchema + 'static, V: BuildSchema + 'static> BuildSchema for IndexMap<K, V>

IndexMap<K, V> is represented as a map (preserves insertion order)

fn build_schema(ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl<T: BuildSchema + 'static, E: BuildSchema + 'static> BuildSchema for Result<T, E>

Result<T, E> is represented as a union: ok(T) | err(E)

fn build_schema(ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl<T: BuildSchema + 'static> BuildSchema for Arc<T>

Arc delegates to T

fn build_schema(ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl<T: BuildSchema + 'static> BuildSchema for Box<T>

Box delegates to T

fn build_schema(ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl<T: BuildSchema + 'static> BuildSchema for Option<T>

Option is represented as a union: some(T) | none(null)

fn build_schema(ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl<T: BuildSchema + 'static> BuildSchema for Rc<T>

Rc delegates to T

fn build_schema(ctx: &mut SchemaBuilder) -> SchemaNodeContent

impl<T: BuildSchema + 'static> BuildSchema for Vec<T>

Vec is represented as an array with item type T

fn build_schema(ctx: &mut SchemaBuilder) -> SchemaNodeContent

Implementors