Struct Blocks 

pub struct Blocks {
    pub state: Option<Atom>,
}

The blocks of the areas asked for, a dimension each: declared with Blocks::declare_in(dimension, Some(&BlockScope { min, max }), …).

Fields

state: Option<Atom>

Its state: minecraft:oak_stairs[facing=north,…].

Implementations

impl Blocks

pub const STATE: u64

Field state’s bit.

Trait Implementations

impl Mirror for Blocks

const NAME: &'static str = "blocks"

Its name’s last part: yog:mirror/<mod>/<NAME>.

const ALL: u64 = 1u64

Every field’s bit.

const OWNER: Option<&'static str> = None

The mod providing it; None: this one.

const SPACE: &'static str

Its key space (yog_ids::key_space::*).

const CLOCK: Clock

Whose ticks it’s written after (the server’s, unless it’s a client’s view).

type View<'a> = BlocksView<'a>

A row read.

type Writer<'w> = BlocksWriter<'w>

A row written.

fn address() -> String

Its address.

fn fields() -> Vec<FieldSpec>

Its fields, in order.

fn read(row: &Row<'_, Self>) -> Self

The whole row (a field not asked for reads as its default).

fn write(&self, row: &mut RowWriter<'_, Self>)

Every due field of row set from self.

const FAMILY: bool = false

Its key space is a family (a member each parameter, declare_in).

fn spec() -> MirrorSpec

fn declare(fields: u64, rate: Rate) -> Result<Mirrored<Self>, Diagnostic>

Asks for fields (its bit consts or-ed) at rate.

fn declare_scoped<S: Schema>( scope: &S, fields: u64, rate: Rate, ) -> Result<Mirrored<Self>, Diagnostic>

Mirror::declare covering scope (its scope type: a BlockScope…) — a mirror that isn’t a family’s.

fn declare_in<S: Schema>( member: &str, scope: Option<&S>, fields: u64, rate: Rate, ) -> Result<Mirrored<Self>, Diagnostic>

Mirror::declare in member member of its family (a dimension: minecraft:overworld), covering scope (its scope type: a BlockScope…).