jellyflow-runtime 0.2.0

Headless store, rules, schema, profile, and change pipeline for Jellyflow.
Documentation 
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use jellyflow_core::core::{
    CanvasPoint, Edge, EdgeId, EdgeKind, Graph, Node, NodeId, NodeKindKey, Port, PortCapacity,
    PortDirection, PortId, PortKey, PortKind,
};
use jellyflow_core::types::TypeDesc;

pub(super) fn make_node(kind: &str) -> Node {
    Node {
        kind: NodeKindKey::new(kind),
        kind_version: 0,
        pos: CanvasPoint { x: 0.0, y: 0.0 },
        origin: None,
        selectable: None,
        focusable: None,
        draggable: None,
        connectable: None,
        deletable: None,
        parent: None,
        extent: None,
        expand_parent: None,
        size: None,
        hidden: false,
        collapsed: false,
        ports: Vec::new(),
        data: serde_json::Value::Null,
    }
}

pub(super) fn insert_node(graph: &mut Graph, id: NodeId, kind: &str) {
    graph.nodes.insert(id, make_node(kind));
}

pub(super) fn make_port(
    node: NodeId,
    key: &str,
    dir: PortDirection,
    kind: PortKind,
    capacity: PortCapacity,
) -> Port {
    Port {
        node,
        key: PortKey::new(key),
        dir,
        kind,
        capacity,
        connectable: None,
        connectable_start: None,
        connectable_end: None,
        ty: None,
        data: serde_json::Value::Null,
    }
}

pub(super) fn make_data_port(
    node: NodeId,
    key: &str,
    dir: PortDirection,
    capacity: PortCapacity,
) -> Port {
    make_port(node, key, dir, PortKind::Data, capacity)
}

pub(super) fn make_data_output(node: NodeId, key: &str, capacity: PortCapacity) -> Port {
    make_data_port(node, key, PortDirection::Out, capacity)
}

pub(super) fn make_data_input(node: NodeId, key: &str, capacity: PortCapacity) -> Port {
    make_data_port(node, key, PortDirection::In, capacity)
}

pub(super) fn insert_port(graph: &mut Graph, id: PortId, port: Port) {
    let node = port.node;
    graph.ports.insert(id, port);
    graph
        .nodes
        .get_mut(&node)
        .expect("test port owner must exist")
        .ports
        .push(id);
}

pub(super) fn insert_data_port(
    graph: &mut Graph,
    id: PortId,
    node: NodeId,
    key: &str,
    dir: PortDirection,
    capacity: PortCapacity,
) {
    insert_port(graph, id, make_data_port(node, key, dir, capacity));
}

pub(super) fn insert_data_output(
    graph: &mut Graph,
    id: PortId,
    node: NodeId,
    key: &str,
    capacity: PortCapacity,
) {
    insert_data_port(graph, id, node, key, PortDirection::Out, capacity);
}

pub(super) fn insert_data_input(
    graph: &mut Graph,
    id: PortId,
    node: NodeId,
    key: &str,
    capacity: PortCapacity,
) {
    insert_data_port(graph, id, node, key, PortDirection::In, capacity);
}

pub(super) fn insert_typed_data_output(
    graph: &mut Graph,
    id: PortId,
    node: NodeId,
    key: &str,
    capacity: PortCapacity,
    ty: TypeDesc,
) {
    let mut port = make_data_output(node, key, capacity);
    port.ty = Some(ty);
    insert_port(graph, id, port);
}

pub(super) fn insert_typed_data_input(
    graph: &mut Graph,
    id: PortId,
    node: NodeId,
    key: &str,
    capacity: PortCapacity,
    ty: TypeDesc,
) {
    let mut port = make_data_input(node, key, capacity);
    port.ty = Some(ty);
    insert_port(graph, id, port);
}

pub(super) fn insert_edge(graph: &mut Graph, id: EdgeId, from: PortId, to: PortId) {
    graph.edges.insert(
        id,
        Edge {
            kind: EdgeKind::Data,
            from,
            to,
            hidden: false,
            selectable: None,
            focusable: None,
            interaction_width: None,
            deletable: None,
            reconnectable: None,
        },
    );
}