Powering The Autonomous AI Economy

1use talus::agent::{AgentName, AgentBlueprint};
2use talus::task::TaskBlueprint;
3
4// === Data models ===
5
6/// An object that holds a cluster definition.
7public struct Cluster has key, store {
8    id: UID,
9    blueprint: ClusterBlueprint,
10}
11
12/// Usually an owned object that permissions operations on the [`Cluster`].
13public struct ClusterOwnerCap has key, store {
14    id: UID,
15    cluster: ID,
16}
17
18/// Blueprint for execution.
19public struct ClusterBlueprint has store, copy, drop {
20    name: String,
21    description: String,
22    tasks: vector<TaskBlueprint>,
23    agents: VecMap<AgentName, AgentBlueprint>,
24}
25
26// === Constructors ===
27
28/// Create an empty [`Cluster`] shared object.
29/// The tx sender gets an owned object [`ClusterOwnerCap`] that allows them to
30/// modify the cluster.
31public entry fun create(
32    name: String,
33    description: String,
34    ctx: &mut TxContext
35) {
36    let cluster = Cluster {
37        id: object::new(ctx),
38        blueprint: ClusterBlueprint {
39            name,
40            description,
41            agents: vec_map::empty(),
42            tasks: vector::empty(),
43        }
44    };
45
46    let owner_cap = ClusterOwnerCap {
47        id: object::new(ctx),
48        cluster: object::id(&cluster),
49    };
50
51    event::emit(ClusterCreatedEvent {
52        cluster: object::id(&cluster),
53        owner_cap: object::id(&owner_cap),
54    });
55
56    transfer::share_object(cluster);
57    transfer::transfer(owner_cap, ctx.sender());
58}
59