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soma_core/
dag.rs

1// DAG structure and execution logic
2
3use crate::types::AgentMemory;
4use crate::types::{Agent, AgentKind, NodeStructuralType};
5use std::collections::HashMap;
6
7/// Example node structure (adjust as needed)
8pub struct Node {
9    pub id: String,
10    pub agent: Option<AgentKind>, // For example, Some(AgentKind::Claude)
11                                  // ... other fields ...
12}
13
14/// Prints topology information for nodes
15pub fn print_node_topologies(nodes: &[Node]) {
16    for node in nodes {
17        let topology = NodeStructuralType::Simple;
18        let agent_str = match &node.agent {
19            Some(agent) => format!("{:?}", agent),
20            None => "None".to_string(),
21        };
22        println!(
23            "Node {}: Topology = {:?}, Agent = {}",
24            node.id, topology, agent_str
25        );
26    }
27}
28
29/// Returns a vector of connected agents with their capabilities
30pub fn connect_agents() -> Vec<Agent> {
31    vec![
32        Agent {
33            id: "claude".into(),
34            kind: AgentKind::Claude,
35            capabilities: vec![
36                "meta-reflection".into(),
37                "ethical-alignment".into(),
38                "temporal-integrity".into(),
39            ],
40            capability_weight: HashMap::new(),
41            memory: AgentMemory { history: vec![] },
42        },
43        Agent {
44            id: "gemini".into(),
45            kind: AgentKind::Gemini,
46            capabilities: vec![
47                "recursive-design".into(),
48                "topology-planning".into(),
49                "schema-evolution".into(),
50            ],
51            capability_weight: HashMap::new(),
52            memory: AgentMemory { history: vec![] },
53        },
54        Agent {
55            id: "grok".into(),
56            kind: AgentKind::Grok,
57            capabilities: vec![
58                "manifesto-validation".into(),
59                "intent-detection".into(),
60                "truth-checks".into(),
61            ],
62            capability_weight: HashMap::new(),
63            memory: AgentMemory { history: vec![] },
64        },
65    ]
66}