Struct WorkerCell 

pub struct WorkerCell {
    pub cell_id: usize,
    pub memory_boundary: usize,
    pub attached_blocks: Vec<QualiaSuperBlock>,
    pub dnssec_resolver: Option<DnssecResolver>,
    pub wireguard_interface: Option<SocialWebNetInterface>,
    pub q42_context: Option<Arc<Q42Context>>,
    pub cbor_ld_parser: Option<Arc<Q42CborLdParser>>,
    pub dnssec_cache: HashMap<String, CachedPeer>,
    pub peer_capabilities: HashMap<String, u64>,
    pub semantic_contexts: HashMap<String, u64>,
}

A 512MB structural floor bounded worker cell (Fractal Sharding). Each cell runs isolated logic evaluation or physics engines.

Fields

cell_id: usize

memory_boundary: usize

attached_blocks: Vec<QualiaSuperBlock>

dnssec_resolver: Option<DnssecResolver>

wireguard_interface: Option<SocialWebNetInterface>

q42_context: Option<Arc<Q42Context>>

cbor_ld_parser: Option<Arc<Q42CborLdParser>>

dnssec_cache: HashMap<String, CachedPeer>

DNSSEC peer-resolution cache keyed by domain (TTL-bounded)

peer_capabilities: HashMap<String, u64>

Per-peer capabilities bitmask keyed by peer id string

semantic_contexts: HashMap<String, u64>

Per-peer semantic context keyed by peer id string

Implementations

impl WorkerCell

pub fn new(cell_id: usize) -> Self

pub fn init_dnssec_resolver( &mut self, trusted_anchors: HashMap<String, [u8; 32]>, )

Initialize DNSSEC resolver with trusted anchors

pub fn init_wireguard_interface( &mut self, interface_name: String, local_port: u16, )

Initialize SocialWebNet interface

pub fn init_q42_lexicon( &mut self, volume: &Q42Volume, ) -> Result<(), CborLdError>

Initialize Q42 lexicon for CBOR-LD semantic processing

pub fn resolve_peer_dnssec_payload( &mut self, domain: &str, ) -> Result<DnssecSemanticPayload, &'static str>

Resolve CBOR-LD DNSSEC record for peer domain, returning the full semantic payload.

This is the internal semantic-payload resolver used by the WireGuard bootstrap pipeline. The public resolve_peer_dnssec returns a lightweight PeerEndpoint with TTL caching.

pub fn parse_cbor_ld_to_quin( &self, cbor_data: &[u8], ) -> Result<Vec<u64>, DaemonError>

Public CBOR-LD → Quin-pointer parser.

Uses the Q42 lexicon-based CBOR-LD parser when available, deriving a vector of 64-bit Quin pointers (one per 8-byte chunk of the parsed semantic payload). If the parser is not initialised or the payload is invalid, an error is returned.

pub fn resolve_peer_dnssec( &mut self, domain: &str, ) -> Result<PeerEndpoint, DaemonError>

Resolve a peer via DNSSEC, returning a lightweight PeerEndpoint with TTL caching.

Resolution order:

1. Return a fresh cached PeerEndpoint if one exists and is within its TTL.
2. Otherwise attempt a live DNSSEC lookup via the dig command (existing behaviour).
3. If dig is unavailable or fails, fall back to a deterministic mapping from the domain name to a plausible endpoint so bootstrapping can proceed offline.

The result is always cached with [DNSSEC_CACHE_TTL_SECONDS].

pub fn dnssec_cache_size(&self) -> usize

Number of entries currently held in the DNSSEC peer-resolution cache.

pub fn clear_dnssec_cache(&mut self)

Clear all cached DNSSEC peer-resolution entries.

pub fn set_peer_capabilities(&mut self, peer_id: &str, capabilities: u64)

Set the capabilities bitmask for a peer (replaces the peer_capabilities: 0 TODO).

pub fn set_semantic_context(&mut self, peer_id: &str, context: u64)

Set the semantic context for a peer (replaces the semantic_context: 0 TODO).

pub fn get_peer_capabilities(&self, peer_id: &str) -> Option<u64>

Get the capabilities bitmask for a peer, if known.

pub fn get_semantic_context(&self, peer_id: &str) -> Option<u64>

Get the semantic context for a peer, if known.

pub fn establish_wireguard_tunnel( &mut self, peer_payload: &DnssecSemanticPayload, endpoint: IpAddr, port: u16, ) -> Result<u64, &'static str>

Establish SocialWebNet tunnel with peer

pub fn bootstrap_social_wireguard( &mut self, domain: &str, endpoint_ip: IpAddr, endpoint_port: u16, ) -> Result<u64, &'static str>

Bootstrap SocialWebNet tunnel using DNSSEC CBOR-LD resolution

pub fn parse_san_uri(&self, san_bytes: &[u8]) -> Result<u64, &'static str>

Parse SAN URI from certificate or handshake (zero-allocation)

pub fn execute_tensor_contraction( &self, matrix_a: &[f32], matrix_b: &[f32], result: &mut [f32], size: usize, )

pub fn execute_quantum_chemistry(&self, smiles: &str) -> Option<NQuin>