Struct bluetooth_mesh::crypto::materials::NetKeyMap

pub struct NetKeyMap {
    pub map: BTreeMap<NetKeyIndex, KeyPhase<NetworkSecurityMaterials>>,
}

Fields

map: BTreeMap<NetKeyIndex, KeyPhase<NetworkSecurityMaterials>>

Methods

impl NetKeyMap

pub fn new() -> Self

Important traits for NIDFilterMap<'a, I>

impl<'a, I: Iterator<Item = (&'a NetKeyIndex, &'a KeyPhase<NetworkSecurityMaterials>)>> Iterator for NIDFilterMap<'a, I> type Item = (NetKeyIndex, &'a NetworkSecurityMaterials);

pub fn matching_nid(
    &self,
    nid_to_match: NID
) -> NIDFilterMap<Iter<NetKeyIndex, KeyPhase<NetworkSecurityMaterials>>>

Returns all NetworkSecurityMaterials matching nid_to_match. Because NID is a 7-bit value, one NID can match multiple different networks. For this reason, this functions returns an iterator that yields each matching network security materials. Only attempting to decrypt the Network PDU (and it failing/succeeding) will tell you if the NID and NetworkKeys match.

pub fn get_keys(
    &self,
    index: NetKeyIndex
) -> Option<&KeyPhase<NetworkSecurityMaterials>>

pub fn get_keys_mut(
    &mut self,
    index: NetKeyIndex
) -> Option<&mut KeyPhase<NetworkSecurityMaterials>>

pub fn remove_keys(
    &mut self,
    index: NetKeyIndex
) -> Option<KeyPhase<NetworkSecurityMaterials>>

pub fn insert(
    &mut self,
    index: NetKeyIndex,
    new_key: &NetKey
) -> Option<KeyPhase<NetworkSecurityMaterials>>