Enum mithril_common::crypto_helper::MKMapNode
source · pub enum MKMapNode<K: MKMapKey, S: MKTreeStorer> {
Map(Arc<MKMap<K, Self, S>>),
Tree(Arc<MKTree<S>>),
TreeNode(MKTreeNode),
}
Expand description
A merkelized map node that is used to represent multi layered merkelized map The MKMapNode can be either a MKMap (Merkle map), a MKTree (full Merkle tree) or a MKTreeNode (Merkle tree node, e.g the root of a Merkle tree) Both MKMap and MKTree can generate proofs of membership for elements that they contain, which allows for recursive proof generation for the multiple layers
Variants§
Map(Arc<MKMap<K, Self, S>>)
A Merkle map
Tree(Arc<MKTree<S>>)
A full Merkle tree
TreeNode(MKTreeNode)
A Merkle tree node
Trait Implementations§
source§impl<K: MKMapKey, S: MKTreeStorer> From<MKTreeNode> for MKMapNode<K, S>
impl<K: MKMapKey, S: MKTreeStorer> From<MKTreeNode> for MKMapNode<K, S>
source§fn from(other: MKTreeNode) -> Self
fn from(other: MKTreeNode) -> Self
Converts to this type from the input type.
source§impl<K: MKMapKey, S: MKTreeStorer> MKMapValue<K> for MKMapNode<K, S>
impl<K: MKMapKey, S: MKTreeStorer> MKMapValue<K> for MKMapNode<K, S>
source§fn compute_root(&self) -> StdResult<MKTreeNode>
fn compute_root(&self) -> StdResult<MKTreeNode>
Get the root of the merkelized map value
source§fn contains<T: Into<MKTreeNode> + Clone>(&self, leaf: &T) -> bool
fn contains<T: Into<MKTreeNode> + Clone>(&self, leaf: &T) -> bool
Check if the merkelized map value contains a leaf
source§fn can_compute_proof(&self) -> bool
fn can_compute_proof(&self) -> bool
Can the merkelized map value compute a proof
source§fn compute_proof<T: Into<MKTreeNode> + Clone>(
&self,
leaves: &[T],
) -> StdResult<Option<MKMapProof<K>>>
fn compute_proof<T: Into<MKTreeNode> + Clone>( &self, leaves: &[T], ) -> StdResult<Option<MKMapProof<K>>>
Compute the proof for a set of values of the merkelized map
Auto Trait Implementations§
impl<K, S> Freeze for MKMapNode<K, S>
impl<K, S> RefUnwindSafe for MKMapNode<K, S>where
K: RefUnwindSafe,
S: RefUnwindSafe,
impl<K, S> Send for MKMapNode<K, S>
impl<K, S> Sync for MKMapNode<K, S>
impl<K, S> Unpin for MKMapNode<K, S>
impl<K, S> UnwindSafe for MKMapNode<K, S>where
K: RefUnwindSafe,
S: RefUnwindSafe,
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