Struct hotshot_testing::overall_safety_task::RoundResult
source · pub struct RoundResult<TYPES: NodeType> {
success_nodes: HashMap<u64, (LeafChain<TYPES>, QuorumCertificate<TYPES>)>,
pub failed_nodes: HashMap<u64, Arc<HotShotError<TYPES>>>,
pub status: ViewStatus<TYPES>,
pub leaf_map: HashMap<Leaf<TYPES>, usize>,
pub block_map: HashMap<VidCommitment, usize>,
pub num_txns_map: HashMap<u64, usize>,
}
Expand description
Result of running a round of consensus
Fields§
§success_nodes: HashMap<u64, (LeafChain<TYPES>, QuorumCertificate<TYPES>)>
Transactions that were submitted Nodes that committed this round id -> (leaf, qc)
failed_nodes: HashMap<u64, Arc<HotShotError<TYPES>>>
Nodes that failed to commit this round
status: ViewStatus<TYPES>
whether or not the round succeeded (for a custom defn of succeeded)
leaf_map: HashMap<Leaf<TYPES>, usize>
NOTE: technically a map is not needed left one anyway for ease of viewing leaf -> # entries decided on that leaf
block_map: HashMap<VidCommitment, usize>
block -> # entries decided on that block
num_txns_map: HashMap<u64, usize>
number of transactions -> number of nodes reporting that number
Implementations§
source§impl<TYPES: NodeType> RoundResult<TYPES>
impl<TYPES: NodeType> RoundResult<TYPES>
sourcepub fn insert_into_result(
&mut self,
idx: usize,
result: (LeafChain<TYPES>, QuorumCertificate<TYPES>),
maybe_block_size: Option<u64>,
) -> Option<Leaf<TYPES>>
pub fn insert_into_result( &mut self, idx: usize, result: (LeafChain<TYPES>, QuorumCertificate<TYPES>), maybe_block_size: Option<u64>, ) -> Option<Leaf<TYPES>>
insert into round result
sourcepub fn check_if_failed(
&mut self,
threshold: usize,
total_num_nodes: usize,
) -> bool
pub fn check_if_failed( &mut self, threshold: usize, total_num_nodes: usize, ) -> bool
check if the test failed due to not enough nodes getting through enough views
sourcepub fn update_status(
&mut self,
threshold: usize,
total_num_nodes: usize,
key: &Leaf<TYPES>,
check_leaf: bool,
check_block: bool,
transaction_threshold: u64,
)
pub fn update_status( &mut self, threshold: usize, total_num_nodes: usize, key: &Leaf<TYPES>, check_leaf: bool, check_block: bool, transaction_threshold: u64, )
determines whether or not the round passes also do a safety check
sourcepub fn gen_leaves(&self) -> HashMap<Leaf<TYPES>, usize>
pub fn gen_leaves(&self) -> HashMap<Leaf<TYPES>, usize>
generate leaves
Trait Implementations§
Auto Trait Implementations§
impl<TYPES> Freeze for RoundResult<TYPES>
impl<TYPES> RefUnwindSafe for RoundResult<TYPES>where
<TYPES as NodeType>::View: RefUnwindSafe,
<TYPES as NodeType>::BlockHeader: RefUnwindSafe,
<TYPES as NodeType>::BlockPayload: RefUnwindSafe,
<<TYPES as NodeType>::SignatureKey as SignatureKey>::QcType: RefUnwindSafe,
TYPES: RefUnwindSafe,
<TYPES as NodeType>::SignatureKey: RefUnwindSafe,
<TYPES as NodeType>::ValidatedState: RefUnwindSafe,
<<TYPES as NodeType>::ValidatedState as ValidatedState<TYPES>>::Delta: RefUnwindSafe,
impl<TYPES> Send for RoundResult<TYPES>
impl<TYPES> Sync for RoundResult<TYPES>
impl<TYPES> Unpin for RoundResult<TYPES>where
<TYPES as NodeType>::View: Unpin,
<TYPES as NodeType>::BlockHeader: Unpin,
<TYPES as NodeType>::BlockPayload: Unpin,
<<TYPES as NodeType>::SignatureKey as SignatureKey>::QcType: Unpin,
TYPES: Unpin,
<TYPES as NodeType>::SignatureKey: Unpin,
impl<TYPES> UnwindSafe for RoundResult<TYPES>where
<TYPES as NodeType>::View: UnwindSafe + RefUnwindSafe,
<TYPES as NodeType>::BlockHeader: UnwindSafe,
<TYPES as NodeType>::BlockPayload: UnwindSafe,
<<TYPES as NodeType>::SignatureKey as SignatureKey>::QcType: UnwindSafe,
TYPES: UnwindSafe,
<TYPES as NodeType>::ValidatedState: RefUnwindSafe,
<<TYPES as NodeType>::ValidatedState as ValidatedState<TYPES>>::Delta: RefUnwindSafe,
<TYPES as NodeType>::SignatureKey: UnwindSafe,
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