Struct EpistemicGpuRuntimeCounters 

pub struct EpistemicGpuRuntimeCounters {

    pub wcoj_triangle_dispatch_count: u64,
    pub wcoj_4cycle_dispatch_count: u64,
    pub chain_dispatch_count: u64,
    pub wcoj_clique5_dispatch_count: u64,
    pub wcoj_clique6_dispatch_count: u64,
    pub wcoj_clique7_dispatch_count: u64,
    pub wcoj_clique8_dispatch_count: u64,
    pub free_join_dispatch_count: u64,
    pub factorized_delta_dispatch_count: u64,
    pub provider_wcoj_triangle_hg_dispatch_count: u64,
    pub wcoj_layout_sort_invocation_count: u64,
    pub wcoj_layout_fast_path_hit_count: u64,
    pub kclique_metadata_build_count: u64,
    pub kclique_metadata_build_nanos: u64,
    pub kclique_histogram_refresh_count: u64,
    pub kclique_histogram_refresh_nanos: u128,
}

Runtime counters relevant to epistemic GPU certification.

Fields

wcoj_triangle_dispatch_count: u64

Successful triangle WCOJ dispatches installed by the executor.

wcoj_4cycle_dispatch_count: u64

Successful 4-cycle WCOJ dispatches installed by the executor.

chain_dispatch_count: u64

Successful chain dispatches installed by the executor.

wcoj_clique5_dispatch_count: u64

Successful K=5 clique WCOJ dispatches installed by the executor.

wcoj_clique6_dispatch_count: u64

Successful K=6 clique WCOJ dispatches installed by the executor.

wcoj_clique7_dispatch_count: u64

Successful K=7 clique WCOJ dispatches installed by the executor.

wcoj_clique8_dispatch_count: u64

Successful K=8 clique WCOJ dispatches installed by the executor.

free_join_dispatch_count: u64

Successful generic Free Join dispatches installed by the executor. Observability only: free-join routes carry no hard dispatch obligation (structural declines execute the embedded binary fallback by contract), so this counter never gates certification.

factorized_delta_dispatch_count: u64

D3 — successful factorized recursive-delta dispatches installed by the executor. Observability only, same contract as the Free Join counter: declines execute the legacy semi-naive path, so this counter never gates certification.

provider_wcoj_triangle_hg_dispatch_count: u64

Provider-level HG triangle dispatch counter.

wcoj_layout_sort_invocation_count: u64

WCOJ layout-sort invocations observed by the provider.

wcoj_layout_fast_path_hit_count: u64

WCOJ layout fast-path hits observed by the provider.

kclique_metadata_build_count: u64

K-clique metadata builds observed by the provider.

kclique_metadata_build_nanos: u64

Provider-observed nanoseconds spent building K-clique metadata.

kclique_histogram_refresh_count: u64

Recursive Merge-phase K-clique histogram refresh boundaries observed by the executor.

kclique_histogram_refresh_nanos: u128

Recursive Merge-phase K-clique histogram refresh accounting time observed by the executor.

Implementations

impl EpistemicGpuRuntimeCounters

pub fn checked_delta_since(self, before: Self) -> Result<Self>

Checked delta from an earlier snapshot.

pub fn saturating_delta_since(self, before: Self) -> Self

Saturating delta from an earlier snapshot.

pub fn wcoj_dispatch_count(&self) -> u64

Total WCOJ dispatches installed by the executor.

pub fn checked_wcoj_dispatch_count(&self) -> Result<u64>

Checked total WCOJ dispatches installed by the executor.

pub fn wcoj_clique_dispatch_count(&self) -> u64

Total K-clique WCOJ dispatches installed by the executor.

pub fn checked_wcoj_clique_dispatch_count(&self) -> Result<u64>

Checked total K-clique WCOJ dispatches installed by the executor.

Trait Implementations

impl Clone for EpistemicGpuRuntimeCounters

fn clone(&self) -> EpistemicGpuRuntimeCounters

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for EpistemicGpuRuntimeCounters

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Default for EpistemicGpuRuntimeCounters

fn default() -> EpistemicGpuRuntimeCounters

Returns the “default value” for a type.

impl PartialEq for EpistemicGpuRuntimeCounters

fn eq(&self, other: &EpistemicGpuRuntimeCounters) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Copy for EpistemicGpuRuntimeCounters

impl Eq for EpistemicGpuRuntimeCounters

impl StructuralPartialEq for EpistemicGpuRuntimeCounters