Crate khora_control 

The strategic brain of the Khora Engine, responsible for the [C]ontrol Plane.

This crate implements the core logic of the Symbiotic Adaptive Architecture (SAA). It is designed to make high-level, strategic decisions based on telemetry data, but it never performs real-time, performance-critical work itself.

Its primary responsibilities include:

• The Dynamic Context Core (DCC): A service that aggregates engine-wide telemetry (from khora-telemetry) to build a constantly updated situational model of the application’s performance and state.

• Goal-Oriented Resource Negotiation & Allocation (GORNA): The protocol and logic used by the DCC to analyze requests from Agents and to allocate resource budgets (e.g., CPU/GPU time) to them in order to meet high-level performance goals.

• Agent Registry: Automatic registration and ordered iteration of all engine agents with priority-based execution ordering.

This crate represents the “cold path” of the engine, operating at a lower frequency and focusing on intelligent analysis rather than raw execution speed.

Re-exports

pub use analysis::AnalysisReport;

pub use context::Context;

pub use context::ExecutionPhase;

pub use context::HardwareState;

pub use gorna::GornaArbitrator;

pub use registry::AgentRegistry;

pub use service::DccConfig;

pub use service::DccService;

Modules

analysis

Heuristic analysis for the DCC.

context

Context for the Dynamic Context Core.

gorna

GORNA Arbitrator implementation.

metrics

Efficient storage for rolling telemetry metrics.

registry

Agent registry for automatic registration and ordered iteration.

service

Central service for the Dynamic Context Core.

Enums

BatteryLevel

Represents the power source and battery level.

ThermalStatus

Represents the thermal state of the device.