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ShareCLI

Rust runtime that observes and coordinates hundreds of concurrent AI coding agents: process bursts, resource contention, and filesystem behavior.

RustLinuxFUSEObservability
Process topology drawing connecting concurrent coding agents to queues, coalesced events, shared runtime state, and host resources.

Engineering lens

Process observation, queueing, coalescing, and optional FUSE views make burst contention inspectable at the host boundary.

Runtime boundary

Recorded CLI sessions

Replayable terminal captures from the real ShareCLI CLI. These recordings are evidence of the commands shown, not a recording of the illustrative state model above.

CLI help session

CLI help session
0:000:00

recorded-replay

Command
cargo run --quiet -- --help
Revision
81c4dfaa208749adfa56ec6bbe07e01b5f80397e
Captured
2026-09-06

Recorded terminal replay; not illustrative Workbench state; separate from the illustrative Runtime Workbench.

Download terminal recording (.cast)

Runtime health session

Runtime health session
0:000:00

recorded-replay

Command
version + health + status
Revision
81c4dfaa208749adfa56ec6bbe07e01b5f80397e
Captured
2026-09-06

Recorded terminal replay; not illustrative Workbench state; separate from the illustrative Runtime Workbench.

Download terminal recording (.cast)

Problem

Coding-agent workloads create many concurrent processes and resource events; the runtime needs to observe and coordinate them without hiding contention.

Context

ShareCLI sits close to the OS/runtime boundary, where process state, filesystem behavior, and thermal pressure affect user-visible performance.

Architecture

Rust coordinates process/resource observation, queueing, coalescing, and optional FUSE-backed views for shared execution state.

Constraints

The design must remain installable, buildable, and demonstrable on real developer machines while handling bursts instead of assuming a quiet workload.

Key decisions

Coalescing, debounce, and queue policies reduce duplicate work; observability makes contention and thermal behavior inspectable.

Verification

Repository evidence covers install, build, and demo paths and documents the runtime boundary.

Current limitations

No adoption or scale claim is made; hardware-specific contention and FUSE behavior remain important operational variables.

Retrospective

The project treats coding-agent concurrency as a systems problem, not merely a CLI feature.

Provenance & Attribution

Evidence source
Repository documentation and project history
Available in lens
engineering
View repository