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OpenSynaptic v0.2.0 to v0.3.0 Comparison Report

This report summarizes the major functional and operational differences between v0.2.0 and v0.3.0.


Executive Summary​

v0.3.0 keeps the existing pipeline model while significantly improving receive capability, ID lifecycle management, and operational documentation depth.


High-Level Metrics​

Metricv0.2.0v0.3.0Change
Python files (approx.)5065+15
Documentation files (approx.)1219+7
Documentation lines (approx.)20002880+44%
Integration suitesBasicExpanded+5 suites
Bidirectional driver coverage0/10 full10/10 fullComplete
Redundant drivers60Removed
Lease policy controlsLimitedAdaptiveExpanded

Functional Comparison​

Driver and communication model​

  • v0.2.0: send-oriented coverage with incomplete receive paths.
  • v0.3.0: all targeted transport/physical/application drivers support listen()/receive patterns.
  • Result: practical request-response and continuous listener workflows become first-class.

ID and device lifecycle​

  • v0.2.0: no adaptive lease policy.
  • v0.3.0: ID lease controls include rate-aware shortening, sustained ultra-rate handling, and metrics emission.
  • Result: improved behavior in dynamic/high-churn device environments.

Protocol architecture and cleanup​

  • Redundant drivers were removed.
  • Layer boundaries (application, transport, physical) are clearer.
  • Runtime loading and status maps are easier to reason about.

Quality and Operations​

Test and validation​

v0.3.0 adds stronger verification support across:

  • capability audits
  • integration flows
  • stress and compare suites
  • deployment readiness checks

Documentation maturity​

v0.3.0 introduces deeper references and clearer operator guidance for:

  • architecture and API
  • lease policy tuning
  • transporter extension
  • stress and release workflows

Upgrade Impact​

Compatibility​

  • Backward compatibility is preserved for existing v0.2.0 usage patterns.
  • Existing configs generally remain valid; lease-related keys can be added incrementally.

Migration effort​

  • Typical upgrade effort remains low for existing deployments.
  • Recommended to run deployment verification, capability audit, and stress sanity checks after update.

python -u verify_deployment.py
python -u scripts/audit_driver_capabilities.py
python -u src/main.py plugin-test --suite stress --workers 8 --total 200
python -u scripts/integration_test.py

Conclusions​

v0.3.0 is a practical upgrade for teams that need complete bidirectional protocol behavior and stronger device ID lifecycle controls, while retaining continuity with existing v0.2.0 integrations.