See docs/project/poc.md for now.
- Z-Wave:
- Z-Wave Log File Format (ZLF) Specification):
Defines the binary structure of .zlf files, including a static 2048-byte
header and a sequence of timestamped frames containing opaque payloads.
- ZLF Command Frame Specification: Specifies the structure of a Command Frame payload, representing control messages between the Zniffer software and device, identified by function types and optional parameters. -
- ZLF Data Frame Specification: Specifies the structure of a Data Frame payload, which includes Zniffer capture metadata (channel, speed, region, RSSI) and the raw Z-Wave MPDU extracted from the air. -
- ZLF Logical Data Frame Specification: Defines how to reconstruct Logical Data Frames (LDFs). Each LDF represents a complete, semantically meaningful unit of Z-Wave traffic.
- Z-Wave Log File Format (ZLF) Specification):
Defines the binary structure of .zlf files, including a static 2048-byte
header and a sequence of timestamped frames containing opaque payloads.
- Code:
- ZlfReader: Describes the ZlfReader utility class that provides incremental, asynchronous reading of full frames from .zlf files, with position tracking and recovery capabilities.
- Simplicity Studio Z-Wave Zniffer: Used to capture and analyze Z-Wave RF communication within direct range.
- Unit testing: This project uses Node.js's built-in test runner
(
node:test) for unit testing. It requires no additional dependencies. To learn how to write and run tests in this project, see the full testing guide.