| Mesh stack | High level initialization API for the mesh stack |
| ▼Application support modules | Application support modules designed to abstract complexity of common tasks in the user code |
| Generic Level server behaviour | This module implements the behavioral requirements of the Generic Level server model |
| Generic OnOff server behaviour | Application level OnOff server behavioral structures, functions, and callbacks |
| Mesh app utility functions | Utilities for use in Mesh applications and examples |
| Mesh examples provisionee support module | Mesh examples support module for starting the provisioning process for a device in the provisionee role using PB-ADV and static OOB authentication |
| SoftDevice initialization helper module | Application support module for performing a typical SoftDevice initialization |
| RTT Input example helper module | Helper module for the examples to poll the RTT input |
| Simple Hardware Abstraction Layer | Simple hardware abstraction layer for the example applications |
| Mesh application advertisement interface | This interface is required to support GATT proxy and PB-GATT |
| ▼Application configuration | Application-specific configuration file for mesh resource requirements and parameters |
| Device configuration | Device-global configuration parameters for the device's representation on the mesh network |
| ►Access layer configuration | Access layer resource usage configuration |
| Access reliable messages configuration | Configuration of the application specific parameters of the access layer reliable messages |
| Device State Manager configuration | Sizes for the internal storage of the Device State Manager |
| ▼Mesh Models | Mesh models implemented by Nordic Semiconductor |
| Common APIs for models. | Contains common defines, structures, and functions used by the Mesh Models |
| ►Generic Models | Generic Models as defined in the Mesh Model Specification v1.0 |
| ►Generic Default Transition Time model | Generic Default Transition Time (dtt) model implements the message based interface required to set the Default Transition Time value on the server |
| Generic Default Transition Time client model interface | |
| Generic Default Transition Time server model interface | |
| ►Generic OnOff model | This model implements the message based interface required to set the OnOff value on the server |
| Generic OnOff client model interface | |
| Generic OnOff server model interface | |
| ►Generic Level model | This model implements the message based interface required to set the Level value on the server |
| Generic Level client model interface | |
| Generic Level server model interface | |
| ►Foundation Models | Foundation Models as defined in the Mesh Profile Specification v1.0 |
| ►Health Model | Implementation of the Health Model foundation model |
| Health Client | Model implementing the Health Client foundation model |
| Fault IDs | Mesh Profile Specification v1.0 defined fault IDs that can be used by self-tests to indicate specific problems |
| Health model message definitions | Definitions of the various messages supported by the health model |
| Health model message opcodes | Opcodes used in health model messages |
| Health Server | Model implementing the Health Server foundation model |
| ►Configuration Model | The configuration model provides functionality that allows nodes to be configured or configure other nodes |
| Composition data module | Composition data part of the config model |
| Configuration client | Remotely configure a mesh device by communicating with the remote device's Config server model |
| Message formats | Message format definitions for the Config models |
| Opcodes | Opcode definitions for the Config models |
| ►Configuration server | The configuration server model implements the server side of the configuration model |
| Configuration Server application events | |
| Packed index list | Provides support for writing lists of packed 12-bit key indexes |
| ►Vendor Models | Vendor specific model(s) |
| ►Simple OnOff model | This model implements the message based interface required to set the 1 bit value on the server |
| Simple OnOff Client | This module implements a vendor specific Simple OnOff Client |
| Common Simple OnOff definitions | Types and definitions shared between the two Simple OnOff models |
| Simple OnOff Server | This module implements a vendor specific Simple OnOff Server |
| ►Experimental Models | Experimental Models with proprietary implementations |
| ►Provisioning over Mesh (PB-remote) (experimental) | This module defines the Remote Provisioning Models |
| Provisioning over Mesh MSCs | Remote provisioning sequence diagrams |
| Remote Provisioning Client (experimental) | This module implements the remote provisioning client (PB-Remote client) model |
| Provisioning over Mesh (PB-remote) Messages | |
| Remote Provisioning Server (experimental) | This module implements the remote provisioning server (PB-remote server) model |
| ►PB-remote Client serial interface | |
| PB-MESH Client model specific serial commands | |
| ▼Access | The Access layer provides access to the Core Mesh for Mesh models |
| ►Access layer API | The access layer API is the main API for Mesh Models |
| Access layer API MSCs | Access layer sequence diagrams |
| Defines | Access layer defines |
| Types | Access layer type definitions |
| ►Reliable messages | Reliable message sending for the access layer |
| Message sequence charts | Reliable publishing sequence diagrams |
| Defines | Access reliable message defines |
| Types | Access reliable message types |
| Utility functions | Utility functions for access layer users |
| ►Access layer configuration | Runtime configuration of the access layer, controlled by the Configuration Server model |
| Model configuration | Configuration of model parameters |
| Element configuration | Configuration of element parameters |
| ▼Device State Manager | The Device State Manager provides a means for storing and retrieving Bluetooth Mesh state during operation |
| Defines | Device State Manager defines |
| Types | Device State Manager types |
| Address management | Functions for managing the set of addresses known to the device |
| ►Key management | Functions for managing the set of encryption keys known to the device |
| Network key management | Network key management |
| Device key management | Device key management |
| Application key management | Application key management |
| ▼Core | Core mesh modules, implementing mesh message passing |
| ►Core Mesh API | Interface for the message sending part of the mesh stack |
| ►Flash Manager | The Flash Manager provides an entry-based persistent storage interface that works with the mesh |
| Defines | Flash Manager definitions |
| Types | Flash Manager type definitions |
| ►Mesh config | Common interface for operating on all mesh states |
| Mesh config entry | API for managing mesh configuration entries |
| Mesh config listener interface | Change-listener interface for mesh config |
| Types | Core mesh type definitions |
| Assert API | Allows the framework to propagate errors that can't be recovered from |
| ►Defines | Core mesh definitions |
| API level definitions | |
| Network layer definitions | |
| Transport layer definitions | |
| Heartbeat definitions | |
| Mesh events | Runtime events in the core mesh |
| Mesh options | Configuration options for the core mesh |
| Mesh section variables | Mesh wrapper for the nRF5 SDK section variables |
| Utility functions | Utility functions for mesh users |
| Internal event module | Module for reporting internal stack events, to help traceability and debugging |
| ►Core configuration | Configuration of the core mesh modules |
| ►Compile time configuration | Configuration of the compilation of the core mesh modules |
| General configuration | |
| Encryption configuration | |
| Core TX configuration | |
| AES-CCM module configuration | |
| FIFO configuration | |
| Internal event logging configuration | |
| Log module configuration | |
| Message cache configuration | |
| Network configuration | |
| Transport layer configuration | |
| Packet manager configuration | |
| Packet buffer configuration | |
| Replay cache configuration. | |
| Flash manager configuration defines | |
| GATT configuration defines | |
| Access layer configuration defines | |
| Runtime configuration | Configuration of the core mesh during runtime |
| ▼Bearer | Bearer-layer module, providing a Bluetooth communication medium for the mesh |
| AD listener | De-multiplexing of the advertising data |
| Advertiser | Implements a Bluetooth LE 4.0 compliant advertiser |
| Defines | Common definitions for the bearer layer |
| Mesh PA/LNA interface | Controls external PA/LNA support for the mesh radio operation |
| ►Bearer configuration | Compile time configuration of the bearer layer |
| General configuration | General compile time configuration of the bearer layer |
| Bearer event configuration | Compile time configuration of the bearer event module |
| Scanner | Bluetooth scanner role implementation |
| ►Packet filtering | Filtering support for scanners |
| AD type filtering | Filtering of advertisement packets based on their AD types |
| Advertisement packet type filtering | Filtering of advertisement packets based on their advertisement type |
| GAP address filtering | Filtering of advertisement packets based on their GAP address |
| RSSI packet filtering | Filtering of advertisement packets based on their measured RSSI upon reception |
| ▼DFU | Device firmware upgrade module for the mesh |
| DFU configuration | Compile time configuration of the DFU module |
| ►DFU API | Allows for some basic control of the application-side DFU module |
| Types | DFU type definitions |
| Defines | DFU definitions |
| ▼Provisioning | Device provisioning module for the mesh |
| ►Provisioning configuration | Compile time configuration of the provisioning module |
| Provisioning Bearer Configuration | Compile time configuration of the provisioning bearers |
| ►Provisioning API | Functionality for supporting provisioning of a node |
| ►Defines | Provisioning defines |
| Provisioning field lengths | Length of various provisioning fields |
| Provisioning capabilities bit fields | Bitfield definitions for the provisioning capabilities fields |
| Provisioning OOB information sources. | OOB information sources for the OOB info bitfield in unprovisioned beacons |
| ►Bearers | Bearer abstraction layer for provisioning |
| Provisioning bearer interface | Defines the generic (downstream) interface any provisioning bearer should expose |
| Provisioning bearer callbacks | Defines the (upstream) interface a higher layer provisioning structure should implement |
| Provisioning over Advertising Bearer (PB-ADV) | This module provides support for the provisioning over advertising (PB-ADV) provisioning bearer |
| ►Provisioning over GATT Bearer (PB-GATT) | This module provides support for provisioning over GATT |
| PB-GATT UUID definitions | |
| Events | Provisioning event definitions |
| Types | Provisioning type definitions |
| ▼Serial | Serialization of the mesh API |
| ►Serial configuration | Configuration of the serial interface module |
| UART Hardware configuration | Compile time configuration of the serial UART hardware |
| ►Serial API | Target-side serial interface module, providing serialized access to all major mesh APIs |
| Defines | Serial interface defines |
| Types | Serial interface type definitions |
| ►Serial components | Internal components of the Serial subsystem |
| Serial interface | |
| Serial hardware abstraction layer | |
| Serial commands | |
| Serial Command Response definitions | |
| Serial events | |
| ►Serial handlers | Modules for handling incoming serial commands |
| Access layer serial handler | |
| Application serial handler | |
| Common serial handler functions | |
| Config serial handler | |
| Device serial handler | |
| DFU serial handler | |
| Mesh serial handler | |
| Generic model serial handler | Helps implement model specific serial handler functionality |
| OpenMesh serial handler | |
| Provisioning serial handler (PB-ADV) | |
| Serial packet | |
| Serial status codes | This file contains serial status codes |
| Serial UART bearer | |
| ▼Experimental features | Experimental Mesh features |
| ►Experimental Instaburst feature | The experimental Instaburst feature implements a subset of the Bluetooth 5.0 feature "Advertising
extensions" to achieve increased throughput for Mesh traffic |
| Defines | Instaburst definitions |
| Experimental Instaburst RX module | The Instaburst RX module implements a subset of the required scanner functionality for the Bluetooth 5.0 feature "Advertising Extensions" |
| Experimental Instaburst TX module | The Instaburst TX module acts as an experimental replacement for the regular advertiser, providing higher throughput at the expense of breaking spec-compliance |
| ▼Mesh options API | Provides a consistent top-level API for runtime configuration options |
| Core runtime configuration options | Runtime configuration for Mesh core functionality |
| Provisioning runtime configuration options | Runtime configuration for Mesh provisioning functionality |
| GATT runtime configuration options | Runtime configuration for Mesh GATT functionality |