Modules

Here is a list of all modules:

[detail level 1234]

▼Applications	All the applications that this repository contains
An application to demo the Bluey's capabilities	A Bluey demo
Hello World Blinky	A simple application that blinks a LED
Hello World RTT printf	A simple application that blinks a LED and outputs a printf statement over SEGGER's Real Time Transfer (RTT) channel through the JLink debugger
SAADC Logger	Low power analog data logger with the SAADC peripheral. The image below gives the flow of how the peripherals of nRF52 is setup for this application
►The code for the PIR based Sense units.	The PIR sense application's main file that makes it operate
The support code for the PIR based Sense units.	The PIR sense application's support file that handles ble operations
The support code for the PIR based Sense units.	The PIR sense application's support file that handles camera triggering
The support code to store sensepi_configs in flash	Functions to store and manage sensepi_configs in non volatile memory. This will enable the firmware to reload the previously written config in case of power reset or system reset
►The code for the active IR based Sense units.	The active IR sense application's main file that makes it operate
The support code for the PIR based Sense units.	The PIR sense application's support file that handles ble operations
The support code to control IR transmission and reception.	The active IR sense application's support file that handles motion detection\ and timer based operations
The support code to store configurations.	The support code to store configurations received from other BLE device
The header file to handle resource allocation.	The header file which contains system definitions for resources allocation
A demo of a simple state machine	A simple state machine of three states is implemented in this example both switch statement and function pointers. This example is compiled for the Bluey board. The state machine is as shown in the diagram below. Note that button in the diagram means the release of the button
System level testing application for Sense Rev4 board	The main file for System level testing application which is used to test functioning of board
►Hardware testing application for Sense Rev4 board	The main file for hardware testing application which is used to test functioning of board
Header for hardware testing application	This file contains all the test funtion declarations
▼Codebase	The various code-base developed for the applications to use
►Hardware Abstraction Layer	Hardware abstraction layer for the peripherals to be used with the hal defines in the SDK
Clocks HAL	Hardware abstraction layer of the high frequency and low frequency clock
GPIO HAL	Hardware abstraction layer of the General Purpose Input Output peripheral
Delay with NOPs	Hardware abstraction layer creating us and ms delay using the processor's NOP instruction
HAL PPI	Hardware abstraction layer of the PPI peripheral in the nRF52 SoCs
HAL PWM	Hardware abstraction layer of the PWM peripheral in the nRF52 SoCs
HAL Radio	Hardware abstraction layer of Radio peripheral
SAADC HAL	Hardware abstraction layer of the Successive Approximation Analog to Digital Converter (SAADC) peripheral
SPI Master HAL	Hardware abstraction layer of the SPI in Master mode. This driver is completely event driven and non-blocking, suitable for low power applications
TWI Master HAL	Hardware abstraction layer of the Two Wire Interface in Master mode. This driver is completely event driven and non-blocking, suitable for low power applications
UART HAL	Hardware abstraction layer of the UART peripheral. This is compatible with both nrf51 and nRF52 SoCs
Watchdog timer HAL	Hardware abstraction layer the watchdog timer peripheral in nRF5x SoCs
►Peripheral Modules	Modules that are strongly tied to peripheral(s) directly for their operation
Module to check battery status	Simple module to check if battery is greater than 20%
Auxiliary clock management	Module to manage auxiliary clock used by other modules like pir_sense and tssp_detect. This module will switch between RTC(LFCLK) and TIMER(HFCLK) as needed
BLE Advertisements	Driver of the radio to generate BLE advertisements with scan responses
Button UI event generator	Driver for the generating all the button related UI events for the application
Camera Trigger	Driver triggers the camera according to configuration sent by application. This Driver uses out_pattern_gen module
Device ticker	Driver for the device tick generator. This module is responsible for generating the next interval events at configurable fast or slow intervals
GPIO level handler	Driver to use GPIOTE port event to detect whenever any of multiple GPIO pins are at a specified polarity. This module can be used to wake the nRF SoC from the SYSTEM OFF mode and consumes about 1 uA of current
Light sensing with a LED	Light sensing based on sensing the charge accumulated due to the incident light on a reverse biased LED
Module that manages the LED UI	This module is responsible for managing the LED UI by playing and stopping the different UI sequences a single time or in a loop. This module gets the LED sequences from the led_seq module and plays through the hal_pwm module
MCP4012 Driver	This file contains the declarations required to drive MCP4012 pot. These simple funtion helps user to set wiper value for MCP4012 easily
Millisecond timer	Driver to use milli-second timers using the RTC peripheral
Operational condition management	Module to keep track of operational conditions (i.e. Time of day, ambient light) of Appiko device
Output pattern generator	Output pattern generator module is used for generating a one time digital signal pattern on a number of pins
PIR Sense	Driver use detect motion based on threshold from a PIR sensor based on PPI based automated ADC sampling of the PIR signal from the triggering of a RTC timer
Profiler timer	Driver to use timer for code profiling and time-stamping
Simple ADC driver	A simple driver for the SAADC unit to get ADC values. The spec of this module are: 12 bit resolution, internal reference of 0.6 V, single ended conversion, input impedance of upto 100k Ohm and a blocking class for the conversion period of 12 us
Simple PWM driver	A simple driver to get three PWM channels. This PWM module uses three GPIOTE channels and six PPI channels
Time tracker module	Module to keep track of time in MS_TIMER ticks format
TSSP Detector Driver	Driver for TSSP IR beam detector
UART printf	UART Driver for sending printf messages. To be used in conjunction with tinyprintf.h
Microsecond timer	Driver to use micro-second timers using the TIMER peripheral
►SoftDevice Assist libraries	Contains libraries needed for working with the Nordic Semi SoftDevices
Application error handler	Handler which prints SoftDevice application error info over the configured logging channel when DEBUG flag is present
Softdevice event handler	Module responsible for making sure that all the events generated by the Softdevice's SoC and BLE sections are received and passed on to handlers provided by the application
►Generic utility code	Code as helpers for common tasks
Common utilities	Common helpers used in C programs
Retrieve the device ID and firmware version	For a product this module retrieves the device ID programmed in the board level test at factory and the firmware version provided at compile time
IRQ to main thread message passer	This module is used to pass messages from any higher priority interrupts to lower priority ones or the main thread so that the higher priority interrupt can finish soon and off-load non-real time tasks
Static and runtime assertion	Handler which prints runtime assertion info over the configuted logging means and includes assert.h for static assertion wrapper
nRF specific utilities	Helpers specific to the nRF SoCs
▼Platforms	All the hardware platforms that the applications can run on
Bluey rev 1.1	The defines for the Bluey board 1.1 by Electonut
Appiko Detect Revision 1	The first revision of the animal detector unit by Appiko
hackaBLE	The hackaBLE board for development and testing. https://github.com/electronut/ElectronutLabs-hackaBLE
PCA10028 nRF51-DK	The nRF51 Development Kit (DK) platform PCA10028
PCA10040 nRF52-DK	The nRF52 Development Kit (DK) platform PCA10040
Appiko Sense Be unit revision 1	Board definitions for the 2nd revision of the transreceiver unit of SenseBe active motion sensor by Appiko
Appiko Sense Be unit revision 3	Board definitions for the 3rd revision of the transceiver unit of SenseBe active motion sensor by Appiko
Appiko Sense Be Rx unit revision 1	Board definitions for the 1st revision of the receiver unit of SenseBe active motion sensor by Appiko
Appiko Sense Be Rx unit revision 2	Board definitions for the 2nd revision of the receiver unit of SenseBe active motion sensor by Appiko
Appiko Sense Revision 2	The second revision of the animal detector unit by Appiko
Appiko Sense Revision 3	The third revision of the animal detector unit by Appiko
Appiko SensePi revision 4	Board definitions for the 4th revision of the passive motion sensor by Appiko
▼S2LP Libraries	This firmware implements libraries which allow the user to manage the features of S2LP without knowing the hardware details
►SPI Driver	Header file for low level S2LP SPI driver
SPI Exported Types
SPI Exported Constants
SPI Exported Functions
SPI Exported Macros
►Commands	Management of S2LP Commands
Commands Exported Types
Commands Exported Constants
Commands Exported Macros
Commands Exported Functions
Commands Private TypesDefinitions
Commands Private Defines
Commands Private Macros
Commands Private Variables
Commands Private Function Prototypes
Commands Private Functions
►Configuration	S2LP Configuration and useful defines
Configuration Exported Types
Configuration Exported Constants
Configuration Exported Macros
Configuration Exported Functions
►CSMA	Configuration and management of S2LP CSMA
CSMA Exported Types
►CSMA Exported Constants
CSMA Parameters
CSMA Exported Macros
CSMA Exported Functions
CSMA Private TypesDefinitions
CSMA Private Defines
CSMA Private Macros
CSMA Private Variables
CSMA Private FunctionPrototypes
CSMA Private Functions
►FIFO	Configuration and management of S2LP FIFO
FIFO Exported Types
FIFO Exported Constants
FIFO Exported Macros
FIFO Exported Functions
FIFO Private Types Definitions
FIFO Private Defines
FIFO Private Macros
FIFO Private Variables
FIFO Private Function Prototypes
FIFO Private Functions
►General	Configuration and management of S2LP General functionalities
General Exported Types
General Exported Constants
General Exported Macros
General Exported Functions
General Private Types Definitions
General Private Defines
General Private Macros
General Private Variables
General Private Function Prototypes
General Private Functions
►GPIO	Configuration and management of S2LP GPIO
GPIO Exported Types
GPIO Exported Functions
GPIO Private Macros
GPIO Private Functions
►Pkt Common	Configuration and management of the common features of S2LP packets
Pkt Common Exported Types
Pkt Common Exported Constants
Pkt Common Exported Macros
Pkt Common Exported Functions
Pkt Common Private Types Definitions
Pkt Common Private Defines
Pkt Common Private Macros
Pkt Common Private Variables
Pkt Common Private Function Prototypes
Pkt Common Private Functions
►Pkt Basic	Configuration and management of S2LP Basic packets
Pkt Basic Exported Types
Pkt Basic Exported Macros
Pkt Basic Exported Functions
Pkt Basic Private Defines
Pkt Basic Private Macros
Pkt Basic Private Functions
►Pkt STack	Configuration and management of S2LP STack packets
Pkt STack Exported Types
Pkt STack Exported Macros
Pkt STack Exported Functions
Pkt STack Private Defines
Pkt STack Private Macros
Pkt STack Private Functions
►Pkt WMbus	Configuration and management of S2LP WMbus packets
Pkt WMbus Exported Types
Pkt WMbus Exported Functions
Pkt WMBUS Private Defines
Pkt WMBUS Private Macros
Pkt WMBUS Private Variables
Pkt WMBUS Private Functions
►QI	Configuration and management of S2LP QI
QI Exported Types
QI Exported Constants
QI Exported Macros
QI Exported Functions
QI Private Types Definitions
QI Private Defines
QI Private Macros
QI Private Variables
QI Private Function Prototypes
QI Private Functions
►Radio	Configuration and management of S2LP RF Analog and Digital part
Radio Exported Types
Radio Exported Functions
Radio Private Defines
Radio Private Macros
Radio Private Variables
Radio Private Function Prototypes
Radio Private Functions
Radio Public Functions
►Timer	Configuration and management of S2LP Timers
Timer Exported Types
Timer Exported Constants
Timer Exported Macros
Timer Exported Functions
Timer Private Types Definitions
Timer Private Defines
Timer Private Macros
Timer Private Variables
Timer Private Function Prototypes
Timer Private Functions
Timer Public Functions
►Timer Wrapper	Configuration and management of S2LP Timers using floating point
►Timer Wrapper Exported Types
Timer Wrapper Exported Functions
►Types	Module for S2LP types definition
Types Exported Types
Types Exported Constants
Types Exported Variables
Types Exported Macros
Types Exported Functions
Types Private Functions
Types Private Types Definitions
Types Private Defines
Types Private Macros
Types Private Variables
Types Private FunctionPrototypes
▼SDK Examples
►Configuration Common	Radio and packet parameters definitions
Configuration Common Exported Constants
►SDK Basic Generic
►SDK Basic Generic A	Device A configured as a transmitter
Basic Generic A Private Variables
Basic Generic A Private Functions
►SDK Basic Generic B	Device B configured as a receiver
Basic Generic B Private Variables
Basic Generic B Private Functions
▼SDK-EVAL NUCLEO	This module is used to configure the SDK Eval board and allows to manage its peripherals in a simple way
►SDK EEPROM Management	Management of Software Development Kit eval board EEPROM
SPI_Private_Functions
►SDK EVAL Config	SDK EVAL configuration
SDK EVAL Config Exported Constants
SDK EVAL Config Exported Functions
SDK EVAL Config Private Types Definitions
SDK EVAL Config Private Defines
SDK EVAL Config Private Macros
SDK EVAL Config Private Variables
SDK EVAL Config Private Function Prototypes
SDK EVAL Config Private Functions
►SDK EVAL Spi	SPI functions implementation
►SPI_Private_Defines
SPI_Headers
SDK_EVAL_Spi_Peripheral_Gpio
SPI_Private_Macros
SPI_Private_Variables
SPI_Private_FunctionPrototypes
SPI_Private_Functions
►SDK EVAL Button	Management of Software Development Kit eval board push-buttons
SDK EVAL Button Exported Constants
SDK EVAL Button Exported Macros
SDK EVAL Button Exported Functions
SDK EVAL Button Private Types Definitions
SDK EVAL Button Private Defines
SDK EVAL Button Private Macros
SDK EVAL Button Private Function Prototypes
SDK EVAL Button Private Functions
SDK EVAL Button Exported Types
►SDK EVAL Com	Management of Software Development Kit eval board COM ports
►SDK EVAL Com Exported Types
SDK EVAL Com Exported Functions
SDK EVAL Com Private Types Definitions
SDK EVAL Com Private Defines
SDK EVAL Com Private Macros
SDK EVAL Com Private Variables
SDK EVAL Com Private Functions
►SDK EVAL Gpio	GPIO Configuration used in the Development Kit eval board to drive GPIOs
SDK EVAL Gpio Exported Types
SDK EVAL Gpio Exported Constants
SDK EVAL Gpio Exported Macros
SDK EVAL Gpio Exported Functions
SDK EVAL Gpio Private Variables
SDK EVAL Gpio Private Functions
►SDK EVAL Led	Management of Software Development Kit eval board Leds
SDK EVAL Led Exported Types
SDK EVAL Led Exported Constants
SDK EVAL Led Exported Macros
SDK EVAL Led Exported Functions
SDK EVAL Led Private Types Definitions
SDK EVAL Led Private Defines
SDK EVAL Led Private Macros
SDK EVAL Led Private Variables
SDK EVAL Led Private Function Prototypes
SDK EVAL Led Private Functions
▼SPIRIT DK
►SDK SPIRIT Management
►SDK SPIRIT Management Functions
SDK SPIRIT Management Identification Functions