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examples/readme: Improve clarity and adjust categories
examples/readme: fix SAUL spelling mistake examples/readme: Link to README.md instead of folder examples/readme: increase title size examples/readme: make networking category name a bit clearer examples/readme: move nimble to own category within BLE examples/readme: move dtls to own category examples/readme: move heart rate sensor to nimble category examples/readme: move arduino sketch to languages examples/timer_periodic: fix file name issue examples/readme: change level wording about nanocoap
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@ -6,180 +6,185 @@ Each example contains a `README.md` that provides information and instructions h
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Here is a quick overview of the examples available in the RIOT:
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### The Essentials
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## The Essentials
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- [default](./default)
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- [default](./default/README.md)
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- This application is a showcase for RIOT's hardware support. Using it
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for your board, you should be able to interactively use any hardware
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that is supported.
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- [hello-world](./hello-world)
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- [hello-world](./hello-world/README.md)
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- A simple "Hello World" that shows the basic structure of a RIOT application.
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- [blinky](./blinky)
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- [blinky](./blinky/README.md)
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- The classic "Hello World" example for embedded systems: blinking an LED (or printing "Blink!" via stdio when none are available).
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- [leds_shell](./leds_shell)
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- [leds_shell](./leds_shell/README.md)
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- The application `leds_shell` is a basic example, which allows easy, interactive
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control of internal board LEDs, and basic GPIO for externally connected simple
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devices (for e.g. additional LEDs, relay, motors - via dedicated drivers, etc.)
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via the shell.
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- [saul](./saul)
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- This example demonstrates the usage of the SAUL (Sensor Abstraction Layer User) module.
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- [timer_periodic_wakeup](./timer_periodic_wakeup)
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- [saul](./saul/README.md)
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- This example demonstrates the usage of the SAUL (Sensor Actuator Uber Layer) module.
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- [timer_periodic_wakeup](./timer_periodic_wakeup/README.md)
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- How to set up a periodic wakeup timer using the RIOT operating system.
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- [ipc_pingpong](./ipc_pingpong)
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- [ipc_pingpong](./ipc_pingpong/README.md)
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- This example is to illustrate the usage of RIOTs IPC messaging system.
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- [filesystem](./filesystem)
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- [filesystem](./filesystem/README.md)
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- This example showcases ways to interact/manage the filesystem in RIOT.
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#### RIOT Language Bindings
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### RIOT Language Bindings
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##### Officially Supported/Targeted
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#### Officially Supported/Targeted
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###### _Rust_
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##### _Rust_
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- [rust-hello-world](./rust-hello-world)
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- [rust-hello-world](./rust-hello-world/README.md)
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- This example demonstrates how to write a simple RIOT application in Rust.
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- [rust-gcoap](./rust-gcoap)
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- [rust-gcoap](./rust-gcoap/README.md)
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- This example demonstrates how to write a coap server application in Rust using the RIOTs gcoap module.
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- [rust-async](./rust-async)
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- [rust-async](./rust-async/README.md)
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- This example demonstrates how to use Rusts async/await syntax in a RIOT application.
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###### _C++_
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##### _C++_
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- [riot_and_cpp](./riot_and_cpp)
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- [riot_and_cpp](./riot_and_cpp/README.md)
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- Example of using C++ in RIOT applications.
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##### Community Supported
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#### Community Supported
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- [javascript](./javascript)
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- [javascript](./javascript/README.md)
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- How to write IoT applications using javascript using JerryScript.
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- [lua_basic](./lua_basic)
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- [lua_basic](./lua_basic/README.md)
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- How to write IoT applications using Lua.
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- [lua_REPL](./lua_REPL)
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- [lua_REPL](./lua_REPL/README.md)
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- This example demonstrates how to use the Lua Read-Eval-Print Loop (REPL) in RIOT.
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- [micropython](./micropython)
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- [micropython](./micropython/README.md)
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- How to use the MicroPython port for RIOT.
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- [wasm](./wasm)
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- [wasm](./wasm/README.md)
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- How to use WebAssembly in RIOT.
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- [arduino_hello-world](./arduino_hello-world/README.md)
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- This application demonstrates the usage of Arduino sketches in RIOT.
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### Networking & BLE Examples
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## Networking
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#### Constraint Application Protocol (CoAP)
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### Constraint Application Protocol (CoAP)
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- [gcoap](./gcoap)
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- [gcoap](./gcoap/README.md)
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- This example demonstrates the usage of the `gcoap` module, a high-level API for CoAP (Constrained Application Protocol) messaging.
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- [gcoap_block_server](./gcoap_block_server)
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- [gcoap_block_server](./gcoap_block_server/README.md)
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- CoAP server handling for Block requests, build with gcoap using nanocoap block handling functions.
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- [gcoap_fileserver](./gcoap_fileserver)
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- [gcoap_fileserver](./gcoap_fileserver/README.md)
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- This example demonstrates the usage of the `gcoap`
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module to serve files over CoAP.
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- [gcoap_dtls](./gcoap_dtls)
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- This example demonstrates the usage of the `gcoap` module with DTLS.
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- [nanocoap_server](./nanocoap_server)
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- This example demonstrates the usage of the `nanocoap` module, a low-level API for CoAP (Constrained Application Protocol) messaging.
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- [nanocoap_server](./nanocoap_server/README.md)
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- This example demonstrates the usage of the `nanocoap` module, a high-level API for CoAP (Constrained Application Protocol) messaging.
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#### Bluetooth Low Energy (BLE)
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### Bluetooth Low Energy (BLE)
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- [nimble_scanner](./nimble_scanner)
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#### NimBLE
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- [nimble_scanner](./nimble_scanner/README.md)
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- This example showcases the usage of the `NimBLE` BLE stack as a scanner.
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- [skald_eddystone](./skald_eddystone)
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- This example demonstrates the usage of `Skald` for creating an Google `Eddystone` beacon.
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- [skald_ibeacon](./skald_ibeacon)
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- This example demonstrates the usage of `Skald` for creating an Apple `iBeacon`.
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- [nimble_gatt](./nimble_gatt)
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- [nimble_gatt](./nimble_gatt/README.md)
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- This example application configures and runs the NimBLE BLE stack as simple GATT
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server.
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- [nimble_heart_rate_sensor](./nimble_heart_rate_sensor)
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- [nimble_heart_rate_sensor](./nimble_heart_rate_sensor/README.md)
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- This example demonstrates how to implement asynchronous data transfer using GATT
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notifications by implementing a mock-up BLE heart rate sensor.
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- [nimble_heart_rate_sensor](./nimble_heart_rate_sensor/README.md)
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- This example demonstrates how to implement asynchronous data transfer using GATT
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notifications by implementing a mock-up BLE heart rate sensor.
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#### MQTT
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#### Misc BLE Examples
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- [asymcute_mqttsn](./asymcute_mqttsn)
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- [skald_eddystone](./skald_eddystone/README.md)
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- This example demonstrates the usage of `Skald` for creating an Google `Eddystone` beacon.
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- [skald_ibeacon](./skald_ibeacon/README.md)
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- This example demonstrates the usage of `Skald` for creating an Apple `iBeacon`.
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### MQTT
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- [asymcute_mqttsn](./asymcute_mqttsn/README.md)
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- This application demonstrates the usage of the Asymcute (MQTT-SN) module in RIOT.
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- [emcute_mqttsn](./emcute_mqttsn)
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- [emcute_mqttsn](./emcute_mqttsn/README.md)
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- This application demonstrates the usage of the emCute (MQTT-SN) module in RIOT.
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- [paho-mqtt](./paho-mqtt)
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- [paho-mqtt](./paho-mqtt/README.md)
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- This example demonstrates the usage of the Paho MQTT client library in RIOT.
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#### CoRE Resource Directory
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### CoRE Resource Directory
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- [cord_ep](./cord_ep)
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- [cord_ep](./cord_ep/README.md)
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- Example of RIOT's Resource Directory (RD) endpoint module, called `cord_ep`
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- [cord_lc](./cord_lc)
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- [cord_lc](./cord_lc/README.md)
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- Example of RIOT's Resource Directory (RD) lookup module, called `cord_lc`
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- [cord_epsim](./cord_epsim)
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- [cord_epsim](./cord_epsim/README.md)
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- This example shows how a node can register with a CoRE resource directory
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#### GNRC Networking
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### GNRC Networking
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- [gnrc_minimal](./gnrc_minimal)
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- [gnrc_minimal](./gnrc_minimal/README.md)
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- This is a minimalistic example for RIOT's gnrc network stack.
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- [gnrc_networking](./gnrc_networking)
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- [gnrc_networking](./gnrc_networking/README.md)
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- This example demonstrates the usage of the GNRC network stack in RIOT.
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- [gnrc_networking_subnets](./gnrc_networking_subnets)
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- [gnrc_networking_subnets](./gnrc_networking_subnets/README.md)
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- This example demonstrates IPv6 subnet auto-configuration for networks on
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a tree topology.
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- [gnrc_border_router](./gnrc_border_router)
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- [gnrc_border_router](./gnrc_border_router/README.md)
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- Example of `gnrc_border_router` using automatic configuration
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- [gnrc_lorawan](./gnrc_lorawan)
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- [gnrc_lorawan](./gnrc_lorawan/README.md)
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- Send and receive LoRaWAN packets and perform basic LoRaWAN commands
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- [gnrc_networking_mac](./gnrc_networking_mac)
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- [gnrc_networking_mac](./gnrc_networking_mac/README.md)
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- This example shows you how to try out communications between RIOT instances with duty-cycled MAC layer protocols
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#### Misc
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### DTLS
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- [lorawan](./lorawan)
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- [dtls-sock](./dtls-sock/README.md)
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- This example shows how to use DTLS sock `sock_dtls_t`
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- [dtls-echo](./dtls-echo/README.md)
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- This example shows how to use TinyDTLS with sock_udp.
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- [dtls-wolfssl](./dtls-wolfssl/README.md)
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- This example demonstrates the usage of the DTLS module with the wolfSSL library.^
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### Misc
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- [lorawan](./lorawan/README.md)
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- This application shows a basic LoRaWAN use-case with RIOT.
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- [openthread](./openthread)
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- [openthread](./openthread/README.md)
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- This example demonstrates the usage of the OpenThread stack in RIOT.
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- [lwm2m](./lwm2m)
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- [lwm2m](./lwm2m/README.md)
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- Example of a LWM2M client on RIOT
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- [ccn-lite-relay](./ccn-lite-relay)
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- [ccn-lite-relay](./ccn-lite-relay/README.md)
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- This application demonstrates how to use the Content-Centric Networking stack
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from [CCN-Lite](http://www.ccn-lite.net/) on RIOT
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- [telnet_server](./telnet_server)
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- [telnet_server](./telnet_server/README.md)
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- Simple telnet server that listens on port 23 over IPv6.
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- [posix_sockets](./posix_sockets)
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- [posix_sockets](./posix_sockets/README.md)
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- Showcase for RIOT's POSIX socket support
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- [spectrum-scanner](./spectrum-scanner)
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- [spectrum-scanner](./spectrum-scanner/README.md)
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- This example demonstrates how to monitor energy levels on all available wireless channels
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- [sniffer](./sniffer)
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- [sniffer](./sniffer/README.md)
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- This application is built to run together with the script `./tools/sniffer.py`
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as a sniffer for (wireless) data traffic.
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- [dtls-sock](./dtls-sock)
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- This example shows how to use DTLS sock `sock_dtls_t`
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- [dtls-echo](./dtls-echo)
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- This example shows how to use TinyDTLS with sock_udp.
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- [dtls-wolfssl](./dtls-wolfssl)
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- This example demonstrates the usage of the DTLS module with the wolfSSL library.
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### Advanced Examples
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## Advanced Examples
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- [bindist](./bindist)
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- [bindist](./bindist/README.md)
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- RIOT allows for creating a "binary distribution", which can be used to ship
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proprietary, compiled objects in a way that makes it possible to re-link them
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against a freshly compiled RIOT. This application serves as a simple example.
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- [usbus_minimal](./usbus_minimal)
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- [usbus_minimal](./usbus_minimal/README.md)
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- This is a minimalistic example for RIOT's USB stack.
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- [suit_update](./suit_update)
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- [suit_update](./suit_update/README.md)
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- This example shows how to integrate SUIT-compliant firmware updates into a
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RIOT application.
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- [thread_duel](./thread_duel)
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- [thread_duel](./thread_duel/README.md)
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- This is a thread duel application to show RIOTs abilities to run multiple-threads
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concurrently, even if they are neither cooperative nor dividable into different scheduler priorities, by using the optional round-robin scheduler module.
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- [posix_select](./posix_select)
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- [posix_select](./posix_select/README.md)
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- This example is a showcase for RIOT's POSIX select support
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- [psa_crypto](./psa_crypto)
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- Basic functions of the PSA Crypto API- [nimble_heart_rate_sensor](./nimble_heart_rate_sensor)
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- This example demonstrates how to implement asynchronous data transfer using GATT
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notifications by implementing a mock-up BLE heart rate sensor.
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- [pio_blink](./pio_blink)
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- Basic functions of the PSA Crypto API
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- [pio_blink](./pio_blink/README.md)
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- How to use the PIO peripheral on the RaspberryPi Pico to blink an LED.
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- [arduino_hello-world](./arduino_hello-world)
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- This application demonstrates the usage of Arduino sketches in RIOT.
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- [twr_aloha](./twr_aloha)
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- [twr_aloha](./twr_aloha/README.md)
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- This example allows testing different two-way ranging algorithms between
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two boards supporting a dw1000 device. This makes use of the uwb-core
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pkg.
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11
examples/timer_periodic_wakeup/README.md
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11
examples/timer_periodic_wakeup/README.md
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# Periodic Wakeup Timer Example
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This example demonstrates how to set up a periodic wakeup timer using the RIOT operating system.
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## Overview
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The application sets up a timer that periodically wakes up the system and performs a specific task. This is useful for applications that need to perform regular actions, such as sensor readings or data transmissions.
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## Usage
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Once the application is running, you should see periodic messages indicating that the timer has triggered and the system has woken up to perform its task.
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@ -1,44 +0,0 @@
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# Periodic Wakeup Timer Example
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This example demonstrates how to set up a periodic wakeup timer using the RIOT operating system.
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## Overview
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The application sets up a timer that periodically wakes up the system and performs a specific task. This is useful for applications that need to perform regular actions, such as sensor readings or data transmissions.
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## Requirements
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- RIOT OS
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- A supported hardware platform
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## Setup
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1. Clone the RIOT repository:
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```sh
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git clone https://github.com/RIOT-OS/RIOT.git
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cd RIOT
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```
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2. Navigate to the example directory:
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```sh
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cd examples/timer_periodic_wakeup
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```
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3. Build the application for your target hardware:
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```sh
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make BOARD=<your-board>
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```
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4. Flash the application to your hardware:
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```sh
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make flash
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```
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5. Connect to the board's serial console to observe the output:
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```sh
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make term
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```
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## Usage
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Once the application is running, you should see periodic messages indicating that the timer has triggered and the system has woken up to perform its task.
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