Npm Internet Of Things Libraries
|serialport||4.38 kB||MIT||12 Years||29 Aug 2023|
|serverless||719.18 kB||MIT||8 Years||17 Sep 2023|
|onoff||237.22 kB||MIT||11 Years||26 Apr 2021|
|node-red||27.02 kB||Apache-2.0||10 Years||6 Sep 2023|
|aws-iot-device-sdk||66.17 kB||Apache-2.0||8 Years||31 Mar 2022|
|paho-mqtt||38.03 kB||EPL-1.0||7 Years||22 Nov 2018|
|cylon||25.07 kB||Apache-2.0||10 Years||22 Apr 2016|
|i2c-bus||618.1 kB||MIT||8 Years||6 Aug 2023|
|node-ssdp||46.29 kB||MIT||10 Years||19 Dec 2020|
|total.js||292.73 kB||MIT||9 Years||8 Nov 2021|
|node-opcua||7.08 kB||MIT||9 Years||7 Sep 2023|
|coap||52.03 kB||MIT||10 Years||6 Jan 2023|
|aedes||54.2 kB||MIT||8 Years||26 Jul 2023|
|pigpio||865.18 kB||MIT||8 Years||30 Apr 2021|
|meshblu||36.89 kB||MIT||9 Years||2 Jun 2017|
When are Internet of Things libraries useful
IoT libraries are beneficial when:
- Rapidity: Libraries allow for rapid and efficient development which would be near impossible to achieve when starting from scratch.
- Device Interaction: They enable applications to communicate and interact with IoT devices, each likely having different communication protocols.
- Translation of Protocols: Libraries can translate high level programming concepts to more hardware focussed languages, which are often the requirement for interacting with IoT devices.
- Simulations: They can simulate the behaviour of IoT devices for testing purposes.
What functionalities do Internet of Things libraries usually have
IoT libraries usually include a varied range of functionalities with the end goal being efficient interaction with IoT devices. Some key functionalities are:
- Device Communication: Libraries often have functions that allow for sending and receiving of data with IoT devices.
- Protocol Support: They provide support for diverse communication protocols used in the IoT sphere such as MQTT, CoAP, HTTP etc.
- Data Serialization: Libraries will supply functions to serialize and de-serialize data into formats compatible with IoT devices (like JSON, XML etc).
- Device Simulation: They often include virtual device simulations for testing and debugging.
- Security Functions: Given the sensitive nature of data handled by IoT devices, IoT libraries also include security-related features like encryption and authorization protocols.
Gotchas/Pitfalls to Look Out For
While IoT libraries can be beneficial, there are a few common potentially problematic areas to be cautious of:
- Library Abandonment: Libraries can sometimes be abandoned by their developers. Always check the update history and community engagement around a library before deciding.
- Documentation Quality: The quality of the library's documentation can often be a deciding factor, especially if it's a complex library. It's important to consider the quality and comprehensibility of its documentation for troubleshooting and learning.
- Security: IoT devices often process critical data and can present a security risk if not properly managed. Evaluate the security measures provided by the libraries and their compliance with industry standards.
- Compatibility Issues: Not all libraries support all IoT devices. Be sure the library of your choice has support for the devices you're targeting.
- Performance: The performance of certain IoT libraries can vary drastically. Depending on the speed and battery constraints of your IoT device, choose libraries which are performance-optimized while providing the functionalities you require.