A C# library for LoRa@LoRaAlliance connectivity for Semtech @SX127X/HopeRF @RFMRFM9X equipped shields on Wilderness labs Meadow devices

WARNING - This library will be replaced with an SX127X version shortly

The repo has the source code for the series of blog posts written as I build this library (based on my Windows 10 IoT Core library)

0. ShieldSPI
1. RegisterRead(https://blog.devmobile.co.nz/2019/12/25/net-meadow-lora-library-part1/)
2. RegisterScan(https://blog.devmobile.co.nz/2019/12/26/net-meadow-rfm95-96-97-98-lora-library-part2/)
3. RegisterReadAndWrite(https://blog.devmobile.co.nz/2019/12/27/net-meadow-rfm95-96-97-98-lora-library-part3/)
4. TransmitBasic(https://blog.devmobile.co.nz/2019/12/28/net-meadow-rfm95-96-97-98-lora-library-part4/)
5. ReceiveBasic(https://blog.devmobile.co.nz/2019/12/28/net-meadow-rfm95-96-97-98-lora-library-part5/)
6. ReceiveInterrupt(https://blog.devmobile.co.nz/2019/12/29/net-meadow-rfm95-96-97-98-lora-library-part6/)
7. TransmitInterrupt(https://blog.devmobile.co.nz/2019/12/29/net-meadow-rfm95-96-97-98-lora-library-part7/)
8. ReceiveTransmitInterrupt(https://blog.devmobile.co.nz/2020/01/01/net-meadow-rfm95-96-97-98-lora-library-part8/)
9. RFM9X.Meadow on Github(https://blog.devmobile.co.nz/2020/01/03/rfm9x-meadow-on-github/)

My initial test rig used a Meadow device and a Dragino Arduino shield. this was so I could only connect the pins that I needed.

My second test rig uses a Meadow device and an Adafruit 433MHz or 868MHz feather wing

There are also parallel development projects for Windows 10 IoT Core, TinyCLR and .Net Micro Framework