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With a CanController in the Mcp2515 Iot.Device.Mcp25xxx library you can use the Mcp2515 for CAN communication over the SPI for any microcontroller. Also those that don't (yet) implement the CAN protocol natively.
How to solve the problem
I want to add a CanColtroller to the Iot.Device.Mcp25xxx library so you can use a CAN interface without having to know anything about the Mcp2515 registers and internals.
You can just read and write CAN messages.
Describe alternatives you've considered
The other way is to use "nanoFramework.Device.Can" and connect a CAN tranceiver. But this is dependant on the microcontroller. For the Esp32 this is not (yet) possible.
I discussed this with Frank Robijn. He wants to implement the native CAN functionality for the Esp32 but this can take a while.
Aditional context
No response
The text was updated successfully, but these errors were encountered:
Description
With a CanController in the Mcp2515 Iot.Device.Mcp25xxx library you can use the Mcp2515 for CAN communication over the SPI for any microcontroller. Also those that don't (yet) implement the CAN protocol natively.
How to solve the problem
I want to add a CanColtroller to the Iot.Device.Mcp25xxx library so you can use a CAN interface without having to know anything about the Mcp2515 registers and internals.
You can just read and write CAN messages.
Describe alternatives you've considered
The other way is to use "nanoFramework.Device.Can" and connect a CAN tranceiver. But this is dependant on the microcontroller. For the Esp32 this is not (yet) possible.
I discussed this with Frank Robijn. He wants to implement the native CAN functionality for the Esp32 but this can take a while.
Aditional context
No response
The text was updated successfully, but these errors were encountered: