Iot.Device.Board Namespace
Important
Some information relates to prerelease product that may be substantially modified before it’s released. Microsoft makes no warranties, express or implied, with respect to the information provided here.
Classes
| Board |
Base class for all board abstractions. A "board" is a piece of hardware that offers low-level interfaces to other devices. Typically, it has GPIO pins and one or multiple SPI or I2C busses. There should be exactly one instance of a board class per hardware component in an application, but it is possible to work with multiple boards at once (i.e. when having a GPIO expander connected to the Raspberry Pi) |
| CustomBoard |
A board that can be customized with user-specified drivers. This should only be used if the drivers can't be auto-detected properly. |
| DummyGpioDriver |
A GPIO driver that has zero pins. Use to fulfill the interface. |
| GenericBoard |
A generic board class. Uses generic implementations for GPIO, I2C etc |
| I2cBusExtensions |
Contains extension methods that operate on the I2c bus |
| I2cBusManager |
Manages an I2C bus instance |
| KeyboardGpioDriver |
A GPIO Driver for testing on Windows This driver uses the keyboard for simulating GPIO pins. Pins 0-2 are output only and represent the keyboard LEDs (Caps lock, Scroll Lock and Num Lock). Setting a value to any of these pins toggles the LEDs on the keyboard (if they're physically present). Pins above 8 are input only and represent the keyboard keys. To get the pin number, cast the corresponding ConsoleKey to int, e.g. int pinNumber = (int)ConsoleKey.A |
| RaspberryPiBoard |
Raspberry Pi specific board implementation. Contains all the knowledge about which pins can be used for what purpose. |
Enums
| PinUsage |
Designated (or active) usage of a pin |