Get the geometries of the component in their current configuration.
const board = new VIAM.BoardClient(machine, 'my_board');
const geometries = await board.getGeometries();
For more information, see Board API.
ReadonlynameThe name of the resource.
Return the current value of the interrupt which is based on the type of interrupt.
The name of the digital interrupt.
Optionalextra: Structconst board = new VIAM.BoardClient(machine, 'my_board');
// Get the number of times this DigitalInterrupt has been interrupted with a tick.
const count = await board.getDigitalInterruptValue('my_example_digital_interrupt');
For more information, see Board API.
Get the high/low state of the given pin.
The pin number.
Optionalextra: Structconst board = new VIAM.BoardClient(machine, 'my_board');
// Get if it is true or false that the state of the pin is high.
const high = await board.getGPIO('15');
For more information, see Board API.
Get the duty cycle of the given pin of a board.
The pin number.
Optionalextra: StructThe duty cycle, which is a value from 0 to 1.
const board = new VIAM.BoardClient(machine, 'my_board');
// Get the duty cycle of this pin.
const dutyCycle = await board.getPWM('15');
For more information, see Board API.
Get the PWM frequency of the given pin of a board.
The pin.
Optionalextra: Structconst board = new VIAM.BoardClient(machine, 'my_board');
// Get the PWM frequency of this pin.
const freq = await board.getPWMFrequency('15');
For more information, see Board API.
Get the status of the resource.
Read the current value of an analog reader of a board.
The name of the analog reader.
Optionalextra: Structconst board = new VIAM.BoardClient(machine, 'my_board');
// Get the value of the analog signal "my_example_analog_reader" has most
// recently measured.
const reading = await board.readAnalogReader('my_example_analog_reader');
For more information, see Board API.
Set the high/low state of the given pin of a board.
The pin number.
When true, set the given pin to high. When false, set the given pin to low.
Optionalextra: Structconst board = new VIAM.BoardClient(machine, 'my_board');
// Set the pin to high.
await board.setGPIO('15', true);
For more information, see Board API.
Set power mode of the board.
const board = new VIAM.BoardClient(machine, 'my_board');
// Set the power mode of the board to OFFLINE_DEEP.
const duration = new VIAM.Duration({ seconds: 10n });
await board.setPowerMode(VIAM.PowerMode.OFFLINE_DEEP, duration);
For more information, see Board API.
Set the duty cycle of the given pin of a board.
The pin.
A value from 0 to 1.
Optionalextra: Structconst board = new VIAM.BoardClient(machine, 'my_board');
// Set the duty cycle to 0.6, meaning that this pin will be in the high state for
// 60% of the duration of the PWM interval period.
await board.setPWM('15', 0.6);
For more information, see Board API.
Set the PWM frequency of the given pin of a board.
The pin.
The PWM frequency, in hertz. 0 will use the board's default PWM frequency.
Optionalextra: Structconst board = new VIAM.BoardClient(machine, 'my_board');
// Set the PWM frequency of this pin to 1600 Hz.
await board.setPWMFrequency('15', 1600);
For more information, see Board API.
Stream digital interrupt ticks on the board.
const board = new VIAM.BoardClient(machine, 'my_board');
// Stream ticks from pins 8 and 11.
const ticks = await board.streamTicks(['8', '11']);
for await (const tick of ticks) {
console.log(
`Pin ${tick.pinName} changed to ${tick.high ? 'high' : 'low'} at ${tick.time}`,
);
}
For more information, see Board API.
Write an analog value to a pin on the board.
The pin name.
An integer value to write.
Optionalextra: Structconst board = new VIAM.BoardClient(machine, 'my_board');
// Write the value 42 to "my_example_analog_writer".
await board.writeAnalog('my_example_analog_writer', 42);
For more information, see Board API.
Represents a physical general purpose compute board that contains various components such as analog readers, and digital interrupts.