GPIO

Directly reads or drives a single digital pin on the board. Use this when no more specific component (Servo, etc) fits what you're wiring up.

@henglosio/component-gpiov1.0.0platform ^1.0.0

Node	Kind	What it does
Pin Trigger	Trigger	Runs its branch when a pin changes — a button pressed, a sensor going high.
Write	Action	Sets the pin as output and drives it to the given digital value.
Read	Action	Sets the pin as input and reads its current digital value.

Triggers

Runs its branch when a pin changes — a button pressed, a sensor going high.

A trigger: no input, one Out — the first action of its branch.

Settings

Setting	Type	Default	What it's for
Pin	Pin (digital in)	—	Required. The pin to watch.
Edge	One of: Rising (low → high), Falling (high → low), Both	Rising (low → high)	Which change fires it.
Pull	One of: None, Up, Down	None	The board's internal resistor — Up for a button wired to ground.
Debounce	Number	`50`	Changes closer than this to the last one are ignored (a button bounces), in ms.

Publishes

Output	Type	What it is
`level`	bool	The pin right after the change.
`at`	int	When it changed — the board's clock, in ms.

Sets the pin as output and drives it to the given digital value.

Settings

Setting	Type	Default	What it's for
Pin	Pin (digital out)	—	Board pin this GPIO instance controls.
Value	On / off	Off	Value of GPIO send.

Publishes

Output	Type	What it is
`value`	bool	The digital value that was written (0 = LOW, 1 = HIGH).

Sets the pin as input and reads its current digital value.

Settings

Setting	Type	Default	What it's for
Pin	Pin (digital in)	—	Board pin this GPIO instance controls.

Publishes

Output	Type	What it is
`value`	bool	The digital value read from the pin (0 = LOW, 1 = HIGH).