circuitpython

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Author	SHA1	Message	Date
Paul Sokolovsky	181f7d1450	extmod/machine_signal: Implement Signal .on() and .off() methods. Each method asserts and deasserts signal respectively. They are equivalent to .value(1) and .value(0) but conceptually simpler (and may help to avoid confusion with inverted signals, where "asserted" state means logical 0 output).	2017-02-08 11:14:23 +03:00
Paul Sokolovsky	7a7516d40d	extmod/machine_signal: Implement "signal" abstraction for machine module. A signal is like a pin, but ca also be inverted (active low). As such, it abstracts properties of various physical devices, like LEDs, buttons, relays, buzzers, etc. To instantiate a Signal: pin = machine.Pin(...) signal = machine.Signal(pin, inverted=True) signal has the same .value() and __call__() methods as a pin.	2017-01-29 18:57:36 +03:00

Author

SHA1

Message

Date

Paul Sokolovsky

181f7d1450

extmod/machine_signal: Implement Signal .on() and .off() methods.

Each method asserts and deasserts signal respectively. They are equivalent
to .value(1) and .value(0) but conceptually simpler (and may help to avoid
confusion with inverted signals, where "asserted" state means logical 0
output).

2017-02-08 11:14:23 +03:00

Paul Sokolovsky

7a7516d40d

extmod/machine_signal: Implement "signal" abstraction for machine module.

A signal is like a pin, but ca also be inverted (active low). As such, it
abstracts properties of various physical devices, like LEDs, buttons,
relays, buzzers, etc. To instantiate a Signal:

pin = machine.Pin(...)
signal = machine.Signal(pin, inverted=True)

signal has the same .value() and __call__() methods as a pin.

2017-01-29 18:57:36 +03:00

2 Commits