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static void | setOutput () |
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static void | setOutput (bool status) |
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static void | setOutput (OutputType) |
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static void | configure (OutputType) |
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static void | setInput () |
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static void | setInput (InputType type) |
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static void | configure (InputType type) |
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static void | set () |
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static void | set (bool status) |
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static void | reset () |
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static void | toggle () |
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static constexpr uint8_t | width = sizeof...(Gpios) |
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static constexpr uint8_t | number_of_ports = numberOfPorts() |
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static constexpr uint8_t | inverted (uint8_t id) |
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static constexpr uint8_t | mask (uint8_t id) |
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static constexpr uint8_t | numberOfPorts () |
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static constexpr uint8_t | inverteds [1] |
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static constexpr uint8_t | masks [1] |
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Each External Interrupt can be configured to trigger on these conditions.
Enum Values | Documentation |
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LowLevel | triggers continuously during low level
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BothEdges | triggers on both rising and falling edge
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FallingEdge | triggers on falling edge
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RisingEdge | triggers on rising edge
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Each Input Pin can be configured in one of these states.
Enum Values | Documentation |
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Floating | The input pin is left floating.
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PullUp | The input pin is pulled to Vcc.
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Enum Values | Documentation |
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PushPull | push-pull on output
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template<class... Gpios>
constexpr uint8_t modm::platform::GpioSet< Gpios >::inverteds[1] |
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staticprotectedconstexpr |
Initial value:{
(((Gpios::port == Port::B and Gpios::isInverted) ? Gpios::mask : 0) | ...),
}
template<class... Gpios>
constexpr uint8_t modm::platform::GpioSet< Gpios >::masks[1] |
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staticprotectedconstexpr |
Initial value:{
(((Gpios::port == Port::B) ? Gpios::mask : 0) | ...),
}
The documentation for this class was generated from the following file: