Provides access to multiple pins on a DigitalPort. More...

#include <DigitalPinSetAccess.hpp>

Inheritance diagram for duds::hardware::interface::DigitalPinSetAccess:

Collaboration diagram for duds::hardware::interface::DigitalPinSetAccess:

Public Member Functions
	DigitalPinSetAccess ()=default
	Constructs an access object with nothing to access. More...

	~DigitalPinSetAccess ()
	Relinquish access on destruction. More...

bool	canBeInput (unsigned int pos) const
	Returns true if the pin can operate as an input. More...

bool	canBeOutput (unsigned int pos) const
	Returns true if the pin can operate as an output. More...

bool	canFloat (unsigned int pos) const
	Returns true if the pin can provide a non-input high impedence state (or maybe allow input state?). More...

DigitalPinCap	capabilities (unsigned int pos) const
	Returns the capabilities of the specified pin. More...

std::vector< DigitalPinCap >	capabilities () const
	Returns the capabilities of all the pins in this set. More...

DigitalPinConfig	configuration (unsigned int pos) const
	Returns the current configuration of the specified pin. More...

std::vector< DigitalPinConfig >	configuration () const
	Returns the current configuration all pins in this set. More...

bool	exists (unsigned int pos) const
	Returns true if the given position is for an existent pin rather than a gap or a position past the end. More...

unsigned int	globalId (unsigned int pos) const
	Returns the global pin ID of the pin at the given position inside this set of pins. More...

std::vector< unsigned int >	globalIds () const
	Returns a vector of global pin IDs for the pins accessed by this object. More...

bool	havePins () const
	Returns true if this object has been given any pins to access. More...

bool	independentConfig () const
	Returns true if all pins on the port always have an independent configuration from all other pins. More...

bool	input (unsigned int pos) const
	Samples the input state of a pin. More...

std::vector< bool >	input () const
	Samples the input state of all the pins. More...

std::vector< bool >	input (const std::vector< unsigned int > &pos) const
	Samples the input state of a subset of the pins. More...

bool	isInput (unsigned int pos) const
	Returns true if the pin is configured as an input. More...

bool	isOutput (unsigned int pos) const
	Returns true if the pin is configured as an output. More...

unsigned int	localId (unsigned int pos) const
	Returns the local pin ID of the pin at the given position inside this set of pins. More...

const std::vector< unsigned int > &	localIds () const
	Provides access to the internal vector of local pin IDs. More...

DigitalPinConfig	modifyConfig (unsigned int pos, const DigitalPinConfig &conf) const
	Modifies the configuration of a pin. More...

void	modifyConfig (const DigitalPinConfig &conf) const
	Sets the configuration for all the pins. More...

void	modifyConfig (std::vector< DigitalPinConfig > &conf) const
	Sets the configuration for all the pins. More...

void	modifyConfig (const std::vector< unsigned int > &pos, std::vector< DigitalPinConfig > &conf) const
	Sets the configuration for a subset of the pins. More...

DigitalPinSetAccess &	operator= (DigitalPinSetAccess &&old) noexcept
	A move assignment. More...

void	output (unsigned int pos, bool state) const
	Changes the output state of a pin. More...

void	output (const std::vector< bool > &state) const
	Changes the output state of all the pins. More...

void	output (bool state) const
	Changes the output state of all the pins. More...

void	output (const std::vector< unsigned int > &pos, const std::vector< bool > &state) const
	Changes the output state of a subset of the pins. More...

DigitalPinRejectedConfiguration::Reason	proposeConfig (unsigned int pos, DigitalPinConfig &conf) const
	Propose a new configuration for the given pin using the current configuration as the initial configuration. More...

DigitalPinRejectedConfiguration::Reason	proposeConfig (unsigned int pos, DigitalPinConfig &proposed, DigitalPinConfig &initial) const
	Propose a new configuration for the given pin using a hypothetical given initial configuration. More...

bool	proposeConfig (std::vector< DigitalPinConfig > &propConf, std::vector< DigitalPinConfig > &initConf, std::function< void(DigitalPinRejectedConfiguration::Reason)> insertReason=std::function< void(DigitalPinRejectedConfiguration::Reason)>())
	Propose a new configuration for the entire pin set using a hypothetical given initial configuration. More...

void	retire () noexcept
	Relinquish access. More...

void	retire (unsigned int pos)
	Relinquish access to a single pin. More...

bool	simultaneousOperations () const
	True if the port supports operating on multiple pins simultaneously. More...

unsigned int	size () const
	Returns the number of pins in this access object. More...

std::vector< unsigned int >	subset (const std::vector< unsigned int > &pos) const
	Produces a vector with port local pin IDs that are a subset of the pins in this access object. More...

template<typename Int >
void	write (Int val, int bits) const
	Writes out a number in binary to the pins. More...

template<typename Int >
void	write (Int val) const
	Writes out a number in binary to the pins. More...

Public Member Functions inherited from duds::hardware::interface::DigitalPinAccessBase
DigitalPort *	port () const
	Returns a pointer to the port that controls the pin(s) that are operated through this object. More...

Private Member Functions
	DigitalPinSetAccess (DigitalPort *port, std::vector< unsigned int > &&pids)
	Used by DigitalPort. More...

void	reserveAdditional (unsigned int len)
	Reserves additional space in pins so that upcoming pushes onto the vector will not cause multiple memory reallocations. More...

Private Attributes
friend	DigitalPort

std::vector< unsigned int >	pinvec
	The port local pin IDs this object may use. More...

Additional Inherited Members
Protected Member Functions inherited from duds::hardware::interface::DigitalPinAccessBase
	DigitalPinAccessBase ()
	Cannot be constructed using this base class, but allows the construction of a useless access object without a DigitalPort. More...

	DigitalPinAccessBase (DigitalPort *port)
	Initializes the port pointer. More...

	~DigitalPinAccessBase ()=default
	Cannot be destructed using this base class to avoid the need for a virtual destructor. More...

DigitalPinAccessBase &	operator= (DigitalPinAccessBase &&old) noexcept
	Allows moving access objects. More...

void	reset ()
	Loses the pointer to the DigitalPort rendering the access object useless. More...

Protected Attributes inherited from duds::hardware::interface::DigitalPinAccessBase
PortData	portdata
	Port specific information. More...

Detailed Description

Provides access to multiple pins on a DigitalPort.

This allows using multiple pins in a single operation.

Todo:: Allow a DigitalPort implementation to provide bit flags for use as a mask of the pins to access. The size of the mask will need to be dynamic, like std::vector<bool>. The mask will need to be available as integers with the flags, sort of like std::bitset<T>::to_ulong(). The size of the mask must not be limited to what fits in a single integer, unlike std::bitset.

Author: Jeff Jackowski

Definition at line 31 of file DigitalPinSetAccess.hpp.

Constructor & Destructor Documentation

◆ DigitalPinSetAccess() [1/2]

duds::hardware::interface::DigitalPinSetAccess::DigitalPinSetAccess	(	DigitalPort *	port,
		std::vector< unsigned int > &&	pids
	)

inlineprivate

Used by DigitalPort.

Definition at line 39 of file DigitalPinSetAccess.hpp.

◆ DigitalPinSetAccess() [2/2]

duds::hardware::interface::DigitalPinSetAccess::DigitalPinSetAccess ( )

default

Constructs an access object with nothing to access.

◆ ~DigitalPinSetAccess()

duds::hardware::interface::DigitalPinSetAccess::~DigitalPinSetAccess ( )

inline

Relinquish access on destruction.

Definition at line 56 of file DigitalPinSetAccess.hpp.

Member Function Documentation

◆ canBeInput()

bool duds::hardware::interface::DigitalPinSetAccess::canBeInput ( unsigned int pos ) const

inline

Returns true if the pin can operate as an input.

Parameters

pos	The position of the pin in this set.

Definition at line 419 of file DigitalPinSetAccess.hpp.

◆ canBeOutput()

bool duds::hardware::interface::DigitalPinSetAccess::canBeOutput ( unsigned int pos ) const

inline

Returns true if the pin can operate as an output.

Parameters

pos	The position of the pin in this set.

Definition at line 426 of file DigitalPinSetAccess.hpp.

◆ canFloat()

bool duds::hardware::interface::DigitalPinSetAccess::canFloat ( unsigned int pos ) const

inline

Returns true if the pin can provide a non-input high impedence state (or maybe allow input state?).

Parameters

pos	The position of the pin in this set.

Definition at line 438 of file DigitalPinSetAccess.hpp.

◆ capabilities() [1/2]

DigitalPinCap duds::hardware::interface::DigitalPinSetAccess::capabilities ( unsigned int pos ) const

inline

Returns the capabilities of the specified pin.

Parameters

pos	The position of the pin in this set.

Definition at line 137 of file DigitalPinSetAccess.hpp.

◆ capabilities() [2/2]

std::vector<DigitalPinCap> duds::hardware::interface::DigitalPinSetAccess::capabilities ( ) const

inline

Returns the capabilities of all the pins in this set.

Any gaps in the set (ID is -1) will have a value of DigitalPinCap::Nonexistent.

Definition at line 145 of file DigitalPinSetAccess.hpp.

Referenced by canBeInput(), canBeOutput(), and canFloat().

◆ configuration() [1/2]

DigitalPinConfig duds::hardware::interface::DigitalPinSetAccess::configuration ( unsigned int pos ) const

inline

Returns the current configuration of the specified pin.

Parameters

pos	The position of the pin in this set.

Definition at line 152 of file DigitalPinSetAccess.hpp.

◆ configuration() [2/2]

std::vector<DigitalPinConfig> duds::hardware::interface::DigitalPinSetAccess::configuration ( ) const

inline

Returns the current configuration all pins in this set.

Any gaps in the set (ID is -1) will have a configuration of DigitalPinConfig::OperationNoChange.

Definition at line 160 of file DigitalPinSetAccess.hpp.

Referenced by isInput(), and isOutput().

◆ exists()

bool duds::hardware::interface::DigitalPinSetAccess::exists ( unsigned int pos ) const

inline

Returns true if the given position is for an existent pin rather than a gap or a position past the end.

Parameters

pos	The position to check.

Definition at line 105 of file DigitalPinSetAccess.hpp.

◆ globalId()

unsigned int duds::hardware::interface::DigitalPinSetAccess::globalId ( unsigned int pos ) const

inline

Returns the global pin ID of the pin at the given position inside this set of pins.

Parameters

pos	The position of the pin in this set.

Definition at line 129 of file DigitalPinSetAccess.hpp.

Referenced by capabilities(), configuration(), input(), modifyConfig(), output(), proposeConfig(), and subset().

◆ globalIds()

std::vector<unsigned int> duds::hardware::interface::DigitalPinSetAccess::globalIds ( ) const

inline

Returns a vector of global pin IDs for the pins accessed by this object.

Definition at line 91 of file DigitalPinSetAccess.hpp.

◆ havePins()

bool duds::hardware::interface::DigitalPinSetAccess::havePins ( ) const

inline

Returns true if this object has been given any pins to access.

Definition at line 97 of file DigitalPinSetAccess.hpp.

Referenced by retire().

◆ independentConfig()

bool duds::hardware::interface::DigitalPinSetAccess::independentConfig ( ) const

inline

Returns true if all pins on the port always have an independent configuration from all other pins.

Definition at line 398 of file DigitalPinSetAccess.hpp.

◆ input() [1/3]

bool duds::hardware::interface::DigitalPinSetAccess::input ( unsigned int pos ) const

inline

Samples the input state of a pin.

Parameters

pos	The position of the pin in this set.

Exceptions

PinWrongDirection This pin is not configured as an input.

Definition at line 315 of file DigitalPinSetAccess.hpp.

◆ input() [2/3]

std::vector<bool> duds::hardware::interface::DigitalPinSetAccess::input ( ) const

inline

Samples the input state of all the pins.

Returns: The input from the pins.

Exceptions

PinWrongDirection Not all the pins are not configured as an input.

Definition at line 323 of file DigitalPinSetAccess.hpp.

◆ input() [3/3]

std::vector<bool> duds::hardware::interface::DigitalPinSetAccess::input ( const std::vector< unsigned int > & pos ) const

inline

Samples the input state of a subset of the pins.

Parameters

pos	A vector of the pins to sample specified by their position in this pin set.

Returns: The input from the pins in the same order as pos.

Exceptions

PinWrongDirection A pin in pos is not configured as an input.

Definition at line 333 of file DigitalPinSetAccess.hpp.

◆ isInput()

bool duds::hardware::interface::DigitalPinSetAccess::isInput ( unsigned int pos ) const

inline

Returns true if the pin is configured as an input.

Parameters

pos	The position of the pin in this set.

Definition at line 405 of file DigitalPinSetAccess.hpp.

◆ isOutput()

bool duds::hardware::interface::DigitalPinSetAccess::isOutput ( unsigned int pos ) const

inline

Returns true if the pin is configured as an output.

Parameters

pos	The position of the pin in this set.

Definition at line 412 of file DigitalPinSetAccess.hpp.

◆ localId()

unsigned int duds::hardware::interface::DigitalPinSetAccess::localId ( unsigned int pos ) const

inline

Returns the local pin ID of the pin at the given position inside this set of pins.

Parameters

pos	The position of the pin in this set.

Definition at line 120 of file DigitalPinSetAccess.hpp.

◆ localIds()

const std::vector<unsigned int>& duds::hardware::interface::DigitalPinSetAccess::localIds ( ) const

inline

Provides access to the internal vector of local pin IDs.

Definition at line 84 of file DigitalPinSetAccess.hpp.

Referenced by duds::hardware::interface::linux::GpioDevPort::madeAccess().

◆ modifyConfig() [1/4]

DigitalPinConfig duds::hardware::interface::DigitalPinSetAccess::modifyConfig	(	unsigned int	pos,
		const DigitalPinConfig &	conf
	)		const

inline

Modifies the configuration of a pin.

If the port implementation is a derivative of DigitalPortDependentPins, the change may affect multiple pins, and the configuration of other pins may prevent the requested change.

Parameters

pos	The position of the pin in this set.
conf	The requested new configuration.

Returns: The actual new configuration.

Definition at line 265 of file DigitalPinSetAccess.hpp.

Referenced by duds::hardware::devices::displays::HD44780::preparePins(), and duds::hardware::devices::displays::ST7920::preparePins().

◆ modifyConfig() [2/4]

void duds::hardware::interface::DigitalPinSetAccess::modifyConfig ( const DigitalPinConfig & conf ) const

Sets the configuration for all the pins.

Bug:: The set may not have a gap (pin ID -1). This will result in a DigitalPinConfigError exception being thrown.

Parameters

conf	The configuration to set for all pins.

Exceptions

DigitalPinConfigError

Definition at line 61 of file DigitalPinSetAccess.cpp.

◆ modifyConfig() [3/4]

void duds::hardware::interface::DigitalPinSetAccess::modifyConfig ( std::vector< DigitalPinConfig > & conf ) const

inline

Sets the configuration for all the pins.

Parameters

conf	The new configuration. The vector makes a parallel data structure with the pins stroed in this object. If a gap exists (ID is -1), the configuration must be set to DigitalPinConfig::OperationNoChange.

Exceptions

DigitalPinConfigRangeError	The size of conf is not the same as size().
DigitalPinConfigError

Definition at line 289 of file DigitalPinSetAccess.hpp.

◆ modifyConfig() [4/4]

void duds::hardware::interface::DigitalPinSetAccess::modifyConfig	(	const std::vector< unsigned int > &	pos,
		std::vector< DigitalPinConfig > &	conf
	)		const

inline

Sets the configuration for a subset of the pins.

Parameters

pos	A vector of the pins to use specified by their position in this pin set.
conf	The new configuration. The vector makes a parallel data structure with the specified subset of pins. If a gap exists (ID is -1), the configuration must be set to DigitalPinConfig::OperationNoChange.

Exceptions

DigitalPinConfigRangeError	The size of conf is not the same as the size of pos.
DigitalPinConfigError

Definition at line 304 of file DigitalPinSetAccess.hpp.

◆ operator=()

DigitalPinSetAccess & duds::hardware::interface::DigitalPinSetAccess::operator= ( DigitalPinSetAccess && old )

noexcept

A move assignment.

This requires a call to DigitalPort::updateAccess(), which needs to synchronize on its internal data. As a result, move assignments are not speedy. However, they assure pin access is transfered without being lost.

Definition at line 21 of file DigitalPinSetAccess.cpp.

Referenced by ~DigitalPinSetAccess().

◆ output() [1/4]

void duds::hardware::interface::DigitalPinSetAccess::output	(	unsigned int	pos,
		bool	state
	)		const

inline

Changes the output state of a pin.

If the pin is not currently configured to output, the configuration will not change, but the new output state will be used when the pin becomes an output in the future.

Parameters

pos	The position of the pin in this set.
state	The new output state.

Definition at line 343 of file DigitalPinSetAccess.hpp.

Referenced by duds::hardware::devices::displays::HD44780::initialize(), duds::hardware::devices::displays::ST7920::initialize(), and output().

◆ output() [2/4]

void duds::hardware::interface::DigitalPinSetAccess::output ( const std::vector< bool > & state ) const

inline

Changes the output state of all the pins.

If a pin is not currently configured to output, the configuration will not change, but the new output state will be used when the pin becomes an output in the future.

Parameters

state The new output states. The vector makes a parallel data structure with the pins in this set (pinvec). Gaps (ID of -1) are not presently supported.

Definition at line 354 of file DigitalPinSetAccess.hpp.

◆ output() [3/4]

void duds::hardware::interface::DigitalPinSetAccess::output ( bool state ) const

Changes the output state of all the pins.

If a pin is not currently configured to output, the configuration will not change, but the new output state will be used when the pin becomes an output in the future.

Bug:: The set may not have a gap (pin ID -1). This will result in a DigitalPinConfigError exception being thrown.

Parameters

state The new output state for all pins.

Definition at line 66 of file DigitalPinSetAccess.cpp.

◆ output() [4/4]

void duds::hardware::interface::DigitalPinSetAccess::output	(	const std::vector< unsigned int > &	pos,
		const std::vector< bool > &	state
	)		const

inline

Changes the output state of a subset of the pins.

If a pin is not currently configured to output, the configuration will not change, but the new output state will be used when the pin becomes an output in the future.

Parameters

pos	A vector of the pins to use specified by their position in this pin set.
state	The new output states. The vector makes a parallel data structure with the specified subset of pins. Gaps (ID of -1) are not presently supported.

Definition at line 377 of file DigitalPinSetAccess.hpp.

◆ proposeConfig() [1/3]

DigitalPinRejectedConfiguration::Reason duds::hardware::interface::DigitalPinSetAccess::proposeConfig	(	unsigned int	pos,
		DigitalPinConfig &	conf
	)		const

inline

Propose a new configuration for the given pin using the current configuration as the initial configuration.

The pin's configuration is not changed; this only checks for a valid supported change.

Parameters

conf	The proposed configuration.
pos	The position of the pin in this set.

Returns: The reason the configuration is bad, or DigitalPinRejectedConfiguration::NotRejected if it can be used.

Definition at line 185 of file DigitalPinSetAccess.hpp.

◆ proposeConfig() [2/3]

DigitalPinRejectedConfiguration::Reason duds::hardware::interface::DigitalPinSetAccess::proposeConfig	(	unsigned int	pos,
		DigitalPinConfig &	proposed,
		DigitalPinConfig &	initial
	)		const

inline

Propose a new configuration for the given pin using a hypothetical given initial configuration.

The pin's configuration is not changed; this only checks for a valid supported change.

Parameters

proposed	The proposed configuration.
initial	The initial configuration. It should be a valid configuration for the pin and port, but it doesn't need to be the current configuration.
pos	The position of the pin in this set.

Returns: The reason the configuration is bad, or DigitalPinRejectedConfiguration::NotRejected if it can be used.

Definition at line 204 of file DigitalPinSetAccess.hpp.

◆ proposeConfig() [3/3]

bool duds::hardware::interface::DigitalPinSetAccess::proposeConfig	(	std::vector< DigitalPinConfig > &	propConf,
		std::vector< DigitalPinConfig > &	initConf,
		std::function< void(DigitalPinRejectedConfiguration::Reason)>	insertReason = `std::function<void(DigitalPinRejectedConfiguration::Reason)>()`
	)

inline

Propose a new configuration for the entire pin set using a hypothetical given initial configuration.

The configuration is not changed; this only checks for a valid supported change.

Parameters

propConf	The proposed configuration.
initConf	The initial configuration. It should be a valid configuration for the pins and port, but it doesn't need to be the current configuration.
insertReason	A function that, if specified, will be called for each pin, in the order specified by this set, with the rejection reason for that pin. The reason will be DigitalPinRejectedConfiguration::NotRejected if the pin's proposed configuration is good. The function is optional.

Returns: True if the proposed configuration is good. False if there was any rejection.

Definition at line 228 of file DigitalPinSetAccess.hpp.

◆ reserveAdditional()

void duds::hardware::interface::DigitalPinSetAccess::reserveAdditional ( unsigned int len )

private

Reserves additional space in pins so that upcoming pushes onto the vector will not cause multiple memory reallocations.

Parameters

len	The anticipated number of items about to be added.

Definition at line 14 of file DigitalPinSetAccess.cpp.

Referenced by duds::hardware::interface::DigitalPort::access(), and DigitalPinSetAccess().

◆ retire() [1/2]

void duds::hardware::interface::DigitalPinSetAccess::retire ( )

noexcept

Relinquish access.

Definition at line 36 of file DigitalPinSetAccess.cpp.

Referenced by duds::hardware::interface::DigitalPinSet::access(), duds::hardware::interface::DigitalPinMasterSyncSerial::close(), operator=(), and ~DigitalPinSetAccess().

◆ retire() [2/2]

void duds::hardware::interface::DigitalPinSetAccess::retire ( unsigned int pos )

Relinquish access to a single pin.

Good idea? Leave -1 in its spot, unless at end which can be removed.

Parameters

pos	The pin's position within the access object.

◆ simultaneousOperations()

bool duds::hardware::interface::DigitalPinSetAccess::simultaneousOperations ( ) const

inline

True if the port supports operating on multiple pins simultaneously.

If false, the pins may be modified on over a period of time in an implementation defined order.

Definition at line 391 of file DigitalPinSetAccess.hpp.

◆ size()

unsigned int duds::hardware::interface::DigitalPinSetAccess::size ( ) const

inline

Returns the number of pins in this access object.

The count includes pins set as -1; gaps in the pins to access.

Definition at line 112 of file DigitalPinSetAccess.hpp.

◆ subset()

std::vector< unsigned int > duds::hardware::interface::DigitalPinSetAccess::subset ( const std::vector< unsigned int > & pos ) const

Produces a vector with port local pin IDs that are a subset of the pins in this access object.

Parameters

pos	The pins to find specified by their position in this pin set. Values of -1 are copied into the result to maintain any gaps.

Returns: The pins identified by their port local IDs.

Warning: This function does not check for repeated values.

Exceptions

PinDoesNotExist A specified position is outside the bounds of this set.

Definition at line 44 of file DigitalPinSetAccess.cpp.

Referenced by configuration(), input(), modifyConfig(), and output().

◆ write() [1/2]

template<typename Int >

void duds::hardware::interface::DigitalPinSetAccess::write	(	Int	val,
		int	bits
	)		const

inline

Writes out a number in binary to the pins.

The LSb is given to the pin at position 0, the next bit to position 1, and so on. As with the other output functions, the pin configuration will not be changed.

Template Parameters

Int	The integer type used to hold the number.

Parameters

val	The number to write.
bits	The number of bits to write. This may not exceed the number of pins in this set. If it exceeds the number of bits in Int, the more significant bits will be zero.

Exceptions

PinRangeError	The number of bits to write is less than 1 or greater than the number of pins in this set.
DigitalPinNumericRangeError	The given value is too large to fit in the requested number of bits.

Bug:: Will fail for unsigned types with negative values.

Definition at line 456 of file DigitalPinSetAccess.hpp.

Referenced by duds::hardware::devices::displays::HD44780::sendByte(), duds::hardware::devices::displays::ST7920::sendByte(), and write().

◆ write() [2/2]

template<typename Int >

void duds::hardware::interface::DigitalPinSetAccess::write ( Int val ) const

inline

Writes out a number in binary to the pins.

The LSb is given to the pin at position 0, the next bit to position 1, and so on. All the pins in this set will be used. As with the other output functions, the pin configuration will not be changed.

Template Parameters

Int	The integer type used to hold the number.

Parameters

val	The number to write.

Definition at line 499 of file DigitalPinSetAccess.hpp.

Member Data Documentation

◆ DigitalPort

friend duds::hardware::interface::DigitalPinSetAccess::DigitalPort

private

Definition at line 47 of file DigitalPinSetAccess.hpp.

◆ pinvec

std::vector<unsigned int> duds::hardware::interface::DigitalPinSetAccess::pinvec

private

The port local pin IDs this object may use.

Definition at line 35 of file DigitalPinSetAccess.hpp.

Referenced by duds::hardware::interface::DigitalPort::access(), localIds(), modifyConfig(), operator=(), output(), reserveAdditional(), retire(), subset(), and duds::hardware::interface::DigitalPort::updateAccess().

The documentation for this class was generated from the following files:

Public Member Functions

Private Member Functions

Private Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ DigitalPinSetAccess() [1/2]

◆ DigitalPinSetAccess() [2/2]

◆ ~DigitalPinSetAccess()

Member Function Documentation

◆ canBeInput()

◆ canBeOutput()

◆ canFloat()

◆ capabilities() [1/2]

◆ capabilities() [2/2]

◆ configuration() [1/2]

◆ configuration() [2/2]

◆ exists()

◆ globalId()

◆ globalIds()

◆ havePins()

◆ independentConfig()

◆ input() [1/3]

◆ input() [2/3]

◆ input() [3/3]

◆ isInput()

◆ isOutput()

◆ localId()

◆ localIds()

◆ modifyConfig() [1/4]

◆ modifyConfig() [2/4]

◆ modifyConfig() [3/4]

◆ modifyConfig() [4/4]

◆ operator=()

◆ output() [1/4]

◆ output() [2/4]

◆ output() [3/4]

◆ output() [4/4]

◆ proposeConfig() [1/3]

◆ proposeConfig() [2/3]

◆ proposeConfig() [3/3]

◆ reserveAdditional()

◆ retire() [1/2]

◆ retire() [2/2]

◆ simultaneousOperations()

◆ size()

◆ subset()

◆ write() [1/2]

◆ write() [2/2]

Member Data Documentation

◆ DigitalPort

◆ pinvec