Detailed Description

A HardwareBackend which uses GPIO pins and an external de-multiplexer

Inheritance diagram for ola::plugin::spi::HardwareBackend:

Collaboration diagram for ola::plugin::spi::HardwareBackend:

Public Member Functions
	HardwareBackend (const Options &options, SPIWriterInterface writer, ExportMap export_map)
bool	Init ()
uint8_t *	Checkout (uint8_t output, unsigned int length)
uint8_t *	Checkout (uint8_t output, unsigned int length, unsigned int latch_bytes)
void	Commit (uint8_t output)
std::string	DevicePath () const
Public Member Functions inherited from ola::thread::Thread
	Thread (const Options &options=Options())
	Create a new thread with the specified thread options.
virtual	~Thread ()
	Destructor.
virtual bool	Start ()
	Start the thread and wait for the thread to be running.
virtual bool	FastStart ()
	Start the thread and return immediately.
virtual bool	Join (void *ptr=NULL)
	Join this thread.
bool	IsRunning ()
	Check if the thread is running.
ThreadId	Id () const
	Return the thread id.
std::string	Name () const
	Return the thread name.

Protected Member Functions
void *	Run ()
	The entry point for the new thread.

Additional Inherited Members
Static Public Member Functions inherited from ola::thread::Thread
static ThreadId	Self ()
	Returns the current thread's id.
Static Protected Attributes inherited from ola::plugin::spi::SPIBackendInterface
static const char	SPI_DROP_VAR [] = "spi-drops"
static const char	SPI_DROP_VAR_KEY [] = "device"

Member Function Documentation

void * ola::plugin::spi::HardwareBackend::Run ( )

protectedvirtual

The entry point for the new thread.

Sub classes must implement this.

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