File MIDI_UART_Input.cpp¶

FileList > examples > MIDI_UART_Input > MIDI_UART_Input.cpp

#include "daisy_seed.h"

Classes¶

Type	Name
struct	SourcedMidiEvent

Public Types¶

Type	Name
enum	Source

Public Attributes¶

Type	Name
FIFO< SourcedMidiEvent, 128 >	event_log
DaisySeed	hw
constexpr const bool	kUseRealtimeCallback = `true`
MidiUartHandler	midi

Public Functions¶

Type	Name
const char *	GetStringForRealTimeType (SystemRealTimeType type)
const char *	GetStringForSource (Source src)
void	MidiRealtimeCallback (MidiEvent & event)
int	main (void)

Public Types Documentation¶

enum Source¶

enum Source {
    Queue,
    RealtimeCb,
    Unknown
};

Indicates from where the MIDI Message was logged

Public Attributes Documentation¶

variable event_log¶

FIFO<SourcedMidiEvent, 128> event_log;

FIFO to hold messages as we're ready to print them

variable hw¶

DaisySeed hw;

Global Hardware access

variable kUseRealtimeCallback¶

constexpr const bool kUseRealtimeCallback;

Select whether to use the optional system realtime callback or not.

variable midi¶

MidiUartHandler midi;

Public Functions Documentation¶

function GetStringForRealTimeType¶

const char * GetStringForRealTimeType (
    SystemRealTimeType type
)

Helper for getting human readable strings from realtime messages

function GetStringForSource¶

const char * GetStringForSource (
    Source src
)

Helper for getting a string for the source

function MidiRealtimeCallback¶

void MidiRealtimeCallback (
    MidiEvent & event
)

Optional callback for synchronous realtime message handling

Typically, you would handle your timing-sensitive behavior right here to take advantage of the syncronous handling. In this case, we're just going to forward this to the log to make sure no messages are missed.

function main¶

int main (
    void
)

The documentation for this class was generated from the following file external-docs/libDaisy/examples/MIDI_UART_Input/MIDI_UART_Input.cpp