atmega2560::pin Namespace Reference

Logical pin and alternate function identifiers definitions. More...

Namespaces
namespace	capabilities
	Capabilities definitions.

Enumerations
enum class	Port : uint8_t {   A = 0 , B = 1 , C = 2 , D = 3 ,   E = 4 , F = 5 , G = 6 , H = 7 ,   J = 8 , K = 9 , L = 10 }
	GPIO ports. More...
enum class	Pin : uint8_t {   PA0 = 0x00 , PA1 = 0x01 , PA2 = 0x02 , PA3 = 0x03 ,   PA4 = 0x04 , PA5 = 0x05 , PA6 = 0x06 , PA7 = 0x07 ,   PB0 = 0x10 , PB1 = 0x11 , PB2 = 0x12 , PB3 = 0x13 ,   PB4 = 0x14 , PB5 = 0x15 , PB6 = 0x16 , PB7 = 0x17 ,   PC0 = 0x20 , PC1 = 0x21 , PC2 = 0x22 , PC3 = 0x23 ,   PC4 = 0x24 , PC5 = 0x25 , PC6 = 0x26 , PC7 = 0x27 ,   PD0 = 0x30 , PD1 = 0x31 , PD2 = 0x32 , PD3 = 0x33 ,   PD4 = 0x34 , PD5 = 0x35 , PD6 = 0x36 , PD7 = 0x37 ,   PE0 = 0x40 , PE1 = 0x41 , PE2 = 0x42 , PE3 = 0x43 ,   PE4 = 0x44 , PE5 = 0x45 , PE6 = 0x46 , PE7 = 0x47 ,   PF0 = 0x50 , PF1 = 0x51 , PF2 = 0x52 , PF3 = 0x53 ,   PF4 = 0x54 , PF5 = 0x55 , PF6 = 0x56 , PF7 = 0x57 ,   PG0 = 0x60 , PG1 = 0x61 , PG2 = 0x62 , PG3 = 0x63 ,   PG4 = 0x64 , PG5 = 0x65 , PH0 = 0x70 , PH1 = 0x71 ,   PH2 = 0x72 , PH3 = 0x73 , PH4 = 0x74 , PH5 = 0x75 ,   PH6 = 0x76 , PH7 = 0x77 , PJ0 = 0x80 , PJ1 = 0x81 ,   PJ2 = 0x82 , PJ3 = 0x83 , PJ4 = 0x84 , PJ5 = 0x85 ,   PJ6 = 0x86 , PJ7 = 0x87 , PK0 = 0x90 , PK1 = 0x91 ,   PK2 = 0x92 , PK3 = 0x93 , PK4 = 0x94 , PK5 = 0x95 ,   PK6 = 0x96 , PK7 = 0x97 , PL0 = 0xA0 , PL1 = 0xA1 ,   PL2 = 0xA2 , PL3 = 0xA3 , PL4 = 0xA4 , PL5 = 0xA5 ,   PL6 = 0xA6 , PL7 = 0xA7 }
	Package-independent logical GPIO pins. More...
enum	: uint8_t { port_shift = 4 , port_mask = 0xF0 , bit_mask = 0x0F , pin_count = 86 }
	Logical pin encoding. More...
enum	: uint8_t {   port_a_code = 0 , port_b_code = 1 , port_c_code = 2 , port_d_code = 3 ,   port_e_code = 4 , port_f_code = 5 , port_g_code = 6 , port_h_code = 7 ,   port_j_code = 8 , port_k_code = 9 , port_l_code = 10 }
	Port encodings. More...
enum	: uint8_t {   port_a_width = 8 , port_b_width = 8 , port_c_width = 8 , port_d_width = 8 ,   port_e_width = 8 , port_f_width = 8 , port_g_width = 6 , port_h_width = 8 ,   port_j_width = 8 , port_k_width = 8 , port_l_width = 8 }
	Port widths. More...
enum	: uint32_t {   GPIO = 0x00001U , PinChangeInterrupt = 0x00002U , ADC = 0x00004U , PWM = 0x00008U ,   ExternalInterrupt = 0x00010U , SPI = 0x00020U , USART = 0x00040U , TWI = 0x00080U ,   TimerExternalClock = 0x00100U , InputCapture = 0x00200U , ClockOutput = 0x00400U , Reset = 0x00800U ,   AnalogComparator = 0x01000U , TimerOscillator = 0x02000U , MainClockOscillator = 0x04000U , JTAG = 0x08000U ,   ExternalMemoryInterface = 0x10000U , None = 0x00000U }
	Pin hardware capability flags. More...
enum class	Function : uint8_t {   GPIO = 0 , A10 = 1 , A11 = 2 , A12 = 3 ,   A13 = 4 , A14 = 5 , A15 = 6 , A8 = 7 ,   A9 = 8 , AD0 = 9 , AD1 = 10 , AD2 = 11 ,   AD3 = 12 , AD4 = 13 , AD5 = 14 , AD6 = 15 ,   AD7 = 16 , ADC0 = 17 , ADC1 = 18 , ADC10 = 19 ,   ADC11 = 20 , ADC12 = 21 , ADC13 = 22 , ADC14 = 23 ,   ADC15 = 24 , ADC2 = 25 , ADC3 = 26 , ADC4 = 27 ,   ADC5 = 28 , ADC6 = 29 , ADC7 = 30 , ADC8 = 31 ,   ADC9 = 32 , AIN0 = 33 , AIN1 = 34 , ALE = 35 ,   CLKO = 36 , ICP1 = 37 , ICP3 = 38 , ICP4 = 39 ,   ICP5 = 40 , INT0 = 41 , INT1 = 42 , INT2 = 43 ,   INT3 = 44 , INT4 = 45 , INT5 = 46 , INT6 = 47 ,   INT7 = 48 , MISO = 49 , MOSI = 50 , OC0A = 51 ,   OC0B = 52 , OC1A = 53 , OC1B = 54 , OC1C = 55 ,   OC2A = 56 , OC2B = 57 , OC3A = 58 , OC3B = 59 ,   OC3C = 60 , OC4A = 61 , OC4B = 62 , OC4C = 63 ,   OC5A = 64 , OC5B = 65 , OC5C = 66 , PCINT0 = 67 ,   PCINT1 = 68 , PCINT10 = 69 , PCINT11 = 70 , PCINT12 = 71 ,   PCINT13 = 72 , PCINT14 = 73 , PCINT15 = 74 , PCINT16 = 75 ,   PCINT17 = 76 , PCINT18 = 77 , PCINT19 = 78 , PCINT2 = 79 ,   PCINT20 = 80 , PCINT21 = 81 , PCINT22 = 82 , PCINT23 = 83 ,   PCINT3 = 84 , PCINT4 = 85 , PCINT5 = 86 , PCINT6 = 87 ,   PCINT7 = 88 , PCINT8 = 89 , PCINT9 = 90 , RD = 91 ,   RXD0 = 92 , RXD1 = 93 , RXD2 = 94 , RXD3 = 95 ,   SCK = 96 , SCL = 97 , SDA = 98 , SS = 99 ,   T0 = 100 , T1 = 101 , T3 = 102 , T4 = 103 ,   T5 = 104 , TCK = 105 , TDI = 106 , TDO = 107 ,   TMS = 108 , TOSC1 = 109 , TOSC2 = 110 , TXD0 = 111 ,   TXD1 = 112 , TXD2 = 113 , TXD3 = 114 , WR = 115 ,   XCK0 = 116 , XCK1 = 117 , XCK2 = 118 , XCK3 = 119 }
	Named alternate functions. More...

Detailed Description

Logical pin and alternate function identifiers definitions.

Pin multiplexed functions definitions.

Enumeration Type Documentation

anonymous enum

anonymous enum : uint32_t

Pin hardware capability flags.

Enumerator
GPIO	GPIO capability.
PinChangeInterrupt	PinChangeInterrupt capability.
ADC	ADC capability.
PWM	PWM capability.
ExternalInterrupt	ExternalInterrupt capability.
SPI	SPI capability.
USART	USART capability.
TWI	TWI capability.
TimerExternalClock	TimerExternalClock capability.
InputCapture	InputCapture capability.
ClockOutput	ClockOutput capability.
Reset	Reset capability.
AnalogComparator	AnalogComparator capability.
TimerOscillator	TimerOscillator capability.
MainClockOscillator	MainClockOscillator capability.
JTAG	JTAG capability.
ExternalMemoryInterface	ExternalMemoryInterface capability.
None	No capabilities.

anonymous enum

anonymous enum : uint8_t

Port encodings.

Enumerator
port_a_code	Port A code.
port_b_code	Port B code.
port_c_code	Port C code.
port_d_code	Port D code.
port_e_code	Port E code.
port_f_code	Port F code.
port_g_code	Port G code.
port_h_code	Port H code.
port_j_code	Port J code.
port_k_code	Port K code.
port_l_code	Port L code.

anonymous enum

anonymous enum : uint8_t

Logical pin encoding.

Enumerator
port_shift	port shift.
port_mask	port mask.
bit_mask	bit mask.
pin_count	pin count.

anonymous enum

anonymous enum : uint8_t

Port widths.

Enumerator
port_a_width	Port A width.
port_b_width	Port B width.
port_c_width	Port C width.
port_d_width	Port D width.
port_e_width	Port E width.
port_f_width	Port F width.
port_g_width	Port G width.
port_h_width	Port H width.
port_j_width	Port J width.
port_k_width	Port K width.
port_l_width	Port L width.

Function

enum class atmega2560::pin::Function : uint8_t

strong

Named alternate functions.

Enumerator
GPIO	GPIO alternate function.
A10	A10 alternate function.
A11	A11 alternate function.
A12	A12 alternate function.
A13	A13 alternate function.
A14	A14 alternate function.
A15	A15 alternate function.
A8	A8 alternate function.
A9	A9 alternate function.
AD0	AD0 alternate function.
AD1	AD1 alternate function.
AD2	AD2 alternate function.
AD3	AD3 alternate function.
AD4	AD4 alternate function.
AD5	AD5 alternate function.
AD6	AD6 alternate function.
AD7	AD7 alternate function.
ADC0	ADC0 alternate function.
ADC1	ADC1 alternate function.
ADC10	ADC10 alternate function.
ADC11	ADC11 alternate function.
ADC12	ADC12 alternate function.
ADC13	ADC13 alternate function.
ADC14	ADC14 alternate function.
ADC15	ADC15 alternate function.
ADC2	ADC2 alternate function.
ADC3	ADC3 alternate function.
ADC4	ADC4 alternate function.
ADC5	ADC5 alternate function.
ADC6	ADC6 alternate function.
ADC7	ADC7 alternate function.
ADC8	ADC8 alternate function.
ADC9	ADC9 alternate function.
AIN0	AIN0 alternate function.
AIN1	AIN1 alternate function.
ALE	ALE alternate function.
CLKO	CLKO alternate function.
ICP1	ICP1 alternate function.
ICP3	ICP3 alternate function.
ICP4	ICP4 alternate function.
ICP5	ICP5 alternate function.
INT0	INT0 alternate function.
INT1	INT1 alternate function.
INT2	INT2 alternate function.
INT3	INT3 alternate function.
INT4	INT4 alternate function.
INT5	INT5 alternate function.
INT6	INT6 alternate function.
INT7	INT7 alternate function.
MISO	MISO alternate function.
MOSI	MOSI alternate function.
OC0A	OC0A alternate function.
OC0B	OC0B alternate function.
OC1A	OC1A alternate function.
OC1B	OC1B alternate function.
OC1C	OC1C alternate function.
OC2A	OC2A alternate function.
OC2B	OC2B alternate function.
OC3A	OC3A alternate function.
OC3B	OC3B alternate function.
OC3C	OC3C alternate function.
OC4A	OC4A alternate function.
OC4B	OC4B alternate function.
OC4C	OC4C alternate function.
OC5A	OC5A alternate function.
OC5B	OC5B alternate function.
OC5C	OC5C alternate function.
PCINT0	PCINT0 alternate function.
PCINT1	PCINT1 alternate function.
PCINT10	PCINT10 alternate function.
PCINT11	PCINT11 alternate function.
PCINT12	PCINT12 alternate function.
PCINT13	PCINT13 alternate function.
PCINT14	PCINT14 alternate function.
PCINT15	PCINT15 alternate function.
PCINT16	PCINT16 alternate function.
PCINT17	PCINT17 alternate function.
PCINT18	PCINT18 alternate function.
PCINT19	PCINT19 alternate function.
PCINT2	PCINT2 alternate function.
PCINT20	PCINT20 alternate function.
PCINT21	PCINT21 alternate function.
PCINT22	PCINT22 alternate function.
PCINT23	PCINT23 alternate function.
PCINT3	PCINT3 alternate function.
PCINT4	PCINT4 alternate function.
PCINT5	PCINT5 alternate function.
PCINT6	PCINT6 alternate function.
PCINT7	PCINT7 alternate function.
PCINT8	PCINT8 alternate function.
PCINT9	PCINT9 alternate function.
RD	RD alternate function.
RXD0	RXD0 alternate function.
RXD1	RXD1 alternate function.
RXD2	RXD2 alternate function.
RXD3	RXD3 alternate function.
SCK	SCK alternate function.
SCL	SCL alternate function.
SDA	SDA alternate function.
SS	SS alternate function.
T0	T0 alternate function.
T1	T1 alternate function.
T3	T3 alternate function.
T4	T4 alternate function.
T5	T5 alternate function.
TCK	TCK alternate function.
TDI	TDI alternate function.
TDO	TDO alternate function.
TMS	TMS alternate function.
TOSC1	TOSC1 alternate function.
TOSC2	TOSC2 alternate function.
TXD0	TXD0 alternate function.
TXD1	TXD1 alternate function.
TXD2	TXD2 alternate function.
TXD3	TXD3 alternate function.
WR	WR alternate function.
XCK0	XCK0 alternate function.
XCK1	XCK1 alternate function.
XCK2	XCK2 alternate function.
XCK3	XCK3 alternate function.

Pin

enum class atmega2560::pin::Pin : uint8_t

strong

Package-independent logical GPIO pins.

Enumerator
PA0	Port A bit 0.
PA1	Port A bit 1.
PA2	Port A bit 2.
PA3	Port A bit 3.
PA4	Port A bit 4.
PA5	Port A bit 5.
PA6	Port A bit 6.
PA7	Port A bit 7.
PB0	Port B bit 0.
PB1	Port B bit 1.
PB2	Port B bit 2.
PB3	Port B bit 3.
PB4	Port B bit 4.
PB5	Port B bit 5.
PB6	Port B bit 6.
PB7	Port B bit 7.
PC0	Port C bit 0.
PC1	Port C bit 1.
PC2	Port C bit 2.
PC3	Port C bit 3.
PC4	Port C bit 4.
PC5	Port C bit 5.
PC6	Port C bit 6.
PC7	Port C bit 7.
PD0	Port D bit 0.
PD1	Port D bit 1.
PD2	Port D bit 2.
PD3	Port D bit 3.
PD4	Port D bit 4.
PD5	Port D bit 5.
PD6	Port D bit 6.
PD7	Port D bit 7.
PE0	Port E bit 0.
PE1	Port E bit 1.
PE2	Port E bit 2.
PE3	Port E bit 3.
PE4	Port E bit 4.
PE5	Port E bit 5.
PE6	Port E bit 6.
PE7	Port E bit 7.
PF0	Port F bit 0.
PF1	Port F bit 1.
PF2	Port F bit 2.
PF3	Port F bit 3.
PF4	Port F bit 4.
PF5	Port F bit 5.
PF6	Port F bit 6.
PF7	Port F bit 7.
PG0	Port G bit 0.
PG1	Port G bit 1.
PG2	Port G bit 2.
PG3	Port G bit 3.
PG4	Port G bit 4.
PG5	Port G bit 5.
PH0	Port H bit 0.
PH1	Port H bit 1.
PH2	Port H bit 2.
PH3	Port H bit 3.
PH4	Port H bit 4.
PH5	Port H bit 5.
PH6	Port H bit 6.
PH7	Port H bit 7.
PJ0	Port J bit 0.
PJ1	Port J bit 1.
PJ2	Port J bit 2.
PJ3	Port J bit 3.
PJ4	Port J bit 4.
PJ5	Port J bit 5.
PJ6	Port J bit 6.
PJ7	Port J bit 7.
PK0	Port K bit 0.
PK1	Port K bit 1.
PK2	Port K bit 2.
PK3	Port K bit 3.
PK4	Port K bit 4.
PK5	Port K bit 5.
PK6	Port K bit 6.
PK7	Port K bit 7.
PL0	Port L bit 0.
PL1	Port L bit 1.
PL2	Port L bit 2.
PL3	Port L bit 3.
PL4	Port L bit 4.
PL5	Port L bit 5.
PL6	Port L bit 6.
PL7	Port L bit 7.

Port

enum class atmega2560::pin::Port : uint8_t

strong

GPIO ports.

Enumerator
A	GPIO port A.
B	GPIO port B.
C	GPIO port C.
D	GPIO port D.
E	GPIO port E.
F	GPIO port F.
G	GPIO port G.
H	GPIO port H.
J	GPIO port J.
K	GPIO port K.
L	GPIO port L.