Classes
class	Adc

class	BitBangI2cMaster

class	BitBangOneWireMaster

class	BitBangSpiMaster

class	ClockControl

class	Dma

struct	DmaBase

class	DmaController

class	FaultReporter

struct	Gpio

struct	GpioConnector

class	GpioInverted

class	GpioOpenDrain

class	GpioSet

class	GpioStatic

class	GpioStatic< detail::DataUnused >

class	HeapTable

class	I2cMaster0

class	I2cMaster1

class	IntHandler

struct	Resets

class	Rtt

struct	RttBuffer

struct	RttControlBlock

class	SoftwareGpioPort

class	SpiMaster0

class	SpiMaster0_Dma

class	SpiMaster1

class	SpiMaster1_Dma

class	SysTickTimer

class	Uart0

class	Uart1

class	Usb

Typedefs
using	GpioUnused = GpioStatic< detail::DataUnused >


using	Gpio0 = GpioStatic< detail::Data0 >

using	GpioOutput0 = Gpio0

using	GpioInput0 = Gpio0

using	Gpio1 = GpioStatic< detail::Data1 >

using	GpioOutput1 = Gpio1

using	GpioInput1 = Gpio1

using	Gpio2 = GpioStatic< detail::Data2 >

using	GpioOutput2 = Gpio2

using	GpioInput2 = Gpio2

using	Gpio3 = GpioStatic< detail::Data3 >

using	GpioOutput3 = Gpio3

using	GpioInput3 = Gpio3

using	Gpio4 = GpioStatic< detail::Data4 >

using	GpioOutput4 = Gpio4

using	GpioInput4 = Gpio4

using	Gpio5 = GpioStatic< detail::Data5 >

using	GpioOutput5 = Gpio5

using	GpioInput5 = Gpio5

using	Gpio6 = GpioStatic< detail::Data6 >

using	GpioOutput6 = Gpio6

using	GpioInput6 = Gpio6

using	Gpio7 = GpioStatic< detail::Data7 >

using	GpioOutput7 = Gpio7

using	GpioInput7 = Gpio7

using	Gpio8 = GpioStatic< detail::Data8 >

using	GpioOutput8 = Gpio8

using	GpioInput8 = Gpio8

using	Gpio9 = GpioStatic< detail::Data9 >

using	GpioOutput9 = Gpio9

using	GpioInput9 = Gpio9

using	Gpio10 = GpioStatic< detail::Data10 >

using	GpioOutput10 = Gpio10

using	GpioInput10 = Gpio10

using	Gpio11 = GpioStatic< detail::Data11 >

using	GpioOutput11 = Gpio11

using	GpioInput11 = Gpio11

using	Gpio12 = GpioStatic< detail::Data12 >

using	GpioOutput12 = Gpio12

using	GpioInput12 = Gpio12

using	Gpio13 = GpioStatic< detail::Data13 >

using	GpioOutput13 = Gpio13

using	GpioInput13 = Gpio13

using	Gpio14 = GpioStatic< detail::Data14 >

using	GpioOutput14 = Gpio14

using	GpioInput14 = Gpio14

using	Gpio15 = GpioStatic< detail::Data15 >

using	GpioOutput15 = Gpio15

using	GpioInput15 = Gpio15

using	Gpio16 = GpioStatic< detail::Data16 >

using	GpioOutput16 = Gpio16

using	GpioInput16 = Gpio16

using	Gpio17 = GpioStatic< detail::Data17 >

using	GpioOutput17 = Gpio17

using	GpioInput17 = Gpio17

using	Gpio18 = GpioStatic< detail::Data18 >

using	GpioOutput18 = Gpio18

using	GpioInput18 = Gpio18

using	Gpio19 = GpioStatic< detail::Data19 >

using	GpioOutput19 = Gpio19

using	GpioInput19 = Gpio19

using	Gpio20 = GpioStatic< detail::Data20 >

using	GpioOutput20 = Gpio20

using	GpioInput20 = Gpio20

using	Gpio21 = GpioStatic< detail::Data21 >

using	GpioOutput21 = Gpio21

using	GpioInput21 = Gpio21

using	Gpio22 = GpioStatic< detail::Data22 >

using	GpioOutput22 = Gpio22

using	GpioInput22 = Gpio22

using	Gpio23 = GpioStatic< detail::Data23 >

using	GpioOutput23 = Gpio23

using	GpioInput23 = Gpio23

using	Gpio24 = GpioStatic< detail::Data24 >

using	GpioOutput24 = Gpio24

using	GpioInput24 = Gpio24

using	Gpio25 = GpioStatic< detail::Data25 >

using	GpioOutput25 = Gpio25

using	GpioInput25 = Gpio25

using	Gpio26 = GpioStatic< detail::Data26 >

using	GpioOutput26 = Gpio26

using	GpioInput26 = Gpio26

using	Gpio27 = GpioStatic< detail::Data27 >

using	GpioOutput27 = Gpio27

using	GpioInput27 = Gpio27

using	Gpio28 = GpioStatic< detail::Data28 >

using	GpioOutput28 = Gpio28

using	GpioInput28 = Gpio28

using	Gpio29 = GpioStatic< detail::Data29 >

using	GpioOutput29 = Gpio29

using	GpioInput29 = Gpio29

using	GpioSclk = GpioStatic< detail::DataSclk >

using	GpioOutputSclk = GpioSclk

using	GpioInputSclk = GpioSclk

using	GpioSs = GpioStatic< detail::DataSs >

using	GpioOutputSs = GpioSs

using	GpioInputSs = GpioSs

using	GpioSd0 = GpioStatic< detail::DataSd0 >

using	GpioOutputSd0 = GpioSd0

using	GpioInputSd0 = GpioSd0

using	GpioSd1 = GpioStatic< detail::DataSd1 >

using	GpioOutputSd1 = GpioSd1

using	GpioInputSd1 = GpioSd1

using	GpioSd2 = GpioStatic< detail::DataSd2 >

using	GpioOutputSd2 = GpioSd2

using	GpioInputSd2 = GpioSd2

using	GpioSd3 = GpioStatic< detail::DataSd3 >

using	GpioOutputSd3 = GpioSd3

using	GpioInputSd3 = GpioSd3

Enums
enum	Peripheral { BitBang, Adc, Busctrl, Clocks, Dma, I2c0, I2c1, Jtag, Pio0, Pio1, Ppb, Psm, Pwm, Resets, Rosc, Rtc, Sio, Spi0, Spi1, Ssi, Syscfg, Sysinfo, Tbman, Timer, Uart0, Uart1, Usb, UsbDpram, VregAndChipReset, Watchdog, Xip }

enum	IntPriority : uint8_t { Highest = 0x00, Default = 0x80, Lowest = 0xff }

Functions
constinit uint16_t modm_fastdata	delay_fcpu_MHz (computeDelayMhz (ClockControl::BootFrequency))

constinit uint16_t modm_fastdata	delay_ns_per_loop (computeDelayNsPerLoop (ClockControl::BootFrequency))

	MODM_ISR (IO_IRQ_BANK0)

	MODM_ISR_DECL (IO_IRQ_BANK0)

Variables
const uint8_t *	fault_storage_heap_start {nullptr}

IntHandler::Handler IntHandler::bank0Handlers[NUM_BANK0_GPIOS]	modm_fastdata

struct modm::platform::RttBuffer	modm_packed

Detailed Description

This file is part of the modm project.

This Source Code Form is subject to the terms of the Mozilla Public License, v. 2.0. If a copy of the MPL was not distributed with this file, You can obtain one at http://mozilla.org/MPL/2.0/.

Classes

Typedefs

Enums

Functions

Variables

Detailed Description