Classes
class	modm::PeripheralDriver

#define	MODM_COMPILER_STRING
	Compiler description string.

#define	MODM_COMPILER_GCC
	Compiling with GCC.

#define	MODM_COMPILER_MINGW
	Compiling with GCC on Windows.

#define	MODM_OS_STRING
	Operating system description string.

#define	MODM_OS_UNIX
	Compiling for a UNIX target.

#define	MODM_OS_LINUX
	Compiling for a Linux target.

#define	MODM_OS_OSX
	Compiling for a macOS target.

#define	MODM_OS_WIN32
	Compiling for a Windows 32-bit target.

#define	MODM_OS_WIN64
	Compiling for a Windows 64-bit target.

#define	MODM_OS_HOSTED
	Compiling for a hosted (non-barebone) target.

#define	MODM_OS_NONE
	Compiling for a barebone target without OS.

#define	MODM_CPU_STRING
	CPU description string.

#define	MODM_CPU_AMD64
	Compiling for x86-64 target.

#define	MODM_CPU_I386
	Compiling for x86 target.

#define	MODM_CPU_AVR
	Compiling for AVR target.

#define	MODM_CPU_ATMEGA
	Compiling for AVR ATmega target.

#define	MODM_CPU_ATTINY
	Compiling for AVR ATtiny target.

#define	MODM_CPU_ARM
	Compiling for ARM target.

#define	MODM_CPU_CORTEX_M0
	Compiling for ARM Cortex-M0 or Cortex-M0+ target.

#define	MODM_CPU_CORTEX_M3
	Compiling for ARM Cortex-M3 target.

#define	MODM_CPU_CORTEX_M4
	Compiling for ARM Cortex-M4 or Cortex-M7 target.

#define	MODM_CPU_CORTEX_M33
	Compiling for ARM Cortex-M33 target.

#define	MODM_CPU_AARCH64
	Compiling for ARM AArch64 target.

#define	MODM_ALIGNMENT
	Native memory alignment in bytes.

#define	MODM_IS_LITTLE_ENDIAN
	Compiling for a little endian memory layout.

#define	MODM_IS_BIG_ENDIAN
	Compiling for a big endian memory layout.

#define	MODM_SIZEOF_POINTER
	Size of pointer in bytes.

#define	MODM_DEBUG_BUILD
	Only defined in debug profile.

#define	MODM_STRINGIFY(s) #s
	Convert the argument into a C-String.

#define	MODM_CONCAT(a, b) a ## b
	Concatenate two arguments.

#define	MODM_CONCAT3(a, b, c) a ## b ## c
	Concatenate three arguments.

#define	MODM_CONCAT4(a, b, c, d) a ## b ## c ## d
	Concatenate four arguments.

#define	MODM_CONCAT5(a, b, c, d, e) a ## b ## c ## d ## e
	Concatenate five arguments.

#define	MODM_ARRAY_SIZE(x) (sizeof(x) / sizeof(x[0]))
	Compute the size of a static (!) array.

#define	MODM_IMPORT_BINARY(name, file, section)

#define	modm_always_inline

#define	modm_noinline

#define	modm_unused

#define	modm_weak
	Causes the declaration to be emitted as a weak symbol rather than a global.

#define	modm_aligned(n)
	Specifies a minimum alignment for the function, measured in bytes.

#define	modm_packed
	Specifies that a variable or structure field should have the smallest possible alignment.

#define	modm_section(s)
	Specifies that a variable (or function) lives in a particular section.

#define	modm_deprecated(msg)

#define	modm_naked
	Tells the compiler to not generate prologue/epilogue code for this function.

#define	modm_noreturn

#define	modm_fastcode

#define	modm_fastdata

#define	modm_faststack

#define	modm_likely(x) (x)

#define	modm_unlikely(x) (x)

#define	modm_fallthrough

Detailed Description

lbuild module: modm:architecture

All hardware peripherals with common interfaces.

Macro Definition Documentation

#define modm_always_inline

Force inlining on functions if absolutely necessary (it rarely is).

Warning: Only use this if you really know what you're doing.

#define modm_deprecated

Marks a declaration as deprecated and displays a message.

Note: Please use [[deprecated(msg)]] in a C++ context instead.

#define modm_fallthrough

Mark a case statement as fallthrough.

Note: Please use [[fallthrough]] in a C++ context instead.

#define modm_fastcode

Places a function in the fastest executable memory: instruction cache, core coupled memory or SRAM as fallback.

#define modm_fastdata

Places a variable in the fastest accessible memory: data cache, core coupled memory or SRAM as fallback.

Note: This memory location may not be DMA-able!

#define modm_faststack

Places an array into the fastest accessible memory with DMA access: data cache, core coupled memory or SRAM as fallback.

Note: This memory location is DMA-able, but uninitialized!

#define MODM_IMPORT_BINARY

Include a binary file into a specific section (usually ".rodata"). Access via extern "C" uint8_t {{name}}[]; extern "C" uint8_t {{name}}_length[];.

See also: http://elm-chan.org/junk/32bit/binclude.html

Warning: The build systems cannot detect if the binary file changes and will therefore not recompile automatically!

#define modm_likely(x) (x)

This branch is more likely to execute.

Note: Please use [[likely]] in a C++ context instead.

#define modm_noinline

Specifies that a function should never be inlined.

Note: Please use [[noinline]] in a C++ context instead.

#define modm_noreturn

Tells the compiler that the function never returns.

Note: Please use [[noreturn]] in a C++ context instead.

#define modm_unlikely(x) (x)

This branch is less likely to execute.

Note: Please use [[unlikely]] in a C++ context instead.

#define modm_unused

Attached to a variable or a function this means that it is meant to be possibly unused.

Note: Please use [[maybe_unused]] in a C++ context instead.

Modules
	1-Wire

	Memory Accessors

	Analog-to-Digital Converters

	Assertions and Abandonment

	Atomic Operations and Containers

	Block Devices

	GNU Build ID

	Controller Area Network

	System Clock

	Blocking Delays

	GPIO Expanders

	General Purpose Input/Output

	I²C Devices

	I²C Multiplexer

	Inter-Integrated Circuit (I²C)

	Interrupt Service Routines

	Memory Traits

	General Purpose Registers

	SPI Devices

	Serial Peripheral Interface (SPI)

	UART Devices

	Universal Asynchronous Receiver/Transmitter (UART)

	Unaligned Memory Accessor

Modules

Classes

Detailed Description

Macro Definition Documentation