algorithm.h
|
Algorithms reverse engineered from the STL + ETL extended versions
|
alignment.h
|
Allows alignment of data structures. |
binary.h |
Utility functions for manipulating binary numbers. |
cyclic_value.h
|
Define a value that cycles between two limits. |
debounce.h |
A signal and key debouncer |
debug_count.h |
A counter for container debugging |
endian.h
|
Constant definitions and endianness test. |
enum_type.h
|
A smart enum utility. |
error_handler.h
|
The hander for errors. For adding error logging. |
exception.h
|
The base class for all ETL errors. |
fixed_iterator.h |
An iterator that lives at a fixed address. Increments and decrements are null operations. |
function.h
|
A callback wrapper for free and member functions. |
functional.h |
Reverse engineered functional classes from C++ 11. |
initializer_list |
Includes or defines std::initializer_list. |
instance_count.h |
Counts instances of classes. |
integral_limits.h |
A set of classes similar to numeric_limits, but completely available at compile time. |
io_port.h |
A set of templates for building interface classes to memory mapped hardware ports.
|
iterator.h |
Helper structures for iterator tags. |
largest.h |
Allows the largest type or largest alignment to be determined at compile time. |
mem_cast.h |
Wraps a memory to allow easier casting to types. |
memory.h |
Low level memory copy/initialisation algorithms, |
nullptr.h |
Reverse engineered C++ 11 nullptr. |
numeric.h |
Reverse engineered numeric classes from C++ 11. |
parameter_type.h |
Allows the method of passing a parameter to be determined by the type. |
random.h |
Pseudo Random Number Generators. |
smallest.h |
Allows the smallest type or smallest type that can contain N bits to be determined, at compile time. |
static_assert.h |
Static assert macro. |
type_def.h |
Typesafe typedefs |
type_traits.h |
Reverse engineered types traits classes from C++ 11. |
ETL Traits |
etl::traits namespace containing traits mirroring many ETL macros |
Utilities
This group is the catch-all for all other templates.
As well as various generally useful templates, there is some functionality reverse engineered from
the C++ 11 specification.