Very small C++ class set suitable for embedded devices. C++11-compatible compiler needed. (Tested: gcc>=4.7, clang>=3.5)

Generic class for Finite State Machine creating. Influenced by boost::MSM, but more simple.

Class for serialization and deserialization of bitfield-like structures. Main problem in bitfields is compiler-specific implementation and ending problems. bitfield class architecture independent. Of course, at cost of complexity.

RAII idiom. Class provides mechanism to define execution of some code on scope exit.

Simple classes suitable for composing command processors on embedded systems. Commands can be arranged as tree.

JSON serializer/deserializer. JSON document specialized as template, than it can be serialized to ecl::stream, std::stream or any other object that support operator<< and deserialized from C-style string (char *)

Simple implementation of stream. (iostream is too complex for embedded systems and uses dynamic memory) Flush function can be specialized as template arg. It will be called, when stream becomes full.

Meyers singleton implementation.

Scott Schurr's str_const class.

Circular buffer class.

Binary tree implementation. Can be used with statically allocated nodes, so no memory allocation needed.

Red-black tree implementation. Can be used with statically allocated nodes, so no memory allocation needed.

Simple map class with constant fields. Uses RB-tree for element access.

Targets:

* all - all tests
* test_fsm
* test_scope_guard
* test_circular_buffer
* test_bitfield
* test_singleton
* test_stream
* test_json
* test_str_const
* test_tree
* test_static_map
* test_command_processor

gcc:

make all

clang:

CXX=clang++ make all

arm-none-eabi-gcc:

CXX=arm-none-eabi-g++ ADD_FLAGS=--specs=rdimon.specs make all