Cuttle Translator

A call tree translator to be used in Cuttle System

API

Set dictionary_t rules as in the following code example.

translator_t translator = {{ "mylang1", 1 },{ "mylang2", 1 }, {}};
initialize(translator.dictionary);

add(translator.dictionary,
    call_tree_t{{{1u, 2u}, {}, {}, {0}}},
    tokens_t{{token_type::atom, "plus"}, {token_type::macro_p, "_a"}, {token_type::macro_p, "_b"}},
    [](translate_state_t &state) {
        auto func_i = dictionary_funcs::function_name(state, "+");
        auto a_i = dictionary_funcs::parameter(state, "_a");
        auto b_i = dictionary_funcs::parameter(state, "_b");
        return dictionary_funcs::function(state, func_i, {a_i, b_i});
    });
add(translator.dictionary, call_tree_t{{{1u, 2u}, {}, {}, {0}}},
    tokens_t{{token_type::atom, "-"}, {token_type::macro_p, "_a"}, {token_type::macro_p, "_b"}},
    [](translate_state_t &state) {
        auto func_i = dictionary_funcs::function_name(state, "minus");
        auto a_i = dictionary_funcs::parameter(state, "_b");
        auto b_i = dictionary_funcs::parameter(state, "_a");
        return dictionary_funcs::function(state, func_i, {a_i, b_i});
    });

values_t values;
call_tree_t new_tree;
translate(translator, tokens, tree, values, new_tree);

Building

Prerequisites

• CMake 3.0.2
• Cygwin or MSYS Git if on Windows
• GCC 8.1.0
• GNU Make if manual process is followed

Default process

1. Enable CMake support in your IDE (Visual Studio or CLion).
2. Open directory using your IDE.

Manual process

1. Under the project directory execute ./scripts/get-deps.sh
2. Create directory build under the project directory.
3. Under the project directory run
   1. cd build
   2. cmake ..
   3. make