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Ithkuil.cpp
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//
#define _SILENCE_ALL_CXX17_DEPRECATION_WARNINGS 1
#pragma warning(push, 3)
#pragma warning(disable: 4828)
#include <iostream>
#include <span>
#include <fstream>
#include <string>
#include <optional>
#include <variant>
#include <vector>
#include <array>
#include <string_view>
#include <iomanip>
#include <unordered_map>
#include <algorithm>
#include <stdexcept>
#include <tao/pegtl.hpp>
#include <tao/pegtl/contrib/uint8.hpp>
#include <utf8cpp/utf8.h>
#include <boost/archive/binary_iarchive.hpp>
#include <boost/serialization/serialization.hpp>
#include <fmt/format.h>
#pragma warning(pop)
#pragma warning(default: 4828)
#include "include/ithlib/ir.h"
#include "utf16_console.h"
#include "include/ithlib/morphology.h"
#include "include/ithlib/serialize.h"
#include "include/ithlib/notation.h"
#include "include/ithlib/slot_tables.h"
#include <utf8cpp/utf8.h>
#include <utf8cpp/utf8/cpp11.h>
#include <boost/archive/binary_iarchive.hpp>
#include <boost/serialization/serialization.hpp>
#include <boost/algorithm/string/classification.hpp>
#include <boost/algorithm/string/split.hpp>
#include <tao/pegtl/contrib/trace.hpp>
namespace pegtl = ::tao::pegtl;
namespace v3 = ::ithkuil::v3;
namespace aux
{
template<typename T>
constexpr inline auto underlying_cast(T val) -> std::underlying_type_t<T>
{
return static_cast<std::underlying_type_t<T>>(val);
}
}
namespace ithkuil
{
namespace v3
{
namespace pegtl_grammar
{
using namespace pegtl;
namespace b = uint8;
struct formative_tables
{
ithkuil::v3::slot::cv_map_t& cv_map;
ithkuil::v3::slot::vl_map_t& vl_map;
ithkuil::v3::slot::cg_map_t& cg_map;
ithkuil::v3::slot::cs_map_t& cs_map;
ithkuil::v3::slot::vr_map_t& vr_map;
ithkuil::v3::slot::vp_map_t& vp_map;
ithkuil::v3::slot::ca_map_t& ca_map;
ithkuil::v3::slot::vf_map_t& vf_map;
ithkuil::v3::slot::cb_map_t& cb_map;
ithkuil::v3::slot::su_map_t& su_map;
ithkuil::v3::slot::vx_map_t& vx_map;
ithkuil::v3::slot::vc_map_t& vc1_map;
ithkuil::v3::slot::vc_map_t& vc2_map;
ithkuil::v3::slot::civi_map_t& civi_map;
};
struct formative_state
{
case_ _case;
root_t root_;
std::optional<root_t> inc_root;
std::optional<std::tuple<perspective, configuration>> inc_pc;
std::optional<phase> phase_;
std::optional<sanction> sanction_;
std::optional<illocution> illocution_;
std::optional<valence> valence_;
std::optional<validation> validation_;
std::optional<aspect> aspect_;
std::optional<mood> mood_;
std::optional<v3::newslot::ca::packed_t> ca_;
std::optional<v3::newslot::vr::packed_t> vr_;
std::optional<v3::newslot::vp::packed_t> vp_;
std::optional<v3::newslot::civi::packed_t> civi_;
std::optional<std::tuple<context, format>> vf_;
std::optional<bias> bias_;
std::vector<vxc> vxc_;
std::vector<ithkuil::v3::case_> inc_cases;
std::optional<std::tuple<type_t, degree_t>> vx_;
std::optional<case_> cm;
vc_mutation m = vc_mutation::none;
bool fe_errors = false;
};
struct consonant : b::range<irs::b, irs::z_caron>
{};
struct vowel : b::range<irs::a, irs::u_diaeresis>
{};
struct cn_cluster : plus<consonant>
{};
struct vw_cluster : plus<vowel>
{};
struct gs : b::one<irs::glottal_stop>
{};
struct cv : cn_cluster
{};
struct vl : vw_cluster
{};
struct cg : cn_cluster
{};
struct cs : plus<sor<consonant, b::one<irs::syllable_boundary>>>
{};
struct vr : seq<vowel, opt<opt<b::one<irs::syllable_boundary>>, vowel>>
{};
struct vp : seq<vowel, opt<vowel>>
{};
struct ca : cn_cluster
{};
struct vf : seq<vowel, opt<opt<b::one<irs::syllable_boundary>>, vowel>>
{};
struct vf0 : vf
{};
struct vff : vf
{};
struct cb : cn_cluster
{};
struct su : cn_cluster
{};
struct vx : seq<vowel, opt<opt<b::one<irs::syllable_boundary>>, vowel>>
{};
struct root_cluster : cn_cluster
{};
struct cr : root_cluster
{};
struct cx : root_cluster
{};
struct vc : plus<sor<vowel, b::one<irs::syllable_boundary, irs::syllable_boundary_vc, irs::glottal_stop>>>
{};
struct ci : b::one<irs::h, irs::w, irs::y>
{};
struct cim : b::string<irs::h, irs::w>
{};
struct vi : vw_cluster
{};
struct civi : seq<sor<cim, ci>, vi>
{};
struct vf_req
{};
struct vf_opt
{};
template<typename F, typename... R>
struct f_tailed
{};
struct format_required : success
{};
struct format_mustnone : success
{};
template<typename... R>
struct f_tailed<vf_req, R...> : seq<R..., cr, vc, opt<civi>, ca, star<vx, su>, opt<vf, opt<gs, cb>>, format_required, pegtl::eof>
{};
template<typename... R>
struct f_tailed<vf_opt, R...> : seq<R..., cr, vc, opt<civi>, ca, star<vx, su>, opt<vf, opt<gs, cb>>, format_mustnone, pegtl::eof>
{};
struct f_pr : f_tailed<vf_req, cv, vl, cs, vr, cx, vp>
{};
struct f_r : f_tailed<vf_req, opt<opt<opt<vl>, sor<cs, cg>>, vr>, cx, vp>
{};
struct f_p1 : f_tailed<vf_opt, cv, vl, cs, vr>
{};
struct f_0 : f_tailed<vf_opt, opt<opt<sor<cs, cg>>, vr, opt<gs, cv, vl>>>
{};
struct f_1 : f_tailed<vf_opt, opt<opt<opt<vl>, sor<cs, cg>>, vr>>
{};
struct f_rule : sor<f_0, f_1, f_p1, f_r, f_pr>
{};
template<typename R>
struct formative_action : nothing<R>
{};
struct avoid_implicit_instantiation
{
template<typename ActionInput, typename... States>
static bool apply(const ActionInput& in, formative_state& state, formative_tables& tables, States&&...)
{
constexpr std::array<std::tuple<v3::perspective, v3::configuration>, 36> fexmap { {
/*{ { 1, v3::suffix::fe01 },*/ { v3::perspective::monadic, v3::configuration::uniplex },
/*{ { 2, v3::suffix::fe01 },*/ { v3::perspective::monadic, v3::configuration::duplex },
/*{ { 3, v3::suffix::fe01 },*/ { v3::perspective::monadic, v3::configuration::discrete },
/*{ { 1, v3::suffix::fe02 },*/ { v3::perspective::monadic, v3::configuration::aggregative },
/*{ { 2, v3::suffix::fe02 },*/ { v3::perspective::monadic, v3::configuration::segmentative },
/*{ { 3, v3::suffix::fe02 },*/ { v3::perspective::monadic, v3::configuration::componential },
/*{ { 1, v3::suffix::fe03 },*/ { v3::perspective::monadic, v3::configuration::coherent},
/*{ { 2, v3::suffix::fe03 },*/ { v3::perspective::monadic, v3::configuration::composite },
/*{ { 3, v3::suffix::fe03 },*/ { v3::perspective::monadic, v3::configuration::multiform },
/*{ { 1, v3::suffix::fe04 },*/ { v3::perspective::unbounded, v3::configuration::uniplex },
/*{ { 2, v3::suffix::fe04 },*/ { v3::perspective::unbounded, v3::configuration::duplex },
/*{ { 3, v3::suffix::fe04 },*/ { v3::perspective::unbounded, v3::configuration::discrete },
/*{ { 1, v3::suffix::fe05 },*/ { v3::perspective::unbounded, v3::configuration::aggregative },
/*{ { 2, v3::suffix::fe05 },*/ { v3::perspective::unbounded, v3::configuration::segmentative },
/*{ { 3, v3::suffix::fe05 },*/ { v3::perspective::unbounded, v3::configuration::componential },
/*{ { 1, v3::suffix::fe06 },*/ { v3::perspective::unbounded, v3::configuration::coherent},
/*{ { 2, v3::suffix::fe06 },*/ { v3::perspective::unbounded, v3::configuration::composite },
/*{ { 3, v3::suffix::fe06 },*/ { v3::perspective::unbounded, v3::configuration::multiform },
/*{ { 1, v3::suffix::fe07 },*/ { v3::perspective::nomic, v3::configuration::uniplex },
/*{ { 2, v3::suffix::fe07 },*/ { v3::perspective::nomic, v3::configuration::duplex },
/*{ { 3, v3::suffix::fe07 },*/ { v3::perspective::nomic, v3::configuration::discrete },
/*{ { 1, v3::suffix::fe08 },*/ { v3::perspective::nomic, v3::configuration::aggregative },
/*{ { 2, v3::suffix::fe08 },*/ { v3::perspective::nomic, v3::configuration::segmentative },
/*{ { 3, v3::suffix::fe08 },*/ { v3::perspective::nomic, v3::configuration::componential },
/*{ { 1, v3::suffix::fe09 },*/ { v3::perspective::nomic, v3::configuration::coherent},
/*{ { 2, v3::suffix::fe09 },*/ { v3::perspective::nomic, v3::configuration::composite },
/*{ { 3, v3::suffix::fe09 },*/ { v3::perspective::nomic, v3::configuration::multiform },
/*{ { 1, v3::suffix::fe10 },*/ { v3::perspective::abstract, v3::configuration::uniplex },
/*{ { 2, v3::suffix::fe10 },*/ { v3::perspective::abstract, v3::configuration::duplex },
/*{ { 3, v3::suffix::fe10 },*/ { v3::perspective::abstract, v3::configuration::discrete },
/*{ { 1, v3::suffix::fe11 },*/ { v3::perspective::abstract, v3::configuration::aggregative },
/*{ { 2, v3::suffix::fe11 },*/ { v3::perspective::abstract, v3::configuration::segmentative },
/*{ { 3, v3::suffix::fe11 },*/ { v3::perspective::abstract, v3::configuration::componential },
/*{ { 1, v3::suffix::fe12 },*/ { v3::perspective::abstract, v3::configuration::coherent},
/*{ { 2, v3::suffix::fe12 },*/ { v3::perspective::abstract, v3::configuration::composite },
/*{ { 3, v3::suffix::fe12 },*/ { v3::perspective::abstract, v3::configuration::multiform },
} };
const v3::format f { state.vf_ ? std::get<1>(*state.vf_) : v3::format::none };
// TODO reorder format enum (will require table regeneration)
const auto fval = [f]
{
const auto fval = aux::underlying_cast(f);
constexpr std::array<decltype(fval), 10> fmap { {
0, // none
1, // schemantic
2, // instrumentative
7, // objective
3, // authoritive
9, // precurrent
4, // resultative
5, // subsequent
6, // concommitant
9 // affinitive
} };
return fmap[fval];
}();
bool fe = (fval != 9);
bool errors_encountered = false;
state.vxc_.erase(std::remove_if(state.vxc_.begin(),
state.vxc_.end(),
[&fexmap, f, fe, &errors_encountered, fval, &inpc = state.inc_pc, &extcases = state.inc_cases](const v3::vxc& vxc_) {
constexpr int fe01 = aux::underlying_cast(v3::suffix::fe01);
constexpr int fe12 = aux::underlying_cast(v3::suffix::fe12);
int suffix = aux::underlying_cast(vxc_._suffix);
if (suffix >= fe01 && suffix <= fe12)
{
if (!fe)
{
errors_encountered = true;
return false;
}
const auto [p, c] = fexmap[(suffix - fe01) * 3 + vxc_._type - 1];
if (inpc)
{
const auto [ep, ec] = *inpc;
if (p == ep && c == ec)
{
extcases.push_back(static_cast<v3::case_>(fval * 9 + vxc_._degree - 1));
return true;
}
else
{
errors_encountered = true;
}
}
else
{
inpc = { p, c };
extcases.push_back(static_cast<v3::case_>(fval * 9 + vxc_._degree - 1));
return true;
}
}
return false;
}),
state.vxc_.end());
state.fe_errors = errors_encountered;
if (!state.inc_cases.empty() || f != v3::format::none)
{
return true;
}
return false;
}
};
template<>
struct formative_action<format_required>
{
template<typename ActionInput, typename... States>
static bool apply(const ActionInput& in, formative_state& state, formative_tables& tables, States&&... other)
{
return avoid_implicit_instantiation::apply(in, state, tables, other...);
}
};
template<>
struct formative_action<format_mustnone>
{
template<typename ActionInput, typename... States>
static bool apply(const ActionInput& in, formative_state& state, formative_tables& tables, States&&... other)
{
return !avoid_implicit_instantiation::apply(in, state, tables, other...);
}
};
template<>
struct formative_action<cv>
{
template<typename ActionInput, typename... States>
static bool apply(const ActionInput& in, formative_state& state, formative_tables& tables, States&&...)
{
const auto& table = tables.cv_map.left;
if (auto it = table.find(ithkuil::v3::serialize5(in.begin(), in.end())); it != table.end())
{
std::tie(state.phase_, state.sanction_, state.illocution_) = static_cast<v3::newslot::cv::value_t>(v3::newslot::cv(it->second));
return true;
}
return false;
}
};
template<>
struct formative_action<vl>
{
template<typename ActionInput, typename... States>
static bool apply(const ActionInput& in, formative_state& state, formative_tables& tables, States&&...)
{
const auto& table = tables.vl_map.left;
if (auto it = table.find(ithkuil::v3::serialize5(in.begin(), in.end())); it != table.end())
{
state.valence_ = it->second;
return true;
}
return false;
}
};
template<>
struct formative_action<cg>
{
template<typename ActionInput, typename... States>
static bool apply(const ActionInput& in, formative_state& state, formative_tables& tables, States&&...)
{
const auto& table = tables.cg_map.left;
if (auto it = table.find(ithkuil::v3::serialize5(in.begin(), in.end())); it != table.end())
{
state.validation_ = it->second;
return true;
}
return false;
}
};
template<>
struct formative_action<cs>
{
template<typename ActionInput, typename... States>
static bool apply(const ActionInput& in, formative_state& state, formative_tables& tables, States&&...)
{
const auto& table = tables.cs_map.left;
if (auto it = table.find(ithkuil::v3::serialize5(in.begin(), in.end())); it != table.end())
{
std::tie(state.aspect_, state.mood_) = static_cast<v3::newslot::cs::value_t>(v3::newslot::cs(it->second));
return true;
}
return false;
}
};
template<>
struct formative_action<vr>
{
template<typename ActionInput, typename... States>
static bool apply(const ActionInput& in, formative_state& state, formative_tables& tables, States&&...)
{
const auto& table = tables.vr_map.left;
if (auto it = table.find(ithkuil::v3::serialize5(in.begin(), in.end())); it != table.end())
{
state.vr_ = it->second;
return true;
}
return false;
}
};
template<>
struct formative_action<vp>
{
template<typename ActionInput, typename... States>
static bool apply(const ActionInput& in, formative_state& state, formative_tables& tables, States&&...)
{
const auto& table = tables.vp_map.left;
if (auto it = table.find(ithkuil::v3::serialize5(in.begin(), in.end())); it != table.end())
{
state.vp_ = it->second;
return true;
}
return false;
}
};
template<>
struct formative_action<ca>
{
template<typename ActionInput, typename... States>
static bool apply(const ActionInput& in, formative_state& state, formative_tables& tables, States&&...)
{
const auto& table = tables.ca_map.left;
if (auto it = table.find(ithkuil::v3::serialize5(in.begin(), in.end())); it != table.end())
{
state.ca_ = it->second;
return true;
}
return false;
}
};
template<>
struct formative_action<vf>
{
template<typename ActionInput, typename... States>
static bool apply(const ActionInput& in, formative_state& state, formative_tables& tables, States&&...)
{
const auto& table = tables.vf_map.left;
if (auto it = table.find(ithkuil::v3::serialize5(in.begin(), in.end())); it != table.end())
{
state.vf_ = newslot::vf(it->second);
return true;
}
return false;
}
};
// cb su vx
template<>
struct formative_action<cb>
{
template<typename ActionInput, typename... States>
static bool apply(const ActionInput& in, formative_state& state, formative_tables& tables, States&&...)
{
const auto& table = tables.cb_map.left;
if (auto it = table.find(ithkuil::v3::serialize5(in.begin(), in.end())); it != table.end())
{
state.bias_ = it->second;
return true;
}
return false;
}
};
template<>
struct formative_action<vx>
{
template<typename ActionInput, typename... States>
static bool apply(const ActionInput& in, formative_state& state, formative_tables& tables, States&&...)
{
const auto& table = tables.vx_map.left;
if (auto it = table.find(ithkuil::v3::serialize5(in.begin(), in.end())); it != table.end())
{
state.vx_ = v3::newslot::vx(it->second);
return true;
}
return false;
}
};
template<>
struct formative_action<su>
{
template<typename ActionInput, typename... States>
static bool apply(const ActionInput& in, formative_state& state, formative_tables& tables, States&&...)
{
const auto& table = tables.su_map.left;
if (auto it = table.find(ithkuil::v3::serialize5(in.begin(), in.end())); it != table.end())
{
if (state.vx_)
{
const auto [t, d] = *state.vx_;
state.vxc_.emplace_back(t, d, it->second);
return true;
}
}
return false;
}
};
template<>
struct formative_action<cr>
{
template<typename ActionInput, typename... States>
static bool apply(const ActionInput& in, formative_state& state, formative_tables& tables, States&&...)
{
const auto& table = tables.cg_map.left;
const auto rc = ithkuil::v3::serialize5(in.begin(), in.end());
if (auto it = table.find(rc); it == table.end())
{
state.root_ = rc;
return true;
}
return false;
}
};
template<>
struct formative_action<cx>
{
template<typename ActionInput, typename... States>
static bool apply(const ActionInput& in, formative_state& state, formative_tables& tables, States&&...)
{
const auto& table = tables.cg_map.left;
const auto rc = ithkuil::v3::serialize5(in.begin(), in.end());
if (auto it = table.find(rc); it == table.end())
{
state.inc_root = rc;
return true;
}
return false;
}
};
template<>
struct formative_action<vc>
{
template<typename ActionInput, typename... States>
static bool apply(const ActionInput& in, formative_state& state, formative_tables& tables, States&&...)
{
std::vector<v3::irs::type> prepared(in.begin(), in.end());
prepared.erase(std::remove(prepared.begin(), prepared.end(), irs::syllable_boundary_vc), prepared.end());
if (prepared.size() == 2 && v3::ir::is_udiphtong(prepared[0]) && prepared[1] == v3::irs::u)
{
state.m = vc_mutation::u_intact;
}
else if (prepared.size() == 1 && ir::is_udiphtong(prepared[0]))
{
state.m = vc_mutation::u_mutated;
}
else if (prepared.size() == 2 && v3::ir::is_idiphtong(prepared[0]) && prepared[1] == v3::irs::i)
{
state.m = vc_mutation::i_diphtong;
}
auto glotstop = std::find(prepared.begin(), prepared.end(), v3::irs::glottal_stop);
if (glotstop == prepared.end() || std::next(glotstop) == prepared.end())
{
const auto& table = tables.vc1_map.left;
auto match = v3::slot::vc1_map.left.find(v3::serialize5(prepared.begin(), prepared.end()));
if (auto it = table.find(ithkuil::v3::serialize5(prepared.begin(), prepared.end())); it != table.end())
{
state._case = it->second;
if (state.m == vc_mutation::u_mutated)
{
prepared.push_back(v3::irs::u);
#pragma warning(suppress : 4456)
if (auto it = table.find(ithkuil::v3::serialize5(prepared.begin(), prepared.end())); it != table.end())
{
state.cm = it->second;
}
}
return true;
}
}
else
{
const auto& table = tables.vc2_map.left;
v3::newslot::vr _vr;
if (auto it = table.find(ithkuil::v3::serialize5(prepared.begin(), std::next(glotstop))); it != table.end())
{
state._case = it->second;
#pragma warning(suppress : 4456)
const auto& table = tables.vr_map.left;
#pragma warning(suppress : 4456)
if (auto it = table.find(ithkuil::v3::serialize5(std::next(glotstop), prepared.end())); it != table.end())
{
// TODO
const auto [s, p, f] = static_cast<v3::newslot::vr::value_t>(v3::newslot::vr(it->second));
if ((s != 1 || p != 1 || f != function::stative) && state.vr_)
{
return false;
}
state.vr_ = it->second;
return true;
}
}
}
return false;
}
};
template<>
struct formative_action<civi>
{
template<typename ActionInput, typename... States>
static bool apply(const ActionInput& in, formative_state& state, formative_tables& tables, States&&...)
{
const auto& table = tables.civi_map.left;
if (auto it = table.find(ithkuil::v3::serialize5(in.begin(), in.end())); it != table.end())
{
state.civi_ = it->second;
return true;
}
return false;
}
};
template<typename R>
struct formative_control : pegtl::normal<R>
{};
template<>
struct formative_control<f_0> : pegtl::normal<f_0>
{
template<typename ParseInput, typename... States>
static void failure(const ParseInput&, formative_state& state, States&&...)
{
state = {};
}
};
template<>
struct formative_control<f_1> : pegtl::normal<f_1>
{
template<typename ParseInput, typename... States>
static void failure(const ParseInput&, formative_state& state, States&&...)
{
state = {};
}
};
template<>
struct formative_control<f_pr> : pegtl::normal<f_pr>
{
template<typename ParseInput, typename... States>
static void failure(const ParseInput&, formative_state& state, States&&...)
{
state = {};
}
};
template<>
struct formative_control<f_r> : pegtl::normal<f_r>
{
template<typename ParseInput, typename... States>
static void failure(const ParseInput&, formative_state& state, States&&...)
{
state = {};
}
};
template<>
struct formative_control<f_p1> : pegtl::normal<f_p1>
{
template<typename ParseInput, typename... States>
static void failure(const ParseInput&, formative_state& state, States&&...)
{
state = {};
}
};
}
}
}
struct formative
{
ithkuil::v3::root_t _root;
ithkuil::v3::stem_t _stem;
ithkuil::v3::pattern_t _pattern;
ithkuil::v3::configuration _configuration;
ithkuil::v3::affiliation _affiliation;
ithkuil::v3::perspective _perspective;
ithkuil::v3::extension _extension;
ithkuil::v3::essence _essence;
ithkuil::v3::context _context;
ithkuil::v3::designation _designation;
ithkuil::v3::designation inc_designation;
ithkuil::v3::case_ _case;
ithkuil::v3::root_t inc_root;
ithkuil::v3::stem_t inc_stem;
ithkuil::v3::pattern_t inc_pattern;
std::optional<std::tuple<ithkuil::v3::perspective, ithkuil::v3::configuration>> inc_pc;
ithkuil::v3::function _function;
ithkuil::v3::mood _mood;
ithkuil::v3::illocution _illocution;
ithkuil::v3::relation _relation;
ithkuil::v3::phase _phase;
ithkuil::v3::sanction _sanction;
ithkuil::v3::valence _valence;
ithkuil::v3::version _version;
ithkuil::v3::validation _validation;
ithkuil::v3::aspect _aspect;
ithkuil::v3::format _format;
ithkuil::v3::bias _bias;
std::vector<ithkuil::v3::case_> inc_cases;
std::vector<ithkuil::v3::vxc> _vxcs;
};
inline auto r2wstr(v3::root_t r)
{
std::wstring strbuf;
const auto [arr, count] = v3::deserialize5(r);
for (unsigned char i = 0; i < count; i++)
{
strbuf += v3::ir::description[arr[i]];
}
return strbuf;
}
std::wstring f2wstr(const formative& f, bool full)
{
auto rfind = [](const auto& map, const auto& value)
{
return std::find_if(std::begin(map), std::end(map), [value](auto kv)
{
return kv.second == value;
})->first;
};
std::wstring strbuf;
if (f._relation == v3::relation::unframed && full)
{
strbuf += L"UNFRAMED-";
}
else if (f._relation == v3::relation::framed)
{
strbuf += L"FRAMED-";
}
strbuf += rfind(v3::notation::function_map, f._function) + L"-";
strbuf += r2wstr(f._root) + L"/S" + std::to_wstring(f._stem) + L"/P" + std::to_wstring(f._pattern) + L"/";
strbuf += rfind(v3::notation::designation_map, f._designation);
if (f._configuration != v3::configuration::uniplex || full)
{
strbuf += L"-";
strbuf += rfind(v3::notation::configuration_map, f._configuration);
}
if (f._affiliation != v3::affiliation::consolidative || full)
{
strbuf += L"-";
strbuf += rfind(v3::notation::affiliation_map, f._affiliation);
}
if (f._perspective != v3::perspective::monadic || full)
{
strbuf += L"-";
strbuf += rfind(v3::notation::perspective_map, f._perspective);
}
if (f._extension != v3::extension::delimitive || full)
{
strbuf += L"-";
strbuf += rfind(v3::notation::extension_map, f._extension);
}
if (f._essence != v3::essence::normal || full)
{
strbuf += L"-";
strbuf += rfind(v3::notation::essence_map, f._essence);
}
if (f._context != v3::context::existential || full)
{
strbuf += L"-";
strbuf += rfind(v3::notation::context_map, f._context);
}
strbuf += L"-" + rfind(v3::notation::case__map, f._case);
if (f.inc_root != 0)
{
strbuf += L"-incorporated:" + r2wstr(f.inc_root) + L"/S" + std::to_wstring(f.inc_stem) + L"/P" + std::to_wstring(f.inc_pattern) + L"/";
strbuf += rfind(v3::notation::designation_map, f.inc_designation);
strbuf += L"/";
if (f.inc_pc)
{
const auto [p, c] = *f.inc_pc;
strbuf += rfind(v3::notation::configuration_map, c);
strbuf += L"/";
strbuf += rfind(v3::notation::perspective_map, p);
strbuf += L"-";
for (const auto k : f.inc_cases)
{
strbuf += rfind(v3::notation::case__map, k);
strbuf += L"-";
}
}
strbuf += rfind(v3::notation::format_map, f._format);
strbuf += L":";
}
if (f._mood != v3::mood::factual || full)
{
strbuf += L"-";
strbuf += rfind(v3::notation::mood_map, f._mood);
}
if (f._illocution != v3::illocution::assertive || full)
{
strbuf += L"-";
strbuf += rfind(v3::notation::illocution_map, f._illocution);
}
if (f._phase != v3::phase::contextual || full)
{
strbuf += L"-";
strbuf += rfind(v3::notation::phase_map, f._phase);
}
if (f._sanction != v3::sanction::propositional || full)
{
strbuf += L"-";
strbuf += rfind(v3::notation::sanction_map, f._sanction);
}
if (f._valence != v3::valence::monoactive || full)
{
strbuf += L"-";
strbuf += rfind(v3::notation::valence_map, f._valence);
}
if (f._validation != v3::validation::confirmative || full)
{
strbuf += L"-";
strbuf += rfind(v3::notation::validation_map, f._validation);
}
if (f._aspect != v3::aspect::none || full)
{
strbuf += L"-";
strbuf += rfind(v3::notation::aspect_map, f._aspect);
}
if (f._version != v3::version::processual || full)
{
strbuf += L"-";
strbuf += rfind(v3::notation::version_map, f._version);
}
for (const auto& suffix : f._vxcs)
{
strbuf += L"-";
strbuf += rfind(v3::notation::suffix_map, suffix._suffix);
strbuf += L"/";
strbuf += std::to_wstring(suffix._type);
strbuf += L"/";
strbuf += std::to_wstring(suffix._degree);
}
if (f._bias != v3::bias::none)
{
strbuf += L"-";
strbuf += rfind(v3::notation::bias_map, f._bias);
}
return strbuf;
}
int wmain(int, wchar_t* [], wchar_t* [])
{
std::wstring form = fmt::format(L"{}", L"");
auto rfind = [](const auto& map, const auto& value)
{
return std::find_if(std::begin(map), std::end(map), [value](auto kv)
{
return kv.second == value;
})->first;
};
{
std::ifstream output(R"(ithkuil_cv.dat)", std::ios::binary);
boost::archive::binary_iarchive out(output);
out >> v3::slot::cv_map;
}
{
std::ifstream output(R"(ithkuil_vl.dat)", std::ios::binary);
boost::archive::binary_iarchive out(output);
out >> v3::slot::vl_map;
}
{
std::ifstream output(R"(ithkuil_cg.dat)", std::ios::binary);
boost::archive::binary_iarchive out(output);
out >> v3::slot::cg_map;
}
{
std::ifstream output(R"(ithkuil_cs.dat)", std::ios::binary);
boost::archive::binary_iarchive out(output);
out >> v3::slot::cs_map;
}
{
std::ifstream output(R"(ithkuil_vr.dat)", std::ios::binary);
boost::archive::binary_iarchive out(output);
out >> v3::slot::vr_map;
}
{
std::ifstream output(R"(ithkuil_vp.dat)", std::ios::binary);
boost::archive::binary_iarchive out(output);
out >> v3::slot::vp_map;
}
{
std::ifstream output(R"(ithkuil_ca.dat)", std::ios::binary);
boost::archive::binary_iarchive out(output);
out >> v3::slot::ca_map;
}
{
std::ifstream output(R"(ithkuil_vf.dat)", std::ios::binary);
boost::archive::binary_iarchive out(output);
out >> v3::slot::vf_map;
}
{
std::ifstream output(R"(ithkuil_cb.dat)", std::ios::binary);
boost::archive::binary_iarchive out(output);
out >> v3::slot::cb_map;
}
{
std::ifstream output(R"(ithkuil_su.dat)", std::ios::binary);
boost::archive::binary_iarchive out(output);
out >> v3::slot::su_map;
}
{
std::ifstream output(R"(ithkuil_vx.dat)", std::ios::binary);
boost::archive::binary_iarchive out(output);
out >> v3::slot::vx_map;
}
{
std::ifstream output(R"(ithkuil_vc1.dat)", std::ios::binary);
boost::archive::binary_iarchive out(output);
out >> v3::slot::vc1_map;
}
{
std::ifstream output(R"(ithkuil_vc2.dat)", std::ios::binary);
boost::archive::binary_iarchive out(output);
out >> v3::slot::vc2_map;
}
{
std::ifstream output(R"(ithkuil_civi.dat)", std::ios::binary);
boost::archive::binary_iarchive out(output);
out >> v3::slot::civi_map;
}
std::wstring xstr;
while (std::getline(std::wcin, xstr, L'\n'))
{
boost::bimap<uint_fast32_t, std::byte> x;
std::wstring st;
//utf8::utf8to16(xstr.begin(), xstr.end(), std::back_inserter(st));
//std::u16string xdd = utf8::utf8to16(xstr);
std::vector<boost::iterator_range<std::wstring::iterator>> parts;
boost::algorithm::split(parts, xstr, boost::is_any_of(L" ,\t."), boost::token_compress_on);
std::wostringstream nuf;
if (parts.size() < 1)
{
std::wcout << L"Provide formative" << std::endl;
continue;
}
std::wstring str(parts[0].begin(), parts[0].end());
v3::pegtl_grammar::formative_tables tables
{
.cv_map = ithkuil::v3::slot::cv_map,
.vl_map = ithkuil::v3::slot::vl_map,
.cg_map = ithkuil::v3::slot::cg_map,
.cs_map = ithkuil::v3::slot::cs_map,
.vr_map = ithkuil::v3::slot::vr_map,
.vp_map = ithkuil::v3::slot::vp_map,
.ca_map = ithkuil::v3::slot::ca_map,
.vf_map = ithkuil::v3::slot::vf_map,
.cb_map = ithkuil::v3::slot::cb_map,
.su_map = ithkuil::v3::slot::su_map,
.vx_map = ithkuil::v3::slot::vx_map,
.vc1_map = ithkuil::v3::slot::vc1_map,
.vc2_map = ithkuil::v3::slot::vc2_map,
.civi_map = ithkuil::v3::slot::civi_map
};
v3::pegtl_grammar::formative_state xxx {};
auto [phs, unstressed, diacriticized, stressed, syllable, tone] = v3::ir::to_irs(str);
syllable -= 1;
try
{
pegtl::memory_input input(reinterpret_cast<const char*>(phs.data()), phs.size(), "yser data");
try
{
bool is_parsed = pegtl::parse<v3::pegtl_grammar::f_rule, v3::pegtl_grammar::formative_action, v3::pegtl_grammar::formative_control>(input, xxx, tables);
if (is_parsed)
{
formative f = {};
switch (tone)
{
case v3::ir::tone_t::falling:
f._version = v3::version::processual;
break;
case v3::ir::tone_t::rising:
f._version = v3::version::ineffectual;
break;
case v3::ir::tone_t::low:
f._version = v3::version::incompletive;