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#pragma once
#include <initializer_list>
#include <string>
#include <tuple>
#include <type_traits>
#include <vector>
#include <openvic-dataloader/csv/LineObject.hpp>
#include <lexy/callback.hpp>
#include <lexy/dsl.hpp>
#include "detail/LexyLitRange.hpp"
// Grammar Definitions //
namespace ovdl::csv::grammar::windows1252 {
constexpr auto character = detail::lexydsl::make_range<0x01, 0xFF>();
constexpr auto control =
lexy::dsl::ascii::control /
lexy::dsl::lit_b<0x81> / lexy::dsl::lit_b<0x8D> / lexy::dsl::lit_b<0x8F> /
lexy::dsl::lit_b<0x90> / lexy::dsl::lit_b<0x9D>;
struct StringValue {
static constexpr auto escaped_symbols = lexy::symbol_table<char> //
.map<'"'>('"')
.map<'\''>('\'')
.map<'\\'>('\\')
.map<'/'>('/')
.map<'b'>('\b')
.map<'f'>('\f')
.map<'n'>('\n')
.map<'r'>('\r')
.map<'t'>('\t');
/// This doesn't actually do anything, so this might to be manually parsed if vic2's CSV parser creates a " from ""
// static constexpr auto escaped_quote = lexy::symbol_table<char> //
// .map<'"'>('"');
static constexpr auto rule = [] {
// Arbitrary code points
auto c = character - (control / lexy::dsl::lit_b<'"'>);
auto back_escape = lexy::dsl::backslash_escape //
.symbol<escaped_symbols>();
// auto quote_escape = lexy::dsl::escape(lexy::dsl::lit_c<'"'>) //
// .symbol<escaped_quote>();
return lexy::dsl::quoted(c, back_escape);
}();
static constexpr auto value = lexy::as_string<std::string>;
};
template<char Sep>
struct PlainValue {
static constexpr auto rule = lexy::dsl::identifier(character - (lexy::dsl::lit_b<Sep> / lexy::dsl::ascii::newline));
static constexpr auto value = lexy::as_string<std::string>;
};
template<char Sep>
struct Value {
static constexpr auto rule = lexy::dsl::p<StringValue> | lexy::dsl::p<PlainValue<Sep>>;
static constexpr auto value = lexy::forward<std::string>;
};
template<char Sep>
struct SepConst {
static constexpr auto rule = lexy::dsl::lit_b<Sep>;
static constexpr auto value = lexy::constant(1);
};
template<char Sep>
struct Seperator {
static constexpr auto rule = lexy::dsl::list(lexy::dsl::p<SepConst<Sep>>);
static constexpr auto value = lexy::count;
};
template<char Sep>
struct LineEnd {
static constexpr auto rule = lexy::dsl::list(lexy::dsl::p<Value<Sep>>, lexy::dsl::trailing_sep(lexy::dsl::p<Seperator<Sep>>));
static constexpr auto value = lexy::fold_inplace<csv::LineObject>(
std::initializer_list<csv::LineObject::value_type> {},
[](csv::LineObject& result, auto&& arg) {
if constexpr (std::is_same_v<std::decay_t<decltype(arg)>, std::size_t>) {
// Count seperators, adds to previous value, making it a position
using position_type = csv::LineObject::position_type;
result.emplace_back(static_cast<position_type>(arg + result.back().first), "");
} else {
if (result.empty()) result.emplace_back(0u, LEXY_MOV(arg));
else {
auto& [pos, value] = result.back();
value = arg;
}
}
});
};
template<char Sep>
struct Line {
static constexpr auto suffix_setter(csv::LineObject& line) {
auto& [position, value] = line.back();
if (value.empty()) {
line.set_suffix_end(position);
line.pop_back();
} else {
line.set_suffix_end(position + 1);
}
};
static constexpr auto rule = lexy::dsl::p<LineEnd<Sep>> | lexy::dsl::p<Seperator<Sep>> >> lexy::dsl::p<LineEnd<Sep>>;
static constexpr auto value =
lexy::callback<csv::LineObject>(
[](csv::LineObject&& line) {
suffix_setter(line);
return LEXY_MOV(line);
},
[](std::size_t prefix_count, csv::LineObject&& line) {
line.set_prefix_end(prefix_count);
// position needs to be adjusted to prefix
for (auto& [position, value] : line) {
position += prefix_count;
}
suffix_setter(line);
return LEXY_MOV(line);
});
};
template<char Sep>
struct File {
static constexpr auto rule =
lexy::dsl::whitespace(lexy::dsl::newline) +
lexy::dsl::opt(lexy::dsl::list(lexy::dsl::p<Line<Sep>>, lexy::dsl::trailing_sep(lexy::dsl::eol)));
static constexpr auto value = lexy::as_list<std::vector<csv::LineObject>>;
};
using CommaFile = File<','>;
using ColonFile = File<':'>;
using SemiColonFile = File<';'>;
using TabFile = File<'\t'>;
using BarFile = File<'|'>;
}
namespace ovdl::csv::grammar::utf8 {
constexpr auto character = lexy::dsl::unicode::character;
constexpr auto control = lexy::dsl::unicode::control;
struct StringValue {
static constexpr auto escaped_symbols = lexy::symbol_table<char> //
.map<'"'>('"')
.map<'\''>('\'')
.map<'\\'>('\\')
.map<'/'>('/')
.map<'b'>('\b')
.map<'f'>('\f')
.map<'n'>('\n')
.map<'r'>('\r')
.map<'t'>('\t');
/// This doesn't actually do anything, so this might to be manually parsed if vic2's CSV parser creates a " from ""
// static constexpr auto escaped_quote = lexy::symbol_table<char> //
// .map<'"'>('"');
static constexpr auto rule = [] {
// Arbitrary code points
auto c = character - (control / lexy::dsl::lit_b<'"'>);
auto back_escape = lexy::dsl::backslash_escape //
.symbol<escaped_symbols>();
// auto quote_escape = lexy::dsl::escape(lexy::dsl::lit_c<'"'>) //
// .symbol<escaped_quote>();
return lexy::dsl::quoted(c, back_escape);
}();
static constexpr auto value = lexy::as_string<std::string>;
};
template<char Sep>
struct PlainValue {
static constexpr auto rule = lexy::dsl::identifier(character - (lexy::dsl::lit_b<Sep> / lexy::dsl::ascii::newline));
static constexpr auto value = lexy::as_string<std::string>;
};
template<char Sep>
struct Value {
static constexpr auto rule = lexy::dsl::p<StringValue> | lexy::dsl::p<PlainValue<Sep>>;
static constexpr auto value = lexy::forward<std::string>;
};
template<char Sep>
struct SepConst {
static constexpr auto rule = lexy::dsl::lit_b<Sep>;
static constexpr auto value = lexy::constant(1);
};
template<char Sep>
struct Seperator {
static constexpr auto rule = lexy::dsl::list(lexy::dsl::p<SepConst<Sep>>);
static constexpr auto value = lexy::count;
};
template<char Sep>
struct LineEnd {
static constexpr auto rule = lexy::dsl::list(lexy::dsl::p<Value<Sep>>, lexy::dsl::trailing_sep(lexy::dsl::p<Seperator<Sep>>));
static constexpr auto value = lexy::fold_inplace<csv::LineObject>(
std::initializer_list<csv::LineObject::value_type> {},
[](csv::LineObject& result, auto&& arg) {
if constexpr (std::is_same_v<std::decay_t<decltype(arg)>, std::size_t>) {
// Count seperators, adds to previous value, making it a position
using position_type = csv::LineObject::position_type;
result.emplace_back(static_cast<position_type>(arg + result.back().first), "");
} else {
if (result.empty()) result.emplace_back(0u, LEXY_MOV(arg));
else {
auto& [pos, value] = result.back();
value = arg;
}
}
});
};
template<char Sep>
struct Line {
static constexpr auto suffix_setter(csv::LineObject& line) {
auto& [position, value] = line.back();
if (value.empty()) {
line.set_suffix_end(position);
line.pop_back();
} else {
line.set_suffix_end(position + 1);
}
};
static constexpr auto rule = lexy::dsl::p<LineEnd<Sep>> | lexy::dsl::p<Seperator<Sep>> >> lexy::dsl::p<LineEnd<Sep>>;
static constexpr auto value =
lexy::callback<csv::LineObject>(
[](csv::LineObject&& line) {
suffix_setter(line);
return LEXY_MOV(line);
},
[](std::size_t prefix_count, csv::LineObject&& line) {
line.set_prefix_end(prefix_count);
// position needs to be adjusted to prefix
for (auto& [position, value] : line) {
position += prefix_count;
}
suffix_setter(line);
return LEXY_MOV(line);
});
};
template<char Sep>
struct File {
static constexpr auto rule =
lexy::dsl::whitespace(lexy::dsl::newline) +
lexy::dsl::opt(lexy::dsl::list(lexy::dsl::p<Line<Sep>>, lexy::dsl::trailing_sep(lexy::dsl::eol)));
static constexpr auto value = lexy::as_list<std::vector<csv::LineObject>>;
};
using CommaFile = File<','>;
using ColonFile = File<':'>;
using SemiColonFile = File<';'>;
using TabFile = File<'\t'>;
using BarFile = File<'|'>;
}
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