A compile-time byte pattern matcher designed to match IDA patterns.

ida.hpp

// Created by Anthony Printup on 4/21/2023.
#pragma once

#include <algorithm>
#include <bitset>
#include <cstdint>
#include <exception>
#include <functional>
#include <ranges>

#include "../strings.hpp"
#include "pattern.hpp"

namespace patterns::ida {
    constexpr auto characters_per_byte {2uz};
    constexpr auto wildcard_character = '?';
    constexpr auto delimiter_character = ' ';

    template<typename T>
    concept ContiguousRange = std::ranges::contiguous_range<T> and std::ranges::sized_range<T>;

    inline constexpr auto is_pure_wildcard = [] [[nodiscard]] (
                                                 const ContiguousRange auto characters) constexpr noexcept {
        using utilities::IsCharacter;
        return std::ranges::all_of(characters, [] [[nodiscard]] (const IsCharacter auto character) constexpr noexcept {
            return character == wildcard_character;
        });
    };
    inline constexpr auto to_byte =
        [] [[nodiscard]] (const ContiguousRange auto characters) constexpr noexcept -> ByteType {
        using utilities::from_hex_character;
        if (std::ranges::size(characters) != characters_per_byte)
            return {};
        return from_hex_character(characters[0uz]) << 4uz | from_hex_character(characters[1uz]);
    };

    template<auto... Characters>
        requires(utilities::IsCharacter<decltype(Characters)> && ...)
    consteval std::size_t count_bytes() noexcept {
        using utilities::to_array;
        auto bytes = to_array<Characters...>() | std::views::split(delimiter_character);
        return static_cast<std::size_t>(std::ranges::distance(bytes));
    }

    template<auto... Characters>
        requires(utilities::IsCharacter<decltype(Characters)> && ...)
    consteval std::size_t count_mask_bits() noexcept {
        return count_bytes<Characters...>() * patterns::masks_per_byte;
    }

    template<auto... Characters>
        requires(utilities::IsCharacter<decltype(Characters)> && ...)
    consteval bool is_pattern_valid() noexcept {
        using utilities::from_hex_character;
        using utilities::to_array;
        constexpr auto characters = to_array<Characters...>();
        auto byte_characters_range = characters | std::views::split(delimiter_character);
        if (not byte_characters_range)
            return false;

        // Verify that all the characters are valid
        const auto all_characters_valid = std::ranges::all_of(
            byte_characters_range, [] [[nodiscard]] (const ContiguousRange auto byte_characters) constexpr noexcept {
                // Empty sets aren't allowed
                if (not std::ranges::size(byte_characters))
                    return false;
                // Skip pure wildcards (character sets which only contain the wildcard character(s))
                if (is_pure_wildcard(byte_characters))
                    return true;
                // Verify that there are at least two characters for every byte
                if (std::ranges::size(byte_characters) != characters_per_byte)
                    return false;
                // Filter wildcard characters and '0' and check if from_hex_character returns a valid value
                return std::ranges::all_of(
                    byte_characters | std::views::filter([] [[nodiscard]] (const auto character) constexpr noexcept {
                        return character != wildcard_character and character != '0';
                    }),
                    [] [[nodiscard]] (const auto character) constexpr noexcept {
                        return from_hex_character(character) != ByteType {};
                    });
            });
        // Verify that the edges aren't pure wildcards
        const auto filter_predicate =
            [i = 0uz, size = static_cast<std::size_t>(std::ranges::distance(byte_characters_range))] [[nodiscard]] (
                const ContiguousRange auto) constexpr mutable noexcept {
                const auto current_index = i++;
                return not current_index or current_index == size - 1uz;
            };
        const auto edges_are_not_wildcards =
            std::ranges::none_of(byte_characters_range | std::views::filter(filter_predicate), is_pure_wildcard);
        return all_characters_valid and edges_are_not_wildcards;
    }

    template<std::size_t DiscardedByteCount, auto... Characters>
        requires(utilities::IsCharacter<decltype(Characters)> && ...)
    consteval auto create_byte_array() noexcept {
        using utilities::to_array;
        constexpr auto characters = to_array<Characters...>();
        std::array<ByteType, count_bytes<Characters...>() - DiscardedByteCount> bytes {};
        for (std::size_t discarded_byte_count {}, byte_offset {};
             const auto byte_characters : characters | std::views::split(delimiter_character)) {
            if (discarded_byte_count++ < DiscardedByteCount)
                continue;
            bytes[byte_offset++] = is_pure_wildcard(byte_characters) ? ByteType {} : to_byte(byte_characters);
        }
        return bytes;
    }

    template<std::size_t DiscardedByteCount, auto... Characters>
        requires(utilities::IsCharacter<decltype(Characters)> && ...)
    consteval auto create_mask_bitset() noexcept {
        using utilities::to_array;
        constexpr auto characters = to_array<Characters...>();
        constexpr auto discarded_bit_count = DiscardedByteCount * patterns::masks_per_byte;
        std::bitset<count_mask_bits<Characters...>() - discarded_bit_count> mask_bits {};
        for (std::size_t discarded_byte_count {}, mask_bit_offset {};
             const auto byte_characters : characters | std::views::split(delimiter_character)) {
            if (discarded_byte_count++ < DiscardedByteCount)
                continue;

            const auto character_count = std::ranges::size(byte_characters);
            if (byte_characters[0uz] == wildcard_character)
                mask_bits.set(mask_bit_offset);
            if (byte_characters[character_count == 2uz ? 1uz : 0uz] == wildcard_character)
                mask_bits.set(mask_bit_offset + 1uz);
            mask_bit_offset += patterns::masks_per_byte;
        }
        return mask_bits;
    }

    template<auto... Characters>
        requires(utilities::IsCharacter<decltype(Characters)> && ...)
    struct Pattern {
        static_assert(is_pattern_valid<Characters...>(), "Invalid pattern");
        using InputDataType = std::span<const ByteType>;
    private:
        template<std::size_t DataOffset = 0uz> [[nodiscard]] constexpr bool test(const ByteType *data) const noexcept {
            constexpr auto pattern_size = count_bytes<Characters...>();
            if constexpr (DataOffset < pattern_size) {
                constexpr auto remaining_bytes = pattern_size - DataOffset;
                using DataType = decltype([] consteval noexcept {
                    if constexpr (remaining_bytes >= sizeof(std::uint64_t))
                        return static_cast<std::uint64_t>(0uz);
                    else if constexpr (remaining_bytes >= sizeof(std::uint32_t))
                        return static_cast<std::uint32_t>(0uz);
                    else if constexpr (remaining_bytes >= sizeof(std::uint16_t))
                        return static_cast<std::uint16_t>(0uz);
                    else if constexpr (remaining_bytes == sizeof(std::uint8_t))
                        return static_cast<std::uint8_t>(0uz);
                    else
                        throw std::exception {};
                }());

                constexpr auto mask_bits = create_mask_bitset<DataOffset, Characters...>();
                constexpr auto data_mask = [=] consteval noexcept -> DataType {
                    std::bitset<sizeof(DataType) * CHAR_BIT> bit_mask {};
                    for (auto byte_index {0uz}; byte_index < sizeof(DataType); ++byte_index) {
                        const auto mask_bit_index = byte_index * patterns::masks_per_byte;
                        if (not mask_bits.test(mask_bit_index))
                            for (auto bit_index {0uz}; bit_index < 4uz; ++bit_index)
                                bit_mask.set(byte_index * CHAR_BIT + 4uz + bit_index);
                        if (not mask_bits.test(mask_bit_index + 1uz))
                            for (auto bit_index {0uz}; bit_index < 4uz; ++bit_index)
                                bit_mask.set(byte_index * CHAR_BIT + bit_index);
                    }
                    return static_cast<DataType>(bit_mask.to_ullong());
                }();
                constexpr auto bytes = create_byte_array<DataOffset, Characters...>();
                if ((*reinterpret_cast<const DataType *>(data + DataOffset) & data_mask) !=
                    *reinterpret_cast<const DataType *>(bytes.data()))
                    return false;

                // Skip pure wildcard bytes
                constexpr auto bytes_to_skip = [=] consteval noexcept -> std::size_t {
                    std::size_t pure_wildcard_bytes {};
                    for (auto bit_index {sizeof(DataType) * patterns::masks_per_byte}; bit_index < mask_bits.size();
                         bit_index += patterns::masks_per_byte, ++pure_wildcard_bytes)
                        if (not mask_bits.test(bit_index) or not mask_bits.test(bit_index + 1uz))
                            break;
                    return pure_wildcard_bytes;
                }();
                return Pattern::test<DataOffset + sizeof(DataType) + bytes_to_skip>(data);
            } else
                return true;
        }
    public:
        [[nodiscard]] constexpr InputDataType::iterator find(const InputDataType data) const noexcept {
            constexpr auto pattern_size = count_bytes<Characters...>();
            for (auto offset {0z}; offset < static_cast<decltype(offset)>(data.size_bytes() - pattern_size); ++offset)
                if (this->test(&data[static_cast<InputDataType::size_type>(offset)]))
                    return data.begin() + offset;
            return data.end();
        }
    };

    template<utilities::IsCharacter T, T... Characters> [[nodiscard]] consteval auto operator""_ida() noexcept {
        return Pattern<Characters...> {};
    }
}// namespace patterns::ida

pattern.hpp

// Created by Anthony Printup on 4/21/2023.
#pragma once

#include <cstddef>

namespace patterns {
    using ByteType = std::byte;
    constexpr auto masks_per_byte {2uz};
}

strings.hpp

// Created by Anthony Printup on 8/18/2022.
#pragma once

#include <array>
#include <type_traits>
#include <string_view>

namespace utilities {
    template<class T>
    concept IsCharacter =
        std::is_same_v<T, char>    || std::is_same_v<T, wchar_t>  ||
        std::is_same_v<T, char8_t> || std::is_same_v<T, char16_t> ||
        std::is_same_v<T, char32_t>;

    template<auto... Characters>
    requires (IsCharacter<decltype(Characters)> && ...)
    consteval auto to_array() noexcept {
        return std::array {Characters...};
    }

    template <class Lambda, std::size_t... Indices>
    consteval auto create_sequence_helper(Lambda lambda, const std::index_sequence<Indices...>) noexcept {
        return std::integer_sequence<typename std::invoke_result_t<Lambda>::value_type, lambda()[Indices]...> {};
    }

    template<auto T> using StringSequence = decltype(
            create_sequence_helper(T, std::make_index_sequence<T().size()> {}));

    [[nodiscard]] constexpr std::byte from_hex_character(const IsCharacter auto character) noexcept {
        if ('0' <= character and character <= '9')
            return static_cast<std::byte>(character - '0');
        if ('a' <= character and character <= 'f')
            return static_cast<std::byte>(character - 'a' + 10);
        if ('A' <= character and character <= 'F')
            return static_cast<std::byte>(character - 'A' + 10);
        return {};
    }
}

#define CREATE_CHARACTER_SEQUENCE(string) ::utilities::StringSequence< \
    []() consteval -> std::basic_string_view<std::remove_cvref_t<decltype(*(string))>> { return string; }>

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