#pragma once #include "registry.hpp" #include "stream.hpp" #include namespace openpower { namespace pels { namespace src { const size_t asciiStringSize = 32; /** * @class AsciiString * * This represents the ASCII string field in the SRC PEL section. * This 32 character string shows up on the panel on a function 11. * * The first 2 characters are the SRC type, like 'BD' or '11'. * Next is the subsystem, like '8D', if a BD SRC, otherwise '00'. * Next is the reason code, like 'AAAA'. * The rest is filled in with spaces. */ class AsciiString { public: AsciiString() = delete; ~AsciiString() = default; AsciiString(const AsciiString&) = default; AsciiString& operator=(const AsciiString&) = default; AsciiString(AsciiString&&) = default; AsciiString& operator=(AsciiString&&) = default; /** * @brief Constructor * * Fills in this class's data fields from the stream. * * @param[in] pel - the PEL data stream */ explicit AsciiString(Stream& stream); /** * @brief Constructor * * Fills in the class from the registry entry */ explicit AsciiString(const message::Entry& entry); /** * @brief Flatten the object into the stream * * @param[in] stream - The stream to write to */ void flatten(Stream& stream) const; /** * @brief Fills in the object from the stream data * * @param[in] stream - The stream to read from */ void unflatten(Stream& stream); /** * @brief Return the 32 character ASCII string data * * @return std::string - The data */ std::string get() const; /** * @brief Converts a byte of raw data to 2 characters * and writes it to the offset. * * For example, if string is: "AABBCCDD" * * setByte(0, 0x11); * setByte(1, 0x22); * setByte(2, 0x33); * setByte(3, 0x44); * * results in "11223344" * * @param[in] offset - The offset into the ascii string * @param[in] value - The value to write (0x55 -> "55") */ void setByte(size_t offset, uint8_t value); private: /** * @brief The ASCII string itself */ std::array _string; }; } // namespace src } // namespace pels } // namespace openpower