Class ChipsetTimingConfig

src/fl/chipsets/chipset_timing_config.h:22–52

@brief Runtime bit-period timing for a clockless chipset Pure timing — no encoder field. The byte-level encoder pipeline lives on `ClocklessChipset` as a peer field.

/// Pure timing — no encoder field. The byte-level encoder pipeline lives on
/// `ClocklessChipset` as a peer field.
struct ChipsetTimingConfig {
    constexpr ChipsetTimingConfig() FL_NOEXCEPT
        : t1_ns(0), t2_ns(0), t3_ns(0), reset_us(0), name("UNSET") {}
    constexpr ChipsetTimingConfig(u32 t1, u32 t2, u32 t3, u32 reset,
                                  const char* name = "UNNAMED CHIPSET") FL_NOEXCEPT
        : t1_ns(t1), t2_ns(t2), t3_ns(t3), reset_us(reset), name(name) {}

    u32 t1_ns;           ///< T0H: High time for bit 0 (nanoseconds)
    u32 t2_ns;           ///< T1H-T0H: Additional high time for bit 1 (nanoseconds)
    u32 t3_ns;           ///< T0L: Low tail duration (nanoseconds)
    u32 reset_us;        ///< Reset/latch time (microseconds)
    const char* name;    ///< Human-readable chipset name

    /// @brief Get total bit period (T1 + T2 + T3)
    constexpr u32 total_period_ns() const FL_NOEXCEPT {
        return t1_ns + t2_ns + t3_ns;
    }

    /// @brief Equality operator (all timing fields participate; name ignored)
    constexpr bool operator==(const ChipsetTimingConfig& other) const FL_NOEXCEPT {
        return t1_ns == other.t1_ns &&
               t2_ns == other.t2_ns &&
               t3_ns == other.t3_ns &&
               reset_us == other.reset_us;
    }

    /// @brief Inequality operator
    constexpr bool operator!=(const ChipsetTimingConfig& other) const FL_NOEXCEPT {
        return !(*this == other);
    }
};

/// @brief Convert compile-time CHIPSET type to runtime timing config
///