Method initialize

sysmodule/src/profile.cpp:191–229

}

Result ProfileManager::initialize() {
    std::uint64_t size;
    if (auto rc = svcQueryMemoryMapping(&this->clock_va_base, &size, CLOCK_IO_BASE, CLOCK_IO_SIZE); R_FAILED(rc))
        diagAbortWithResult(rc);

    if (auto rc = svcQueryMemoryMapping(&this->disp_va_base, &size, DISP_IO_BASE, DISP_IO_SIZE); R_FAILED(rc))
        diagAbortWithResult(rc);

    if (auto rc = ommGetOperationModeChangeEvent(&this->operation_mode_event, false); R_FAILED(rc))
        diagAbortWithResult(rc);

    if (auto rc = ommGetOperationMode(&this->operation_mode); R_FAILED(rc))
        diagAbortWithResult(rc);

    if (auto rc = insrGetReadableEvent(ins_evt_id, &this->activity_event); R_FAILED(rc))
        diagAbortWithResult(rc);

    if (auto rc = insrGetLastTick(ins_evt_id, &this->activity_tick); R_FAILED(rc))
        diagAbortWithResult(rc);

    ueventCreate(&this->thread_exit_event, false);

    // The event monitor thread should have a higher priority than the transition thread to ensure it wins on mutex races
    if (auto rc = threadCreate(&this->event_monitor_thread, &ProfileManager::event_monitor_thread_func, this,
            this->event_monitor_thread_stack, sizeof(this->event_monitor_thread_stack), 0x3d, -2); R_FAILED(rc))
        diagAbortWithResult(rc);

    if (auto rc = threadStart(&this->event_monitor_thread); R_FAILED(rc))
        diagAbortWithResult(rc);

    if (auto rc = threadCreate(&this->transition_thread, &ProfileManager::transition_thread_func, this,
            this->transition_thread_stack, sizeof(this->transition_thread_stack), 0x3e, -2); R_FAILED(rc))
        diagAbortWithResult(rc);

    if (auto rc = threadStart(&this->transition_thread); R_FAILED(rc))
        diagAbortWithResult(rc);

    return 0;
}

Result ProfileManager::finalize() {
    ueventSignal(&this->thread_exit_event);