C++ (Cpp) TAF_MMA_GetCurFsmAddr примеры использования

Пример #1

VOS_VOID TAF_MMA_FSM_InitSubFsm(
    TAF_MMA_FSM_ID_ENUM_UINT32          enFsmId
)
{
    TAF_MMA_FSM_STACK_STRU             *pstFsmStack = VOS_NULL_PTR;
    TAF_MMA_FSM_CTX_STRU               *pstCurFsm   = VOS_NULL_PTR;


    pstCurFsm                           = TAF_MMA_GetCurFsmAddr();
    pstFsmStack                         = TAF_MMA_GetFsmStackAddr();

    /*  打印压栈前的main和sub状态 */
    TAF_MMA_LogFsmInfo();

    /* 将当前状态机压栈操作 */
    TAF_MMA_FSM_PushFsm(pstFsmStack, pstCurFsm);

    /* 设置当前状态机 */
    pstCurFsm->enFsmId                  = enFsmId;

    /* 加载sub状态机 */
    TAF_MMA_LoadSubFsm(enFsmId, pstCurFsm);

    /*  打印当前的main和sub状态 */
    TAF_MMA_LogFsmInfo();
}

Пример #2

VOS_VOID TAF_MMA_FSM_PopFsm( VOS_VOID )
{
    VOS_UINT16                          usPopFsmPos;
    TAF_MMA_FSM_STACK_STRU             *pstFsmStack = VOS_NULL_PTR;
    TAF_MMA_FSM_CTX_STRU               *pstCurFsm   = VOS_NULL_PTR;

    /* 根据并行状态机栈弹出的状态机获取当前状态机描述地址  */
    pstFsmStack                     = TAF_MMA_GetFsmStackAddr();
    pstCurFsm                       = TAF_MMA_GetCurFsmAddr();

    /* 栈已空 */
    if ( 0 == (pstFsmStack->usStackDepth) )
    {
        TAF_ERROR_LOG(WUEPS_PID_MMA, "TAF_MMA_FSM_PopFsm,FSM Stack empty");

        return;
    }

    pstFsmStack->usStackDepth--;
    usPopFsmPos   = pstFsmStack->usStackDepth;

    /* 设置当前状态机 */
    PS_MEM_CPY(pstCurFsm,
              &((pstFsmStack->astFsmStack)[usPopFsmPos]),
              sizeof(TAF_MMA_FSM_CTX_STRU));

    return;
}

Пример #3

Файл: TafMmaMain.c Проект: magnusjjj/android_kernel_huawei_rle

VOS_UINT32 TAF_MMA_ProcessMsgInFsm(
    VOS_UINT32                          ulEventType,
    struct MsgCB                       *pstMsg
)
{
    VOS_UINT32                          ulRet;
    TAF_MMA_FSM_CTX_STRU               *pstCurFsm = VOS_NULL_PTR;
    VOS_UINT16                          usOldStackDepth;
    VOS_UINT16                          usNewStackDepth;

    /* 获取当前MMA的顶层状态 */
    pstCurFsm           = TAF_MMA_GetCurFsmAddr();

    /* 获取当前MMA的栈深度 */
    usOldStackDepth    = TAF_MMA_GetFsmStackDepth();

    /* 消息处理 */
    ulRet     = TAF_MMA_FSM_ProcessEvent( pstCurFsm->ulState,
                                          ulEventType,
                                          (VOS_VOID*)pstMsg );

    /* 获取当前MMA的新栈深度 */
    usNewStackDepth    = TAF_MMA_GetFsmStackDepth();

    /* 栈深度没有增加,表明没有触发新的状态机，可以退出*/
    if ( usNewStackDepth <= usOldStackDepth )
    {
        return ulRet;
    }

    /* 新的栈深度大于老的栈深度 表明进行了压栈,需要将消息放入状态机中继续处理 */
    /* 重新获取当前MMA的顶层状态 */
    pstCurFsm   = TAF_MMA_GetCurFsmAddr();

    /* 将消息放入顶层状态机，继续处理 */
    ulRet       = TAF_MMA_FSM_ProcessEvent( pstCurFsm->ulState,
                                          ulEventType,
                                          (VOS_VOID*)pstMsg );


    return ulRet;

}

Пример #4

VOS_UINT32 TAF_MMA_FSM_GetFsmTopState( VOS_VOID )
{
    TAF_MMA_FSM_CTX_STRU               *pstCurFsm   = VOS_NULL_PTR;
    VOS_UINT32                          ulState;

    /* 获取当前状态机 */
    pstCurFsm               = TAF_MMA_GetCurFsmAddr();
    ulState                 = pstCurFsm->ulState;

    return ulState;
}

Пример #5

VOS_VOID  TAF_MMA_FSM_SetCurrState(
    VOS_UINT32                          ulCurrState
)
{
    TAF_MMA_FSM_CTX_STRU               *pstCurFsm   = VOS_NULL_PTR;

    /* 获取当前的状态信息 */
    pstCurFsm                   = TAF_MMA_GetCurFsmAddr();

    /* 设置当前状态 */
    pstCurFsm->ulState          = ulCurrState;

    /*  打印当前的L1和L2状态 */
    TAF_MMA_LogFsmInfo();

    return;
}

Пример #6

VOS_VOID TAF_MMA_FSM_QuitSubFsm( VOS_VOID )
{
    TAF_MMA_FSM_CTX_STRU               *pstCurFsm   = VOS_NULL_PTR;

    pstCurFsm                           = TAF_MMA_GetCurFsmAddr();

    /* QUIT时清空当前sub状态机的CTX */
    pstCurFsm->pstFsmDesc->pfInitHandle();

    /*  打印压栈前的main和sub状态 */
    TAF_MMA_LogFsmInfo();
    
    /* 状态机出栈操作 */
    TAF_MMA_FSM_PopFsm();

    /*  打印当前的main和sub状态 */
    TAF_MMA_LogFsmInfo();
    
    return;
}