public ER DefineCyclicHandler(HNO cycno, ref T_DCYC pk_dcyc)
{
CyclicHandler Cyc;
//if (pk_dcyc == null)
// return ER.E_PAR;
if (cycno >= m_CyclicHandlerTable.Count)
{
return(ER.E_PAR);
}
Cyc = m_CyclicHandlerTable[cycno];
// 登録の場合
if (!pk_dcyc.cycdel)
{
if (pk_dcyc.cychdr == null)
{
return(ER.E_PAR);
}
if (((uint)pk_dcyc.cycact & (~1u)) != 0)
{
return(ER.E_PAR);
}
if (pk_dcyc.cyctim <= 0)
{
return(ER.E_PAR);
}
if (Cyc != null)
{
Cyc.Redefine(ref pk_dcyc);
}
else
{
Cyc = new CyclicHandler(cycno, ref pk_dcyc, this);
m_CyclicHandlerTable[cycno] = Cyc;
}
}
// 登録破棄の場合
else
{
if (Cyc != null)
{
//delete Cyc;
m_CyclicHandlerTable[cycno] = null;
}
}
return(ER.E_OK);
}
public void OnSysTime()
{
bool Retry = false;
m_SysTime.Value += m_SysTmrIntv;
do
{
foreach (CyclicHandler Cyc in m_CyclicHandlerTable)
{
if (Cyc != null)
{
Retry = Cyc.OnTime(m_SysTmrIntv) || Retry;
}
}
} while (Retry);
foreach (Task Task in m_TaskTable)
{
if ((Task != null) &&
((Task.rtsk.tskstat == TSKSTAT.TTS_WAI) || (Task.rtsk.tskstat == TSKSTAT.TTS_WAS)))
{
Task.Progress(m_SysTmrIntv);
}
}
foreach (UdpCep UdpCep in m_UdpCepTable)
{
if ((UdpCep != null) && (UdpCep.State))
{
UdpCep.Progress(m_SysTmrIntv);
}
}
foreach (Udp6Cep Udp6Cep in m_Udp6CepTable)
{
if ((Udp6Cep != null) && (Udp6Cep.State))
{
Udp6Cep.Progress(m_SysTmrIntv);
}
}
foreach (TcpCep TcpCep in m_TcpCepTable)
{
if ((TcpCep != null) && (TcpCep.State))
{
TcpCep.Progress(m_SysTmrIntv);
}
}
foreach (Task Task in m_TaskTable)
{
if ((Task != null) &&
((Task.rtsk.tskstat == TSKSTAT.TTS_WAI) || (Task.rtsk.tskstat == TSKSTAT.TTS_WAS)))
{
Task.CallTimeOut();
}
}
foreach (UdpCep UdpCep in m_UdpCepTable)
{
if ((UdpCep != null) && (UdpCep.State))
{
UdpCep.CallTimeOut();
}
}
foreach (Udp6Cep Udp6Cep in m_Udp6CepTable)
{
if ((Udp6Cep != null) && (Udp6Cep.State))
{
Udp6Cep.CallTimeOut();
}
}
foreach (TcpCep TcpCep in m_TcpCepTable)
{
if ((TcpCep != null) && (TcpCep.State))
{
TcpCep.CallTimeOut();
}
}
}
