GrpcPrint/PrintS/Communication/TempCtrlClient.cpp

#include "TempCtrlClient.h"
#include "Aibus.h"
#include <bitset>
#include "../SystemInfo.h"

TempCtrlClient::TempCtrlClient(CommunicationCfg* pconfig):TcpClient(pconfig)
{
	size_t ptrSize = sizeof(nullptr);   //指针大小

	void* startPtr = &m_Stat.m_startFlag + 1;
	size_t count = ((size_t)&m_Stat.m_endFlag - (size_t)&startPtr) / ptrSize;
	InsertMp(startPtr, count);

	startPtr = &m_Stat.alarm.m_startFlag + 1;
	count = ((size_t)&m_Stat.alarm.m_endFlag - (size_t)&startPtr) / ptrSize;
	InsertMp(startPtr, count);
}


TempCtrlClient::~TempCtrlClient()
{
	Shutdown();
}


void TempCtrlClient::InitCommand()
{
	Command* pCommand = new Aibus(READ_FLOAT_POINT, m_Config->m_Addr, 0x0c, 0, true);
	pCommand->m_Fun = &TempCtrlClient::ProcTempInfo;
	pCommand->m_Ref = this;
	pCommand->isNeedDel = false;
	m_CycleCommands.push_back(pCommand);
}

void TempCtrlClient::SetTargeValue(float value)
{
	EnterCriticalSection(&m_RtcCS);
	float targevalue = value*m_Stat.scale->GetValue();
	Command* pCommand = new Aibus(SET_TARGE_VALUE, 0x1, 0x0, (short)targevalue, false);
	pCommand->m_Fun = &TempCtrlClient::ProcSetTemp;
	pCommand->m_Ref = this;
	m_RTCommands.push(pCommand);
	LeaveCriticalSection(&m_RtcCS);
}


void TempCtrlClient::ProcTempInfo(void* pobject, Command* pcommand)
{
	if (pobject == NULL)return;
	TempCtrlClient* pTc = (TempCtrlClient*)pobject;
	unsigned char* rseq = pcommand->m_RespSeq;
	short floatPoint = (short)(rseq[7] << 8) + rseq[6];
	if (floatPoint >= 128)floatPoint %= 128;
	int scale = 1;
	for (short i = 0; i < floatPoint; ++i) {
		scale *= 10;
	}
	EnterCriticalSection(&pTc->m_ValueCS);
	pTc->m_Stat.scale->SetValue( scale);
	pTc->m_Stat.measuredValue->SetValue((float)((short)(rseq[1] << 8) + rseq[0]) / scale);
	pTc->m_Stat.settingValue->SetValue((float)((short)(rseq[3] << 8) + rseq[2]) / scale);
	pTc->m_Stat.outputValue->SetValue(rseq[4]);
	bitset<8> bitStatus(rseq[5]);
	pTc->m_Stat.alarm.isOverLimit->SetValue(bitStatus[0]);
	pTc->m_Stat.alarm.isLowerLimit->SetValue(bitStatus[1]);
	pTc->m_Stat.alarm.isActiveAlarm->SetValue(bitStatus[2]);
	pTc->m_Stat.alarm.isInactiveAlarm->SetValue(bitStatus[3]);
	pTc->m_Stat.alarm.isInputLimit->SetValue(bitStatus[4]);
	pTc->m_Stat.alarm.al1->SetValue(bitStatus[5]);
	pTc->m_Stat.alarm.al2->SetValue(bitStatus[6]);
	EnterCriticalSection(&g_SystemInfo->m_InfoCs);
	g_SystemInfo->m_PlatformTemp = pTc->m_Stat.measuredValue->GetValue();
	g_SystemInfo->m_PlatformTempSettingValue = pTc->m_Stat.settingValue->GetValue();
	LeaveCriticalSection(&g_SystemInfo->m_InfoCs);
	LeaveCriticalSection(&pTc->m_ValueCS);

	
}

void TempCtrlClient::ProcSetTemp(void* pobject, Command* pcommand)
{
	if (pobject == NULL)return;
	TempCtrlClient* pTc = (TempCtrlClient*)pobject;
	unsigned char* rseq = pcommand->m_RespSeq;
	float fvalue = 0;
	EnterCriticalSection(&pTc->m_ValueCS);
	int scale = (pTc->m_Stat.scale->GetValue() == 0 ? 1 : pTc->m_Stat.scale->GetValue());
	fvalue = (float)((short)(rseq[7] << 8) + rseq[6]) / scale;

	pTc->m_Stat.measuredValue->SetValue((float)((short)(rseq[1] << 8) + rseq[0]) / scale);
	pTc->m_Stat.settingValue->SetValue((float)((short)(rseq[3] << 8) + rseq[2]) / scale);
	pTc->m_Stat.outputValue->SetValue(rseq[4]);
	bitset<8> bitStatus(rseq[5]);
	pTc->m_Stat.alarm.isOverLimit->SetValue(bitStatus[0]);
	pTc->m_Stat.alarm.isLowerLimit->SetValue(bitStatus[1]);
	pTc->m_Stat.alarm.isActiveAlarm->SetValue(bitStatus[2]);
	pTc->m_Stat.alarm.isInactiveAlarm->SetValue(bitStatus[3]);
	pTc->m_Stat.alarm.isInputLimit->SetValue(bitStatus[4]);
	pTc->m_Stat.alarm.al1->SetValue(bitStatus[5]);
	pTc->m_Stat.alarm.al2->SetValue(bitStatus[6]);
	
	LeaveCriticalSection(&pTc->m_ValueCS);
}

//void TempCtrlClient::GetStat(TempStat& stat)
//{
//	EnterCriticalSection(&m_ValueCS);
//	memcpy_s(&stat.alarm, sizeof(TempAlarm), &m_Stat.alarm, sizeof(TempAlarm));
//	stat.baseStat = m_BaseStat;
//	stat.measuredValue = m_Stat.measuredValue;
//	stat.outputValue = m_Stat.outputValue;
//	stat.scale = m_Stat.scale;
//	stat.settingValue = m_Stat.settingValue;
//	LeaveCriticalSection(&m_ValueCS);
//}