void YRDKRL78_DataSend_1(char * cData, uint16_t size)
{
SetSendData() ;
for(int i=0;size>0;i++)
SPI_Send(SPI_LCD, (uint8_t *)cData[i],1);
SetSendData() ;
}
/******************************************************************************
* ID : 71.0
* Outline : YRDKRL78_DataSend
* Include : YRDKRL78_RSPI0.h
* Function Name: YRDKRL78_DataSend
* Description : Send 8 bits of data to the LCD RAM at the current location.
* The current location is determined and set with local functions.
* Argument : cCommand - 8 bits of data to be sent to the LCD
* : aHandle - the Glyph handle setup by the LCD and Communications.
* Return Value : none
* Calling Functions : ST7579_Config, ST7579_SetSystemBiasBooster,
* ST7579_SetVO_Range, ST7579_SetFrameRate,
* ST7579_SetPage, ST7579_SetChar, ST7579_SetLine,
* ST7579_Send8bitsData, ST7579_Send16bitsCommand
******************************************************************************/
void YRDKRL78_DataSend(int8_t cData)
{
SetSendData() ;
SPI_Send(SPI_LCD, (uint8_t *)&cData, 1);
SetSendData() ;
}
/******************************************************************************
* ID : 71.0
* Outline : YRDKRX62N_DataSend
* Include : YRDKRX62N_RSPI0.h
* Function Name: YRDKRX62N_DataSend
* Description : Send 8 bits of data to the LCD RAM at the current location.
* The current location is determined and set with local functions.
* Argument : cCommand - 8 bits of data to be sent to the LCD
* : aHandle - the Glyph handle setup by the LCD and Communications.
* Return Value : none
* Calling Functions : ST7579_Config, ST7579_SetSystemBiasBooster,
* ST7579_SetVO_Range, ST7579_SetFrameRate,
* ST7579_SetPage, ST7579_SetChar, ST7579_SetLine,
* ST7579_Send8bitsData, ST7579_Send16bitsCommand
******************************************************************************/
void YRDKRX62N_DataSend(int8_t cData)
{
/* A0 = 1 */
SetSendData() ;
YRDKRX62N_RSPITransferOutWord8Bit(cData) ;
/* A0 = 1 */
SetSendData() ;
}
/******************************************************************************
* ID : 71.0
* Outline : Glyph_uEZ_DataSend
* Include : Glyph_uEZ_0.h
* Function Name: Glyph_uEZ_DataSend
* Description : Send 8 bits of data to the LCD RAM at the current location.
* The current location is determined and set with local functions.
* Argument : cCommand - 8 bits of data to be sent to the LCD
* : aHandle - the Glyph handle setup by the LCD and Communications.
* Return Value : none
* Calling Functions : ST7579_Config, ST7579_SetSystemBiasBooster,
* ST7579_SetVO_Range, ST7579_SetFrameRate,
* ST7579_SetPage, ST7579_SetChar, ST7579_SetLine,
* ST7579_Send8bitsData, ST7579_Send16bitsCommand
******************************************************************************/
void Glyph_uEZ_DataSend(int8_t cData)
{
/* A0 = 1 */
SetSendData() ;
Glyph_uEZ_TransferOutWord8Bit(cData) ;
/* A0 = 1 */
SetSendData() ;
}
/******************************************************************************
* ID : 70.0
* Outline : YRDKRL78_CommandSend
* Include : YRDKRL78_RSPI0.h
* Function Name: YRDKRL78_CommandSend
* Description : Send a command define to the LCD. The defines for all commands
* available to send to the ST7579 LCD controller are defined in the header
* for this file RL78_LCD.h. The nCommand parameter should always be
* a define from that location.
* Argument : cCommand - 8 bits of data to be used as a command to the LCD
* : aHandle - the Glyph handle setup by the LCD and Communications.
* Return Value : none
* Calling Functions : ST7579_Config, ST7579_SetSystemBiasBooster,
* ST7579_SetVO_Range, ST7579_SetFrameRate,
* ST7579_SetPage, ST7579_SetChar, ST7579_SetLine,
* ST7579_Send8bitsData, ST7579_Send16bitsCommand
******************************************************************************/
void YRDKRL78_CommandSend(int8_t cCommand)
{
SetSendCommand() ;
SPI_Send(SPI_LCD, (uint8_t *)&cCommand, 1);
SetSendData() ;
}
void CInfoMapShadow::Copy(CInfoMapShadow *pSrc)
{
PBYTE pTmp;
pTmp = pSrc->GetSendData ();
SetSendData (pTmp);
SAFE_DELETE_ARRAY (pTmp);
}
/******************************************************************************
* ID : 70.0
* Outline : YRDKRX62N_CommandSend
* Include : YRDKRX62N_RSPI0.h
* Function Name: YRDKRX62N_CommandSend
* Description : Send a command define to the LCD. The defines for all commands
* available to send to the ST7579 LCD controller are defined in the header
* for this file RX62N_LCD.h. The nCommand parameter should always be
* a define from that location.
* Argument : cCommand - 8 bits of data to be used as a command to the LCD
* : aHandle - the Glyph handle setup by the LCD and Communications.
* Return Value : none
* Calling Functions : ST7579_Config, ST7579_SetSystemBiasBooster,
* ST7579_SetVO_Range, ST7579_SetFrameRate,
* ST7579_SetPage, ST7579_SetChar, ST7579_SetLine,
* ST7579_Send8bitsData, ST7579_Send16bitsCommand
******************************************************************************/
void YRDKRX62N_CommandSend(int8_t cCommand)
{
/* Send Command To LCD */
/* A0 = 0 */
SetSendCommand() ;
YRDKRX62N_RSPITransferOutWord8Bit(cCommand) ;
/* A0 = 1 */
SetSendData() ;
}
/******************************************************************************
* ID : 70.0
* Outline : Glyph_uEZ_CommandSend
* Include : Glyph_uEZ_0.h
* Function Name: Glyph_uEZ_CommandSend
* Description : Send a command define to the LCD. The defines for all commands
* available to send to the ST7579 LCD controller are defined in the header
* for this file RX62N_LCD.h. The nCommand parameter should always be
* a define from that location.
* Argument : cCommand - 8 bits of data to be used as a command to the LCD
* : aHandle - the Glyph handle setup by the LCD and Communications.
* Return Value : none
* Calling Functions : ST7579_Config, ST7579_SetSystemBiasBooster,
* ST7579_SetVO_Range, ST7579_SetFrameRate,
* ST7579_SetPage, ST7579_SetChar, ST7579_SetLine,
* ST7579_Send8bitsData, ST7579_Send16bitsCommand
******************************************************************************/
void Glyph_uEZ_CommandSend(int8_t cCommand)
{
/* Send Command To LCD */
/* A0 = 0 */
SetSendCommand() ;
Glyph_uEZ_TransferOutWord8Bit(cCommand) ;
/* A0 = 1 */
SetSendData() ;
}
// 发送结果
BOOL CNetUser::SendResult(WORD dwCmd, int nResultCode)
{
if (m_bNoUse)
{
std::cout << "SendResult fail. no used\n";
return FALSE;
}
ST_CMD_HEADER resultCmd;
resultCmd.usVerifyCode = VERIFYCODE;
resultCmd.usCmd = dwCmd;
resultCmd.uPackSize = 0;
resultCmd.usResult = nResultCode;
return SetSendData((char*)&resultCmd, HEAD_SIZE);
}
bool ServerHandler::RegisterHandle(const Json::Value &value, LPMESSAGE_DATA pMsgData)
{
if (value.isMember(BODY_PARAM) && value[BODY_PARAM].isObject())
{
Json::Value valueBody = value[BODY_PARAM];
if (valueBody.isMember(APPID_PARAM) && valueBody[APPID_PARAM].isString() && !valueBody[APPID_PARAM].asString().empty()
&& valueBody.isMember(CHECKCODE_PARAM) && valueBody[CHECKCODE_PARAM].isString())
{
// get appkey with appid
DBHandler *pDBHandler = DBHandler::GetInstance();
TPushIdentItem item = pDBHandler->GetAppInfoWithAppid(valueBody[APPID_PARAM].asString().c_str());
// create checkcode
string strToMD5 = valueBody[TOKENID_PARAM].asString() + m_strChanllenge + item.appkey;
char *aCheckcode = (char*)pMsgData->pData->m_cBuff256;
GetMD5String(strToMD5.c_str(), aCheckcode);
gvLog(LOG_MSG, "(ServerHandler::RegisterHandle) MSG: iFd:%d strToMD5:%s strCheckcode:%s CHECKCODE:%s"
, pMsgData->iFd, strToMD5.c_str(), aCheckcode, valueBody[CHECKCODE_PARAM].asString().c_str());
// compare checkcode
Json::Value root;
const char *pHttpHead = NULL;
if(0 == strcmp(aCheckcode, valueBody[CHECKCODE_PARAM].asString().c_str())) {
root[RET_PARAM] = SUCCESS_CODE;
pHttpHead = HTTP_REPONSE;
m_eHandleStep = PUSHMESSAGE_STEP;
}
else {
root[RET_PARAM] = CHECKCODEERR_CODE;
pMsgData->bSendAndClose = true;
pHttpHead = HTTP_REPONSE_CLOSE;
m_eHandleStep = BEGIN_STEP;
}
// set send data
SetSendData(pMsgData, root, pHttpHead, HTTP_200_OK);
return true;
}
}
// protocol format error
m_eHandleStep = BEGIN_STEP;
gvLog(LOG_MSG, "(ServerHandler::RegisterHandle) MSG: protocol error iFd:%d", pMsgData->iFd);
return false;
}
// handle protocol
bool ServerHandler::GetChanllengeHandle(const Json::Value &value, LPMESSAGE_DATA pMsgData)
{
gvLog(LOG_MSG, "(ServerHandler::GetChanllengeHandle) MSG: begin iFd:%d", pMsgData->iFd);
// create chanllenge
time_t tChanllenge = time(NULL);
char *pTime = pMsgData->pData->m_cBuff256;
snprintf(pTime, sizeof(pMsgData->pData->m_cBuff256), "%x%x00%d", GetTickCount(), tChanllenge << 2, pMsgData->iFd);
m_strChanllenge = pTime;
// create json
Json::Value root;
root[RET_PARAM] = SUCCESS_CODE;
root[CHANLLENGE_PARAM] = m_strChanllenge.c_str();
// set send data
SetSendData(pMsgData, root, HTTP_REPONSE, HTTP_200_OK);
m_eHandleStep = REGISTER_SERVER_STEP;
return true;
}
bool ServerHandler::PushMessageHandle(const Json::Value &value, LPMESSAGE_DATA pMsgData)
{
// CAutoLock lock(&m_mutexSendPushMsg);
gvLog(LOG_MSG, "(ServerHandler::PushMessageHandle) MSG: begin iFd:%d", pMsgData->iFd);
if (value.isMember(BODY_PARAM) && value[BODY_PARAM].isObject())
{
Json::Value valueBody = value[BODY_PARAM];
if (valueBody.isMember(TOKENIDLIST_PARAM) && valueBody[TOKENIDLIST_PARAM].isArray()
&& valueBody.isMember(BODY_PARAM) && valueBody[BODY_PARAM].isObject())
{
Json::FastWriter writer;
string strBody = writer.write(valueBody[BODY_PARAM]);
gvLog(LOG_MSG, "(ServerHandler::PushMessageHandle) MSG: iFd:%d body:\n%s", pMsgData->iFd, strBody.c_str());
for (Json::Value::iterator iter = valueBody[TOKENIDLIST_PARAM].begin();
valueBody[TOKENIDLIST_PARAM].end() != iter;
iter++)
{
if ((*iter).isMember(TOKENID_PARAM) && (*iter)[TOKENID_PARAM].isString())
{
std::string tokenid = (*iter)[TOKENID_PARAM].asString();
if (!tokenid.empty())
{
PushManager::GetInstance()->SendPushMessage(tokenid.c_str(), strBody.c_str());
}
}
}
Json::Value root;
root[RET_PARAM] = SUCCESS_CODE;
SetSendData(pMsgData, root, HTTP_REPONSE, HTTP_200_OK);
return true;
}
}
gvLog(LOG_ERR_USER, "(ServerHandler::PushMessageHandle) MSG: protocol error iFd:%d", pMsgData->iFd);
return false;
}
