int closeArduino()
{
RUNLOG("#### arduino.js # start closeArduino...\n");
SetCommMask(handle, EV_RXCHAR);
PurgeComm(handle, PURGE_RXCLEAR);
CloseHandle(handle);
RUNLOG("#### arduino.js # return closeArduino...\n");
return 0;
}
int pulse(int pin, int ontime, int offtime, char** error)
{
RUNLOG("#### arduino.js # start pulse...\n");
char command[24];
sprintf(command, "P%d,%d,%d\r", pin, ontime, offtime);
RUNLOG(command);
char response[BUFFER_SIZE];
memset(response , '\0' , sizeof(response));
int result = invoke(command, response, error);
// NSLog(@"analogRead:");
// NSLog(@"[%s]", response);
RUNLOG("#### arduino.js # return pulse...\n");
return result;
}
int openArduino(char* portname, char** error)
{
RUNLOG("#### arduino.js # start openArduino...\n");
DCB dcb = {0};
COMMTIMEOUTS timeout;
if(handle != NULL){
closeArduino();
}
handle = CreateFile(portname
, GENERIC_READ | GENERIC_WRITE
, 0
, NULL
, OPEN_EXISTING
, FILE_ATTRIBUTE_NORMAL
, NULL
);
if(handle == INVALID_HANDLE_VALUE){
return -1;
}
GetCommState(handle, &dcb);
dcb.BaudRate = CBR_9600;
dcb.ByteSize = 8;
dcb.Parity = NOPARITY;
dcb.StopBits = ONESTOPBIT;
timeout.ReadIntervalTimeout = 10;
timeout.ReadTotalTimeoutMultiplier = 1;
timeout.ReadTotalTimeoutConstant = 10;
timeout.WriteTotalTimeoutMultiplier = 1;
timeout.WriteTotalTimeoutConstant = 10;
if(SetCommState(handle, &dcb) == FALSE){
return -1;
}
if(SetCommTimeouts(handle, &timeout) == FALSE){
return -1;
}
Sleep(2000);
//wait until Arduino finish the setup
char buffer[BUFFER_SIZE];
memset(buffer , '\0' , sizeof(buffer));
response(buffer);
RUNLOG("#### arduino.js # return openArduino...\n");
return 0;
}
int delayMicroseconds(int value, char** error)
{
RUNLOG("#### arduino.js # start delayMicroseconds...\n");
char command[16];
sprintf(command, "w%d\r", value);
RUNLOG(command);
char response[BUFFER_SIZE];
memset(response , '\0' , sizeof(response));
int result = invoke(command, response, error);
// NSLog(@"delayMicroseconds:");
// NSLog(@"[%s]", response);
RUNLOG("#### arduino.js # return delayMicroseconds...\n");
return result;
}
int pinMode(int pin, bool isOutput, char** error)
{
RUNLOG("#### arduino.js # start pinMode...\n");
char command[16];
sprintf(command, "p%d,%d\r", pin, isOutput == true ? 0 : 1);
RUNLOG(command);
char response[BUFFER_SIZE];
memset(response , '\0' , sizeof(response));
int result = invoke(command, response, error);
// NSLog(@"pinMode:");
// NSLog(@"[%s]", response);
RUNLOG("#### arduino.js # return pinMode...\n");
return result;
}
int analogWrite(int pin, int value, char** error)
{
RUNLOG("#### arduino.js # start analogWrite...\n");
char command[16];
sprintf(command, "a%d,%d\r", pin, value);
RUNLOG(command);
char response[BUFFER_SIZE];
memset(response , '\0' , sizeof(response));
int result = invoke(command, response, error);
// NSLog(@"analoglWrite:");
// NSLog(@"[%s]", response);
RUNLOG("#### arduino.js # return analogWrite...\n");
return result;
}
int analogRead(int pin, int* valuePointer, char** error)
{
RUNLOG("#### arduino.js # start analogRead...\n");
char command[16];
sprintf(command, "A%d\r", pin);
RUNLOG(command);
char response[BUFFER_SIZE];
memset(response , '\0' , sizeof(response));
int result = invoke(command, response, error);
// NSLog(@"analogRead:");
// NSLog(@"[%s]", response);
*valuePointer = atoi(response);
RUNLOG("#### arduino.js # return analogRead...\n");
return result;
}
int sendServStateEmial()
{
for(unsigned int i =0;i<ServerConf::Instance()->m_ListOftrSrv.size();i++)
{
RUNLOG("Send Login Message To Front ip:%s,port:%d",ServerConf::Instance()->m_ListOftrSrv[i].sip.c_str(),ServerConf::Instance()->m_ListOftrSrv[i].sport);
if(!SendTestCmd(ServerConf::Instance()->m_ListOftrSrv[i].sip,ServerConf::Instance()->m_ListOftrSrv[i].sport))
{
AC_INFO("Test failed! Try Send Login Message To Front ip:%s,port:%d",ServerConf::Instance()->m_ListOftrSrv[i].sip.c_str(),ServerConf::Instance()->m_ListOftrSrv[i].sport);
for(int j =0;j<5;j++) //失败再测试5次，还不成功则发送邮件
{
//AC_INFO("Test fail, Continue SendTo Front ip:%s,port:%d",ServerConf::Instance()->m_ListOftrSrv[i].sip.c_str(),ServerConf::Instance()->m_ListOftrSrv[i].sport);
if(!SendTestCmd(ServerConf::Instance()->m_ListOftrSrv[i].sip,ServerConf::Instance()->m_ListOftrSrv[i].sport))
{
AC_INFO("Test %d failed, Continue SendTo Front ip:%s,port:%d",i+1,ServerConf::Instance()->m_ListOftrSrv[i].sip.c_str(),ServerConf::Instance()->m_ListOftrSrv[i].sport);
ServerConf::Instance()->m_ListOftrSrv[i].scount++;
if(ServerConf::Instance()->m_ListOftrSrv[i].scount == 5)
{
//由状态良好，第一次检测出服务器故障发邮件 或者 发送邮件1小时后，服务器依旧故障，重发邮件
if (ServerConf::Instance()->m_ListOftrSrv[i].SendTime == 0 || ( (time(NULL) - ServerConf::Instance()->m_ListOftrSrv[i].SendTime) > 3600 ) )
{
AC_INFO("Send %d message to all listen mail",i+1);
SendMail(i,0);
ServerConf::Instance()->m_ListOftrSrv[i].SendTime = time(NULL);
ServerConf::Instance()->m_ListOftrSrv[i].sendFlag = true;
}
ServerConf::Instance()->m_ListOftrSrv[i].scount = 0;
}
}
else
{
AC_INFO("Test %d succeed! SendTo Front ip:%s,port:%d",i+1,ServerConf::Instance()->m_ListOftrSrv[i].sip.c_str(),ServerConf::Instance()->m_ListOftrSrv[i].sport);
ServerConf::Instance()->m_ListOftrSrv[i].scount = 0;
break;
}
sleep(1);
}
}
else
{
if (ServerConf::Instance()->m_ListOftrSrv[i].sendFlag && ( (time(NULL) - ServerConf::Instance()->m_ListOftrSrv[i].SendTime) < 3600 )) //在1小时内发送过故障邮件
{
SendMail(i,1); //发送服务器恢复正常的邮件
ServerConf::Instance()->m_ListOftrSrv[i].sendFlag = false;
}
ServerConf::Instance()->m_ListOftrSrv[i].SendTime = 0;
}
sleep(1);
}
return 0;
}
void response(char* buffer) {
RUNLOG("#### arduino.js # response start...\n");
DWORD numBytes;
ClearCommError(handle, &errors, &status);
RUNLOG("#### arduino.js # response before ReadFile\n");
RUNLOG(buffer);
if(ReadFile(handle, buffer, BUFFER_SIZE, &numBytes, NULL) == 0){
RUNLOG("#### arduino.js # response FAILED ReadFile\n");
ClearCommError(handle, &errors, &status);
return;
}
RUNLOG("#### arduino.js # response after ReadFile\n");
RUNLOG(buffer);
RUNLOG("#### arduino.js # response return...\n");
return;
}
bool Login_Fund( SSL *ssl){
char szbuf[256];
sprintf(szbuf,"{\"loginacc\":\"%s\",\"token\":\"%s\"}",ServerConf::Instance()->m_TrAcc.c_str(),ServerConf::Instance()->m_PassWord.c_str());
string body1= szbuf;
string strjson=body1;
unsigned short wCmd=50001;
NtPkgHead head;
memset(&head,0,sizeof(head));
head.bStartFlag=0xFF;
head.bVer=1;
head.bEncryptFlag=0;
head.bFrag=0;
head.wLen= htons(sizeof(NtPkgHead)+body1.size()) ;
head.wCmd=htons(wCmd);
head.wSeq=0;
head.wCrc=0;
head.dwSID=0;
string outbuf1;
outbuf1.append((const char *)&head,sizeof(head));
outbuf1.append((char*)body1.data(),body1.size());
int len1 = SSL_write(ssl,outbuf1.data(),outbuf1.size());
if(len1 != (int)outbuf1.size()){
AC_ERROR("SSL_write buf:%s error erron:%d",body1.c_str(),errno);
return false;
}
char acbuf[8192];
memset(acbuf,0x0,8192);
int len = SSL_read(ssl,acbuf,8192);
if(len < 0){
AC_ERROR("SSL_read read buf error erron:%d",errno);
return false;
}
RUNLOG("SSL_read ret Data:%s\n",acbuf+sizeof(NtPkgHead));
return true;
}
int invoke(char* command, char* buffer, char** error)
{
RUNLOG("#### arduino.js # invoke start...\n");
DWORD wrotenLength;
long commandLength = strlen(command);
ClearCommError(handle, &errors, &status);
RUNLOG("#### arduino.js # invoke before WriteFile\n");
RUNLOG(command);
if(WriteFile(handle, (void *)command, commandLength, &wrotenLength, NULL) == 0){
RUNLOG("#### arduino.js # invoke FAILED WriteFile\n");
ClearCommError(handle, &errors, &status);
return -1;
}
RUNLOG("#### arduino.js # invoke after WriteFile\n");
RUNLOG(command);
#ifdef DEBUG
char s[1024];
sprintf(s, "commandLength = %d, wrotenLength = %d\n", commandLength, wrotenLength);
RUNLOG(s);
#endif
if(commandLength != wrotenLength){
RUNLOG("#### arduino.js # invoke commandLength != wrotenLength\n");
sprintf(*error, "Error: coudln't write successfully %ld/%ld", wrotenLength, commandLength);
RUNLOG(*error);
return -1;
}
RUNLOG("#### arduino.js # invoke before response\n");
response(buffer);
RUNLOG("#### arduino.js # invoke after response\n");
RUNLOG("#### arduino.js # invoke return...\n");
return 0;
}
