void setDatetime(MYSQL_BIND& bind, const Datetime& data)
{
reserve(bind, sizeof(MYSQL_TIME));
memset(bind.buffer, 0, sizeof(MYSQL_TIME));
MYSQL_TIME* ts = static_cast<MYSQL_TIME*>(bind.buffer);
ts->year = data.getYear();
ts->month = data.getMonth();
ts->day = data.getDay();
ts->hour = data.getHour();
ts->minute = data.getMinute();
ts->second = data.getSecond();
bind.buffer_type = MYSQL_TYPE_DATE;
bind.is_null = 0;
}
//根据调度判断是否允许发送
bool CAlertMain::IsScheduleMatch(string strSchedule)
{
if(strSchedule == "")
return true;
bool bReturn = false;
Datetime tm;
int nDay;
int nHour;
int nMin;
nDay = tm.getDayOfWeek();
nHour = tm.getHour();
nMin = tm.getMinute();
printf("%d:%d:%d ",nDay,nHour,nMin);
//"Type" "绝对任务计划" "相对任务计划" 不存在"绝对任务计划"的情况， 应该在emailset.exe里屏蔽掉
OBJECT hTask = GetTask(strSchedule);
//if(GetTaskValue("Type", hTask) == "相对任务计划")
{
//相对调度条件参数
char buf[256];
string temp1 = "Allow";
itoa(nDay, buf, 10);
temp1 += buf;
string temp = GetTaskValue(temp1, hTask);
if(strcmp(temp.c_str(), "1") == 0)
{
//允许
int nTaskStartHour = 0, nTaskEndHour = 0, nTaskStartMin = 0, nTaskEndMin = 0;
int nTaskStart = 0, nTaskEnd = 0, nInput = 0;
//开始
temp1 = "start";
temp1 += buf;
std::list<string> pTmpList;
temp = GetTaskValue(temp1, hTask);
CAlertMain::ParserToken(pTmpList, temp.c_str(), ":");
sscanf(pTmpList.front().c_str(), "%d", &nTaskStartHour);
sscanf(pTmpList.back().c_str(), "%d", &nTaskStartMin);
//结束
pTmpList.clear();
temp1 = "end";
temp1 += buf;
temp = GetTaskValue(temp1, hTask);
CAlertMain::ParserToken(pTmpList, temp.c_str(), ":");
sscanf(pTmpList.front().c_str(), "%d", &nTaskEndHour);
sscanf(pTmpList.back().c_str(), "%d", &nTaskEndMin);
//比较
nTaskStart = nTaskStartHour * 60 + nTaskStartMin;
nTaskEnd = nTaskEndHour * 60 + nTaskEndMin;
nInput = nHour * 60 + nMin;
if(nInput >= nTaskStart && nInput <= nTaskEnd)
bReturn = true;
}
else
{
//禁止返回 false;
}
}
return bReturn;
}