public ActionResult AjaxGetMultiElements(string StationNames, string StationNums, int ElementID)
{
try
{
using (webmeteo_g2DataContext context = new webmeteo_g2DataContext())
{
string[] stationnums = StationNums.Split(new char[] { ',' }, StringSplitOptions.RemoveEmptyEntries);
string[] stationnames = StationNames.Split(new char[] { ',' }, StringSplitOptions.RemoveEmptyEntries);
if (stationnums != null && stationnames != null)
{
DateTime start = DateTime.Now;
List<dynamic> res = new List<dynamic>();
for (int i = 0; i < stationnums.Length; i++)
{
List<dynamic> templist = new List<dynamic>();
var TEMP = 88.8;
for (int time = 0; time <= DateTime.Now.Hour; time++)
{
DATA_DMGD_InfoManage element = context.DATA_DMGD_InfoManages.Where(c => c.STATION_NUMBER.Equals(stationnums[i]) && c.OBSERVATION_DATA_DATE.Year.Equals(DateTime.Now.Year) && c.OBSERVATION_DATA_DATE.Month.Equals(DateTime.Now.Month) && c.OBSERVATION_DATA_DATE.Day.Equals(DateTime.Now.Day) && c.OBSERVATION_DATA_DATE.Hour.Equals(time)).FirstOrDefault();
if (element != null)
{
switch (AllConsts.getElementName(ElementID))
{
case "气温":
if (element.TEMP != null)
TEMP = (((int)(element.TEMP * 10)) / 10.0);
break;
case "最高气温":
if (element.MOST_TEMP != null)
TEMP = (((int)(element.TEMP * 10)) / 10.0);
break;
case "最低气温":
if (element.LEAST_TEMP != null)
TEMP = (((int)(element.TEMP * 10)) / 10.0);
break;
case "气压":
if (element.PRES != null)
TEMP = (((int)(element.TEMP * 10)) / 10.0);
break;
}
templist.Add(new { time, TEMP });
}
}
if (templist.Count != 0)
res.Add(new { label = stationnames[i], data = templist });
}
DateTime end = DateTime.Now;
TimeSpan span = end - start;
int seconds = (int)span.TotalSeconds;
return Json(new { res, d = seconds }, JsonRequestBehavior.AllowGet);
}
return Json(new { res = "", d = -1 }, JsonRequestBehavior.AllowGet);
}
}
catch
{
return Json(new { res = "", d = -1 }, JsonRequestBehavior.AllowGet);
}
}
public ActionResult AjaxTransforStatus(int StoragesInfoID)
{
try
{
int storageID = StoragesInfoID;
if (StoragesInfoID.Equals(AllConsts.BAOZHANG_UNIT_NUM))
{
storageID = AllConsts.XLHT_UNIT_NUM;
}
int[] timeout = new int[] { -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1 };
using (webmeteo_g2DataContext context = new webmeteo_g2DataContext())
{
DateTime nowdate = DateTime.Now.AddDays(-1);
List<dynamic> res = new List<dynamic>();
using (InfoManageDataContext infocontext = new InfoManageDataContext())
{
List<Station> stations = infocontext.Stations.Where(c => c.StoragesInfoID.Equals(storageID)).ToList<Station>();
for (int time = 0; time <= DateTime.Now.Hour; time++)
{
foreach (Station sta in stations)
{
DRF_InfoManage transforstatus = context.DRF_InfoManages.Where(c => c.SN.Equals(sta.StationNum) && c.FROM_DATE.Year.Equals(nowdate.Year) && c.FROM_DATE.Month.Equals(nowdate.Month) && c.FROM_DATE.Day.Equals(nowdate.Day) && c.FROM_DATE.Hour.Equals(time)).FirstOrDefault();
Type t = transforstatus.GetType();
System.Reflection.PropertyInfo propertyInfo = t.GetProperty("A" + time);
var stat = propertyInfo.GetValue(transforstatus, null);
if (null != stat)
{
int munite = Convert.ToInt32(stat);
if (transforstatus != null && munite > 15)
timeout[time]++;
}
}
}
}
return Json(timeout, JsonRequestBehavior.AllowGet);
}
}
catch
{
return Json("", JsonRequestBehavior.AllowGet);
}
}
public ActionResult AjaxSubStationElement(string StationNum, string ElementName)
{
try
{
using (webmeteo_g2DataContext context = new webmeteo_g2DataContext())
{
List<dynamic> templist = new List<dynamic>();
var TEMP = 88.8;
for (int time = 0; time <= DateTime.Now.Hour; time++)
{
DATA_DMGD_InfoManage element = context.DATA_DMGD_InfoManages.Where(c => c.STATION_NUMBER.Equals(StationNum) && c.OBSERVATION_DATA_DATE.Year.Equals(DateTime.Now.Year) && c.OBSERVATION_DATA_DATE.Month.Equals(DateTime.Now.Month) && c.OBSERVATION_DATA_DATE.Day.Equals(DateTime.Now.Day) && c.OBSERVATION_DATA_DATE.Hour.Equals(time)).FirstOrDefault();
switch (ElementName)
{
case "气温":
if (element.TEMP != null)
TEMP = (((int)(element.TEMP * 10)) / 10.0);
break;
case "最高气温":
if (element.MOST_TEMP != null)
TEMP = (((int)(element.TEMP * 10)) / 10.0);
break;
case "最低气温":
if (element.LEAST_TEMP != null)
TEMP = (((int)(element.TEMP * 10)) / 10.0);
break;
case "气压":
if (element.PRES != null)
TEMP = (((int)(element.TEMP * 10)) / 10.0);
break;
}
templist.Add(new { time, TEMP });
}
return Json(new { ElementName, templist }, JsonRequestBehavior.AllowGet);
}
}
catch
{
return Json("", JsonRequestBehavior.AllowGet);
}
}
public ActionResult AjaxSubStationData(string StationNum)
{
try
{
using (webmeteo_g2DataContext context = new webmeteo_g2DataContext())
{
List<dynamic> templist = new List<dynamic>();
List<dynamic> pressurelist = new List<dynamic>();
var TEMP = 88.8;
var PRES = 888.8;
for (int time = 0; time <= DateTime.Now.Hour; time++)
{
DATA_DMGD_InfoManage element = context.DATA_DMGD_InfoManages.Where(c => c.STATION_NUMBER.Equals(StationNum) && c.OBSERVATION_DATA_DATE.Year.Equals(DateTime.Now.Year) && c.OBSERVATION_DATA_DATE.Month.Equals(DateTime.Now.Month) && c.OBSERVATION_DATA_DATE.Day.Equals(DateTime.Now.Day) && c.OBSERVATION_DATA_DATE.Hour.Equals(time)).FirstOrDefault();
if (element.TEMP != null)
TEMP = (((int)(element.TEMP * 10)) / 10.0);
if (element.PRES != null)
PRES = (((int)(element.PRES * 10)) / 10.0);
templist.Add(new { time, TEMP });
pressurelist.Add(new { time, PRES });
}
return Json(new { templist, pressurelist }, JsonRequestBehavior.AllowGet);
}
}
catch
{
return Json("", JsonRequestBehavior.AllowGet);
}
}
public ActionResult AjaxBatteryStatus()
{
try
{
using (InfoManageDataContext infocontext = new InfoManageDataContext())
{
using (webmeteo_g2DataContext context = new webmeteo_g2DataContext())
{
List<DATA_STAB_InfoManage> stations = context.DATA_STAB_InfoManages.Where(c => c.CREATE_DATE.Year.Equals(DateTime.Now.Year) && c.CREATE_DATE.Month.Equals(DateTime.Now.Month) && c.CREATE_DATE.Day.Equals(DateTime.Now.Day) && c.CREATE_DATE.Hour.Equals(DateTime.Now.Hour)).ToList<DATA_STAB_InfoManage>();
List<dynamic> res = new List<dynamic>();
foreach (DATA_STAB_InfoManage battery in stations)
{
AWS_InfoManage aws = context.AWS_InfoManages.Where(c => c.STATION_NUMBER.Equals(battery.STATION_NUMBER)).FirstOrDefault();
if (aws != null)
{
Station infosta = infocontext.Stations.Where(c => c.StationNum.Equals(battery.STATION_NUMBER)).FirstOrDefault();
if (infosta != null)
{
//StationEquipmentsOnline online = infocontext.StationEquipmentsOnlines.Where(c => c.StationID.Equals(infosta.StationID) && c.ElementID.Equals(29)).FirstOrDefault();
var VOLTAGE = ((int)(battery.MB_VOLTAGE * 10)) / 10.0;
var TEMP = ((int)(battery.AWS_TEMP * 10)) / 10.0;
res.Add(new { SolerBord = "XS500", VaildDate = DateTime.Now.AddYears(3), SIM = infosta.SIM, StationTyp = infosta.StationType, STATION_NAME = aws.STATION_NAME, STATION_NUMBER = battery.STATION_NUMBER, VOLTAGE = VOLTAGE });
}
}
}
return Json(res, JsonRequestBehavior.AllowGet);
}
}
}
catch
{
return Json("", JsonRequestBehavior.AllowGet);
}
}
public ActionResult AjaxUpdateStation(int flag)
{
try
{
if (flag.Equals(1))
{
using (InfoManageDataContext context = new InfoManageDataContext())
{
List<dynamic> res = new List<dynamic>();
var result = (from c in context.Stations
select new
{
c.StationName,
c.StationNum,
c.StationLatitude,
c.StationLongitude
});
foreach (dynamic sta in result)
{
string StationLongitude = sta.StationLongitude;
string StationLatitude = sta.StationLatitude;
double longitude, latitude;
if (StationLongitude.Length == 7 && !StationLongitude.Contains("."))
longitude = int.Parse(StationLongitude.Substring(0, 3)) + int.Parse(StationLongitude.Substring(3, 2)) / 60.0 + int.Parse(StationLongitude.Substring(5, 2)) / 3600.0;
else
continue;
if (StationLatitude.Length == 6 && !StationLatitude.Contains("."))
latitude = int.Parse(StationLatitude.Substring(0, 2)) + int.Parse(StationLatitude.Substring(2, 2)) / 60.0 + int.Parse(StationLatitude.Substring(4, 2)) / 3600.0;
else
continue;
res.Add(new { sta.StationNum, sta.StationName, StationLongitude = longitude.ToString(), StationLatitude = latitude.ToString() });
}
return Json(res, JsonRequestBehavior.AllowGet);
}
//using (webmeteo_g2DataContext context = new webmeteo_g2DataContext())
//{
// List<dynamic> res = new List<dynamic>();
// List<AWS_InfoManage> stations = context.AWS_InfoManages.ToList<AWS_InfoManage>();
// foreach (AWS_InfoManage sta in stations)
// {
// TIMEOUT_EVENT_InfoManage timeout = context.TIMEOUT_EVENT_InfoManages.Where(c => c.STATION_NUMBER.Equals(sta.STATION_NUMBER) && c.EVENT_DATE.Year.Equals(DateTime.Now.Year) && c.EVENT_DATE.Month.Equals(DateTime.Now.Month) && c.EVENT_DATE.Day.Equals(DateTime.Now.Day) && c.EVENT_DATE.Hour.Equals(DateTime.Now.Hour) && c.EVENT_DATE.Minute.Equals(DateTime.Now.Minute)).FirstOrDefault();
// if (sta.ENABLED.ToString() == "1")
// {
// if (timeout != null)
// res.Add(new { STATION_NAME = sta.STATION_NAME, STATION_NUMBER = sta.STATION_NUMBER, LATITUDE_FV = sta.LATITUDE_FV, LONGITUDE_FV = sta.LONGITUDE_FV, STATION_STATUS = AllConsts.TIMEOUT_EVENT_TYPE.timeout });
// else
// res.Add(new { STATION_NAME = sta.STATION_NAME, STATION_NUMBER = sta.STATION_NUMBER, LATITUDE_FV = sta.LATITUDE_FV, LONGITUDE_FV = sta.LONGITUDE_FV, STATION_STATUS = AllConsts.TIMEOUT_EVENT_TYPE.online });
// }
// if (sta.ENABLED.ToString() == "0")
// {
// res.Add(new { STATION_NAME = sta.STATION_NAME, STATION_NUMBER = sta.STATION_NUMBER, LATITUDE_FV = sta.LATITUDE_FV, LONGITUDE_FV = sta.LONGITUDE_FV, STATION_STATUS = AllConsts.TIMEOUT_EVENT_TYPE.disabled });
// }
// }
// return Json(res, JsonRequestBehavior.AllowGet);
//}
}
if (flag.Equals(2))
{
using (webmeteo_g2DataContext context = new webmeteo_g2DataContext())
{
List<dynamic> res = new List<dynamic>();
List<AWS_InfoManage> stations = context.AWS_InfoManages.ToList<AWS_InfoManage>();
foreach (AWS_InfoManage sta in stations)
{
TIMEOUT_EVENT_InfoManage timeout = context.TIMEOUT_EVENT_InfoManages.Where(c => c.STATION_NUMBER.Equals(sta.STATION_NUMBER) && c.EVENT_DATE.Year.Equals(DateTime.Now.Year) && c.EVENT_DATE.Month.Equals(DateTime.Now.Month) && c.EVENT_DATE.Day.Equals(DateTime.Now.Day) && c.EVENT_DATE.Hour.Equals(DateTime.Now.Hour) && c.EVENT_DATE.Minute.Equals(DateTime.Now.Minute)).FirstOrDefault();
if (sta.ENABLED.ToString() == "1")
{
if (timeout == null)
res.Add(new { STATION_NAME = sta.STATION_NAME, STATION_NUMBER = sta.STATION_NUMBER, LATITUDE_FV = sta.LATITUDE_FV, LONGITUDE_FV = sta.LONGITUDE_FV, STATION_STATUS = AllConsts.TIMEOUT_EVENT_TYPE.online });
}
}
return Json(res, JsonRequestBehavior.AllowGet);
}
}
if (flag.Equals(3))
{
using (InfoManageDataContext infocontext = new InfoManageDataContext())
{
using (webmeteo_g2DataContext context = new webmeteo_g2DataContext())
{
List<dynamic> res = new List<dynamic>();
List<AWS_InfoManage> stations = context.AWS_InfoManages.ToList<AWS_InfoManage>();
foreach (AWS_InfoManage sta in stations)
{
if (sta.STATION_NUMBER != null || sta.STATION_NUMBER != "")
{
Station infostation = infocontext.Stations.Where(c => c.StationNum.Equals(sta.STATION_NUMBER)).FirstOrDefault();
TIMEOUT_EVENT_InfoManage timeout = context.TIMEOUT_EVENT_InfoManages.Where(c => c.STATION_NUMBER.Equals(sta.STATION_NUMBER) && c.EVENT_DATE.Year.Equals(DateTime.Now.Year) && c.EVENT_DATE.Month.Equals(DateTime.Now.Month) && c.EVENT_DATE.Day.Equals(DateTime.Now.Day) && c.EVENT_DATE.Hour.Equals(DateTime.Now.Hour) && c.EVENT_DATE.Minute.Equals(DateTime.Now.Minute)).FirstOrDefault();
if (sta.ENABLED.ToString() == "1" && infostation != null)
{
if (timeout != null)
{
res.Add(new { samplingMod = AllConsts.getSamplingMod(infostation.samplingMod), infostation.SIM, StationTyp = infostation.StationType, transportManageType = AllConsts.gettransportManageType(infostation.transportManageType), STATION_NAME = sta.STATION_NAME, STATION_NUMBER = sta.STATION_NUMBER, LATITUDE_FV = sta.LATITUDE_FV, LONGITUDE_FV = sta.LONGITUDE_FV, STATION_STATUS = AllConsts.TIMEOUT_EVENT_TYPE.timeout });
}
}
//if (sta.ENABLED.ToString() == "0")
//{
// res.Add(new { samplingMod = AllConsts.getSamplingMod(infostation.samplingMod), infostation.SIM, StationTyp = infostation.StationType, transportManageType = AllConsts.gettransportManageType(infostation.transportManageType), STATION_NAME = sta.STATION_NAME, STATION_NUMBER = sta.STATION_NUMBER, LATITUDE_FV = sta.LATITUDE_FV, LONGITUDE_FV = sta.LONGITUDE_FV, STATION_STATUS = AllConsts.TIMEOUT_EVENT_TYPE.disabled });
//}
}
}
return Json(res, JsonRequestBehavior.AllowGet);
}
}
}
return Json("", JsonRequestBehavior.AllowGet);
}
catch
{
return Json("", JsonRequestBehavior.AllowGet);
}
}
public ActionResult AjaxTransforStatus()
{
try
{
using (webmeteo_g2DataContext context = new webmeteo_g2DataContext())
{
DateTime nowdate = DateTime.Now.AddDays(-1);
List<dynamic> res = new List<dynamic>();
List<DRF_InfoManage> transforstatus = context.DRF_InfoManages.Where(c => c.ITP < 1 && c.FROM_DATE.Year.Equals(nowdate.Year) && c.FROM_DATE.Month.Equals(nowdate.Month) && c.FROM_DATE.Day.Equals(nowdate.Day)).ToList<DRF_InfoManage>();
foreach (DRF_InfoManage drf in transforstatus)
{
AWS_InfoManage aws = context.AWS_InfoManages.Where(c => c.STATION_NUMBER.Equals(drf.SN)).FirstOrDefault();
if (aws != null)
{
var ITP = ((int)(drf.ITP * 1000)) / 10.0;
var OTP = ((int)(drf.OTP * 1000)) / 10.0;
var MTP = ((int)(drf.MTP * 1000)) / 10.0;
res.Add(new { ITP, OTP, MTP, drf.SN, A0 = AllConsts.transforLable(drf.A0, 0), A1 = AllConsts.transforLable(drf.A1, 1), A2 = AllConsts.transforLable(drf.A2, 2), A3 = AllConsts.transforLable(drf.A3, 3), A4 = AllConsts.transforLable(drf.A4, 4), A5 = AllConsts.transforLable(drf.A5, 5), A6 = AllConsts.transforLable(drf.A6, 6), A7 = AllConsts.transforLable(drf.A7, 7), A8 = AllConsts.transforLable(drf.A8, 8), A9 = AllConsts.transforLable(drf.A9, 9), A10 = AllConsts.transforLable(drf.A10, 10), A11 = AllConsts.transforLable(drf.A11, 11), A12 = AllConsts.transforLable(drf.A12, 12), A13 = AllConsts.transforLable(drf.A13, 13), A14 = AllConsts.transforLable(drf.A14, 14), A15 = AllConsts.transforLable(drf.A15, 15), A16 = AllConsts.transforLable(drf.A16, 16), A17 = AllConsts.transforLable(drf.A17, 17), A18 = AllConsts.transforLable(drf.A18, 18), A19 = AllConsts.transforLable(drf.A19, 19), A20 = AllConsts.transforLable(drf.A20, 20), A21 = AllConsts.transforLable(drf.A21, 21), A22 = AllConsts.transforLable(drf.A22, 22), A23 = AllConsts.transforLable(drf.A23, 23), aws.STATION_NAME });
}
}
return Json(res, JsonRequestBehavior.AllowGet);
}
}
catch
{
return Json("", JsonRequestBehavior.AllowGet);
}
}
public ActionResult AjaxDataStatus(int StoragesInfoID)
{
try
{
using (webmeteo_g2DataContext context = new webmeteo_g2DataContext())
{
List<Station> mystations;
using (InfoManageDataContext infocontext = new InfoManageDataContext())
{
mystations = infocontext.Stations.Where(c => c.StoragesInfoID.Equals(StoragesInfoID)).ToList<Station>();
}
if (mystations != null)
{
List<dynamic> res = new List<dynamic>();
foreach (Station stat in mystations)
{
int minute = ((int)(DateTime.Now.Minute / 10)) * 10;
DATA_DMGD_InfoManage battery = context.DATA_DMGD_InfoManages.Where(c => c.STATION_NUMBER.Equals(stat.StationNum) && c.OBSERVATION_DATA_DATE.Year.Equals(DateTime.Now.Year) && c.OBSERVATION_DATA_DATE.Month.Equals(DateTime.Now.Month) && c.OBSERVATION_DATA_DATE.Day.Equals(DateTime.Now.Day) && c.OBSERVATION_DATA_DATE.Hour.Equals(DateTime.Now.Hour) && c.OBSERVATION_DATA_DATE.Minute.Equals(minute)).FirstOrDefault();
if (battery != null)
{
var TEMP = ((int)(battery.TEMP * 10)) / 10.0;
var MOST_TEMP = ((int)(battery.MOST_TEMP * 10)) / 10.0;
var LEAST_TEMP = ((int)(battery.LEAST_TEMP * 10)) / 10.0;
res.Add(new { stat.StationName, stat.StationNum, battery.STATION_NUMBER, battery.CREATE_DATE, TEMP, MOST_TEMP, battery.MOST_TEMP_DATE, LEAST_TEMP, battery.LEAST_TEMP_DATE, battery.BUCKET_RAIN_COUNT });
}
}
return Json(res, JsonRequestBehavior.AllowGet);
}
return Json("", JsonRequestBehavior.AllowGet);
}
}
catch
{
return Json("", JsonRequestBehavior.AllowGet);
}
}
