/// <summary>
/// 从数据库中获取记录仪列表
/// </summary>
public static List <NoiseRecorder> GetRecorders()
{
try
{
List <NoiseRecorder> recList = new List <NoiseRecorder>();
string sql = string.Empty;
sql = "SELECT * FROM EN_NoiseRecorder";
DataTable dtRecorder = SQLHelper.ExecuteDataTable(sql);
if (dtRecorder.Rows.Count == 0)
{
return(recList); //throw new Exception("记录仪数据为空。");
}
for (int i = 0; i < dtRecorder.Rows.Count; i++)
{
NoiseRecorder rec = new NoiseRecorder();
rec.ID = Convert.ToInt32(dtRecorder.Rows[i]["RecorderId"]);
rec.Remark = dtRecorder.Rows[i]["Remark"].ToString();
rec.AddDate = Convert.ToDateTime(dtRecorder.Rows[i]["AddDate"]);
rec.GroupState = Convert.ToInt32(dtRecorder.Rows[i]["GroupState"]);
sql = "SELECT * FROM MT_RecorderSet WHERE RecorderId = " + rec.ID.ToString();
DataTable recSet = SQLHelper.ExecuteDataTable(sql);
rec.RecordTime = Convert.ToInt32(recSet.Rows[0]["RecordTime"]);
rec.CommunicationTime = Convert.ToInt32(recSet.Rows[0]["CommunicationTime"]);
rec.PickSpan = Convert.ToInt32(recSet.Rows[0]["PickSpan"]);
rec.Power = Convert.ToInt32(recSet.Rows[0]["StartEnd_Power"]);
rec.ControlerPower = Convert.ToInt32(recSet.Rows[0]["Controler_Power"]);
rec.Power = Convert.ToInt32(recSet.Rows[0]["StartEnd_Power"]);
rec.LeakValue = Convert.ToInt32(recSet.Rows[0]["LeakValue"]);
sql = "SELECT GroupId,RecorderId,leakValue,FrequencyValue,OriginalData,CollTime,UnloadTime,HistoryFlag FROM DL_Noise_Real WHERE RecorderId = " + rec.ID + " ORDER BY CollTime DESC";
//DataTable dt_test = SQLiteHelper.ExecuteDataTable(sql, null);
using (SqlDataReader reader = SQLHelper.ExecuteReader(sql, null))
{
if (reader.Read())
{
rec.Data = new NoiseData();
rec.Data.GroupID = Convert.ToInt32(reader["GroupId"]);
rec.Data.ReadTime = Convert.ToDateTime(reader.GetString(5));
rec.Data.UploadTime = Convert.ToDateTime(reader.GetString(6));
rec.Data.UploadFlag = Convert.ToInt32(reader["HistoryFlag"]);
string[] strAmp = reader["LeakValue"].ToString().Split(',');
double[] amp = new double[strAmp.Length];
for (int j = 0; j < strAmp.Length && strAmp.Length > 1; j++)
{
if (!string.IsNullOrEmpty(strAmp[j]))
{
amp[j] = Convert.ToDouble(strAmp[j]);
}
}
rec.Data.Amplitude = amp;
string[] strFrq = reader["FrequencyValue"].ToString().Split(',');
double[] frq = new double[strFrq.Length];
for (int j = 0; j < strFrq.Length && strFrq.Length > 1; j++)
{
if (!string.IsNullOrEmpty(strFrq[j]))
{
frq[j] = Convert.ToDouble(strFrq[j]);
}
}
rec.Data.Frequency = frq;
string[] strDa = reader["OriginalData"].ToString().Split(',');
short[] da = new short[strDa.Length];
for (int j = 0; j < strDa.Length; j++)
{
if (strDa[j] != "")
{
da[j] = Convert.ToInt16(strDa[j]);
}
}
rec.Data.OriginalData = da;
}
}
sql = "SELECT GroupId,RecorderId,MinLeakValue,MinFrequencyValue,IsLeak,ESA,COllTime,UnloadTime,HistoryFlag,EnergyValue,LeakProbability FROM DL_NoiseAnalyse WHERE RecorderId = " + rec.ID + " ORDER BY CollTime DESC";
using (SqlDataReader reader = SQLHelper.ExecuteReader(sql, null))
{
if (reader.Read())
{
rec.Result = new NoiseResult();
rec.Result.GroupID = Convert.ToInt32(reader["GroupId"]);
rec.Result.RecorderID = rec.ID;
rec.Result.IsLeak = Convert.ToInt32(reader["IsLeak"]);
rec.Result.ReadTime = Convert.ToDateTime(reader.GetString(6));
rec.Result.UploadTime = Convert.ToDateTime(reader.GetString(7));
rec.Result.LeakAmplitude = Convert.ToDouble(reader["MinLeakValue"]);
rec.Result.LeakFrequency = Convert.ToDouble(reader["MinFrequencyValue"]);
rec.Result.EnergyValue = Convert.ToDouble(reader["EnergyValue"]);
rec.Result.LeakProbability = Convert.ToDouble(reader["LeakProbability"]);
//rec.Result.UploadFlag = (int)reSet.Rows[0]["HistoryFlag"];
}
}
sql = @"SELECT GroupId FROM MP_GroupRecorder WHERE RecorderId = " + rec.ID.ToString();
object gID = SQLHelper.ExecuteScalar(sql);
if (gID == null)
{
rec.GroupID = 0;
}
else
{
rec.GroupID = Convert.ToInt32(gID);
}
recList.Add(rec);
}
return(recList);
}
catch (Exception ex)
{
throw ex;
}
}
