private string QFormat(WaterQuality wq)
{
//decimal pow = (decimal) Math.Pow(10, (8 - wq.Count));
return(float.Parse((wq.Value / wq.Rate).ToString("G" + wq.Count)).ToString());
//return wq.Value.ToString();
}
private static Dictionary <int, WaterQuality> WaterQualityDic()
{
Dictionary <int, WaterQuality> dic = new Dictionary <int, WaterQuality>();
WaterQuality wq = new WaterQuality();
wq.Count = 3;
wq.Name = "水温";
wq.Rate = 10;
dic.Add(0, wq);
wq = new WaterQuality();
wq.Count = 4;
wq.Name = "pH 值";
wq.Rate = 100;
dic.Add(1, wq);
wq = new WaterQuality();
wq.Count = 4;
wq.Name = "溶解氧";
wq.Rate = 10;
dic.Add(2, wq);
wq = new WaterQuality();
wq.Count = 4;
wq.Name = "高锰酸盐指数";
wq.Rate = 10;
dic.Add(3, wq);
wq = new WaterQuality();
wq.Count = 5;
wq.Name = "电导率";
wq.Rate = 1;
dic.Add(4, wq);
wq = new WaterQuality();
wq.Count = 5;
wq.Name = "氧化还原电位";
wq.Rate = 10;
dic.Add(5, wq);
wq = new WaterQuality();
wq.Count = 3;
wq.Name = "浊度";
wq.Rate = 1;
dic.Add(6, wq);
wq = new WaterQuality();
wq.Count = 7;
wq.Name = "化学需氧量";
wq.Rate = 10;
dic.Add(7, wq);
wq = new WaterQuality();
wq.Count = 5;
wq.Name = "五日生化需氧量";
wq.Rate = 10;
dic.Add(8, wq);
wq = new WaterQuality();
wq.Count = 6;
wq.Name = "氨氮";
wq.Rate = 100;
dic.Add(9, wq);
wq = new WaterQuality();
wq.Count = 5;
wq.Name = "总氮";
wq.Rate = 100;
dic.Add(10, wq);
wq = new WaterQuality();
wq.Count = 7;
wq.Name = "铜";
wq.Rate = 10000;
dic.Add(11, wq);
wq = new WaterQuality();
wq.Count = 6;
wq.Name = "锌";
wq.Rate = 10000;
dic.Add(12, wq);
wq = new WaterQuality();
wq.Count = 5;
wq.Name = "氟化物";
wq.Rate = 100;
dic.Add(13, wq);
wq = new WaterQuality();
wq.Count = 7;
wq.Name = "硒";
wq.Rate = 100000;
dic.Add(14, wq);
wq = new WaterQuality();
wq.Count = 7;
wq.Name = "砷";
wq.Rate = 100000;
dic.Add(15, wq);
wq = new WaterQuality();
wq.Count = 7;
wq.Name = "汞";
wq.Rate = 100000;
dic.Add(16, wq);
wq = new WaterQuality();
wq.Count = 7;
wq.Name = "镉";
wq.Rate = 100000;
dic.Add(17, wq);
wq = new WaterQuality();
wq.Count = 5;
wq.Name = "六价铬";
wq.Rate = 1000;
dic.Add(18, wq);
wq = new WaterQuality();
wq.Count = 7;
wq.Name = "铅";
wq.Rate = 100000;
dic.Add(19, wq);
wq = new WaterQuality();
wq.Count = 5;
wq.Name = "氰化物";
wq.Rate = 1000;
dic.Add(20, wq);
wq = new WaterQuality();
wq.Count = 5;
wq.Name = "挥发酚";
wq.Rate = 1000;
dic.Add(21, wq);
wq = new WaterQuality();
wq.Count = 5;
wq.Name = "苯酚";
wq.Rate = 100;
dic.Add(22, wq);
wq = new WaterQuality();
wq.Count = 5;
wq.Name = "硫化物";
wq.Rate = 1000;
dic.Add(23, wq);
wq = new WaterQuality();
wq.Count = 10;
wq.Name = "粪大肠菌群";
wq.Rate = 1;
dic.Add(24, wq);
wq = new WaterQuality();
wq.Count = 6;
wq.Name = "硫酸盐";
wq.Rate = 100;
dic.Add(25, wq);
wq = new WaterQuality();
wq.Count = 8;
wq.Name = "氯化物";
wq.Rate = 100;
dic.Add(26, wq);
wq = new WaterQuality();
wq.Count = 5;
wq.Name = "硝酸盐氮";
wq.Rate = 100;
dic.Add(27, wq);
wq = new WaterQuality();
wq.Count = 4;
wq.Name = "铁";
wq.Rate = 100;
dic.Add(28, wq);
wq = new WaterQuality();
wq.Count = 4;
wq.Name = "锰";
wq.Rate = 100;
dic.Add(29, wq);
wq = new WaterQuality();
wq.Count = 4;
wq.Name = "石油类";
wq.Rate = 100;
dic.Add(30, wq);
wq = new WaterQuality();
wq.Count = 4;
wq.Name = "阴离子表面活性剂";
wq.Rate = 100;
dic.Add(31, wq);
wq = new WaterQuality();
wq.Count = 7;
wq.Name = "六六六";
wq.Rate = 1000000;
dic.Add(32, wq);
wq = new WaterQuality();
wq.Count = 7;
wq.Name = "滴滴涕";
wq.Rate = 1000000;
dic.Add(33, wq);
wq = new WaterQuality();
wq.Count = 8;
wq.Name = "蓝绿藻";
wq.Rate = 10;
dic.Add(34, wq);
wq = new WaterQuality();
wq.Count = 12;
wq.Name = "总磷";
wq.Rate = 10000000;
dic.Add(35, wq);
wq = new WaterQuality();
wq.Count = 4;
wq.Name = "叶绿素";
wq.Rate = 100;
dic.Add(36, wq);
wq = new WaterQuality();
wq.Count = 5;
wq.Name = "总有机碳";
wq.Rate = 100;
dic.Add(37, wq);
wq = new WaterQuality();
wq.Count = 7;
wq.Name = "余氯";
wq.Rate = 1000000;
dic.Add(38, wq);
return(dic);
}
/// <summary>
/// 水质参数报文解析
/// </summary>
public void analyzeWaterQuality(byte[] res, SqlConnection conn)
{
SqlHelper sh = new SqlHelper();
byte[] byte_class = new byte[5];
Array.Copy(res, 10, byte_class, 0, 5);
string code = ByteArrayToBinaryString(byte_class);
char[] arr_code = code.ToArray();
//Console.WriteLine(code);
//Dictionary<int, WaterQuality> dic = WaterQualityDic();
List <WaterQuality> listw = new List <WaterQuality>();
byte[] byte_data = new byte[4];
int index = 0;
int indexfive = 0;
string str_address = analyzeAddress(res);
if (dicAddress.ContainsKey(str_address))
{
str_address = dicAddress[str_address];
}
StringBuilder sbout = new StringBuilder();
Console.WriteLine("[" + str_address + "]接收水质参数报文：" + BitConverter.ToString(res));
for (int i = 0; i < 40; i++)
{
if (arr_code[i] == '1')
{
Array.Clear(byte_data, 0, 4);
if (i == 24)
{
indexfive = 1;
}
else
{
indexfive = 0;
}
Array.Copy(res, indexfive + 15 + index * 4, byte_data, 0, 4);
Array.Reverse(byte_data);
String bcdstring = converToBCD(byte_data);
//Console.WriteLine(bcdstring);
int value = int.Parse(bcdstring);
WaterQuality wq = null;
if (!wqDic.TryGetValue(i, out wq))
{
index++;
continue;
}
wq.Value = decimal.Parse(value.ToString());
if (str_address + "." + wq.Name == "管网.浊度")
{
wq.Value = wq.Value / 1000;
}
String finallValue = QFormat(wq);
sbout.Append(String.Format("{0}:{1},D<{2}>|", wq.Name, finallValue, i));
wq.Name = str_address + "." + wq.Name;
//wq.Value = decimal.Parse(finallValue);
wq.Value = ChangeDataToD(finallValue);
listw.Add(wq);
index++;
}
}
if (listw.Count > 0)
{
Console.WriteLine("[" + str_address + "]接收" + listw.Count + "个水质参数：" + sbout.ToString());
sh.insertFuGuang(conn, listw);
}
else
{
Console.WriteLine("[" + str_address + "]虽然收到报文但是没有采集任何参数");
}
//Convert.ToString(btye_class, 2).PadLeft(39, '0');
}
