protected static void ParseCommandResult(byte[] resultData, out TagCommandResult commandResult)
{
var resultDataQueue = new Queue();
foreach (var t in resultData)
{
resultDataQueue.Enqueue(t);
}
//Obtain command result
var crTmp = new TagCommandResult
{
u8_is_ok = (byte)resultDataQueue.Dequeue(),
u8_result1 = (byte)resultDataQueue.Dequeue(),
u16_result2 = new byte[2]
};
for (var i = 0; i < 2; i++)
{
crTmp.u16_result2[i] = (byte)resultDataQueue.Dequeue();
}
crTmp.u32_append_data_size = new byte[4];
for (var i = 0; i < 4; i++)
{
crTmp.u32_append_data_size[i] = (byte)resultDataQueue.Dequeue();
}
commandResult = crTmp;
}
public static void SearchPointParse(byte[] resultData, out List <string> pointList)
{
TagCommandResult commandResult = null;
TagShortCircuitInfo shortCircuitInfo = null;
ParseCommandResult(resultData.Take(8).ToArray(), out commandResult);
ParseShortCircuitInfo(resultData.Skip(8).ToArray(), out shortCircuitInfo);
FormatPointCircuitInfo(shortCircuitInfo, out pointList);
}
public static void SelfCheckParse(byte[] resultData, out List <List <string> > shortCircuitInfoResult, out int pointNo, out int circuitNo)
{
TagCommandResult commandResult = null;
TagShortCircuitInfo shortCircuitInfo = null;
shortCircuitInfoResult = new List <List <string> >();
ParseCommandResult(resultData.Take(8).ToArray(), out commandResult);
ParseShortCircuitInfo(resultData.Skip(8).ToArray(), out shortCircuitInfo);
circuitNo = U8ToU16(shortCircuitInfo.u16_short_circuit_group_count[1], shortCircuitInfo.u16_short_circuit_group_count[0]);
pointNo = U8ToU16(shortCircuitInfo.u16_short_lines_count[1], shortCircuitInfo.u16_short_lines_count[0]);
FormatShortCircuitInfo(shortCircuitInfo, out shortCircuitInfoResult);
}