protected static void FormatPointCircuitInfo(TagShortCircuitInfo shortCircuitInfo, out List <string> pointList)//, out List<string> PointList)
{
pointList = new List <string>();
for (var i = 0; i < shortCircuitInfo.u8_cpld_count; i++)
{
var srcBoardAddr = shortCircuitInfo.ary_cpld_state[i].u8_board_addr;
for (var j = 0; j < CpldSingleLineCount; j++)
{
var dstBoardAddr = shortCircuitInfo.ary_cpld_state[i].ary_short_circuit_info[j].u8_board_addr;
var dstIndex = shortCircuitInfo.ary_cpld_state[i].ary_short_circuit_info[j].u8_index_on_board;
if (dstBoardAddr == 0xff || dstIndex == 0xff || srcBoardAddr > dstBoardAddr || j == dstIndex ||
dstBoardAddr != 0xfe || dstIndex != 0xfe)
{
continue;
}
var srcPoint = "";
if (j < 64)
{
srcPoint = "A" + ((srcBoardAddr - 1) * 64 + j + 1);
}
else
{
srcPoint = "B" + ((srcBoardAddr - 1) * 64 + j - 63);
}
pointList.Add(srcPoint);
}
}
}
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);
}
protected static void ParseShortCircuitInfo(byte[] resultData, out TagShortCircuitInfo shortCircuitInfo)
{
var resultDataQueue = new Queue();
foreach (var t in resultData)
{
resultDataQueue.Enqueue(t);
}
var sciTmp = new TagShortCircuitInfo();
sciTmp.u8_cpld_count = (byte)resultDataQueue.Dequeue();
sciTmp.u8_reserved = new byte[3];
for (var i = 0; i < 3; i++)
{
sciTmp.u8_reserved[i] = (byte)resultDataQueue.Dequeue();
}
sciTmp.u16_short_circuit_group_count = new byte[2];
for (var i = 0; i < 2; i++)
{
sciTmp.u16_short_circuit_group_count[i] = (byte)resultDataQueue.Dequeue();
}
sciTmp.u16_short_lines_count = new byte[2];
for (var i = 0; i < 2; i++)
{
sciTmp.u16_short_lines_count[i] = (byte)resultDataQueue.Dequeue();
}
sciTmp.ary_cpld_state = new TagBoardLinesState[32];
for (var i = 0; i < sciTmp.u8_cpld_count; i++) //using cpld board count
{
sciTmp.ary_cpld_state[i] = new TagBoardLinesState();
sciTmp.ary_cpld_state[i].u8_board_addr = (byte)resultDataQueue.Dequeue();
sciTmp.ary_cpld_state[i].u8_reserved = new byte[3];
for (var j = 0; j < 3; j++)
{
sciTmp.ary_cpld_state[i].u8_reserved[j] = (byte)resultDataQueue.Dequeue();
}
sciTmp.ary_cpld_state[i].ary_u8_checked_flag = new byte[CpldSingleLineCount / 8];
for (var j = 0; j < CpldSingleLineCount / 8; j++)
{
sciTmp.ary_cpld_state[i].ary_u8_checked_flag[j] = (byte)resultDataQueue.Dequeue();
}
sciTmp.ary_cpld_state[i].ary_short_circuit_info = new TagLineAddr[CpldSingleLineCount];
for (var j = 0; j < CpldSingleLineCount; j++)
{
sciTmp.ary_cpld_state[i].ary_short_circuit_info[j] =
new TagLineAddr
{
u8_board_addr = (byte)resultDataQueue.Dequeue(),
u8_index_on_board = (byte)resultDataQueue.Dequeue()
};
}
}
shortCircuitInfo = sciTmp;
}
protected static void FormatShortCircuitInfo(TagShortCircuitInfo shortCircuitInfo, out List <List <string> > shortCircuitList)
{
var parsedDataList = new List <HashSet <string> >();
for (var i = 0; i < shortCircuitInfo.u8_cpld_count; i++)
{
var srcBoardAddr = shortCircuitInfo.ary_cpld_state[i].u8_board_addr;
for (var j = 0; j < CpldSingleLineCount; j++)
{
var dstBoardAddr = shortCircuitInfo.ary_cpld_state[i].ary_short_circuit_info[j].u8_board_addr;
var dstIndex = shortCircuitInfo.ary_cpld_state[i].ary_short_circuit_info[j].u8_index_on_board;
if (dstBoardAddr == 0xff || dstIndex == 0xff)
{
continue;
}
var srcPoint = "";
var dstPoint = "";
if (j < 64)
{
srcPoint = "A" + ((srcBoardAddr - 1) * 64 + j + 1);
}
else
{
srcPoint = "B" + ((srcBoardAddr - 1) * 64 + j - 63);
}
if (dstIndex < 64)
{
dstPoint = "A" + ((dstBoardAddr - 1) * 64 + dstIndex + 1);
}
else
{
dstPoint = "B" + ((dstBoardAddr - 1) * 64 + dstIndex - 63);
}
//Console.WriteLine(srcPoint + "->" + dstPoint);
//Console.WriteLine(srcBoardAddr + "," + j + "," + dstBoardAddr +","+ dstIndex);
var isNewShortCircuit = true;
foreach (var tmpHs in parsedDataList)
{
if (!tmpHs.Contains(dstPoint) && !tmpHs.Contains(srcPoint))
{
continue;
}
tmpHs.Add(srcPoint);
tmpHs.Add(dstPoint);
isNewShortCircuit = false;
break;
}
if (!isNewShortCircuit)
{
continue;
}
{
var tmpHs = new HashSet <string> {
srcPoint, dstPoint
};
parsedDataList.Add(tmpHs);
}
}
}
var resultDataList = parsedDataList.Select(tmpHs => tmpHs.OrderBy(x => x).ToList()).ToList();
shortCircuitList = resultDataList;
}
