public static void UnpackFromFlex(FlexEvent mainFlex, ref CSVTableParser inittbl,
ref List<CSVTableParser> tables, ref string name)
{
inittbl.Rows = new List<Row>();
for (int i = 0; i < tables.Count; i++)
tables[i].Rows = new List<Row>();
try {
var inittblFlex = (FlexEvent) mainFlex.Arguments[InitTblFlexName];
name = mainFlex.Operation.Split('.').Last();
foreach (var initTblPath in inittblFlex.Arguments) {
var tbIndex = Int32.Parse(initTblPath.Key);
var tbName = (string) initTblPath.Value;
var tableFlex = (FlexEvent) mainFlex.Arguments[tbName];
var inittblRow = new Row();
inittblRow.Cell.Add(inittbl.Description[0].ColumnName, tbIndex);
inittblRow.Cell.Add(inittbl.Description[1].ColumnName, tbName);
inittbl.Rows.Add(inittblRow);
foreach (var trfObj in tableFlex.Arguments) {
var tableRowFlex = (FlexEvent) trfObj.Value;
var tableRow = new Row();
foreach (var columnPath in tables[tbIndex].Description)
tableRow.Cell.Add(columnPath.ColumnName, tableRowFlex.Arguments[columnPath.ColumnName]);
tables[tbIndex].Rows.Add(tableRow);
}
}
}
catch (Exception e) {
InstantLogger.err("CSVTP_FlexEventConverter.UnpackFromFlex:\n{0}", e.ToString());
}
}
public static void ResponceGenerator(FlexEvent flx, Requester.Result result)
{
var command = flx.Arguments.ContainsKey(ArgCommandName) ? (string)flx.Arguments[ArgCommandName] : "";
var fex = CreateRespFex(flx);
var count = 0;
foreach (var collumn in result.ResultData)
{
fex.AddComplexArg(collumn.Key,collumn.Value);
if (count == 0) {
foreach (var row in collumn.Value) {
count++;
}
}
}
foreach (var argument in flx.Arguments) {
if (!argument.Key.StartsWith("@")) {
fex.AddArg(String.Format("<{0}>",argument.Key), argument.Value);
}
}
fex.AddArg(ArgCountName,count);
fex.AddArg(ArgCommandName, command);
fex.AddArg(ArgErrorCodeName, result.ErrorCode.ToString());
fex.AddArg(ArgErrorStringName, result.ErrorStr);
fex.Fire(MainGate);
InstantLogger.msg(fex.evt.ToString());
}
public static FlexEvent PackToFlex(string name, CSVTableParser inittbl, List<CSVTableParser> tables)
{
var mainFlex = new FlexEvent(AppName + ".Tables." + name);
var inittblFlex = new FlexEvent(InitTblFlexName);
var tablesFlexList = new List<FlexEvent>();
for (int i = 0; i < tables.Count; i++)
tablesFlexList.Add(new FlexEvent());
foreach (var row in inittbl.Rows) {
var keyIndex = inittbl.Description[0].ColumnName;
var keyName = inittbl.Description[1].ColumnName;
var tbIndex = (int) row.Cell[keyIndex];
inittblFlex.Arguments.Add(tbIndex.ToString(), row.Cell[keyName]);
var tableFlex = new FlexEvent((string) row.Cell[keyName]);
for (int index = 0; index < tables[tbIndex].Rows.Count; index++) {
var tableRow = tables[tbIndex].Rows[index];
var tableRowFlex = new FlexEvent(index.ToString());
foreach (var columnPath in tables[tbIndex].Description) {
var keyCollumn = columnPath.ColumnName;
tableRowFlex.Arguments.Add(keyCollumn, tableRow.Cell[keyCollumn]);
}
tableFlex.Arguments.Add(index.ToString(), tableRowFlex);
}
mainFlex.Arguments.Add(tableFlex.Operation, tableFlex);
}
mainFlex.Arguments.Add(inittblFlex.Operation, inittblFlex);
return mainFlex;
}
private static void Main(string[] argv)
{
using (var l = new Logger("PipeCatcher"))
{
try
{
var o = new FlexEvent("dummy"); /// нужно чтобы сборка загрузилась
CoreGate = new ConnectionProvider.Client();
var conf = ConfigurationManager.OpenExeConfiguration("");
var settings = conf.AppSettings.Settings;
var dbrlist = new List<DBReader>();
foreach (KeyValueConfigurationElement pipe in settings)
{
if (!pipe.Key.StartsWith("pipe")) continue;
foreach (KeyValueConfigurationElement kvel in settings)
{
if (kvel.Key.StartsWith("connectionString"))
{
dbrlist.Add(new DBReader(kvel.Value, pipe.Value));
}
}
}
Application.EnableVisualStyles();
Application.SetCompatibleTextRenderingDefault(false);
Application.Run(new Catcher(dbrlist, Application.ExecutablePath));
}
catch (Exception e)
{
l.err("PipeCatcher.Main exception {0}", e);
}
}
}
public void CarbonEventHandler(FlexEvent felexE, int id, string prefix)
{
var evtName = String.Format("{0}.Result", prefix);
if (felexE.Operation.StartsWith(evtName)) {
var key = "C";
try {
Program.ModelList[id].C = (double) felexE.Arguments[key];
Program.Iterate();
}
catch (Exception e) {
InstantLogger.err("{2} - {1} : \n{0}", e.ToString(), key, evtName);
}
}
evtName = String.Format("{0}.ModelIsStarted", prefix);
if (felexE.Operation.StartsWith(evtName)) {
Program.ModelList[id].IsStarted = true;
Program.Iterate();
}
evtName = String.Format("{0}.DataFix", prefix);
if (felexE.Operation.StartsWith(evtName)) {
var key = "C";
try {
Program.ModelList[id].C = (double) felexE.Arguments[key];
Program.Iterate();
}
catch (Exception e) {
InstantLogger.err("{2} - {1} : \n{0}", e.ToString(), key, evtName);
}
Program.ModelList[id].IsFixed = true;
Program.Iterate();
}
}
/// <summary>
/// Constructor for FlexEvent recieved by .OnEvent processor
/// </summary>
public FlexHelper(FlexEvent evt_)
{
evt = new FlexEvent(evt_.Operation);
evt.Flags = evt_.Flags & (~FlexEventFlag.FlexEventCreated);
evt.Arguments = evt_.Arguments;
evt.Id = evt_.Id;
evt.Time = evt_.Time;
}
public static void Init()
{
CapturedEvents = new List<CEDataFormat>();
var o = new FlexEvent();
MainGate = new Client(new Listener());
MainGate.Subscribe();
Load();
SaveTimer.Elapsed += new ElapsedEventHandler(SaveTimeOut);
SaveTimer.Enabled = true;
}
public static void Job(FlexEvent flx)
{
var cfgResult = Cfg.ReadCfg(flx);
if (cfgResult.ErrorCode != CfgLoader.Result.Es.S_ERROR) {
var req = new Requester(ConnectionStr);
req.SQLRequestAsync(cfgResult.SQLStr, flx, ResponceGenerator);
}
else {
var command = flx.Arguments.ContainsKey(ArgCommandName) ? (string)flx.Arguments[ArgCommandName] : "";
var fex = CreateRespFex(flx);
fex.AddArg(ArgCommandName, command);
fex.AddArg(ArgErrorCodeName, cfgResult.ErrorCode.ToString());
fex.AddArg(ArgErrorStringName, cfgResult.ErrorStr);
fex.Fire(MainGate);
InstantLogger.msg(fex.evt.ToString());
}
}
public static void fireFlex(FlexEvent d)
{
var fex = new FlexHelper(d.Operation);
fex.evt.Flags = d.Flags;
foreach (var a in d.Arguments) {
var v = ((Element) a.Value).val;
if (v is byte[]) {
var vv = v as byte[];
string s = "";
for (var i = 0; i < vv.Length; i++) {
int c = vv[i];
if (c > 127) c += 0x0350;
s += Convert.ToChar(c);
}
///!sb.AppendFormat("/{0}", s);
v = s;
}
fex.AddArg(a.Key, v);
}
fex.Fire(MainGate);
}
public Result ReadCfg(FlexEvent flx)
{
var res = new Result();
#region Init and verify
var subDir = "";
var command = "";
if (flx.Arguments.ContainsKey(Program.ArgEventName)) {
subDir = (string)flx.Arguments[Program.ArgEventName];
if (String.IsNullOrWhiteSpace(subDir)) {
res.ErrorCode = Result.Es.S_ERROR;
res.ErrorStr += Program.ArgEventName + " is not contains value\n";
}
}
else {
res.ErrorCode = Result.Es.S_ERROR;
res.ErrorStr += String.Format("Argument {0} is not found\n", Program.ArgEventName);
}
if (flx.Arguments.ContainsKey(Program.ArgCommandName))
{
command = (string)flx.Arguments[Program.ArgCommandName];
if (String.IsNullOrWhiteSpace(command))
{
res.ErrorCode = Result.Es.S_ERROR;
res.ErrorStr += Program.ArgCommandName + " is not contains value\n";
}
}
else
{
res.ErrorCode = Result.Es.S_ERROR;
res.ErrorStr += String.Format("Argument {0} is not found\n", Program.ArgCommandName);
}
if (res.ErrorCode == Result.Es.S_ERROR) return res;
var currentDir = String.Format("{0}\\{1}", m_mainDir, subDir);
if (!Directory.Exists(currentDir)) {
res.ErrorCode = Result.Es.S_ERROR;
res.ErrorStr += String.Format("Directory {0} is not found\n", currentDir);
return res;
}
var indexFile = String.Format("{0}\\{1}", currentDir, Program.IndexFileName);
if (!File.Exists(indexFile))
{
res.ErrorCode = Result.Es.S_ERROR;
res.ErrorStr += String.Format("Index file {0} is not found\n", indexFile);
return res;
}
#endregion
#region Load index file
string[] indexStrings;
try {
indexStrings = File.ReadAllLines(indexFile);
}
catch (Exception e ) {
res.ErrorCode = Result.Es.S_ERROR;
res.ErrorStr += String.Format("{0}\n", e.Message);
return res;
}
if (!indexStrings.Any()) {
res.ErrorCode = Result.Es.S_ERROR;
res.ErrorStr += String.Format("Index file {0} is empty\n", indexFile);
return res;
}
var sqlFileName = "";
for (int i = 0; i < indexStrings.Count(); i++) {
var kv = indexStrings[i].Split(Separator);
if (kv.Length >= 2) {
var k = kv[0];
var v = kv[1];
if (k == (string) flx.Arguments[Program.ArgCommandName]) {
sqlFileName = String.Format("{0}\\{1}", currentDir, v);
}
else {
if (!File.Exists(String.Format("{0}\\{1}", currentDir, v))) {
res.ErrorCode = Result.Es.S_WARN;
res.ErrorStr +=
String.Format(
"Index file {0} included the \"{1}\" SQL file, but this SQL file can't be found\n",
indexFile, v);
}
}
}
else {
res.ErrorCode = Result.Es.S_WARN;
res.ErrorStr += String.Format("Index file {2} have bad string:\n{1}. \"{0}\"\n", indexStrings[i],
i + 1, indexFile);
}
}
if (String.IsNullOrWhiteSpace(sqlFileName)) {
res.ErrorCode = Result.Es.S_ERROR;
res.ErrorStr += String.Format("Command {0} or associated file not found\n", (string)flx.Arguments[Program.ArgCommandName]);
return res;
}
if (!File.Exists(sqlFileName)) {
res.ErrorCode = Result.Es.S_ERROR;
res.ErrorStr += String.Format("SQL file \"{0}\" do not be found\n", sqlFileName);
return res;
}
#endregion
#region Load SQL file
var sqlFileData = "";
try {
sqlFileData = File.ReadAllText(sqlFileName);
}
catch (Exception e) {
res.ErrorCode = Result.Es.S_ERROR;
res.ErrorStr += String.Format("{0}\n", e.Message);
return res;
}
//sqlFileData = sqlFileData.Replace('\n', ' ');
if (String.IsNullOrWhiteSpace(sqlFileData)) {
res.ErrorCode = Result.Es.S_ERROR;
res.ErrorStr += String.Format("SQL file \"{0}\" is empty\n", sqlFileData);
return res;
}
#endregion
#region template
var patterns = new Dictionary<string, string>();
foreach (var argument in flx.Arguments) {
if ((argument.Key != Program.ArgEventName) && (argument.Key != Program.ArgCommandName)) {
var argstr = argument.Value.ToString();
if (argument.Value is double) {
argstr = argstr.Replace(',', '.');
}
patterns.Add(argument.Key, argstr);
}
}
var templateRes = ApplyTemplate(sqlFileData, patterns);
res.ErrorCode = templateRes.ErrorCode;
res.ErrorStr += templateRes.ErrorStr;
res.SQLStr = templateRes.SQLStr;
#endregion
//res.SQLStr = sqlFileData;
return res;
}
/// <summary>
/// Constructor for newly created FlexEvent
/// </summary>
public FlexHelper(string Operation)
{
evt = new FlexEvent(Operation);
}
public ThreadPoolData(string sqlStr, FlexEvent flx, CompleteCallback responceGenerator)
{
SQLString = sqlStr;
Flx = flx;
ResponceGenerator = responceGenerator;
}
public void SQLRequestAsync(string SQLString, FlexEvent flx, CompleteCallback responceGenerator)
{
var tpData = new ThreadPoolData(SQLString, flx, responceGenerator);
ThreadPool.QueueUserWorkItem(ThreadPoolCallback, tpData);
}
private static void Init()
{
MatrixT = new CSVTableParser();
MatrixC = new CSVTableParser();
MainConf = System.Configuration.ConfigurationManager.OpenExeConfiguration("");
CurrentScheme = Int32.Parse(MainConf.AppSettings.Settings["Scheme"].Value);
Separator = MainConf.AppSettings.Settings["separator"].Value.ToArray()[0];
MatrixT.FileName = MainConf.AppSettings.Settings["matrixT"].Value;
MatrixT.Separator = Separator;
var o = new FlexEvent();
MainGate = new ConnectionProvider.Client(new Listener());
MainGate.Subscribe();
MatrixTDescription = new List<ColumnPath>();
MatrixTDescription.Add(new ColumnPath() { ColumnName = "CMin", ColumnType = typeof(double) });
MatrixTDescription.Add(new ColumnPath() { ColumnName = "CMax", ColumnType = typeof(double) });
MatrixTDescription.Add(new ColumnPath() { ColumnName = "OxygenOnHeating", ColumnType = typeof(int) });
MatrixTDescription.Add(new ColumnPath() { ColumnName = "Heating", ColumnType = typeof(int) });
#if IS_DBFLEX
ReqScheme(CurrentScheme);
#else
MatrixT.Description = MatrixTDescription;
MatrixT.Load();
#endif
MatrixC.FileName = MainConf.AppSettings.Settings["matrixC"].Value;
MatrixC.Separator = Separator;
MatrixC.Description.Add(new ColumnPath() {ColumnName = "CMin", ColumnType = typeof (double)});
MatrixC.Description.Add(new ColumnPath() {ColumnName = "CMax", ColumnType = typeof (double)});
MatrixC.Description.Add(new ColumnPath() {ColumnName = "OxygenOnCarbon", ColumnType = typeof (int)});
MatrixC.Load();
WaitSublanceData = new Timer();
WaitSublanceData.Elapsed += new ElapsedEventHandler(SublanceDataLost);
CarbonIterateTimer.Elapsed += new ElapsedEventHandler(CarbonIterator);
CarbonIterateTimer.Enabled = true;
Reset();
}
public String ProcessNews()
{
using (Logger l = new Logger("PipeCatcher"))
{
OraCmd.CommandText = ProcName;
OraCmd.CommandType = System.Data.CommandType.StoredProcedure;
OraCmd.Parameters.Clear();
//OraCmd.Parameters.Add(new OracleParameter("NRECID", OracleDbType.Decimal, System.Data.ParameterDirection.Input)).Value = RecId;
OraCmd.Parameters.Add(new OracleParameter("REFCURSOR", OracleDbType.RefCursor, System.Data.ParameterDirection.Output));
if (OraCmd.Connection.State != System.Data.ConnectionState.Closed)
{
OraCmd.Connection.Close();
}
OraCmd.Connection.Open();
OraReader = OraCmd.ExecuteReader();
var str = String.Format("\nCALL {0}", ProcName);
// var mainevt = new FlexEvent("PipeCatcher.Call." + ProcName);
// mainevt.Arguments.Add("@ProcName", ProcName);
if (OraReader.HasRows)
{
var iRow = 0;
FlexEvent evt = new FlexEvent("PipeCatcher.Call." + ProcName + ".Row." + (++iRow));
str += "+++";
while (OraReader.Read())
{
for (int i = 0; i < OraReader.FieldCount; i++)
{
evt.Arguments.Add(OraReader.GetName(i), OraReader[i]);
str += "\n" + OraReader.GetName(i) + "\t: " + OraReader[i];
}
str += "\n********************";
// mainevt.Arguments.Add(String.Format("Row{0}", ++iRow), evt);
Program.CoreGate.PushEvent(evt);
evt.Arguments.Clear();
}
// Program.CoreGate.PushEvent(mainevt);
}
else
{
str += "---";
}
OraReader.Close();
l.msg(str);
return str;
}
}
private void ParseFile(string path)
{
string[] strings;
try {
strings = File.ReadAllLines(path);
}
catch {
strings = new string[0];
InstantLogger.err("Cannot read the file: {0}", path);
return;
}
try {
ConfigSections mode = ConfigSections.Undefined;
var description = new FlexEvent();
for (int strCnt = 0; strCnt < strings.Count(); strCnt++) {
string[] values = strings[strCnt].Split(Separator);
if (values.Any()) {
if (values[0] != "") {
if (values[0] == ParseKeys.ConfFields) mode = ConfigSections.ConfigSection;
else if (values[0] == ParseKeys.ArgFields) mode = ConfigSections.ArgumentsSection;
else {
switch (mode) {
case ConfigSections.ConfigSection:
if (values.Count() >= 2) {
if (values[0] == ParseKeys.FlagsKey)
description.Flags = (FlexEventFlag) Convertion.StrToInt32(values[1]);
if (values[0] == ParseKeys.OperationKey)
description.Operation = values[1];
}
break;
case ConfigSections.ArgumentsSection:
if (values[0] == Destination) {
if (values.Count() >= 3)
description.Arguments.Add(values[1], new Element(values[2]));
}
break;
}
}
}
}
}
if (description.Arguments.Any()) {
description.Id = Guid.NewGuid();
description.Time = DateTime.Now;
DescriptionFlexList.Add(description);
}
}
catch (Exception e) {
InstantLogger.err("Cannot parce the file: {0}, bad format call exeption: {1}", path, e.ToString());
return;
}
}
public static FlexHelper CreateRespFex(FlexEvent flx)
{
var operation = flx.Arguments.ContainsKey(ArgEventName) ? (string)flx.Arguments[ArgEventName] : "DBF.default.responce";
var fex = new FlexHelper(operation);
return fex;
}
private bool InsertOrUpdateTrends(FlexEvent evt, int unit)
{
var sql = CheckInsert("TREND_BALANCE", unit, evt.Time)
? "UPDATE TREND_BALANCE " +
"SET C = :C, T = :T, SI = :SI, MN = :MN, AL = :AL, CR = :CR, P = :P, TI = :TI, V = :V, FE = :FE, " +
"CAO = :CAO, FEO = :FEO, SIO2 = :SIO2, MNO = :MNO, MGO = :MGO " +
"WHERE CNV_NO = :CNV_NO AND INSERTTIME = :INSERTTIME "
: "INSERT INTO TREND_BALANCE (C, T, SI, MN, AL, CR, P, TI, V, FE, CAO, FEO, SIO2, MNO, MGO, CNV_NO, INSERTTIME) " +
"VALUES (:C, :T, :SI, :MN, :AL, :CR, :P, :TI, :V, :FE, :CAO, :FEO, :SIO2, :MNO, :MGO, :CNV_NO, :INSERTTIME) ";
var parametres = new List<OracleParameter>(evt.Arguments.Keys.Select(key => SetParams(key.ToUpper(), (double) evt.Arguments[key])));
parametres.AddRange(MandatoryParams(unit, evt.Time));
return ExecuteNonQuery(sql, parametres);
}
public static void Update(FlexEvent flx)
{
var isUpdated = false;
foreach (var capturedEvent in CapturedEvents) {
if (capturedEvent.Operation == flx.Operation) {
isUpdated = true;
capturedEvent.CountTotal++;
capturedEvent.CountDayAverage = 0;
capturedEvent.CaptureTime = DateTime.Now;
for (int arg = 0; arg < flx.Arguments.Count; arg++) {
var key = flx.Arguments.ElementAt(arg).Key;
var argIsFound = false;
var type = flx.Arguments[key].GetType().ToString();
var exampleValue = flx.Arguments[key].ToString();
foreach (var att in capturedEvent.AttList) {
if (att.Key == key) {
att.Type = type;
att.ExampleValue = exampleValue;
argIsFound = true;
}
}
if (!argIsFound) {
var att = new AttDataFormat();
att.Key = key;
att.Type = type;
att.ExampleValue = exampleValue;
capturedEvent.AttList.Add(att);
}
}
}
}
if (!isUpdated) {
InstantLogger.msg("Captured new event: {0}", flx.Operation);
var capturedEvent = new CEDataFormat();
capturedEvent.Operation = flx.Operation;
CapturedEvents.Add(capturedEvent);
Update(flx);
}
}
public bool Insert(FlexEvent evt, int unit)
{
return evt.Operation.StartsWith("Model.Dynamic.Output.PerSecond") && InsertOrUpdateTrends(evt, unit);
}