public SCADAAnalogChangedNotificationResponse SCADAAnalogChangedNotification(SCADAAnalogChangedNotificationRequest request)
{
LogInfo("SCADAAnalogChangedNotification() Entered");
String message = String.Empty;
SCADAAnalogChangedNotificationResponse response = new SCADAAnalogChangedNotificationResponse();
try
{
if (_UdpClient == null)
{
String path = @"C:\\DCSystems\Logs\";
ConfigurationList cl = new ConfigurationList();
cl.Add("Process Name", "MockNotServerService");
cl.Add("Log Output Directory", path);
_Logger = new Logger(cl);
LogInfo("()");
_UdpClient = new UdpClient();
_UdpClient.Connect(new IPEndPoint(IPAddress.Parse("127.0.0.1"), 7373));
}
for (int i = 0; i < request.scadaAnalogs.Length; i++)
{
if (i == 0)
{
message += String.Format("{0},{1:0.000} {2} {3} GMT", request.scadaAnalogs[i].objectID, request.scadaAnalogs[i].value.Value, request.scadaAnalogs[i].value.units, request.scadaAnalogs[i].timeStamp);
}
else
{
message += String.Format(";{0},{1:0.000} {2} {3} GMT", request.scadaAnalogs[i].objectID, request.scadaAnalogs[i].value.Value, request.scadaAnalogs[i].value.units, request.scadaAnalogs[i].timeStamp);
}
}
Byte[] sendBytes = Encoding.ASCII.GetBytes(message);
_UdpClient.Send(sendBytes, sendBytes.Length);
response.MultiSpeakMsgHeader = new MultiSpeakMsgHeader();
response.MultiSpeakMsgHeader.TimeStampSpecified = true;
response.MultiSpeakMsgHeader.TimeStamp = DateTime.Now;
response.SCADAAnalogChangedNotificationResult = null;
return(response);
}
catch (Exception ex)
{
LogError(String.Format("SCADAAnalogChangedNotification() ex:{0}", ex));
response.SCADAAnalogChangedNotificationResult = new errorObject[1];
response.SCADAAnalogChangedNotificationResult[0] = new errorObject();
response.SCADAAnalogChangedNotificationResult[0].Value = ex.Message;
return(response);
}
}
public PingURLResponse PingURL(PingURLRequest request)
{
LogInfo("PingURL() Entered");
PingURLResponse response = new PingURLResponse();
try
{
if (_UdpClient == null)
{
String path = @"C:\\DCSystems\Logs\";
ConfigurationList cl = new ConfigurationList();
cl.Add("Process Name", "MockNotServerService");
cl.Add("Log Output Directory", path);
_Logger = new Logger(cl);
LogInfo("()");
_UdpClient = new UdpClient();
_UdpClient.Connect(new IPEndPoint(IPAddress.Parse("127.0.0.1"), 7373));
}
Byte[] sendBytes = Encoding.ASCII.GetBytes("PingURL,OK");
_UdpClient.Send(sendBytes, sendBytes.Length);
response.MultiSpeakMsgHeader = new MultiSpeakMsgHeader();
response.MultiSpeakMsgHeader.MinorVersion = "4";
response.MultiSpeakMsgHeader.MinorVersion = "1";
response.MultiSpeakMsgHeader.Build = "8";
response.MultiSpeakMsgHeader.BuildString = BuildDescriptor.Release;
response.MultiSpeakMsgHeader.AppName = "DCSystems";
response.MultiSpeakMsgHeader.TimeStamp = DateTime.Now;
response.MultiSpeakMsgHeader.TimeStampSpecified = true;
//errorObject[] eObject = new errorObject[1];
//eObject[0] = new errorObject();
//eObject[0].eventTime = DateTime.Now;
//eObject[0].eventTimeSpecified = true;
//response.PingURLResult = eObject;
return(response);
}
catch (Exception ex)
{
LogError(String.Format("PingURL() ex:{0}", ex));
response.PingURLResult = new errorObject[1];
response.PingURLResult[0].objectID = "DCSystem";
response.PingURLResult[0].errorString = ex.Message;
return(response);
}
}
public GetMethodsResponse GetMethods(GetMethodsRequest request)
{
LogInfo("GetMethods() Entered");
GetMethodsResponse response = null;
try
{
if (_UdpClient == null)
{
String path = @"C:\\DCSystems\Logs\";
ConfigurationList cl = new ConfigurationList();
cl.Add("Process Name", "MockNotServerService");
cl.Add("Log Output Directory", path);
_Logger = new Logger(cl);
LogInfo("()");
_UdpClient = new UdpClient();
_UdpClient.Connect(new IPEndPoint(IPAddress.Parse("127.0.0.1"), 7373));
}
Byte[] sendBytes = Encoding.ASCII.GetBytes("GetURL,OK");
_UdpClient.Send(sendBytes, sendBytes.Length);
response = new GetMethodsResponse();
response.MultiSpeakMsgHeader = new MultiSpeakMsgHeader();
response.MultiSpeakMsgHeader.TimeStampSpecified = true;
response.MultiSpeakMsgHeader.TimeStamp = DateTime.Now;
response.GetMethodsResult = new string[4];
response.GetMethodsResult[0] = "GetMethods";
response.GetMethodsResult[1] = "PingURL";
response.GetMethodsResult[2] = "SCADAAnalogChangedNotification";
response.GetMethodsResult[3] = "SCADAStatusChangedNotification";
return(response);
}
catch (Exception ex)
{
LogError(String.Format("GetMethods() ex:{0}", ex));
response.GetMethodsResult = new string[1];
errorObject[] eObject = new errorObject[1];
eObject[0] = new errorObject();
eObject[0].Value = ex.Message;
response.GetMethodsResult[0] = ex.Message;
return(response);
}
}
static void init()
{
string asm;
if (!_didInit)
{
_didInit = true;
/*
* _OutputDirectory = m_config.getValue("Log Output Directory", @"c:\Colt\\Logs\");
* C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(199): m_doubleBuffer = m_config.getValue("double Buffer", false);
* C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(204): m_rollingSizeMessageCount = 10000 * m_config.getValue("Log File Bytes", 10);
* C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(205): m_logCount = m_config.getValue("Log Archive Depth", 80);
* C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(209): _ProcessName = m_config.getValue("Process Name", "Unknown Process");
* C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(210): m_logLevel = m_config.getValue("File Logging Enabled", 3);
* C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(211): m_format = m_config.getValue("Log Format", "{ticks} {Timestamp:MM-dd-yyyy HH:mm:ss.ffff} ({Thread}) - [{LevelName}] {Message}");
* C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(213): m_matchSCLineFormat = m_config.getValue("Match SC Line Format", false);
* C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(231): string tmp = m_config.getValue("Log To Trace", "false");
* C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(301): m_logLevel = m_config.getValue("File Logging Enabled", 3);
* C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(317): m_logCount = m_config.getValue("Log Archive Depth", DEFAULT_LOG_DEPTH);
* C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(318): int logFileBytes = m_config.getValue("Log File Bytes", 3);
* C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(320): _ProcessName = m_config.getValue("Process Name", "Unknown Process");
* C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(327): _OutputDirectory = m_config.getValue("Log Output Directory", @"c:\Colt\Logs\");
* C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(331): m_format = m_config.getValue("Log Format", "{ticks} {Timestamp:MM-dd-yyyy HH:mm:ss.ffff} ({Thread}) - [{LevelName}] {Message}");
* C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(333): m_matchSCLineFormat = m_config.getValue("Match SC Line Format", false);
* C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(680): _ProcessName = m_config.getValue("Process Name", "Unknown Process");
* C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(687): m_format = m_config.getValue("Log Format", "{ticks} {Timestamp:MM-dd-yyyy HH:mm:ss.ffff} ({Thread}) - [{LevelName}] {Message}");
* C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(689): m_matchSCLineFormat = m_config.getValue("Match SC Line Format", false);
* C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(692): outfile.WriteLine(_ProcessName + ": Log initialized - Log Level: " + logLevelName() + ", Log File Bytes: " + m_config.getValue("Log F
* */
_cfg = new ConfigurationList();
asm = Assembly.GetEntryAssembly().GetName().Name;
#if DEBUG
_cfg.Add("File Logging Enabled", "5");
#endif
_cfg.Add("Log To Trace", "true");
_cfg.Add("Process Name", asm);
_cfg.Add("Log Output Directory",
Path.Combine(
@"\\appdeploy\APPDEPLOY\Colt Software\Logs",
asm));
_logger = new Logger(_cfg);
}
}
ImmutableStack <InternalObject> InsertPlaceholderTags(List <InternalObject> objects, CancellationToken cancellationToken)
{
// Calculate indentation levels in front of the tags:
int[] indentationBeforeTags = new int[objects.Count];
int pos = 0;
for (int i = 0; i < objects.Count; i++)
{
if (objects[i] is InternalTag)
{
indentationBeforeTags[i] = GetIndentationBefore(pos);
}
pos += objects[i].Length;
}
// Create initial configuration:
ConfigurationList listA = ConfigurationList.Create();
ConfigurationList listB = ConfigurationList.Create();
listA.Add(new Configuration(new OpenTagStack(), ImmutableStack <InternalObject> .Empty, 0));
for (int i = 0; i < indentationBeforeTags.Length; i++)
{
cancellationToken.ThrowIfCancellationRequested();
ProcessObject(objects[i], indentationBeforeTags[i], listA, ref listB);
Swap(ref listA, ref listB);
}
Configuration cheapestConfiguration = new Configuration(null, null, InfiniteCost);
for (int i = 0; i < listA.count; i++)
{
Configuration c = listA.configurations[i];
if (c.Cost < cheapestConfiguration.Cost)
{
while (!c.OpenTags.IsEmpty)
{
c = new Configuration(c.OpenTags.Pop(), c.Document.Push(EndTagPlaceholder), c.Cost + MissingEndTagCost);
}
if (c.Cost < cheapestConfiguration.Cost)
{
cheapestConfiguration = c;
}
}
}
Log.WriteLine("Best configuration has cost {0}", cheapestConfiguration.Cost);
return(cheapestConfiguration.Document);
}
void ProcessObject(InternalObject obj, int indentationLevel, ConfigurationList oldConfigurations, ref ConfigurationList newConfigurations)
{
newConfigurations.Clear();
InternalTag tag = obj as InternalTag;
for (int i = 0; i < oldConfigurations.count; i++)
{
Configuration c = oldConfigurations.configurations[i];
if (c.Cost == InfiniteCost)
{
continue;
}
if (tag != null && tag.IsStartTag)
{
// Push start tag
newConfigurations.Add(
c.OpenTags.Push(tag.Name, indentationLevel),
c.Document.Push(obj),
c.Cost
);
}
else if (tag != null && tag.IsEndTag)
{
// We can ignore this end tag
newConfigurations.Add(
c.OpenTags,
c.Document.Push(StartTagPlaceholder).Push(obj),
c.Cost + IgnoreEndTagCost
);
// We can match this end tag with one of the currently open tags
var openTags = c.OpenTags;
var documentWithInsertedEndTags = c.Document;
uint newCost = c.Cost;
while (!openTags.IsEmpty)
{
uint matchCost = 0;
if (openTags.IndentationLevel >= 0 && indentationLevel >= 0)
{
matchCost += (uint)Math.Abs(openTags.IndentationLevel - indentationLevel);
}
if (openTags.Name != tag.Name)
{
matchCost += MismatchedNameCost;
}
newConfigurations.Add(
openTags.Pop(),
documentWithInsertedEndTags.Push(obj),
newCost + matchCost
);
newCost += MissingEndTagCost;
openTags = openTags.Pop();
documentWithInsertedEndTags = documentWithInsertedEndTags.Push(EndTagPlaceholder);
}
}
else
{
newConfigurations.Add(
c.OpenTags,
c.Document.Push(obj),
c.Cost
);
}
}
}
void ProcessObject(InternalObject obj, int indentationLevel, ConfigurationList oldConfigurations, ref ConfigurationList newConfigurations)
{
newConfigurations.Clear();
InternalTag tag = obj as InternalTag;
for (int i = 0; i < oldConfigurations.count; i++) {
Configuration c = oldConfigurations.configurations[i];
if (c.Cost == InfiniteCost)
continue;
if (tag != null && tag.IsStartTag) {
// Push start tag
newConfigurations.Add(
c.OpenTags.Push(tag.Name, indentationLevel),
c.Document.Push(obj),
c.Cost
);
} else if (tag != null && tag.IsEndTag) {
// We can ignore this end tag
newConfigurations.Add(
c.OpenTags,
c.Document.Push(StartTagPlaceholder).Push(obj),
c.Cost + IgnoreEndTagCost
);
// We can match this end tag with one of the currently open tags
var openTags = c.OpenTags;
var documentWithInsertedEndTags = c.Document;
uint newCost = c.Cost;
while (!openTags.IsEmpty) {
uint matchCost = 0;
if (openTags.IndentationLevel >= 0 && indentationLevel >= 0)
matchCost += (uint)Math.Abs(openTags.IndentationLevel - indentationLevel);
if (openTags.Name != tag.Name)
matchCost += MismatchedNameCost;
newConfigurations.Add(
openTags.Pop(),
documentWithInsertedEndTags.Push(obj),
newCost + matchCost
);
newCost += MissingEndTagCost;
openTags = openTags.Pop();
documentWithInsertedEndTags = documentWithInsertedEndTags.Push(EndTagPlaceholder);
}
} else {
newConfigurations.Add(
c.OpenTags,
c.Document.Push(obj),
c.Cost
);
}
}
}
private void AddNewGroup()
{
ConfigurationList.Add(new ConfigurationGroup("New Group", null, TimeSpan.Zero));
}