internal Response(ReturnCode result,
string postcode,
SpatialInfo spatialInfo,
Request input,
Model.Link[] links)
{
if (links == null) throw new ArgumentNullException("links");
Result = result;
Postcode = postcode;
SpatialInfo = spatialInfo;
Input = input;
var newLinks = new List<Model.Link>();
foreach (Model.Link link in links)
{
Model.Link newLink;
switch (link.Rel)
{
case "self":
newLink = new Link(link.Rel, link.Href);
break;
default:
newLink = link;
break;
}
newLinks.Add(newLink);
}
Links = newLinks.ToArray();
}
internal Response(ReturnCode result,
int? ecadId,
string geoDirectoryId,
Request input,
Model.Link[] links)
{
if (links == null) throw new ArgumentNullException("links");
Result = result;
EcadId = ecadId;
GeoDirectoryId = geoDirectoryId;
Input = input;
var newLinks = new List<Model.Link>();
foreach (Model.Link link in links)
{
Model.Link newLink;
switch (link.Rel)
{
case "self":
newLink = new Model.MapId.Link(link.Rel, link.Href);
break;
default:
newLink = link;
break;
}
newLinks.Add(newLink);
}
Links = newLinks.ToArray();
}
/// <summary>
/// Construct a Response object from the supplied byte array
/// </summary>
/// <param name="message">a byte array returned from a DNS server query</param>
internal Response(byte[] message)
{
if (message == null) throw new ArgumentNullException("message");
// the bit flags are in bytes 2 and 3
byte flags1 = message[2];
byte flags2 = message[3];
// get return code from lowest 4 bits of byte 3
int returnCode = flags2 & 15;
// if its in the reserved section, set to other
if (returnCode > 6) returnCode = 6;
_returnCode = (ReturnCode) returnCode;
// other bit flags
_authoritativeAnswer = ((flags1 & 4) != 0);
_recursionAvailable = ((flags2 & 128) != 0);
_messageTruncated = ((flags1 & 2) != 0);
// create the arrays of response objects
_questions = new Question[GetShort(message, 4)];
_answers = new Answer[GetShort(message, 6)];
_nameServers = new NameServer[GetShort(message, 8)];
_additionalRecords = new AdditionalRecord[GetShort(message, 10)];
// need a pointer to do this, position just after the header
var pointer = new Pointer(message, 12);
ReadQuestions(pointer);
ReadAnswers(pointer);
ReadNameServers(pointer);
ReadAdditionalRecords(pointer);
}
internal Response(ReturnCode result,
string postcode,
int? addressId,
AddressType? addressType,
MatchLevel matchLevel,
string[] postalAddress,
AddressElement[] postalAddressElements,
string[] geographicAddress,
AddressElement[] geographicAddressElements,
string[] vanityAddress,
AddressElement[] vanityAddressElements,
ReformattedAddressResult? reformattedAddressResult,
string[] reformattedAddress,
int totalOptions,
Option[] options,
Request input,
Model.Link[] links
)
{
if (links == null) throw new ArgumentNullException("links");
Result = result;
Postcode = postcode;
AddressId = addressId;
AddressType = addressType;
MatchLevel = matchLevel;
PostalAddress = postalAddress;
PostalAddressElements = postalAddressElements;
GeographicAddress = geographicAddress;
GeographicAddressElements = geographicAddressElements;
VanityAddress = vanityAddress;
VanityAddressElements = vanityAddressElements;
ReformattedAddressResult = reformattedAddressResult;
ReformattedAddress = reformattedAddress;
TotalOptions = totalOptions;
Options = options;
Input = input;
var newLinks = new List<Model.Link>();
foreach (Model.Link link in links)
{
Model.Link newLink;
switch (link.Rel)
{
case "self":
newLink = new Model.PostcodeLookup.Link(link.Rel, link.Href);
break;
default:
newLink = link;
break;
}
newLinks.Add(newLink);
}
Links = newLinks.ToArray();
}
public Task SetMemberVariables(MemberVariables x)
{
myGrainBytes = (byte[])x.byteArray.Clone();
myGrainString = x.stringVar;
myCode = x.code;
//RaiseStateUpdateEvent();
return TaskDone.Done;
}
public static JobResult CreateSuccessResult(ReturnCode returnCode = ReturnCode.OK)
{
return new JobResult
{
Job = new ConcreteJob {JobState = ConcreteJobState.Completed},
ReturnValue = returnCode
};
}
private static int Cmd_Help(ReturnCode returncode,string error=null)
{
WriteLine($"RopPreBuild {Version}");
if (error != null) Tab.Red(error).WriteLine();
WriteLine("Usage:");
Tab.Write("RopPreBuild <").Yellow("prefile").Write(">.pre.cs").WriteLine(" [--<flags>]");
Tab.Write("RopPreBuild ").WriteLine(" --version");
return (int)returncode;
}
/**
* Check the return status for errors. If there is an error,
* then terminate.
**/
public static void checkStatus(ReturnCode status, string info) {
if (status != ReturnCode.Ok &&
status != ReturnCode.NoData)
{
System.Console.WriteLine(
"Error in " + info + ": " + getErrorName(status));
System.Environment.Exit(-1);
}
}
/// <summary>
/// Initializes a new instance_ of the Response class by parsing the message reponse.
/// </summary>
/// <param name="message">A byte array that contains the response message.</param>
internal Response(byte[] message) {
if (message == null)
throw new ArgumentException("message");
// ID - 16 bits
// QR - 1 bit
// Opcode - 4 bits
// AA, TC, RD - 3 bits
byte flags1 = message[2];
// RA, Z - 2 bits
// RCODE - 4 bits
byte flags2 = message[3];
long counts = message[3];
// adjust the return code
int return_code = (flags2 & (byte)0x3c) >> 2;
return_code_ = (return_code > 6) ? ReturnCode.Other : (ReturnCode)return_code;
// other bit flags
authoritative_answer_ = ((flags1 & 4) != 0);
recursion_available_ = ((flags2 & 128) != 0);
truncated_ = ((flags1 & 2) != 0);
// create the arrays of response objects
questions_ = new Question[GetShort(message, 4)];
answers_ = new Answer[GetShort(message, 6)];
name_servers_ = new NameServer[GetShort(message, 8)];
additional_records_ = new AdditionalRecord[GetShort(message, 10)];
// need a pointer to do this, position just after the header
RecordPointer pointer = new RecordPointer(message, 12);
// and now populate them, they always follow this order
for (int i = 0; i < questions_.Length; i++) {
try {
questions_[i] = new Question(pointer);
} catch(Exception ex) {
throw new InvalidResponseException(ex);
}
}
for (int i = 0; i < answers_.Length; i++) {
answers_[i] = new Answer(pointer);
}
for (int i = 0; i < name_servers_.Length; i++) {
name_servers_[i] = new NameServer(pointer);
}
for (int i = 0; i < additional_records_.Length; i++) {
additional_records_[i] = new AdditionalRecord(pointer);
}
}
/// <summary>
/// Construct a Response object from the supplied byte array
/// </summary>
/// <param name="message">a byte array returned from a DNS server query</param>
internal Response(byte[] message)
{
// the bit flags are in bytes 2 and 3
byte flags1 = message[2];
byte flags2 = message[3];
// get return code from lowest 4 bits of byte 3
int returnCode = flags2 & 15;
// if its in the reserved section, set to other
if (returnCode > 6) returnCode = 6;
_returnCode = (ReturnCode)returnCode;
// other bit flags
_authoritativeAnswer = ((flags1 & 4) != 0);
_recursionAvailable = ((flags2 & 128) != 0);
_truncated = ((flags1 & 2) != 0);
// create the arrays of response objects
_questions = new Question[GetShort(message, 4)];
_answers = new Answer[GetShort(message, 6)];
_nameServers = new NameServer[GetShort(message, 8)];
_additionalRecords = new AdditionalRecord[GetShort(message, 10)];
// need a pointer to do this, position just after the header
Pointer pointer = new Pointer(message, 12);
// and now populate them, they always follow this order
for (int index = 0; index < _questions.Length; index++)
{
try
{
// try to build a quesion from the response
_questions[index] = new Question(pointer);
}
catch (Exception ex)
{
Terminals.Logging.Error("DNS Response Question Failure", ex);
// something grim has happened, we can't continue
throw new InvalidResponseException(ex);
}
}
for (int index = 0; index < _answers.Length; index++)
{
_answers[index] = new Answer(pointer);
}
for (int index = 0; index < _nameServers.Length; index++)
{
_nameServers[index] = new NameServer(pointer);
}
for (int index = 0; index < _additionalRecords.Length; index++)
{
_additionalRecords[index] = new AdditionalRecord(pointer);
}
}
public TKeyRecord(string name, TSigAlgorithm algorithm, DateTime inception, DateTime expiration, TKeyMode mode, ReturnCode error, byte[] key, byte[] otherData)
: base(name, RecordType.TKey, RecordClass.Any, 0)
{
Algorithm = algorithm;
Inception = inception;
Expiration = expiration;
Mode = mode;
Error = error;
Key = key ?? new byte[] { };
OtherData = otherData ?? new byte[] { };
}
public DataReaderMarshaler(object[] dataValues, SampleInfo[] sampleInfos, ref int maxSamples, ref ReturnCode result)
{
dataValueHandle = GCHandle.Alloc(dataValues, GCHandleType.Normal);
dataValuesPtr = GCHandle.ToIntPtr(dataValueHandle);
dataValuesPtrCache = dataValuesPtr;
sampleInfoHandle = GCHandle.Alloc(sampleInfos, GCHandleType.Normal);
sampleInfosPtr = GCHandle.ToIntPtr(sampleInfoHandle);
sampleInfosPtrCache = sampleInfosPtr;
result = validateParameters(dataValues, sampleInfos, ref maxSamples);
}
public TSigRecord(string name, TSigAlgorithm algorithm, DateTime timeSigned, TimeSpan fudge, ushort originalID, ReturnCode error, byte[] otherData, byte[] keyData)
: base(name, RecordType.TSig, RecordClass.Any, 0)
{
Algorithm = algorithm;
TimeSigned = timeSigned;
Fudge = fudge;
OriginalMac = new byte[] { };
OriginalID = originalID;
Error = error;
OtherData = otherData ?? new byte[] { };
KeyData = keyData;
}
private static string GetMessageText(ReturnCode returnCode)
{
string enumName = Enum.GetName(returnCode.GetType(), returnCode);
string resourceName = string.Format("ReturnCode{0}", enumName);
string message = Resources.ResourceManager.GetString(resourceName);
if (string.IsNullOrEmpty(message)) {
message = enumName;
}
return message;
}
internal Response(byte[] message)
{
byte flags1 = message[2];
byte flags2 = message[3];
int returnCode = flags2 & 15;
if (returnCode > 6) returnCode = 6;
_returnCode = (ReturnCode)returnCode;
_authoritativeAnswer = ((flags1 & 4) != 0);
_recursionAvailable = ((flags2 & 128) != 0);
_truncated = ((flags1 & 2) != 0);
int _questionsCount = GetShort(message, 4);
_questions = new List<Query>();
int _answersCount = GetShort(message, 6);
_answers = new List<Answer>();
int _nameServersCount = GetShort(message, 8);
_nameServers = new List<NameServer>();
int _additionalRecordsCount = GetShort(message, 10);
_additionalRecords = new List<AdditionalRecord>();
SmartPointer pointer = new SmartPointer(message, 12);
for (int i = 0; i < _questionsCount; i++)
{
try
{
_questions.Add(new Query(pointer));
}
catch
{
throw new Exception("Invalid Response");
}
}
for (int i = 0; i < _answersCount; i++)
{
_answers.Add(new Answer(pointer));
}
for (int i = 0; i < _nameServersCount; i++)
{
_nameServers.Add(new NameServer(pointer));
}
for (int i = 0; i < _additionalRecordsCount; i++)
{
_additionalRecords.Add(new AdditionalRecord(pointer));
}
}
void reportResultCode(ReturnCode code)
{
string msg;
switch ( code ) {
case ReturnCode.Ok:
msg = "result is OK";
break;
case ReturnCode.Error:
msg = "result is ERROR";
break;
case ReturnCode.Unsupported:
msg = "result is UNSUPPORTED";
break;
case ReturnCode.BadParameter:
msg = "result is BAD_PARAMETER";
break;
case ReturnCode.PreconditionNotMet:
msg = "result is PRECONDITION_NOT_MET";
break;
case ReturnCode.OutOfResources:
msg = "result is OUT_OF_RESOURCES";
break;
case ReturnCode.NotEnabled:
msg = "result is NOT_ENABLED";
break;
case ReturnCode.ImmutablePolicy:
msg = "result is IMMUTABLE_POLICY";
break;
case ReturnCode.InconsistentPolicy:
msg = "result is INCONSISTENT_POLICY";
break;
case ReturnCode.AlreadyDeleted:
msg = "result is ALREADY_DELETED";
break;
case ReturnCode.Timeout:
msg = "result is TIMEOUT";
break;
case ReturnCode.NoData:
msg = "result is NO_DATA";
break;
default:
msg = "result is UNKNOWN";
break;
}
tfw.TestMessage(TestMessage.Note, msg);
}
/// <summary>
/// Throws an <see cref="SpssException"/> if a prior call into SPSS failed.
/// </summary>
/// <param name="returnCode">The return code actually received from the SPSS function.</param>
/// <param name="spssFunctionName">Name of the SPSS function invoked.</param>
/// <param name="acceptableReturnCodes">The acceptable return codes that should not result in a thrown exception (SPSS_OK is always ok).</param>
/// <returns>The value of <paramref name="returnCode"/>.</returns>
internal static ReturnCode ThrowOnFailure(ReturnCode returnCode, string spssFunctionName, params ReturnCode[] acceptableReturnCodes)
{
if (returnCode == ReturnCode.SPSS_OK)
{
return returnCode;
}
if (acceptableReturnCodes != null)
{
if (Array.IndexOf(acceptableReturnCodes, returnCode) >= 0)
{
return returnCode;
}
}
throw new SpssException(returnCode, spssFunctionName);
}
/// <summary>
/// Erstellt einen neuen Datensatz mit den übergebenen Eigenschaften.
/// Wird ein Fehler zurückgegeben (ReturnCode != noError) so ist ein null Datensatz erstellt worden,
/// welcher gelöscht werden sollte.
/// </summary>
/// <param name="benutzer">Benutzername</param>
/// <param name="passw">Passwort</param>
/// <param name="webs">Webseite der Zugangsdaten oder Pfad zur User-Datei</param>
/// <param name="detail">Zusätzliche Infos (optional)</param>
/// <param name="code">Rückgabe des ReturnCode</param>
public Data(string benutzer, Passw passw, string webs, string detail, out ReturnCode code)
{
code = ReturnCode.noError;
if (Benutzer.CheckBenutzername(benutzer) == true) code = ReturnCode.BenutzernameUngültig;
Program.stopw.Restart();
if (Passw.CheckPasswort(passw.Passwort, passw.PasswortEigenschaften) == true) code = ReturnCode.PasswortUngültig;
Program.stopw.Stop();
if (webs == null) code = ReturnCode.missingParameter;
if (code == ReturnCode.noError)
{
this.benutzername = benutzer;
this.passwort = passw;
this.pfad = webs;
this.details = detail;
}
}
public AniDBResponse(byte[] responseData, Encoding encoding = null)
{
OriginalString = (encoding ?? Encoding.ASCII).GetString(responseData);
string[] responseLines = OriginalString.Split(new[] { '\n' }, StringSplitOptions.RemoveEmptyEntries);
short returnCode;
string[] response =
responseLines[0].Split(new[] { ' ' }, short.TryParse(responseLines[0].Split(' ')[0], out returnCode) ? 2 : 3);
Tag = response.Length == 3 ? response[0] : "";
Code = (ReturnCode)(response.Length == 3 ? short.Parse(response[1]) : returnCode);
ReturnString = response.Length == 3 ? response[2] : response[1];
List<string[]> datafields = new List<string[]>();
for (int i = 1; i < responseLines.Length; i++)
datafields.Add(responseLines[i].Split('|'));
DataFields = datafields.ToArray();
}
public void OnDataAvailable(IDataReader entityInterface)
{
Msg[] msgList = null ;
SampleInfo[] infoSeq = null;
status = msgDR.Read(ref msgList, ref infoSeq, Length.Unlimited, SampleStateKind.Any, ViewStateKind.New, InstanceStateKind.Any);
ErrorHandler.checkStatus(status, "DataReader.Read");
if (msgList != null && msgList.Length > 0)
{
Console.WriteLine("=== [ListenerDataListener::OnDataAvailable] - msgList.Length : {0}", msgList.Length);
foreach (Msg msg in msgList)
{
Console.WriteLine(" --- Message Received ---");
Console.WriteLine(" userId : {0}", msg.userID);
Console.WriteLine(" message : \\ {0}",msg.message);
}
status = msgDR.ReturnLoan(ref msgList, ref infoSeq);
ErrorHandler.checkStatus(status, "DataReader.ReturnLoan");
}
guardCond.SetTriggerValue(true);
}
public static ReturnCode CorrectZipFile(RvFile fixZip, RvFile fixZippedFile, ref ICompress tempFixZip, int iRom, List <RvFile> fileProcessQueue, out string errorMessage)
{
if (!
(
fixZippedFile.DatStatus == DatStatus.InDatCollect && fixZippedFile.GotStatus == GotStatus.Got ||
fixZippedFile.DatStatus == DatStatus.InDatMerged && fixZippedFile.GotStatus == GotStatus.Got ||
fixZippedFile.DatStatus == DatStatus.NotInDat && fixZippedFile.GotStatus == GotStatus.Got ||
fixZippedFile.DatStatus == DatStatus.InToSort && fixZippedFile.GotStatus == GotStatus.Got ||
fixZippedFile.DatStatus == DatStatus.InToSort && fixZippedFile.GotStatus == GotStatus.Corrupt
)
)
{
ReportError.SendAndShow("Error in Fix Rom Status " + fixZippedFile.RepStatus + " : " + fixZippedFile.DatStatus + " : " + fixZippedFile.GotStatus);
}
ReportError.LogOut("CorrectZipFile:");
ReportError.LogOut(fixZippedFile);
if (fixZippedFile.GotStatus == GotStatus.Corrupt && fixZippedFile.FileType == FileType.SevenZipFile)
{
fixZippedFile.GotStatus = GotStatus.NotGot; // Changes RepStatus to Deleted
errorMessage = "";
return(ReturnCode.Good);
}
if (tempFixZip == null)
{
string strPath = fixZip.Parent.FullName;
string tempZipFilename = Path.Combine(strPath, "__RomVault.tmp");
ReturnCode returnCode1 = OpenOutputZip(fixZip, tempZipFilename, out tempFixZip, out errorMessage);
if (returnCode1 != ReturnCode.Good)
{
ReportError.LogOut($"CorrectZipFile: OutputOutput {tempZipFilename} return {returnCode1}");
return(returnCode1);
}
}
bool rawCopyForce = fixZippedFile.RepStatus == RepStatus.InToSort || fixZippedFile.RepStatus == RepStatus.Corrupt;
RvFile fileIn = fixZip.Child(iRom);
List <RvFile> lstFixRomTable = null;
if (fileIn.FileType == FileType.SevenZipFile && fileIn.Size > 0)
{
lstFixRomTable = FindSourceFile.GetFixFileList(fixZippedFile);
ReportError.LogOut("CorrectZipFile: picking from");
ReportError.ReportList(lstFixRomTable);
fileIn = FindSourceFile.FindSourceToUseForFix(fixZippedFile, lstFixRomTable);
if (fileIn.FileType == FileType.SevenZipFile)
{
ReturnCode returnCode1 = Decompress7ZipFile.DecompressSource7ZipFile(fixZip, true, out errorMessage);
if (returnCode1 != ReturnCode.Good)
{
ReportError.LogOut($"DecompressSource7Zip: OutputOutput {fixZip.FileName} return {returnCode1}");
return(returnCode1);
}
lstFixRomTable = FindSourceFile.GetFixFileList(fixZippedFile);
fileIn = FindSourceFile.FindSourceToUseForFix(fixZippedFile, lstFixRomTable);
}
}
ReportError.LogOut("Copying from");
ReportError.LogOut(fileIn);
GetSourceDir(fileIn, out string sourceDir, out string sourceFile);
if (Settings.rvSettings.DetailedFixReporting)
{
string fixZipFullName = fixZip.TreeFullName;
bool rawCopy = FixFileUtils.TestRawCopy(fileIn, fixZippedFile, rawCopyForce);
Report.ReportProgress(new bgwShowFix(Path.GetDirectoryName(fixZipFullName), Path.GetFileName(fixZipFullName), fixZippedFile.Name, fixZippedFile.Size, rawCopy ? "<<--Raw" : "<<--Compress", sourceDir, sourceFile, fileIn.Name));
}
RepStatus originalStatus = fixZippedFile.RepStatus;
ReturnCode returnCode = FixFileUtils.CopyFile(fileIn, tempFixZip, null, fixZippedFile, rawCopyForce, out errorMessage);
switch (returnCode)
{
case ReturnCode.Good: // correct reply to continue;
if (originalStatus == RepStatus.NeededForFix)
{
fixZippedFile.RepStatus = RepStatus.NeededForFix;
}
break;
case ReturnCode.SourceDataStreamCorrupt:
{
ReportError.LogOut($"CorrectZipFile: Source Data Stream Corrupt / CRC Error");
Report.ReportProgress(new bgwShowFixError("CRC Error"));
RvFile tFile = fixZip.Child(iRom);
tFile.GotStatus = GotStatus.Corrupt;
break;
}
case ReturnCode.SourceCheckSumMismatch:
{
ReportError.LogOut($"CorrectZipFile: Source Checksum Mismatch / Fix file CRC was not as expected");
Report.ReportProgress(new bgwShowFixError("Fix file CRC was not as expected"));
break;
}
case ReturnCode.Cancel:
return(returnCode);
default:
throw new FixAZip.ZipFileException(returnCode, fixZippedFile.FullName + " " + fixZippedFile.RepStatus + " " + returnCode + " : " + errorMessage);
}
// This should not be done here, as you land up marking files that are being
// copied that are still set to needed for fix to delete status
//Check to see if the files used for fix, can now be set to delete
//if (lstFixRomTable != null)
// FixFileUtils.CheckFilesUsedForFix(lstFixRomTable, fileProcessQueue, false);
return(returnCode);
}
/// <summary>
/// Fixed a missing file inside a .ZIP file.
/// </summary>
/// <param name="fixZip">The RvFile of the actual .ZIP file that is being fixed.</param>
/// <param name="fixZippedFile">A temp copy of the RvFile record of the actual compressed file inside the fixZip .zip that is about to be fixed.</param>
/// <param name="tempFixZip">Is the new output archive file that is being created to fix this zip, that will become the new zip once done</param>
/// <param name="filesUserForFix"></param>
/// <param name="totalFixed"></param>
/// <param name="errorMessage"></param>
/// <returns></returns>
public static ReturnCode CanBeFixed(RvFile fixZip, RvFile fixZippedFile, ref ICompress tempFixZip, Dictionary <string, RvFile> filesUserForFix, ref int totalFixed, out string errorMessage)
{
if (!(fixZippedFile.DatStatus == DatStatus.InDatCollect && (fixZippedFile.GotStatus == GotStatus.NotGot || fixZippedFile.GotStatus == GotStatus.Corrupt)))
{
ReportError.SendAndShow("Error in Fix Rom Status " + fixZippedFile.RepStatus + " : " + fixZippedFile.DatStatus + " : " + fixZippedFile.GotStatus);
}
ReportError.LogOut("CanBeFixed:");
ReportError.LogOut(fixZippedFile);
if (tempFixZip == null)
{
string strPath = fixZip.Parent.FullName;
string tempZipFilename = Path.Combine(strPath, "__RomVault.tmp");
ReturnCode returnCode1 = OpenOutputZip(fixZip, tempZipFilename, out tempFixZip, out errorMessage);
if (returnCode1 != ReturnCode.Good)
{
ReportError.LogOut($"CanBeFixed: OutputOutput {tempZipFilename} return {returnCode1}");
return(returnCode1);
}
}
List <RvFile> lstFixRomTable = FindSourceFile.GetFixFileList(fixZippedFile);
ReportError.LogOut("CanBeFixed: picking from");
ReportError.ReportList(lstFixRomTable);
if (DBHelper.IsZeroLengthFile(fixZippedFile))
{
RvFile fileIn = new RvFile(FileType.ZipFile)
{
Size = 0
};
ReturnCode returnCode = FixFileUtils.CopyFile(fileIn, tempFixZip, null, fixZippedFile, false, out errorMessage);
switch (returnCode)
{
case ReturnCode.Good: // correct reply to continue;
break;
case ReturnCode.Cancel:
return(returnCode);
default:
throw new FixAZip.ZipFileException(returnCode, fixZippedFile.FullName + " " + fixZippedFile.RepStatus + " " + returnCode + " : " + errorMessage);
}
//Check to see if the files used for fix, can now be set to delete
//FixFileUtils.CheckFilesUsedForFix(lstFixRomTable, filesUserForFix, false);
foreach (RvFile f in lstFixRomTable)
{
string fn = f.TreeFullName;
if (!filesUserForFix.ContainsKey(fn))
{
filesUserForFix.Add(fn, f);
}
}
totalFixed++;
return(ReturnCode.Good);
}
if (lstFixRomTable.Count > 0)
{
RvFile fileIn = FindSourceFile.FindSourceToUseForFix(fixZippedFile, lstFixRomTable);
if (fileIn.FileType == FileType.SevenZipFile)
{
ReturnCode returnCode1 = Decompress7ZipFile.DecompressSource7ZipFile(fileIn.Parent, false, out errorMessage);
if (returnCode1 != ReturnCode.Good)
{
ReportError.LogOut($"DecompressSource7Zip: OutputOutput {fixZip.FileName} return {returnCode1}");
return(returnCode1);
}
lstFixRomTable = FindSourceFile.GetFixFileList(fixZippedFile);
fileIn = FindSourceFile.FindSourceToUseForFix(fixZippedFile, lstFixRomTable);
}
ReportError.LogOut("CanBeFixed: Copying from");
ReportError.LogOut(fileIn);
GetSourceDir(fileIn, out string sourceDir, out string sourceFile);
string fixZipFullName = fixZip.TreeFullName;
bool rawCopy = FixFileUtils.TestRawCopy(fileIn, fixZippedFile, false);
Report.ReportProgress(new bgwShowFix(Path.GetDirectoryName(fixZipFullName), Path.GetFileName(fixZipFullName), fixZippedFile.Name, fixZippedFile.Size, rawCopy ? "<--Raw" : "<--Compress", sourceDir, sourceFile, fileIn.Name));
fixZippedFile.FileTestFix(fileIn);
ReturnCode returnCode = FixFileUtils.CopyFile(fileIn, tempFixZip, null, fixZippedFile, false, out errorMessage);
switch (returnCode)
{
case ReturnCode.Good: // correct reply so continue;
break;
case ReturnCode.RescanNeeded:
ReportError.LogOut($"CanBeFixed: RescanNeeded");
return(returnCode);
case ReturnCode.SourceDataStreamCorrupt:
{
ReportError.LogOut($"CanBeFixed: Source Data Stream Corrupt / CRC Error");
Report.ReportProgress(new bgwShowFixError("CRC Error"));
fileIn.GotStatus = GotStatus.Corrupt;
return(returnCode);
}
case ReturnCode.SourceCheckSumMismatch:
{
ReportError.LogOut($"CanBeFixed: Source Checksum Mismatch / Fix file CRC was not as expected");
Report.ReportProgress(new bgwShowFixError("Fix file CRC was not as expected"));
return(returnCode);
}
case ReturnCode.DestinationCheckSumMismatch:
{
ReportError.LogOut($"CanBeFixed: Destination Checksum Mismatch / Destination file CRC was not as expected");
Report.ReportProgress(new bgwShowFixError("Destination file CRC was not as expected"));
return(returnCode);
}
case ReturnCode.Cancel:
return(returnCode);
default:
throw new FixAZip.ZipFileException(returnCode, fixZippedFile.FullName + " " + fixZippedFile.RepStatus + " " + returnCode + Environment.NewLine + errorMessage);
}
//Check to see if the files used for fix, can now be set to delete
//FixFileUtils.CheckFilesUsedForFix(lstFixRomTable, filesUserForFix, false);
foreach (RvFile f in lstFixRomTable)
{
string fn = f.TreeFullName;
if (!filesUserForFix.ContainsKey(fn))
{
filesUserForFix.Add(fn, f);
}
}
totalFixed++;
}
else
// thought we could fix it, turns out we cannot
{
fixZippedFile.GotStatus = GotStatus.NotGot;
}
errorMessage = "";
return(ReturnCode.Good);
}
public static ReturnCode MovetoSort(RvFile fixZip, RvFile fixZippedFile, ref RvFile toSortGame, ref ICompress toSortZipOut, int iRom)
{
if (!(fixZippedFile.DatStatus == DatStatus.NotInDat && fixZippedFile.GotStatus == GotStatus.Got))
{
ReportError.SendAndShow("Error in Fix Rom Status " + fixZippedFile.RepStatus + " : " + fixZippedFile.DatStatus + " : " + fixZippedFile.GotStatus);
}
ReportError.LogOut("MovetoSort:");
ReportError.LogOut(fixZippedFile);
// move the rom out to the To Sort Directory
string toSortFullName;
if (toSortGame == null)
{
ReturnCode retCode = FixFileUtils.CreateToSortDirs(fixZip, out RvFile outDir, out string toSortFileName);
if (retCode != ReturnCode.Good)
{
return(retCode);
}
toSortGame = new RvFile(fixZip.FileType)
{
Parent = outDir,
Name = toSortFileName,
DatStatus = DatStatus.InToSort,
GotStatus = GotStatus.Got
};
toSortFullName = Path.Combine(outDir.FullName, toSortGame.Name);
}
else
{
toSortFullName = toSortZipOut.ZipFilename;
}
// this needs header / alt info added.
RvFile toSortRom = new RvFile(fixZippedFile.FileType)
{
Name = fixZippedFile.Name,
Size = fixZippedFile.Size,
CRC = fixZippedFile.CRC,
SHA1 = fixZippedFile.SHA1,
MD5 = fixZippedFile.MD5,
HeaderFileType = fixZippedFile.HeaderFileType,
AltSize = fixZippedFile.AltSize,
AltCRC = fixZippedFile.AltCRC,
AltSHA1 = fixZippedFile.AltSHA1,
AltMD5 = fixZippedFile.AltMD5,
FileGroup = fixZippedFile.FileGroup
};
toSortRom.SetStatus(DatStatus.InToSort, GotStatus.Got);
toSortRom.FileStatusSet(
FileStatus.HeaderFileTypeFromHeader |
FileStatus.SizeFromHeader | FileStatus.SizeVerified |
FileStatus.CRCFromHeader | FileStatus.CRCVerified |
FileStatus.SHA1FromHeader | FileStatus.SHA1Verified |
FileStatus.MD5FromHeader | FileStatus.MD5Verified |
FileStatus.AltSizeFromHeader | FileStatus.AltSizeVerified |
FileStatus.AltCRCFromHeader | FileStatus.AltCRCVerified |
FileStatus.AltSHA1FromHeader | FileStatus.AltSHA1Verified |
FileStatus.AltMD5FromHeader | FileStatus.AltMD5Verified
, fixZippedFile);
toSortGame.ChildAdd(toSortRom);
ReturnCode returnCode;
string errorMessage;
if (toSortZipOut == null)
{
returnCode = OpenOutputZip(toSortGame, toSortFullName, out toSortZipOut, out errorMessage);
if (returnCode != ReturnCode.Good)
{
throw new FixAZip.ZipFileException(returnCode, fixZippedFile.FullName + " " + fixZippedFile.RepStatus + " " + returnCode + Environment.NewLine + errorMessage);
}
}
string fixZipFullName = fixZip.TreeFullName;
Report.ReportProgress(new bgwShowFix(Path.GetDirectoryName(fixZipFullName), Path.GetFileName(fixZipFullName), fixZippedFile.Name, fixZippedFile.Size, "Raw-->", Path.GetDirectoryName(toSortFullName), Path.GetFileName(toSortFullName), toSortRom.Name));
returnCode = FixFileUtils.CopyFile(fixZip.Child(iRom), toSortZipOut, null, toSortRom, true, out errorMessage);
switch (returnCode)
{
case ReturnCode.Good: // correct reply to continue;
break;
default:
throw new FixAZip.ZipFileException(returnCode, fixZippedFile.FullName + " " + fixZippedFile.RepStatus + " " + returnCode + Environment.NewLine + errorMessage);
}
fixZippedFile.GotStatus = GotStatus.NotGot; // Changes RepStatus to Deleted
return(ReturnCode.Good);
}
public IDataReader CreateDataReader(
ITopicDescription topic,
IDataReaderListener listener,
StatusKind mask)
{
DataReader dataReader = null;
if (topic != null)
{
SacsSuperClass superObj = (SacsSuperClass)topic;
if (listener != null)
{
OpenSplice.Gapi.gapi_dataReaderListener gapiListener;
DataReaderListenerHelper listenerHelper = new DataReaderListenerHelper();
listenerHelper.Listener = listener;
listenerHelper.CreateListener(out gapiListener);
using (DataReaderListenerMarshaler listenerMarshaler =
new DataReaderListenerMarshaler(ref gapiListener))
{
IntPtr gapiPtr = Gapi.Subscriber.create_datareader(
GapiPeer,
superObj.GapiPeer,
IntPtr.Zero,
listenerMarshaler.GapiPtr,
mask);
if (gapiPtr != IntPtr.Zero)
{
TypeSupport typeSupport = topic.Participant.GetTypeSupport(topic.TypeName)
as OpenSplice.TypeSupport;
dataReader = typeSupport.CreateDataReader(gapiPtr);
dataReader.SetListener(listenerHelper);
}
}
}
else
{
IntPtr gapiPtr = Gapi.Subscriber.create_datareader(
GapiPeer,
superObj.GapiPeer,
IntPtr.Zero,
IntPtr.Zero,
StatusKind.Any);
if (gapiPtr != IntPtr.Zero)
{
TypeSupport typeSupport = topic.Participant.GetTypeSupport(topic.TypeName)
as OpenSplice.TypeSupport;
dataReader = typeSupport.CreateDataReader(gapiPtr);
}
}
}
if (dataReader != null)
{
SubscriberQos subQos = null;
ReturnCode result = GetQos(ref subQos);
if (result == ReturnCode.Ok)
{
if (subQos.EntityFactory.AutoenableCreatedEntities)
{
dataReader.Enable();
}
}
}
return(dataReader);
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="strOperation">Requested operation that failed</param>
/// <param name="theReturn">ANT-FS Library return code</param>
internal ANTFS_RequestFailed_Exception(string strOperation, ReturnCode theReturn) : base(strOperation + " Request Failed: " + Print.AsString(theReturn))
{
}
internal override bool CheckError(PlayerOperationCode operationCode, Dictionary <byte, object> parameters, ReturnCode returnCode, string operationMessage, out string errorMessage)
{
if (!base.CheckError(operationCode, parameters, returnCode, operationMessage, out errorMessage))
{
switch (returnCode)
{
case ReturnCode.InvalidOperation:
subject.ResponseManager.FindOpponentFailed();
return(true);
default:
return(false);
}
}
else
{
return(true);
}
}
internal override void SendResponse(PlayerOperationCode operationCode, ReturnCode returnCode, string operationMessage, Dictionary <byte, object> parameter)
{
subject.ResponseManager.SendResponse(operationCode, returnCode, operationMessage, parameter);
}
public override void SampleCall(string[] args)
{
#region Parse Arguments
ArgParser cmdLineParser = new ArgParser();
if (!cmdLineParser.Parse(args))
{
// Parse failed.
PrintUsage(INVALID_ARGUMENTS_ERROR);
return;
}
if (!SampleParseArgs(cmdLineParser))
{
// Parse failed for sample's arguments.
PrintUsage(INVALID_ARGUMENTS_ERROR);
return;
}
#endregion
#region Initialize properties from command line
// Initialize the properties.
ContextProperties contextProps = new ContextProperties();
SessionProperties sessionProps = SampleUtils.NewSessionPropertiesFromConfig(cmdLineParser.Config);
// Uncomment the line below if you wish to send using a non-blocking mode
// sessionProps.SendBlocking = false;
#endregion
// Define IContext and ISession.
IContext context = null;
ISession session = null;
// Create the LinkedList.
LinkedList <MessageRecord> msgRecords =
new LinkedList <MessageRecord>();
try
{
InitContext(cmdLineParser.LogLevel);
Console.WriteLine("About to create the context ...");
context = ContextFactory.Instance.CreateContext(contextProps, null);
Console.WriteLine("Context successfully created. ");
Console.WriteLine("About to create the session ...");
session = context.CreateSession(sessionProps,
SampleUtils.HandleMessageEvent,
HandleSessionEvent);
Console.WriteLine("Session successfully created.");
// Connect the session.
Console.WriteLine("About to connect the session ...");
if (session.Connect() == ReturnCode.SOLCLIENT_OK)
{
Console.WriteLine("Session successfully connected");
Console.WriteLine(GetRouterInfo(session));
}
// Validate required capabilities.
if (!session.IsCapable(CapabilityType.PUB_GUARANTEED))
{
Console.WriteLine(string.Format("This sample requires capability '{0}' to be supported", CapabilityType.PUB_GUARANTEED));
return;
}
// Send cmdLineParser.Config.NumberOfMessagesToPublish messages.
for (int i = 0; i < cmdLineParser.Config.NumberOfMessagesToPublish; i++)
{
// Allocate a new message.
IMessage message = SampleUtils.CreateMessage(cmdLineParser.Config, session);
message.DeliveryMode = MessageDeliveryMode.Persistent;
try
{
// Create a record, and set it as CorrelationKey.
MessageRecord msgRecord = new MessageRecord(message);
message.CorrelationKey = msgRecord;
ReturnCode rc = session.Send(message);
Console.WriteLine("Sending message " + i + ": " + rc);
if (rc == ReturnCode.SOLCLIENT_OK)
{
// Add it to the list of send message records and send it.
msgRecord.MessageId = i;
msgRecords.AddLast(msgRecord);
}
else
{
// The message was not sent, free it up
message.Dispose();
}
}
catch (OperationErrorException opex)
{
// Ignore OperationErrorException if you don't want the publisher
// to abort on transient send errors
Console.WriteLine("Got an excpetion " + opex.ReturnCode);
message.Dispose();
continue;
}
// Sleep for 500 msecs and check to see if the message was acknowledged (positively or negatively).
Thread.Sleep(100);
while (msgRecords.First != null && msgRecords.First.Value.Acked)
{
MessageRecord record = msgRecords.First.Value;
msgRecords.RemoveFirst();
Console.WriteLine(
string.Format("Freeing memory for message {0}, Result: Acked ({1}), Accepted ({2})\n",
record.MessageId, record.Acked, record.Accepted));
record.Message.Dispose();
}
}
}
catch (Exception ex)
{
PrintException(ex);
}
finally
{
Thread.Sleep(3000);
// There should not be any left in the list, but just in case.
foreach (MessageRecord record in msgRecords)
{
Console.WriteLine(
string.Format("Freeing memory for message {0}, Result: Acked ({1}), Accepted ({2})\n",
record.MessageId, record.Acked, record.Accepted));
record.Message.Dispose();
}
if (session != null)
{
session.Dispose();
}
if (context != null)
{
context.Dispose();
}
// Must cleanup after.
CleanupContext();
}
}
internal static ReturnCode checkQos(DataReaderQos o)
{
ReturnCode result = DDS.ReturnCode.BadParameter;
if (o != null)
{
int errorCount = 0;
errorCount += countErrors(o.Durability);
errorCount += countErrors(o.Deadline);
errorCount += countErrors(o.LatencyBudget);
errorCount += countErrors(o.Liveliness);
errorCount += countErrors(o.Reliability);
errorCount += countErrors(o.DestinationOrder);
errorCount += countErrors(o.History);
errorCount += countErrors(o.ResourceLimits);
errorCount += countErrors(o.UserData);
errorCount += countErrors(o.Ownership);
errorCount += countErrors(o.TimeBasedFilter);
errorCount += countErrors(o.ReaderDataLifecycle);
errorCount += countErrors(o.SubscriptionKeys);
errorCount += countErrors(o.ReaderLifespan);
errorCount += countErrors(o.Share);
if (errorCount == 0)
{
result = DDS.ReturnCode.Ok;
if ((o.History.Kind == HistoryQosPolicyKind.KeepLastHistoryQos) &&
(o.ResourceLimits.MaxSamplesPerInstance != Length.Unlimited) &&
(o.History.Depth > o.ResourceLimits.MaxSamplesPerInstance))
{
ReportStack.Report(result,
"HistoryQosPolicy.depth is greater than " +
"ResourceLimitsQosPolicy.max_samples_per_instance.");
result = DDS.ReturnCode.InconsistentPolicy;
}
if ((o.Deadline.Period.Sec < o.TimeBasedFilter.MinimumSeparation.Sec) ||
((o.Deadline.Period.Sec == o.TimeBasedFilter.MinimumSeparation.Sec) &&
(o.Deadline.Period.NanoSec < o.TimeBasedFilter.MinimumSeparation.NanoSec)))
{
ReportStack.Report(result,
"DeadlineQosPolicy.period is less than " +
"TimeBasedFilterQosPolicy.separation");
result = DDS.ReturnCode.InconsistentPolicy;
}
if (o.ReaderDataLifecycle.EnableInvalidSamples != true)
{
//TODO: add correct deprecated report
if (o.ReaderDataLifecycle.InvalidSampleVisibility.Kind != InvalidSampleVisibilityQosPolicyKind.MinimumInvalidSamples)
{
ReportStack.Report(result,
"ReaderDataLifecycle.InvalidSampleVisibility.Kind inconsistent with " +
"InvalidSampleVisibilityQosPolicyKind.invalid_sample_visibility.");
result = DDS.ReturnCode.InconsistentPolicy;
}
}
if (o.ReaderDataLifecycle.InvalidSampleVisibility.Kind == InvalidSampleVisibilityQosPolicyKind.AllInvalidSamples)
{
ReportStack.Report(result,
"ReaderDataLifecycle.InvalidSampleVisibility.kind 'ALL_INVALID_SAMPLES' is unsupported.");
result = DDS.ReturnCode.Unsupported; // See OSPL-433
}
}
}
else
{
ReportStack.Report(result,
"DataReaderQos 'null' is invalid.");
}
return(result);
}
/// <summary>
/// Creates a Subscriber
/// </summary>
public void createSubscriber()
{
status = participant.GetDefaultSubscriberQos(ref subQos);
ErrorHandler.checkStatus(status, "DomainParticipant.GetDefaultSubscriberQos");
subQos.Partition.Name = new String[1];
subQos.Partition.Name[0] = partitionName;
subscriber = participant.CreateSubscriber(
subQos, null, StatusKind.Any);
ErrorHandler.checkHandle(subscriber, "DomainParticipant.CreateSubscriber");
}
/// <summary>
/// Creates a DataReader
/// </summary>
/// <param name="exampleNameToCreateReaderFor">The example name to create the
/// DataReader for. This param is used to define any specific Qos values the
/// example requires.</param>
/// <param name="filtered">This param determines whether a reader will be created
/// for a normal or filtered topic.</param>
public void createReader(Boolean filtered)
{
status = subscriber.GetDefaultDataReaderQos(ref RQosH);
ErrorHandler.checkStatus(status, "Subscriber.GetDefaultDataReaderQoS");
status = subscriber.CopyFromTopicQos(ref RQosH, topicQos);
ErrorHandler.checkStatus(status, "Subscriber.CopyFromTopicQoS");
switch (exampleName)
{
case "ContentFilteredTopic":
case "Listener":
RQosH.Durability.Kind = DurabilityQosPolicyKind.TransientDurabilityQos;
break;
case "Durability":
if (durabilityKind.Equals("transient"))
RQosH.Durability.Kind = DurabilityQosPolicyKind.TransientDurabilityQos;
else
RQosH.Durability.Kind = DurabilityQosPolicyKind.PersistentDurabilityQos;
break;
case "HelloWorld":
case "Ownership":
case "WaitSet":
case "QueryCondition":
case "Lifecycle":
break;
default:
break;
}
if (filtered)
{
reader = subscriber.CreateDataReader(
filteredTopic,
RQosH,
null,
StatusKind.Any);
}
else
{
reader = subscriber.CreateDataReader(
topic,
RQosH,
null,
StatusKind.Any);
}
ErrorHandler.checkHandle(reader, "Subscriber.CreateDataReader");
}
/// <summary>
/// WitFXMT4ServerBL.onMT4Response
/// </summary>
private async Task OnResponseAsync(
ReturnCode errorcode, string errormessage, eMT4ServerType serverIndex, MT4REQ reqType,
eOrderStatus trans_status, int masterLogin, /*int orderOrLogin,*/ Guid server_trans_id,
eAccountType accType, MT4REQMODE reqMode, MT4Request request, CancellationToken cancellationToken)
{
Debug.Assert(masterLogin > 0);
//m_ptrMySqlWrapper.insertLog(Utilities.LOG_INFO,masterLogin,orderOrLogin,"X",)
if (reqType == MT4REQ.MT4REQ_NEW_ACCOUNT)
{
var mt4Login = request.User?.login ?? 0;
if (trans_status == eOrderStatus.ORD_STAT_EXECUTED)
{
Debug.Assert(mt4Login > 0);
m_ptrLogger.LogInfo($"EXECUTED : MT4 Account {mt4Login}, master Login {masterLogin}, AccountType: {accType}");
MT4Account acc = new MT4Account();
//memset(&acc, 0, sizeof(MT4Account));
acc._accountType = accType;
acc._masterLogin = masterLogin;
acc._mt4Login = mt4Login;
acc._mt4ServerIndex = serverIndex;
//if (serverIndex == SRV_TYPE_DEMO)
//{
// Demo.insertMT4Account(orderOrLogin);
//}
//else
//{
// Live.insertMT4Account(orderOrLogin);
//}
lock (_mt4LoginsByServerIndex)
AddMt4LoginNoLock(serverIndex, mt4Login);
await _mt4AccountService.InsertMT4Account(acc, cancellationToken);
//if (!)
//{
// m_ptrLogger.LogError("Unable to insert MT4 account for masterlogin: %d MT4 Login: %d in database", masterLogin, orderOrLogin);
//}
//else
//{
#region Rebate
//TODO: Claudia: rebate
//if (accType == ACC_TYPE_REBATE)
//{
// Dictionary<int, int>.iterator it2;
// //lock (m_SyncMapMt4Master)
// //{
// it2 = m_mapMasterRebateAcc.find(masterLogin);
// if (it2 == m_mapMasterRebateAcc.end())
// {
// m_mapMasterRebateAcc.insert(new ValueTuple<int, int>(masterLogin, orderOrLogin));
// }
// //}
//}
#endregion
////else //if (accType != ACC_TYPE_REBATE)
////{
//Dictionary<bool, Dictionary<int, int>>.iterator it1;
////Dictionary<int, int>.iterator it2;
////lock (m_SyncMapMt4Master)
////{
//bool isDemoServer = serverIndex == SRV_TYPE_DEMO ? true : false;
//it1 = m_mapMT4MasterLogin.find(isDemoServer);
//if (it1 == m_mapMT4MasterLogin.end())
//{
// Dictionary<int, int> mp2 = new Dictionary<int, int>();
// m_mapMT4MasterLogin.insert(new ValueTuple<bool, Dictionary<int, int>>(isDemoServer, mp2));
// it1 = m_mapMT4MasterLogin.find(isDemoServer);
//}
//it1.second.insert(new ValueTuple<int, int>(orderOrLogin, masterLogin));
////}
////}
////}
if (accType == eAccountType.ACC_TYPE_SSP)
{
await _signalService.UpdateSignalMT4Login(server_trans_id, mt4Login, cancellationToken);
await _signalService.UpdateSSPSignalMT4Login(server_trans_id, mt4Login, cancellationToken);
//fetchAllSignal();
//fetchAllSSPSignal();
//fetchAllSMSignal();
//insertDBTransmitData(masterLogin, FDMT_Signal_ID);
//insertDBTransmitData(masterLogin, FDMT_SSPSignal_ID);
}
else if (accType == eAccountType.ACC_TYPE_SM)
{
await _signalService.UpdateSignalMT4Login(server_trans_id, mt4Login, cancellationToken);
await _signalService.UpdateSMSignalMT4Login(server_trans_id, mt4Login, cancellationToken);
//fetchAllSignal();
//fetchAllSSPSignal();
//fetchAllSMSignal();
//insertDBTransmitData(masterLogin, FDMT_Signal_ID);
//insertDBTransmitData(masterLogin, FDMT_SMSignal_ID);
}
var m_masterUserSetting = await _masterSettingsService.GetCachedMasterSettingsAsync(cancellationToken);
if (accType == eAccountType.ACC_TYPE_FOLLOWER_DEMO || accType == eAccountType.ACC_TYPE_SSP || accType == eAccountType.ACC_TYPE_SM)
{
MT4Request ptrMT4Req4 = (MT4Request) new MT4Request();
//memset(ptrMT4Req4, 0, sizeof(MT4Request));
//ptrMT4Req4.newLoginOrOrderID = orderOrLogin; // Alexey
ptrMT4Req4.masterLogin = masterLogin;
ptrMT4Req4.reqType = MT4REQ.MT4REQ_BALANCE;
//ptrMT4Req4.socketID = socketID;
ptrMT4Req4.status = eOrderStatus.ORD_STAT_RECVD;
ptrMT4Req4.serverTransID = TransactionService.NewTransactionId();
ptrMT4Req4.ptrData = new MT4OrderInfo();
//memset(ptrMT4Req4.ptrData, 0, sizeof(MT4OrderInfo));
MT4OrderInfo ptrOrd = (MT4OrderInfo)ptrMT4Req4.ptrData;
ptrOrd._accountType = accType;
ptrOrd._masterLogin = masterLogin;
ptrOrd._mt4Login = mt4Login;
ptrOrd._mt4ServerIndex = serverIndex;
ptrOrd._orderTransMode = eMT4OrderTransMode.ORD_TRANS_CLOSE;
ptrOrd._orderType = eMT4OrderType.ORD_TYPE_BALANCE;
ptrOrd._price = request.deposit;
if (ptrOrd._price == 0)
{
if (accType == eAccountType.ACC_TYPE_FOLLOWER_DEMO)
{
ptrOrd._price = m_masterUserSetting._deposit_followerDemo;
}
else if (accType == eAccountType.ACC_TYPE_SSP)
{
ptrOrd._price = m_masterUserSetting._deposit_SSP;
}
else if (accType == eAccountType.ACC_TYPE_SM)
{
ptrOrd._price = m_masterUserSetting._deposit_SM;
}
}
Demo.insertMT4Request(ptrMT4Req4);
}
else if (accType == eAccountType.ACC_TYPE_FOLLOWER_LIVE)
{
MT4Request ptrMT4Req4 = (MT4Request) new MT4Request();
//memset(ptrMT4Req4, 0, sizeof(MT4Request));
//ptrMT4Req4.newLoginOrOrderID = orderOrLogin; // Alexey
ptrMT4Req4.masterLogin = masterLogin;
ptrMT4Req4.reqType = MT4REQ.MT4REQ_BALANCE;
//ptrMT4Req4.socketID = socketID;
ptrMT4Req4.status = eOrderStatus.ORD_STAT_RECVD;
ptrMT4Req4.serverTransID = TransactionService.NewTransactionId();
ptrMT4Req4.ptrData = new MT4OrderInfo();
//memset(ptrMT4Req4.ptrData, 0, sizeof(MT4OrderInfo));
MT4OrderInfo ptrOrd = (MT4OrderInfo)ptrMT4Req4.ptrData;
ptrOrd._accountType = accType;
ptrOrd._masterLogin = masterLogin;
ptrOrd._mt4Login = mt4Login;
ptrOrd._mt4ServerIndex = serverIndex;
ptrOrd._orderTransMode = eMT4OrderTransMode.ORD_TRANS_CLOSE;
ptrOrd._orderType = eMT4OrderType.ORD_TYPE_BALANCE;
ptrOrd._price = request.deposit;
if (ptrOrd._price == 0)
{
ptrOrd._price = m_masterUserSetting._deposit_followerLive;
}
Live.insertMT4Request(ptrMT4Req4);
}
var ptrResp = new MT4AccountResponse(); //MT_MT4AccountResponse_ID
CppHelper.memcpy(ref ptrResp._account, acc);
_connectionMgr.SentDataUsingLoginID(ptrResp, MessageTypeID.MT_MT4AccountResponse_ID, masterLogin);
}
else if (trans_status == eOrderStatus.ORD_STAT_PROCESSING)
{
// Claudia: it's normal that orderOrLogin parameter is 0, because MT4 is still processing the request
Debug.Assert(masterLogin > 0);
m_ptrLogger.LogInfo("PROCESSING : MT4 Account %d master Login %d AccountType: %d", mt4Login, masterLogin, accType);
var ptrResp = new SocialOrderResponse(); //MT_SocialOrderResponse_ID
ptrResp._serverTransID = server_trans_id;
ptrResp._requestMode = reqMode;
ptrResp._retCode = (eReturnCode)trans_status;
//SentDataUsingSocketID(ptrResp, MT_SocialOrderResponse_ID, socketID);
_connectionMgr.SentDataUsingLoginID(ptrResp, MessageTypeID.MT_SocialOrderResponse_ID, masterLogin);
}
else if (trans_status == eOrderStatus.ORD_STAT_REJECTED)
{
// Claudia: it's normal that orderOrLogin parameter is 0, because MT4 is still processing the request
Debug.Assert(masterLogin > 0);
m_ptrLogger.LogInfo("REJECTED : MT4 Account %d master Login %d AccountType: %d", mt4Login, masterLogin, accType);
if (accType == eAccountType.ACC_TYPE_SSP)
{
await _signalService.UpdateSignalMT4Login(server_trans_id, mt4Login, cancellationToken, isRemove : true);
await _signalService.UpdateSSPSignalMT4Login(server_trans_id, mt4Login, cancellationToken, isRemove : true);
}
if (accType == eAccountType.ACC_TYPE_SM)
{
await _signalService.UpdateSignalMT4Login(server_trans_id, mt4Login, cancellationToken, isRemove : true);
await _signalService.UpdateSMSignalMT4Login(server_trans_id, mt4Login, cancellationToken, isRemove : true);
}
var ptrResp = new SocialOrderResponse(); //MT_SocialOrderResponse_ID
ptrResp._serverTransID = server_trans_id;
ptrResp._requestMode = reqMode;
ptrResp._retCode = (eReturnCode)trans_status;
ptrResp._mt4errorcode = errorcode;
CppHelper.strcpy(out ptrResp._mt4errormessage, errormessage);
//SentDataUsingSocketID(ptrResp, MT_SocialOrderResponse_ID, socketID);
_connectionMgr.SentDataUsingLoginID(ptrResp, MessageTypeID.MT_SocialOrderResponse_ID, masterLogin);
}
//insertDBTransmitData(masterLogin, FDMT_MasterUser_ID);
//insertDBTransmitData(masterLogin, FDMT_MT4Account_ID);
//insertDBTransmitData(masterLogin, FDMT_SSPSignal_ID);
//insertDBTransmitData(masterLogin, FDMT_SSPSignal_ID);
}
else
{
var orderId = request.OrderInfo?._orderID ?? 0;
if (trans_status == eOrderStatus.ORD_STAT_PROCESSING)
{
// Alexey: it's normal that orderOrLogin parameter is 0, because MT4 is still processing the request
Debug.Assert(masterLogin > 0 && server_trans_id != Guid.Empty);
m_ptrLogger.LogInfo($"PROCESSING : Order {orderId}, master Login {masterLogin}, UID: {server_trans_id}");
var ptrResp = new SocialOrderResponse(); //MT_SocialOrderResponse_ID
ptrResp._serverTransID = server_trans_id;
ptrResp._requestMode = reqMode;
ptrResp._retCode = (eReturnCode)trans_status;
//SentDataUsingSocketID(ptrResp, MT_SocialOrderResponse_ID, socketID);
_connectionMgr.SentDataUsingLoginID(ptrResp, MessageTypeID.MT_SocialOrderResponse_ID, masterLogin);
}
else if (trans_status == eOrderStatus.ORD_STAT_REJECTED)
{
// Alexey: it's normal that orderOrLogin parameter is 0, because MT4 is still processing the request
Debug.Assert(masterLogin > 0 && server_trans_id != Guid.Empty);
m_ptrLogger.LogInfo($"REJECTED : Order {orderId}, master Login {masterLogin}, UID: {server_trans_id}");
var ptrResp = new SocialOrderResponse(); //MT_SocialOrderResponse_ID
ptrResp._serverTransID = server_trans_id;
ptrResp._requestMode = reqMode;
ptrResp._retCode = (eReturnCode)trans_status;
ptrResp._mt4errorcode = errorcode;
CppHelper.strcpy(out ptrResp._mt4errormessage, errormessage);
//SentDataUsingSocketID(ptrResp, MT_SocialOrderResponse_ID, socketID);
_connectionMgr.SentDataUsingLoginID(ptrResp, MessageTypeID.MT_SocialOrderResponse_ID, masterLogin);
}
else if (trans_status == eOrderStatus.ORD_STAT_EXECUTED)
{
if (reqMode == MT4REQMODE.OPEN_TRADE)
{
Debug.Assert(server_trans_id != Guid.Empty && orderId > 0 && request.Order != null && request.Order.OrderId == 0);
request.Order.OrderId = orderId;
await _orderService.InsertAsync(request.Order, cancellationToken);
// updateTransLinking(server_trans_id, orderOrLogin);
}
//if (reqMode == MT4REQMODE.CLOSE_TRADE || reqMode == MT4REQMODE.DELETE_TRADE)
//{
// removeTransLinking(server_trans_id);
//}
Debug.Assert(masterLogin > 0 && server_trans_id != Guid.Empty);
m_ptrLogger.LogInfo($"EXECUTED : Order {orderId}, master Login {masterLogin}, UID: {server_trans_id}");
var ptrResp = new SocialOrderResponse(); //MT_SocialOrderResponse_ID
ptrResp._serverTransID = server_trans_id;
ptrResp._requestMode = reqMode;
ptrResp._retCode = (eReturnCode)trans_status;
//SentDataUsingSocketID(ptrResp, MT_SocialOrderResponse_ID, socketID);
_connectionMgr.SentDataUsingLoginID(ptrResp, MessageTypeID.MT_SocialOrderResponse_ID, masterLogin);
}
}
}
public override void OnResponse(string data)
{
ReturnCode returnCode = (ReturnCode)(int.Parse(data));
registerPanel.OnRegisterResponse(returnCode);
}
///////////////////////////////////////////////////////////////////////////////////////////////
#region IExecuteArgument Members
public override ReturnCode Execute(
Interpreter interpreter,
IClientData clientData,
ArgumentList arguments,
ref Argument value,
ref Result error
)
{
ReturnCode code = ReturnCode.Ok;
if (interpreter != null)
{
if (arguments != null)
{
if (arguments.Count == (this.Arguments + 1))
{
Variant variant1 = null;
code = Value.GetVariant(interpreter,
(IGetValue)arguments[1], ValueFlags.AnyVariant,
interpreter.CultureInfo, ref variant1, ref error);
if (code == ReturnCode.Ok)
{
try
{
if (variant1.IsDouble())
{
value = Interpreter.FixIntermediatePrecision(
Math.Abs((double)variant1.Value));
}
else if (variant1.IsDecimal())
{
value = Interpreter.FixIntermediatePrecision(
Math.Abs((decimal)variant1.Value));
}
else if (variant1.IsWideInteger())
{
value = Math.Abs((long)variant1.Value);
}
else if (variant1.IsInteger())
{
value = Math.Abs((int)variant1.Value);
}
else if (variant1.IsBoolean())
{
value = Math.Abs(ConversionOps.ToInt((bool)variant1.Value));
}
else
{
error = String.Format(
"unsupported variant type for function \"{0}\"",
base.Name);
code = ReturnCode.Error;
}
}
catch (Exception e)
{
Engine.SetExceptionErrorCode(interpreter, e);
error = String.Format(
"caught math exception: {0}",
e);
code = ReturnCode.Error;
}
}
}
else
{
if (arguments.Count > (this.Arguments + 1))
{
error = String.Format(
"too many arguments for math function \"{0}\"",
base.Name);
}
else
{
error = String.Format(
"too few arguments for math function \"{0}\"",
base.Name);
}
code = ReturnCode.Error;
}
}
else
{
error = "invalid argument list";
code = ReturnCode.Error;
}
}
else
{
error = "invalid interpreter";
code = ReturnCode.Error;
}
return(code);
}
static void Main(string[] args)
{
int ownID = 1;
string chatterName = null;
int domain = DDS.DomainId.Default;
string partitionName = "ChatRoom";
/* Options: Chatter [ownID [name]] */
if (args.Length > 0)
{
ownID = int.Parse(args[0]);
if (args.Length > 1)
{
chatterName = args[1];
}
}
/* Create a DomainParticipantFactory and a DomainParticipant
* (using Default QoS settings. */
DomainParticipantFactory dpf = DomainParticipantFactory.Instance;
ErrorHandler.checkHandle(dpf, "DDS.DomainParticipantFactory.Instance");
IDomainParticipant participant = dpf.CreateParticipant(domain, null, StatusKind.Any);
ErrorHandler.checkHandle(participant, "DDS.DomainParticipantFactory.CreateParticipant");
/* Register the required datatype for ChatMessage. */
ChatMessageTypeSupport chatMessageTS = new ChatMessageTypeSupport();
string chatMessageTypeName = chatMessageTS.TypeName;
ReturnCode status = chatMessageTS.RegisterType(
participant, chatMessageTypeName);
ErrorHandler.checkStatus(
status, "Chat.ChatMessageTypeSupport.RegisterType");
/* Register the required datatype for NameService. */
NameServiceTypeSupport nameServiceTS = new NameServiceTypeSupport();
string nameServiceTypeName = nameServiceTS.TypeName;
status = nameServiceTS.RegisterType(
participant, nameServiceTypeName);
ErrorHandler.checkStatus(
status, "Chat.NameServiceTypeSupport.RegisterType");
/* Initialise Qos variables */
TopicQos reliableTopicQos = new TopicQos();
TopicQos settingTopicQos = new TopicQos();
PublisherQos pubQos = new PublisherQos();
DataWriterQos dwQos = new DataWriterQos();
DataWriterQos nsDwQos = new DataWriterQos();
/* Set the ReliabilityQosPolicy to RELIABLE. */
status = participant.GetDefaultTopicQos(ref reliableTopicQos);
ErrorHandler.checkStatus(
status, "DDS.DomainParticipant.GetDefaultTopicQos");
reliableTopicQos.Reliability.Kind = ReliabilityQosPolicyKind.ReliableReliabilityQos;
/* Make the tailored QoS the new default. */
status = participant.SetDefaultTopicQos(reliableTopicQos);
ErrorHandler.checkStatus(
status, "DDS.DomainParticipant.SetDefaultTopicQos");
/* Use the changed policy when defining the ChatMessage topic */
ITopic chatMessageTopic = participant.CreateTopic(
"Chat_ChatMessage",
chatMessageTypeName,
reliableTopicQos);
ErrorHandler.checkHandle(
chatMessageTopic,
"DDS.DomainParticipant.CreateTopic (ChatMessage)");
/* Set the DurabilityQosPolicy to TRANSIENT. */
status = participant.GetDefaultTopicQos(ref settingTopicQos);
ErrorHandler.checkStatus(
status, "DDS.DomainParticipant.GetDefaultTopicQos");
settingTopicQos.Durability.Kind = DurabilityQosPolicyKind.TransientDurabilityQos;
/* Create the NameService Topic. */
ITopic nameServiceTopic = participant.CreateTopic(
"Chat_NameService",
nameServiceTypeName,
settingTopicQos);
ErrorHandler.checkHandle(
nameServiceTopic,
"DDS.DomainParticipant.CreateTopic (NameService)");
/* Adapt the default PublisherQos to write into the
* "ChatRoom" Partition. */
status = participant.GetDefaultPublisherQos(ref pubQos);
ErrorHandler.checkStatus(
status, "DDS.DomainParticipant.GetDefaultPublisherQos");
pubQos.Partition.Name = new string[1];
pubQos.Partition.Name[0] = partitionName;
/* Create a Publisher for the chatter application. */
IPublisher chatPublisher = participant.CreatePublisher(pubQos);
ErrorHandler.checkHandle(
chatPublisher, "DDS.DomainParticipant.CreatePublisher");
/* Create a DataWriter for the ChatMessage Topic
* (using the appropriate QoS). */
chatPublisher.GetDefaultDataWriterQos(ref dwQos);
status = chatPublisher.CopyFromTopicQos(ref dwQos, reliableTopicQos);
ErrorHandler.checkStatus(status, "DDS.Publisher.CopyFromTopicQos");
IDataWriter parentWriter = chatPublisher.CreateDataWriter(chatMessageTopic, dwQos);
ErrorHandler.checkHandle(
parentWriter, "DDS.Publisher.CreateDatawriter (chatMessage)");
/* Narrow the abstract parent into its typed representative. */
ChatMessageDataWriter talker = parentWriter as ChatMessageDataWriter;
ErrorHandler.checkHandle(
talker, "Chat.ChatMessageDataWriter");
/* Create a DataWriter for the NameService Topic
* (using the appropriate QoS). */
status = chatPublisher.GetDefaultDataWriterQos(ref nsDwQos);
ErrorHandler.checkStatus(
status, "DDS.Publisher.GetDefaultDatawriterQos");
status = chatPublisher.CopyFromTopicQos(ref nsDwQos, settingTopicQos);
ErrorHandler.checkStatus(status, "DDS.Publisher.CopyFromTopicQos");
WriterDataLifecycleQosPolicy writerDataLifecycle = nsDwQos.WriterDataLifecycle;
writerDataLifecycle.AutodisposeUnregisteredInstances = false;
IDataWriter nsParentWriter = chatPublisher.CreateDataWriter(nameServiceTopic, nsDwQos);
ErrorHandler.checkHandle(
nsParentWriter, "DDS.Publisher.CreateDatawriter (NameService)");
/* Narrow the abstract parent into its typed representative. */
NameServiceDataWriter nameServer = nsParentWriter as NameServiceDataWriter;
ErrorHandler.checkHandle(
nameServer, "Chat.NameServiceDataWriterHelper");
/* Initialize the NameServer attributes. */
NameService ns = new NameService();
ns.userID = ownID;
if (chatterName != null)
{
ns.name = chatterName;
}
else
{
ns.name = "Chatter " + ownID;
}
/* Write the user-information into the system
* (registering the instance implicitly). */
status = nameServer.Write(ns);
ErrorHandler.checkStatus(status, "Chat.ChatMessageDataWriter.Write");
/* Initialize the chat messages. */
ChatMessage msg = new ChatMessage();
msg.userID = ownID;
msg.index = 0;
if (ownID == TERMINATION_MESSAGE)
{
msg.content = "Termination message.";
}
else
{
msg.content = "Hi there, I will send you " +
NUM_MSG + " more messages.";
}
System.Console.WriteLine("Writing message: \"" + msg.content + "\"");
/* Register a chat message for this user
* (pre-allocating resources for it!!) */
InstanceHandle userHandle = talker.RegisterInstance(msg);
/* Write a message using the pre-generated instance handle. */
status = talker.Write(msg, userHandle);
ErrorHandler.checkStatus(status, "Chat.ChatMessageDataWriter.Write");
Thread.Sleep(1000);
/* Write any number of messages . */
for (int i = 1; i <= NUM_MSG && ownID != TERMINATION_MESSAGE; i++)
{
msg.index = i;
msg.content = "Message no. " + i;
Console.WriteLine("Writing message: \"" + msg.content + "\"");
status = talker.Write(msg, userHandle);
ErrorHandler.checkStatus(status, "Chat.ChatMessageDataWriter.Write");
Thread.Sleep(1000); /* do not run so fast! */
}
/* Leave the room by disposing and unregistering the message instance */
status = talker.Dispose(msg, userHandle);
ErrorHandler.checkStatus(
status, "Chat.ChatMessageDataWriter.Dispose");
status = talker.UnregisterInstance(msg, userHandle);
ErrorHandler.checkStatus(
status, "Chat.ChatMessageDataWriter.unregister_instance");
/* Also unregister our name. */
status = nameServer.UnregisterInstance(ns, InstanceHandle.Nil);
ErrorHandler.checkStatus(
status, "Chat.NameServiceDataWriter.unregister_instance");
/* Remove the DataWriters */
status = chatPublisher.DeleteDataWriter(talker);
ErrorHandler.checkStatus(
status, "DDS.Publisher.DeleteDatawriter (talker)");
status = chatPublisher.DeleteDataWriter(nameServer);
ErrorHandler.checkStatus(status,
"DDS.Publisher.DeleteDatawriter (nameServer)");
/* Remove the Publisher. */
status = participant.DeletePublisher(chatPublisher);
ErrorHandler.checkStatus(
status, "DDS.DomainParticipant.DeletePublisher");
/* Remove the Topics. */
status = participant.DeleteTopic(nameServiceTopic);
ErrorHandler.checkStatus(
status, "DDS.DomainParticipant.DeleteTopic (nameServiceTopic)");
status = participant.DeleteTopic(chatMessageTopic);
ErrorHandler.checkStatus(
status, "DDS.DomainParticipant.DeleteTopic (chatMessageTopic)");
/* Remove the DomainParticipant. */
status = dpf.DeleteParticipant(participant);
ErrorHandler.checkStatus(
status, "DDS.DomainParticipantFactory.DeleteParticipant");
}
public static ReturnCode FixZip(RvFile fixZip, List <RvFile> fileProcessQueue, ref int totalFixed, out string errorMessage)
{
errorMessage = "";
//Check for error status
if (fixZip.DirStatus.HasUnknown())
{
return(ReturnCode.FindFixes); // Error
}
bool needsTrrntzipped = fixZip.ZipStatus != ZipStatus.TrrntZip && fixZip.GotStatus == GotStatus.Got && fixZip.DatStatus == DatStatus.InDatCollect && (Settings.rvSettings.FixLevel == EFixLevel.TrrntZipLevel1 || Settings.rvSettings.FixLevel == EFixLevel.TrrntZipLevel2 || Settings.rvSettings.FixLevel == EFixLevel.TrrntZipLevel3);
// file corrupt and not in tosort
// if file cannot be fully fixed copy to corrupt
// process zipfile
if (fixZip.GotStatus == GotStatus.Corrupt && fixZip.DatStatus != DatStatus.InToSort && !fixZip.DirStatus.HasFixable())
{
ReturnCode moveReturnCode = FixAZipFunctions.MoveZipToCorrupt(fixZip, out errorMessage);
if (moveReturnCode != ReturnCode.Good)
{
return(moveReturnCode);
}
}
// has fixable
// process zipfile
else if (fixZip.DirStatus.HasFixable())
{
// do nothing here but continue on to process zip.
}
// need trrntzipped
// process zipfile
else if (needsTrrntzipped)
{
// rv7Zip format is not finalized yet so do not use
if (!Settings.rvSettings.ConvertToRV7Z && (fixZip.FileType == FileType.SevenZip))
//if (fixZip.FileType == FileType.SevenZip)
{
needsTrrntzipped = false;
}
// do nothing here but continue on to process zip.
}
// got empty zip that should be deleted
// process zipfile
else if (fixZip.GotStatus == GotStatus.Got && fixZip.GotStatus != GotStatus.Corrupt && !fixZip.DirStatus.HasAnyFiles())
{
// do nothing here but continue on to process zip.
}
// else
// skip this zipfile
else
{
// nothing can be done to return
return(ReturnCode.Good);
}
if (!fixZip.DirStatus.HasFixable() && !needsTrrntzipped)
{
return(ReturnCode.Good);
}
string fixZipFullName = fixZip.TreeFullName;
if (!fixZip.DirStatus.HasFixable() && needsTrrntzipped)
{
Report.ReportProgress(new bgwShowFix(Path.GetDirectoryName(fixZipFullName), Path.GetFileName(fixZipFullName), "", 0, "TrrntZipping", "", "", ""));
}
FixFileUtils.CheckCreateDirectories(fixZip.Parent);
ReportError.LogOut("");
ReportError.LogOut(fixZipFullName + " : " + fixZip.RepStatus);
ReportError.LogOut("------------------------------------------------------------");
Debug.WriteLine(fixZipFullName + " : " + fixZip.RepStatus);
ReportError.LogOut("Zip File Status Before Fix:");
for (int intLoop = 0; intLoop < fixZip.ChildCount; intLoop++)
{
ReportError.LogOut(fixZip.Child(intLoop));
}
ReportError.LogOut("");
ReturnCode returnCode = ReturnCode.Good;
RepStatus fileRepStatus = RepStatus.UnSet;
ICompress tempFixZip = null;
ICompress toSortCorruptOut = null;
ICompress toSortZipOut = null;
try
{
RvFile toSortGame = null;
RvFile toSortCorruptGame = null;
List <RvFile> fixZipTemp = new List <RvFile>();
FileType fixFileType = fixZip.FileType;
for (int iRom = 0; iRom < fixZip.ChildCount; iRom++)
{
RvFile fixZippedFile = new RvFile(DBTypeGet.FileFromDir(fixFileType));
fixZip.Child(iRom).CopyTo(fixZippedFile);
fixZipTemp.Add(fixZippedFile);
ReportError.LogOut(fixZippedFile.RepStatus + " : " + fixZip.Child(iRom).FullName);
fileRepStatus = fixZippedFile.RepStatus;
switch (fixZippedFile.RepStatus)
{
#region Nothing to copy
// any file we do not have or do not want in the destination zip
case RepStatus.Missing:
case RepStatus.NotCollected:
case RepStatus.Rename:
case RepStatus.Delete:
if (!
(
// got the file in the original zip but will be deleting it
fixZippedFile.DatStatus == DatStatus.NotInDat && fixZippedFile.GotStatus == GotStatus.Got ||
fixZippedFile.DatStatus == DatStatus.NotInDat && fixZippedFile.GotStatus == GotStatus.Corrupt ||
fixZippedFile.DatStatus == DatStatus.InDatMerged && fixZippedFile.GotStatus == GotStatus.Got ||
fixZippedFile.DatStatus == DatStatus.InToSort && fixZippedFile.GotStatus == GotStatus.Got ||
fixZippedFile.DatStatus == DatStatus.InToSort && fixZippedFile.GotStatus == GotStatus.Corrupt ||
// do not have this file and cannot fix it here
fixZippedFile.DatStatus == DatStatus.InDatCollect && fixZippedFile.GotStatus == GotStatus.NotGot ||
fixZippedFile.DatStatus == DatStatus.InDatBad && fixZippedFile.GotStatus == GotStatus.NotGot ||
fixZippedFile.DatStatus == DatStatus.InDatMerged && fixZippedFile.GotStatus == GotStatus.NotGot
)
)
{
ReportError.SendAndShow("Error in Fix Rom Status " + fixZippedFile.RepStatus + " : " +
fixZippedFile.DatStatus + " : " + fixZippedFile.GotStatus);
}
if (fixZippedFile.RepStatus == RepStatus.Delete)
{
if (Settings.rvSettings.DetailedFixReporting)
{
Report.ReportProgress(new bgwShowFix(Path.GetDirectoryName(fixZipFullName), Path.GetFileName(fixZipFullName), fixZippedFile.Name, fixZippedFile.Size, "Delete", "", "", ""));
}
returnCode = FixFileUtils.DoubleCheckDelete(fixZippedFile, out errorMessage);
if (returnCode != ReturnCode.Good)
{
CloseZipFile(ref tempFixZip);
CloseToSortGame(toSortGame, ref toSortZipOut);
CloseToSortCorruptGame(toSortGame, ref toSortZipOut);
return(returnCode);
}
}
fixZippedFile.GotStatus = GotStatus.NotGot;
break;
#endregion
// any files we are just moving from the original zip to the destination zip
case RepStatus.Correct:
case RepStatus.InToSort:
case RepStatus.NeededForFix:
case RepStatus.Corrupt:
{
returnCode = FixAZipFunctions.CorrectZipFile(fixZip, fixZippedFile, ref tempFixZip, iRom, out errorMessage);
if (returnCode != ReturnCode.Good)
{
CloseZipFile(ref tempFixZip);
CloseToSortGame(toSortGame, ref toSortZipOut);
CloseToSortCorruptGame(toSortGame, ref toSortZipOut);
return(returnCode);
}
break;
}
case RepStatus.CanBeFixed:
case RepStatus.CorruptCanBeFixed:
{
returnCode = FixAZipFunctions.CanBeFixed(fixZip, fixZippedFile, ref tempFixZip, fileProcessQueue, ref totalFixed, out errorMessage);
if (returnCode != ReturnCode.Good)
{
CloseZipFile(ref tempFixZip);
CloseToSortGame(toSortGame, ref toSortZipOut);
CloseToSortCorruptGame(toSortGame, ref toSortZipOut);
return(returnCode);
}
break;
}
case RepStatus.MoveToSort:
{
returnCode = FixAZipFunctions.MovetoSort(fixZip, fixZippedFile, ref toSortGame, ref toSortZipOut, iRom);
if (returnCode != ReturnCode.Good)
{
CloseZipFile(ref tempFixZip);
CloseToSortGame(toSortGame, ref toSortZipOut);
CloseToSortCorruptGame(toSortGame, ref toSortZipOut);
return(returnCode);
}
break;
}
case RepStatus.MoveToCorrupt:
FixAZipFunctions.MoveToCorrupt(fixZip, fixZippedFile, ref toSortCorruptGame, ref toSortCorruptOut, iRom);
break;
default:
ReportError.UnhandledExceptionHandler(
"Unknown file status found " + fixZippedFile.RepStatus + " while fixing file " +
fixZip.Name + " Dat Status = " + fixZippedFile.DatStatus + " GotStatus " +
fixZippedFile.GotStatus);
break;
}
}
//if ToSort Zip Made then close the zip and add this new zip to the Database
CloseToSortGame(toSortGame, ref toSortZipOut);
//if Corrupt Zip Made then close the zip and add this new zip to the Database
CloseToSortCorruptGame(toSortCorruptGame, ref toSortCorruptOut);
#region Process original Zip
string filename = fixZip.FullName;
if (File.Exists(filename))
{
if (!File.SetAttributes(filename, FileAttributes.Normal))
{
int error = Error.GetLastError();
Report.ReportProgress(new bgwShowError(filename,
"Error Setting File Attributes to Normal. Deleting Original Fix File. Code " + error));
}
try
{
File.Delete(filename);
}
catch (Exception e)
{
errorMessage = "Error While trying to delete file " + filename + ". " + e.Message;
if (tempFixZip != null && tempFixZip.ZipOpen != ZipOpenType.Closed)
{
tempFixZip.ZipFileClose();
tempFixZip = null;
}
return(ReturnCode.RescanNeeded);
}
}
#endregion
bool checkDelete = false;
#region process the temp Zip rename it to the original Zip
if (tempFixZip != null && tempFixZip.ZipOpen != ZipOpenType.Closed)
{
string tempFilename = tempFixZip.ZipFilename;
tempFixZip.ZipFileClose();
if (tempFixZip.LocalFilesCount() > 0)
{
// now rename the temp fix file to the correct filename
File.Move(tempFilename, filename);
FileInfo nFile = new FileInfo(filename);
RvFile tmpZip = new RvFile(FileType.Zip)
{
Name = Path.GetFileName(filename),
FileModTimeStamp = nFile.LastWriteTime
};
tmpZip.SetStatus(fixZip.DatStatus, GotStatus.Got);
fixZip.FileAdd(tmpZip, false);
fixZip.ZipStatus = tempFixZip.ZipStatus;
}
else
{
File.Delete(tempFilename);
checkDelete = true;
}
tempFixZip = null;
}
else
{
checkDelete = true;
}
#endregion
#region Now put the New Game Status information into the Database.
int intLoopFix = 0;
foreach (RvFile tmpZip in fixZipTemp)
{
tmpZip.CopyTo(fixZip.Child(intLoopFix));
if (fixZip.Child(intLoopFix).RepStatus == RepStatus.Deleted)
{
if (fixZip.Child(intLoopFix).FileRemove() == EFile.Delete)
{
fixZip.ChildRemove(intLoopFix);
continue;
}
}
intLoopFix++;
}
#endregion
if (checkDelete)
{
FixFileUtils.CheckDeleteFile(fixZip);
}
ReportError.LogOut("");
ReportError.LogOut("Zip File Status After Fix:");
for (int intLoop = 0; intLoop < fixZip.ChildCount; intLoop++)
{
ReportError.LogOut(fixZip.Child(intLoop));
}
ReportError.LogOut("");
return(ReturnCode.Good);
}
catch (ZipFileException ex)
{
tempFixZip?.ZipFileCloseFailed();
toSortZipOut?.ZipFileCloseFailed();
toSortCorruptOut?.ZipFileCloseFailed();
tempFixZip = null;
toSortZipOut = null;
toSortCorruptOut = null;
errorMessage = ex.Message;
return(ex.returnCode);
}
catch (Exception ex)
{
tempFixZip?.ZipFileCloseFailed();
toSortZipOut?.ZipFileCloseFailed();
toSortCorruptOut?.ZipFileCloseFailed();
tempFixZip = null;
toSortZipOut = null;
toSortCorruptOut = null;
errorMessage = ex.Message;
return(ReturnCode.LogicError);
}
finally
{
if (tempFixZip != null)
{
ReportError.UnhandledExceptionHandler($"{tempFixZip.ZipFilename} tempZipOut was left open, ZipFile= {fixZipFullName} , fileRepStatus= {fileRepStatus} , returnCode= {returnCode}");
}
if (toSortZipOut != null)
{
ReportError.UnhandledExceptionHandler($"{toSortZipOut.ZipFilename} toSortZipOut was left open");
}
if (toSortCorruptOut != null)
{
ReportError.UnhandledExceptionHandler($"{toSortCorruptOut.ZipFilename} toSortCorruptOut was left open");
}
}
}
static int Main(string[] args)
{
Logger.Logged += OnLogged;
ReturnCode optionParsingResult = ParseOptions(args);
if (optionParsingResult != ReturnCode.Success)
{
return((int)optionParsingResult);
}
// check if input path exists, and if it's a file or directory
bool directoryMode;
try {
if (File.Exists(inputPath))
{
directoryMode = false;
if (outputDirName == null)
{
outputDirName = Paths.GetDirectoryNameOrRoot(inputPath);
}
}
else if (Directory.Exists(inputPath))
{
directoryMode = true;
if (outputDirName == null)
{
outputDirName = Paths.GetDirectoryNameOrRoot(inputPath);
}
}
else
{
Console.Error.WriteLine("MapRenderer: Cannot locate \"{0}\"", inputPath);
return((int)ReturnCode.InputDirNotFound);
}
if (!Directory.Exists(outputDirName))
{
Directory.CreateDirectory(outputDirName);
}
} catch (Exception ex) {
Console.Error.WriteLine("MapRenderer: {0}: {1}",
ex.GetType().Name,
ex.Message);
return((int)ReturnCode.PathError);
}
// check recursive flag
if (recursive && !directoryMode)
{
Console.Error.WriteLine("MapRenderer: Recursive flag is given, but input is not a directory.");
}
// check input filter
if (inputFilter != null && !directoryMode)
{
Console.Error.WriteLine("MapRenderer: Filter param is given, but input is not a directory.");
}
// initialize image encoder
ImageCodecInfo[] codecs = ImageCodecInfo.GetImageDecoders();
imageEncoder = codecs.FirstOrDefault(codec => codec.FormatID == exportFormat.Guid);
if (imageEncoder == null)
{
Console.Error.WriteLine("MapRenderer: Specified image encoder is not supported.");
return((int)ReturnCode.UnsupportedSaveFormat);
}
// create and configure the renderer
renderer = new IsoCat {
SeeThroughLava = seeThroughLava,
SeeThroughWater = seeThroughWater,
Mode = mode,
Gradient = !noGradient,
DrawShadows = !noShadows
};
if (mode == IsoCatMode.Chunk)
{
renderer.ChunkCoords[0] = region.XMin;
renderer.ChunkCoords[1] = region.YMin;
renderer.ChunkCoords[2] = region.ZMin;
renderer.ChunkCoords[3] = region.ZMax;
renderer.ChunkCoords[4] = region.YMax;
renderer.ChunkCoords[5] = region.XMax;
}
switch (angle)
{
case 90:
renderer.Rotation = 1;
break;
case 180:
renderer.Rotation = 2;
break;
case 270:
case -90:
renderer.Rotation = 3;
break;
}
if (!recursive && mapImporter != null && mapImporter.StorageType == MapStorageType.Directory)
{
// single-directory map
RenderOneMap(new DirectoryInfo(inputPath));
}
else if (!directoryMode)
{
// single-file map
RenderOneMap(new FileInfo(inputPath));
}
else
{
// possible single-directory conversion
if (!recursive && RenderOneMap(new DirectoryInfo(inputPath)))
{
return((int)ReturnCode.Success);
}
// go through all files inside the given directory
SearchOption recursiveOption = (recursive ? SearchOption.AllDirectories : SearchOption.TopDirectoryOnly);
DirectoryInfo inputDirInfo = new DirectoryInfo(inputPath);
if (inputFilter == null)
{
inputFilter = "*";
}
foreach (var dir in inputDirInfo.GetDirectories(inputFilter, recursiveOption))
{
RenderOneMap(dir);
}
foreach (var file in inputDirInfo.GetFiles(inputFilter, recursiveOption))
{
RenderOneMap(file);
}
}
return((int)ReturnCode.Success);
}
/**
* Returns the name of an error code.
**/
public static string getErrorName(ReturnCode status)
{
return(RetCodeName[(int)status]);
}
/// <summary>
/// Register the type we are interested with the DDS Infrastructure
/// </summary>
/// <param name="ts">The TypeSupport class</param>
public void registerType(ITypeSupport ts)
{
typeName = ts.TypeName;
status = ts.RegisterType(participant, typeName);
ErrorHandler.checkStatus(status, "ITypeSupport.RegisterType");
}
public CashDBException(string message, ReturnCode code) : base(message)
{
ReturnCode = code;
}
public override void OnResponse(string data)
{
ReturnCode returnCode = (ReturnCode)int.Parse(data);
gamePanel.OnGameOverResponse(returnCode);
}
public MemberVariables(byte[] bytes, string str, ReturnCode codeInput)
{
byteArray = bytes;
stringVar = str;
code = codeInput;
}
public override ReturnCode Execute(
Interpreter interpreter,
IClientData clientData,
ArgumentList arguments,
ref Argument value,
ref Result error
)
{
ReturnCode code = ReturnCode.Ok;
if (interpreter != null)
{
if (arguments != null)
{
try
{
string name = null;
Variant operand1 = null;
Variant operand2 = null;
code = Value.GetOperandsFromArguments(interpreter,
this, arguments, ValueFlags.AnyVariant,
interpreter.CultureInfo, ref name,
ref operand1, ref operand2, ref error);
if (code == ReturnCode.Ok)
{
//
// NOTE: Fine, try to treat the operands as strings.
//
code = Value.FixupStringVariants(
this, operand1, operand2, ref error);
if (code == ReturnCode.Ok)
{
if (operand1.IsString())
{
string str1 = (string)operand1.Value;
string str2 = (string)operand2.Value;
var regex = new Regex(str2);
value = regex.IsMatch(str1);
}
else
{
error = String.Format(
"unsupported operand type for operator {0}",
FormatOps.OperatorName(name, this.Lexeme));
code = ReturnCode.Error;
}
}
}
}
catch (Exception e)
{
Engine.SetExceptionErrorCode(interpreter, e);
error = String.Format(
"caught math exception: {0}",
e);
code = ReturnCode.Error;
}
}
else
{
error = "invalid argument list";
code = ReturnCode.Error;
}
}
else
{
error = "invalid interpreter";
code = ReturnCode.Error;
}
return(code);
}
private static int Main(string[] args)
{
Console.WriteLine("Community TFS Build Manager Console - {0}\n", GetFileVersion(Assembly.GetExecutingAssembly()));
try
{
// ---------------------------------------------------
// Process the arguments
// ---------------------------------------------------
int retval = ProcessArguments(args);
if (retval != 0)
{
return retval;
}
switch (action)
{
case ConsoleAction.ExportBuildDefinitions:
// ---------------------------------------------------
// Export the specified builds
// ---------------------------------------------------
retval = ExportBuilds();
if (retval != 0)
{
return retval;
}
break;
}
}
catch (Exception ex)
{
string message = ex.Message;
if (ex.InnerException != null)
{
message += string.Format("Inner Exception: {0}", ex.InnerException.Message);
}
rc = ReturnCode.UnhandledException;
LogMessage(message);
return (int)rc;
}
return (int)rc;
}
public ZipFileException(ReturnCode rc, string message) : base(message)
{
returnCode = rc;
}
public TSigRecord(string name, TSigAlgorithm algorithm, DateTime timeSigned, TimeSpan fudge, ushort originalID, ReturnCode error, byte[] otherData, byte[] keyData)
: base(name, RecordType.TSig, RecordClass.Any, 0)
{
Algorithm = algorithm;
TimeSigned = timeSigned;
Fudge = fudge;
OriginalMac = new byte[] { };
OriginalID = originalID;
Error = error;
OtherData = otherData ?? new byte[] { };
KeyData = keyData;
}
public void TestOnSampleRejected()
{
// Attach to the event
int count = 0;
_listener.SampleRejected += (r, s) =>
{
Assert.AreEqual(_reader, r);
Assert.AreEqual(1, s.TotalCount);
Assert.AreEqual(1, s.TotalCountChange);
Assert.AreNotEqual(InstanceHandle.HandleNil, s.LastInstanceHandle);
Assert.AreEqual(SampleRejectedStatusKind.RejectedBySamplesPerInstanceLimit, s.LastReason);
count++;
};
// Prepare QoS for the test
DataReaderQos drQos = new DataReaderQos();
drQos.Reliability.Kind = ReliabilityQosPolicyKind.ReliableReliabilityQos;
drQos.ResourceLimits.MaxInstances = 1;
drQos.ResourceLimits.MaxSamples = 1;
drQos.ResourceLimits.MaxSamplesPerInstance = 1;
ReturnCode result = _reader.SetQos(drQos);
Assert.AreEqual(ReturnCode.Ok, result);
// Enable entities
result = _writer.Enable();
Assert.AreEqual(ReturnCode.Ok, result);
result = _reader.Enable();
Assert.AreEqual(ReturnCode.Ok, result);
// Wait for discovery
bool found = _writer.WaitForSubscriptions(1, 1000);
Assert.IsTrue(found);
// Write two samples of the same instances
for (int i = 1; i <= 2; i++)
{
result = _dataWriter.Write(new TestStruct
{
Id = 1
});
Assert.AreEqual(ReturnCode.Ok, result);
result = _dataWriter.WaitForAcknowledgments(new Duration {
Seconds = 5
});
Assert.AreEqual(ReturnCode.Ok, result);
}
System.Threading.Thread.Sleep(100);
Assert.AreEqual(1, count);
// Remove the listener to avoid extra messages
result = _reader.SetListener(null);
Assert.AreEqual(ReturnCode.Ok, result);
}
public static ReturnCode MoveToCorrupt(RvFile fixZip, RvFile fixZippedFile, ref RvFile toSortCorruptGame, ref ICompress toSortCorruptOut, int iRom)
{
if (!((fixZippedFile.DatStatus == DatStatus.InDatCollect || fixZippedFile.DatStatus == DatStatus.NotInDat) && fixZippedFile.GotStatus == GotStatus.Corrupt))
{
ReportError.SendAndShow("Error in Fix Rom Status " + fixZippedFile.RepStatus + " : " + fixZippedFile.DatStatus + " : " + fixZippedFile.GotStatus);
}
ReportError.LogOut("Moving File to Corrupt");
ReportError.LogOut(fixZippedFile);
if (fixZippedFile.FileType == FileType.SevenZipFile)
{
fixZippedFile.GotStatus = GotStatus.NotGot; // Changes RepStatus to Deleted
return(ReturnCode.Good);
}
string toSortFullName;
if (toSortCorruptGame == null)
{
string corruptDir = Path.Combine(DB.ToSort(), "Corrupt");
if (!Directory.Exists(corruptDir))
{
Directory.CreateDirectory(corruptDir);
}
toSortFullName = Path.Combine(corruptDir, fixZip.Name);
string toSortFileName = fixZip.Name;
int fileC = 0;
while (File.Exists(toSortFullName))
{
fileC++;
string fName = Path.GetFileNameWithoutExtension(fixZip.Name);
string fExt = Path.GetExtension(fixZip.Name);
toSortFullName = Path.Combine(corruptDir, fName + fileC + fExt);
toSortFileName = fixZip.Name + fileC;
}
toSortCorruptGame = new RvFile(FileType.Zip)
{
Name = toSortFileName,
DatStatus = DatStatus.InToSort,
GotStatus = GotStatus.Got
};
}
else
{
string corruptDir = Path.Combine(DB.ToSort(), "Corrupt");
toSortFullName = Path.Combine(corruptDir, toSortCorruptGame.Name);
}
RvFile toSortCorruptRom = new RvFile(FileType.ZipFile)
{
Name = fixZippedFile.Name,
Size = fixZippedFile.Size,
CRC = fixZippedFile.CRC
};
toSortCorruptRom.SetStatus(DatStatus.InToSort, GotStatus.Corrupt);
toSortCorruptGame.ChildAdd(toSortCorruptRom);
if (toSortCorruptOut == null)
{
ReturnCode returnCode1 = OpenOutputZip(toSortCorruptGame, toSortFullName, out toSortCorruptOut, out string errorMessage1);
if (returnCode1 != ReturnCode.Good)
{
throw new FixAZip.ZipFileException(returnCode1, fixZippedFile.FullName + " " + fixZippedFile.RepStatus + " " + returnCode1 + Environment.NewLine + errorMessage1);
}
}
string fixZipFullName = fixZip.TreeFullName;
Report.ReportProgress(new bgwShowFix(Path.GetDirectoryName(fixZipFullName), Path.GetFileName(fixZipFullName), fixZippedFile.Name, fixZippedFile.Size, "Raw-->", "Corrupt", Path.GetFileName(toSortFullName), fixZippedFile.Name));
ReturnCode returnCode = FixFileUtils.CopyFile(fixZip.Child(iRom), toSortCorruptOut, null, toSortCorruptRom, true, out string errorMessage);
switch (returnCode)
{
case ReturnCode.Good: // correct reply to continue;
break;
case ReturnCode.Cancel:
return(returnCode);
// doing a raw copy so not needed
// case ReturnCode.SourceCRCCheckSumError:
// case ReturnCode.SourceCheckSumError:
// case ReturnCode.DestinationCheckSumError:
default:
throw new FixAZip.ZipFileException(returnCode, fixZippedFile.FullName + " " + fixZippedFile.RepStatus + " " + returnCode + Environment.NewLine + errorMessage);
}
fixZippedFile.GotStatus = GotStatus.NotGot; // Changes RepStatus to Deleted
return(ReturnCode.Good);
}
/// <summary>
/// Method to delete a data writer.
/// </summary>
/// <param name="dataWriter">The DataWriter instance to delete.</param>
public void deleteWriter(IDataWriter dataWriter)
{
status = publisher.DeleteDataWriter(dataWriter);
ErrorHandler.checkStatus(status, "Publisher.DeleteDataWriter");
}
public override void FromPacket(EnOceanPacket packet)
{
ReturnCode = (ReturnCode)packet.Data.Span[0];
}
/// <summary>
/// Deletes the class's Subscriber
/// </summary>
public void deleteSubscriber()
{
status = participant.DeleteSubscriber(subscriber);
ErrorHandler.checkStatus(status, "Participant.DeleteSubscriber");
}
private void RaiseEvaluateCompletedEvent(ReturnCode returnCode, Result result, int errorLine = 0) => EvaluateCompleted?.Invoke(this, new EvaluteResultEventArgs(result, returnCode, errorLine));
/// <summary>
/// Delete the DomainParticipant.
/// </summary>
public void deleteParticipant()
{
status = dpf.DeleteParticipant(participant);
ErrorHandler.checkStatus(status, "DomainParticipantFactory.DeleteParticipant");
}
static void Main(string[] args)
{
if (args.Length != 1)
{
Console.WriteLine("Bad args number");
Console.WriteLine("*** [QueryConditionDataQuerySubscriber] Query string not specified");
Console.WriteLine("*** usage : QueryConditionDataQuerySubscriber <query_string>");
}
else
{
ITopic topic;
DDSEntityManager mgr = new DDSEntityManager("QueryCondition");
String partitionName = "QueryCondition example";
String QueryConditionDataToSubscribe = args[0];
// Create DomainParticipant
mgr.createParticipant(partitionName);
// Create Type
StockTypeSupport msgTS = new StockTypeSupport();
mgr.registerType(msgTS);
// Create Topic
topic = mgr.createTopic("StockTrackerExclusive");
// create Subscriber
mgr.createSubscriber();
// create DataReader
mgr.createReader(false);
// Read Events
IDataReader dreader = mgr.getReader();
StockDataReader QueryConditionDataReader = dreader as StockDataReader;
String[] queryStr = { QueryConditionDataToSubscribe };
Console.WriteLine("=== [QueryConditionDataQuerySubscriber] Query : ticker = {0}", QueryConditionDataToSubscribe);
IQueryCondition qc = QueryConditionDataReader.CreateQueryCondition(
SampleStateKind.Any, ViewStateKind.Any, InstanceStateKind.Any, "ticker=%0", queryStr);
Console.WriteLine("=== [QueryConditionDataQuerySubscriber] Ready ...");
DDS.SampleInfo[] infoSeq = null;
Stock[] stockSeq = null;
ReturnCode status = ReturnCode.Error;
bool terminate = false;
int count = 0;
Console.WriteLine("=== [QueryConditionDataQuerySubscriber] Ready ...");
while (!terminate && count < 1500)
{
// Take Sample with Condition
status = QueryConditionDataReader.TakeWithCondition(ref stockSeq, ref infoSeq,
Length.Unlimited, qc);
ErrorHandler.checkStatus(status, "DataReader.TakeWithCondition");
/**
* Display Data
*/
for (int i = 0; i < stockSeq.Length; i++)
{
if (infoSeq[i].ValidData)
{
if (stockSeq[i].price == -1.0f)
{
terminate = true;
break;
}
Console.WriteLine("{0} : {1}", stockSeq[i].ticker, String.Format("{0:0.#}", stockSeq[i].price));
}
}
status = QueryConditionDataReader.ReturnLoan(ref stockSeq, ref infoSeq);
ErrorHandler.checkStatus(status, "DataReader.ReturnLoan");
Thread.Sleep(200);
++count;
}
Console.WriteLine("=== [QueryConditionDataQuerySubscriber] Market Closed");
// clean up
QueryConditionDataReader.DeleteReadCondition(qc);
mgr.getSubscriber().DeleteDataReader(QueryConditionDataReader);
mgr.deleteSubscriber();
mgr.deleteTopic();
mgr.deleteParticipant();
}
}
[STAThread()] /* WinForms */
private static int Main(string[] args)
{
#region Shell Debugging Support (Optional)
//
// NOTE: Pause for them to attach a debugger, if requested.
// This cannot be done inside the Interpreter class
// because they may want to debug its initializers.
//
if (Environment.GetEnvironmentVariable(EnvVars.Break) != null)
{
//
// NOTE: Prevent further breaks into the debugger.
//
Environment.SetEnvironmentVariable(EnvVars.Break, null);
#if CONSOLE
//
// NOTE: Display the prompt and then wait for the user to
// press a key.
//
Console.WriteLine(String.Format(
_Constants.Prompt.Debugger, GetProcessId()));
try
{
Console.ReadKey(true); /* throw */
}
catch (InvalidOperationException) // Console.ReadKey
{
// do nothing.
}
#endif
Debugger.Break(); /* throw */
}
#endregion
///////////////////////////////////////////////////////////////////
#region Interpreter Creation Flags (Optional)
//
// NOTE: Start with default shell flags.
//
CreateFlags flags = CreateFlags.ShellUse;
#if CONSOLE
//
// NOTE: The console is enabled and we are going to use our custom
// host which inherits from it; therefore, prevent a default
// host from being created for the interpreter.
//
flags |= CreateFlags.NoHost;
#endif
//
// NOTE: Get the effective interpreter creation flags for the shell
// from the environment, etc.
//
flags = Interpreter.GetStartupCreateFlags(
args, flags, OptionOriginFlags.Shell, true, true);
#endregion
///////////////////////////////////////////////////////////////////
//
// NOTE: We need a return code and result variable now (in case
// querying the interpreter library path fails).
//
ReturnCode code = ReturnCode.Ok;
Result result = null;
///////////////////////////////////////////////////////////////////
#region Interpreter Pre-Initialize Text (Optional)
//
// NOTE: Start with the default pre-initialize text.
//
string text = null;
//
// NOTE: Get the effective interpreter pre-initialize text for the
// shell from the environment, etc.
//
if (code == ReturnCode.Ok)
{
code = Interpreter.GetStartupPreInitializeText(
args, flags, OptionOriginFlags.Shell, true,
true, ref text, ref result);
}
#endregion
///////////////////////////////////////////////////////////////////
#region Interpreter Library Path (Optional)
//
// NOTE: Start with the default library path.
//
string libraryPath = null;
//
// NOTE: Get the effective interpreter library path for the shell
// from the environment, etc.
//
if (code == ReturnCode.Ok)
{
code = Interpreter.GetStartupLibraryPath(
args, flags, OptionOriginFlags.Shell, true,
true, ref libraryPath, ref result);
}
#endregion
///////////////////////////////////////////////////////////////////
if (code == ReturnCode.Ok)
{
//
// NOTE: Create an interpreter now inside of a using block so
// that we can be relatively sure it will be finalized
// on this thread.
//
using (interpreter = Interpreter.Create(
args, flags, text, libraryPath, ref result))
{
//
// NOTE: Make sure the interpreter was actually created.
// This can, in theory, be a problem if the
// ThrowOnError flag ends up getting removed somehow
// prior to the call to create the interpreter.
//
if (interpreter != null)
{
//
// NOTE: Fetch the interpreter host now for error
// reporting purposes.
//
IHost host = interpreter.Host;
///////////////////////////////////////////////////////
#region Interpreter Startup Options (Optional)
//
// NOTE: By default, initialize the script library for
// the interpreter.
//
bool initialize = true;
//
// NOTE: Process all the remaining startup options
// (i.e. the ones that do not modify the
// interpreter creation flags) now.
//
code = Interpreter.ProcessStartupOptions(
interpreter, args, flags, OptionOriginFlags.Shell,
true, true, ref initialize, ref result);
#endregion
///////////////////////////////////////////////////////
if (code == ReturnCode.Ok)
{
#region Command Line Arguments (Optional)
#if CONSOLE
//
// NOTE: In debug mode, show the command line
// arguments just as we received them.
//
if (interpreter.Debug)
{
Console.WriteLine("The command line is: {0}",
Utility.BuildCommandLine(args, true));
}
#endif
//
// NOTE: Save the intial arguments for later use.
//
mainArguments = args;
#endregion
///////////////////////////////////////////////////
#region Host - Window Preference (Optional)
//
// NOTE: By default, show the host window?
//
// TODO: Make this an argument?
//
bool console = DefaultConsole;
//
// NOTE: Do we want the initial (auto-created) host
// window to be visible?
//
if (console)
{
if (Utility.GetEnvironmentVariable(
EnvVars.NoConsole, true, false) != null)
{
#if CONSOLE
Console.WriteLine(
_Constants.Prompt.NoConsole);
#endif
console = false;
}
}
else
{
if (Utility.GetEnvironmentVariable(
EnvVars.Console, true, false) != null)
{
#if CONSOLE
Console.WriteLine(
_Constants.Prompt.Console);
#endif
console = true;
}
}
#endregion
///////////////////////////////////////////////////
#region Resource Manager Creation
//
// NOTE: Create our resource manager (the host and
// the form will both use this).
//
ResourceManager resourceManager =
new ResourceManager(resourceBaseName,
packageAssembly);
#endregion
///////////////////////////////////////////////////
#region Host - Custom Creation (Optional)
#if CONSOLE
//
// NOTE: Create a custom IHost bound to the
// interpreter.
//
host = new _Hosts.Custom(new HostData(null, null,
null, ClientData.Empty, typeof(_Hosts.Custom).Name,
interpreter, resourceManager, null,
Utility.HasFlags(flags, CreateFlags.UseAttach, true),
Utility.HasFlags(flags, CreateFlags.NoColor, true),
Utility.HasFlags(flags, CreateFlags.NoTitle, true),
Utility.HasFlags(flags, CreateFlags.NoIcon, true),
Utility.HasFlags(flags, CreateFlags.NoProfile, true),
Utility.HasFlags(flags, CreateFlags.NoCancel, true)));
///////////////////////////////////////////////////
interpreter.Host = host;
#endif
#endregion
///////////////////////////////////////////////////
#region Interpreter Initialization
//
// NOTE: Attempt to initialize the interpreter.
//
if (initialize)
{
code = interpreter.Initialize(false, ref result);
}
else
{
code = ReturnCode.Ok;
}
#endregion
///////////////////////////////////////////////////
#region Application-Specific Startup
//
// NOTE: If initialization failed, no point in
// continuing.
//
if (code == ReturnCode.Ok)
{
Application.EnableVisualStyles();
Application.SetCompatibleTextRenderingDefault(false);
mainForm = new _Forms.TestForm(interpreter, args);
#if NOTIFY || NOTIFY_OBJECT
Assembly assembly = Assembly.GetExecutingAssembly();
AssemblyName assemblyName = assembly.GetName();
string fileName = assembly.Location;
string typeName = typeof(_Plugins.TestForm).FullName;
Uri uri = Utility.GetAssemblyUri(assembly);
IPlugin plugin = new _Plugins.TestForm(mainForm,
new PluginData(Utility.FormatPluginName(
assemblyName.FullName, typeName), null, null,
ClientData.Empty, PluginFlags.None,
assemblyName.Version, uri,
interpreter.GetAppDomain(), assembly,
assemblyName, fileName, typeName, null, null,
null, null, null, null, resourceManager, null,
0));
code = Utility.PrepareStaticPlugin(
plugin, ref result);
if (code == ReturnCode.Ok)
{
code = interpreter.AddPlugin(
plugin, null, ref pluginToken, ref result);
}
#endif
}
#endregion
///////////////////////////////////////////////////
#region Host - Window Startup
if (code == ReturnCode.Ok)
{
if (console)
{
//
// NOTE: Create and start the interpreter
// loop thread.
//
code = StartupInteractiveLoopThread(
ref result);
}
else if (host.IsOpen())
{
//
// NOTE: Close the initial host window.
//
code = host.Close(ref result);
}
}
#endregion
///////////////////////////////////////////////////
if (code == ReturnCode.Ok)
{
#region WinForms Specific
//
// NOTE: Show the primary user interface form
// for the application.
//
Application.Run(mainForm);
#endregion
///////////////////////////////////////////////
#region Host - Window Shutdown
//
// NOTE: If there is an interactive loop thread,
// we do not want to exit until it is no
// longer running.
//
if (interactiveLoopThread != null)
{
interactiveLoopThread.Join();
}
#endregion
}
///////////////////////////////////////////////////
#region Startup Error Handling
//
// NOTE: Was there any kind of failure above?
//
if (code != ReturnCode.Ok)
{
#region WinForms Specific Code
if (mainForm != null)
{
mainForm.Dispose();
mainForm = null;
}
#endregion
///////////////////////////////////////////////
if (host != null)
{
host.WriteResultLine(
code, result, interpreter.ErrorLine);
}
CommonOps.Complain(code, result);
exitCode = Utility.ReturnCodeToExitCode(
code, true);
}
#endregion
}
else
{
if (host != null)
{
host.WriteResultLine(code, result);
}
exitCode = Utility.ReturnCodeToExitCode(
code, true);
}
}
else
{
#if CONSOLE
//
// NOTE: Creation of the interpreter failed.
//
Console.WriteLine(Utility.FormatResult(
ReturnCode.Error, result));
#endif
exitCode = Utility.FailureExitCode();
}
}
}
else
{
#if CONSOLE
//
// NOTE: Querying the interpreter library path failed.
//
Console.WriteLine(Utility.FormatResult(code, result));
#endif
exitCode = Utility.ReturnCodeToExitCode(code, true);
}
return((int)exitCode);
}
public void TestTakeInstance()
{
List <PublicationBuiltinTopicData> data = new List <PublicationBuiltinTopicData>();
List <SampleInfo> infos = new List <SampleInfo>();
ReturnCode ret = _dr.Read(data, infos);
Assert.AreEqual(ReturnCode.NoData, ret);
Assert.AreEqual(0, data.Count);
Assert.AreEqual(0, infos.Count);
DomainParticipant otherParticipant = AssemblyInitializer.Factory.CreateParticipant(AssemblyInitializer.RTPS_DOMAIN);
Assert.IsNotNull(otherParticipant);
otherParticipant.BindRtpsUdpTransportConfig();
Assert.IsTrue(_participant.WaitForParticipants(1, 20_000));
TestStructTypeSupport support = new TestStructTypeSupport();
string typeName = support.GetTypeName();
ReturnCode result = support.RegisterType(otherParticipant, typeName);
Assert.AreEqual(ReturnCode.Ok, result);
var topic = otherParticipant.CreateTopic(TestContext.TestName, typeName);
Assert.IsNotNull(topic);
var publisher = otherParticipant.CreatePublisher();
Assert.IsNotNull(publisher);
DataWriterQos dwQos = TestHelper.CreateNonDefaultDataWriterQos();
dwQos.Ownership.Kind = OwnershipQosPolicyKind.SharedOwnershipQos;
DataWriter dataWriter = publisher.CreateDataWriter(topic, dwQos);
Assert.IsNotNull(dataWriter);
int count = 200;
ret = ReturnCode.NoData;
while (ret != ReturnCode.Ok && count > 0)
{
Thread.Sleep(100);
ret = _dr.ReadNextInstance(data, infos, InstanceHandle.HandleNil);
count--;
}
Assert.AreEqual(ReturnCode.Ok, ret);
Assert.AreEqual(1, data.Count);
Assert.AreEqual(1, infos.Count);
TestHelper.TestNonDefaultPublicationData(data.First());
var handle = infos.First().InstanceHandle;
data = new List <PublicationBuiltinTopicData>();
infos = new List <SampleInfo>();
ret = _dr.TakeInstance(data, infos, handle);
Assert.AreEqual(ReturnCode.Ok, ret);
Assert.AreEqual(1, data.Count);
Assert.AreEqual(1, infos.Count);
TestHelper.TestNonDefaultPublicationData(data.First());
ret = otherParticipant.DeleteContainedEntities();
Assert.AreEqual(ReturnCode.Ok, ret);
ret = AssemblyInitializer.Factory.DeleteParticipant(otherParticipant);
Assert.AreEqual(ReturnCode.Ok, ret);
}
public DnsAnswer(byte[] response)
{
_questions = new List<Question>();
_answers = new List<Answer>();
_servers = new List<Server>();
_additional = new List<Record>();
_exceptions = new List<Exception>();
DataBuffer buffer = new DataBuffer(response, 2);
byte bits1 = buffer.ReadByte();
byte bits2 = buffer.ReadByte();
//Mask off return code
int returnCode = bits2 & 15;
if (returnCode > 6) returnCode = 6;
this._returnCode = (ReturnCode)returnCode;
//Get Additional Flags
_authoritative = TestBit(bits1, 2);
_recursive = TestBit(bits2, 8);
_truncated = TestBit(bits1, 1);
int nQuestions = buffer.ReadBEShortInt();
int nAnswers = buffer.ReadBEShortInt();
int nServers = buffer.ReadBEShortInt();
int nAdditional = buffer.ReadBEShortInt();
//read in questions
for (int i = 0; i < nQuestions; i++)
{
try
{
_questions.Add(new Question(buffer));
}
catch (Exception ex)
{
_exceptions.Add(ex);
}
}
//read in answers
for (int i = 0; i < nAnswers; i++)
{
try
{
_answers.Add(new Answer(buffer));
}
catch (Exception ex)
{
_exceptions.Add(ex);
}
}
//read in servers
for (int i = 0; i < nServers; i++)
{
try
{
_servers.Add(new Server(buffer));
}
catch (Exception ex)
{
_exceptions.Add(ex);
}
}
//read in additional records
for (int i = 0; i < nAdditional; i++)
{
try
{
_additional.Add(new Record(buffer));
}
catch (Exception ex)
{
_exceptions.Add(ex);
}
}
}
public void TestGetKeyValue()
{
// Call GetKeyValue with HandleNil
PublicationBuiltinTopicData data = default;
SampleInfo info = new SampleInfo();
ReturnCode ret = _dr.GetKeyValue(ref data, InstanceHandle.HandleNil);
Assert.AreEqual(ReturnCode.BadParameter, ret);
DomainParticipant otherParticipant = AssemblyInitializer.Factory.CreateParticipant(AssemblyInitializer.RTPS_DOMAIN);
Assert.IsNotNull(otherParticipant);
otherParticipant.BindRtpsUdpTransportConfig();
Assert.IsTrue(_participant.WaitForParticipants(1, 20_000));
TestStructTypeSupport support = new TestStructTypeSupport();
string typeName = support.GetTypeName();
ReturnCode result = support.RegisterType(otherParticipant, typeName);
Assert.AreEqual(ReturnCode.Ok, result);
var topic = otherParticipant.CreateTopic(TestContext.TestName, typeName);
Assert.IsNotNull(topic);
var publisher = otherParticipant.CreatePublisher();
Assert.IsNotNull(publisher);
DataWriterQos dwQos = TestHelper.CreateNonDefaultDataWriterQos();
dwQos.Ownership.Kind = OwnershipQosPolicyKind.SharedOwnershipQos;
DataWriter dataWriter = publisher.CreateDataWriter(topic, dwQos);
Assert.IsNotNull(dataWriter);
int count = 200;
ret = ReturnCode.NoData;
while (ret != ReturnCode.Ok && count > 0)
{
Thread.Sleep(100);
// Get an existing instance
ret = _dr.ReadNextSample(ref data, info);
count--;
}
Assert.AreEqual(ReturnCode.Ok, ret);
TestHelper.TestNonDefaultPublicationData(data);
PublicationBuiltinTopicData aux = default;
ret = _dr.GetKeyValue(ref aux, info.InstanceHandle);
Assert.AreEqual(ReturnCode.Ok, ret);
for (int i = 0; i < 16; i++)
{
Assert.AreEqual(data.Key.Value[i], aux.Key.Value[i]);
}
ret = otherParticipant.DeleteContainedEntities();
Assert.AreEqual(ReturnCode.Ok, ret);
ret = AssemblyInitializer.Factory.DeleteParticipant(otherParticipant);
Assert.AreEqual(ReturnCode.Ok, ret);
}
private static int ProcessArguments(string[] args)
{
if (args.Contains("/?") || args.Contains("/help"))
{
Console.WriteLine(@"Syntax:\t\ctfsbm.exe /f:<files> | /auto [switches]\n");
Console.WriteLine("Optional Switches:\t\t\n");
Console.WriteLine("Samples:\t\t\n");
return (int)ReturnCode.UsageRequested;
}
Console.Write("Processing Arguments");
if (args.Length == 0)
{
rc = ReturnCode.ArgumentsNotSupplied;
LogMessage();
return (int)rc;
}
Regex searchTerm = new Regex(@"/p:.*", RegexOptions.IgnoreCase);
bool propertiesargumentfound = args.Select(arg => searchTerm.Match(arg)).Any(m => m.Success);
if (propertiesargumentfound)
{
// properties = args.First(item => item.Contains("/p:")).Replace("/p:", string.Empty).Split(new[] { ';' }, StringSplitOptions.RemoveEmptyEntries);
}
Console.Write("...Success\n");
return 0;
}
public override void Execute()
{
int exitCode = 0;
this.ValidatePathParameter(this.EnlistmentRootPathParameter);
this.ValidatePathParameter(this.LocalCacheRoot);
string fullEnlistmentRootPathParameter;
string normalizedEnlistmentRootPath = this.GetCloneRoot(out fullEnlistmentRootPathParameter);
if (!string.IsNullOrWhiteSpace(this.LocalCacheRoot))
{
string fullLocalCacheRootPath = Path.GetFullPath(this.LocalCacheRoot);
string errorMessage;
string normalizedLocalCacheRootPath;
if (!GVFSPlatform.Instance.FileSystem.TryGetNormalizedPath(fullLocalCacheRootPath, out normalizedLocalCacheRootPath, out errorMessage))
{
this.ReportErrorAndExit($"Failed to determine normalized path for '--local-cache-path' path {fullLocalCacheRootPath}: {errorMessage}");
}
if (normalizedLocalCacheRootPath.StartsWith(
Path.Combine(normalizedEnlistmentRootPath, GVFSConstants.WorkingDirectoryRootName),
StringComparison.OrdinalIgnoreCase))
{
this.ReportErrorAndExit("'--local-cache-path' cannot be inside the src folder");
}
}
this.CheckKernelDriverSupported(normalizedEnlistmentRootPath);
this.CheckNotInsideExistingRepo(normalizedEnlistmentRootPath);
this.BlockEmptyCacheServerUrl(this.CacheServerUrl);
try
{
GVFSEnlistment enlistment;
Result cloneResult = new Result(false);
CacheServerInfo cacheServer = null;
ServerGVFSConfig serverGVFSConfig = null;
using (JsonTracer tracer = new JsonTracer(GVFSConstants.GVFSEtwProviderName, "GVFSClone"))
{
cloneResult = this.TryCreateEnlistment(fullEnlistmentRootPathParameter, normalizedEnlistmentRootPath, out enlistment);
if (cloneResult.Success)
{
tracer.AddLogFileEventListener(
GVFSEnlistment.GetNewGVFSLogFileName(enlistment.GVFSLogsRoot, GVFSConstants.LogFileTypes.Clone),
EventLevel.Informational,
Keywords.Any);
tracer.WriteStartEvent(
enlistment.EnlistmentRoot,
enlistment.RepoUrl,
this.CacheServerUrl,
new EventMetadata
{
{ "Branch", this.Branch },
{ "LocalCacheRoot", this.LocalCacheRoot },
{ "SingleBranch", this.SingleBranch },
{ "NoMount", this.NoMount },
{ "NoPrefetch", this.NoPrefetch },
{ "Unattended", this.Unattended },
{ "IsElevated", GVFSPlatform.Instance.IsElevated() },
{ "NamedPipeName", enlistment.NamedPipeName },
{ nameof(this.EnlistmentRootPathParameter), this.EnlistmentRootPathParameter },
{ nameof(fullEnlistmentRootPathParameter), fullEnlistmentRootPathParameter },
});
CacheServerResolver cacheServerResolver = new CacheServerResolver(tracer, enlistment);
cacheServer = cacheServerResolver.ParseUrlOrFriendlyName(this.CacheServerUrl);
string resolvedLocalCacheRoot;
if (string.IsNullOrWhiteSpace(this.LocalCacheRoot))
{
resolvedLocalCacheRoot = LocalCacheResolver.GetDefaultLocalCacheRoot(enlistment);
}
else
{
resolvedLocalCacheRoot = Path.GetFullPath(this.LocalCacheRoot);
}
this.Output.WriteLine("Clone parameters:");
this.Output.WriteLine(" Repo URL: " + enlistment.RepoUrl);
this.Output.WriteLine(" Branch: " + (string.IsNullOrWhiteSpace(this.Branch) ? "Default" : this.Branch));
this.Output.WriteLine(" Cache Server: " + cacheServer);
this.Output.WriteLine(" Local Cache: " + resolvedLocalCacheRoot);
this.Output.WriteLine(" Destination: " + enlistment.EnlistmentRoot);
string authErrorMessage;
if (!this.TryAuthenticate(tracer, enlistment, out authErrorMessage))
{
this.ReportErrorAndExit(tracer, "Cannot clone because authentication failed: " + authErrorMessage);
}
RetryConfig retryConfig = this.GetRetryConfig(tracer, enlistment, TimeSpan.FromMinutes(RetryConfig.FetchAndCloneTimeoutMinutes));
serverGVFSConfig = this.QueryGVFSConfig(tracer, enlistment, retryConfig);
cacheServer = this.ResolveCacheServer(tracer, cacheServer, cacheServerResolver, serverGVFSConfig);
this.ValidateClientVersions(tracer, enlistment, serverGVFSConfig, showWarnings: true);
this.ShowStatusWhileRunning(
() =>
{
cloneResult = this.TryClone(tracer, enlistment, cacheServer, retryConfig, serverGVFSConfig, resolvedLocalCacheRoot);
return(cloneResult.Success);
},
"Cloning",
normalizedEnlistmentRootPath);
}
if (!cloneResult.Success)
{
tracer.RelatedError(cloneResult.ErrorMessage);
}
}
if (cloneResult.Success)
{
if (!this.NoPrefetch)
{
ReturnCode result = this.Execute <PrefetchVerb>(
enlistment,
verb =>
{
verb.Commits = true;
verb.SkipVersionCheck = true;
verb.ResolvedCacheServer = cacheServer;
verb.ServerGVFSConfig = serverGVFSConfig;
});
if (result != ReturnCode.Success)
{
this.Output.WriteLine("\r\nError during prefetch @ {0}", fullEnlistmentRootPathParameter);
exitCode = (int)result;
}
}
if (this.NoMount)
{
this.Output.WriteLine("\r\nIn order to mount, first cd to within your enlistment, then call: ");
this.Output.WriteLine("gvfs mount");
}
else
{
this.Execute <MountVerb>(
enlistment,
verb =>
{
verb.SkipMountedCheck = true;
verb.SkipVersionCheck = true;
verb.ResolvedCacheServer = cacheServer;
verb.DownloadedGVFSConfig = serverGVFSConfig;
});
}
}
else
{
this.Output.WriteLine("\r\nCannot clone @ {0}", fullEnlistmentRootPathParameter);
this.Output.WriteLine("Error: {0}", cloneResult.ErrorMessage);
exitCode = (int)ReturnCode.GenericError;
}
}
catch (AggregateException e)
{
this.Output.WriteLine("Cannot clone @ {0}:", fullEnlistmentRootPathParameter);
foreach (Exception ex in e.Flatten().InnerExceptions)
{
this.Output.WriteLine("Exception: {0}", ex.ToString());
}
exitCode = (int)ReturnCode.GenericError;
}
catch (VerbAbortedException)
{
throw;
}
catch (Exception e)
{
this.ReportErrorAndExit("Cannot clone @ {0}: {1}", fullEnlistmentRootPathParameter, e.ToString());
}
Environment.Exit(exitCode);
}
