public void CreateFile(string FileNameSrc, string FileNameDst, int SegmentSize, int CreateStats, int CreatePeriod)
{
string FileNameSta = FileNameDst;
MailFile FileSrc = new MailFile();
MailFile FileDst = new MailFile();
if (FileSrc.Open(false, true, FileNameSrc, null))
{
Stopwatch_ TSW = new Stopwatch_();
FileSrc.SetSegmentSize(SegmentSize);
FileSrc.CalcSegmentCount();
long FileSize = FileSrc.GetDataSize();
bool DstFileGood = false;
if (FileNameDst != null)
{
if (FileDst.Open(false, false, FileNameDst, null))
{
DstFileGood = true;
}
else
{
FileNameSta = FileNameSrc;
MailSegment.ConsoleLineToLog = true;
MailSegment.ConsoleLineToLogSum = true;
MailSegment.Console_WriteLine("");
MailSegment.Console_WriteLine("Destination file create error: " + FileDst.OpenError);
MailSegment.ConsoleLineToLogSum = false;
MailSegment.ConsoleLineToLog = false;
}
}
if (DstFileGood || (CreateStats > 0))
{
ulong[] Stats = new ulong[256];
for (int i = 0; i < 256; i++)
{
Stats[i] = 0;
}
MailSegment.Console_WriteLine("");
Stopwatch_ SW = new Stopwatch_();
MailSegment.Log();
MailSegment.LogReset();
MailSegment.Log("Time stamp", "Processed segments since previous entry", "Totally processed segments", "All segments", "Processed bytes since previous entry", "Totally processed bytes", "All bytes");
long SWWorkTime = 0;
if (DstFileGood)
{
FileDst.SetSegmentSize(SegmentSize);
FileDst.CalcSegmentCount();
}
long ToLogSize = 0;
int SegmentCount__ = FileSrc.GetSegmentCount();
bool PrintLastProgress = true;
for (int i = 0; i < SegmentCount__; i++)
{
byte[] Temp = FileSrc.DataGet(i);
if (DstFileGood)
{
FileDst.DataSet(i, Temp, Temp.Length);
}
for (int ii = Temp.Length - 1; ii >= 0; ii--)
{
Stats[Temp[ii]]++;
}
ToLogSize += Temp.LongLength;
if (SWWorkTime < SW.Elapsed())
{
while (SWWorkTime < SW.Elapsed())
{
SWWorkTime += 1000L;
}
MailSegment.Console_WriteLine("Segment " + (i + 1) + "/" + SegmentCount__ + " (" + ((i + 1) * 100 / SegmentCount__) + "%)");
MailSegment.Log(SW.Elapsed().ToString(), MailSegment.LogDiffS(i + 1).ToString(), (i + 1).ToString(), SegmentCount__.ToString(), MailSegment.LogDiffB(ToLogSize).ToString(), ToLogSize.ToString(), FileSize.ToString());
if ((i + 1) == SegmentCount__)
{
PrintLastProgress = false;
}
}
}
if (PrintLastProgress)
{
MailSegment.Console_WriteLine("Segment " + SegmentCount__ + "/" + SegmentCount__ + " (100%)");
MailSegment.Log(SW.Elapsed().ToString(), MailSegment.LogDiffS(SegmentCount__).ToString(), SegmentCount__.ToString(), SegmentCount__.ToString(), MailSegment.LogDiffB(ToLogSize).ToString(), ToLogSize.ToString(), FileSize.ToString());
}
if (DstFileGood)
{
FileDst.Close();
}
MailSegment.ConsoleLineToLog = true;
MailSegment.ConsoleLineToLogSum = true;
MailSegment.Console_WriteLine("");
MailSegment.Console_WriteLine("File created in time: " + MailSegment.TimeHMSM(SW.Elapsed()));
if (CreateStats > 0)
{
MailSegment.Console_WriteLine("");
DisplayStats("File distribution", Stats, CreateStats);
}
MailSegment.ConsoleLineToLogSum = false;
MailSegment.ConsoleLineToLog = false;
}
FileSrc.Close();
if (CreatePeriod > 0)
{
MailSegment.Console_WriteLine("");
MailSegment.Console_WriteLine("Searching for sequence period");
MailFile FileSta = new MailFile();
if (FileSta.Open(false, true, FileNameSta, null))
{
FileSta.DataValueFileOpen();
long PeriodBufferSize = SegmentSize;
byte[] PeriodArray0 = new byte[PeriodBufferSize];
byte[] PeriodArray1 = new byte[PeriodBufferSize];
if (PeriodBufferSize > FileSize)
{
PeriodBufferSize = (int)FileSize;
}
long PeriodSize = 0;
int PeriodChunks;
int PeriodChunkOffset;
long PeriodChunkSize;
long PeriodChunkSize0;
long PeriodFilePos;
Stopwatch_ SW__ = new Stopwatch_();
SW__.Reset();
ulong[] PeriodStats = new ulong[256];
for (int i = 0; i < 256; i++)
{
PeriodStats[i] = 0;
}
long WorkTime = 0;
MailSegment.Log();
MailSegment.LogReset();
MailSegment.Log("Time stamp", "Current period length", "File length", "Current period occurence", "All period occurences");
for (long i = 1; i < FileSize; i++)
{
FileSta.DataGetBytes(i - 1, 1, PeriodArray0);
PeriodStats[PeriodArray0[0]]++;
bool IsPeriodical = true;
bool PeriodicalPrint = true;
PeriodChunkSize = PeriodBufferSize;
PeriodChunkSize0 = i;
PeriodChunks = (int)(i / PeriodBufferSize);
if ((i % PeriodBufferSize) > 0)
{
PeriodChunks++;
}
long PeriodCount = (FileSize / i);
if ((FileSize % i) > 0)
{
PeriodCount++;
}
PeriodChunkOffset = 0;
for (int ii = 0; ii < PeriodChunks; ii++)
{
PeriodFilePos = PeriodChunkOffset;
if (PeriodChunkSize > PeriodChunkSize0)
{
PeriodChunkSize = PeriodChunkSize0;
}
// Read the first period occurence and treat as pattern
FileSta.DataGetBytes(PeriodFilePos, PeriodChunkSize, PeriodArray0);
int PeriodChunkSize__ = 0;
for (long iii = (PeriodCount - 2); iii >= 0; iii--)
{
PeriodFilePos += i;
PeriodChunkSize__ = (int)PeriodChunkSize;
if (iii == 0)
{
int FileRemain = (int)(FileSize - PeriodFilePos);
if (PeriodChunkSize__ > FileRemain)
{
PeriodChunkSize__ = FileRemain;
}
}
// Read the period occurence other than first and compare with pattern,
// if doest match the pattern, the reading and comparing will be broken
if (PeriodChunkSize__ > 0)
{
FileSta.DataGetBytes(PeriodFilePos, PeriodChunkSize, PeriodArray1);
for (int iiii = (PeriodChunkSize__ - 1); iiii >= 0; iiii--)
{
if (PeriodArray0[iiii] != PeriodArray1[iiii])
{
IsPeriodical = false;
// Break all check iteration if data has no period by length given by i
ii = PeriodChunks;
iii = (-1);
break;
}
}
}
if (WorkTime < SW__.Elapsed())
{
while (WorkTime < SW__.Elapsed())
{
WorkTime += 1000L;
}
MailSegment.Console_WriteLine("Period " + i + "/" + FileSize + " (" + (FileSize > 0 ? (i * 100 / FileSize) : 0) + "%); occurence " + (PeriodCount - iii - 1) + "/" + PeriodCount + " (" + (PeriodCount > 0 ? (((PeriodCount - iii - 1) * 100) / PeriodCount) : 0) + "%)");
MailSegment.Log(SW__.Elapsed().ToString(), i.ToString(), FileSize.ToString(), (PeriodCount - iii - 1).ToString(), PeriodCount.ToString());
if (((PeriodCount - iii - 1) == PeriodCount))
{
PeriodicalPrint = false;
}
}
}
PeriodChunkOffset += (int)PeriodChunkSize;
PeriodChunkSize0 -= PeriodChunkSize;
}
if (IsPeriodical && PeriodicalPrint)
{
MailSegment.Console_WriteLine("Period " + i + "/" + FileSize + " (" + (FileSize > 0 ? (i * 100 / FileSize) : 0) + "%); occurence " + PeriodCount + "/" + PeriodCount + " (100%)");
MailSegment.Log(SW__.Elapsed().ToString(), i.ToString(), FileSize.ToString(), PeriodCount.ToString(), PeriodCount.ToString());
PeriodSize = i;
break;
}
}
if (PeriodSize == 0)
{
MailSegment.Console_WriteLine("Period " + FileSize + "/" + FileSize + " (100%); occurence " + "1/1" + " (100%)");
MailSegment.Log(SW__.Elapsed().ToString(), FileSize.ToString(), FileSize.ToString(), "1", "1");
}
FileSta.DataValueFileClose();
FileSta.Close();
MailSegment.ConsoleLineToLog = true;
MailSegment.ConsoleLineToLogSum = true;
MailSegment.Console_WriteLine("");
if (PeriodSize > 0)
{
MailSegment.Console_WriteLine("Sequence period length: " + PeriodSize);
MailSegment.Console_WriteLine("Period search time: " + MailSegment.TimeHMSM(SW__.Elapsed()));
MailSegment.Console_WriteLine("");
DisplayStats("Sequence period distribution", PeriodStats, CreatePeriod);
}
else
{
MailSegment.Console_WriteLine("Sequence has no period");
MailSegment.Console_WriteLine("Period search time: " + MailSegment.TimeHMSM(SW__.Elapsed()));
}
MailSegment.ConsoleLineToLogSum = false;
MailSegment.ConsoleLineToLog = false;
}
else
{
MailSegment.ConsoleLineToLog = true;
MailSegment.ConsoleLineToLogSum = true;
MailSegment.Console_WriteLine("Period search error: " + FileSta.OpenError);
MailSegment.ConsoleLineToLogSum = false;
MailSegment.ConsoleLineToLog = false;
}
}
MailSegment.ConsoleLineToLog = true;
MailSegment.ConsoleLineToLogSum = true;
MailSegment.Console_WriteLine("");
MailSegment.Console_WriteLine("Total time: " + MailSegment.TimeHMSM(TSW.Elapsed()));
MailSegment.ConsoleLineToLogSum = false;
MailSegment.ConsoleLineToLog = false;
}
else
{
MailSegment.ConsoleLineToLog = true;
MailSegment.ConsoleLineToLogSum = true;
MailSegment.Console_WriteLine("");
MailSegment.Console_WriteLine("Source file open error: " + FileSrc.OpenError);
MailSegment.ConsoleLineToLogSum = false;
MailSegment.ConsoleLineToLog = false;
}
}
/// <summary>
/// Create or check the digest file
/// </summary>
/// <param name="DigestMode">Digest mode</param>
/// <param name="DataFile_">Data file name</param>
/// <param name="MapFile_">Map file name</param>
/// <param name="DigestFile_">Digest file name</param>
/// <param name="SegmentSize_">Segment size</param>
public void Proc(int DigestMode, string DataFile_, string MapFile_, string DigestFile_, int SegmentSize_, bool PromptConfirm)
{
long DigestFileSize = 0;
int DigestSegmentSize = 0;
int SegmentSize = SegmentSize_;
DigestSegmentSize = SegmentSize;
MailFile MF = new MailFile();
if (MF.Open(false, true, DataFile_, MapFile_))
{
MF.SetSegmentSize(SegmentSize);
MF.CalcSegmentCount();
long FileSize = MF.GetDataSize();
DigestFileSize = FileSize;
int SegmentCount__ = MF.GetSegmentCount();
MailSegment.ConsoleLineToLog = true;
MailSegment.ConsoleLineToLogSum = true;
MailSegment.Console_WriteLine("");
MailSegment.Console_WriteLine("Data file size: " + FileSize);
MailSegment.Console_WriteLine("Data segment count: " + SegmentCount__);
MailSegment.ConsoleLineToLogSum = false;
MailSegment.ConsoleLineToLog = false;
MailSegment.Console_WriteLine("");
if (DigestMode != 0)
{
MailFile MD = new MailFile();
if (MD.Open(true, DigestMode != 0, DigestFile_, null))
{
MD.SetSegmentSize(SegmentSize);
if (DigestFile_ != null)
{
MD.CalcSegmentCount();
DigestSegmentSize = MD.DigestSegmentSize;
DigestFileSize = MD.DigestFileSize;
}
else
{
DigestSegmentSize = 0;
DigestFileSize = 0;
}
MailSegment.Console_WriteLine("Data file size from digest file: " + DigestFileSize);
MailSegment.Console_WriteLine("Segment size from digest file: " + DigestSegmentSize);
MailSegment.Console_WriteLine("");
MD.Close();
}
else
{
MailSegment.Console_WriteLine("Digest file open error");
}
}
if (Program.PromptConfirm(PromptConfirm))
{
if ((DigestMode == 1) && (DigestMode == 3))
{
MF.MapChange(1, 0);
MF.MapChange(2, 0);
}
if (DigestMode == 0)
{
try
{
if (File.Exists(DigestFile_))
{
File.Delete(DigestFile_);
}
}
catch
{
MailSegment.ConsoleLineToLog = true;
MailSegment.ConsoleLineToLogSum = true;
MailSegment.Console_WriteLine("Digest file creation error");
MailSegment.ConsoleLineToLogSum = false;
MailSegment.ConsoleLineToLog = false;
return;
}
}
MailFile MD = new MailFile();
if (MD.Open(true, DigestMode != 0, DigestFile_, null))
{
Stopwatch_ TSW = new Stopwatch_();
MailSegment.Log();
MailSegment.LogReset();
MailSegment.Log("Time stamp", "Processed segments since previous entry", "Totally processed segments", "All segments", "Processed bytes since previous entry", "Totally processed bytes", "All bytes");
MD.SetSegmentSize(SegmentSize);
if (DigestMode != 0)
{
if (DigestFile_ != null)
{
MD.CalcSegmentCount();
DigestSegmentSize = MD.DigestSegmentSize;
DigestFileSize = MD.DigestFileSize;
}
else
{
DigestSegmentSize = 0;
DigestFileSize = 0;
}
}
if ((DigestMode == 2) || (DigestMode == 3))
{
if (DigestSegmentSize == SegmentSize)
{
if (FileSize != DigestFileSize)
{
MailSegment.Console_WriteLine("Data file size correction started");
MF.ResizeData(DigestFileSize);
MF.CalcSegmentCount();
FileSize = MF.GetDataSize();
MailSegment.Console_WriteLine("Data file size correction finished");
MailSegment.Console_WriteLine("");
}
else
{
MailSegment.Console_WriteLine("Data file size is correct");
MailSegment.Console_WriteLine("");
}
}
}
if ((DigestSegmentSize == SegmentSize) && (FileSize == DigestFileSize))
{
if (DigestMode != 2)
{
Stopwatch_ SWProgress = new Stopwatch_();
long SWWorkTime = 0;
SWProgress.Reset();
int DigestG = 0;
int DigestB = 0;
long ToLogSize = 0;
bool PrintLastProgress = true;
for (int i = 0; i < SegmentCount__; i++)
{
ToLogSize += MF.DataGetSize(i);
if (DigestMode == 0)
{
if (DigestFile_ != null)
{
byte[] Temp = MF.DataGet(i);
MD.DataSet(i, Temp, Temp.Length);
}
MF.MapSet(i, 1);
DigestG++;
}
else
{
if ((DigestFile_ != null) && (MailSegment.BinToStr(MD.DataGetDigest(i)) == MailSegment.BinToStr(MF.DataGetDigest(i))))
{
MF.MapSet(i, 1);
DigestG++;
}
else
{
MF.MapSet(i, 0);
DigestB++;
}
}
if (SWWorkTime < SWProgress.Elapsed())
{
while (SWWorkTime < SWProgress.Elapsed())
{
SWWorkTime += 1000L;
}
MailSegment.Console_WriteLine("Segment " + (i + 1) + "/" + SegmentCount__ + " (" + ((i + 1) * 100 / SegmentCount__) + "%)");
MailSegment.Log(TSW.Elapsed().ToString(), MailSegment.LogDiffS(i + 1).ToString(), (i + 1).ToString(), SegmentCount__.ToString(), MailSegment.LogDiffB(ToLogSize).ToString(), ToLogSize.ToString(), FileSize.ToString());
if ((i + 1) == SegmentCount__)
{
PrintLastProgress = false;
}
}
}
MF.ResizeMap();
if (PrintLastProgress)
{
MailSegment.Console_WriteLine("Segment " + SegmentCount__ + "/" + SegmentCount__ + " (100%)");
MailSegment.Log(TSW.Elapsed().ToString(), MailSegment.LogDiffS(SegmentCount__).ToString(), SegmentCount__.ToString(), SegmentCount__.ToString(), MailSegment.LogDiffB(ToLogSize).ToString(), ToLogSize.ToString(), FileSize.ToString());
}
MailSegment.ConsoleLineToLog = true;
MailSegment.ConsoleLineToLogSum = true;
MailSegment.Console_WriteLine("");
MailSegment.Console_WriteLine("Total segments: " + (DigestG + DigestB));
if (DigestMode != 0)
{
MailSegment.Console_WriteLine("Good segments: " + DigestG);
MailSegment.Console_WriteLine("Bad segments: " + DigestB);
}
MailSegment.Console_WriteLine("Total time: " + MailSegment.TimeHMSM(TSW.Elapsed()));
MailSegment.ConsoleLineToLogSum = false;
MailSegment.ConsoleLineToLog = false;
}
else
{
MailSegment.ConsoleLineToLog = true;
MailSegment.ConsoleLineToLogSum = true;
MailSegment.Console_WriteLine("Data file contents are not checked");
MailSegment.Console_WriteLine("Total time: " + MailSegment.TimeHMSM(TSW.Elapsed()));
MailSegment.ConsoleLineToLogSum = false;
MailSegment.ConsoleLineToLog = false;
}
}
else
{
MailSegment.ConsoleLineToLog = true;
MailSegment.ConsoleLineToLogSum = true;
if (FileSize != DigestFileSize)
{
MailSegment.Console_WriteLine("Data file size mismatch");
}
if (DigestSegmentSize != SegmentSize)
{
MailSegment.Console_WriteLine("Segment size mismatch");
}
MailSegment.Console_WriteLine("Total time: " + MailSegment.TimeHMSM(TSW.Elapsed()));
MailSegment.ConsoleLineToLogSum = false;
MailSegment.ConsoleLineToLog = false;
}
MD.Close();
}
else
{
MailSegment.ConsoleLineToLog = true;
MailSegment.ConsoleLineToLogSum = true;
if (DigestMode == 0)
{
MailSegment.Console_WriteLine("Digest file creation error");
}
else
{
MailSegment.Console_WriteLine("Digest file open error");
}
MailSegment.ConsoleLineToLogSum = false;
MailSegment.ConsoleLineToLog = false;
}
}
MF.Close();
}
else
{
MailSegment.ConsoleLineToLog = true;
MailSegment.ConsoleLineToLogSum = true;
MailSegment.Console_WriteLine("Data file open error");
MailSegment.ConsoleLineToLogSum = false;
MailSegment.ConsoleLineToLog = false;
}
}
/// <summary>
/// File upload action
/// </summary>
/// <param name="FileName_"></param>
/// <param name="FilePath"></param>
/// <param name="FileMap"></param>
/// <param name="AccountSrc"></param>
/// <param name="AccountDst"></param>
/// <param name="FileSegmentSize"></param>
/// <param name="SegmentMode"></param>
/// <param name="SegmentImageSize"></param>
public static void FileUpload(int FileCount, string[] FileName_, string[] FilePath, string[] FileMap, int[] AccountSrc, int[] AccountDst, int FileSegmentSize, int SegmentMode, int SegmentImageSize)
{
// Check account lists
if (AccountSrc.Length == 2)
{
Console_WriteLine("No source accounts");
return;
}
if (AccountDst.Length == 0)
{
Console_WriteLine("No destination accounts");
return;
}
// The file name is stored as digest
int MF_Length = FileCount;
string[] FileName = new string[MF_Length];
for (int i = 0; i < MF_Length; i++)
{
FileName[i] = Digest(FileName_[i]);
}
MailFile[] MF = new MailFile[MF_Length];
bool[] MF_Open = new bool[MF_Length];
bool OpenAll = true;
for (int i = 0; i < MF_Length; i++)
{
MF[i] = new MailFile();
MF_Open[i] = MF[i].Open(false, true, FilePath[i], FileMap[i]);
if (!MF_Open[i])
{
OpenAll = false;
}
}
if (OpenAll)
{
Log();
LogReset();
Log("Time stamp", "Uploaded segments since previous entry", "Totally uploaded segments", "All segments", "Uploaded bytes since previous entry", "Totally uploaded bytes", "All bytes by segment count", "All bytes by file size");
TSW = new Stopwatch_();
KBPSReset();
bool FileNotBlank = false;
for (int i_ = 0; i_ < FileCount; i_++)
{
MF[i_].MapChange(1, 2);
MF[i_].SetSegmentSize(FileSegmentSize);
if (MF[i_].CalcSegmentCount() > 0)
{
FileNotBlank = true;
}
}
if (FileNotBlank)
{
List <MailSendParam> MailSendParam_ = new List <MailSendParam>();
using (CancellationTokenSource cancel = new CancellationTokenSource())
{
// Create SMTP client array (not create SMTP connections)
SmtpClient[,] SmtpClient_ = new SmtpClient[AccountSrc.Length, ThreadsUpload];
for (int i = 0; i < AccountSrc.Length; i++)
{
for (int ii = 0; ii < ThreadsUpload; ii++)
{
SmtpClient_[i, ii] = null;
}
}
int[] FileSegmentProgress = new int[MF_Length];
int[] FileSegmentCount = new int[MF_Length];
int[] FileSegmentToDo = new int[MF_Length];
for (int i_ = 0; i_ < MF_Length; i_++)
{
FileSegmentProgress[i_] = 0;
}
// Upload failure counter
int UploadFailureCounter = 0;
// Current upload group
int UploadGroup = 0;
// Map of upload account counters
List <int> UploadGroupN = new List <int>();
// Number of account which will be aggigned to each segment to send, for each group separatelly
for (int i = 0; i < (AccountSrc.Length - 1); i++)
{
if (AccountSrc[i] < 0)
{
UploadGroupN.Add(-1);
}
else
{
if (UploadGroupN[UploadGroupN.Count - 1] < 0)
{
UploadGroupN[UploadGroupN.Count - 1] = i;
}
}
}
for (int FileItemI = 0; FileItemI < MF_Length; FileItemI++)
{
if (MF[FileItemI].CalcSegmentCount() > 0)
{
FileSegmentCount[FileItemI] = MF[FileItemI].GetSegmentCount();
MF[FileItemI].MapCalcStats();
FileSegmentToDo[FileItemI] = MF[FileItemI].MapCount(0);
// The loop iterates over all file segments, but also iterates while there are some segments to upload
int FileSegmentNum = 0;
int FileSegmentNumDelta = 1;
if (SegmentMode > 9)
{
FileSegmentNum = FileSegmentCount[FileItemI] - 1;
FileSegmentNumDelta = -1;
}
int UploadCounter = 0;
for (int FileSegmentNum_ = 0; FileSegmentNum_ < FileSegmentCount[FileItemI]; FileSegmentNum_++)
{
// Creating console information prefix
string ConsoleInfo = CreateConsoleInfoU(FileItemI, FileSegmentNum, FileSegmentCount[FileItemI]);
// Upload only this segments, which must be uploaded based on map file
if (MF[FileItemI].MapGet(FileSegmentNum) == 0)
{
byte[] SegmentBuf = MF[FileItemI].DataGet(FileSegmentNum);
// Create a object, which keeps all needed data during whole sending process of current segment
MailSendParam MailSendParam__ = new MailSendParam();
MailSendParam__.FileI = FileItemI;
MailSendParam__.SegmentBuf = SegmentBuf;
MailSendParam__.FileSegmentSize = SegmentBuf.Length;
MailSendParam__.FileSegmentNum = FileSegmentNum;
MailSendParam__.AccountSrcG = UploadGroup;
MailSendParam__.AccountSrcN = UploadGroupN[UploadGroup];
MailSendParam__.AccountSrc = AccountSrc[MailSendParam__.AccountSrcN];
MailSendParam__.SmtpClient_ = SmtpClient_;
MailSendParam__.SmtpClientSlot = -1;
MailSendParam_.Add(MailSendParam__);
// Set the next account to assign to next segment
UploadGroupN[UploadGroup]++;
if (AccountSrc[UploadGroupN[UploadGroup]] < 0)
{
UploadGroupN[UploadGroup]--;
while (AccountSrc[UploadGroupN[UploadGroup]] >= 0)
{
UploadGroupN[UploadGroup]--;
}
UploadGroupN[UploadGroup]++;
}
Console_WriteLine(ConsoleInfo + " - to upload");
}
else
{
Console_WriteLine(ConsoleInfo + " - not to upload");
}
bool PerformUploadCondition = false;
if (MailSendParam_.Count >= ThreadsUpload)
{
PerformUploadCondition = true;
}
if (MailSendParam_.Count > 0)
{
UploadCounter++;
if (FileSegmentNum_ == (FileSegmentCount[FileItemI] - 1))
{
PerformUploadCondition = true;
}
if (UploadCounter >= ThreadsUpload)
{
PerformUploadCondition = true;
}
}
else
{
UploadCounter = 0;
}
// If the number of segments is at least the same as number of threads, there will be attemped to send,
// if none of segments are sent, the attemp will be repeated immediately
while (PerformUploadCondition)
{
if (FileUploadMsg(AccountSrc, AccountDst, MailSendParam_, ref MF, FileName, ref FileSegmentProgress, FileSegmentCount, FileSegmentToDo, FileSegmentSize, SegmentMode, SegmentImageSize, cancel))
{
UploadFailureCounter = 0;
}
else
{
UploadFailureCounter++;
}
// If upload failed several times at a row, the group must be changed
if (UploadFailureCounter >= UploadGroupChange)
{
UploadFailureCounter = 0;
// Close all opened connections
Console_WriteLine("Disconnecting existing connections");
for (int i = 0; i < AccountSrc.Length; i++)
{
for (int ii = 0; ii < ThreadsUpload; ii++)
{
if (SmtpClient_[i, ii] != null)
{
if (SmtpClient_[i, ii].IsConnected)
{
SmtpClient_[i, ii].Disconnect(true, cancel.Token);
}
SmtpClient_[i, ii].Dispose();
}
}
}
// Change group
Console_Write("Changing account group from " + UploadGroup);
UploadGroup++;
if (UploadGroup >= UploadGroupN.Count)
{
UploadGroup = 0;
}
Console_Write(" to " + UploadGroup);
// Assign accounts from next group
for (int i = 0; i < MailSendParam_.Count; i++)
{
MailSendParam_[i].AccountSrcG = UploadGroup;
MailSendParam_[i].AccountSrcN = UploadGroupN[UploadGroup];
MailSendParam_[i].AccountSrc = AccountSrc[MailSendParam_[i].AccountSrcN];
// Set the next account to assign to next segment
UploadGroupN[UploadGroup]++;
if (AccountSrc[UploadGroupN[UploadGroup]] < 0)
{
UploadGroupN[UploadGroup]--;
while (AccountSrc[UploadGroupN[UploadGroup]] >= 0)
{
UploadGroupN[UploadGroup]--;
}
UploadGroupN[UploadGroup]++;
}
}
}
UploadCounter = 0;
PerformUploadCondition = false;
if (MailSendParam_.Count > 0)
{
PerformUploadCondition = true;
}
}
FileSegmentNum += FileSegmentNumDelta;
}
}
}
// Closing all opened connections
Console_WriteLine("Disconnecting existing connections");
for (int i = 0; i < AccountSrc.Length; i++)
{
for (int ii = 0; ii < ThreadsUpload; ii++)
{
try
{
if (SmtpClient_[i, ii] != null)
{
if (SmtpClient_[i, ii].IsConnected)
{
SmtpClient_[i, ii].Disconnect(true, cancel.Token);
}
SmtpClient_[i, ii].Dispose();
}
}
catch
{
}
}
}
Console_WriteLine("Disconnected");
}
ConsoleLineToLog = true;
ConsoleLineToLogSum = true;
Console_WriteLine("");
for (int i_ = 0; i_ < FileCount; i_++)
{
MF[i_].MapCalcStats();
Console_WriteLine("Item " + (i_ + 1).ToString() + ":");
Console_WriteLine(" Item name: " + FileName_[i_]);
Console_WriteLine(" Total segments: " + MF[i_].GetSegmentCount().ToString());
Console_WriteLine(" Segments uploaded previously: " + MF[i_].MapCount(2).ToString());
Console_WriteLine(" Segments uploaded now: " + MF[i_].MapCount(1).ToString());
}
Console_WriteLine("Uploaded bytes: " + KBPS_B());
Console_WriteLine("Upload time: " + KBPS_T());
Console_WriteLine("Average upload speed: " + KBPS());
Console_WriteLine("Total time: " + TimeHMSM(TSW.Elapsed()));
ConsoleLineToLogSum = false;
ConsoleLineToLog = false;
}
else
{
ConsoleLineToLog = true;
ConsoleLineToLogSum = true;
Console_WriteLine("");
Console_WriteLine("Every file is blank");
ConsoleLineToLogSum = false;
ConsoleLineToLog = false;
}
for (int i_ = 0; i_ < FileCount; i_++)
{
MF[i_].Close();
}
}
else
{
ConsoleLineToLog = true;
ConsoleLineToLogSum = true;
Console_WriteLine("");
for (int i_ = 0; i_ < FileCount; i_++)
{
if (!MF_Open[i_])
{
Console_WriteLine("Item " + (i_ + 1).ToString() + " - file open error: " + MF[i_].OpenError);
}
}
ConsoleLineToLogSum = false;
ConsoleLineToLog = false;
return;
}
}