// Decompiled with JetBrains decompiler // Type: CarotDAV.AsyncCopy // Assembly: CarotDAV, Version=1.13.2.18337, Culture=neutral, PublicKeyToken=null // MVID: C31F2651-A4A8-4D09-916A-8C6106F5E7C8 // Assembly location: F:\Eigene Dateien\Dropbox\portable Collection\Progs\CarotDAV\CarotDAV.exe using Microsoft.VisualBasic.CompilerServices; using Rei.Com; using Rei.Fs; using Rei.Fs.IO; using Rei.Fs.Webdav; using System; using System.Collections.Generic; using System.ComponentModel; using System.Diagnostics; using System.IO; using System.Runtime.CompilerServices; using System.Text; using System.Threading; using System.Windows.Forms; namespace CarotDAV { public class AsyncCopy : Component { private static DateTime win32timeorigin = new DateTime(1601, 1, 1, 0, 0, 0, DateTimeKind.Utc); private IContainer components; private object pLock; private int pWorkerState; private bool pStopAfterFile; private LinkedList pTaskList; private FsBase pFS; private CacheManager pCache; private UCSNormalization pUploadFilenameNormalization; private UCSNormalization pDownloadFilenameNormalization; private SendOrPostCallback pServerResourceChangedCallback; private SendOrPostCallback pCompleteCallback; private AsyncCopy.DavCopyWorkerDelegate pDavCopyWorkerDelegate; private AsyncCopy.DavCopyStateType pCurrentState; private long pTotalCost; private long pTotalProgress; private double pTotalTransferSeconds; private long pCurrentCost; private long pCurrentProgress; private double pCurrentSeconds; private string pCurrentDesc; private long pTotalFiles; private long pTotalFolders; private long pCurrentFiles; private long pCurrentFolders; private bool pCancelled; private Exception pLastException; private AsyncOperation pAsyncOp; [DebuggerNonUserCode] public AsyncCopy(IContainer container) : this() { if (container == null) return; container.Add((IComponent) this); } [DebuggerNonUserCode] protected override void Dispose(bool disposing) { try { if (!disposing || this.components == null) return; this.components.Dispose(); } finally { base.Dispose(disposing); } } [DebuggerStepThrough] private void InitializeComponent() { this.components = (IContainer) new System.ComponentModel.Container(); } public event EventHandler RemoteResourceChanged; public event AsyncCompletedEventHandler CopyCompleted; public event EventHandler ConflictionOccurred; public event EventHandler ExceptionOccurred; [DebuggerNonUserCode] public AsyncCopy() { this.Disposed += new EventHandler(this.AsyncCopy_Disposed); this.pServerResourceChangedCallback = new SendOrPostCallback(this.ServerResourceChangedCallback); this.pCompleteCallback = new SendOrPostCallback(this.DavCopyCompletedCallback); this.pDavCopyWorkerDelegate = new AsyncCopy.DavCopyWorkerDelegate(this.Worker); this.InitializeComponent(); this.pLock = RuntimeHelpers.GetObjectValue(new object()); this.pTaskList = new LinkedList(); this.pUploadFilenameNormalization = UCSNormalization.None; this.pDownloadFilenameNormalization = UCSNormalization.None; } public int TaskCount { get { object pLock = this.pLock; ObjectFlowControl.CheckForSyncLockOnValueType(pLock); Monitor.Enter(pLock); try { return this.pTaskList.Count; } finally { Monitor.Exit(pLock); } } } public int UncompleteTaskCount { get { object pLock = this.pLock; ObjectFlowControl.CheckForSyncLockOnValueType(pLock); Monitor.Enter(pLock); int num; try { LinkedList.Enumerator enumerator; try { enumerator = this.pTaskList.GetEnumerator(); while (enumerator.MoveNext()) { AsyncCopy.DavCopyTask current = enumerator.Current; if (current.State != AsyncCopy.TaskStateType.Complete && current.State != AsyncCopy.TaskStateType.ErrorIgnore && current.State != AsyncCopy.TaskStateType.Skipped) checked { ++num; } } } finally { enumerator.Dispose(); } } finally { Monitor.Exit(pLock); } return num; } } public int FinishedTaskCount { get { object pLock = this.pLock; ObjectFlowControl.CheckForSyncLockOnValueType(pLock); Monitor.Enter(pLock); int num; try { LinkedList.Enumerator enumerator; try { enumerator = this.pTaskList.GetEnumerator(); while (enumerator.MoveNext()) { AsyncCopy.DavCopyTask current = enumerator.Current; if (current.State == AsyncCopy.TaskStateType.Complete) checked { ++num; } if (current.State == AsyncCopy.TaskStateType.ErrorIgnore) checked { ++num; } if (current.State == AsyncCopy.TaskStateType.Skipped) checked { ++num; } } } finally { enumerator.Dispose(); } } finally { Monitor.Exit(pLock); } return num; } } public void SetClient(FsBase fs, CacheManager cm, UCSNormalization downnormalization, UCSNormalization uploadnormalization) { this.pFS = fs; this.pCache = cm; this.pDownloadFilenameNormalization = downnormalization; this.pUploadFilenameNormalization = uploadnormalization; } public void Download(ResourceId[] remoteids, string localdir) { object pLock = this.pLock; ObjectFlowControl.CheckForSyncLockOnValueType(pLock); Monitor.Enter(pLock); try { ResourceId[] resourceIdArray = remoteids; int index = 0; while (index < resourceIdArray.Length) { this.pTaskList.AddLast(new AsyncCopy.DavCopyTask(AsyncCopy.TaskType.Download, resourceIdArray[index], localdir)); checked { ++index; } } this.pTotalCost = -1L; } finally { Monitor.Exit(pLock); } } public void Upload(string[] localfiles, ResourceId remoteid, IDataObject dobj, DragDropEffects finisheffect) { object pLock = this.pLock; ObjectFlowControl.CheckForSyncLockOnValueType(pLock); Monitor.Enter(pLock); try { int num1 = 0; int num2 = checked (localfiles.Length - 1); int index = num1; while (index <= num2) { this.pTaskList.AddLast(new AsyncCopy.DavCopyTask(AsyncCopy.TaskType.Upload, remoteid, localfiles[index])); checked { ++index; } } this.pTaskList.Last.Value.DataObject = dobj; this.pTaskList.Last.Value.FinishEffect = finisheffect; this.pTotalCost = -1L; } finally { Monitor.Exit(pLock); } } public void UploadDescriptors(VirtualFileInfo[] vfinfos, ResourceId remoteid, IDataObject dobj, DragDropEffects finisheffect) { List davCopyTaskList = new List(); int num1 = 0; int num2 = checked (vfinfos.Length - 1); int index1 = num1; while (index1 <= num2) { bool flag = (vfinfos[index1].FileAttributes & FileAttributes.Directory) != (FileAttributes) 0; string[] strArray = vfinfos[index1].FileName.Split(new char[2] { '\\', '/' }, StringSplitOptions.RemoveEmptyEntries); AsyncCopy.DavCopyTask parenttask = (AsyncCopy.DavCopyTask) null; int num3 = 0; int num4 = checked (strArray.Length - 2); int index2 = num3; while (index2 <= num4) { AsyncCopy.DavCopyTask davCopyTask = (AsyncCopy.DavCopyTask) null; AsyncCopy.DavCopyTask[] davCopyTaskArray = parenttask != null ? parenttask.SubTasks : davCopyTaskList.ToArray(); int num5 = 0; int num6 = checked (davCopyTaskArray.Length - 1); int index3 = num5; while (index3 <= num6) { if (Operators.CompareString(davCopyTaskArray[index3].LocalPath, strArray[index2], false) == 0 && davCopyTaskArray[index3].IsCollection) { davCopyTask = davCopyTaskArray[index3]; break; } checked { ++index3; } } if (davCopyTask == null) { if (parenttask == null) { davCopyTask = new AsyncCopy.DavCopyTask(AsyncCopy.TaskType.Upload, remoteid, strArray[index2]); davCopyTaskList.Add(davCopyTask); } else davCopyTask = new AsyncCopy.DavCopyTask(parenttask, strArray[index2]); davCopyTask.Size = -1L; davCopyTask.IsCollection = true; davCopyTask.LastModifiedTime = DateTime.MinValue; davCopyTask.CreationDate = DateTime.MinValue; davCopyTask.LastModifiedTime = DateTime.MinValue; davCopyTask.State = AsyncCopy.TaskStateType.PropertyAcquired; } parenttask = davCopyTask; checked { ++index2; } } AsyncCopy.DavCopyTask davCopyTask1 = (AsyncCopy.DavCopyTask) null; AsyncCopy.DavCopyTask[] davCopyTaskArray1 = parenttask != null ? parenttask.SubTasks : davCopyTaskList.ToArray(); int num7 = 0; int num8 = checked (davCopyTaskArray1.Length - 1); int index4 = num7; while (index4 <= num8) { if (Operators.CompareString(davCopyTaskArray1[index4].LocalPath, strArray[index2], false) == 0 && davCopyTaskArray1[index4].IsCollection == flag) { davCopyTask1 = davCopyTaskArray1[index4]; break; } checked { ++index4; } } if (davCopyTask1 == null) { if (parenttask == null) { davCopyTask1 = new AsyncCopy.DavCopyTask(AsyncCopy.TaskType.Upload, remoteid, vfinfos[index1]); davCopyTaskList.Add(davCopyTask1); } else davCopyTask1 = new AsyncCopy.DavCopyTask(parenttask, strArray[index2], vfinfos[index1]); } if ((vfinfos[index1].Flags & FDFlags.FD_CREATETIME) != (FDFlags) 0) davCopyTask1.CreationDate = vfinfos[index1].CreationTime; if ((vfinfos[index1].Flags & FDFlags.FD_ACCESSTIME) != (FDFlags) 0) davCopyTask1.LastAccessTime = vfinfos[index1].LastAccessTime; if ((vfinfos[index1].Flags & FDFlags.FD_WRITESTIME) != (FDFlags) 0) davCopyTask1.LastModifiedTime = vfinfos[index1].LastWriteTime; davCopyTask1.Size = (vfinfos[index1].Flags & FDFlags.FD_FILESIZE) == (FDFlags) 0 ? -1L : checked ((long) vfinfos[index1].FileSize); davCopyTask1.IsCollection = flag; davCopyTask1.State = AsyncCopy.TaskStateType.PropertyAcquired; checked { ++index1; } } object pLock = this.pLock; ObjectFlowControl.CheckForSyncLockOnValueType(pLock); Monitor.Enter(pLock); try { int num3 = 0; int num4 = checked (davCopyTaskList.Count - 1); int index2 = num3; while (index2 <= num4) { this.pTaskList.AddLast(davCopyTaskList[index2]); checked { ++index2; } } this.pTaskList.Last.Value.DataObject = dobj; this.pTaskList.Last.Value.FinishEffect = finisheffect; this.pTotalCost = -1L; } finally { Monitor.Exit(pLock); } } public void Clear() { object pLock = this.pLock; ObjectFlowControl.CheckForSyncLockOnValueType(pLock); Monitor.Enter(pLock); try { this.pTotalCost = -1L; this.pTaskList.Clear(); } finally { Monitor.Exit(pLock); } } public void DavCopyAsync() { object pLock = this.pLock; ObjectFlowControl.CheckForSyncLockOnValueType(pLock); Monitor.Enter(pLock); try { if (this.pWorkerState != 0) throw new InvalidOperationException(); this.pWorkerState = 1; this.pCancelled = false; } finally { Monitor.Exit(pLock); } if (this.pFS == null) throw new InvalidOperationException(); this.pDavCopyWorkerDelegate.BeginInvoke(AsyncOperationManager.CreateOperation(RuntimeHelpers.GetObjectValue(this.pLock)), (AsyncCallback) null, (object) null); } public bool IsBusy { get { object pLock = this.pLock; ObjectFlowControl.CheckForSyncLockOnValueType(pLock); Monitor.Enter(pLock); try { return this.pWorkerState != 0; } finally { Monitor.Exit(pLock); } } } public bool StopAfterFile { get { object pLock = this.pLock; ObjectFlowControl.CheckForSyncLockOnValueType(pLock); Monitor.Enter(pLock); try { return this.pStopAfterFile; } finally { Monitor.Exit(pLock); } } set { object pLock = this.pLock; ObjectFlowControl.CheckForSyncLockOnValueType(pLock); Monitor.Enter(pLock); try { this.pStopAfterFile = value; } finally { Monitor.Exit(pLock); } } } public void DavCopyAsyncCancel() { object pLock = this.pLock; ObjectFlowControl.CheckForSyncLockOnValueType(pLock); Monitor.Enter(pLock); try { if (this.pWorkerState != 1) return; this.pWorkerState = 2; } finally { Monitor.Exit(pLock); } } protected void OnServerResourceChanged(ResourceChangedEventArgs e) { try { EventHandler resourceChangedEvent = this.RemoteResourceChangedEvent; if (resourceChangedEvent == null) return; resourceChangedEvent((object) null, e); } catch (Exception ex) { ProjectData.SetProjectError(ex); ProjectData.ClearProjectError(); } } protected void OnDavCopyCompleted(AsyncCompletedEventArgs e) { try { this.pWorkerState = 0; this.pFS.ResetConnection(); AsyncCompletedEventHandler copyCompletedEvent = this.CopyCompletedEvent; if (copyCompletedEvent == null) return; copyCompletedEvent((object) null, e); } catch (Exception ex) { ProjectData.SetProjectError(ex); int num = (int) MessageBox.Show("Error\r\n" + ex.ToString(), "Error", MessageBoxButtons.OK, MessageBoxIcon.Hand); ProjectData.ClearProjectError(); } } public AsyncCopy.StateContainer GetState() { AsyncCopy.StateContainer stateContainer = new AsyncCopy.StateContainer(); stateContainer.CurrentState = this.pCurrentState; stateContainer.TotalCost = this.pTotalCost; stateContainer.TotalProgress = this.pTotalProgress; stateContainer.TotalSeconds = this.pTotalTransferSeconds; stateContainer.CurrentCost = this.pCurrentCost; stateContainer.CurrentProgress = this.pCurrentProgress; stateContainer.CurrentSeconds = this.pCurrentSeconds; stateContainer.CurrentDesc = this.pCurrentDesc; stateContainer.TotalFiles = this.pTotalFiles; stateContainer.CurrentFiles = this.pCurrentFiles; stateContainer.TotalFolders = this.pTotalFolders; stateContainer.CurrentFolders = this.pCurrentFolders; if (stateContainer.CurrentProgress >= 0L && stateContainer.TotalProgress >= 0L) stateContainer.TotalProgress = checked (stateContainer.TotalProgress + stateContainer.CurrentProgress); if (stateContainer.TotalSeconds >= 0.0 && stateContainer.CurrentSeconds >= 0.0) stateContainer.TotalSeconds = stateContainer.TotalSeconds + stateContainer.CurrentSeconds; return stateContainer; } private void Worker(AsyncOperation asyncop) { this.pLastException = (Exception) null; this.pAsyncOp = asyncop; try { while (true) { if (this.pWorkerState == 2) this.pCancelled = true; if (this.pStopAfterFile) this.pCancelled = true; if (!this.pCancelled) { long num1 = 0; long num2 = 0; double num3 = 0.0; long num4 = 0; long num5 = 0; long num6 = 0; long num7 = 0; object pLock = this.pLock; ObjectFlowControl.CheckForSyncLockOnValueType(pLock); Monitor.Enter(pLock); try { LinkedList.Enumerator enumerator; try { enumerator = this.pTaskList.GetEnumerator(); while (enumerator.MoveNext()) { AsyncCopy.DavCopyTask current = enumerator.Current; if (current.State != AsyncCopy.TaskStateType.ErrorIgnore && current.State != AsyncCopy.TaskStateType.Skipped) { if (current.Size < 0L || num1 < 0L) num1 = -1L; else checked { num1 += current.Size; } if (current.IsCollection) checked { ++num5; } else checked { ++num4; } if (current.State == AsyncCopy.TaskStateType.Complete) { if (current.Size < 0L || num2 < 0L) num2 = -1L; else checked { num2 += current.Size; } if (current.IsCollection) checked { ++num7; } else checked { ++num6; } num3 += current.TransferSeconds; } } } } finally { enumerator.Dispose(); } this.pTotalCost = num1; this.pTotalProgress = num2; this.pTotalTransferSeconds = num3; this.pTotalFiles = num4; this.pTotalFolders = num5; this.pCurrentFiles = num6; this.pCurrentFolders = num7; } finally { Monitor.Exit(pLock); } AsyncCopy.DavCopyTask task = this.Worker_GetTask(); if (task != null) { switch (task.TaskType) { case AsyncCopy.TaskType.Download: switch (task.State) { case AsyncCopy.TaskStateType.Initialized: this.Worker_Download_GetProperty(task); continue; case AsyncCopy.TaskStateType.PropertyAcquired: if (task.IsCollection) { this.Worker_Download_ConfirmFolder(task); continue; } this.Worker_Download_DownloadFile(task); continue; case AsyncCopy.TaskStateType.FolderConfirmed: this.Worker_Download_SetFolderProperty(task); continue; default: goto label_35; } case AsyncCopy.TaskType.Upload: switch (task.State) { case AsyncCopy.TaskStateType.Initialized: this.Worker_Upload_GetProperty(task); continue; case AsyncCopy.TaskStateType.PropertyAcquired: if (task.IsCollection) { this.Worker_Upload_ConfirmFolder(task); continue; } this.Worker_Upload_UploadFile(task); continue; case AsyncCopy.TaskStateType.FolderConfirmed: this.Worker_Upload_SetFolderProperty(task); continue; default: goto label_42; } default: goto label_43; } } else goto label_45; } else goto label_45; } label_35: throw new Exception(); label_42: throw new Exception(); label_43: throw new Exception(); } catch (Exception ex) { ProjectData.SetProjectError(ex); this.pLastException = ex; ProjectData.ClearProjectError(); } label_45: this.pAsyncOp.PostOperationCompleted(this.pCompleteCallback, (object) new AsyncCompletedEventArgs(this.pLastException, this.pCancelled, (object) null)); } private AsyncCopy.DavCopyTask Worker_GetTask() { object pLock = this.pLock; ObjectFlowControl.CheckForSyncLockOnValueType(pLock); Monitor.Enter(pLock); try { LinkedList.Enumerator enumerator1; try { enumerator1 = this.pTaskList.GetEnumerator(); while (enumerator1.MoveNext()) { AsyncCopy.DavCopyTask current = enumerator1.Current; if (current.State == AsyncCopy.TaskStateType.Initialized) return current; } } finally { enumerator1.Dispose(); } LinkedList.Enumerator enumerator2; try { enumerator2 = this.pTaskList.GetEnumerator(); while (enumerator2.MoveNext()) { AsyncCopy.DavCopyTask davCopyTask1 = enumerator2.Current; if (davCopyTask1.IsRootTask) { if (davCopyTask1.State == AsyncCopy.TaskStateType.PropertyAcquired) return davCopyTask1; if (davCopyTask1.State == AsyncCopy.TaskStateType.FolderConfirmed) { label_11: AsyncCopy.DavCopyTask[] subTasks1 = davCopyTask1.SubTasks; int index1 = 0; while (index1 < subTasks1.Length) { AsyncCopy.DavCopyTask davCopyTask2 = subTasks1[index1]; if (!davCopyTask2.IsCollection && davCopyTask2.State == AsyncCopy.TaskStateType.PropertyAcquired) return davCopyTask2; checked { ++index1; } } AsyncCopy.DavCopyTask[] subTasks2 = davCopyTask1.SubTasks; int index2 = 0; while (index2 < subTasks2.Length) { AsyncCopy.DavCopyTask davCopyTask2 = subTasks2[index2]; if (davCopyTask2.State == AsyncCopy.TaskStateType.FolderConfirmed) { davCopyTask1 = davCopyTask2; goto label_11; } else checked { ++index2; } } AsyncCopy.DavCopyTask[] subTasks3 = davCopyTask1.SubTasks; int index3 = 0; while (index3 < subTasks3.Length) { AsyncCopy.DavCopyTask davCopyTask2 = subTasks3[index3]; if (davCopyTask2.State == AsyncCopy.TaskStateType.PropertyAcquired) return davCopyTask2; checked { ++index3; } } return davCopyTask1; } } } } finally { enumerator2.Dispose(); } } finally { Monitor.Exit(pLock); } return (AsyncCopy.DavCopyTask) null; } private void Worker_Download_GetProperty(AsyncCopy.DavCopyTask task) { int retryminutes = 1; this.pCurrentState = AsyncCopy.DavCopyStateType.DownloadProperty; this.pCurrentCost = -1L; this.pCurrentProgress = 0L; this.pCurrentDesc = task.GetDownloadFileName(); ResourceInfo[] resourceInfoArray; while (true) { try { resourceInfoArray = !task.IsRootTask ? this.pCache.GetEntries(this.pFS, task.RemoteId, false) : this.pCache.GetInfoAndEntries(this.pFS, task.RemoteId, false); break; } catch (Exception ex1) { ProjectData.SetProjectError(ex1); Exception ex2 = ex1; this.pFS.ResetConnection(); ExceptionOccurredEventArgs e = new ExceptionOccurredEventArgs("Error occurred during downloading property.", task.GetDownloadFileName(), ErrorPromptType.IgnoreAllIgnoreRetryCancel, ex2, retryminutes); EventHandler exceptionOccurredEvent = this.ExceptionOccurredEvent; if (exceptionOccurredEvent != null) exceptionOccurredEvent((object) this, e); switch (e.Result.Action) { case ErrorAction.Ignore: task.State = AsyncCopy.TaskStateType.ErrorIgnore; ProjectData.ClearProjectError(); return; case ErrorAction.Retry: ProjectData.ClearProjectError(); continue; case ErrorAction.AutoRetry: checked { retryminutes *= 2; } ProjectData.ClearProjectError(); continue; case ErrorAction.Cancel: this.pCancelled = true; ProjectData.ClearProjectError(); return; default: ProjectData.ClearProjectError(); return; } } } if (task.IsRootTask) { task.RemoteId = resourceInfoArray[0].Id; task.UriDic.Add(resourceInfoArray[0].Id.Uri, true); task.Info = resourceInfoArray[0]; task.LastModifiedTime = resourceInfoArray[0].LastModifiedTime; task.IsCollection = resourceInfoArray[0].IsCollection; task.CreationDate = resourceInfoArray[0].CreationTime; task.LastAccessTime = resourceInfoArray[0].LastAccessTime; task.Size = !task.IsCollection ? resourceInfoArray[0].Size : 0L; } task.State = AsyncCopy.TaskStateType.PropertyAcquired; int num1 = 0; int num2 = checked (resourceInfoArray.Length - 1); int index = num1; while (index <= num2) { if (!task.UriDic.ContainsKey(resourceInfoArray[index].Id.Uri)) { task.UriDic.Add(resourceInfoArray[index].Id.Uri, true); object pLock = this.pLock; ObjectFlowControl.CheckForSyncLockOnValueType(pLock); Monitor.Enter(pLock); try { AsyncCopy.DavCopyTask davCopyTask = new AsyncCopy.DavCopyTask(task, resourceInfoArray[index].Id); davCopyTask.Info = resourceInfoArray[index]; davCopyTask.LastModifiedTime = resourceInfoArray[index].LastModifiedTime; davCopyTask.IsCollection = resourceInfoArray[index].IsCollection; davCopyTask.CreationDate = resourceInfoArray[index].CreationTime; davCopyTask.LastAccessTime = resourceInfoArray[index].LastAccessTime; davCopyTask.Size = !davCopyTask.IsCollection ? resourceInfoArray[index].Size : 0L; if (!davCopyTask.IsCollection) davCopyTask.State = AsyncCopy.TaskStateType.PropertyAcquired; this.pTaskList.AddLast(davCopyTask); } finally { Monitor.Exit(pLock); } } checked { ++index; } } } private void Worker_Download_ConfirmFolder(AsyncCopy.DavCopyTask task) { int namecount = 0; int retryminutes = 1; while (true) { string path2 = task.CalcLocalPathForDownload(this.pDownloadFilenameNormalization, namecount); string str = Path.Combine(task.BaseLocalPath, path2); this.pCurrentState = AsyncCopy.DavCopyStateType.ConfirmFolder; this.pCurrentCost = -1L; this.pCurrentProgress = 0L; this.pCurrentDesc = task.GetDownloadFileName(); try { SimpleResourceInfo localFileInfo = SimpleResourceInfo.CreateLocalFileInfo(str); ConflictType type; if (localFileInfo == null) { type = ConflictType.NoConfliction; } else { if (namecount > 0) { checked { ++namecount; } continue; } type = !localFileInfo.IsCollection ? ConflictType.FolderToFile : ConflictType.FolderToFolder; } ConflictAction conflictAction; if (type == ConflictType.NoConfliction) { conflictAction = ConflictAction.NoConfliction; } else { AsyncCopy.CopyConflictedEventArgs e = new AsyncCopy.CopyConflictedEventArgs(new SimpleResourceInfo(task.GetDownloadFileName(), task.Size, task.LastModifiedTime, true), localFileInfo, type, (this.pFS.Ability & FsAbility.PartialRead) != FsAbility.None, FsAbility.All, retryminutes); EventHandler conflictionOccurredEvent = this.ConflictionOccurredEvent; if (conflictionOccurredEvent != null) conflictionOccurredEvent((object) this, e); conflictAction = e.Result.Action; } switch (conflictAction) { case ConflictAction.NoConfliction: Directory.CreateDirectory(str); goto case ConflictAction.Integrate; case ConflictAction.Integrate: task.LocalPath = str; task.State = AsyncCopy.TaskStateType.FolderConfirmed; return; case ConflictAction.DeleteTarget: if (type == ConflictType.FileToFile) File.Delete(str); else Directory.Delete(str, true); Directory.CreateDirectory(str); goto case ConflictAction.Integrate; case ConflictAction.Retry: continue; case ConflictAction.AutoRetry: checked { retryminutes *= 2; } continue; case ConflictAction.ChangeName: checked { ++namecount; } continue; case ConflictAction.Skip: LinkedList linkedList = new LinkedList(); linkedList.AddFirst(task); while (linkedList.Count > 0) { AsyncCopy.DavCopyTask davCopyTask1 = linkedList.First.Value; linkedList.RemoveFirst(); davCopyTask1.State = AsyncCopy.TaskStateType.Skipped; AsyncCopy.DavCopyTask[] subTasks = davCopyTask1.SubTasks; int index = 0; while (index < subTasks.Length) { AsyncCopy.DavCopyTask davCopyTask2 = subTasks[index]; linkedList.AddLast(davCopyTask2); checked { ++index; } } } return; case ConflictAction.CancelAll: this.pCancelled = true; return; default: throw new InvalidOperationException(); } } catch (Exception ex1) { ProjectData.SetProjectError(ex1); Exception ex2 = ex1; ExceptionOccurredEventArgs e = new ExceptionOccurredEventArgs("Error occurred during confirming folder property.", str, ErrorPromptType.IgnoreAllIgnoreRetryCancel, ex2, retryminutes); EventHandler exceptionOccurredEvent = this.ExceptionOccurredEvent; if (exceptionOccurredEvent != null) exceptionOccurredEvent((object) this, e); switch (e.Result.Action) { case ErrorAction.Ignore: LinkedList linkedList = new LinkedList(); linkedList.AddLast(task); while (linkedList.Count > 0) { AsyncCopy.DavCopyTask davCopyTask1 = linkedList.First.Value; linkedList.RemoveFirst(); davCopyTask1.State = AsyncCopy.TaskStateType.ErrorIgnore; AsyncCopy.DavCopyTask[] subTasks = davCopyTask1.SubTasks; int index = 0; while (index < subTasks.Length) { AsyncCopy.DavCopyTask davCopyTask2 = subTasks[index]; linkedList.AddLast(davCopyTask2); checked { ++index; } } } ProjectData.ClearProjectError(); return; case ErrorAction.Retry: namecount = 0; ProjectData.ClearProjectError(); continue; case ErrorAction.AutoRetry: namecount = 0; checked { retryminutes *= 2; } ProjectData.ClearProjectError(); continue; case ErrorAction.Cancel: this.pCancelled = true; ProjectData.ClearProjectError(); return; default: ProjectData.ClearProjectError(); return; } } } } private void Worker_Download_DownloadFile(AsyncCopy.DavCopyTask task) { int namecount = 0; int retryminutes = 1; while (true) { string path2 = task.CalcLocalPathForDownload(this.pDownloadFilenameNormalization, namecount); string path = Path.Combine(task.BaseLocalPath, path2); this.pCurrentState = AsyncCopy.DavCopyStateType.ConfirmFile; this.pCurrentCost = -1L; this.pCurrentProgress = 0L; this.pCurrentDesc = task.GetDownloadFileName(); try { long start = 0; SimpleResourceInfo localFileInfo = SimpleResourceInfo.CreateLocalFileInfo(path); ConflictType type; if (localFileInfo == null) { type = ConflictType.NoConfliction; } else { if (namecount > 0) { checked { ++namecount; } continue; } type = !localFileInfo.IsCollection ? ConflictType.FileToFile : ConflictType.FileToFolder; } ConflictAction conflictAction; if (type == ConflictType.NoConfliction) { conflictAction = ConflictAction.NoConfliction; } else { AsyncCopy.CopyConflictedEventArgs e = new AsyncCopy.CopyConflictedEventArgs(new SimpleResourceInfo(task.GetDownloadFileName(), task.Size, task.LastModifiedTime, false), localFileInfo, type, (this.pFS.Ability & FsAbility.PartialRead) != FsAbility.None, FsAbility.All, retryminutes); EventHandler conflictionOccurredEvent = this.ConflictionOccurredEvent; if (conflictionOccurredEvent != null) conflictionOccurredEvent((object) this, e); conflictAction = e.Result.Action; } switch (conflictAction) { case ConflictAction.NoConfliction: case ConflictAction.Overwrite: task.LocalPath = path; byte[] buffer = new byte[65536]; DateTime now = DateTime.Now; this.pCurrentCost = task.Size; this.pCurrentProgress = 0L; this.pCurrentState = AsyncCopy.DavCopyStateType.DownloadFile; CacheManager pCache = this.pCache; FsBase pFs = this.pFS; ResourceId remoteId = task.RemoteId; long length = -1; using (Stream stream1 = pCache.OpenRead(pFs, remoteId, ref start, ref length)) { using (Stream stream2 = (Stream) File.OpenWrite(task.LocalPath)) { if (start > 0L) { stream2.Seek(start, SeekOrigin.Begin); if (task.Size >= 0L) this.pCurrentCost = checked (task.Size - start); } while (true) { object pLock = this.pLock; ObjectFlowControl.CheckForSyncLockOnValueType(pLock); Monitor.Enter(pLock); try { if (this.pWorkerState == 2) { this.pCancelled = true; stream1.Close(); throw new Exception(); } } finally { Monitor.Exit(pLock); } int count = stream1.Read(buffer, 0, buffer.Length); if (count != 0) { stream2.Write(buffer, 0, count); this.pCurrentProgress = checked (this.pCurrentProgress + (long) count); this.pCurrentSeconds = DateTime.Now.Subtract(now).TotalSeconds; } else break; } } } this.SetTimes(task.LocalPath, task.LastModifiedTime, task.CreationDate, task.LastAccessTime); if (this.pCurrentCost >= 0L) { if (this.pCurrentProgress < this.pCurrentCost) throw new ApplicationException("Cannot receive whole contents. Resource may be changed."); if (this.pCurrentProgress > this.pCurrentCost) throw new ApplicationException("Received stream is too long. Resource may be changed."); } task.State = AsyncCopy.TaskStateType.Complete; goto label_62; case ConflictAction.OverwriteNewer: if (DateTime.Compare(File.GetLastWriteTime(path), task.Info.LastModifiedTime) >= 0) { task.State = AsyncCopy.TaskStateType.Skipped; goto label_62; } else goto case ConflictAction.NoConfliction; case ConflictAction.Resume: if (localFileInfo.Size < 0L || task.Size < 0L) throw new InvalidOperationException("Cannot Resume."); if (localFileInfo.Size >= task.Size) { task.State = AsyncCopy.TaskStateType.Skipped; goto label_62; } else { start = localFileInfo.Size; goto case ConflictAction.NoConfliction; } case ConflictAction.DeleteTarget: if (type == ConflictType.FileToFile) { File.Delete(path); goto case ConflictAction.NoConfliction; } else { Directory.Delete(path, true); goto case ConflictAction.NoConfliction; } case ConflictAction.Retry: continue; case ConflictAction.AutoRetry: checked { retryminutes *= 2; } continue; case ConflictAction.ChangeName: checked { ++namecount; } continue; case ConflictAction.Skip: task.State = AsyncCopy.TaskStateType.Skipped; goto label_62; case ConflictAction.CancelAll: this.pCancelled = true; return; default: throw new InvalidOperationException(); } } catch (Exception ex1) { ProjectData.SetProjectError(ex1); Exception ex2 = ex1; this.pFS.ResetConnection(); if (this.pCancelled) { ProjectData.ClearProjectError(); return; } ExceptionOccurredEventArgs e = new ExceptionOccurredEventArgs("Error occurred during downloading file.", task.RemoteId.Uri, ErrorPromptType.IgnoreAllIgnoreRetryCancel, ex2, retryminutes); EventHandler exceptionOccurredEvent = this.ExceptionOccurredEvent; if (exceptionOccurredEvent != null) exceptionOccurredEvent((object) this, e); switch (e.Result.Action) { case ErrorAction.Ignore: task.State = AsyncCopy.TaskStateType.ErrorIgnore; ProjectData.ClearProjectError(); return; case ErrorAction.Retry: ProjectData.ClearProjectError(); continue; case ErrorAction.AutoRetry: checked { retryminutes *= 2; } ProjectData.ClearProjectError(); continue; case ErrorAction.Cancel: this.pCancelled = true; ProjectData.ClearProjectError(); return; default: ProjectData.ClearProjectError(); goto label_62; } } } label_62: task.TransferSeconds = this.pCurrentSeconds; this.pTotalTransferSeconds = this.pTotalTransferSeconds + this.pCurrentSeconds; this.pCurrentSeconds = 0.0; if (task.State == AsyncCopy.TaskStateType.Skipped) { this.pCurrentProgress = 0L; this.pCurrentCost = 0L; } else { if (this.pTotalProgress < 0L) return; this.pTotalProgress = checked (this.pTotalProgress + this.pCurrentProgress); this.pCurrentProgress = 0L; } } private void Worker_Download_SetFolderProperty(AsyncCopy.DavCopyTask task) { int retryminutes = 1; this.pCurrentState = AsyncCopy.DavCopyStateType.SetFolderAttribute; this.pCurrentCost = -1L; this.pCurrentProgress = 0L; this.pCurrentDesc = task.GetDownloadFileName(); while (true) { try { this.SetTimes(task.LocalPath, task.LastModifiedTime, task.CreationDate, task.LastAccessTime); task.State = AsyncCopy.TaskStateType.Complete; break; } catch (Exception ex1) { ProjectData.SetProjectError(ex1); Exception ex2 = ex1; ExceptionOccurredEventArgs e = new ExceptionOccurredEventArgs("Error occurred during updating folder property.", task.LocalPath, ErrorPromptType.IgnoreAllIgnoreRetryCancel, ex2, retryminutes); EventHandler exceptionOccurredEvent = this.ExceptionOccurredEvent; if (exceptionOccurredEvent != null) exceptionOccurredEvent((object) this, e); switch (e.Result.Action) { case ErrorAction.Ignore: task.State = AsyncCopy.TaskStateType.ErrorIgnore; ProjectData.ClearProjectError(); return; case ErrorAction.Retry: ProjectData.ClearProjectError(); continue; case ErrorAction.AutoRetry: checked { retryminutes *= 2; } ProjectData.ClearProjectError(); continue; case ErrorAction.Cancel: this.pCancelled = true; ProjectData.ClearProjectError(); return; default: ProjectData.ClearProjectError(); return; } } } } private void Worker_Upload_GetProperty(AsyncCopy.DavCopyTask task) { int retryminutes = 1; while (true) { this.pCurrentCost = -1L; this.pCurrentProgress = 0L; this.pCurrentState = AsyncCopy.DavCopyStateType.SearchDirectory; this.pCurrentDesc = task.LocalPath; try { if (task.VirtualFileInfo != null) { if ((task.VirtualFileInfo.Flags & FDFlags.FD_CREATETIME) != (FDFlags) 0) task.CreationDate = task.VirtualFileInfo.CreationTime; if ((task.VirtualFileInfo.Flags & FDFlags.FD_ACCESSTIME) != (FDFlags) 0) task.LastAccessTime = task.VirtualFileInfo.LastAccessTime; if ((task.VirtualFileInfo.Flags & FDFlags.FD_WRITESTIME) != (FDFlags) 0) task.LastModifiedTime = task.VirtualFileInfo.LastWriteTime; task.Size = (task.VirtualFileInfo.Flags & FDFlags.FD_FILESIZE) == (FDFlags) 0 ? -1L : checked ((long) task.VirtualFileInfo.FileSize); task.IsCollection = task.VirtualFileInfo.IStreamCreator == null; task.State = AsyncCopy.TaskStateType.PropertyAcquired; break; } if (File.Exists(task.LocalPath)) { System.IO.FileInfo fileInfo = new System.IO.FileInfo(task.LocalPath); task.Size = fileInfo.Length; task.LastModifiedTime = fileInfo.LastWriteTime; task.IsCollection = false; task.CreationDate = fileInfo.CreationTime; task.LastAccessTime = fileInfo.LastAccessTime; task.State = AsyncCopy.TaskStateType.PropertyAcquired; break; } if (Directory.Exists(task.LocalPath)) { DirectoryInfo directoryInfo = new DirectoryInfo(task.LocalPath); task.Size = 0L; task.LastModifiedTime = directoryInfo.LastWriteTime; task.IsCollection = true; task.CreationDate = directoryInfo.CreationTime; task.LastAccessTime = directoryInfo.LastAccessTime; task.State = AsyncCopy.TaskStateType.PropertyAcquired; FileSystemInfo[] fileSystemInfos = directoryInfo.GetFileSystemInfos(); int index = 0; while (index < fileSystemInfos.Length) { FileSystemInfo fileSystemInfo = fileSystemInfos[index]; object pLock = this.pLock; ObjectFlowControl.CheckForSyncLockOnValueType(pLock); Monitor.Enter(pLock); try { this.pTaskList.AddLast(new AsyncCopy.DavCopyTask(task, fileSystemInfo.FullName)); } finally { Monitor.Exit(pLock); } checked { ++index; } } break; } task.State = AsyncCopy.TaskStateType.Skipped; break; } catch (Exception ex1) { ProjectData.SetProjectError(ex1); Exception ex2 = ex1; ExceptionOccurredEventArgs e = new ExceptionOccurredEventArgs("Error occurred during reading file property.", task.LocalPath, ErrorPromptType.IgnoreAllIgnoreRetryCancel, ex2, retryminutes); EventHandler exceptionOccurredEvent = this.ExceptionOccurredEvent; if (exceptionOccurredEvent != null) exceptionOccurredEvent((object) this, e); switch (e.Result.Action) { case ErrorAction.Ignore: task.State = AsyncCopy.TaskStateType.ErrorIgnore; ProjectData.ClearProjectError(); return; case ErrorAction.Retry: ProjectData.ClearProjectError(); continue; case ErrorAction.AutoRetry: checked { retryminutes *= 2; } ProjectData.ClearProjectError(); continue; case ErrorAction.Cancel: this.pCancelled = true; ProjectData.ClearProjectError(); return; default: ProjectData.ClearProjectError(); return; } } } } private void Worker_Upload_ConfirmFolder(AsyncCopy.DavCopyTask task) { int namecount = 0; int retryminutes = 1; while (true) { string name = task.CalcRemoteUriForUpload(this.pUploadFilenameNormalization, namecount); this.pCurrentCost = -1L; this.pCurrentProgress = 0L; this.pCurrentState = AsyncCopy.DavCopyStateType.MakingCollection; this.pCurrentDesc = task.GetUploadFileName(name); try { ResourceInfo ri; try { ri = this.pCache.GetInfo(this.pFS, task.BaseRemoteId, name, false); } catch (RemoteResourceNotFoundException ex) { ProjectData.SetProjectError((Exception) ex); ri = (ResourceInfo) null; ProjectData.ClearProjectError(); } ConflictType type; ResourceId resourceId; if (ri == null) { type = ConflictType.NoConfliction; resourceId = (ResourceId) null; } else { if (namecount > 0) { checked { ++namecount; } continue; } if (ri.IsCollection) { type = ConflictType.FolderToFolder; resourceId = ri.Id; } else { type = ConflictType.FolderToFile; resourceId = ri.Id; } } ConflictAction conflictAction; if (type == ConflictType.NoConfliction) { conflictAction = ConflictAction.NoConfliction; } else { AsyncCopy.CopyConflictedEventArgs e = new AsyncCopy.CopyConflictedEventArgs(new SimpleResourceInfo(task.LocalPath, task.Size, task.LastModifiedTime, true), new SimpleResourceInfo(ri), type, (this.pFS.Ability & FsAbility.PartialWrite) != FsAbility.None, this.pFS.Ability, retryminutes); EventHandler conflictionOccurredEvent = this.ConflictionOccurredEvent; if (conflictionOccurredEvent != null) conflictionOccurredEvent((object) this, e); conflictAction = e.Result.Action; } switch (conflictAction) { case ConflictAction.NoConfliction: ReturnedInfo collection1 = this.pCache.CreateCollection(this.pFS, task.BaseRemoteId, name); ResourceInfo resourceInfo1 = collection1 as ResourceInfo; resourceId = resourceInfo1 == null ? (ResourceId) collection1 : resourceInfo1.Id; goto case ConflictAction.Integrate; case ConflictAction.Integrate: task.RemoteId = resourceId; task.State = AsyncCopy.TaskStateType.FolderConfirmed; return; case ConflictAction.DeleteTarget: this.pCache.Delete(this.pFS, ri.Id); ReturnedInfo collection2 = this.pCache.CreateCollection(this.pFS, task.BaseRemoteId, name); ResourceInfo resourceInfo2 = collection2 as ResourceInfo; resourceId = resourceInfo2 == null ? (ResourceId) collection2 : resourceInfo2.Id; goto case ConflictAction.Integrate; case ConflictAction.Retry: continue; case ConflictAction.AutoRetry: checked { retryminutes *= 2; } continue; case ConflictAction.ChangeName: checked { ++namecount; } continue; case ConflictAction.Skip: LinkedList linkedList = new LinkedList(); linkedList.AddLast(task); while (linkedList.Count > 0) { AsyncCopy.DavCopyTask davCopyTask1 = linkedList.First.Value; linkedList.RemoveFirst(); davCopyTask1.State = AsyncCopy.TaskStateType.Skipped; AsyncCopy.DavCopyTask[] subTasks = davCopyTask1.SubTasks; int index = 0; while (index < subTasks.Length) { AsyncCopy.DavCopyTask davCopyTask2 = subTasks[index]; linkedList.AddLast(davCopyTask2); checked { ++index; } } } return; case ConflictAction.CancelAll: this.pCancelled = true; return; default: throw new InvalidOperationException(); } } catch (Exception ex1) { ProjectData.SetProjectError(ex1); Exception ex2 = ex1; this.pFS.ResetConnection(); ExceptionOccurredEventArgs e = new ExceptionOccurredEventArgs("Error occurred during confirming collection.", task.GetUploadFileName(name), ErrorPromptType.IgnoreAllIgnoreRetryCancel, ex2, retryminutes); EventHandler exceptionOccurredEvent = this.ExceptionOccurredEvent; if (exceptionOccurredEvent != null) exceptionOccurredEvent((object) this, e); switch (e.Result.Action) { case ErrorAction.Ignore: LinkedList linkedList = new LinkedList(); linkedList.AddLast(task); while (linkedList.Count > 0) { AsyncCopy.DavCopyTask davCopyTask1 = linkedList.First.Value; linkedList.RemoveFirst(); davCopyTask1.State = AsyncCopy.TaskStateType.ErrorIgnore; AsyncCopy.DavCopyTask[] subTasks = davCopyTask1.SubTasks; int index = 0; while (index < subTasks.Length) { AsyncCopy.DavCopyTask davCopyTask2 = subTasks[index]; linkedList.AddLast(davCopyTask2); checked { ++index; } } } ProjectData.ClearProjectError(); return; case ErrorAction.Retry: namecount = 0; ProjectData.ClearProjectError(); continue; case ErrorAction.AutoRetry: namecount = 0; checked { retryminutes *= 2; } ProjectData.ClearProjectError(); continue; case ErrorAction.Cancel: this.pCancelled = true; ProjectData.ClearProjectError(); return; default: ProjectData.ClearProjectError(); return; } } } } private void Worker_Upload_UploadFile(AsyncCopy.DavCopyTask task) { int namecount = 0; int retryminutes = 1; while (true) { string name = task.CalcRemoteUriForUpload(this.pUploadFilenameNormalization, namecount); this.pCurrentCost = -1L; this.pCurrentProgress = 0L; this.pCurrentState = AsyncCopy.DavCopyStateType.UploadFile; this.pCurrentDesc = task.GetUploadFileName(name); try { long start = 0; ResourceInfo ri; try { ri = this.pCache.GetInfo(this.pFS, task.BaseRemoteId, name, false); } catch (RemoteResourceNotFoundException ex) { ProjectData.SetProjectError((Exception) ex); ri = (ResourceInfo) null; ProjectData.ClearProjectError(); } ConflictType type; if (ri == null) { type = ConflictType.NoConfliction; } else { if (namecount > 0) { checked { ++namecount; } continue; } type = !ri.IsCollection ? ConflictType.FileToFile : ConflictType.FileToFolder; } ConflictAction conflictAction; if (type == ConflictType.NoConfliction) { conflictAction = ConflictAction.NoConfliction; } else { AsyncCopy.CopyConflictedEventArgs e = new AsyncCopy.CopyConflictedEventArgs(new SimpleResourceInfo(task.LocalPath, task.Size, task.LastModifiedTime, true), new SimpleResourceInfo(ri), type, (this.pFS.Ability & FsAbility.PartialWrite) != FsAbility.None, this.pFS.Ability, retryminutes); EventHandler conflictionOccurredEvent = this.ConflictionOccurredEvent; if (conflictionOccurredEvent != null) conflictionOccurredEvent((object) this, e); conflictAction = e.Result.Action; } switch (conflictAction) { case ConflictAction.NoConfliction: case ConflictAction.Overwrite: if (ri != null) task.RemoteId = ri.Id; byte[] buffer = new byte[131072]; DateTime now = DateTime.Now; long size = task.Size; while (true) { try { this.pCurrentCost = size; this.pCurrentProgress = 0L; this.pCurrentState = AsyncCopy.DavCopyStateType.UploadFile; using (Stream stream1 = task.VirtualFileInfo == null ? (Stream) File.OpenRead(task.LocalPath) : task.VirtualFileInfo.ManageStream) { Stream st; if (start == 0L) { st = (object) task.RemoteId == null ? this.pCache.OpenWrite(this.pFS, task.BaseRemoteId, name, size) : this.pCache.OpenWriteOver(this.pFS, task.RemoteId, size); } else { if (size >= 0L) checked { size -= start; } st = this.pCache.OpenWriteResume(this.pFS, task.RemoteId, ref start, ref size); stream1.Seek(start, SeekOrigin.Begin); this.pCurrentCost = size; } using (Stream stream2 = st) { while (true) { object pLock = this.pLock; ObjectFlowControl.CheckForSyncLockOnValueType(pLock); Monitor.Enter(pLock); try { if (this.pWorkerState == 2) { this.pCancelled = true; stream2.Close(); } } finally { Monitor.Exit(pLock); } int count = stream1.Read(buffer, 0, buffer.Length); if (count != 0) { stream2.Write(buffer, 0, count); this.pCurrentProgress = checked (this.pCurrentProgress + (long) count); this.pCurrentSeconds = DateTime.Now.Subtract(now).TotalSeconds; } else break; } } ReturnedInfo returnedInfo = this.pCache.CloseWrite(this.pFS, st); ResourceInfo resourceInfo = returnedInfo as ResourceInfo; task.RemoteId = resourceInfo == null ? returnedInfo as ResourceId : resourceInfo.Id; break; } } catch (UnauthorizedException ex) { ProjectData.SetProjectError((Exception) ex); this.pFS.ResetConnection(); WebdavFs pFs = this.pFS as WebdavFs; if (pFs == null) throw; else if (pFs.SendEmptyPUT) { throw; } else { pFs.SendEmptyPUT = true; ProjectData.ClearProjectError(); } } } if ((this.pFS.Ability & FsAbility.Times) != FsAbility.None) { DateTime lastmodifiedtime = DateTime.MinValue; DateTime creationtime = DateTime.MinValue; DateTime lastaccesstime = DateTime.MinValue; if ((this.pFS.Ability & FsAbility.LastModifiedTime) != FsAbility.None) lastmodifiedtime = task.LastModifiedTime; if ((this.pFS.Ability & FsAbility.CreationTime) != FsAbility.None) creationtime = task.CreationDate; if ((this.pFS.Ability & FsAbility.LastAccessTime) != FsAbility.None) lastaccesstime = task.LastAccessTime; this.pCache.SetTimes(this.pFS, task.RemoteId, lastmodifiedtime, creationtime, lastaccesstime); } if (this.pCurrentCost >= 0L) { if (this.pCurrentProgress < this.pCurrentCost) throw new ApplicationException("Cannot send whole contents. Resource may be changed."); if (this.pCurrentProgress > this.pCurrentCost) throw new ApplicationException("Send stream is too long. Resource may be changed."); } task.FinishTask(); goto label_83; case ConflictAction.OverwriteNewer: if (DateTime.Compare(ri.LastModifiedTime.AddSeconds(1.0), File.GetLastWriteTime(task.LocalPath)) >= 0) { task.State = AsyncCopy.TaskStateType.Skipped; goto label_83; } else goto case ConflictAction.NoConfliction; case ConflictAction.Resume: if (ri.Size < 0L || task.Size < 0L) throw new InvalidOperationException("Cannot Resume."); if (ri.Size >= task.Size) { task.State = AsyncCopy.TaskStateType.Skipped; goto label_83; } else { start = ri.Size; if (start < 0L) { start = 0L; goto case ConflictAction.NoConfliction; } else goto case ConflictAction.NoConfliction; } case ConflictAction.DeleteTarget: this.pCache.Delete(this.pFS, ri.Id); ri = (ResourceInfo) null; goto case ConflictAction.NoConfliction; case ConflictAction.Retry: continue; case ConflictAction.AutoRetry: checked { retryminutes *= 2; } continue; case ConflictAction.ChangeName: checked { ++namecount; } continue; case ConflictAction.Skip: task.State = AsyncCopy.TaskStateType.Skipped; goto label_83; case ConflictAction.CancelAll: this.pCancelled = true; return; default: throw new InvalidOperationException(); } } catch (Exception ex1) { ProjectData.SetProjectError(ex1); Exception ex2 = ex1; this.pFS.ResetConnection(); if (this.pCancelled) { ProjectData.ClearProjectError(); return; } ExceptionOccurredEventArgs e = new ExceptionOccurredEventArgs("Error occurred during uploading resource.", task.GetUploadFileName(name), ErrorPromptType.IgnoreAllIgnoreRetryCancel, ex2, retryminutes); EventHandler exceptionOccurredEvent = this.ExceptionOccurredEvent; if (exceptionOccurredEvent != null) exceptionOccurredEvent((object) this, e); switch (e.Result.Action) { case ErrorAction.Ignore: task.State = AsyncCopy.TaskStateType.ErrorIgnore; ProjectData.ClearProjectError(); return; case ErrorAction.Retry: namecount = 0; ProjectData.ClearProjectError(); continue; case ErrorAction.AutoRetry: namecount = 0; checked { retryminutes *= 2; } ProjectData.ClearProjectError(); continue; case ErrorAction.Cancel: this.pCancelled = true; ProjectData.ClearProjectError(); return; default: ProjectData.ClearProjectError(); goto label_83; } } } label_83: task.TransferSeconds = this.pCurrentSeconds; this.pTotalTransferSeconds = this.pTotalTransferSeconds + this.pCurrentSeconds; this.pCurrentSeconds = 0.0; if (task.State == AsyncCopy.TaskStateType.Skipped) { this.pCurrentProgress = 0L; this.pCurrentCost = 0L; } else { if (this.pTotalProgress < 0L) return; this.pTotalProgress = checked (this.pTotalProgress + this.pCurrentProgress); this.pCurrentProgress = 0L; } } private void Worker_Upload_SetFolderProperty(AsyncCopy.DavCopyTask task) { int retryminutes = 1; this.pCurrentCost = -1L; this.pCurrentProgress = 0L; this.pCurrentState = AsyncCopy.DavCopyStateType.UploadProperty; this.pCurrentDesc = task.GetUploadFileName((string) null); while (true) { try { if ((this.pFS.Ability & FsAbility.Times) != FsAbility.None) { DateTime lastmodifiedtime = DateTime.MinValue; DateTime creationtime = DateTime.MinValue; DateTime lastaccesstime = DateTime.MinValue; if ((this.pFS.Ability & FsAbility.LastModifiedTime) != FsAbility.None) lastmodifiedtime = task.LastModifiedTime; if ((this.pFS.Ability & FsAbility.CreationTime) != FsAbility.None) creationtime = task.CreationDate; if ((this.pFS.Ability & FsAbility.LastAccessTime) != FsAbility.None) lastaccesstime = task.LastAccessTime; this.pCache.SetTimes(this.pFS, task.RemoteId, lastmodifiedtime, creationtime, lastaccesstime); } task.FinishTask(); break; } catch (Exception ex1) { ProjectData.SetProjectError(ex1); Exception ex2 = ex1; this.pFS.ResetConnection(); ExceptionOccurredEventArgs e = new ExceptionOccurredEventArgs("Error occurred during updating collection property.", task.GetUploadFileName((string) null), ErrorPromptType.IgnoreAllIgnoreRetryCancel, ex2, retryminutes); EventHandler exceptionOccurredEvent = this.ExceptionOccurredEvent; if (exceptionOccurredEvent != null) exceptionOccurredEvent((object) this, e); switch (e.Result.Action) { case ErrorAction.Ignore: task.State = AsyncCopy.TaskStateType.ErrorIgnore; ProjectData.ClearProjectError(); return; case ErrorAction.Retry: ProjectData.ClearProjectError(); continue; case ErrorAction.AutoRetry: checked { retryminutes *= 2; } ProjectData.ClearProjectError(); continue; case ErrorAction.Cancel: this.pCancelled = true; ProjectData.ClearProjectError(); return; default: ProjectData.ClearProjectError(); return; } } } } private void ServerResourceChangedCallback(object state) { this.OnServerResourceChanged((ResourceChangedEventArgs) state); } private void DavCopyCompletedCallback(object state) { this.OnDavCopyCompleted((AsyncCompletedEventArgs) state); } private void AsyncCopy_Disposed(object sender, EventArgs e) { if (this.pFS == null) return; this.pFS.ResetConnection(); } private void SetTimes(string path, DateTime lastmodifiedtime, DateTime creationtime, DateTime lastaccesstime) { FileSystem.SetFileTime(path, creationtime, lastaccesstime, lastmodifiedtime); } private delegate void DavCopyWorkerDelegate(AsyncOperation asyncop); public class DavCopyCompletedEventArgs : AsyncCompletedEventArgs { private long pTotalBytes; private TimeSpan pTotalTime; private long pTransferBytes; public DavCopyCompletedEventArgs(Exception error, bool cancelled, long total, long transfer, TimeSpan totaltime) : base(error, cancelled, (object) null) { this.pTotalBytes = total; this.pTransferBytes = transfer; this.pTotalTime = this.pTotalTime; } public long TotalBytes { get { return this.pTotalBytes; } } public long TransferBytes { get { return this.pTransferBytes; } } public TimeSpan TotalTime { get { return this.pTotalTime; } } } public class CopyConflictedEventArgs : EventArgs { private SimpleResourceInfo pSource; private SimpleResourceInfo pDestination; private ConflictType pType; private ConflictPromptFormResult pResult; private bool pEnableResume; private FsAbility pDestinationAbility; private int pRetryMinutes; public CopyConflictedEventArgs(SimpleResourceInfo source, SimpleResourceInfo destination, ConflictType type, bool enableresume, FsAbility destability, int retryminutes) { this.pSource = source; this.pDestination = destination; this.pType = type; this.pResult = new ConflictPromptFormResult(); this.pResult.ToAll = false; this.pResult.Action = ConflictAction.Skip; this.pEnableResume = enableresume; this.pDestinationAbility = destability; this.pRetryMinutes = retryminutes; } public SimpleResourceInfo Source { get { return this.pSource; } } public SimpleResourceInfo Destination { get { return this.pDestination; } } public ConflictType Type { get { return this.pType; } } public bool EnableResume { get { return this.pEnableResume; } } public FsAbility DestinationAbility { get { return this.pDestinationAbility; } } public ConflictPromptFormResult Result { get { return this.pResult; } set { this.pResult = value; } } public int RetryMinutes { get { return this.pRetryMinutes; } } } public enum DavCopyStateType { DownloadProperty, ConfirmFolder, SetFolderAttribute, ConfirmFile, DownloadFile, SearchDirectory, MakingCollection, UploadFile, UploadProperty, Finished, } public class StateContainer { public AsyncCopy.DavCopyStateType CurrentState; public long TotalCost; public long TotalProgress; public double TotalSeconds; public long CurrentCost; public long CurrentProgress; public double CurrentSeconds; public string CurrentDesc; public long TotalFiles; public long TotalFolders; public long CurrentFiles; public long CurrentFolders; } private enum TaskType { Download, Upload, } private enum TaskStateType { Initialized, PropertyAcquired, FolderConfirmed, Complete, Skipped, ErrorIgnore, } private class DavCopyTask { private AsyncCopy.DavCopyTask pParentTask; private List pSubTasks; private AsyncCopy.TaskType pTaskType; private Dictionary pUriDic; private string pLocalPath; private VirtualFileInfo pvirtualfileinfo; private ResourceId pRemoteId; private string pBaseLocalPath; private ResourceId pBaseRemoteId; public AsyncCopy.TaskStateType State; public double TransferSeconds; public long Size; public DateTime LastModifiedTime; public bool IsCollection; public DateTime CreationDate; public DateTime LastAccessTime; public ResourceInfo Info; internal IDataObject DataObject; internal DragDropEffects FinishEffect; public AsyncCopy.TaskType TaskType { get { return this.pTaskType; } } public AsyncCopy.DavCopyTask ParentTask { get { return this.pParentTask; } } public AsyncCopy.DavCopyTask[] SubTasks { get { return this.pSubTasks.ToArray(); } } public bool IsRootTask { get { return this.pParentTask == null; } } public Dictionary UriDic { get { return this.pUriDic; } } public string LocalPath { get { return this.pLocalPath; } set { this.pLocalPath = value; } } public ResourceId RemoteId { get { return this.pRemoteId; } set { this.pRemoteId = value; } } public string BaseLocalPath { get { if (this.IsRootTask) return this.pBaseLocalPath; return this.pParentTask.pLocalPath; } } public ResourceId BaseRemoteId { get { if (this.IsRootTask) return this.pBaseRemoteId; return this.pParentTask.pRemoteId; } } public VirtualFileInfo VirtualFileInfo { get { return this.pvirtualfileinfo; } } internal DavCopyTask(AsyncCopy.TaskType type, ResourceId remoteid, string localpath_1) { this.pSubTasks = new List(); this.pParentTask = (AsyncCopy.DavCopyTask) null; this.pTaskType = type; this.pUriDic = new Dictionary(); this.State = AsyncCopy.TaskStateType.Initialized; if (this.pTaskType == AsyncCopy.TaskType.Download) { this.pBaseLocalPath = localpath_1; this.pRemoteId = remoteid; this.pLocalPath = (string) null; } else { if (this.pTaskType != AsyncCopy.TaskType.Upload) throw new Exception(); this.pBaseRemoteId = remoteid; this.pLocalPath = localpath_1; this.pRemoteId = (ResourceId) null; this.pvirtualfileinfo = (VirtualFileInfo) null; } } internal DavCopyTask(AsyncCopy.TaskType type, ResourceId remoteid, VirtualFileInfo vfinfo) { this.pSubTasks = new List(); this.pParentTask = (AsyncCopy.DavCopyTask) null; this.pTaskType = type; this.pUriDic = new Dictionary(); this.State = AsyncCopy.TaskStateType.Initialized; this.pBaseRemoteId = remoteid; this.pLocalPath = vfinfo.FileName; this.pvirtualfileinfo = vfinfo; this.pRemoteId = (ResourceId) null; } internal DavCopyTask(AsyncCopy.DavCopyTask parenttask, ResourceId id) { this.pSubTasks = new List(); this.pParentTask = parenttask; this.pParentTask.pSubTasks.Add(this); this.pTaskType = this.pParentTask.TaskType; this.pUriDic = this.pParentTask.UriDic; this.State = AsyncCopy.TaskStateType.Initialized; this.pLocalPath = (string) null; this.pRemoteId = id; } public string CalcLocalPathForDownload(UCSNormalization normalization, int namecount) { string path = UriUtil.GetLastName(this.pRemoteId.Uri); if (namecount > 0) path = Path.GetFileNameWithoutExtension(path) + " (" + namecount.ToString() + ")." + Path.GetExtension(path); if (normalization != UCSNormalization.None) path = path.Normalize((NormalizationForm) normalization); return path; } internal DavCopyTask(AsyncCopy.DavCopyTask parenttask, string filepath) { this.pSubTasks = new List(); this.pParentTask = parenttask; this.pParentTask.pSubTasks.Add(this); this.pTaskType = this.pParentTask.TaskType; this.pUriDic = this.pParentTask.UriDic; this.State = AsyncCopy.TaskStateType.Initialized; this.pLocalPath = filepath; this.pRemoteId = (ResourceId) null; } internal DavCopyTask(AsyncCopy.DavCopyTask parenttask, string filepath, VirtualFileInfo vfinfo) { this.pSubTasks = new List(); this.pParentTask = parenttask; this.pParentTask.pSubTasks.Add(this); this.pTaskType = this.pParentTask.TaskType; this.pUriDic = this.pParentTask.UriDic; this.State = AsyncCopy.TaskStateType.Initialized; this.pLocalPath = filepath; this.pvirtualfileinfo = vfinfo; this.pRemoteId = (ResourceId) null; } public string CalcRemoteUriForUpload(UCSNormalization normalization, int namecount) { string path = Path.GetFileName(this.pLocalPath); if (namecount > 0) path = Path.GetFileNameWithoutExtension(path) + " (" + namecount.ToString() + ")." + Path.GetExtension(path); if (normalization != UCSNormalization.None) path = path.Normalize((NormalizationForm) normalization); return path; } public string GetDownloadFileName() { return this.RemoteId.Uri.ToString(); } public string GetUploadFileName(string name = null) { if (string.IsNullOrEmpty(name)) return this.BaseRemoteId.Uri.ToString(); return UriUtil.CombineName(this.BaseRemoteId.Uri, name).ToString(); } public void FinishTask() { this.State = AsyncCopy.TaskStateType.Complete; if (this.DataObject != null) { DataObjectHelper.SetPerformedDragEffect(this.DataObject, this.FinishEffect); DataObjectHelper.SetLogicalPerformedDragEffect(this.DataObject, this.FinishEffect); if (this.FinishEffect == DragDropEffects.Move) DataObjectHelper.SetPasteSucceeded(this.DataObject, this.FinishEffect); DataObjectHelper.EndAsyncOperation(this.DataObject, this.FinishEffect); this.DataObject = (IDataObject) null; } if (this.pvirtualfileinfo == null) return; if (this.pvirtualfileinfo.IStreamCreator != null) { this.pvirtualfileinfo.IStreamCreator.Dispose(); this.pvirtualfileinfo.IStreamCreator = (IStreamCreator) null; } if (this.pvirtualfileinfo.ManageStream != null) { this.pvirtualfileinfo.ManageStream.Dispose(); this.pvirtualfileinfo.ManageStream = (Stream) null; } this.pvirtualfileinfo = (VirtualFileInfo) null; } } } }