public FileCabinetFacts() {
this.config = new TestProviderConfiguration();
this.mockStorageProvider = new Mock<IStorageProvider<TestProviderConfiguration>>();
this.mockStorageProvider.SetupGet(p => p.ProviderType).Returns(TestProviderType);
this.fileCabinet = new FileCabinet<TestProviderConfiguration>(mockStorageProvider.Object, config);
}
public FileCabinetFacts()
{
this.config = new TestProviderConfiguration();
this.mockStorageProvider = new Mock <IStorageProvider <TestProviderConfiguration> >();
this.mockStorageProvider.SetupGet(p => p.ProviderType).Returns(TestProviderType);
this.fileCabinet = new FileCabinet <TestProviderConfiguration>(mockStorageProvider.Object, config);
}
/// <param name="documentIds"> Ids of documents to be clipped. </param>
/// <param name="target"> File cabinet or document tray (basket) documents are stored in. </param>
/// <returns> Single document after clipping. </returns>
public Document ClipDocuments(List <int> documentIds, FileCabinet target)
{
return(target.PutToContentMergeOperationRelationForDocument
(
new ContentMergeOperationInfo()
{
Documents = documentIds,
Operation = ContentMergeOperation.Clip,
Force = true
}
));
}
public GangInfo(CriminalGang gang)
{
InitializeComponent();
Gang = gang;
FileCabinet = FileCabinet.GetInstance();
nameBox.Text = Gang.Name;
foundationtimebox.Value = Gang.FoundationDate;
countryBox.SelectedItem = Gang.Country;
gangImageBox.Image = Gang.Image;
featuresBox.Text = Gang.Features;
IdLabelValue.Text = Gang.Id.ToString();
leaderlinkedLabel.Text = Gang.LeaderName == " " ? "None": Gang.LeaderName;
if (User.Role == UserRole.User)
{
foreach (Control c in Controls)
{
if (c is TextBox t)
{
t.ReadOnly = true;
}
if (c is GroupBox g)
{
foreach (Control gc in g.Controls)
{
if (gc is RichTextBox rt)
{
rt.ReadOnly = true;
}
}
}
ComboBox cb = c as ComboBox;
if (cb != null)
{
cb.Enabled = false;
}
DateTimePicker dt = c as DateTimePicker;
if (dt != null)
{
dt.Enabled = false;
}
imageChoseButton.Hide();
addButton.Hide();
leaderChoseButton.Hide();
saveButton.Hide();
deleteButton.Hide();
}
}
}
public void Load()
{
using (Stream stream = File.OpenRead(filePath))
{
var serializer = new BinaryFormatter();
FileCabinet st = (FileCabinet)serializer.Deserialize(stream);
Copy(st.Criminals, fileCabinet.Criminals);
Copy(st.CriminalGangs, fileCabinet.CriminalGangs);
}
void Copy <T>(List <T> from, List <T> to)
{
to.Clear();
to.AddRange(from);
}
}
/// <summary> Changes index values for several documents stored in a file cabinet. </summary>
/// <remarks>
/// Runs the query and change index values for each document found.
///
/// The instance of the document that you have used when calling this method doesn't contain valid data anymore.
/// Use the document that is returned as part of BatchUpdateResultItem in order to get valid data.
/// Additionally you can check property ErrorMessage of BatchUpdateResultItem in order to make sure that the operation was successful.
/// This property will contain error message if you try to provided an invalid index value.
///
/// If some of the index values provided could not be set for some reason all documents will remain unchanged.
/// </remarks>
/// <param name="fileCabinet"> File cabinet to search documents in. </param>
/// <param name="query"> Query specifying documents who's index values should be changed. </param>
/// <param name="indexValues"> Index values to change. </param>
/// <returns> List of BatchUpdateResultItem each of them containing changed document and an error message if index value(s) could not be changed. </returns>
public List <BatchUpdateResultItem> ChangeIndexValuesInBatch(FileCabinet fileCabinet, DialogExpression query, List <DocumentIndexField> indexValues)
{
var searchDialog = getDefaultSearchDialog(fileCabinet);
var storeDialog = getDefaultStoreDialog(fileCabinet);
var queryResult = runQueryForDocuments(searchDialog, query);
var batchUpdateData = new BatchUpdateProcessData()
{
BreakOnError = false,
StoreDialogId = storeDialog.Id,
Field = indexValues
};
return(queryResult.PostToBatchUpdateRelationForBatchUpdateIndexFieldsResult(batchUpdateData).Item);
}
//Constructor
public ListMenuPresenter(ListMenu lView)
{
listView = lView;
fileCabinet = FileCabinet.GetInstance();
listView.AddCriminalEvent += ListView_AddCriminalEvent;
listView.LoadEvent += ListView_LoadEvent;
listView.SaveEvent += ListView_SaveEvent;
listView.MoveToArchiveEvent += ListView_MoveToArchiveEvent;
listView.MoveToListevent += ListView_MoveToListevent;
listView.AutorizationEvent += ListView_AutorizationEvent;
listView.OnUserCahngeEvent += OnUserChange;
listView.AddGangEvent += ListView_AddGangEvent;
listView.DeleteEvent += ListView_DeleteEvent;
listView.ResetEvent += ListView_ResetEvent;
listView.SearchCriminalEvent += ListView_SearchCriminalEvent;
listView.SearchInArchiveEvent += ListView_SearchInArchiveEvent;
}
public override void Run(IWwtContext context)
{
string path = context.Server.MapPath(@"TourCache");
try
{
if (context.Request.Params["targeturl"] != null && context.Request.Params["filename"] != null)
{
var url = context.Request.Params["targeturl"];
string targetfile = context.Request.Params["filename"];
string filename = Path.Combine(path, $"{_hasher.HashName(url)}.wtt");
if (!File.Exists(filename))
{
if (url.ToLower().StartsWith("http"))
{
using (WebClient wc = new WebClient())
{
byte[] data = wc.DownloadData(url);
//context.Response.ContentType = wc.ResponseHeaders["Content-type"].ToString();
int length = data.Length;
File.WriteAllBytes(filename, data);
//context.Response.OutputStream.Write(data, 0, length);
}
}
}
FileCabinet.Extract(filename, targetfile, context.Response);
}
}
catch (Exception e)
{
context.Response.Write(e.Message);
}
}
private Dialog getDefaultStoreDialog(FileCabinet fileCabinet)
{
return(fileCabinet.GetDialogInfosFromStoresRelation().Dialog.Where(dlg => dlg.IsDefault == !fileCabinet.IsBasket).FirstOrDefault().GetDialogFromSelfRelation());
}
/// <param name="document"> Document to be split. </param>
/// <param name="pages"> Defines at which page document should be split. This page will belongs to the first part of document. </param>
/// <param name="documentNames"> Defines the title of the second part of the split document. The first part will keep the title of the original document. </param>
/// <param name="destination"> File cabinet or document tray (basket) the document is currently stored into. </param>
/// <remarks>
/// Platform API is prepared for splitting document in more than two parts at once, that's why you have to proved list of pages and list of names.
/// Unfortunately it has not been implemented, yet.
/// So currently, you only can split a document in two parts, means both list must not contain more than one element.
/// </remarks>
/// <returns>
/// DocumentQueryResult that allows you access to document created when splitting.
/// </returns>
public DocumentsQueryResult SplitDocument(Document document, List <int> pages, List <string> documentNames, FileCabinet destination)
{
if (document.ContentDivideOperationRelationLink == null)
{
document = document.GetDocumentFromSelfRelation();
}
return(document.PutToContentDivideOperationRelationForDocumentsQueryResult
(
new ContentDivideOperationInfo()
{
Force = true,
Operation = ContentDivideOperation.Split,
Pages = pages,
ResultNames = documentNames
}
));
}
/// <summary> Stores a document into file cabinet using index values provided. </summary>
/// <remarks>
/// The instance of the document that you have used when calling this method doesn't contain valid data anymore.
/// Use the document that is returned as part of DocumentQueryResult in order to get valid data.
/// </remarks>
/// <param name="document"> Id of the document to be stored. </param>
/// <param name="documentTray"> Document tray (basket) document is currently stored in. </param>
/// <param name="fileCabinet"> File cabinet to store document into. </param>
/// <param name="indexValues"> Index values to apply to the document when storing. </param>
/// <param name="keepDocumentInDocumentTray"> Specifies if document should remains in document tray after storing. </param>
/// <returns>
/// DocumentQueryResult that allows you access to the document you have just moved.
/// </returns>
public DocumentsQueryResult StoreDocumentFromBasketToFileCabinet(Document document, FileCabinet documentTray, FileCabinet fileCabinet, List<DocumentIndexField> indexValues, bool keepDocumentInDocumentTray = false)
{
var sourceDocument = new Document
{
Id = document.Id,
Fields = indexValues
};
var transferInfo = new DocumentsTransferInfo()
{
Documents = new List<Document>() { sourceDocument },
KeepSource = keepDocumentInDocumentTray,
SourceFileCabinetId = documentTray.Id
};
return fileCabinet.PostToTransferRelationForDocumentsQueryResult(transferInfo);
}
/// <param name="documentIds"> Ids of documents to be clipped. </param>
/// <param name="target"> File cabinet or document tray (basket) documents are stored in. </param>
/// <returns> Single document after clipping. </returns>
public Document ClipDocuments(List<int> documentIds, FileCabinet target)
{
return target.PutToContentMergeOperationRelationForDocument
(
new ContentMergeOperationInfo()
{
Documents = documentIds,
Operation = ContentMergeOperation.Clip,
Force = true
}
);
}
public Dao(FileCabinet store)
{
this.fileCabinet = store;
}
private Dialog getDefaultSearchDialog(FileCabinet fileCabinet)
{
return(fileCabinet.GetDialogInfosFromSearchesRelation().Dialog.FirstOrDefault(dlg => dlg.IsDefault == !fileCabinet.IsBasket)?.GetDialogFromSelfRelation());
}
//Constructors
public GangInfo()
{
InitializeComponent();
Gang = new CriminalGang();
FileCabinet = FileCabinet.GetInstance();
}
/// <remarks>
/// The instance of the document that you have used when calling this method doesn't contain valid data anymore.
/// Use the document that is returned as part of DocumentQueryResult in order to get valid data.
/// </remarks>
/// <param name="document"> Id of the document to be stored. </param>
/// <param name="documentTray"> Id of the document tray (basket) document is currently stored in. </param>
/// <param name="fileCabinet"> File cabinet to store document into. </param>
/// <returns>
/// DocumentQueryResult that allows you access to the document you have just moved.
/// </returns>
public DocumentsQueryResult StoreDocumentFromBasketToFileCabinetUsingIntellixHints(Document document, FileCabinet documentTray, FileCabinet fileCabinet)
{
var transferInfo = new FileCabinetTransferInfo()
{
KeepSource = false,
SourceDocId = new List<int> { document.Id },
SourceFileCabinetId = documentTray.Id,
FillIntellix = true
};
return fileCabinet.PostToTransferRelationForDocumentsQueryResult(transferInfo);
}
private string createTemplateXML(IExportDocument docRef, IExportTools exportTools, string tempfolder, string tempName)
{
string templateFolder = tempfolder;
string templateName = tempName.ToString() + ".xml";
string temp = templateFolder + "\\" + templateName;
NTAccount ntAccount = new NTAccount("Everyone");
SecurityIdentifier sid = (SecurityIdentifier)ntAccount.Translate(typeof(SecurityIdentifier));
byte[] sidArray = new byte[sid.BinaryLength];
sid.GetBinaryForm(sidArray, 0);
if (!File.Exists(temp))
{
fileCabinetForm = new DocuwareFileCabinet(docRef, exportTools, temp);
fileCabinetForm.ShowDialog();
}
if (File.Exists(temp))
{
// create the XmlReader object
XmlReaderSettings settings = new XmlReaderSettings();
XmlReader reader = XmlReader.Create(temp.ToString(), settings);
int depth = -1; // tree depth is -1, no indentation
while (reader.Read()) // display each node's content
{
switch (reader.NodeType)
{
case XmlNodeType.Element: // XML Element, display its name
depth++; // increase tab depth
TabOutput(depth); // insert tabs
if (reader.Name == "FileCabinetName")
{
depth++;
reader.Read();
xmlfilecabinetpath = reader.Value;
depth--;
reader.Read();
}
if (reader.Name == "FieldName")
{
depth++;
reader.Read();
xmlfieldname = reader.Value;
fieldnamelist.Add(reader.Value);
getFields(docRef.Children, docRef, xmlfieldname);
depth--;
reader.Read();
}
if (reader.Name == "FieldIndex")
{
depth++;
reader.Read();
xmlfieldindex = reader.Value;
fieldindexlist.Add(Convert.ToUInt32(reader.Value));
depth--;
reader.Read();
openWith.Add(Convert.ToInt32(xmlfieldindex), fieldValue);
}
// if empty element, decrease depth
if (reader.IsEmptyElement)
depth--;
break;
case XmlNodeType.Comment: // XML Comment, display it
TabOutput(depth); // insert tabs
break;
case XmlNodeType.Text: // XML Text, display it
TabOutput(depth); // insert tabs
break;
// XML XMLDeclaration, display it
case XmlNodeType.XmlDeclaration:
TabOutput(depth); // insert tabs
break;
case XmlNodeType.EndElement: // XML EndElement, display it
TabOutput(depth); // insert tabs
depth--; // decrement depth
break;
} // end switch
} // end while
//------------------- DocuWare -------------------
string fullimportimagepath = exportImages(docRef, exportTools, templateFolder);
UpdateLogFile("Full path of current working image: "+fullimportimagepath);
//select filecabinet
filecabinet = new FileCabinet(session, xmlfilecabinetpath);
UpdateLogFile(filecabinet.FileCabinetPath);
filecabinet.Open();
abasket = new ActiveBasket(session);
// open basket
basket = session.GetActiveBasket();
basket = new Basket(session, abasket.BasketPath);
UpdateLogFile("Active Basket Path: " + abasket.BasketPath);
basket = new ActiveBasket(session);
basket.Open();
basket.SetAsActive();
UpdateLogFile("Basket: "+basket.BasketPath);
//sending bantran.tif to current basket.
docum = basket.ImportFile(fullimportimagepath);
UpdateLogFile("FileName: "+docum.FileName);
if (File.Exists(fullimportimagepath))
{
File.Delete(fullimportimagepath);
}
int numberofdocuments = basket.GetNumberOfDocuments();
docum = new Document(basket, docum.FileName);
UpdateLogFile("Name: " + docum.Name);
UpdateLogFile("FileName: " + docum.FileName);
if (!File.Exists(docum.FileName))
{
UpdateLogFile(docum.FileName + " path does not exist after import into basket.");
}
try
{
filecabinet.Store(docum, false, true, openWith);
}
catch (Exception e)
{
UpdateLogFile(filecabinet.LastException.Message+ " | " + e.Message);
}
}
return templateName;
}
private Dialog getDefaultStoreDialog(FileCabinet fileCabinet)
{
return fileCabinet.GetDialogInfosFromStoresRelation().Dialog.Where(dlg => dlg.IsDefault == !fileCabinet.IsBasket).FirstOrDefault().GetDialogFromSelfRelation();
}
/// <param name="document"> Document to be split. </param>
/// <param name="pages"> Defines at which page document should be split. This page will belongs to the first part of document. </param>
/// <param name="documentNames"> Defines the title of the second part of the split document. The first part will keep the title of the original document. </param>
/// <param name="destination"> File cabinet or document tray (basket) the document is currently stored into. </param>
/// <remarks>
/// Platform API is prepared for splitting document in more than two parts at once, that's why you have to proved list of pages and list of names.
/// Unfortunately it has not been implemented, yet.
/// So currently, you only can split a document in two parts, means both list must not contain more than one element.
/// </remarks>
/// <returns>
/// DocumentQueryResult that allows you access to document created when splitting.
/// </returns>
public DocumentsQueryResult SplitDocument(Document document, List<int> pages, List<string> documentNames, FileCabinet destination)
{
if (document.ContentDivideOperationRelationLink == null)
document = document.GetDocumentFromSelfRelation();
return document.PutToContentDivideOperationRelationForDocumentsQueryResult
(
new ContentDivideOperationInfo()
{
Force = true,
Operation = ContentDivideOperation.Split,
Pages = pages,
ResultNames = documentNames
}
);
}
/// <summary> Moves the document from file cabinet to document tray. </summary>
/// <remarks>
/// This implementation preserves index values when moving the document.
///
/// The instance of the document that you have used when calling this method doesn't contain valid data anymore.
/// Use the document that is returned as part of DocumentQueryResult in order to get valid data.
/// </remarks>
/// <param name="document"> Document to be moved. </param>
/// <param name="fileCabinet"> File cabinet where document is currently located. </param>
/// <param name="documentTray"> Document tray document has to be moved into. </param>
/// <returns>
/// DocumentQueryResult that allows you access to the document you have just moved.
/// </returns>
public DocumentsQueryResult MoveDocumentFromFileCabinetToBasket(Document document, FileCabinet fileCabinet, FileCabinet documentTray)
{
var transferInfo = new FileCabinetTransferInfo()
{
KeepSource = false, // the document will be moved, NOT copied
SourceDocId = new List<int> { document.Id},
SourceFileCabinetId = fileCabinet.Id
};
return documentTray.PostToTransferRelationForDocumentsQueryResult(transferInfo);
}
/// <summary> Moves the document from file cabinet to document tray. </summary>
/// <remarks>
/// This implementation does not preserve index values when moving the document.
///
/// The instance of the document that you have used when calling this method doesn't contain valid data anymore.
/// Use the document that is returned as part of DocumentQueryResult in order to get valid data.
/// </remarks>
/// <param name="document"> Document to be moved. </param>
/// <param name="fileCabinet"> File cabinet where document is currently located. </param>
/// <param name="documentTray"> Document tray document has to be moved into. </param>
/// <returns>
/// DocumentQueryResult that allows you access to the document you have just moved.
/// </returns>
public DocumentsQueryResult MoveDocumentFromFileCabinetToBasketAndDropIndexValues(Document document, FileCabinet fileCabinet, FileCabinet documentTray)
{
var sourceDocument = new Document
{
Id = document.Id,
// Needed in order to preserve document name.
// (other index values will get lost)
Fields = new List<DocumentIndexField> { DocumentIndexField.Create("DWWBDOCNAME", document.Title) }
};
var transferInfo = new DocumentsTransferInfo()
{
Documents = new List<Document>() { sourceDocument },
KeepSource = false, // the document will be moved, NOT copied
SourceFileCabinetId = fileCabinet.Id
};
// All index values that were set in file cabinet will get lost here!
return documentTray.PostToTransferRelationForDocumentsQueryResult(transferInfo);
}
//Конструктор, який приймає на вхід екззкмпляр класу FileCabinet
public Dao(FileCabinet store)
{
fileCabinet = store;
}
/// <summary> Stores a document into file cabinet using index values provided. </summary>
/// <remarks>
/// The instance of the document that you have used when calling this method doesn't contain valid data anymore.
/// Use the document that is returned as part of DocumentQueryResult in order to get valid data.
/// </remarks>
/// <param name="document"> Id of the document to be stored. </param>
/// <param name="documentTray"> Document tray (basket) document is currently stored in. </param>
/// <param name="fileCabinet"> File cabinet to store document into. </param>
/// <param name="indexValues"> Index values to apply to the document when storing. </param>
/// <param name="keepDocumentInDocumentTray"> Specifies if document should remains in document tray after storing. </param>
/// <returns>
/// DocumentQueryResult that allows you access to the document you have just moved.
/// </returns>
public DocumentsQueryResult StoreDocumentFromBasketToFileCabinet(Document document, FileCabinet documentTray, FileCabinet fileCabinet, List <DocumentIndexField> indexValues, bool keepDocumentInDocumentTray = false)
{
var sourceDocument = new Document
{
Id = document.Id,
Fields = indexValues
};
var transferInfo = new DocumentsTransferInfo()
{
Documents = new List <Document>()
{
sourceDocument
},
KeepSource = keepDocumentInDocumentTray,
SourceFileCabinetId = documentTray.Id
};
return(fileCabinet.PostToTransferRelationForDocumentsQueryResult(transferInfo));
}
public GangList()
{
InitializeComponent();
fileCabinet = FileCabinet.GetInstance();
}
/// <remarks>
/// The instance of the document that you have used when calling this method doesn't contain valid data anymore.
/// Use the document that is returned as part of DocumentQueryResult in order to get valid data.
/// </remarks>
/// <param name="document"> Id of the document to be stored. </param>
/// <param name="documentTray"> Id of the document tray (basket) document is currently stored in. </param>
/// <param name="fileCabinet"> File cabinet to store document into. </param>
/// <returns>
/// DocumentQueryResult that allows you access to the document you have just moved.
/// </returns>
public DocumentsQueryResult StoreDocumentFromBasketToFileCabinetUsingIntellixHints(Document document, FileCabinet documentTray, FileCabinet fileCabinet)
{
var transferInfo = new FileCabinetTransferInfo()
{
KeepSource = false,
SourceDocId = new List <int> {
document.Id
},
SourceFileCabinetId = documentTray.Id,
FillIntellix = true
};
return(fileCabinet.PostToTransferRelationForDocumentsQueryResult(transferInfo));
}
/// <summary> Moves the document from file cabinet to document tray. </summary>
/// <remarks>
/// This implementation does not preserve index values when moving the document.
///
/// The instance of the document that you have used when calling this method doesn't contain valid data anymore.
/// Use the document that is returned as part of DocumentQueryResult in order to get valid data.
/// </remarks>
/// <param name="document"> Document to be moved. </param>
/// <param name="fileCabinet"> File cabinet where document is currently located. </param>
/// <param name="documentTray"> Document tray document has to be moved into. </param>
/// <returns>
/// DocumentQueryResult that allows you access to the document you have just moved.
/// </returns>
public DocumentsQueryResult MoveDocumentFromFileCabinetToBasketAndDropIndexValues(Document document, FileCabinet fileCabinet, FileCabinet documentTray)
{
var sourceDocument = new Document
{
Id = document.Id,
// Needed in order to preserve document name.
// (other index values will get lost)
Fields = new List <DocumentIndexField> {
DocumentIndexField.Create("DWWBDOCNAME", document.Title)
}
};
var transferInfo = new DocumentsTransferInfo()
{
Documents = new List <Document>()
{
sourceDocument
},
KeepSource = false, // the document will be moved, NOT copied
SourceFileCabinetId = fileCabinet.Id
};
// All index values that were set in file cabinet will get lost here!
return(documentTray.PostToTransferRelationForDocumentsQueryResult(transferInfo));
}
/// <summary> Changes index values for several documents stored in a file cabinet. </summary>
/// <remarks>
/// Runs the query and change index values for each document found.
///
/// The instance of the document that you have used when calling this method doesn't contain valid data anymore.
/// Use the document that is returned as part of BatchUpdateResultItem in order to get valid data.
/// Additionally you can check property ErrorMessage of BatchUpdateResultItem in order to make sure that the operation was successful.
/// This property will contain error message if you try to provided an invalid index value.
///
/// If some of the index values provided could not be set for some reason all documents will remain unchanged.
/// </remarks>
/// <param name="fileCabinet"> File cabinet to search documents in. </param>
/// <param name="query"> Query specifying documents who's index values should be changed. </param>
/// <param name="indexValues"> Index values to change. </param>
/// <returns> List of BatchUpdateResultItem each of them containing changed document and an error message if index value(s) could not be changed. </returns>
public List<BatchUpdateResultItem> ChangeIndexValuesInBatch(FileCabinet fileCabinet, DialogExpression query, List<DocumentIndexField> indexValues)
{
var searchDialog = getDefaultSearchDialog(fileCabinet);
var storeDialog = getDefaultStoreDialog(fileCabinet);
var queryResult = runQueryForDocuments(searchDialog, query);
var batchUpdateData = new BatchUpdateProcessData()
{
BreakOnError = false,
StoreDialogId = storeDialog.Id,
Field = indexValues
};
return queryResult.PostToBatchUpdateRelationForBatchUpdateIndexFieldsResult(batchUpdateData).Item;
}
/// <summary> Moves the document from file cabinet to document tray. </summary>
/// <remarks>
/// This implementation preserves index values when moving the document.
///
/// The instance of the document that you have used when calling this method doesn't contain valid data anymore.
/// Use the document that is returned as part of DocumentQueryResult in order to get valid data.
/// </remarks>
/// <param name="document"> Document to be moved. </param>
/// <param name="fileCabinet"> File cabinet where document is currently located. </param>
/// <param name="documentTray"> Document tray document has to be moved into. </param>
/// <returns>
/// DocumentQueryResult that allows you access to the document you have just moved.
/// </returns>
public DocumentsQueryResult MoveDocumentFromFileCabinetToBasket(Document document, FileCabinet fileCabinet, FileCabinet documentTray)
{
var transferInfo = new FileCabinetTransferInfo()
{
KeepSource = false, // the document will be moved, NOT copied
SourceDocId = new List <int> {
document.Id
},
SourceFileCabinetId = fileCabinet.Id
};
return(documentTray.PostToTransferRelationForDocumentsQueryResult(transferInfo));
}
protected string MakeTourFromXML(IWwtContext context, Stream InputStream, string baseDir)
{
XmlDocument doc = new XmlDocument();
doc.Load(InputStream);
string tourStart = "";
tourStart += "<?xml version='1.0' encoding='UTF-8'?>";
tourStart +=
"<Tour ID=\"{TourGuid}\" Title=\"{Title}\" Descirption=\"{Description}\" RunTime=\"20\" Author=\"{AuthorName}\" AuthorEmail=\"{AuthorEmail}\" OrganizationUrl=\"{OrganizationUrl}\" OrganizationName=\"{OrganizationName}\" Keywords=\"{Keywords}\" UserLevel=\"Beginner\" Classification=\"0\" Taxonomy=\"C.5\">";
tourStart += "<TourStops>";
string tourEnd = "";
tourEnd += "</TourStops>";
tourEnd += "</Tour>";
string master = "";
master +=
"<TourStop Id=\"{Guid}\" Name=\"\" Description=\"{SlideTitle}\" Thumbnail=\"\" Duration=\"{Duration}\" Master=\"True\" Transition=\"Slew\" HasLocation=\"True\" LocationAltitude=\"100\" LocationLat=\"47.64222\" LocationLng=\"-122.142\" HasTime=\"True\" StartTime=\"7/8/2009 4:09:04 PM\" EndTime=\"7/8/2009 4:08:16 PM\" ActualPlanetScale=\"True\" ShowClouds=\"False\" ShowConstellationBoundries=\"True\" ShowConstellationFigures=\"True\" ShowConstellationSelection=\"True\" ShowEcliptic=\"False\" ShowElevationModel=\"False\" ShowFieldOfView=\"False\" ShowGrid=\"False\" ShowHorizon=\"False\" ShowHorizonPanorama=\"False\" ShowMoonsAsPointSource=\"False\" ShowSolarSystem=\"True\" FovTelescope=\"0\" FovEyepiece=\"0\" FovCamera=\"0\" LocalHorizonMode=\"False\" FadeInOverlays=\"False\" SolarSystemStars=\"True\" SolarSystemMilkyWay=\"True\" SolarSystemCosmos=\"True\" SolarSystemOrbits=\"True\" SolarSystemOverlays=\"True\" SolarSystemLighting=\"True\" SolarSystemScale=\"100\" SolarSystemMultiRes=\"True\">";
master +=
"<Place Name=\"Current Screen\" DataSetType=\"Sky\" RA=\"{RA}\" Dec=\"{Dec}\" Constellation=\"CVN\" Classification=\"Unidentified\" Magnitude=\"0\" Distance=\"0\" AngularSize=\"60\" ZoomLevel=\"{ZoomLevel}\" Rotation=\"0.0\" Angle=\"0\" Opacity=\"100\" Target=\"Sun\">";
master += "<Description><![CDATA[]]></Description>";
master += "<BackgroundImageSet>";
master +=
"<ImageSet Generic=\"False\" DataSetType=\"Sky\" BandPass=\"Visible\" Name=\"SDSS: Sloan Digital Sky Survey (Optical)\" Url=\"http://www.worldwidetelescope.org/wwtweb/sdsstoast.aspx?q={1},{2},{3}\" DemUrl=\"\" BaseTileLevel=\"0\" TileLevels=\"13\" BaseDegreesPerTile=\"180\" FileType=\".png\" BottomsUp=\"False\" Projection=\"Toast\" QuadTreeMap=\"\" CenterX=\"0\" CenterY=\"0\" OffsetX=\"0\" OffsetY=\"0\" Rotation=\"0\" Sparse=\"False\" ElevationModel=\"False\" StockSet=\"False\" WidthFactor=\"1\">";
master += "<ThumbnailUrl>http://www.worldwidetelescope.org/wwtweb/thumbnail.aspx?name=sloan</ThumbnailUrl>";
master += "</ImageSet>";
master += "</BackgroundImageSet>";
master += "</Place>";
master += "<Overlays />";
master += "<MusicTrack>";
master +=
"<Overlay Id=\"e3dbf1aa-0e04-4ee8-bd1c-e9d14dd1c780\" Type=\"TerraViewer.AudioOverlay\" Name=\"Music\" X=\"0\" Y=\"0\" Width=\"0\" Height=\"0\" Rotation=\"0\" Color=\"NamedColor:White\" Url=\"\" Animate=\"False\">";
master += "<Audio Filename=\"music.wma\" Volume=\"100\" Mute=\"False\" TrackType=\"Music\" />";
master += "</Overlay>";
master += "</MusicTrack>";
master += "</TourStop>";
string titleSlide = "";
titleSlide +=
"<TourStop Id=\"9d25fcf1-47a1-4036-84e1-2e4e70647a4b\" Name=\"\" Description=\"Title Slide\" Thumbnail=\"\" Duration=\"00:00:10\" Master=\"False\" Transition=\"Slew\" HasLocation=\"True\" LocationAltitude=\"100\" LocationLat=\"47.64222\" LocationLng=\"-122.142\" HasTime=\"True\" StartTime=\"7/8/2009 4:09:04 PM\" EndTime=\"7/8/2009 4:08:16 PM\" ActualPlanetScale=\"True\" ShowClouds=\"False\" ShowConstellationBoundries=\"True\" ShowConstellationFigures=\"True\" ShowConstellationSelection=\"True\" ShowEcliptic=\"False\" ShowElevationModel=\"False\" ShowFieldOfView=\"False\" ShowGrid=\"False\" ShowHorizon=\"False\" ShowHorizonPanorama=\"False\" ShowMoonsAsPointSource=\"False\" ShowSolarSystem=\"True\" FovTelescope=\"0\" FovEyepiece=\"0\" FovCamera=\"0\" LocalHorizonMode=\"False\" FadeInOverlays=\"False\" SolarSystemStars=\"True\" SolarSystemMilkyWay=\"True\" SolarSystemCosmos=\"True\" SolarSystemOrbits=\"True\" SolarSystemOverlays=\"True\" SolarSystemLighting=\"True\" SolarSystemScale=\"100\" SolarSystemMultiRes=\"True\">";
titleSlide +=
"<Place Name=\"Current Screen\" DataSetType=\"Sky\" RA=\"15.2873183407284\" Dec=\"21.5907089633017\" Constellation=\"SER1\" Classification=\"Unidentified\" Magnitude=\"0\" Distance=\"0\" AngularSize=\"60\" ZoomLevel=\"188.893869642374\" Rotation=\"0.0\" Angle=\"0\" Opacity=\"100\" Target=\"Sun\">";
titleSlide += "<Description><![CDATA[]]></Description>";
titleSlide += "<BackgroundImageSet>";
titleSlide +=
"<ImageSet Generic=\"False\" DataSetType=\"Sky\" BandPass=\"Visible\" Name=\"SDSS: Sloan Digital Sky Survey (Optical)\" Url=\"http://www.worldwidetelescope.org/wwtweb/sdsstoast.aspx?q={1},{2},{3}\" DemUrl=\"\" BaseTileLevel=\"0\" TileLevels=\"13\" BaseDegreesPerTile=\"180\" FileType=\".png\" BottomsUp=\"False\" Projection=\"Toast\" QuadTreeMap=\"\" CenterX=\"0\" CenterY=\"0\" OffsetX=\"0\" OffsetY=\"0\" Rotation=\"0\" Sparse=\"False\" ElevationModel=\"False\" StockSet=\"False\" WidthFactor=\"1\">";
titleSlide +=
"<ThumbnailUrl>http://www.worldwidetelescope.org/wwtweb/thumbnail.aspx?name=sloan</ThumbnailUrl>";
titleSlide += "</ImageSet>";
titleSlide += "</BackgroundImageSet>";
titleSlide += "</Place>";
titleSlide +=
"<EndTarget Name=\"End Place\" DataSetType=\"Sky\" RA=\"15.2873183407284\" Dec=\"21.5907089633017\" Constellation=\"SER1\" Classification=\"Unidentified\" Magnitude=\"0\" Distance=\"0\" AngularSize=\"60\" ZoomLevel=\"0.367349417666093\" Rotation=\"0\" Angle=\"0\" Opacity=\"0\" Target=\"Custom\">";
titleSlide += "<Description><![CDATA[]]></Description>";
titleSlide += "</EndTarget>";
titleSlide += "<Overlays>";
titleSlide +=
"<Overlay Id=\"2e811eba-14cc-4c4b-89d5-47180c36f8f0\" Type=\"TerraViewer.BitmapOverlay\" Name=\"WWT-gz.png\" X=\"956.5342\" Y=\"290.3851\" Width=\"1240\" Height=\"173\" Rotation=\"0\" Color=\"ARGBColor:255:255:255:255\" Url=\"http://www.galaxyzoo.org\" Animate=\"False\">";
titleSlide += "<Bitmap Filename=\"zoologo.png\" />";
titleSlide += "</Overlay>";
titleSlide +=
"<Overlay Id=\"6c94ab77-95a3-4e46-8cb5-4ba39b2c8937\" Type=\"TerraViewer.TextOverlay\" Name=\"A tour of your favourites\" X=\"901.0809\" Y=\"453.2796\" Width=\"792.3697\" Height=\"42.89062\" Rotation=\"0\" Color=\"ARGBColor:255:255:255:255\" Url=\"\" Animate=\"False\">";
titleSlide += "<Text>";
titleSlide +=
"<TextObject Bold=\"False\" Italic=\"False\" Underline=\"False\" FontSize=\"24\" FontName=\"Verdana\" ForgroundColor=\"NamedColor:White\" BackgroundColor=\"NamedColor:Black\" BorderStyle=\"None\">A Worldwide Telescope Tour of Your Favourites</TextObject>";
titleSlide += "</Text>";
titleSlide += "</Overlay>";
titleSlide += "</Overlays>";
titleSlide += "</TourStop>";
string tourstop = "";
tourstop +=
"<TourStop Id=\"{Guid}\" Name=\"\" Description=\"{SlideTitle}\" Thumbnail=\"\" Duration=\"00:00:10\" Master=\"False\" Transition=\"Slew\" HasLocation=\"True\" LocationAltitude=\"100\" LocationLat=\"47.64222\" LocationLng=\"-122.142\" HasTime=\"True\" StartTime=\"7/8/2009 4:09:17 PM\" EndTime=\"7/8/2009 4:09:17 PM\" ActualPlanetScale=\"True\" ShowClouds=\"False\" ShowConstellationBoundries=\"True\" ShowConstellationFigures=\"True\" ShowConstellationSelection=\"True\" ShowEcliptic=\"False\" ShowElevationModel=\"False\" ShowFieldOfView=\"False\" ShowGrid=\"False\" ShowHorizon=\"False\" ShowHorizonPanorama=\"False\" ShowMoonsAsPointSource=\"False\" ShowSolarSystem=\"True\" FovTelescope=\"0\" FovEyepiece=\"0\" FovCamera=\"0\" LocalHorizonMode=\"False\" FadeInOverlays=\"False\" SolarSystemStars=\"True\" SolarSystemMilkyWay=\"True\" SolarSystemCosmos=\"True\" SolarSystemOrbits=\"True\" SolarSystemOverlays=\"True\" SolarSystemLighting=\"True\" SolarSystemScale=\"100\" SolarSystemMultiRes=\"True\">";
tourstop +=
"<Place Name=\"Current Screen\" DataSetType=\"Sky\" RA=\"{RA}\" Dec=\"{Dec}\" Constellation=\"\" Classification=\"Unidentified\" Magnitude=\"0\" Distance=\"0\" AngularSize=\"60\" ZoomLevel=\"{ZoomLevel}\" Rotation=\"0\" Angle=\"0\" Opacity=\"100\" Target=\"Sun\">";
tourstop += "<Description><![CDATA[]]></Description>";
tourstop += "<BackgroundImageSet>";
tourstop +=
"<ImageSet Generic=\"False\" DataSetType=\"Sky\" BandPass=\"Visible\" Name=\"SDSS: Sloan Digital Sky Survey (Optical)\" Url=\"http://www.worldwidetelescope.org/wwtweb/sdsstoast.aspx?q={1},{2},{3}\" DemUrl=\"\" BaseTileLevel=\"0\" TileLevels=\"13\" BaseDegreesPerTile=\"180\" FileType=\".png\" BottomsUp=\"False\" Projection=\"Toast\" QuadTreeMap=\"\" CenterX=\"0\" CenterY=\"0\" OffsetX=\"0\" OffsetY=\"0\" Rotation=\"0\" Sparse=\"False\" ElevationModel=\"False\" StockSet=\"False\" WidthFactor=\"1\">";
tourstop +=
"<ThumbnailUrl>http://www.worldwidetelescope.org/wwtweb/thumbnail.aspx?name=sloan</ThumbnailUrl>";
tourstop += "</ImageSet>";
tourstop += "</BackgroundImageSet>";
tourstop += "</Place>";
tourstop += "<Overlays />";
tourstop += "</TourStop>";
string Title = "";
string Description = "";
string Author = "";
string AuthorEmail = "";
string OrgUrl = "";
string OrgName = "";
StringBuilder sb = new StringBuilder();
Guid id = Guid.NewGuid();
string tourGuid = id.ToString();
string dir = baseDir;
if (!Directory.Exists(dir))
{
Directory.CreateDirectory(dir);
}
string outputfilename = dir + id.ToString() + ".wtt";
FileCabinet cab = new FileCabinet(outputfilename, dir);
string page = context.Request.PhysicalPath.Substring(0, context.Request.PhysicalPath.LastIndexOf('\\'));
page = page.Substring(0, page.LastIndexOf('\\'));
List <string> thumbs = new List <string>();
thumbs.Add(tourGuid + "\\9d25fcf1-47a1-4036-84e1-2e4e70647a4b.thumb.png");
string musicUrl = null;
string musicPath = null;
string voiceUrl = null;
try
{
XmlNode Tour = doc["Tour"];
Title = Tour["Title"].InnerText;
Description = Tour["Description"].InnerText;
Author = Tour["Author"].InnerText;
AuthorEmail = Tour["Email"].InnerText;
OrgUrl = Tour["OrganizationURL"].InnerText;
OrgName = Tour["OrganizationName"].InnerText;
sb.Append(
tourStart.Replace("{TourGuid}", tourGuid)
.Replace("{Title}", Title)
.Replace("{Description}", Description)
.Replace("{AuthorName}", Author)
.Replace("{AuthorEmail}", AuthorEmail)
.Replace("{OrganizationUrl}", OrgUrl)
.Replace("{OrganizationName}", OrgName)
.Replace("{Keywords}", ""));
sb.Append(titleSlide);
XmlNode Music = Tour["MusicTrack"];
musicUrl = Music["Filename"].InnerText;
XmlNode Voice = Tour["VoiceTrack"];
voiceUrl = Music["Filename"].InnerText;
string stopString = master;
XmlNode TourStops = Tour["TourStops"];
foreach (XmlNode child in TourStops.ChildNodes)
{
double RA = Convert.ToDouble(child["RA"].InnerText);
double Dec = Convert.ToDouble(child["Dec"].InnerText);
double Zoom = Convert.ToDouble(child["ZoomLevel"].InnerText);
Guid stopID = Guid.NewGuid();
string Duration = child["Duration"].InnerText;
stopString =
stopString.Replace("{Duration}", Duration)
.Replace("{Guid}", stopID.ToString())
.Replace("{RA}", RA.ToString())
.Replace("{Dec}", Dec.ToString())
.Replace("{ZoomLevel}", Zoom.ToString());
sb.Append(stopString);
thumbs.Add(tourGuid + "\\" + stopID.ToString() + ".thumb.png");
stopString = tourstop;
}
sb.Append(tourEnd);
}
catch
{
}
string tourfilename = dir + id.ToString() + ".wttxml";
File.WriteAllText(tourfilename, sb.ToString(), Encoding.UTF8);
cab.AddFile(tourfilename, false, "");
cab.AddFile(page + "\\images\\zoologo.png", true, tourGuid + "\\zoologo.png");
WebClient client = new WebClient();
if (!string.IsNullOrEmpty(musicUrl))
{
musicPath = $"{dir}{_hasher.HashName(musicUrl)}";
if (!File.Exists(musicPath))
{
client.DownloadFile(musicUrl, musicPath);
}
cab.AddFile(musicPath, true, tourGuid + "\\music.wma");
}
foreach (string thumbFile in thumbs)
{
cab.AddFile(page + "\\images\\zoo.thumb.png", true, thumbFile);
}
cab.Package();
File.Delete(tourfilename);
return(outputfilename);
}
