private void SignatureDefinitionCommandHandler(object sender, RoutedEventArgs e)
{
SignatureDefinition sigDefDialog = new SignatureDefinition();
if (sigDefDialog.ShowDialog() == System.Windows.Forms.DialogResult.OK)
{
XpsSignatureDefinition signatureDefinition = new XpsSignatureDefinition();
signatureDefinition.RequestedSigner = sigDefDialog.RequestedSigner.Text;
signatureDefinition.Intent = sigDefDialog.Intent.Text;
signatureDefinition.SigningLocale = sigDefDialog.SigningLocale.Text;
try
{
signatureDefinition.SignBy = DateTime.Parse(sigDefDialog.SignBy.Text);
}
catch (FormatException)
{
}
signatureDefinition.SpotId = Guid.NewGuid();
IXpsFixedDocumentSequenceReader docSeq = _xpsDocument.FixedDocumentSequenceReader; //_xpsDocument is type System.Windows.Xps.Packaging.XpsDocument
IXpsFixedDocumentReader doc = docSeq.FixedDocuments[0];
doc.AddSignatureDefinition(signatureDefinition);
doc.CommitSignatureDefinition();
InitializeSignatureDisplay();
}
}
// Test
public static string ExtractText(string path)
{
XpsDocument _xpsDocument = new XpsDocument(path, System.IO.FileAccess.Read);
IXpsFixedDocumentSequenceReader fixedDocSeqReader
= _xpsDocument.FixedDocumentSequenceReader;
IXpsFixedDocumentReader _document = fixedDocSeqReader.FixedDocuments[0];
IXpsFixedPageReader _page
= _document.FixedPages[0];
StringBuilder _currentText = new StringBuilder();
System.Xml.XmlReader _pageContentReader = _page.XmlReader;
if (_pageContentReader != null)
{
while (_pageContentReader.Read())
{
if (_pageContentReader.Name == "Glyphs")
{
if (_pageContentReader.HasAttributes)
{
if (_pageContentReader.GetAttribute("UnicodeString") != null)
{
_currentText.
Append(_pageContentReader.
GetAttribute("UnicodeString") + "\n");
}
}
}
}
}
return(_currentText.ToString());
}
public string extracttext()
{
IXpsFixedDocumentSequenceReader fixedDocSeqReader = newxpsdocument.FixedDocumentSequenceReader;
IXpsFixedDocumentReader _document = fixedDocSeqReader.FixedDocuments[0];
// IXpsFixedPageReader _page = _document.FixedPages[documentViewerElement.MasterPageNumber];
string _fullPageText = "";
for (int pagenumber = 0; pagenumber < _document.FixedPages.Count(); pagenumber++)
{
IXpsFixedPageReader _page = _document.FixedPages[pagenumber];
StringBuilder _currentText = new StringBuilder();
System.Xml.XmlReader _pageContentReader = _page.XmlReader;
if (_pageContentReader != null)
{
while (_pageContentReader.Read())
{
if (_pageContentReader.Name == "Glyphs")
{
if (_pageContentReader.HasAttributes)
{
if (_pageContentReader.GetAttribute("UnicodeString") != null)
{
_currentText.
Append(_pageContentReader.
GetAttribute("UnicodeString"));
}
}
}
}
}
_fullPageText = _fullPageText + _currentText.ToString();
}
return(_fullPageText);
}
private void SignXPS(string inputFile)
{
try
{
Licensing.ShowDemoMessage();
DigitalCertificate.LogOnEToken(this.DigitalSignatureCertificate);
XpsDocument xpsDocument = new XpsDocument(inputFile, FileAccess.ReadWrite);
if (!this.AllowMultipleSignatures)
{
XpsSignatureDefinition xpsSignatureDefinition = new XpsSignatureDefinition()
{
Intent = this.SigningIntent,
SigningLocale = this.SigningLocation,
SpotId = new Guid?(Guid.NewGuid())
};
IXpsFixedDocumentReader item = xpsDocument.FixedDocumentSequenceReader.FixedDocuments[0];
item.AddSignatureDefinition(xpsSignatureDefinition);
item.CommitSignatureDefinition();
X509Certificate2 digitalSignatureCertificate = this.DigitalSignatureCertificate;
Guid? spotId = xpsSignatureDefinition.SpotId;
xpsDocument.SignDigitally(digitalSignatureCertificate, true, XpsDigSigPartAlteringRestrictions.SignatureOrigin, spotId.Value);
}
else
{
xpsDocument.SignDigitally(this.DigitalSignatureCertificate, true, XpsDigSigPartAlteringRestrictions.None);
}
xpsDocument.Close();
}
catch
{
throw;
}
}
private static BitmapImage RandomImage(IXpsFixedDocumentReader xpsFixedDocumentReader)
{
var images = xpsFixedDocumentReader.FixedPages[0].Images;
var image = new BitmapImage();
image.BeginInit();
image.StreamSource = new List <XpsImage>(images)[new Random().Next(images.Count)].GetStream();
image.EndInit();
return(image);
}
private static void AddStructure(IXpsFixedDocumentReader fixedDocumentReader, IXpsFixedDocumentWriter fixedDocumentWriter)
{
XpsStructure Structure = fixedDocumentReader.DocumentStructure;
if (Structure != null)
{
XpsStructure myStructure = fixedDocumentWriter.AddDocumentStructure();
using (Stream destStream = myStructure.GetStream())
{
using (Stream sourceStream = Structure.GetStream())
{
CopyStream(sourceStream, destStream);
myStructure.Commit();
}
}
}
}
GetFixedDocument(
Uri documentUri
)
{
UpdateDocumentCache();
IXpsFixedDocumentReader fixedDocument = null;
//
// Check the cache for the requested document
//
foreach (IXpsFixedDocumentReader reader in _documentCache)
{
if (documentUri == reader.Uri)
{
fixedDocument = reader;
}
}
return(fixedDocument);
}
private void SignXPSStream(Stream inputStream)
{
try
{
Licensing.ShowDemoMessage();
DigitalCertificate.LogOnEToken(this.DigitalSignatureCertificate);
using (Package package = Package.Open(inputStream, FileMode.Open, FileAccess.ReadWrite))
{
string str = "memorystream://myXps.xps";
Uri uri = new Uri(str);
PackageStore.AddPackage(uri, package);
XpsDocument xpsDocument = new XpsDocument(package, CompressionOption.Maximum, str);
if (!this.AllowMultipleSignatures)
{
XpsSignatureDefinition xpsSignatureDefinition = new XpsSignatureDefinition()
{
Intent = this.SigningIntent,
SigningLocale = this.SigningLocation,
SpotId = new Guid?(Guid.NewGuid())
};
IXpsFixedDocumentReader item = xpsDocument.FixedDocumentSequenceReader.FixedDocuments[0];
item.AddSignatureDefinition(xpsSignatureDefinition);
item.CommitSignatureDefinition();
X509Certificate2 digitalSignatureCertificate = this.DigitalSignatureCertificate;
Guid? spotId = xpsSignatureDefinition.SpotId;
xpsDocument.SignDigitally(digitalSignatureCertificate, true, XpsDigSigPartAlteringRestrictions.SignatureOrigin, spotId.Value);
}
else
{
xpsDocument.SignDigitally(this.DigitalSignatureCertificate, true, XpsDigSigPartAlteringRestrictions.None);
}
PackageStore.RemovePackage(uri);
xpsDocument.Close();
}
}
catch
{
throw;
}
}
string[] pages = null; // 用于存放目录文档各节点OutlineTarget值,页码信息
// 读取导航目录
private void ReadDoc(XpsDocument xpsDoc)
{
IXpsFixedDocumentSequenceReader docSeq = xpsDoc.FixedDocumentSequenceReader;
IXpsFixedDocumentReader docReader = docSeq.FixedDocuments[0];
XpsStructure xpsStructure = docReader.DocumentStructure;
Stream stream = xpsStructure.GetStream();
XmlDocument doc = new XmlDocument();
doc.Load(stream);
//获取节点列表
XmlNodeList nodeList = doc.ChildNodes.Item(0).FirstChild.FirstChild.ChildNodes;
if (nodeList.Count <= 0)//判断是否存在目录节点
{
//tvTree.Visibility = System.Windows.Visibility.Hidden;
tvTree.Items.Add(new TreeViewItem {
Header = "没有导航目录"
});
return;
}
tvTree.Visibility = System.Windows.Visibility.Visible;
array = new int[nodeList.Count];
array1 = new string[nodeList.Count];
arrayName = new string[nodeList.Count];
pages = new string[nodeList.Count];
for (int i = 0; i < nodeList.Count; i++)
{
array[i] = Convert.ToInt32(nodeList[i].Attributes["OutlineLevel"].Value);
array1[i] = nodeList[i].Attributes["OutlineLevel"].Value.ToString();
arrayName[i] = nodeList[i].Attributes["Description"].Value.ToString();
pages[i] = nodeList[i].Attributes["OutlineTarget"].Value.ToString();
}
for (int i = 0; i < array.Length - 1; i++)
{
//对array进行转换组装成可读的树形结构，通过ASCII值进行增加、转换
array1[0] = "A";
if (array[i + 1] - array[i] == 1)
{
array1[i + 1] = array1[i] + 'A';
}
if (array[i + 1] == array[i])
{
char s = Convert.ToChar(array1[i].Substring((array1[i].Length - 1), 1));
array1[i + 1] = array1[i].Substring(0, array1[i].Length - 1) + (char)(s + 1);
}
if (array[i + 1] < array[i])
{
int m = array[i + 1];
char s = Convert.ToChar(array1[i].Substring(0, m).Substring(m - 1, 1));
array1[i + 1] = array1[i].Substring(0, m - 1) + (char)(s + 1);
}
}
//添加一个节点作为根节点
TreeViewItem parent = new TreeViewItem();
TreeViewItem parent1 = null;
parent.Header = "目录导航";
Boolean flag = false;
for (int i = 0; i < array.Length; i++)
{
if (array[i] == 1)
{
flag = true;
}
if (flag) //如果找到实际根节点，加载树
{
parent1 = new TreeViewItem();
parent1.Header = arrayName[i];
parent1.Tag = array1[i];
parent.Items.Add(parent1);
parent.IsExpanded = true;
parent1.IsExpanded = true;
FillTree(parent1, array1, arrayName);
flag = false;
}
}
tvTree.Items.Clear();
tvTree.Items.Add(parent);
}
public ParsedData parseData(string filename)
{
/*
* NAME (last, first) CHAR DOE, JOHN
* DOB NUM MM/DD/YYYY
* MRN CHAR NNNNNNN
* StudyID NUM AlphaNumeric
* SEX CHAR M/F
* RACE CHAR WHITE, BLACK, ASIAN, NATIVE AMERICAN, PACIFIC ISLANDER, BIRACIAL, etc
* ETHNICITY CHAR HISPANIC, NOT HISPANIC, MIDDLE EASTERN
* ADMISSION DATE NUM MM/DD/YYYY
* DISCHARGE DATE NUM MM/DD/YYYY
* HOSPITAL LOCATION NUM SR AFLAC IP, EG 3-E (AFLAC), EG AFLAC BMT, SR PEDIATRIC ICU, EG PEDIATRIC ICU
* PRIMARY ONC DIAGNOSIS CHAR SPECIFIC DISEASE
* DATE OF PRIMARY ONC DIAGNOSIS NUM MM/DD/YYYY
* SECONDARY ONC DIAGNOSIS CHAR SPECIFIC DISEASE
* DATE OF SECONDARY ONC DIAGNOSIS NUM MM/DD/YYYY
* RELAPSE CHAR Y/N
* DATE OF RELAPSE NUM MM/DD/YYYY
* BMT CHAR Y/N
* BMT DATE NUM MM/DD/YYYY
* BMT TYPE CHAR ALLO/AUTO
* LINE INSERTION DATE NUM MM/DD/YYYY
* LINE REMOVAL DATE NUM MM/DD/YYYY
* LINE TYPE CHAR DLCVL, PORT, DLPORT, PICC
* HAS SECONDARY LINE CHAR Y/N
* SECONDARY LINE TYPE CHAR DLCVL, PORT, DLPORT, PICC
* BLOOD CULTURE ORDERED CHAR Y/N
* POSITIVE BLOOD CULTURE CHAR Y/N
* ORGANISM PRESENT IN BLOOD CULTURE CHAR GENUS SPECIES
* DATE OF POS BLOOD CULTURE NUM MM/DD/YYYY
* CLABSI CHAR Y/N
* TOTAL NUMBER CLABSI DURING TIME INTERVAL NUM 0-N
* WBC COUNT AT POS BCX DX NUM 0-NNN,NNN
* ANC AT POS BCX DX NUM 0-NNN,NNN
* LINE ENTRIES IN INTERVAL NUM 0-N
* LINE ENTRIES LAST 24 HRS NUM 0-N
* NUMBER MOUTH CARE IN INTERVAL NUM 0-N
* NUMBER MOUTH CARE 72 HRS NUM 0-N
* MOUTHCARE TYPE CHAR BRUSH, RINSE
* RINSE AGENT CHAR BIOTENE, PERIDEX
* NUMBER CHG BATHS IN INTERVAL NUM 0-N
* CHG BATHS 72 HRS BEFORE POSITIVE BCX NUM 0-N
* PREOP CHG BATH CHAR Y/N
* ROUTINE BATH CHAR Y/N
* OTHER EXTERNAL LINE/DRAIN PRESENT CHAR GT, GJT, CT, JPDRAIN, WOUNDVAC, FOLEY, NEPHROSTOMY, TRACH
* LAST DRESSING CHANGE DATE NUM MM/DD/YYYY
* DATES OF DRESSING CHANGES NUM MM/DD/YYYY
* FREQUENCY DRESSING CHANGE (DAYS) NUM 0-NN
* TOTAL DRESSING CHANGES IN INTERVAL NUM 0-N
* LAST TUBING CHANGE DATE NUM MM/DD/YYYY
* FREQUENCY TUBING CHANGE (DAYS) NUM 0-NN
* LAST CAP CHANGE DATE NUM MM/DD/YYYY
* FREQUENCY CAP CHANGE (DAYS) NUM 0-NN
* TOTAL CAP CHANGES NUM 0-N
* HIGH TOUCH SURFACE CLEAN PROTOCOL CHAR Y/N
* DAILY LINEN CHANGE CHAR Y/N
*/
XpsDocument _xpsDocument = new XpsDocument(filename, System.IO.FileAccess.Read);
IXpsFixedDocumentSequenceReader fixedDocSeqReader
= _xpsDocument.FixedDocumentSequenceReader;
IXpsFixedDocumentReader _document = fixedDocSeqReader.FixedDocuments[0];
IXpsFixedPageReader _page
= _document.FixedPages[0];
StringBuilder _currentText = new StringBuilder();
System.Xml.XmlReader _pageContentReader = _page.XmlReader;
if (_pageContentReader != null)
{
while (_pageContentReader.Read())
{
if (_pageContentReader.Name == "Glyphs")
{
if (_pageContentReader.HasAttributes)
{
if (_pageContentReader.GetAttribute("UnicodeString") != null)
{
_currentText.Append(" ");
_currentText.
Append(_pageContentReader.
GetAttribute("UnicodeString"));
}
}
}
}
}
string _fullPageText = _currentText.ToString();
// MessageBox.Show(_fullPageText);
// return new ParsedData() { Name = filename };
return(fakeparse(filename));
}
