private DocumentContainer(IHTMLWindow2 frameWindow, WindowDetails contentWindow, DocumentContainer parent)
{
//IWebBrowser2 webBrowser2 = frame as IWebBrowser2;
//IHTMLDocument2 document2 = webBrowser2.Document as IHTMLDocument2;
IHTMLDocument2 document2 = GetDocumentFromWindow(frameWindow);
try {
LOG.DebugFormat("frameWindow.name {0}", frameWindow.name);
} catch {
}
try {
LOG.DebugFormat("document2.url {0}",document2.url);
} catch {
}
try {
LOG.DebugFormat("document2.title {0}", document2.title);
} catch {
}
this.parent = parent;
// Calculate startLocation for the frames
IHTMLWindow3 window3 = (IHTMLWindow3)document2.parentWindow;
// IHTMLElement element = window2.document.body;
// long x = 0;
// long y = 0;
// do {
// x += element.offsetLeft;
// y += element.offsetTop;
// element = element.offsetParent;
// } while (element != null);
// startLocation = new Point((int)x, (int)y);
Point contentWindowLocation = contentWindow.ClientRectangle.Location;
int x = window3.screenLeft - contentWindowLocation.X;
int y = window3.screenTop - contentWindowLocation.Y;
startLocation = new Point(x, y);
Init(document2, contentWindow);
}
private DocumentContainer(IHTMLWindow2 frameWindow, WindowDetails contentWindow, DocumentContainer parent) {
//IWebBrowser2 webBrowser2 = frame as IWebBrowser2;
//IHTMLDocument2 document2 = webBrowser2.Document as IHTMLDocument2;
IHTMLDocument2 document2 = GetDocumentFromWindow(frameWindow);
try {
LOG.DebugFormat("frameWindow.name {0}", frameWindow.name);
name = frameWindow.name;
} catch {
}
try {
LOG.DebugFormat("document2.url {0}",document2.url);
} catch {
}
try {
LOG.DebugFormat("document2.title {0}", document2.title);
} catch {
}
this.parent = parent;
// Calculate startLocation for the frames
IHTMLWindow2 window2 = document2.parentWindow;
IHTMLWindow3 window3 = (IHTMLWindow3)window2;
Point contentWindowLocation = contentWindow.WindowRectangle.Location;
int x = window3.screenLeft - contentWindowLocation.X;
int y = window3.screenTop - contentWindowLocation.Y;
// Release IHTMLWindow 2+3 com objects
releaseCom(window2);
releaseCom(window3);
startLocation = new Point(x, y);
Init(document2, contentWindow);
}
/// <summary>
/// Private helper method for the constructors
/// </summary>
/// <param name="document2">IHTMLDocument2</param>
/// <param name="contentWindow">WindowDetails</param>
private void Init(IHTMLDocument2 document2, WindowDetails contentWindow)
{
this.document2 = document2;
this.contentWindow = contentWindow;
this.document3 = document2 as IHTMLDocument3;
// Check what access method is needed for the document
IHTMLDocument5 document5 = (IHTMLDocument5)document2;
//compatibility mode affects how height is computed
if ((document3.documentElement != null) && (!document5.compatMode.Equals("BackCompat"))) {
isDTD = true;
} else {
isDTD = false;
}
Rectangle clientRectangle = contentWindow.WindowRectangle;
try {
IHTMLWindow3 window3 = (IHTMLWindow3)document2.parentWindow;
IHTMLWindow2 window2 = (IHTMLWindow2)document2.parentWindow;
IHTMLScreen2 screen2 = (IHTMLScreen2)window2.screen;
IHTMLScreen screen = window2.screen;
if (parent != null) {
// Copy parent values
zoomLevelX = parent.zoomLevelX;
zoomLevelY = parent.zoomLevelY;
viewportRectangle = parent.viewportRectangle;
} else {
//DisableScrollbars(document2);
// Calculate zoom level
zoomLevelX = (double)screen2.deviceXDPI/(double)screen2.logicalXDPI;
zoomLevelY = (double)screen2.deviceYDPI/(double)screen2.logicalYDPI;
// Calculate the viewport rectangle, needed if there is a frame around the html window
LOG.DebugFormat("Screen {0}x{1}", ScaleX(screen.width), ScaleY(screen.height));
LOG.DebugFormat("Screen location {0},{1}", window3.screenLeft, window3.screenTop);
LOG.DebugFormat("Window rectangle {0}", clientRectangle);
LOG.DebugFormat("Client size {0}x{1}", ClientWidth, ClientHeight);
int diffX = clientRectangle.Width - ClientWidth;
int diffY = clientRectangle.Height - ClientHeight;
// If there is a border around the inner window, the diff == 4
// If there is a border AND a scrollbar the diff == 20
if ((diffX == 4 || diffX >= 20) && (diffY == 4 || diffY >= 20)) {
Point viewportOffset = new Point(2, 2);
Size viewportSize = new Size(ClientWidth, ClientHeight);
viewportRectangle = new Rectangle(viewportOffset, viewportSize);
LOG.DebugFormat("viewportRect {0}", viewportRectangle);
}
}
LOG.DebugFormat("Zoomlevel {0}, {1}", zoomLevelX, zoomLevelY);
} catch (Exception e) {
LOG.Warn("Can't get certain properties for documents, using default. due to: ", e);
}
LOG.DebugFormat("Calculated location {0} for {1}", startLocation, document2.title);
sourceLocation = new Point(ScaleX((int)startLocation.X), ScaleY((int)startLocation.Y));
destinationLocation = new Point(ScaleX((int)startLocation.X), ScaleY((int)startLocation.Y));
try {
if (name == null) {
name = document2.title;
}
} catch {
}
try {
url = document2.url;
} catch {
}
if (parent != null) {
return;
}
IHTMLFramesCollection2 frameCollection = (IHTMLFramesCollection2)document2.frames;
for(int frame = 0; frame < frameCollection.length; frame++) {
IHTMLWindow2 frameWindow = frameCollection.item(frame);
try {
DocumentContainer frameData = new DocumentContainer(frameWindow, contentWindow, this);
// check if frame is hidden
if (!frameData.isHidden) {
LOG.DebugFormat("Creating DocumentContainer for Frame {0} found in window with rectangle {1}", frameData.name, frameData.SourceRectangle);
frames.Add(frameData);
} else {
LOG.DebugFormat("Skipping frame {0}", frameData.Name);
}
} catch (Exception e) {
LOG.Warn("Problem while trying to get information from a frame, skipping the frame!", e);
}
}
// Correct iframe locations
foreach (IHTMLElement frameElement in document3.getElementsByTagName("IFRAME")){
try {
CorrectFrameLocations(frameElement);
} catch (Exception e) {
LOG.Warn("Problem while trying to get information from an iframe, skipping the frame!", e);
}
}
}
/// <summary>
/// Wrapper around getElementsByTagName
/// </summary>
/// <param name="tagName">tagName is the name of the tag to look for, e.g. "input"</param>
/// <param name="retrieveAttributes">If true then all attributes are retrieved. This is slow!</param>
/// <returns></returns>
public List<ElementContainer> GetElementsByTagName(string tagName, string[] attributes)
{
List<ElementContainer> elements = new List<ElementContainer>();
foreach(IHTMLElement element in document3.getElementsByTagName(tagName)) {
if (element.offsetWidth <= 0 || element.offsetHeight <= 0) {
// not visisble
continue;
}
ElementContainer elementContainer = new ElementContainer();
elementContainer.id = element.id;
if (attributes != null) {
foreach(string attributeName in attributes) {
object attributeValue = element.getAttribute(attributeName, 0);
if (attributeValue != null && attributeValue != DBNull.Value && !elementContainer.attributes.ContainsKey(attributeName)) {
elementContainer.attributes.Add(attributeName, attributeValue.ToString());
}
}
}
Point elementLocation = new Point((int)element.offsetLeft, (int)element.offsetTop);
elementLocation.Offset(this.DestinationLocation);
IHTMLElement parent = element.offsetParent;
while (parent != null) {
elementLocation.Offset((int)parent.offsetLeft, (int)parent.offsetTop);
parent = parent.offsetParent;
}
Rectangle elementRectangle = new Rectangle(elementLocation, new Size((int)element.offsetWidth, (int)element.offsetHeight));
elementContainer.rectangle = elementRectangle;
elements.Add(elementContainer);
}
return elements;
}
/// <summary>
/// Prepare the calculates for all the frames, move and fit...
/// </summary>
/// <param name="documentContainer"></param>
/// <param name="capture"></param>
/// <returns>Size of the complete page</returns>
private static Size PrepareCapture(DocumentContainer documentContainer, ICapture capture)
{
// Calculate the page size
int pageWidth = documentContainer.ScrollWidth;
int pageHeight = documentContainer.ScrollHeight;
// Here we loop over all the frames and try to make sure they don't overlap
bool movedFrame;
do {
movedFrame = false;
foreach(DocumentContainer currentFrame in documentContainer.Frames) {
foreach(DocumentContainer otherFrame in documentContainer.Frames) {
if (otherFrame.ID == currentFrame.ID) {
continue;
}
// check if we need to move
if (otherFrame.DestinationRectangle.IntersectsWith(currentFrame.DestinationRectangle) && !otherFrame.SourceRectangle.IntersectsWith(currentFrame.SourceRectangle)) {
bool horizalResize = currentFrame.SourceSize.Width < currentFrame.DestinationSize.Width;
bool verticalResize = currentFrame.SourceSize.Width < currentFrame.DestinationSize.Width;
bool horizalMove = currentFrame.SourceLeft < currentFrame.DestinationLeft;
bool verticalMove = currentFrame.SourceTop < currentFrame.DestinationTop;
bool leftOf = currentFrame.SourceRight <= otherFrame.SourceLeft;
bool belowOf = currentFrame.SourceBottom <= otherFrame.SourceTop;
if ((horizalResize || horizalMove) && leftOf) {
// Current frame resized horizontally, so move other horizontally
LOG.DebugFormat("Moving Frame {0} horizontally to the right of {1}", otherFrame.Name, currentFrame.Name);
otherFrame.DestinationLeft = currentFrame.DestinationRight;
movedFrame = true;
} else if ((verticalResize || verticalMove) && belowOf){
// Current frame resized vertically, so move other vertically
LOG.DebugFormat("Moving Frame {0} vertically to the bottom of {1}", otherFrame.Name, currentFrame.Name);
otherFrame.DestinationTop = currentFrame.DestinationBottom;
movedFrame = true;
} else {
LOG.DebugFormat("Frame {0} intersects with {1}", otherFrame.Name, currentFrame.Name);
}
}
}
}
} while(movedFrame);
bool movedMouse = false;
// Correct cursor location to be inside the window
capture.MoveMouseLocation(-documentContainer.ContentWindow.Location.X, -documentContainer.ContentWindow.Location.Y);
// See if the page has the correct size, as we capture the full frame content AND might have moved them
// the normal pagesize will no longer be enough
foreach(DocumentContainer frameData in documentContainer.Frames) {
if (!movedMouse && frameData.SourceRectangle.Contains(capture.CursorLocation)) {
// Correct mouse cursor location for scrolled position (so it shows on the capture where it really was)
capture.MoveMouseLocation(frameData.ScrollLeft, frameData.ScrollTop);
movedMouse = true;
// Apply any other offset changes
int offsetX = frameData.DestinationLocation.X - frameData.SourceLocation.X;
int offsetY = frameData.DestinationLocation.Y - frameData.SourceLocation.Y;
capture.MoveMouseLocation(offsetX, offsetY);
}
//Get Frame Width & Height
pageWidth = Math.Max(pageWidth, frameData.DestinationRight);
pageHeight = Math.Max(pageHeight, frameData.DestinationBottom);
}
// If the mouse hasn't been moved, it wasn't on a frame. So correct the mouse according to the scroll position of the document
if (!movedMouse) {
// Correct mouse cursor location
capture.MoveMouseLocation(documentContainer.ScrollLeft, documentContainer.ScrollTop);
}
// Limit the size as the editor currently can't work with sizes > short.MaxValue
if (pageWidth > short.MaxValue) {
LOG.WarnFormat("Capture has a width of {0} which bigger than the maximum supported {1}, cutting width to the maxium.", pageWidth, short.MaxValue);
pageWidth = Math.Min(pageWidth, short.MaxValue);
}
if (pageHeight > short.MaxValue) {
LOG.WarnFormat("Capture has a height of {0} which bigger than the maximum supported {1}, cutting height to the maxium", pageHeight, short.MaxValue);
pageHeight = Math.Min(pageHeight, short.MaxValue);
}
return new Size(pageWidth, pageHeight);
}
/// <summary>
/// Used as an example
/// </summary>
/// <param name="documentContainer"></param>
/// <param name="graphicsTarget"></param>
/// <param name="returnBitmap"></param>
private static void ParseElements(DocumentContainer documentContainer, Graphics graphicsTarget, Bitmap returnBitmap)
{
foreach(ElementContainer element in documentContainer.GetElementsByTagName("input", new string[]{"greenshot"})) {
if (element.attributes.ContainsKey("greenshot") && element.attributes["greenshot"] != null) {
string greenshotAction = element.attributes["greenshot"];
if ("hide".Equals(greenshotAction)) {
PixelizationFilter.Apply(graphicsTarget, returnBitmap, element.rectangle, 4);
} else if ("red".Equals(greenshotAction)) {
using (Brush brush = new SolidBrush(Color.Red)) {
graphicsTarget.FillRectangle(brush, element.rectangle);
}
}
}
}
}
/// <summary>
/// Helper method which will retrieve the IHTMLDocument2 for the supplied window,
/// or return the first if none is supplied.
/// </summary>
/// <param name="browserWindowDetails">The WindowDetails to get the IHTMLDocument2 for</param>
/// <param name="document2">Ref to the IHTMLDocument2 to return</param>
/// <returns>The WindowDetails to which the IHTMLDocument2 belongs</returns>
private static DocumentContainer GetDocument(WindowDetails activeWindow)
{
DocumentContainer returnDocumentContainer = null;
WindowDetails returnWindow = null;
IHTMLDocument2 returnDocument2 = null;
// alternative if no match
WindowDetails alternativeReturnWindow = null;
IHTMLDocument2 alternativeReturnDocument2 = null;
// Find the IE window
foreach (WindowDetails ieWindow in WindowDetails.GetAllWindows("IEFrame")) {
LOG.DebugFormat("Processing {0} - {1}", ieWindow.ClassName, ieWindow.Text);
Accessible ieAccessible = null;
WindowDetails directUIWD = IEHelper.GetDirectUI(ieWindow);
if (directUIWD != null) {
ieAccessible = new Accessible(directUIWD.Handle);
}
if (ieAccessible == null) {
LOG.InfoFormat("Active Window is {0}", activeWindow.Text);
if (!ieWindow.Equals(activeWindow)) {
LOG.WarnFormat("No ieAccessible for {0}", ieWindow.Text);
continue;
}
LOG.DebugFormat("No ieAccessible, but the active window is an IE window: {0}, ", ieWindow.Text);
}
try {
// Get the Document
IHTMLDocument2 document2 = null;
uint windowMessage = User32.RegisterWindowMessage("WM_HTML_GETOBJECT");
if (windowMessage == 0) {
LOG.WarnFormat("Couldn't register WM_HTML_GETOBJECT");
continue;
}
WindowDetails ieServer= ieWindow.GetChild("Internet Explorer_Server");
if (ieServer == null) {
LOG.WarnFormat("No Internet Explorer_Server for {0}", ieWindow.Text);
continue;
}
LOG.DebugFormat("Trying WM_HTML_GETOBJECT on {0}", ieServer.ClassName);
UIntPtr response;
User32.SendMessageTimeout(ieServer.Handle, windowMessage, IntPtr.Zero, IntPtr.Zero, SendMessageTimeoutFlags.SMTO_NORMAL, 1000, out response);
if (response != UIntPtr.Zero) {
document2 = (IHTMLDocument2)Accessible.ObjectFromLresult(response, typeof(IHTMLDocument).GUID, IntPtr.Zero);
if (document2 == null) {
LOG.Error("No IHTMLDocument2 found");
continue;
}
} else {
LOG.Error("No answer on WM_HTML_GETOBJECT.");
continue;
}
// Get the content window handle for the shellWindow.Document
IOleWindow oleWindow = (IOleWindow)document2;
IntPtr contentWindowHandle = IntPtr.Zero;
if (oleWindow != null) {
oleWindow.GetWindow(out contentWindowHandle);
}
if (contentWindowHandle != IntPtr.Zero) {
// Get the HTMLDocument to check the hasFocus
// See: http://social.msdn.microsoft.com/Forums/en-US/vbgeneral/thread/60c6c95d-377c-4bf4-860d-390840fce31c/
IHTMLDocument4 document4 = (IHTMLDocument4)document2;
if (document4.hasFocus()) {
LOG.DebugFormat("Matched focused document: {0}", document2.title);
// Look no further, we got what we wanted!
returnDocument2 = document2;
returnWindow = new WindowDetails(contentWindowHandle);
break;
}
try {
if (ieWindow.Equals(activeWindow)) {
returnDocument2 = document2;
returnWindow = new WindowDetails(contentWindowHandle);
break;
} else if (ieAccessible != null && returnWindow == null && document2.title.Equals(ieAccessible.IEActiveTabCaption) ) {
LOG.DebugFormat("Title: {0}", document2.title);
returnDocument2 = document2;
returnWindow = new WindowDetails(contentWindowHandle);
} else {
alternativeReturnDocument2 = document2;
alternativeReturnWindow = new WindowDetails(contentWindowHandle);
}
} catch (Exception) {
alternativeReturnDocument2 = document2;
alternativeReturnWindow = new WindowDetails(contentWindowHandle);
}
}
} catch (Exception e) {
LOG.Error(e);
LOG.DebugFormat("Major problem: Problem retrieving Document from {0}", ieWindow.Text);
}
}
// check if we have something to return
if (returnWindow != null) {
// As it doesn't have focus, make sure it's active
returnWindow.Restore();
returnWindow.GetParent();
// Create the container
returnDocumentContainer = new DocumentContainer(returnDocument2, returnWindow);
}
if (returnDocumentContainer == null && alternativeReturnDocument2 != null) {
// As it doesn't have focus, make sure it's active
alternativeReturnWindow.Restore();
alternativeReturnWindow.GetParent();
// Create the container
returnDocumentContainer = new DocumentContainer(alternativeReturnDocument2, alternativeReturnWindow);
}
return returnDocumentContainer;
}
/// <summary>
/// This method takes the actual capture of the document (frame)
/// </summary>
/// <param name="frameDocument"></param>
/// <param name="contentWindowDetails">Needed for referencing the location of the frame</param>
/// <returns>Bitmap with the capture</returns>
private static void drawDocument(DocumentContainer documentContainer, WindowDetails contentWindowDetails, Graphics graphicsTarget)
{
documentContainer.setAttribute("scroll", 1);
//Get Browser Window Width & Height
int pageWidth = documentContainer.ScrollWidth;
int pageHeight = documentContainer.ScrollHeight;
if (pageWidth * pageHeight == 0) {
LOG.WarnFormat("Empty page for DocumentContainer {0}: {1}", documentContainer.Name, documentContainer.Url);
return;
}
//Get Screen Width & Height (this is better as the WindowDetails.ClientRectangle as the real visible parts are there!
int viewportWidth = documentContainer.ClientWidth;
int viewportHeight = documentContainer.ClientHeight;
if (viewportWidth * viewportHeight == 0) {
LOG.WarnFormat("Empty viewport for DocumentContainer {0}: {1}", documentContainer.Name, documentContainer.Url);
return;
}
// Store the current location so we can set the browser back and use it for the mouse cursor
int startLeft = documentContainer.ScrollLeft;
int startTop = documentContainer.ScrollTop;
LOG.DebugFormat("Capturing {4} with total size {0},{1} displayed with size {2},{3}", pageWidth, pageHeight, viewportWidth, viewportHeight, documentContainer.Name);
// Variable used for looping horizontally
int horizontalPage = 0;
// The location of the browser, used as the destination into the bitmap target
Point targetOffset = new Point();
// Loop of the pages and make a copy of the visible viewport
while ((horizontalPage * viewportWidth) < pageWidth) {
// Scroll to location
documentContainer.ScrollLeft = viewportWidth * horizontalPage;
targetOffset.X = documentContainer.ScrollLeft;
// Variable used for looping vertically
int verticalPage = 0;
while ((verticalPage * viewportHeight) < pageHeight) {
// Scroll to location
documentContainer.ScrollTop = viewportHeight * verticalPage;
//Shoot visible window
targetOffset.Y = documentContainer.ScrollTop;
// Draw the captured fragment to the target, but "crop" the scrollbars etc while capturing
Size viewPortSize = new Size(viewportWidth, viewportHeight);
Rectangle clientRectangle = new Rectangle(documentContainer.SourceLocation, viewPortSize);
Image fragment = contentWindowDetails.PrintWindow();
if (fragment != null) {
LOG.DebugFormat("Captured fragment size: {0}x{1}", fragment.Width, fragment.Height);
try {
// cut all junk, due to IE "border" we need to remove some parts
Rectangle viewportRect = documentContainer.ViewportRectangle;
if (!viewportRect.IsEmpty) {
LOG.DebugFormat("Cropping to viewport: {0}", viewportRect);
ImageHelper.Crop(ref fragment, ref viewportRect);
}
LOG.DebugFormat("Cropping to clientRectangle: {0}", clientRectangle);
// Crop to clientRectangle
if (ImageHelper.Crop(ref fragment, ref clientRectangle)) {
Point targetLocation = new Point(documentContainer.DestinationLocation.X, documentContainer.DestinationLocation.Y);
LOG.DebugFormat("Fragment targetLocation is {0}", targetLocation);
targetLocation.Offset(targetOffset);
LOG.DebugFormat("After offsetting the fragment targetLocation is {0}", targetLocation);
LOG.DebugFormat("Drawing fragment of size {0} to {1}", fragment.Size, targetLocation);
graphicsTarget.DrawImage(fragment, targetLocation);
graphicsTarget.Flush();
} else {
// somehow we are capturing nothing!?
LOG.WarnFormat("Crop of {0} failed?", documentContainer.Name);
break;
}
} finally {
fragment.Dispose();
}
} else {
LOG.WarnFormat("Capture of {0} failed!", documentContainer.Name);
}
verticalPage++;
}
horizontalPage++;
}
// Return to where we were
documentContainer.ScrollLeft = startLeft;
documentContainer.ScrollTop = startTop;
}
/// <summary>
/// Capture the actual page (document)
/// </summary>
/// <param name="documentContainer">The document wrapped in a container</param>
/// <returns>Bitmap with the page content as an image</returns>
private static Bitmap capturePage(DocumentContainer documentContainer, ICapture capture, Size pageSize)
{
WindowDetails contentWindowDetails = documentContainer.ContentWindow;
//Create a target bitmap to draw into with the calculated page size
Bitmap returnBitmap = new Bitmap(pageSize.Width, pageSize.Height, PixelFormat.Format24bppRgb);
using (Graphics graphicsTarget = Graphics.FromImage(returnBitmap)) {
// Clear the target with the backgroundcolor
Color clearColor = documentContainer.BackgroundColor;
LOG.DebugFormat("Clear color: {0}", clearColor);
graphicsTarget.Clear(clearColor);
// Get the base document & draw it
drawDocument(documentContainer, contentWindowDetails, graphicsTarget);
// Loop over the frames and clear their source area so we don't see any artefacts
foreach(DocumentContainer frameDocument in documentContainer.Frames) {
using(Brush brush = new SolidBrush(clearColor)) {
graphicsTarget.FillRectangle(brush, frameDocument.SourceRectangle);
}
}
// Loop over the frames and capture their content
foreach(DocumentContainer frameDocument in documentContainer.Frames) {
drawDocument(frameDocument, contentWindowDetails, graphicsTarget);
}
}
return returnBitmap;
}
/// <summary>
/// Capture the actual page (document)
/// </summary>
/// <param name="documentContainer">The document wrapped in a container</param>
/// <returns>Bitmap with the page content as an image</returns>
private static Bitmap capturePage(DocumentContainer documentContainer, ICapture capture)
{
WindowDetails contentWindowDetails = documentContainer.ContentWindow;
// Calculate the page size
int pageWidth = documentContainer.ScrollWidth;
int pageHeight = documentContainer.ScrollHeight;
// Here we loop over all the frames and try to make sure they don't overlap
bool movedFrame;
do {
movedFrame = false;
foreach(DocumentContainer currentFrame in documentContainer.Frames) {
foreach(DocumentContainer otherFrame in documentContainer.Frames) {
if (otherFrame.ID == currentFrame.ID) {
continue;
}
// check if we need to move
if (otherFrame.DestinationRectangle.IntersectsWith(currentFrame.DestinationRectangle) && !otherFrame.SourceRectangle.IntersectsWith(currentFrame.SourceRectangle)) {
bool horizalResize = currentFrame.SourceSize.Width < currentFrame.DestinationSize.Width;
bool verticalResize = currentFrame.SourceSize.Width < currentFrame.DestinationSize.Width;
bool horizalMove = currentFrame.SourceLeft < currentFrame.DestinationLeft;
bool verticalMove = currentFrame.SourceTop < currentFrame.DestinationTop;
bool leftOf = currentFrame.SourceRight <= otherFrame.SourceLeft;
bool belowOf = currentFrame.SourceBottom <= otherFrame.SourceTop;
if ((horizalResize || horizalMove) && leftOf) {
// Current frame resized horizontally, so move other horizontally
LOG.DebugFormat("Moving Frame {0} horizontally to the right of {1}", otherFrame.Name, currentFrame.Name);
otherFrame.DestinationLeft = currentFrame.DestinationRight;
movedFrame = true;
} else if ((verticalResize || verticalMove) && belowOf){
// Current frame resized vertically, so move other vertically
LOG.DebugFormat("Moving Frame {0} vertically to the bottom of {1}", otherFrame.Name, currentFrame.Name);
otherFrame.DestinationTop = currentFrame.DestinationBottom;
movedFrame = true;
} else {
LOG.DebugFormat("Frame {0} intersects with {1}", otherFrame.Name, currentFrame.Name);
}
}
}
}
} while(movedFrame);
bool movedMouse = false;
// Correct cursor location to be inside the window
capture.MoveMouseLocation(-documentContainer.ContentWindow.Location.X, -documentContainer.ContentWindow.Location.Y);
// See if the page has the correct size, as we capture the full frame content AND might have moved them
// the normal pagesize will no longer be enough
foreach(DocumentContainer frameData in documentContainer.Frames) {
if (!movedMouse && frameData.SourceRectangle.Contains(capture.CursorLocation)) {
// Correct mouse cursor location for scrolled position (so it shows on the capture where it really was)
capture.MoveMouseLocation(frameData.ScrollLeft, frameData.ScrollTop);
movedMouse = true;
// Apply any other offset changes
int offsetX = frameData.DestinationLocation.X - frameData.SourceLocation.X;
int offsetY = frameData.DestinationLocation.Y - frameData.SourceLocation.Y;
capture.MoveMouseLocation(offsetX, offsetY);
}
//Get Frame Width & Height
pageWidth = Math.Max(pageWidth, frameData.DestinationRight);
pageHeight = Math.Max(pageHeight, frameData.DestinationBottom);
}
// If the mouse hasn't been moved, it wasn't on a frame. So correct the mouse according to the scroll position of the document
if (!movedMouse) {
// Correct mouse cursor location
capture.MoveMouseLocation(documentContainer.ScrollLeft, documentContainer.ScrollTop);
}
// Limit the size as the editor currently can't work with sizes > short.MaxValue
if (pageWidth > short.MaxValue) {
LOG.WarnFormat("Capture has a width of {0} which bigger than the maximum supported {1}, cutting width to the maxium.", pageWidth, short.MaxValue);
pageWidth = Math.Min(pageWidth, short.MaxValue);
}
if (pageHeight > short.MaxValue) {
LOG.WarnFormat("Capture has a height of {0} which bigger than the maximum supported {1}, cutting height to the maxium", pageHeight, short.MaxValue);
pageHeight = Math.Min(pageHeight, short.MaxValue);
}
//Create a target bitmap to draw into with the calculated page size
Bitmap returnBitmap = new Bitmap(pageWidth, pageHeight, PixelFormat.Format24bppRgb);
using (Graphics graphicsTarget = Graphics.FromImage(returnBitmap)) {
// Clear the target with the backgroundcolor
Color clearColor = documentContainer.BackgroundColor;
LOG.DebugFormat("Clear color: {0}", clearColor);
graphicsTarget.Clear(clearColor);
// Get the base document & draw it
drawDocument(documentContainer, contentWindowDetails, graphicsTarget);
//ParseElements(documentContainer, graphicsTarget, returnBitmap);
// Loop over the frames and clear their source area so we don't see any artefacts
foreach(DocumentContainer frameDocument in documentContainer.Frames) {
using(Brush brush = new SolidBrush(clearColor)) {
graphicsTarget.FillRectangle(brush, frameDocument.SourceRectangle);
}
}
// Loop over the frames and capture their content
foreach(DocumentContainer frameDocument in documentContainer.Frames) {
drawDocument(frameDocument, contentWindowDetails, graphicsTarget);
//ParseElements(frameDocument, graphicsTarget, returnBitmap);
}
}
return returnBitmap;
}
/// <summary>
/// Helper method which will retrieve the IHTMLDocument2 for the supplied window,
/// or return the first if none is supplied.
/// </summary>
/// <param name="browserWindow">The WindowDetails to get the IHTMLDocument2 for</param>
/// <param name="document2">Ref to the IHTMLDocument2 to return</param>
/// <returns>The WindowDetails to which the IHTMLDocument2 belongs</returns>
private static DocumentContainer CreateDocumentContainer(WindowDetails browserWindow) {
DocumentContainer returnDocumentContainer = null;
WindowDetails returnWindow = null;
IHTMLDocument2 returnDocument2 = null;
// alternative if no match
WindowDetails alternativeReturnWindow = null;
IHTMLDocument2 alternativeReturnDocument2 = null;
// Find the IE windows
foreach (WindowDetails ieWindow in GetIEWindows()) {
LOG.DebugFormat("Processing {0} - {1}", ieWindow.ClassName, ieWindow.Text);
Accessible ieAccessible = null;
WindowDetails directUIWD = IEHelper.GetDirectUI(ieWindow);
if (directUIWD != null) {
ieAccessible = new Accessible(directUIWD.Handle);
}
if (ieAccessible == null) {
if (browserWindow != null) {
LOG.InfoFormat("Active Window is {0}", browserWindow.Text);
}
if (!ieWindow.Equals(browserWindow)) {
LOG.WarnFormat("No ieAccessible for {0}", ieWindow.Text);
continue;
}
LOG.DebugFormat("No ieAccessible, but the active window is an IE window: {0}, ", ieWindow.Text);
}
try {
// Get the Document
IHTMLDocument2 document2 = getHTMLDocument(ieWindow);
if (document2 == null) {
continue;
}
// Get the content window handle for the shellWindow.Document
IOleWindow oleWindow = (IOleWindow)document2;
IntPtr contentWindowHandle = IntPtr.Zero;
if (oleWindow != null) {
oleWindow.GetWindow(out contentWindowHandle);
}
if (contentWindowHandle != IntPtr.Zero) {
// Get the HTMLDocument to check the hasFocus
// See: http://social.msdn.microsoft.com/Forums/en-US/vbgeneral/thread/60c6c95d-377c-4bf4-860d-390840fce31c/
IHTMLDocument4 document4 = (IHTMLDocument4)document2;
if (document4.hasFocus()) {
LOG.DebugFormat("Matched focused document: {0}", document2.title);
// Look no further, we got what we wanted!
returnDocument2 = document2;
returnWindow = new WindowDetails(contentWindowHandle);
break;
}
try {
if (ieWindow.Equals(browserWindow)) {
returnDocument2 = document2;
returnWindow = new WindowDetails(contentWindowHandle);
break;
}
if (ieAccessible != null && returnWindow == null && document2.title.Equals(ieAccessible.IEActiveTabCaption) ) {
LOG.DebugFormat("Title: {0}", document2.title);
returnDocument2 = document2;
returnWindow = new WindowDetails(contentWindowHandle);
} else {
alternativeReturnDocument2 = document2;
alternativeReturnWindow = new WindowDetails(contentWindowHandle);
}
} catch (Exception) {
alternativeReturnDocument2 = document2;
alternativeReturnWindow = new WindowDetails(contentWindowHandle);
}
}
} catch (Exception e) {
LOG.ErrorFormat("Major problem: Problem retrieving Document from {0}", ieWindow.Text);
LOG.Error(e);
}
}
// check if we have something to return
if (returnWindow != null) {
// As it doesn't have focus, make sure it's active
returnWindow.Restore();
returnWindow.GetParent();
// Create the container
try {
returnDocumentContainer = new DocumentContainer(returnDocument2, returnWindow);
} catch (Exception e) {
LOG.Error("Major problem: Problem retrieving Document.");
LOG.Error(e);
}
}
if (returnDocumentContainer == null && alternativeReturnDocument2 != null) {
// As it doesn't have focus, make sure it's active
alternativeReturnWindow.Restore();
alternativeReturnWindow.GetParent();
// Create the container
try {
returnDocumentContainer = new DocumentContainer(alternativeReturnDocument2, alternativeReturnWindow);
} catch (Exception e) {
LOG.Error("Major problem: Problem retrieving Document.");
LOG.Error(e);
}
}
return returnDocumentContainer;
}