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/* -*- Mode: Java; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 2 -*-
*
* The contents of this file are subject to the Netscape Public
* License Version 1.1 (the "License"); you may not use this file
* except in compliance with the License. You may obtain a copy of
* the License at http://www.mozilla.org/NPL/
*
* Software distributed under the License is distributed on an "AS
* IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or
* implied. See the License for the specific language governing
* rights and limitations under the License.
*
* The Original Code is mozilla.org code.
*
* The Initial Developer of the Original Code is Netscape
* Communications Corporation. Portions created by Netscape are
* Copyright (C) 2000 Netscape Communications Corporation. All
* Rights Reserved.
*
* Contributor(s):
*/
/* Main Composer window debug menu functions */
// --------------------------- Output ---------------------------
function EditorGetText()
{
if (editorShell) {
dump("Getting text\n");
var outputText = editorShell.GetContentsAs("text/plain", 2);
dump(outputText + "\n");
}
}
function EditorGetHTML()
{
if (editorShell) {
dump("Getting HTML\n");
var outputHTML = editorShell.GetContentsAs("text/html", 0);
dump(outputHTML + "\n");
}
}
function EditorGetXIF()
{
if (window.editorShell) {
dump("Getting XIF\n");
var outputHTML = editorShell.GetContentsAs("text/xif", 2);
dump(outputHTML + "\n");
}
}
function EditorDumpContent()
{
if (window.editorShell) {
dump("============== Content Tree: ================\n");
window.editorShell.DumpContentTree();
}
}
function EditorInsertText(textToInsert)
{
editorShell.InsertText(textToInsert);
}
function EditorTestSelection()
{
dump("Testing selection\n");
var selection = editorShell.editorSelection;
if (!selection)
{
dump("No selection!\n");
return;
}
dump("Selection contains:\n");
dump(selection.toString() + "\n");
var output;
dump("\n====== Selection as XIF =======================\n");
output = editorShell.GetContentsAs("text/xif", 1);
dump(output + "\n\n");
dump("====== Selection as unformatted text ==========\n");
output = editorShell.GetContentsAs("text/plain", 1);
dump(output + "\n\n");
dump("====== Selection as formatted text ============\n");
output = editorShell.GetContentsAs("text/plain", 3);
dump(output + "\n\n");
dump("====== Selection as HTML ======================\n");
output = editorShell.GetContentsAs("text/html", 1);
dump(output + "\n\n");
dump("====== Length and status =====================\n");
output = "Document is ";
if (editorShell.documentIsEmpty)
output += "empty\n";
else
output += "not empty\n";
output += "Document length is " + editorShell.documentLength + " characters";
dump(output + "\n\n");
}
function EditorTestTableLayout()
{
var table = editorShell.GetElementOrParentByTagName("table", null);
if (!table) {
dump("Enclosing Table not found: Place caret in a table cell to do this test\n\n");
return;
}
var cell;
var startRowIndexObj = new Object();
var startColIndexObj = new Object();
var rowSpanObj = new Object();
var colSpanObj = new Object();
var isSelectedObj = new Object();
var startRowIndex = 0;
var startColIndex = 0;
var rowSpan;
var colSpan;
var isSelected;
var col = 0;
var row = 0;
var rowCount = 0;
var maxColCount = 0;
var doneWithRow = false;
var doneWithCol = false;
dump("\n\n\n************ Starting Table Layout test ************\n");
// Note: We could also get the number of rows, cols and use for loops,
// but this tests using out-of-bounds offsets to detect end of row or column
while (!doneWithRow) // Iterate through rows
{
while(!doneWithCol) // Iterate through cells in the row
{
try {
cell = editorShell.GetCellDataAt(table, row, col, startRowIndexObj, startColIndexObj,
rowSpanObj, colSpanObj, isSelectedObj);
if (cell)
{
rowSpan = rowSpanObj.value;
colSpan = colSpanObj.value;
isSelected = isSelectedObj.value;
dump("Row,Col: "+row+","+col+" StartRow,StartCol: "+startRowIndexObj.value+","+startColIndexObj.value+" RowSpan="+rowSpan+" ColSpan="+colSpan);
if (isSelected)
dump(" Cell is selected\n");
else
dump(" Cell is NOT selected\n");
// Save the indexes of a cell that will span across the cellmap grid
if (rowSpan > 1)
startRowIndex = startRowIndexObj.value;
if (colSpan > 1)
startColIndex = startColIndexObj.value;
// Initialize these for efficient spanned-cell search
startRowIndexObj.value = startRowIndex;
startColIndexObj.value = startColIndex;
col++;
} else {
doneWithCol = true;
// Get maximum number of cells in any row
if (col > maxColCount)
maxColCount = col;
dump(" End of row found\n\n");
}
}
catch (e) {
dump(" *** GetCellDataAt barfed at Row,Col:"+row+","+col+" ***\n\n");
col++;
}
}
if (col == 0) {
// Didn't find a cell in the first col of a row,
// thus no more rows in table
doneWithRow = true;
rowCount = row;
dump("No more rows in table\n\n");
} else {
// Setup for next row
col = 0;
row++;
doneWithCol = false;
dump("Setup for next row\n");
}
}
dump("Counted during scan: Number of rows="+rowCount+" Number of Columns="+maxColCount+"\n");
rowCount = editorShell.GetTableRowCount(table);
maxColCount = editorShell.GetTableColumnCount(table);
dump("From nsITableLayout: Number of rows="+rowCount+" Number of Columns="+maxColCount+"\n****** End of Table Layout Test *****\n\n");
}
function EditorShowEmbeddedObjects()
{
dump("\nEmbedded Objects:\n");
var objectArray = editorShell.GetEmbeddedObjects();
dump(objectArray.Count() + " embedded objects\n");
for (var i=0; i < objectArray.Count(); ++i)
dump(objectArray.GetElementAt(i) + "\n");
}
function EditorUnitTests()
{
dump("Running Unit Tests\n");
editorShell.RunUnitTests();
}
function EditorTestDocument()
{
dump("Getting document\n");
var theDoc = editorShell.editorDocument;
if (theDoc)
{
dump("Got the doc\n");
dump("Document name:" + theDoc.nodeName + "\n");
dump("Document type:" + theDoc.doctype + "\n");
}
else
{
dump("Failed to get the doc\n");
}
}
// --------------------------- Logging stuff ---------------------------
function EditorExecuteScript(fileSpec)
{
fileSpec.openStreamForReading();
var buf = { value:null };
var tmpBuf = { value:null };
var didTruncate = { value:false };
var lineNum = 0;
var ex;
// Log files can be quite huge, so read in a line
// at a time and execute it:
while (!fileSpec.eof())
{
buf.value = "";
didTruncate.value = true;
// Keep looping until we get a complete line of
// text, or we hit the end of file:
while (didTruncate.value && !fileSpec.eof())
{
didTruncate.value = false;
fileSpec.readLine(tmpBuf, 1024, didTruncate);
buf.value += tmpBuf.value;
// XXX Need to null out tmpBuf.value to avoid crashing
// XXX in some JavaScript string allocation method.
// XXX This is probably leaking the buffer allocated
// XXX by the readLine() implementation.
tmpBuf.value = null;
}
++lineNum;
try { eval(buf.value); }
catch(ex) { dump("Playback ERROR: Line " + lineNum + " " + ex + "\n"); return; }
}
buf.value = null;
}
function EditorGetScriptFileSpec()
{
var fs = Components.classes["component://netscape/filespec"].createInstance();
fs = fs.QueryInterface(Components.interfaces.nsIFileSpec);
fs.unixStyleFilePath = "journal.js";
return fs;
}
function EditorStartLog()
{
var fs;
fs = EditorGetScriptFileSpec();
editorShell.StartLogging(fs);
contentWindow.focus();
fs = null;
}
function EditorStopLog()
{
editorShell.StopLogging();
contentWindow.focus();
}
function EditorRunLog()
{
var fs;
fs = EditorGetScriptFileSpec();
EditorExecuteScript(fs);
contentWindow.focus();
}