/** * Checks what happens when ResolveAttribute of a paragraph is set * to non-Style object. */ public void testGetLogicalStyle03() { final AbstractElement par = (AbstractElement) doc.getParagraphElement(5); final MutableAttributeSet set = new SimpleAttributeSet(); StyleConstants.setForeground(set, Color.GREEN); StyleConstants.setBackground(set, Color.YELLOW); doc.writeLock(); try { set.setResolveParent(boldItalic); par.setResolveParent(set); assertSame(set, par.getResolveParent()); assertNull(doc.getLogicalStyle(5)); } finally { doc.writeUnlock(); } }
/** * This removes only one character from the document: the new line which * separates two paragraphs. * The paragraphs merge into one. All their child elements which are * not entirely contained in the remove region are copied into the * new paragraph. */ public void testRemoveParagraphBreak() throws Exception { final int offset = paragraph.getEndOffset() - 1; final int length = 1; ((AbstractElement) paragraph).addAttributes(bold); buf.remove(offset, length, createEvent(offset, length)); final List<?> edits = getEdits(event); assertEquals(1, edits.size()); assertChange(edits.get(0), root, 0, new int[] { 0, 16, 16, 21 }, new int[] { 0, 21 }); final AbstractElement branch = (AbstractElement) root.getElement(0); assertChildren(branch, new int[] { 0, 5, 5, 9, 9, 15, 16, 21 }, new AttributeSet[] { null, bold, italic, null }); assertEquals(2, branch.getAttributeCount()); assertTrue(branch.isDefined(AttributeSet.ResolveAttribute)); assertTrue(branch.containsAttributes(bold)); }
/** * Removes an entire element before the paragraph break as well the break * itself. * Two paragraphs merge. The resulting paragraph doesn't contain the * child elements which were entirely contained in the remove region. */ public void testRemoveFullElementParagraphBreak() throws Exception { final Element italicElement = paragraph.getElement(2); final int offset = italicElement.getStartOffset(); final int length = paragraph.getEndOffset() - offset; ((AbstractElement) paragraph).addAttributes(bold); buf.remove(offset, length, createEvent(offset, length)); final List<?> edits = getEdits(event); assertEquals(1, edits.size()); assertChange(edits.get(0), root, 0, new int[] { 0, 16, 16, 21 }, new int[] { 0, 21 }); final AbstractElement branch = (AbstractElement) root.getElement(0); assertChildren(branch, new int[] { 0, 5, 5, 9, 16, 21 }, new AttributeSet[] { null, bold, null }); assertEquals(2, branch.getAttributeCount()); assertTrue(branch.isDefined(AttributeSet.ResolveAttribute)); assertTrue(branch.containsAttributes(bold)); }
public void testTranslateHTMLToCSSBody() throws Exception { AbstractElement body = (AbstractElement)doc.getDefaultRootElement().getElement(0); assertEquals("body", body.getName()); assertTrue(body instanceof BlockElement); body.addAttribute(HTML.Attribute.BGCOLOR, "#ffffff"); body.addAttribute(HTML.Attribute.BACKGROUND, "bg.jpg"); body.addAttribute(HTML.Attribute.TEXT, "black"); body.addAttribute(HTML.Attribute.LINK, "blue"); body.addAttribute(HTML.Attribute.ALINK, "red"); body.addAttribute(HTML.Attribute.VLINK, "purple"); attr = ss.translateHTMLToCSS(body); assertSame(NamedStyle.class, attr.getClass()); assertNull(((NamedStyle)attr).getName()); assertEquals(3, attr.getAttributeCount()); assertEquals(isHarmony() ? "url(bg.jpg)" : "bg.jpg", attr.getAttribute(CSS.Attribute.BACKGROUND_IMAGE) .toString()); assertEquals("#ffffff", attr.getAttribute(CSS.Attribute.BACKGROUND_COLOR) .toString()); assertEquals("black", attr.getAttribute(CSS.Attribute.COLOR).toString()); }
public void testTranslateHTMLToCSSA() throws Exception { doc.remove(0, doc.getLength()); HTMLEditorKit kit = new HTMLEditorKit(); kit.read(new StringReader("<a href=\"http://go\">link</a>"), doc, 0); AbstractElement body = (AbstractElement)doc.getDefaultRootElement().getElement(1); assertEquals("body", body.getName()); body.addAttribute(HTML.Attribute.BGCOLOR, "#ffffff"); body.addAttribute(HTML.Attribute.BACKGROUND, "bg.jpg"); body.addAttribute(HTML.Attribute.TEXT, "black"); body.addAttribute(HTML.Attribute.LINK, "blue"); body.addAttribute(HTML.Attribute.ALINK, "red"); body.addAttribute(HTML.Attribute.VLINK, "purple"); AbstractElement a = (AbstractElement)doc.getCharacterElement(2); assertNotNull(a.getAttribute(HTML.Tag.A)); attr = ss.translateHTMLToCSS(a); assertNull(((NamedStyle)attr).getName()); assertEquals(0, attr.getAttributeCount()); }
public void testTranslateHTMLToCSSAlignTop() throws Exception { AbstractElement branch = (AbstractElement)doc.getDefaultRootElement().getElement(0); assertEquals("body", branch.getName()); branch.addAttribute(HTML.Attribute.ALIGN, "top"); attr = ss.translateHTMLToCSS(branch); if (isHarmony()) { assertEquals(0, attr.getAttributeCount()); assertNull(attr.getAttribute(CSS.Attribute.TEXT_ALIGN)); } else { assertEquals(1, attr.getAttributeCount()); assertEquals("top", attr.getAttribute(CSS.Attribute.TEXT_ALIGN).toString()); } }
public void testTranslateHTMLToCSSAlignBottom() throws Exception { AbstractElement branch = (AbstractElement)doc.getDefaultRootElement().getElement(0); assertEquals("body", branch.getName()); branch.addAttribute(HTML.Attribute.ALIGN, "bottom"); attr = ss.translateHTMLToCSS(branch); if (isHarmony()) { assertEquals(0, attr.getAttributeCount()); assertNull(attr.getAttribute(CSS.Attribute.TEXT_ALIGN)); } else { assertEquals(1, attr.getAttributeCount()); assertEquals("bottom", attr.getAttribute(CSS.Attribute.TEXT_ALIGN).toString()); } }
public void testTranslateHTMLToCSSAlignChar() throws Exception { AbstractElement branch = (AbstractElement)doc.getDefaultRootElement().getElement(0); assertEquals("body", branch.getName()); branch.addAttribute(HTML.Attribute.ALIGN, "char"); attr = ss.translateHTMLToCSS(branch); if (isHarmony()) { assertEquals(0, attr.getAttributeCount()); assertNull(attr.getAttribute(CSS.Attribute.TEXT_ALIGN)); } else { assertEquals(1, attr.getAttributeCount()); assertEquals("char", attr.getAttribute(CSS.Attribute.TEXT_ALIGN).toString()); } }
public void checkStructureEquivalence(AbstractDocument.AbstractElement elem) { String name = elem.getName(); if (!goldenName.equals(name)) { throw new RuntimeException("Bad structure: expected element name is '" + goldenName + "' but the actual name was '" + name + "'."); } int goldenChildCount = goldenChildren.size(); int childCount = elem.getChildCount(); if (childCount != goldenChildCount) { System.out.print("D: children: "); for (int i = 0; i < childCount; i++) { System.out.print(" " + elem.getElement(i).getName()); } System.out.println(""); System.out.print("D: goldenChildren: "); for (GoldenElement ge : goldenChildren) { System.out.print(" " + ge.goldenName); } System.out.println(""); throw new RuntimeException("Bad structure: expected child count of element '" + goldenName + "' is '" + goldenChildCount + "' but the actual count was '" + childCount + "'."); } for (int i = 0; i < childCount; i++) { AbstractDocument.AbstractElement nextElem = (AbstractDocument.AbstractElement) elem.getElement(i); GoldenElement goldenElement = goldenChildren.get(i); goldenElement.checkStructureEquivalence(nextElem); } }
/** * Checks that logical style is ResolveAttribute of paragraph. */ public void testGetLogicalStyle02() { final StyleContext context = new StyleContext(); final Style style = context.addStyle("aStyle", null); final AbstractElement par = (AbstractElement) doc.getParagraphElement(5); doc.writeLock(); try { par.addAttribute(AttributeSet.ResolveAttribute, style); assertSame(style, doc.getLogicalStyle(5)); } finally { doc.writeUnlock(); } }
public void testCreateDefaultRoot() { AbstractElement defRoot = doc.createDefaultRoot(); assertTrue(defRoot instanceof SectionElement); assertEquals(0, defRoot.getAttributeCount()); assertEquals(1, defRoot.getElementCount()); assertTrue(defRoot.getElement(0) instanceof BranchElement); }
public void testDumpAtTextLimit() throws BadLocationException { String dump = "<bidi root>\n" + " <bidi level\n" + " bidiLevel=0\n" + " >\n" + " [0,40][123456789\n" + "123456789\n" + "123456789\n" + "aaabbbccc\n" + "]\n"; ByteArrayOutputStream out = new ByteArrayOutputStream(); PrintStream ps = new PrintStream(out); aDocument.insertString(0, dumpTextAtLimit, null); ((AbstractElement) aDocument.getBidiRootElement()).dump(ps, 0); assertEquals(dump, AbstractDocumentTest.filterNewLines(out.toString())); }
public void testDumpBeyondTextLimit() throws BadLocationException { String dump = "<bidi root>\n" + " <bidi level\n" + " bidiLevel=0\n" + " >\n" + " [0,50][123456789\n" + "123456789\n" + "123456789\n" + "aaabbbccc1...]\n"; ByteArrayOutputStream out = new ByteArrayOutputStream(); PrintStream ps = new PrintStream(out); aDocument.insertString(0, dumpTextBeyondLimit, null); ((AbstractElement) aDocument.getBidiRootElement()).dump(ps, 0); assertEquals(dump, AbstractDocumentTest.filterNewLines(out.toString())); }
public void testGetNameParent() throws Exception { final String parentName = "parentName"; attrs.addAttribute(AbstractDocument.ElementNameAttribute, parentName); BranchElement parent = doc.new BranchElement(null, attrs); AbstractElement element = new AbstractElementImpl(doc, parent, null); assertTrue(parent.isDefined(AbstractDocument.ElementNameAttribute)); assertEquals(parentName, parent.getName()); assertFalse(element.isDefined(AbstractDocument.ElementNameAttribute)); assertNull(element.getName()); }
/** * Remove an entire paragraph. * Despite it is not necessary to change the document structure, * it is modified as if only part of the paragraph was removed. * I.e. a new branch is created, and it contains the children from * the following paragraph only because all child elements of the first * paragraph fall into the remove region entirely. */ public void testRemoveFullParagraph() throws Exception { final int offset = paragraph.getStartOffset(); final int length = paragraph.getEndOffset() - offset; ((AbstractElement) paragraph).addAttributes(bold); buf.remove(offset, length, createEvent(offset, length)); final List<?> edits = getEdits(event); assertEquals(1, edits.size()); assertChange(edits.get(0), root, 0, new int[] { 0, 16, 16, 21 }, new int[] { 16, 21 }); final AbstractElement branch = (AbstractElement) root.getElement(0); assertChildren(branch, new int[] { 16, 21 }, new AttributeSet[] { null }); assertEquals(2, branch.getAttributeCount()); assertTrue(branch.isDefined(AttributeSet.ResolveAttribute)); assertTrue(branch.containsAttributes(bold)); }
@Override protected void setUp() throws Exception { doc = new PlainDocument(); doc.insertString(0, AbstractDocument_BranchElementTest.LTR + AbstractDocument_BranchElementTest.RTL + AbstractDocument_BranchElementTest.LTR + AbstractDocument_BranchElementTest.RTL + "\n01234", null); doc.writeLock(); aElement = (AbstractElement) doc.getDefaultRootElement(); parented = doc.new BranchElement(parent = aElement, null); doc.writeUnlock(); }
public void testGetName() { AbstractElement block = htmlDoc.new BlockElement(null, null); assertEquals("paragraph", block.getName()); htmlDoc.lockWrite(); final String name = "asddsa"; block = htmlDoc.new BlockElement(null, null); block.addAttribute(StyleConstants.NameAttribute, name); assertEquals(name, block.getName()); }
