use of com.codename1.ui.table.Table in project CodenameOne by codenameone.
the class HTMLComponent method handleTableCell.
/**
* Handles a single table cell (a TD tag)
*
* @param tdTag The TD tag element
* @param align The current alignment
*/
private void handleTableCell(HTMLElement tdTag, int align) {
newLineIfNotEmpty(align);
tableCells.addElement(curContainer);
Container cell = new Container();
cell.getStyle().setBgTransparency(0);
cell.setLayout(new BoxLayout(BoxLayout.Y_AXIS));
// int border=0;
HTMLElement trTag = (HTMLElement) tdTag.getParent();
while ((trTag != null) && (trTag.getTagId() != HTMLElement.TAG_TR)) {
// Though in strict XHTML TR can only contain TD/TH - in some HTMLs TR doesn't have to be the direct parent of the tdTag, i.e.: <tr><b><td>...</td>... </b></tr>
trTag = (HTMLElement) trTag.getParent();
}
// Commented since the table border should not affect cell border
/*if (trTag!=null) { // Null checks to prevent exceptions for a TD tag without table etc.
HTMLElement tableTag=(HTMLElement)trTag.getParent();
while ((tableTag!=null) && (tableTag.getTagId()!=HTMLElement.TAG_TABLE)) { // Though in strict XHTML TABLE can only contain TR - in some HTMLs it might be different
tableTag=(HTMLElement)tableTag.getParent();
}
if (tableTag!=null) {
border=getInt(tableTag.getAttributeById(HTMLElement.ATTR_BORDER));
}
}
cell.getUnselectedStyle().setPadding(border, border, border, border);
cell.getSelectedStyle().setPadding(border, border, border, border);*/
// Constraint constraint = new Constraint();
CellConstraint constraint = new CellConstraint();
int halign = align;
int valign = Component.CENTER;
if (trTag != null) {
HTMLElement tGroupTag = (HTMLElement) trTag.getParent();
int tagId = tGroupTag.getTagId();
if ((tagId == HTMLElement.TAG_TBODY) || (tagId == HTMLElement.TAG_THEAD) || (tagId == HTMLElement.TAG_TFOOT)) {
// Get the default TR alignment
halign = getHorizAlign(tGroupTag.getAttributeById(HTMLElement.ATTR_ALIGN), halign, false);
// Get the default TR valignment
valign = getVertAlign(tGroupTag.getAttributeById(HTMLElement.ATTR_VALIGN), valign);
}
// Get the default TR alignment
halign = getHorizAlign(trTag.getAttributeById(HTMLElement.ATTR_ALIGN), halign, false);
// Get the default TR valignment
valign = getVertAlign(trTag.getAttributeById(HTMLElement.ATTR_VALIGN), valign);
}
halign = getHorizAlign(tdTag.getAttributeById(HTMLElement.ATTR_ALIGN), halign, false);
valign = getVertAlign(tdTag.getAttributeById(HTMLElement.ATTR_VALIGN), valign);
int colspan = getInt(tdTag.getAttributeById(HTMLElement.ATTR_COLSPAN));
int rowspan = getInt(tdTag.getAttributeById(HTMLElement.ATTR_ROWSPAN));
String cWidth = tdTag.getAttributeById(HTMLElement.ATTR_WIDTH);
int pW = getPercentage(cWidth);
if ((pW > 0) && (pW < 100)) {
// constraint.setWidthPercentage(pW); //TODO - Setting a width constraint currently makes the field width 0 - needs to be fixed in TableLayout
} else {
pW = getInt(cWidth);
if (pW != 0) {
cell.setPreferredW(pW);
}
}
String cHeight = tdTag.getAttributeById(HTMLElement.ATTR_HEIGHT);
int pH = getPercentage(cHeight);
if ((pH > 0) && (pH < 100)) {
// constraint.setHeightPercentage(pH); //TODO - Setting a height constraint currently makes the field height 0 - needs to be fixed in TableLayout
} else {
pH = getInt(cHeight);
if (pH != 0) {
cell.setPreferredH(pH);
}
}
constraint.setHorizontalAlign(halign);
constraint.setVerticalAlign(valign);
if (colspan > 1) {
constraint.setHorizontalSpan(colspan);
}
if (rowspan > 1) {
constraint.setVerticalSpan(rowspan);
}
curContainer = cell;
if (curTable != null) {
curTable.addCell(cell, (tdTag.getTagId() == HTMLElement.TAG_TH), constraint);
}
if (loadCSS) {
tdTag.setAssociatedComponents(cell);
if (trTag != null) {
trTag.addAssociatedComponent(cell);
}
}
}
use of com.codename1.ui.table.Table in project CodenameOne by codenameone.
the class HTMLComponent method processTag.
/**
* Processes the given tag. This is the main processing method that calls all others and uses itself in a recursive manner.
*
* @param element The element to process
* @param align The current alignment
*/
private void processTag(HTMLElement element, int align) {
if ((cancelled) && (!cancelledCaught)) {
return;
}
int curAlign = align;
HTMLFont oldFont = font;
int oldFontColor = textColor;
for (int i = 0; i < element.getNumChildren(); i++) {
if ((cancelled) && (!cancelledCaught)) {
break;
}
HTMLElement child = (HTMLElement) element.getChildAt(i);
// Process Tag Open
switch(child.getTagId()) {
case HTMLElement.TAG_TEXT:
// String text=child.getAttributeById(HTMLElement.ATTR_TITLE);
String text = child.getText();
if ((curComboBox != null) && (optionTag)) {
// Text is inside an OPTION tag, i.e. belongs to a ComboBox
OptionItem oi = new OptionItem(text, optionValue);
curComboBox.addItem(oi);
if (optionSelected) {
curComboBox.setSelectedItem(oi);
if (curForm != null) {
curForm.setDefaultValue(curComboBox, oi);
}
}
} else if (curTextArea != null) {
// Text is inside of a TEXTAREA tag
curTextArea.setText(text);
if (curForm != null) {
curForm.setDefaultValue(curTextArea, text);
}
} else if (element.getTagId() == HTMLElement.TAG_LEGEND) {
// Note: this is element, i.e. the child's parent (child is TAG_TEXT, and if parent is TAG_LEGEND then we process this block)
if (fieldsets.size() > 0) {
Container fset = (Container) fieldsets.lastElement();
fset.getStyle().setBorder(Border.createLineBorder(1, text));
fset.getStyle().setPadding(Component.TOP, fset.getStyle().getFont().getHeight() + 1);
}
} else if ((curTable != null) && (element.getTagId() == HTMLElement.TAG_CAPTION)) {
// Note: this is element, i.e. the child's parent (child is TAG_TEXT, and if parent is TAG_LEGEND then we process this block)
curTable.captionTextTag = child;
} else {
// long startTextTime=System.currentTimeMillis(); //debug code for performance measurement
Vector comps = null;
if (preTagCount != 0) {
comps = showPreTagText(text, curAlign);
} else {
if (FIXED_WIDTH) {
comps = showTextFixedWidth(text, curAlign);
} else {
comps = showText(text, curAlign);
}
}
if (loadCSS) {
child.setAssociatedComponents(comps);
}
// textTime+=(System.currentTimeMillis()-startTextTime); //debug code for performance measurement
}
break;
case HTMLElement.TAG_A:
link = child.getAttributeById(HTMLElement.ATTR_HREF);
if ((link != null) && (docInfo == null) && (!DocumentInfo.isAbsoluteURL(link))) {
if (htmlCallback != null) {
htmlCallback.parsingError(HTMLCallback.ERROR_NO_BASE_URL, child.getTagName(), child.getAttributeName(new Integer(HTMLElement.ATTR_HREF)), link, "Disabling relative link (" + link + "), since page was set by setBody/setHTML/setDOM so there's no way to access relative URLs");
}
link = null;
}
if ((link != null) && (htmlCallback != null)) {
int linkProps = htmlCallback.getLinkProperties(this, convertURL(link));
if ((linkProps & HTMLCallback.LINK_FORBIDDEN) != 0) {
link = null;
} else if ((linkProps & HTMLCallback.LINK_VISTED) != 0) {
linkVisited = true;
}
}
anchor = child.getAttributeById(HTMLElement.ATTR_NAME);
if (link != null) {
String aKey = child.getAttributeById(HTMLElement.ATTR_ACCESSKEY);
if ((aKey != null) && (aKey.length() == 1)) {
accesskey = aKey.charAt(0);
}
}
break;
case HTMLElement.TAG_H1:
case HTMLElement.TAG_H2:
case HTMLElement.TAG_H3:
case HTMLElement.TAG_H4:
case HTMLElement.TAG_H5:
case HTMLElement.TAG_H6:
font = (HTMLFont) fonts.get(child.getTagName());
if (font == null) {
font = oldFont;
}
// No break here intentionally
case HTMLElement.TAG_P:
curAlign = getHorizAlign(child.getAttributeById(HTMLElement.ATTR_ALIGN), align, true);
adjustAlignment(align, curAlign);
newLineIfNotEmpty(curAlign);
newLineIfLastWasNotEmpty(curAlign);
pushContainer(child);
break;
case HTMLElement.TAG_DIV:
case // CENTER is practically DIV align=CENTER
HTMLElement.TAG_CENTER:
curAlign = child.getTagId() == HTMLElement.TAG_DIV ? getHorizAlign(child.getAttributeById(HTMLElement.ATTR_ALIGN), align, true) : Component.CENTER;
adjustAlignment(align, curAlign);
newLineIfNotEmpty(curAlign);
pushContainer(child);
break;
case HTMLElement.TAG_FIELDSET:
newLineIfNotEmpty(curAlign);
Container newCont = new Container();
newCont.setUIID("HTMLFieldset");
if (fieldsets.size() == 0) {
// First fieldset shouldn't have margin
newCont.getStyle().setMargin(Component.LEFT, 0);
}
newCont.setLayout(new BoxLayout(BoxLayout.Y_AXIS));
curContainer.addComponent(newCont);
fieldsets.addElement(newCont);
curContainer = newCont;
if (loadCSS) {
child.setAssociatedComponents(newCont);
}
break;
case HTMLElement.TAG_BR:
if (loadCSS) {
child.setAssociatedComponents(curLine);
}
newLine(curAlign);
break;
case HTMLElement.TAG_DL:
newLineIfNotEmpty(curAlign);
newLine(curAlign);
pushContainer(child);
break;
case HTMLElement.TAG_DT:
newLineIfNotEmpty(curAlign);
pushContainer(child);
break;
case HTMLElement.TAG_UL:
case HTMLElement.TAG_DIR:
case HTMLElement.TAG_MENU:
newLineIfNotEmpty(curAlign);
ulLevel++;
listIndent += INDENT_UL;
if ((ulLevel == 1) && (olIndex == Integer.MIN_VALUE)) {
// newline only if it's the first list
newLine(curAlign);
} else {
// extra indentation for level 2 and beyond
listIndent += INDENT_UL;
}
pushContainer(child);
break;
case HTMLElement.TAG_OL:
newLineIfNotEmpty(curAlign);
if (olIndex != Integer.MIN_VALUE) {
String indexStr = ORDERED_LIST_TYPE_IDENTIFIERS[listType] + "" + olIndex;
// new Integer(olIndex));
olUpperLevelIndex.addElement(indexStr);
}
// olIndex=1;
olIndex = getInt(child.getAttributeById(HTMLElement.ATTR_START), 1);
listType = getOrderedListType(child);
if ((olUpperLevelIndex.size() == 0) && (ulLevel == 0)) {
// newline only if it's the first list
newLine(curAlign);
} else {
// add indent only for second level - first one already gets it from the numbers alignment to a 4-digit number
listIndent += INDENT_OL;
}
pushContainer(child);
break;
case HTMLElement.TAG_LI:
Container listItemCont = new Container(new BorderLayout());
listItemCont.getStyle().setMargin(Component.LEFT, leftIndent + listIndent);
curContainer.addComponent(listItemCont);
containers.addElement(curContainer);
HTMLListItem bullet = null;
if (((HTMLElement) child.getParent()).getTagId() == HTMLElement.TAG_OL) {
olIndex = getInt(child.getAttributeById(HTMLElement.ATTR_VALUE), olIndex);
int itemListType = getOrderedListType(child, listType);
HTMLListIndex listIndex = new HTMLListIndex(olIndex, itemListType);
listIndex.getUnselectedStyle().setFgColor(textColor);
listIndex.getSelectedStyle().setFgColor(textColor);
listIndex.getUnselectedStyle().setFont(font.getFont());
bullet = listIndex;
// following aligns short and long numbers (assuming a 4-digit number as the maximum, as other browsers do)
bullet.getUnselectedStyle().setAlignment(Component.RIGHT);
bullet.setPreferredW(font.getFont().stringWidth("8888. "));
} else {
bullet = new HTMLBullet(getUnorderedListType(child, ulLevel), font.getFont().getHeight(), textColor, this);
}
Container bulletCont = new Container(new BorderLayout());
bulletCont.addComponent(BorderLayout.NORTH, bullet);
listItemCont.addComponent(BorderLayout.WEST, bulletCont);
Container listItemText = new Container(new BoxLayout(BoxLayout.Y_AXIS));
listItemCont.addComponent(BorderLayout.CENTER, listItemText);
curContainer = listItemText;
if (loadCSS) {
child.setAssociatedComponents(listItemText);
}
break;
case HTMLElement.TAG_BLOCKQUOTE:
newLineIfNotEmpty(curAlign);
updateMargin(INDENT_BLOCKQUOTE);
newLine(curAlign);
pushContainer(child);
break;
case HTMLElement.TAG_DD:
newLineIfNotEmpty(curAlign);
updateMargin(INDENT_DD);
pushContainer(child);
break;
case HTMLElement.TAG_HR:
newLineIfNotEmpty(curAlign);
Label hr = new Label();
hr.setUIID("HTMLHR");
// hr.getStyle().setBorder(Border.createBevelRaised());
int hrWidth = calcSize(width, child.getAttributeById(HTMLElement.ATTR_WIDTH), width, false);
int hrHeight = getInt(child.getAttributeById(HTMLElement.ATTR_SIZE), HR_THICKNESS);
hr.setPreferredW(hrWidth);
hr.setPreferredH(hrHeight);
curLine.addComponent(hr);
newLine(curAlign);
if (loadCSS) {
child.setAssociatedComponents(hr);
}
break;
case HTMLElement.TAG_STYLE:
break;
case HTMLElement.TAG_IMG:
handleImage(child, curAlign, null);
break;
case HTMLElement.TAG_PRE:
preTagCount++;
pushContainer(child);
case HTMLElement.TAG_EM:
case HTMLElement.TAG_STRONG:
case HTMLElement.TAG_DFN:
case HTMLElement.TAG_CODE:
case HTMLElement.TAG_SAMP:
case HTMLElement.TAG_KBD:
case HTMLElement.TAG_VAR:
case HTMLElement.TAG_CITE:
case HTMLElement.TAG_TT:
font = (HTMLFont) fonts.get(child.getTagName());
if (font == null) {
font = oldFont;
}
break;
case HTMLElement.TAG_B:
case HTMLElement.TAG_I:
case HTMLElement.TAG_BIG:
case HTMLElement.TAG_SMALL:
font = getCounterpartFont(child.getTagId(), font);
break;
case HTMLElement.TAG_FORM:
curForm = new HTMLForm(this, child.getAttributeById(HTMLElement.ATTR_ACTION), child.getAttributeById(HTMLElement.ATTR_METHOD), child.getAttributeById(HTMLElement.ATTR_ENCTYPE));
pushContainer(child);
break;
case HTMLElement.TAG_BUTTON:
handleInput(child, curAlign);
break;
case HTMLElement.TAG_INPUT:
handleInput(child, curAlign);
break;
case HTMLElement.TAG_SELECT:
String multi = child.getAttributeById(HTMLElement.ATTR_MULTIPLE);
// If a select tag has size specified, it will be shown as an open list, and not as Codename One combo, even if there's no multiple seection allowed
if ((multi != null) || (child.getAttributeById(HTMLElement.ATTR_SIZE) != null)) {
curComboBox = new MultiComboBox(multi != null);
Container comboCont = new Container(new BorderLayout());
curComboBox.setItemGap(0);
comboCont.setUIID("ComboBox");
curComboBox.setUIID("List");
comboCont.addComponent(BorderLayout.CENTER, curComboBox);
} else {
curComboBox = new HTMLComboBox();
}
String name = child.getAttributeById(HTMLElement.ATTR_NAME);
if (curForm != null) {
curForm.addInput(name, curComboBox, null);
}
// Even if CSS is off, we need to associate it for HTMLElement.getCurentValue
child.setAssociatedComponents(curComboBox);
if (eventsListener != null) {
eventsListener.registerComponent(curComboBox, child);
}
if ((!PROCESS_HTML_MP1_ONLY) && (child.getAttributeById(HTMLElement.ATTR_DISABLED) != null)) {
curComboBox.setEnabled(false);
}
break;
case HTMLElement.TAG_OPTGROUP:
if (curComboBox != null) {
String label = child.getAttributeById(HTMLElement.ATTR_LABEL);
if (label != null) {
curComboBox.addItem(label);
}
}
break;
case HTMLElement.TAG_OPTION:
optionTag = true;
optionValue = child.getAttributeById(HTMLElement.ATTR_VALUE);
if ((curComboBox != null) && (child.getAttributeById(HTMLElement.ATTR_SELECTED) != null)) {
optionSelected = true;
}
break;
case HTMLElement.TAG_TEXTAREA:
curTextArea = new TextArea(getInt(child.getAttributeById(HTMLElement.ATTR_ROWS), DEFAULT_TEXTAREA_ROWS), getInt(child.getAttributeById(HTMLElement.ATTR_COLS), DEFAULT_TEXTAREA_COLS));
if (!PROCESS_HTML_MP1_ONLY) {
if (child.getAttributeById(HTMLElement.ATTR_DISABLED) != null) {
curTextArea.setEnabled(false);
}
if (child.getAttributeById(HTMLElement.ATTR_READONLY) != null) {
curTextArea.setEditable(false);
}
}
addCmp(curTextArea, curAlign);
if (eventsListener != null) {
eventsListener.registerComponent(curTextArea, child);
}
// Even if CSS is off, we need to associate it for HTMLElement.getCurentValue
child.setAssociatedComponents(curTextArea);
String aKey = element.getAttributeById(HTMLElement.ATTR_ACCESSKEY);
if ((aKey != null) && (aKey.length() == 1)) {
// accessKeys.put(new Integer(aKey.charAt(0)), curTextArea);
addAccessKey(aKey.charAt(0), curTextArea, false);
}
break;
case HTMLElement.TAG_Q:
addQuote(child, curAlign, true);
quoteTagCount++;
break;
case HTMLElement.TAG_TABLE:
newLineIfNotEmpty(curAlign);
if (curTable != null) {
tables.addElement(curTable);
HTMLTableModel newTable = new HTMLTableModel();
curTable = newTable;
} else {
curTable = new HTMLTableModel();
}
// In fixed width mode we arbitrarily divide the size by a factor knowing that probably there are several cells (If we don't do it, labels inside the cell will be built up to the full width size, leaving no space for others)
width = width / 2;
break;
case HTMLElement.TAG_TR:
break;
case HTMLElement.TAG_TH:
case HTMLElement.TAG_TD:
if (curTable != null) {
handleTableCell(child, curAlign);
}
break;
case HTMLElement.TAG_LABEL:
labelForID = child.getAttributeById(HTMLElement.ATTR_FOR);
aKey = child.getAttributeById(HTMLElement.ATTR_ACCESSKEY);
if ((aKey != null) && (aKey.length() == 1)) {
accesskey = aKey.charAt(0);
}
break;
// HTML 4 tags
case HTMLElement.TAG_FONT:
// TODO - This will not work for nested font tags, need to either define color as a local parameter or create a vector stack
textColor = HTMLElement.getColor(child.getAttributeById(HTMLElement.ATTR_COLOR), textColor);
String family = child.getAttributeById(HTMLElement.ATTR_FACE);
int size = getInt(child.getAttributeById(HTMLElement.ATTR_SIZE));
if ((family != null) || (size != 0)) {
HTMLFont f = getClosestHTMLFont(family, size, 0, 0);
if (f != null) {
font = f;
}
}
break;
case HTMLElement.TAG_U:
case // INS (Inserted text) is rendered exactly like U (underline) in most browsers
HTMLElement.TAG_INS:
if (underlineCount == 0) {
textDecoration |= Style.TEXT_DECORATION_UNDERLINE;
}
underlineCount++;
break;
case HTMLElement.TAG_S:
case HTMLElement.TAG_STRIKE:
case // DEL (Deleted text) is rendered exactly like S (strikethru) in most browsers
HTMLElement.TAG_DEL:
if (strikethruCount == 0) {
textDecoration |= Style.TEXT_DECORATION_STRIKETHRU;
}
strikethruCount++;
break;
case HTMLElement.TAG_MAP:
String mapName = child.getAttributeById(HTMLElement.ATTR_NAME);
curImageMap = new ImageMapData(mapName);
break;
case HTMLElement.TAG_AREA:
handleImageMapArea(child);
break;
case HTMLElement.TAG_SUP:
superscript++;
break;
case HTMLElement.TAG_SUB:
superscript--;
break;
case HTMLElement.TAG_TBODY:
if (curTable != null) {
curTable.startSegment(HTMLTableModel.SEGMENT_TBODY);
}
break;
case HTMLElement.TAG_THEAD:
if (curTable != null) {
curTable.startSegment(HTMLTableModel.SEGMENT_THEAD);
}
break;
case HTMLElement.TAG_TFOOT:
if (curTable != null) {
curTable.startSegment(HTMLTableModel.SEGMENT_TFOOT);
}
break;
}
if (child.getNumChildren() > 0) {
processTag(child, curAlign);
}
// Process close tag
switch(child.getTagId()) {
case HTMLElement.TAG_H1:
case HTMLElement.TAG_H2:
case HTMLElement.TAG_H3:
case HTMLElement.TAG_H4:
case HTMLElement.TAG_H5:
case HTMLElement.TAG_H6:
font = oldFont;
case HTMLElement.TAG_P:
// Restore previous alignment
curAlign = align;
newLineIfNotEmpty(curAlign);
popContainer();
newLine(curAlign);
break;
case HTMLElement.TAG_DIV:
case HTMLElement.TAG_CENTER:
// Restore previous alignment
curAlign = align;
newLineIfNotEmpty(curAlign);
popContainer();
break;
case HTMLElement.TAG_FIELDSET:
newLineIfNotEmpty(curAlign);
Container fieldsetContainer = (Container) fieldsets.lastElement();
curContainer = fieldsetContainer.getParent();
fieldsets.removeElement(fieldsetContainer);
break;
case HTMLElement.TAG_BLOCKQUOTE:
newLineIfNotEmpty(curAlign);
newLine(curAlign);
updateMargin(-INDENT_BLOCKQUOTE);
popContainer();
break;
case HTMLElement.TAG_DT:
popContainer();
break;
case HTMLElement.TAG_DD:
newLineIfNotEmpty(curAlign);
updateMargin(-INDENT_DD);
popContainer();
break;
case HTMLElement.TAG_DL:
newLine(curAlign);
popContainer();
break;
case HTMLElement.TAG_A:
link = null;
linkVisited = false;
mainLink = null;
anchor = null;
accesskey = '\0';
break;
case HTMLElement.TAG_UL:
case HTMLElement.TAG_DIR:
case HTMLElement.TAG_MENU:
ulLevel--;
if ((ulLevel == 0) && (olIndex == Integer.MIN_VALUE)) {
newLine(curAlign);
} else {
// level 2 and beyond got extra indentation, so we remove it here
listIndent -= INDENT_UL;
}
listIndent -= INDENT_UL;
popContainer();
break;
case HTMLElement.TAG_OL:
if (olUpperLevelIndex.size() != 0) {
String indexStr = (String) olUpperLevelIndex.lastElement();
olUpperLevelIndex.removeElementAt(olUpperLevelIndex.size() - 1);
listType = getOrderedListType(indexStr.charAt(0), HTMLListIndex.LIST_NUMERIC);
olIndex = getInt(indexStr.substring(1));
// First level of ordered list doesn't get indentation, so we substract only if it's nested
listIndent -= INDENT_OL;
} else {
olIndex = Integer.MIN_VALUE;
}
if ((olIndex == Integer.MIN_VALUE) && (ulLevel == 0)) {
// new line only if it is the last nested list
newLine(curAlign);
}
popContainer();
break;
case HTMLElement.TAG_LI:
if (olIndex != Integer.MIN_VALUE) {
olIndex++;
}
newLineIfNotEmpty(curAlign);
// We can't use popContainer, since with LI the container is pushed even when CSS is ignored, to provide the spacing between the list item bullet/number and the text (in a nested way if needed)
Container prevContainer = (Container) containers.lastElement();
curContainer = prevContainer;
containers.removeElement(curContainer);
// curContainer=listItemParentContainer;
break;
case HTMLElement.TAG_PRE:
preTagCount--;
popContainer();
case HTMLElement.TAG_FONT:
textColor = oldFontColor;
case HTMLElement.TAG_EM:
case HTMLElement.TAG_STRONG:
case HTMLElement.TAG_DFN:
case HTMLElement.TAG_CODE:
case HTMLElement.TAG_SAMP:
case HTMLElement.TAG_KBD:
case HTMLElement.TAG_VAR:
case HTMLElement.TAG_CITE:
case HTMLElement.TAG_B:
case HTMLElement.TAG_I:
case HTMLElement.TAG_BIG:
case HTMLElement.TAG_SMALL:
case HTMLElement.TAG_TT:
font = oldFont;
break;
case HTMLElement.TAG_FORM:
if ((curForm != null) && (!curForm.hasSubmitButton) && (curForm.getNumFields() > 0)) {
// This is a fix for forms with no submit buttons which can be resulted due to the fact XHTML-MP doesn't support the BUTTON tag and also input type button with javascript
Button submitButton = new Button(curForm.createSubmitCommand(null, null));
addCmp(submitButton, curAlign);
}
curForm = null;
popContainer();
break;
case HTMLElement.TAG_TEXTAREA:
String name = child.getAttributeById(HTMLElement.ATTR_NAME);
if (curForm != null) {
// This was moved to the end tag to enable auto complete support (i.e. if there's an autocomplete it overrides the default value)
curForm.addInput(name, curTextArea, null);
}
curTextArea = null;
break;
case HTMLElement.TAG_SELECT:
if (curComboBox instanceof MultiComboBox) {
Container comboCont = curComboBox.getParent();
int minSize = Math.min(MIN_MULTI_COMBOBOX_ITEMS, curComboBox.size());
int maxSize = Math.min(curComboBox.size(), MAX_MULTI_COMBOBOX_ITEMS);
int size = Math.min(maxSize, Math.max(getInt(child.getAttributeById(HTMLElement.ATTR_SIZE)), minSize));
Component renderCmp = curComboBox.getRenderer().getListCellRendererComponent(curComboBox, "X", 0, false);
comboCont.setPreferredH((renderCmp.getPreferredH() + renderCmp.getStyle().getMargin(Component.TOP) + renderCmp.getStyle().getMargin(Component.BOTTOM) + curComboBox.getItemGap()) * size + curComboBox.getStyle().getPadding(Component.TOP) + curComboBox.getStyle().getPadding(Component.BOTTOM));
addCmp(comboCont, curAlign);
} else {
addCmp(curComboBox, curAlign);
}
curComboBox = null;
break;
case HTMLElement.TAG_OPTION:
optionTag = false;
optionSelected = false;
optionValue = null;
break;
case HTMLElement.TAG_Q:
quoteTagCount--;
addQuote(child, curAlign, false);
break;
case HTMLElement.TAG_TABLE:
newLineIfNotEmpty(curAlign);
// For a case that TR was not closed properly
curTable.commitRowIfNotEmpty();
if (curTable.getRowCount() != 0) {
// Don't add an empty table (Creates an exception in TableLayout and useless)
/*if (TABLES_LOCK_SIZE) {
for(int r=0;r<curTable.getRowCount();r++) {
for(int c=0;c<curTable.getColumnCount();c++) {
Component cmp=(Component)curTable.getValueAt(r, c);
if (cmp!=null) { // Can be null for cells that are "spanned over"
cmp.setPreferredSize(cmp.getPreferredSize());
}
}
}
}*/
HTMLTable table = new HTMLTable(curTable);
table.getStyle().setBgTransparency(0);
if (loadCSS) {
child.setAssociatedComponents(table);
}
int borderSize = getInt(child.getAttributeById(HTMLElement.ATTR_BORDER));
int[] borderPad = new int[4];
if (borderSize > 0) {
int frame = PROCESS_HTML_MP1_ONLY ? -1 : HTMLUtils.getStringVal(child.getAttributeById(HTMLElement.ATTR_FRAME), HTMLElement.ALLOWED_TABLE_FRAME_STRINGS);
Border border = Border.createLineBorder(borderSize);
if (frame == -1) {
for (int s = 0; s < borderPad.length; s++) {
borderPad[s] = borderSize;
}
} else {
Border[] borders = new Border[4];
for (int j = 0; j < HTMLElement.ALLOWED_TABLE_FRAME_VALS[frame].length; j++) {
int side = HTMLElement.ALLOWED_TABLE_FRAME_VALS[frame][j];
borders[side] = border;
borderPad[side] = borderSize;
}
border = Border.createCompoundBorder(borders[Component.TOP], borders[Component.BOTTOM], borders[Component.LEFT], borders[Component.RIGHT]);
}
table.getUnselectedStyle().setBorder(border);
table.getSelectedStyle().setBorder(border);
table.getUnselectedStyle().setPadding(borderPad[Component.TOP], borderPad[Component.BOTTOM], borderPad[Component.LEFT], borderPad[Component.RIGHT]);
table.getSelectedStyle().setPadding(borderPad[Component.TOP], borderPad[Component.BOTTOM], borderPad[Component.LEFT], borderPad[Component.RIGHT]);
} else {
table.getUnselectedStyle().setBorder(null);
table.getSelectedStyle().setBorder(null);
table.setDrawBorder(false);
}
if (!PROCESS_HTML_MP1_ONLY) {
int rules = HTMLUtils.getStringVal(child.getAttributeById(HTMLElement.ATTR_RULES), HTMLElement.ALLOWED_TABLE_RULES_STRINGS, Table.INNER_BORDERS_ALL);
table.setInnerBorderMode(rules);
int spacing = getInt(child.getAttributeById(HTMLElement.ATTR_CELLSPACING), -1);
if (spacing != -1) {
table.setBorderSpacing(spacing, spacing);
}
int padding = getInt(child.getAttributeById(HTMLElement.ATTR_CELLPADDING), -1);
if (padding != -1) {
for (int r = 0; r < curTable.getRowCount(); r++) {
for (int c = 0; c < curTable.getColumnCount(); c++) {
Component cmp = (Component) curTable.getValueAt(r, c);
if (cmp != null) {
// Can be null for cells that are "spanned over"
cmp.getUnselectedStyle().setPadding(padding, padding, padding, padding);
cmp.getSelectedStyle().setPadding(padding, padding, padding, padding);
}
}
}
}
}
if (curTable.captionTextTag != null) {
Container captionedTable = new Container(new BoxLayout(BoxLayout.Y_AXIS));
TextArea caption = new TextArea(curTable.captionTextTag.getText());
curTable.captionTextTag.setAssociatedComponents(caption);
caption.setUIID("HTMLTableCaption");
caption.setEditable(false);
caption.setFocusable(false);
caption.getStyle().setBorder(null);
caption.getStyle().setAlignment(Component.CENTER);
captionedTable.addComponent(caption);
captionedTable.addComponent(table);
addCmp(captionedTable, curAlign);
} else {
addCmp(table, curAlign);
}
newLineIfNotEmpty(curAlign);
}
if (tables.size() == 0) {
curTable = null;
} else {
curTable = (HTMLTableModel) tables.lastElement();
tables.removeElement(curTable);
}
// In fixed width mode we arbitrarily divide the size by a factor knowing that probably there are several cells - here we restore the size back
width = width * 2;
if (width > displayWidth) {
width = displayWidth;
}
break;
case HTMLElement.TAG_TR:
if (curTable != null) {
curTable.commitRow();
}
break;
case HTMLElement.TAG_TH:
case HTMLElement.TAG_TD:
if (curTable != null) {
newLineIfNotEmpty(curAlign);
curContainer = (Container) tableCells.lastElement();
tableCells.removeElement(curContainer);
}
break;
case HTMLElement.TAG_LABEL:
labelForID = null;
accesskey = '\0';
break;
// HTML 4 tags
case HTMLElement.TAG_U:
case HTMLElement.TAG_INS:
underlineCount--;
if (underlineCount == 0) {
textDecoration -= Style.TEXT_DECORATION_UNDERLINE;
}
break;
case HTMLElement.TAG_S:
case HTMLElement.TAG_STRIKE:
case HTMLElement.TAG_DEL:
strikethruCount--;
if (strikethruCount == 0) {
textDecoration -= Style.TEXT_DECORATION_STRIKETHRU;
}
break;
case HTMLElement.TAG_MAP:
if (curImageMap != null) {
if (imageMapData == null) {
imageMapData = new Hashtable();
}
imageMapData.put(curImageMap.name, curImageMap);
if ((imageMapComponents != null) && (imageMapComponents.containsKey(curImageMap.name))) {
HTMLImageMap imageMap = (HTMLImageMap) imageMapComponents.get(curImageMap.name);
imageMap.mapData = curImageMap;
}
curImageMap = null;
}
break;
case HTMLElement.TAG_SUP:
superscript--;
break;
case HTMLElement.TAG_SUB:
superscript++;
break;
case HTMLElement.TAG_TBODY:
case HTMLElement.TAG_THEAD:
case HTMLElement.TAG_TFOOT:
if (curTable != null) {
curTable.endSegment();
}
break;
}
}
}
use of com.codename1.ui.table.Table in project CodenameOne by codenameone.
the class HTMLTable method createCell.
/**
* This method is overriden to return the component that is contained in the HTMLTableModel
* (Since our model contains the actual component and does not store data that can be rendered using toString we can't use the original createCell method)
*
* @param value the new value object
* @param row row number, -1 for the header rows
* @param column column number
* @param editable true if the cell is editable
* @return cell component instance
*/
protected Component createCell(Object value, int row, int column, boolean editable) {
Component cmp = null;
if (value instanceof Component) {
cmp = (Component) value;
// TODO - table cells styling - needs to propogate downwards since the cell is usually a container, on the other hand can't wipe out the style of the container's components - TBD
// boolean isHeader=((HTMLTableModel)getModel()).isHeader(value);
// if (isHeader) {
// cmp.setUIID("TableHeader");
// } else {
// cmp.setUIID("TableCell");
// }
} else {
cmp = super.createCell(value, row, column, editable);
}
cmp.setFocusable(false);
return cmp;
}
use of com.codename1.ui.table.Table in project CodenameOne by codenameone.
the class HTMLTable method createCellConstraint.
/**
* This method is overriden to fetch the constraints from the associated HTMLTableModel and converts it to TableLayout.Constraint
*
* @param value the value of the cell
* @param row the table row
* @param column the table column
* @return the table constraint
*/
protected Constraint createCellConstraint(Object value, int row, int column) {
CellConstraint cConstraint = ((HTMLTableModel) getModel()).getConstraint(value);
if (cConstraint == null) {
// Can be null for cells that were "spanned over"
return super.createCellConstraint(value, row, column);
}
Constraint constraint = new Constraint();
constraint.setHorizontalAlign(cConstraint.align);
constraint.setVerticalAlign(cConstraint.valign);
constraint.setHorizontalSpan(cConstraint.spanHorizontal);
constraint.setVerticalSpan(cConstraint.spanVertical);
constraint.setWidthPercentage(cConstraint.width);
constraint.setHeightPercentage(cConstraint.height);
return constraint;
}
use of com.codename1.ui.table.Table in project CodenameOne by codenameone.
the class SQLExplorerSample method start.
public void start() {
if (current != null) {
current.show();
return;
}
Toolbar.setGlobalToolbar(true);
Style s = UIManager.getInstance().getComponentStyle("TitleCommand");
FontImage icon = FontImage.createMaterial(FontImage.MATERIAL_QUERY_BUILDER, s);
Form hi = new Form("SQL Explorer", new BorderLayout());
hi.getToolbar().addCommandToRightBar("", icon, (e) -> {
TextArea query = new TextArea(3, 80);
Command ok = new Command("Execute");
Command cancel = new Command("Cancel");
if (Dialog.show("Query", query, ok, cancel) == ok) {
Database db = null;
Cursor cur = null;
try {
db = Display.getInstance().openOrCreate("MyDB.db");
if (query.getText().startsWith("select")) {
cur = db.executeQuery(query.getText());
int columns = cur.getColumnCount();
hi.removeAll();
if (columns > 0) {
boolean next = cur.next();
if (next) {
ArrayList<String[]> data = new ArrayList<>();
String[] columnNames = new String[columns];
for (int iter = 0; iter < columns; iter++) {
columnNames[iter] = cur.getColumnName(iter);
}
while (next) {
Row currentRow = cur.getRow();
String[] currentRowArray = new String[columns];
for (int iter = 0; iter < columns; iter++) {
currentRowArray[iter] = currentRow.getString(iter);
}
data.add(currentRowArray);
next = cur.next();
}
Object[][] arr = new Object[data.size()][];
data.toArray(arr);
hi.add(BorderLayout.CENTER, new Table(new DefaultTableModel(columnNames, arr)));
} else {
hi.add(BorderLayout.CENTER, "Query returned no results");
}
} else {
hi.add(BorderLayout.CENTER, "Query returned no results");
}
} else {
db.execute(query.getText());
hi.add(BorderLayout.CENTER, "Query completed successfully");
}
hi.revalidate();
} catch (IOException err) {
Log.e(err);
hi.removeAll();
hi.add(BorderLayout.CENTER, "Error: " + err);
hi.revalidate();
} finally {
Util.cleanup(db);
Util.cleanup(cur);
}
}
});
hi.show();
}
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