UIWidgetPtr UIManager::createWidgetFromOTML(const OTMLNodePtr& widgetNode, const UIWidgetPtr& parent)
{
OTMLNodePtr originalStyleNode = getStyle(widgetNode->tag());
if(!originalStyleNode)
stdext::throw_exception(stdext::format("'%s' is not a defined style", widgetNode->tag()));
OTMLNodePtr styleNode = originalStyleNode->clone();
styleNode->merge(widgetNode);
std::string widgetType = styleNode->valueAt("__class");
// call widget creation from lua
UIWidgetPtr widget = g_lua.callGlobalField<UIWidgetPtr>(widgetType, "create");
if(parent)
parent->addChild(widget);
if(widget) {
widget->callLuaField("onCreate");
widget->setStyleFromNode(styleNode);
for(const OTMLNodePtr& childNode : styleNode->children()) {
if(!childNode->isUnique()) {
createWidgetFromOTML(childNode, widget);
styleNode->removeChild(childNode);
}
}
} else
stdext::throw_exception(stdext::format("unable to create widget of type '%s'", widgetType));
widget->callLuaField("onSetup");
return widget;
}
bool ParticleAffector::load(const OTMLNodePtr& node)
{
float minDelay = 0, maxDelay = 0;
float minDuration = -1, maxDuration = -1;
for(const OTMLNodePtr& childNode : node->children()) {
if(childNode->tag() == "delay") {
minDelay = childNode->value<float>();
maxDelay = childNode->value<float>();
}
else if(childNode->tag() == "min-delay")
minDelay = childNode->value<float>();
else if(childNode->tag() == "max-delay")
maxDelay = childNode->value<float>();
if(childNode->tag() == "duration") {
minDuration = childNode->value<float>();
maxDuration = childNode->value<float>();
}
else if(childNode->tag() == "min-duration")
minDuration = childNode->value<float>();
else if(childNode->tag() == "max-duration")
maxDuration = childNode->value<float>();
}
m_delay = Fw::randomRange(minDelay, maxDelay);
m_duration = Fw::randomRange(minDuration, maxDuration);
return true;
}
void UIProgressRect::onStyleApply(const std::string& styleName, const OTMLNodePtr& styleNode)
{
UIWidget::onStyleApply(styleName, styleNode);
for(const OTMLNodePtr& node : styleNode->children()) {
if(node->tag() == "percent")
setPercent(node->value<float>());
}
}
void UIHorizontalLayout::applyStyle(const OTMLNodePtr& styleNode)
{
UIBoxLayout::applyStyle(styleNode);
for(const OTMLNodePtr& node : styleNode->children()) {
if(node->tag() == "align-right")
setAlignRight(node->value<bool>());
}
}
void ParticleEffectType::load(const OTMLNodePtr& node)
{
m_node = node->clone();
for(const OTMLNodePtr& childNode : node->children()) {
if(childNode->tag() == "name")
m_name = childNode->value();
else if(childNode->tag() == "description")
m_description = childNode->value();
}
}
std::vector<std::string> Config::getList(const std::string& key)
{
std::vector<std::string> list;
OTMLNodePtr child = m_confsDoc->get(key);
if(child) {
for(const OTMLNodePtr& subchild : child->children())
list.push_back(subchild->value());
}
return list;
}
void UIBoxLayout::applyStyle(const OTMLNodePtr& styleNode)
{
UILayout::applyStyle(styleNode);
for(const OTMLNodePtr& node : styleNode->children()) {
if(node->tag() == "spacing")
setSpacing(node->value<int>());
else if(node->tag() == "fit-children")
setFitChildren(node->value<bool>());
}
}
void UIMinimap::onStyleApply(const std::string& styleName, const OTMLNodePtr& styleNode)
{
UIWidget::onStyleApply(styleName, styleNode);
for(const OTMLNodePtr& node : styleNode->children()) {
if(node->tag() == "zoom")
setZoom(node->value<int>());
else if(node->tag() == "max-zoom")
setMaxZoom(node->value<int>());
else if(node->tag() == "min-zoom")
setMinZoom(node->value<int>());
}
}
int push_luavalue(const OTMLNodePtr& node)
{
if(node) {
g_lua.newTable();
int currentIndex = 1;
for(const OTMLNodePtr& cnode : node->children()) {
push_otml_subnode_luavalue(cnode);
if(cnode->isUnique() && !cnode->tag().empty()) {
g_lua.setField(cnode->tag());
} else
g_lua.rawSeti(currentIndex++);
}
} else
g_lua.pushNil();
return 1;
}
bool GravityAffector::load(const OTMLNodePtr& node)
{
if(!ParticleAffector::load(node))
return false;
m_angle = 270 * DEG_TO_RAD;
m_gravity = 9.8;
for(const OTMLNodePtr& childNode : node->children()) {
if(childNode->tag() == "angle")
m_angle = childNode->value<float>() * DEG_TO_RAD;
else if(childNode->tag() == "gravity")
m_gravity = childNode->value<float>();
}
return true;
}
void ThingType::unserializeOtml(const OTMLNodePtr& node)
{
for(const OTMLNodePtr& node2 : node->children()) {
if(node2->tag() == "opacity")
m_opacity = node2->value<float>();
else if(node2->tag() == "notprewalkable")
m_attribs.set(ThingAttrNotPreWalkable, node2->value<bool>());
else if(node2->tag() == "image")
m_customImage = node2->value();
else if(node2->tag() == "full-ground") {
if(node2->value<bool>())
m_attribs.set(ThingAttrFullGround, true);
else
m_attribs.remove(ThingAttrFullGround);
}
}
}
void UIWidget::parseTextStyle(const OTMLNodePtr& styleNode)
{
for(const OTMLNodePtr& node : styleNode->children()) {
if(node->tag() == "text")
setText(node->value());
else if(node->tag() == "text-align")
setTextAlign(Fw::translateAlignment(node->value()));
else if(node->tag() == "text-offset")
setTextOffset(node->value<Point>());
else if(node->tag() == "text-wrap")
setTextWrap(node->value<bool>());
else if(node->tag() == "text-auto-resize")
setTextAutoResize(node->value<bool>());
else if(node->tag() == "font")
setFont(node->value());
}
}
void UIItem::onStyleApply(const std::string& styleName, const OTMLNodePtr& styleNode)
{
UIWidget::onStyleApply(styleName, styleNode);
for(const OTMLNodePtr& node : styleNode->children()) {
if(node->tag() == "item-id")
setItemId(node->value<int>());
else if(node->tag() == "item-count")
setItemCount(node->value<int>());
else if(node->tag() == "item-visible")
setItemVisible(node->value<bool>());
else if(node->tag() == "virtual")
setVirtual(node->value<bool>());
else if(node->tag() == "show-id")
m_showId = node->value<bool>();
}
}
void UILineEdit::onStyleApply(const OTMLNodePtr& styleNode)
{
UIWidget::onStyleApply(styleNode);
for(const OTMLNodePtr& node : styleNode->children()) {
if(node->tag() == "text") {
setText(node->value());
setCursorPos(m_text.length());
} else if(node->tag() == "text-hidden") {
setTextHidden(node->value<bool>());
} else if(node->tag() == "text-margin") {
m_textHorizontalMargin = node->value<int>();
} else if(node->tag() == "always-active") {
m_alwaysActive = true;
}
}
}
void UILineEdit::onStyleApply(const std::string& styleName, const OTMLNodePtr& styleNode)
{
UIWidget::onStyleApply(styleName, styleNode);
for(const OTMLNodePtr& node : styleNode->children()) {
if(node->tag() == "text") {
setText(node->value());
setCursorPos(m_text.length());
} else if(node->tag() == "text-hidden")
setTextHidden(node->value<bool>());
else if(node->tag() == "text-margin")
setTextHorizontalMargin(node->value<int>());
else if(node->tag() == "always-active")
setAlwaysActive(node->value<bool>());
//else if(node->tag() == "disable-arrow-navitation")
// setArrowNavigation(node->value<bool>());
}
}
void UIWidget::parseImageStyle(const OTMLNodePtr& styleNode)
{
for(const OTMLNodePtr& node : styleNode->children()) {
if(node->tag() == "image-source")
setImageSource(stdext::resolve_path(node->value(), node->source()));
else if(node->tag() == "image-offset-x")
setImageOffsetX(node->value<int>());
else if(node->tag() == "image-offset-y")
setImageOffsetY(node->value<int>());
else if(node->tag() == "image-offset")
setImageOffset(node->value<Point>());
else if(node->tag() == "image-width")
setImageWidth(node->value<int>());
else if(node->tag() == "image-height")
setImageHeight(node->value<int>());
else if(node->tag() == "image-size")
setImageSize(node->value<Size>());
else if(node->tag() == "image-rect")
setImageRect(node->value<Rect>());
else if(node->tag() == "image-clip")
setImageClip(node->value<Rect>());
else if(node->tag() == "image-fixed-ratio")
setImageFixedRatio(node->value<bool>());
else if(node->tag() == "image-repeated")
setImageRepeated(node->value<bool>());
else if(node->tag() == "image-smooth")
setImageSmooth(node->value<bool>());
else if(node->tag() == "image-color")
setImageColor(node->value<Color>());
else if(node->tag() == "image-border-top")
setImageBorderTop(node->value<int>());
else if(node->tag() == "image-border-right")
setImageBorderRight(node->value<int>());
else if(node->tag() == "image-border-bottom")
setImageBorderBottom(node->value<int>());
else if(node->tag() == "image-border-left")
setImageBorderLeft(node->value<int>());
else if(node->tag() == "image-border")
setImageBorder(node->value<int>());
else if(node->tag() == "image-auto-resize")
setImageAutoResize(node->value<bool>());
}
}
void UICheckBox::onStyleApply(const OTMLNodePtr& styleNode)
{
UIWidget::onStyleApply(styleNode);
for(OTMLNodePtr node : styleNode->children()) {
if(node->tag() == "text-offset")
m_textOffset = node->value<Point>();
else if(node->tag() == "text")
m_text = node->value();
else if(node->tag() == "box-size")
m_boxSize = node->value<Size>();
else if(node->tag() == "text-align")
m_textAlign = Fw::translateAlignment(node->value());
else if(node->tag() == "checked") {
// must be scheduled because setChecked can change the style again
g_dispatcher.addEvent(std::bind(&UICheckBox::setChecked, asUICheckBox(), node->value<bool>()));
}
}
}
void UIWidget::applyStyle(const OTMLNodePtr& styleNode)
{
if(m_destroyed)
return;
if(styleNode->size() == 0)
return;
m_loadingStyle = true;
try {
// translate ! style tags
for(const OTMLNodePtr& node : styleNode->children()) {
if(node->tag()[0] == '!') {
std::string tag = node->tag().substr(1);
std::string code = stdext::format("tostring(%s)", node->value());
std::string origin = "@" + node->source() + ": [" + node->tag() + "]";
g_lua.evaluateExpression(code, origin);
std::string value = g_lua.popString();
node->setTag(tag);
node->setValue(value);
}
}
onStyleApply(styleNode->tag(), styleNode);
callLuaField("onStyleApply", styleNode->tag(), styleNode);
if(m_firstOnStyle) {
UIWidgetPtr parent = getParent();
if(isFocusable() && isExplicitlyVisible() && isExplicitlyEnabled() &&
parent && ((!parent->getFocusedChild() && parent->getAutoFocusPolicy() == Fw::AutoFocusFirst) ||
parent->getAutoFocusPolicy() == Fw::AutoFocusLast)) {
focus();
}
}
m_firstOnStyle = false;
} catch(stdext::exception& e) {
g_logger.traceError(stdext::format("failed to apply style to widget '%s': %s", m_id, e.what()));
}
m_loadingStyle = false;
}
void UITextEdit::onStyleApply(const std::string& styleName, const OTMLNodePtr& styleNode)
{
UIWidget::onStyleApply(styleName, styleNode);
for(const OTMLNodePtr& node : styleNode->children()) {
if(node->tag() == "text") {
setText(node->value());
setCursorPos(m_text.length());
} else if(node->tag() == "text-hidden")
setTextHidden(node->value<bool>());
else if(node->tag() == "text-margin")
setTextHorizontalMargin(node->value<int>());
else if(node->tag() == "shift-navigation")
setShiftNavigation(node->value<bool>());
else if(node->tag() == "multiline")
setMultiline(node->value<bool>());
else if(node->tag() == "max-length")
setMaxLength(node->value<int>());
}
}
// otml nodes
void push_otml_subnode_luavalue(const OTMLNodePtr& node)
{
if(node->hasValue()) {
union {
bool b;
double d;
long l;
};
std::string value = node->rawValue();
if(stdext::cast(value, b))
g_lua.pushBoolean(b);
else if(stdext::cast(value, l))
g_lua.pushInteger(l);
else if(stdext::cast(value, d))
g_lua.pushNumber(d);
else
g_lua.pushString(value);
} else if(node->hasChildren()) {
g_lua.newTable();
bool pushedChild = false;
int currentIndex = 1;
for(const OTMLNodePtr& cnode : node->children()) {
push_otml_subnode_luavalue(cnode);
if(!g_lua.isNil()) {
if(cnode->isUnique()) {
g_lua.pushString(cnode->tag());
g_lua.insert(-2);
g_lua.rawSet();
} else
g_lua.rawSeti(currentIndex++);
pushedChild = true;
} else
g_lua.pop();
}
if(!pushedChild) {
g_lua.pop();
g_lua.pushNil();
}
} else
g_lua.pushNil();
}
void ParticleEmitter::load(const OTMLNodePtr& node)
{
for(const OTMLNodePtr& childNode : node->children()) {
// self related
if(childNode->tag() == "position")
m_position = childNode->value<Point>();
else if(childNode->tag() == "duration")
m_duration = childNode->value<float>();
else if(childNode->tag() == "delay")
m_delay = childNode->value<float>();
else if(childNode->tag() == "burst-rate")
m_burstRate = childNode->value<float>();
else if(childNode->tag() == "burst-count")
m_burstCount = childNode->value<int>();
else if(childNode->tag() == "particle-type")
m_particleType = g_particles.getParticleType(childNode->value());
}
if(!m_particleType)
stdext::throw_exception("emitter didn't provide a valid particle type");
}
bool AttractionAffector::load(const OTMLNodePtr& node)
{
if(!ParticleAffector::load(node))
return false;
m_acceleration = 32;
m_reduction = 0;
m_repelish = false;
for(const OTMLNodePtr& childNode : node->children()) {
if(childNode->tag() == "position")
m_position = childNode->value<Point>();
else if(childNode->tag() == "acceleration")
m_acceleration = childNode->value<float>();
else if(childNode->tag() == "velocity-reduction-percent")
m_reduction = childNode->value<float>();
else if(childNode->tag() == "repelish")
m_repelish = childNode->value<bool>();
}
return true;
}
void UIWidget::applyStyle(const OTMLNodePtr& styleNode)
{
if(m_destroyed)
return;
if(styleNode->size() == 0)
return;
m_loadingStyle = true;
try {
// translate ! style tags
for(const OTMLNodePtr& node : styleNode->children()) {
if(node->tag()[0] == '!') {
std::string tag = node->tag().substr(1);
std::string code = Fw::formatString("tostring(%s)", node->value().c_str());
std::string origin = "@" + node->source() + "[" + node->tag() + "]";
g_lua.evaluateExpression(code, origin);
std::string value = g_lua.popString();
node->setTag(tag);
node->setValue(value);
}
}
onStyleApply(styleNode->tag(), styleNode);
callLuaField("onStyleApply", styleNode->tag(), styleNode);
if(m_firstOnStyle) {
callLuaField("onSetup");
// always focus new child
if(isFocusable() && isExplicitlyVisible() && isExplicitlyEnabled())
focus();
}
m_firstOnStyle = false;
} catch(Exception& e) {
logError("Failed to apply style to widget '", m_id, "' style: ", e.what());
}
m_loadingStyle = false;
}
void ParticleSystem::load(const OTMLNodePtr& node)
{
for(const OTMLNodePtr& childNode : node->children()) {
if(childNode->tag() == "Emitter") {
ParticleEmitterPtr emitter = ParticleEmitterPtr(new ParticleEmitter());
emitter->load(childNode);
m_emitters.push_back(emitter);
}
else if(childNode->tag().find("Affector") != std::string::npos) {
ParticleAffectorPtr affector;
if(childNode->tag() == "GravityAffector")
affector = ParticleAffectorPtr(new GravityAffector);
else if(childNode->tag() == "AttractionAffector")
affector = ParticleAffectorPtr(new AttractionAffector);
if(affector) {
affector->load(childNode);
m_affectors.push_back(affector);
}
}
}
}
void UITextEdit::onStyleApply(const std::string& styleName, const OTMLNodePtr& styleNode)
{
UIWidget::onStyleApply(styleName, styleNode);
for(const OTMLNodePtr& node : styleNode->children()) {
if(node->tag() == "text") {
setText(node->value());
setCursorPos(m_text.length());
} else if(node->tag() == "text-hidden")
setTextHidden(node->value<bool>());
else if(node->tag() == "shift-navigation")
setShiftNavigation(node->value<bool>());
else if(node->tag() == "multiline")
setMultiline(node->value<bool>());
else if(node->tag() == "max-length")
setMaxLength(node->value<int>());
else if(node->tag() == "editable")
setEditable(node->value<bool>());
else if(node->tag() == "selectable")
setSelectable(node->value<bool>());
else if(node->tag() == "selection-color")
setSelectionColor(node->value<Color>());
else if(node->tag() == "selection-background-color")
setSelectionBackgroundColor(node->value<Color>());
else if(node->tag() == "selection") {
Point selectionRange = node->value<Point>();
setSelection(selectionRange.x, selectionRange.y);
}
else if(node->tag() == "cursor-visible")
setCursorVisible(node->value<bool>());
else if(node->tag() == "change-cursor-image")
setChangeCursorImage(node->value<bool>());
else if(node->tag() == "auto-scroll")
setAutoScroll(node->value<bool>());
}
}
void ParticleType::load(const OTMLNodePtr& node)
{
for(const OTMLNodePtr& childNode : node->children()) {
if(childNode->tag() == "name")
pName = childNode->value();
else if(childNode->tag() == "position-radius") {
pMinPositionRadius = childNode->value<float>();
pMaxPositionRadius = childNode->value<float>();
}
else if(childNode->tag() == "min-position-radius")
pMinPositionRadius = childNode->value<float>();
else if(childNode->tag() == "max-position-radius")
pMaxPositionRadius = childNode->value<float>();
else if(childNode->tag() == "position-angle") {
pMinPositionAngle = childNode->value<float>() * DEG_TO_RAD;
pMaxPositionAngle = childNode->value<float>() * DEG_TO_RAD;
}
else if(childNode->tag() == "min-position-angle")
pMinPositionAngle = childNode->value<float>() * DEG_TO_RAD;
else if(childNode->tag() == "max-position-angle")
pMaxPositionAngle = childNode->value<float>() * DEG_TO_RAD;
// velocity
else if(childNode->tag() == "velocity") {
pMinVelocity = childNode->value<float>();
pMaxVelocity = childNode->value<float>();
}
else if(childNode->tag() == "min-velocity")
pMinVelocity = childNode->value<float>();
else if(childNode->tag() == "max-velocity")
pMaxVelocity = childNode->value<float>();
else if(childNode->tag() == "velocity-angle") {
pMinVelocityAngle = childNode->value<float>() * DEG_TO_RAD;
pMaxVelocityAngle = childNode->value<float>() * DEG_TO_RAD;
}
else if(childNode->tag() == "min-velocity-angle")
pMinVelocityAngle = childNode->value<float>() * DEG_TO_RAD;
else if(childNode->tag() == "max-velocity-angle")
pMaxVelocityAngle = childNode->value<float>() * DEG_TO_RAD;
else if(childNode->tag() == "acceleration") {
pMinAcceleration = childNode->value<float>();
pMaxAcceleration = childNode->value<float>();
}
// acceleration
else if(childNode->tag() == "min-acceleration")
pMinAcceleration = childNode->value<float>();
else if(childNode->tag() == "max-acceleration")
pMaxAcceleration = childNode->value<float>();
else if(childNode->tag() == "acceleration-angle") {
pMinAccelerationAngle = childNode->value<float>() * DEG_TO_RAD;
pMaxAccelerationAngle = childNode->value<float>() * DEG_TO_RAD;
}
else if(childNode->tag() == "min-acceleration-angle")
pMinAccelerationAngle = childNode->value<float>() * DEG_TO_RAD;
else if(childNode->tag() == "max-acceleration-angle")
pMaxAccelerationAngle = childNode->value<float>() * DEG_TO_RAD;
// duration
else if(childNode->tag() == "duration") {
pMinDuration = childNode->value<float>();
pMaxDuration = childNode->value<float>();
}
else if(childNode->tag() == "min-duration")
pMinDuration = childNode->value<float>();
else if(childNode->tag() == "max-duration")
pMaxDuration = childNode->value<float>();
else if(childNode->tag() == "ignore-physics-after")
pIgnorePhysicsAfter = childNode->value<float>();
// visual
else if(childNode->tag() == "size") {
pStartSize = childNode->value<Size>();
pFinalSize = childNode->value<Size>();
}
else if(childNode->tag() == "start-size")
pStartSize = childNode->value<Size>();
else if(childNode->tag() == "final-size")
pFinalSize = childNode->value<Size>();
else if(childNode->tag() == "colors")
pColors = stdext::split<Color>(childNode->value());
else if(childNode->tag() == "colors-stops")
pColorsStops = stdext::split<float>(childNode->value());
else if(childNode->tag() == "texture")
pTexture = g_textures.getTexture(childNode->value());
else if(childNode->tag() == "composition-mode") {
if(childNode->value() == "normal")
pCompositionMode = Painter::CompositionMode_Normal;
else if(childNode->value() == "multiply")
pCompositionMode = Painter::CompositionMode_Multiply;
else if(childNode->value() == "addition")
pCompositionMode = Painter::CompositionMode_Add;
}
}
if(pColors.empty())
pColors.push_back(Color(255, 255, 255, 128));
if(pColorsStops.empty())
pColorsStops.push_back(0);
if(pColors.size() != pColorsStops.size())
stdext::throw_exception("particle colors must be equal to colorstops-1");
pTexture->setSmooth(true);
pTexture->buildHardwareMipmaps();
}
void UIWidget::parseBaseStyle(const OTMLNodePtr& styleNode)
{
// load styles used by all widgets
for(const OTMLNodePtr& node : styleNode->children()) {
if(node->tag() == "color")
setColor(node->value<Color>());
else if(node->tag() == "x")
setX(node->value<int>());
else if(node->tag() == "y")
setY(node->value<int>());
else if(node->tag() == "pos")
setPosition(node->value<Point>());
else if(node->tag() == "width")
setWidth(node->value<int>());
else if(node->tag() == "height")
setHeight(node->value<int>());
else if(node->tag() == "rect")
setRect(node->value<Rect>());
else if(node->tag() == "background")
setBackgroundColor(node->value<Color>());
else if(node->tag() == "background-color")
setBackgroundColor(node->value<Color>());
else if(node->tag() == "background-offset-x")
setBackgroundOffsetX(node->value<int>());
else if(node->tag() == "background-offset-y")
setBackgroundOffsetY(node->value<int>());
else if(node->tag() == "background-offset")
setBackgroundOffset(node->value<Point>());
else if(node->tag() == "background-width")
setBackgroundWidth(node->value<int>());
else if(node->tag() == "background-height")
setBackgroundHeight(node->value<int>());
else if(node->tag() == "background-size")
setBackgroundSize(node->value<Size>());
else if(node->tag() == "background-rect")
setBackgroundRect(node->value<Rect>());
else if(node->tag() == "icon")
setIcon(stdext::resolve_path(node->value(), node->source()));
else if(node->tag() == "icon-source")
setIcon(stdext::resolve_path(node->value(), node->source()));
else if(node->tag() == "icon-color")
setIconColor(node->value<Color>());
else if(node->tag() == "icon-offset-x")
setIconOffsetX(node->value<int>());
else if(node->tag() == "icon-offset-y")
setIconOffsetY(node->value<int>());
else if(node->tag() == "icon-offset")
setIconOffset(node->value<Point>());
else if(node->tag() == "icon-width")
setIconWidth(node->value<int>());
else if(node->tag() == "icon-height")
setIconHeight(node->value<int>());
else if(node->tag() == "icon-size")
setIconSize(node->value<Size>());
else if(node->tag() == "icon-rect")
setIconRect(node->value<Rect>());
else if(node->tag() == "opacity")
setOpacity(node->value<float>());
else if(node->tag() == "enabled")
setEnabled(node->value<bool>());
else if(node->tag() == "visible")
setVisible(node->value<bool>());
else if(node->tag() == "checked")
setChecked(node->value<bool>());
else if(node->tag() == "dragable")
setChecked(node->value<bool>());
else if(node->tag() == "on")
setOn(node->value<bool>());
else if(node->tag() == "focusable")
setFocusable(node->value<bool>());
else if(node->tag() == "phantom")
setPhantom(node->value<bool>());
else if(node->tag() == "size")
setSize(node->value<Size>());
else if(node->tag() == "fixed-size")
setFixedSize(node->value<bool>());
else if(node->tag() == "clipping")
setClipping(node->value<bool>());
else if(node->tag() == "border") {
auto split = stdext::split(node->value(), " ");
if(split.size() == 2) {
setBorderWidth(stdext::safe_cast<int>(split[0]));
setBorderColor(stdext::safe_cast<Color>(split[1]));
} else
throw OTMLException(node, "border param must have its width followed by its color");
}
else if(node->tag() == "border-width")
setBorderWidth(node->value<int>());
else if(node->tag() == "border-width-top")
setBorderWidthTop(node->value<int>());
else if(node->tag() == "border-width-right")
setBorderWidthRight(node->value<int>());
else if(node->tag() == "border-width-bottom")
setBorderWidthBottom(node->value<int>());
else if(node->tag() == "border-width-left")
setBorderWidthLeft(node->value<int>());
else if(node->tag() == "border-color")
setBorderColor(node->value<Color>());
else if(node->tag() == "border-color-top")
setBorderColorTop(node->value<Color>());
else if(node->tag() == "border-color-right")
setBorderColorRight(node->value<Color>());
else if(node->tag() == "border-color-bottom")
setBorderColorBottom(node->value<Color>());
else if(node->tag() == "border-color-left")
setBorderColorLeft(node->value<Color>());
else if(node->tag() == "margin-top")
setMarginTop(node->value<int>());
else if(node->tag() == "margin-right")
setMarginRight(node->value<int>());
else if(node->tag() == "margin-bottom")
setMarginBottom(node->value<int>());
else if(node->tag() == "margin-left")
setMarginLeft(node->value<int>());
else if(node->tag() == "margin") {
std::string marginDesc = node->value();
std::vector<std::string> split;
boost::split(split, marginDesc, boost::is_any_of(std::string(" ")));
if(split.size() == 4) {
setMarginTop(stdext::safe_cast<int>(split[0]));
setMarginRight(stdext::safe_cast<int>(split[1]));
setMarginBottom(stdext::safe_cast<int>(split[2]));
setMarginLeft(stdext::safe_cast<int>(split[3]));
} else if(split.size() == 3) {
int marginTop = stdext::safe_cast<int>(split[0]);
int marginHorizontal = stdext::safe_cast<int>(split[1]);
int marginBottom = stdext::safe_cast<int>(split[2]);
setMarginTop(marginTop);
setMarginRight(marginHorizontal);
setMarginBottom(marginBottom);
setMarginLeft(marginHorizontal);
} else if(split.size() == 2) {
int marginVertical = stdext::safe_cast<int>(split[0]);
int marginHorizontal = stdext::safe_cast<int>(split[1]);
setMarginTop(marginVertical);
setMarginRight(marginHorizontal);
setMarginBottom(marginVertical);
setMarginLeft(marginHorizontal);
} else if(split.size() == 1) {
int margin = stdext::safe_cast<int>(split[0]);
setMarginTop(margin);
setMarginRight(margin);
setMarginBottom(margin);
setMarginLeft(margin);
}
}
else if(node->tag() == "padding-top")
setPaddingTop(node->value<int>());
else if(node->tag() == "padding-right")
setPaddingRight(node->value<int>());
else if(node->tag() == "padding-bottom")
setPaddingBottom(node->value<int>());
else if(node->tag() == "padding-left")
setPaddingLeft(node->value<int>());
else if(node->tag() == "padding") {
std::string paddingDesc = node->value();
std::vector<std::string> split;
boost::split(split, paddingDesc, boost::is_any_of(std::string(" ")));
if(split.size() == 4) {
setPaddingTop(stdext::safe_cast<int>(split[0]));
setPaddingRight(stdext::safe_cast<int>(split[1]));
setPaddingBottom(stdext::safe_cast<int>(split[2]));
setPaddingLeft(stdext::safe_cast<int>(split[3]));
} else if(split.size() == 3) {
int paddingTop = stdext::safe_cast<int>(split[0]);
int paddingHorizontal = stdext::safe_cast<int>(split[1]);
int paddingBottom = stdext::safe_cast<int>(split[2]);
setPaddingTop(paddingTop);
setPaddingRight(paddingHorizontal);
setPaddingBottom(paddingBottom);
setPaddingLeft(paddingHorizontal);
} else if(split.size() == 2) {
int paddingVertical = stdext::safe_cast<int>(split[0]);
int paddingHorizontal = stdext::safe_cast<int>(split[1]);
setPaddingTop(paddingVertical);
setPaddingRight(paddingHorizontal);
setPaddingBottom(paddingVertical);
setPaddingLeft(paddingHorizontal);
} else if(split.size() == 1) {
int padding = stdext::safe_cast<int>(split[0]);
setPaddingTop(padding);
setPaddingRight(padding);
setPaddingBottom(padding);
setPaddingLeft(padding);
}
}
// layouts
else if(node->tag() == "layout") {
std::string layoutType;
if(node->hasValue())
layoutType = node->value();
else
layoutType = node->valueAt<std::string>("type", "");
if(!layoutType.empty()) {
UILayoutPtr layout;
if(layoutType == "horizontalBox")
layout = UIHorizontalLayoutPtr(new UIHorizontalLayout(asUIWidget()));
else if(layoutType == "verticalBox")
layout = UIVerticalLayoutPtr(new UIVerticalLayout(asUIWidget()));
else if(layoutType == "grid")
layout = UIGridLayoutPtr(new UIGridLayout(asUIWidget()));
else if(layoutType == "anchor")
layout = UIAnchorLayoutPtr(new UIAnchorLayout(asUIWidget()));
else
throw OTMLException(node, "cannot determine layout type");
setLayout(layout);
}
if(node->hasChildren())
m_layout->applyStyle(node);
}
// anchors
else if(boost::starts_with(node->tag(), "anchors.")) {
UIWidgetPtr parent = getParent();
if(!parent) {
if(m_firstOnStyle)
throw OTMLException(node, "cannot create anchor, there is no parent widget!");
else
continue;
}
UIAnchorLayoutPtr anchorLayout = parent->getLayout()->asUIAnchorLayout();
if(!anchorLayout)
throw OTMLException(node, "cannot create anchor, the parent widget doesn't use anchor layout!");
std::string what = node->tag().substr(8);
if(what == "fill") {
fill(node->value());
} else if(what == "centerIn") {
centerIn(node->value());
} else {
Fw::AnchorEdge anchoredEdge = Fw::translateAnchorEdge(what);
if(node->value() == "none") {
removeAnchor(anchoredEdge);
} else {
std::vector<std::string> split = stdext::split(node->value(), ".");
if(split.size() != 2)
throw OTMLException(node, "invalid anchor description");
std::string hookedWidgetId = split[0];
Fw::AnchorEdge hookedEdge = Fw::translateAnchorEdge(split[1]);
if(anchoredEdge == Fw::AnchorNone)
throw OTMLException(node, "invalid anchor edge");
if(hookedEdge == Fw::AnchorNone)
throw OTMLException(node, "invalid anchor target edge");
addAnchor(anchoredEdge, hookedWidgetId, hookedEdge);
}
}
// lua functions
} else if(boost::starts_with(node->tag(), "@")) {
// load once
if(m_firstOnStyle) {
std::string funcName = node->tag().substr(1);
std::string funcOrigin = "@" + node->source() + "[" + node->tag() + "]";
g_lua.loadFunction(node->value(), funcOrigin);
luaSetField(funcName);
}
// lua fields value
} else if(boost::starts_with(node->tag(), "&")) {
std::string fieldName = node->tag().substr(1);
std::string fieldOrigin = "@" + node->source() + "[" + node->tag() + "]";
g_lua.evaluateExpression(node->value(), fieldOrigin);
luaSetField(fieldName);
}
}
}
