diff options
Diffstat (limited to 'webapps/qooxdoo-0.6.3-sdk/frontend/framework/source/class/qx/renderer/layout/HorizontalBoxLayoutImpl.js')
| -rw-r--r-- | webapps/qooxdoo-0.6.3-sdk/frontend/framework/source/class/qx/renderer/layout/HorizontalBoxLayoutImpl.js | 863 |
1 files changed, 0 insertions, 863 deletions
diff --git a/webapps/qooxdoo-0.6.3-sdk/frontend/framework/source/class/qx/renderer/layout/HorizontalBoxLayoutImpl.js b/webapps/qooxdoo-0.6.3-sdk/frontend/framework/source/class/qx/renderer/layout/HorizontalBoxLayoutImpl.js deleted file mode 100644 index 6276f309bc..0000000000 --- a/webapps/qooxdoo-0.6.3-sdk/frontend/framework/source/class/qx/renderer/layout/HorizontalBoxLayoutImpl.js +++ /dev/null @@ -1,863 +0,0 @@ -/* ************************************************************************ - - qooxdoo - the new era of web development - - http://qooxdoo.org - - Copyright: - 2004-2006 by 1&1 Internet AG, Germany, http://www.1and1.org - - License: - LGPL 2.1: http://www.gnu.org/licenses/lgpl.html - - Authors: - * Sebastian Werner (wpbasti) - * Andreas Ecker (ecker) - -************************************************************************ */ - -/* ************************************************************************ - -#module(ui_basic) -#module(ui_layout) - -************************************************************************ */ - -qx.OO.defineClass("qx.renderer.layout.HorizontalBoxLayoutImpl", qx.renderer.layout.LayoutImpl, -function(vWidget) { - qx.renderer.layout.LayoutImpl.call(this, vWidget); -}); - -qx.OO.addProperty({ name : "enableFlexSupport", type : "boolean", defaultValue : true }); - -/*! - Global Structure: - [01] COMPUTE BOX DIMENSIONS FOR AN INDIVIDUAL CHILD - [02] COMPUTE NEEDED DIMENSIONS FOR AN INDIVIDUAL CHILD - [03] COMPUTE NEEDED DIMENSIONS FOR ALL CHILDREN - [04] UPDATE LAYOUT WHEN A CHILD CHANGES ITS OUTER DIMENSIONS - [05] UPDATE CHILD ON INNER DIMENSION CHANGES OF LAYOUT - [06] UPDATE LAYOUT ON JOB QUEUE FLUSH - [07] UPDATE CHILDREN ON JOB QUEUE FLUSH - [08] CHILDREN ADD/REMOVE/MOVE HANDLING - [09] FLUSH LAYOUT QUEUES OF CHILDREN - [10] LAYOUT CHILD - [11] DISPOSER - - - Inherits from qx.renderer.layout.LayoutImpl: - [02] COMPUTE NEEDED DIMENSIONS FOR AN INDIVIDUAL CHILD - [11] DISPOSER -*/ - - - - -/* ---------------------------------------------------------------------------- - [01] COMPUTE BOX DIMENSIONS FOR AN INDIVIDUAL CHILD ---------------------------------------------------------------------------- -*/ - -/*! - Compute and return the box width of the given child. -*/ -qx.Proto.computeChildBoxWidth = function(vChild) { - return vChild.getWidthValue() || vChild._computeBoxWidthFallback(); -} - -/*! - Compute and return the box height of the given child. -*/ -qx.Proto.computeChildBoxHeight = function(vChild) -{ - if (this.getWidget().getStretchChildrenOrthogonalAxis() && vChild._computedHeightTypeNull && vChild.getAllowStretchY()) { - return this.getWidget().getInnerHeight(); - } - - return vChild.getHeightValue() || vChild._computeBoxHeightFallback(); -} - -/*! - Computes the width of all flexible children. -*/ -qx.Proto.computeChildrenFlexWidth = function() -{ - if (this._childrenFlexWidthComputed || !this.getEnableFlexSupport()) { - return; - } - - this._childrenFlexWidthComputed = true; - - // this.debug("computeChildrenFlexWidth"); - - var vWidget = this.getWidget(); - var vChildren = vWidget.getVisibleChildren(); - var vChildrenLength = vChildren.length; - var vCurrentChild; - var vFlexibleChildren = []; - var vAvailWidth = vWidget.getInnerWidth(); - var vUsedWidth = vWidget.getSpacing() * (vChildrenLength-1); - var vIterator; - - - // ************************************************************* - // 1. Compute the sum of all static sized children and finding - // all flexible children. - // ************************************************************* - for (vIterator=0; vIterator<vChildrenLength; vIterator++) - { - vCurrentChild = vChildren[vIterator]; - - if (vCurrentChild._computedWidthTypeFlex) - { - vFlexibleChildren.push(vCurrentChild); - - if (vWidget._computedWidthTypeAuto) { - vUsedWidth += vCurrentChild.getPreferredBoxWidth(); - } - } - else - { - vUsedWidth += vCurrentChild.getOuterWidth(); - } - } - - // this.debug("Width: " + vUsedWidth + "/" + vAvailWidth); - // this.debug("Flexible Count: " + vFlexibleChildren.length); - - - // ************************************************************* - // 2. Compute the sum of all flexible children widths - // ************************************************************* - var vRemainingWidth = vAvailWidth - vUsedWidth; - var vFlexibleChildrenLength = vFlexibleChildren.length; - var vPrioritySum = 0; - - for (vIterator=0; vIterator<vFlexibleChildrenLength; vIterator++) { - vPrioritySum += vFlexibleChildren[vIterator]._computedWidthParsed; - } - - - // ************************************************************* - // 3. Calculating the size of each 'part'. - // ************************************************************* - var vPartWidth = vRemainingWidth / vPrioritySum; - - - if (!vWidget.getUseAdvancedFlexAllocation()) - { - // ************************************************************* - // 4a. Computing the flex width value of each flexible child - // and add the width to the usedWidth, so that we can - // fix rounding problems later. - // ************************************************************* - for (vIterator=0; vIterator<vFlexibleChildrenLength; vIterator++) - { - vCurrentChild = vFlexibleChildren[vIterator]; - - vCurrentChild._computedWidthFlexValue = Math.round(vCurrentChild._computedWidthParsed * vPartWidth); - vUsedWidth += vCurrentChild._computedWidthFlexValue; - } - } - else - { - // ************************************************************* - // 4b. Calculating the diff. Which means respect the min/max - // width configuration in flex and store the higher/lower - // data in a diff. - // ************************************************************* - - var vAllocationDiff = 0; - var vMinAllocationLoops, vFlexibleChildrenLength, vAdjust, vCurrentAllocationSum, vFactorSum, vComputedFlexibleWidth; - - for (vIterator=0; vIterator<vFlexibleChildrenLength; vIterator++) - { - vCurrentChild = vFlexibleChildren[vIterator]; - - vComputedFlexibleWidth = vCurrentChild._computedWidthFlexValue = vCurrentChild._computedWidthParsed * vPartWidth; - vAllocationDiff += vComputedFlexibleWidth - qx.lang.Number.limit(vComputedFlexibleWidth, vCurrentChild.getMinWidthValue(), vCurrentChild.getMaxWidthValue()); - } - - // Rounding diff - vAllocationDiff = Math.round(vAllocationDiff); - - if (vAllocationDiff == 0) - { - // ************************************************************* - // 5a. If the diff is equal zero we must not do anything more - // and do nearly identical the same like in 4a. which means - // to round the calculated flex value and add it to the - // used width so we can fix rounding problems later. - // ************************************************************* - - // Rounding values and fixing rounding errors - for (vIterator=0; vIterator<vFlexibleChildrenLength; vIterator++) - { - vCurrentChild = vFlexibleChildren[vIterator]; - - vCurrentChild._computedWidthFlexValue = Math.round(vCurrentChild._computedWidthFlexValue); - vUsedWidth += vCurrentChild._computedWidthFlexValue; - } - } - else - { - // ************************************************************* - // 5b. Find maximum loops of each adjustable child to adjust - // the width until the min/max width limits are reached. - // ************************************************************* - - var vUp = vAllocationDiff > 0; - for (vIterator=vFlexibleChildrenLength-1; vIterator>=0; vIterator--) - { - vCurrentChild = vFlexibleChildren[vIterator]; - - if (vUp) - { - vAdjust = (vCurrentChild.getMaxWidthValue() || Infinity) - vCurrentChild._computedWidthFlexValue; - - if (vAdjust > 0) - { - vCurrentChild._allocationLoops = Math.floor(vAdjust / vCurrentChild._computedWidthParsed); - } - else - { - qx.lang.Array.removeAt(vFlexibleChildren, vIterator); - - vCurrentChild._computedWidthFlexValue = Math.round(vCurrentChild._computedWidthFlexValue); - vUsedWidth += Math.round(vCurrentChild._computedWidthFlexValue + vAdjust); - } - } - else - { - vAdjust = qx.util.Validation.isValidNumber(vCurrentChild.getMinWidthValue()) ? vCurrentChild._computedWidthFlexValue - vCurrentChild.getMinWidthValue() : vCurrentChild._computedWidthFlexValue; - - if (vAdjust > 0) - { - vCurrentChild._allocationLoops = Math.floor(vAdjust / vCurrentChild._computedWidthParsed); - } - else - { - qx.lang.Array.removeAt(vFlexibleChildren, vIterator); - - vCurrentChild._computedWidthFlexValue = Math.round(vCurrentChild._computedWidthFlexValue); - vUsedWidth += Math.round(vCurrentChild._computedWidthFlexValue - vAdjust); - } - } - } - - // ************************************************************* - // 6. Try to reallocate the width between flexible children - // so that the requirements through min/max limits - // are satisfied. - // ************************************************************* - while (vAllocationDiff != 0 && vFlexibleChildrenLength > 0) - { - vFlexibleChildrenLength = vFlexibleChildren.length; - vMinAllocationLoops = Infinity; - vFactorSum = 0; - - // Find minimal loop amount - for (vIterator=0; vIterator<vFlexibleChildrenLength; vIterator++) - { - vMinAllocationLoops = Math.min(vMinAllocationLoops, vFlexibleChildren[vIterator]._allocationLoops); - vFactorSum += vFlexibleChildren[vIterator]._computedWidthParsed; - } - - // Be sure that the adjustment is not bigger/smaller than diff - vCurrentAllocationSum = Math.min(vFactorSum * vMinAllocationLoops, vAllocationDiff); - - // this.debug("Diff: " + vAllocationDiff); - // this.debug("Min Loops: " + vMinAllocationLoops); - // this.debug("Sum: " + vCurrentAllocationSum); - // this.debug("Factor: " + vFactorSum); - - // Reducing diff by current sum - vAllocationDiff -= vCurrentAllocationSum; - - // Adding sizes to children to adjust - for (vIterator=vFlexibleChildrenLength-1; vIterator>=0; vIterator--) - { - vCurrentChild = vFlexibleChildren[vIterator]; - vCurrentChild._computedWidthFlexValue += vCurrentAllocationSum / vFactorSum * vCurrentChild._computedWidthParsed; - - if (vCurrentChild._allocationLoops == vMinAllocationLoops) - { - vCurrentChild._computedWidthFlexValue = Math.round(vCurrentChild._computedWidthFlexValue); - - vUsedWidth += vCurrentChild._computedWidthFlexValue; - delete vCurrentChild._allocationLoops; - qx.lang.Array.removeAt(vFlexibleChildren, vIterator); - } - else - { - if (vAllocationDiff == 0) - { - vCurrentChild._computedWidthFlexValue = Math.round(vCurrentChild._computedWidthFlexValue); - vUsedWidth += vCurrentChild._computedWidthFlexValue; - delete vCurrentChild._allocationLoops; - } - else - { - vCurrentChild._allocationLoops -= vMinAllocationLoops; - } - } - } - } - } - } - - // ************************************************************* - // 7. Fix rounding errors - // ************************************************************* - vCurrentChild._computedWidthFlexValue += vAvailWidth - vUsedWidth; -} - -qx.Proto.invalidateChildrenFlexWidth = function() { - delete this._childrenFlexWidthComputed; -} - - - - - - - -/* ---------------------------------------------------------------------------- - [03] COMPUTE NEEDED DIMENSIONS FOR ALL CHILDREN ---------------------------------------------------------------------------- -*/ - -/*! - Compute and return the width needed by all children of this widget -*/ -qx.Proto.computeChildrenNeededWidth = function() -{ - var w = this.getWidget(); - return qx.renderer.layout.LayoutImpl.prototype.computeChildrenNeededWidth_sum.call(this) + ((w.getVisibleChildrenLength()-1) * w.getSpacing()); -} - - - - - - -/* ---------------------------------------------------------------------------- - [04] UPDATE LAYOUT WHEN A CHILD CHANGES ITS OUTER DIMENSIONS ---------------------------------------------------------------------------- -*/ - -/*! - Things to do and layout when any of the childs changes its outer width. - Needed by layouts where the children depends on each-other, like flow- or box-layouts. -*/ -qx.Proto.updateSelfOnChildOuterWidthChange = function(vChild) -{ - // if a childrens outer width changes we need to update our accumulated - // width of all childrens (used for center or right alignments) - this.getWidget()._invalidateAccumulatedChildrenOuterWidth(); -} - - - - - -/* ---------------------------------------------------------------------------- - [05] UPDATE CHILD ON INNER DIMENSION CHANGES OF LAYOUT ---------------------------------------------------------------------------- -*/ - -/*! - Actions that should be done if the inner width of the widget was changed. - Normally this includes update to percent values and ranges. -*/ -qx.Proto.updateChildOnInnerWidthChange = function(vChild) -{ - if (this.getWidget().getHorizontalChildrenAlign() == "center") { - vChild.addToLayoutChanges("locationX"); - } - - // use variables here to be sure to call both methods. - var vUpdatePercent = vChild._recomputePercentX(); - var vUpdateFlex = vChild._recomputeFlexX(); - - // inform the caller if there were any notable changes occured - return vUpdatePercent || vUpdateFlex; -} - -/*! - Actions that should be done if the inner height of the widget was changed. - Normally this includes update to percent values and ranges. -*/ -qx.Proto.updateChildOnInnerHeightChange = function(vChild) -{ - // use variables here to be sure to call both methods. - var vUpdatePercent = vChild._recomputePercentY(); - var vUpdateStretch = vChild._recomputeStretchingY(); - - // priority to childs internal alignment - if ((vChild.getVerticalAlign() || this.getWidget().getVerticalChildrenAlign()) == "middle") { - vChild.addToLayoutChanges("locationY"); - } - - // inform the caller if there were any notable changes occured - return vUpdatePercent || vUpdateStretch; -} - - - - - -/* ---------------------------------------------------------------------------- - [06] UPDATE LAYOUT ON JOB QUEUE FLUSH ---------------------------------------------------------------------------- -*/ - -/*! - Invalidate and recompute things because of job in queue (before the rest of job handling will be executed). -*/ -qx.Proto.updateSelfOnJobQueueFlush = function(vJobQueue) -{ - if (vJobQueue.addChild || vJobQueue.removeChild) { - this.getWidget()._invalidateAccumulatedChildrenOuterWidth(); - } -} - - - - - - -/* ---------------------------------------------------------------------------- - [07] UPDATE CHILDREN ON JOB QUEUE FLUSH ---------------------------------------------------------------------------- -*/ - -/*! - Updates children on special jobs -*/ -qx.Proto.updateChildrenOnJobQueueFlush = function(vQueue) -{ - var vStretchX=false, vStretchY=false; - var vWidget = this.getWidget(); - - // switching the orientation need updates for stretching on both axis - if (vQueue.orientation) { - vStretchX = vStretchY = true; - } - - // different updates depending from the current orientation (or the new one) - if (vQueue.spacing || vQueue.orientation || vQueue.reverseChildrenOrder || vQueue.horizontalChildrenAlign) { - vWidget._addChildrenToLayoutQueue("locationX"); - } - - if (vQueue.verticalChildrenAlign) { - vWidget._addChildrenToLayoutQueue("locationY"); - } - - if (vQueue.stretchChildrenOrthogonalAxis) { - vStretchY = true; - } - - // if stretching should be reworked reset the previous one and add - // a layout job to update the width respectively height. - if (vStretchX) - { - vWidget._recomputeChildrenStretchingX(); - vWidget._addChildrenToLayoutQueue("width"); - } - - if (vStretchY) - { - vWidget._recomputeChildrenStretchingY(); - vWidget._addChildrenToLayoutQueue("height"); - } - - return true; -} - - - - - -/* ---------------------------------------------------------------------------- - [08] CHILDREN ADD/REMOVE/MOVE HANDLING ---------------------------------------------------------------------------- -*/ - -/*! - This method combines calls of methods which should be done if a widget should be removed from the current layout. - Needed by layouts where the children depends on each-other, like flow- or box-layouts. -*/ -qx.Proto.updateChildrenOnRemoveChild = function(vChild, vIndex) -{ - var w=this.getWidget(), ch=w.getVisibleChildren(), chl=ch.length, chc, i=-1; - - // Fix index to be at the first flex child - if (this.getEnableFlexSupport()) - { - for (i=0; i<chl; i++) - { - chc = ch[i]; - if (chc.getHasFlexX()) - { - vIndex = Math.min(vIndex, i); - break; - } - } - - i=-1; - } - - // Handle differently depending on layout mode - switch(w.getLayoutMode()) - { - case "right": - case "left-reversed": - while((chc=ch[++i]) && i<vIndex) { - chc.addToLayoutChanges("locationX"); - } - - break; - - case "center": - case "center-reversed": - while(chc=ch[++i]) { - chc.addToLayoutChanges("locationX"); - } - - break; - - default: - i+=vIndex; - while(chc=ch[++i]) { - chc.addToLayoutChanges("locationX"); - } - } -} - -/*! - This method combines calls of methods which should be done if a child should be moved - inside the same parent to a new positions. - Needed by layouts where the children depends on each-other, like flow- or box-layouts. -*/ -qx.Proto.updateChildrenOnMoveChild = function(vChild, vIndex, vOldIndex) -{ - var vChildren = this.getWidget().getVisibleChildren(); - - var vStart = Math.min(vIndex, vOldIndex); - var vStop = Math.max(vIndex, vOldIndex)+1; - - for (var i=vStart; i<vStop; i++) { - vChildren[i].addToLayoutChanges("locationX"); - } -} - - - - - -/* ---------------------------------------------------------------------------- - [09] FLUSH LAYOUT QUEUES OF CHILDREN ---------------------------------------------------------------------------- -*/ - -/*! - This method have full control of the order in which the - registered (or also non-registered) children should be - layouted on the horizontal axis. -*/ -qx.Proto.flushChildrenQueue = function(vChildrenQueue) -{ - var w=this.getWidget(), ch=w.getVisibleChildren(), chl=ch.length, chc, i; - - // This block is needed for flex handling and - // will inform flex children if there was any - // change to the other content - if (this.getEnableFlexSupport()) - { - this.invalidateChildrenFlexWidth(); - - for (i=0; i<chl; i++) - { - chc = ch[i]; - if (chc.getHasFlexX()) - { - chc._computedWidthValue = null; - - if (chc._recomputeBoxWidth()) - { - chc._recomputeOuterWidth(); - chc._recomputeInnerWidth(); - } - - vChildrenQueue[chc.toHashCode()] = chc; - chc._layoutChanges.width = true; - } - } - } - - switch(w.getLayoutMode()) - { - case "right": - case "left-reversed": - // find the last child which has a layout request - for (var i=chl-1; i>=0 && !vChildrenQueue[ch[i].toHashCode()]; i--) {} - - // layout all children before this last child - for (var j=0; j<=i; j++) { - w._layoutChild(chc=ch[j]); - } - - break; - - case "center": - case "center-reversed": - // re-layout all children - i = -1; - while(chc=ch[++i]) { - w._layoutChild(chc); - } - - break; - - default: - // layout all childs from the first child - // with an own layout request to the end - i = -1; - var changed=false; - while(chc=ch[++i]) - { - if (changed || vChildrenQueue[chc.toHashCode()]) - { - w._layoutChild(chc); - changed = true; - } - } - } -} - - - - - - -/* ---------------------------------------------------------------------------- - [10] LAYOUT CHILD ---------------------------------------------------------------------------- -*/ - -/*! - This is called from qx.ui.core.Widget and it's task is to apply the layout - (excluding border and padding) to the child. -*/ -qx.Proto.layoutChild = function(vChild, vJobs) -{ - this.layoutChild_sizeX(vChild, vJobs); - this.layoutChild_sizeY(vChild, vJobs); - - this.layoutChild_sizeLimitX(vChild, vJobs); - this.layoutChild_sizeLimitY(vChild, vJobs); - - this.layoutChild_locationX(vChild, vJobs); - this.layoutChild_locationY(vChild, vJobs); - - this.layoutChild_marginX(vChild, vJobs); - this.layoutChild_marginY(vChild, vJobs); -} - -if (qx.sys.Client.getInstance().isMshtml() || qx.sys.Client.getInstance().isOpera() || qx.sys.Client.getInstance().isWebkit() ) -{ - qx.Proto.layoutChild_sizeX = function(vChild, vJobs) - { - if (vJobs.initial || vJobs.width || vJobs.minWidth || vJobs.maxWidth) - { - if (vChild._isWidthEssential() && (!vChild._computedWidthTypeNull || !vChild._computedMinWidthTypeNull || !vChild._computedMaxWidthTypeNull)) - { - vChild._applyRuntimeWidth(vChild.getBoxWidth()); - } - else - { - vChild._resetRuntimeWidth(); - } - } - } - - qx.Proto.layoutChild_sizeY = function(vChild, vJobs) - { - if (vJobs.initial || vJobs.height || vJobs.minHeight || vJobs.maxHeight) - { - if ((vChild._isHeightEssential() && (!vChild._computedHeightTypeNull || !vChild._computedMinHeightTypeNull || !vChild._computedMaxHeightTypeNull)) || (vChild.getAllowStretchY() && this.getWidget().getStretchChildrenOrthogonalAxis())) - { - vChild._applyRuntimeHeight(vChild.getBoxHeight()); - } - else - { - vChild._resetRuntimeHeight(); - } - } - } -} -else -{ - qx.Proto.layoutChild_sizeX = function(vChild, vJobs) - { - if (vJobs.initial || vJobs.width) - { - if (vChild._isWidthEssential() && !vChild._computedWidthTypeNull) - { - vChild._applyRuntimeWidth(vChild.getWidthValue()); - } - else - { - vChild._resetRuntimeWidth(); - } - } - } - - qx.Proto.layoutChild_sizeY = function(vChild, vJobs) - { - if (vJobs.initial || vJobs.height) - { - if (vChild._isHeightEssential() && !vChild._computedHeightTypeNull) - { - vChild._applyRuntimeHeight(vChild.getHeightValue()); - } - else - { - vChild._resetRuntimeHeight(); - } - } - } -} - -qx.Proto.layoutChild_locationX = function(vChild, vJobs) -{ - var vWidget = this.getWidget(); - - // handle first child - if (vWidget.getFirstVisibleChild() == vChild) - { - switch(vWidget.getLayoutMode()) - { - case "right": - case "left-reversed": - var vPos = vWidget.getPaddingRight() + vWidget.getAccumulatedChildrenOuterWidth() - vChild.getOuterWidth(); - break; - - case "center": - case "center-reversed": - var vPos = vWidget.getPaddingLeft() + Math.round((vWidget.getInnerWidth() - vWidget.getAccumulatedChildrenOuterWidth()) / 2); - break; - - default: - var vPos = vWidget.getPaddingLeft(); - } - } - - // handle any following child - else - { - var vPrev = vChild.getPreviousVisibleSibling(); - - switch(vWidget.getLayoutMode()) - { - case "right": - case "left-reversed": - var vPos = vPrev._cachedLocationHorizontal - vChild.getOuterWidth() - vWidget.getSpacing(); - break; - - default: - var vPos = vPrev._cachedLocationHorizontal + vPrev.getOuterWidth() + vWidget.getSpacing(); - } - } - - // store for next sibling - vChild._cachedLocationHorizontal = vPos; - - // apply styles - switch(vWidget.getLayoutMode()) - { - case "right": - case "right-reversed": - case "center-reversed": - // add relative positions (like 'position:relative' in css) - vPos += !vChild._computedRightTypeNull ? vChild.getRightValue() : !vChild._computedLeftTypeNull ? -(vChild.getLeftValue()) : 0; - - vChild._resetRuntimeLeft(); - vChild._applyRuntimeRight(vPos); - break; - - default: - // add relative positions (like 'position:relative' in css) - vPos += !vChild._computedLeftTypeNull ? vChild.getLeftValue() : !vChild._computedRightTypeNull ? -(vChild.getRightValue()) : 0; - - vChild._resetRuntimeRight(); - vChild._applyRuntimeLeft(vPos); - } -} - -qx.Proto.layoutChild_locationY = function(vChild, vJobs) -{ - var vWidget = this.getWidget(); - - // special stretching support - if (qx.sys.Client.getInstance().isGecko() && vChild.getAllowStretchY() && vWidget.getStretchChildrenOrthogonalAxis() && vChild._computedHeightTypeNull) - { - vChild._applyRuntimeTop(vWidget.getPaddingTop() || 0); - vChild._applyRuntimeBottom(vWidget.getPaddingBottom() || 0); - - return; - } - - // priority to childs internal alignment - var vAlign = vChild.getVerticalAlign() || vWidget.getVerticalChildrenAlign(); - - // handle middle alignment - var vPos = vAlign == "middle" ? Math.round((vWidget.getInnerHeight() - vChild.getOuterHeight()) / 2) : 0; - - // the bottom alignment use the real 'bottom' styleproperty to - // use the best available method in modern browsers - if (vAlign == "bottom") - { - // add parent padding - vPos += vWidget.getPaddingBottom(); - - // relative positions (like 'position:relative' in css) - if (!vChild._computedBottomTypeNull) { - vPos += vChild.getBottomValue(); - } - else if (!vChild._computedTopTypeNull) { - vPos -= vChild.getTopValue(); - } - - // apply styles - vChild._resetRuntimeTop(); - vChild._applyRuntimeBottom(vPos); - } - else - { - // add parent padding - vPos += vWidget.getPaddingTop(); - - // relative positions (like 'position:relative' in css) - if (!vChild._computedTopTypeNull) { - vPos += vChild.getTopValue(); - } - else if (!vChild._computedBottomTypeNull) { - vPos -= vChild.getBottomValue(); - } - - // apply styles - vChild._resetRuntimeBottom(); - vChild._applyRuntimeTop(vPos); - } -} |