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package net.miginfocom.layout;
import java.util.HashMap;
/*
* License (BSD):
* ==============
*
* Copyright (c) 2004, Mikael Grev, MiG InfoCom AB. (miglayout (at) miginfocom (dot) com)
* All rights reserved.
*
* Redistribution and use in source and binary forms, with or without modification,
* are permitted provided that the following conditions are met:
* Redistributions of source code must retain the above copyright notice, this list
* of conditions and the following disclaimer.
* Redistributions in binary form must reproduce the above copyright notice, this
* list of conditions and the following disclaimer in the documentation and/or other
* materials provided with the distribution.
* Neither the name of the MiG InfoCom AB nor the names of its contributors may be
* used to endorse or promote products derived from this software without specific
* prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND
* ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
* WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
* IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT,
* INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING,
* BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA,
* OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
* WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
* ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY
* OF SUCH DAMAGE.
*
* @version 1.0
* @author Mikael Grev, MiG InfoCom AB
* Date: 2006-sep-08
*/
/** This class contains static methods to be used by IDE vendors to convert to and from String/API constraints.
*
* Note that {@link LayoutUtil#setDesignTime(ContainerWrapper, boolean)} should be set to true for this class'
* methods to work.
*/
public class IDEUtil
{
/** A direct reference to the corresponding value for predefined UnitValues in {@link UnitValue}.
*/
public static final UnitValue ZERO = UnitValue.ZERO;
/** A direct reference to the corresponding value for predefined UnitValues in {@link UnitValue}.
*/
public static final UnitValue TOP = UnitValue.TOP;
/** A direct reference to the corresponding value for predefined UnitValues in {@link UnitValue}.
*/
public static final UnitValue LEADING = UnitValue.LEADING;
/** A direct reference to the corresponding value for predefined UnitValues in {@link UnitValue}.
*/
public static final UnitValue LEFT = UnitValue.LEFT;
/** A direct reference to the corresponding value for predefined UnitValues in {@link UnitValue}.
*/
public static final UnitValue CENTER = UnitValue.CENTER;
/** A direct reference to the corresponding value for predefined UnitValues in {@link UnitValue}.
*/
public static final UnitValue TRAILING = UnitValue.TRAILING;
/** A direct reference to the corresponding value for predefined UnitValues in {@link UnitValue}.
*/
public static final UnitValue RIGHT = UnitValue.RIGHT;
/** A direct reference to the corresponding value for predefined UnitValues in {@link UnitValue}.
*/
public static final UnitValue BOTTOM = UnitValue.BOTTOM;
/** A direct reference to the corresponding value for predefined UnitValues in {@link UnitValue}.
*/
public static final UnitValue LABEL = UnitValue.LABEL;
/** A direct reference to the corresponding value for predefined UnitValues in {@link UnitValue}.
*/
public static final UnitValue INF = UnitValue.INF;
/** A direct reference to the corresponding value for predefined UnitValues in {@link UnitValue}.
*/
public static final UnitValue BASELINE_IDENTITY = UnitValue.BASELINE_IDENTITY;
private final static String[] X_Y_STRINGS = new String[] {"x", "y", "x2", "y2"};
/** Returns the version of IDEUtil
* @return The version.
*/
public String getIDEUtilVersion()
{
return "1.0";
}
/** Returns the grid cells that the components in parentContainer has.
* @param parentContainer The parent container. It is an object since MigLayout is GUI toolkit
* independent.
* @return A new hashmap with the components mapped to an array [x, y, spanx, spany].
*
* Dock components will always have x and y less than -30000 or more than 30000. This is since they
* are actually part of the grid, but on the outer edges.
*
* Components that span the "rest of the row/column" have really large span values. Actually 30000-x or
* 30000-y.
*
* Generally, the grid does not need to have the upper left at 0, 0. Though it normally does if you
* don't set the cells explicitly to other values. Rows and columns that are completely empty and
* that does not have an explicit row/column constraint will be totally disregarded.
*/
public static HashMap getGridPositions(Object parentContainer)
{
return Grid.getGridPositions(parentContainer);
}
/** Returns the sizes of the rows and gaps for a container.
* There will be two arrays returned [0] and [1].
*
* The first array will be the indexes of the rows where indexes that
* are less than 30000 or larger than 30000 is docking rows. There might be extra docking rows that aren't
* visible but they always have size 0. Non docking indexes will probably always be 0, 1, 2, 3, etc..
*
* The second array is the sizes of the form:
* [left inset][row size 1][gap 1][row size 2][gap 2][row size n][right inset].
*
* The returned sizes will be the ones calculated in the last layout cycle.
* @param parentContainer The container to retuern the row sizes and gaps for. In Swing it will be a {@link java.awt.Container} and
* in SWT it will be a {@link org.eclipse.swt.widgets.Composite}.
* @return The sizes or null if {@link LayoutUtil#isDesignTime(ContainerWrapper)} is false or
* parentContainer does not have a MigLayout layout manager.
* The returned sizes will be the ones calculated in the last layout cycle.
* @see LayoutUtil#isDesignTime(ContainerWrapper)
*/
public static int[][] getRowSizes(Object parentContainer)
{
return Grid.getSizesAndIndexes(parentContainer, true);
}
/** Returns the sizes of the columns and gaps for a container.
* There will be two arrays returned [0] and [1].
*
* The first array will be the indexes of the columns where indexes that
* are less than 30000 or larger than 30000 is docking columns. There might be extra docking columns that aren't
* visible but they always have size 0. Non docking indexes will probably always be 0, 1, 2, 3, etc..
*
* The second array is the sizes of the form:
* [top inset][column size 1][gap 1][column size 2][gap 2][column size n][bottom inset].
*
* The returned sizes will be the ones calculated in the last layout cycle.
* @param parentContainer The container to retuern the column sizes and gaps for. In Swing it will be a {@link java.awt.Container} and
* in SWT it will be a {@link org.eclipse.swt.widgets.Composite}.
* @return The sizes and indexes or null if {@link LayoutUtil#isDesignTime(ContainerWrapper)} is false or
* parentContainer does not have a MigLayout layout manager.
* The returned sizes will be the ones calculated in the last layout cycle.
* @see LayoutUtil#isDesignTime(ContainerWrapper)
*/
public static int[][] getColumnSizes(Object parentContainer)
{
return Grid.getSizesAndIndexes(parentContainer, false);
}
/** Returns the a constraint string that can be re-parsed to be the exact same AxisConstraint.
* @param ac The axis constraint to return as a constraint string.
* @param asAPI If the returned string should be of API type (e.g. .flowX().gap("rel").align("right")) or
* as a String type (e.g. "flowx, gap rel, right").
* @param isCols The the constraint should be returned for columns rather than rows.
* @return A String. Never null.
*/
public static final String getConstraintString(AC ac, boolean asAPI, boolean isCols)
{
StringBuffer sb = new StringBuffer(32);
DimConstraint[] dims = ac.getConstaints();
BoundSize defGap = isCols ? PlatformDefaults.getGridGapX() : PlatformDefaults.getGridGapY();
for (int i = 0; i < dims.length; i++) {
DimConstraint dc = dims[i];
addRowDimConstraintString(dc, sb, asAPI);
if (i < dims.length - 1) {
BoundSize gap = dc.getGapAfter();
if (gap == defGap || gap == null)
gap = dims[i + 1].getGapBefore();
if (gap != null) {
String gapStr = getBS(gap);
if (asAPI) {
sb.append(".gap(\"").append(gapStr).append("\")");
} else {
sb.append(gapStr);
}
} else {
if (asAPI)
sb.append(".gap()");
}
}
}
return sb.toString();
}
/** Adds the a constraint string that can be re-parsed to be the exact same DimConstraint.
* @param dc The layout constraint to return as a constraint string.
* @param asAPI If the returned string should be of API type (e.g. .flowX().gap("rel").align("right")) or
* as a String type (e.g. "flowx, gap rel, right").
*/
private static final void addRowDimConstraintString(DimConstraint dc, StringBuffer sb, boolean asAPI)
{
int gp = dc.getGrowPriority();
int firstComma = sb.length();
BoundSize size = dc.getSize();
if (size.isUnset() == false) {
if (asAPI) {
sb.append(".size(\"").append(getBS(size)).append("\")");
} else {
sb.append(',').append(getBS(size));
}
}
if (gp != 100) {
if (asAPI) {
sb.append(".growPrio(").append(gp).append("\")");
} else {
sb.append(",growprio ").append(gp);
}
}
Float gw = dc.getGrow();
if (gw != null) {
String g = gw.floatValue() != 100f ? floatToString(gw.floatValue(), asAPI) : "";
if (asAPI) {
if (g.length() == 0) {
sb.append(".grow()");
} else {
sb.append(".grow(\"").append(g).append("\")");
}
} else {
sb.append(",grow").append(g.length() > 0 ? (" " + g) : "");
}
}
int sp = dc.getShrinkPriority();
if (sp != 100) {
if (asAPI) {
sb.append(".shrinkPrio(").append(sp).append("\")");
} else {
sb.append(",shrinkprio ").append(sp);
}
}
Float sw = dc.getShrink();
if (sw != null && sw.intValue() != 100) {
String s = floatToString(sw.floatValue(), asAPI);
if (asAPI) {
sb.append(".shrink(\"").append(s).append("\")");
} else {
sb.append(",shrink ").append(s);
}
}
String eg = dc.getEndGroup();
if (eg != null) {
if (asAPI) {
sb.append(".endGroup(\"").append(eg).append("\")");
} else {
sb.append(",endgroup ").append(eg);
}
}
String sg = dc.getSizeGroup();
if (sg != null) {
if (asAPI) {
sb.append(".sizeGroup(\"").append(sg).append("\")");
} else {
sb.append(",sizegroup ").append(sg);
}
}
UnitValue al = dc.getAlign();
if (al != null) {
if (asAPI) {
sb.append(".align(\"").append(getUV(al)).append("\")");
} else {
String s = getUV(al);
String alKw = (s.equals("top") || s.equals("bottom") || s.equals("left") || s.equals("label") ||
s.equals("leading") || s.equals("center") || s.equals("trailing") ||
s.equals("right") || s.equals("baseline")) ? "" : "align ";
sb.append(',').append(alKw).append(s);
}
}
if (dc.isNoGrid()) {
if (asAPI) {
sb.append(".noGrid()");
} else {
sb.append(",nogrid");
}
}
if (dc.isFill()) {
if (asAPI) {
sb.append(".fill()");
} else {
sb.append(",fill");
}
}
if (asAPI == false) {
if (sb.length() > firstComma) {
sb.setCharAt(firstComma, '[');
sb.append(']');
} else {
sb.append("[]");
}
}
}
/** Returns the a constraint string that can be re-parsed to be the exact same DimConstraint.
* @param dc The layout constraint to return as a constraint string.
* @param asAPI If the returned string should be of API type (e.g. .flowX().gap("rel").align("right")) or
* as a String type (e.g. "flowx, gap rel, right").
* @param isHor The the DimConstraint is decoration something horizontal (column or x).
* @param noGrowAdd If true no grow constraints will be added.
* @return A constraint string. Never null.
*/
private static final void addComponentDimConstraintString(DimConstraint dc, StringBuffer sb, boolean asAPI, boolean isHor, boolean noGrowAdd)
{
int gp = dc.getGrowPriority();
if (gp != 100) {
if (asAPI) {
sb.append(isHor ? ".growPrioX(" : ".growPrioY(").append(gp).append(')');
} else {
sb.append(isHor ? ",growpriox " : ",growprioy ").append(gp);
}
}
if (noGrowAdd == false) {
Float gw = dc.getGrow();
if (gw != null) {
String g = gw.floatValue() != 100f ? floatToString(gw.floatValue(), asAPI) : "";
if (asAPI) {
sb.append(isHor ? ".growX(" : ".growY(").append(g).append(')');
} else {
sb.append(isHor ? ",growx" : ",growy").append(g.length() > 0 ? (" " + g) : "");
}
}
}
int sp = dc.getShrinkPriority();
if (sp != 100) {
if (asAPI) {
sb.append(isHor ? ".shrinkPrioX(" : ".shrinkPrioY(").append(sp).append(')');
} else {
sb.append(isHor ? ",shrinkpriox " : ",shrinkprioy ").append(sp);
}
}
Float sw = dc.getShrink();
if (sw != null && sw.intValue() != 100) {
String s = floatToString(sw.floatValue(), asAPI);
if (asAPI) {
sb.append(isHor ? ".shrinkX(" : ".shrinkY(").append(s).append(')');
} else {
sb.append(isHor ? ",shrinkx " : ",shrinky ").append(s);
}
}
String eg = dc.getEndGroup();
if (eg != null) {
if (asAPI) {
sb.append(isHor ? ".endGroupX(\"" : ".endGroupY(\"").append(eg).append("\")");
} else {
sb.append(isHor ? ",endgroupx " : ",endgroupy ").append(eg);
}
}
String sg = dc.getSizeGroup();
if (sg != null) {
if (asAPI) {
sb.append(isHor ? ".sizeGroupX(\"" : ".sizeGroupY(\"").append(sg).append("\")");
} else {
sb.append(isHor ? ",sizegroupx " : ",sizegroupy ").append(sg);
}
}
appendBoundSize(dc.getSize(), sb, isHor, asAPI);
UnitValue al = dc.getAlign();
if (al != null) {
if (asAPI) {
sb.append(isHor ? ".alignX(\"" : ".alignY(\"").append(getUV(al)).append("\")");
} else {
sb.append(isHor ? ",alignx " : ",aligny ").append(getUV(al));
}
}
BoundSize gapBef = dc.getGapBefore();
BoundSize gapAft= dc.getGapAfter();
if (gapBef != null || gapAft != null) {
if (asAPI) {
sb.append(isHor ? ".gapX(\"" : ".gapY(\"").append(getBS(gapBef)).append("\", \"").append(getBS(gapAft)).append("\")");
} else {
sb.append(isHor ? ",gapx " : ",gapy ").append(getBS(gapBef));
if (gapAft != null)
sb.append(' ').append(getBS(gapAft));
}
}
}
private static void appendBoundSize(BoundSize size, StringBuffer sb, boolean isHor, boolean asAPI)
{
if (size.isUnset() == false) {
if (size.getPreferred() == null) {
if (size.getMin() == null) {
if (asAPI) {
sb.append(isHor ? ".maxWidth(\"" : ".maxHeight(\"").append(getUV(size.getMax())).append("\")");
} else {
sb.append(isHor ? ",wmax " : ",hmax ").append(getUV(size.getMax()));
}
} else if (size.getMax() == null) {
if (asAPI) {
sb.append(isHor ? ".minWidth(\"" : ".minHeight(\"").append(getUV(size.getMin())).append("\")");
} else {
sb.append(isHor ? ",wmin " : ",hmin ").append(getUV(size.getMin()));
}
} else { // None are null
if (asAPI) {
sb.append(isHor ? ".width(\"" : ".height(\"").append(getUV(size.getMin())).append("::").append(getUV(size.getMax())).append("\")");
} else {
sb.append(isHor ? ",width " : ",height ").append(getUV(size.getMin())).append("::").append(getUV(size.getMax()));
}
}
} else {
if (asAPI) {
sb.append(isHor ? ".width(\"" : ".height(\"").append(getBS(size)).append("\")");
} else {
sb.append(isHor ? ",width " : ",height ").append(getBS(size));
}
}
}
}
/** Returns the a constraint string that can be re-parsed to be the exact same LayoutConstraint.
* @param cc The component constraint to return as a constraint string.
* @param asAPI If the returned string should be of API type (e.g. .flowX().gap("rel").align("right")) or
* as a String type (e.g. "flowx, gap rel, right").
* @return A String. Never null.
*/
public static final String getConstraintString(CC cc, boolean asAPI)
{
StringBuffer sb = new StringBuffer(16);
if (cc.isNewline())
sb.append(asAPI ? ".newline()" : ",newline");
if (cc.isExternal())
sb.append(asAPI ? ".external()" : ",external");
Boolean flowX = cc.getFlowX();
if (flowX != null) {
if (asAPI) {
sb.append(flowX.booleanValue() ? ".flowX()" : ".flowY()");
} else {
sb.append(flowX.booleanValue() ? ",flowx" : ",flowy");
}
}
UnitValue[] pad = cc.getPadding();
if (pad != null) {
sb.append(asAPI ? ".pad(\"" : ",pad ");
for (int i = 0; i < pad.length; i++)
sb.append(getUV(pad[i])).append(i < pad.length - 1 ? " " : "");
if (asAPI)
sb.append("\")");
}
UnitValue[] pos = cc.getPos();
if (pos != null) {
if (cc.isBoundsInGrid()) {
for (int i = 0; i < 4; i++) {
if (pos[i] != null) {
if (asAPI) {
sb.append('.').append(X_Y_STRINGS[i]).append("(\"").append(getUV(pos[i])).append("\")");
} else {
sb.append(',').append(X_Y_STRINGS[i]).append(getUV(pos[i]));
}
}
}
} else {
sb.append(asAPI ? ".pos(\"" : ",pos ");
int iSz = (pos[2] != null || pos[3] != null) ? 4 : 2; // "pos x y" vs "pos x1 y1 x2 y2".
for (int i = 0; i < iSz; i++)
sb.append(getUV(pos[i])).append(i < iSz - 1 ? " " : "");
if (asAPI)
sb.append("\")");
}
}
String id = cc.getId();
if (id != null) {
if (asAPI) {
sb.append(".id(\"").append(id).append("\")");
} else {
sb.append(",id ").append(id);
}
}
String tag = cc.getTag();
if (tag != null) {
if (asAPI) {
sb.append(".tag(\"").append(tag).append("\")");
} else {
sb.append(",tag ").append(tag);
}
}
int hideMode = cc.getHideMode();
if (hideMode >= 0) {
if (asAPI) {
sb.append(".hideMode(").append(hideMode).append(')');
} else {
sb.append(",hideMode ").append(hideMode);
}
}
int skip = cc.getSkip();
if (skip > 0) {
if (asAPI) {
sb.append(".skip(").append(skip).append(')');
} else {
sb.append(",skip ").append(skip);
}
}
int split = cc.getSplit();
if (split > 1) {
String s = split == LayoutUtil.INF ? "" : String.valueOf(split);
if (asAPI) {
sb.append(".split(").append(s).append(')');
} else {
sb.append(",split ").append(s);
}
}
int cx = cc.getCellX();
int cy = cc.getCellY();
int spanX = cc.getSpanX();
int spanY = cc.getSpanY();
if (cx >= 0 && cy >= 0) {
if (asAPI) {
sb.append(".cell(").append(cx).append(", ").append(cy);
if (spanX > 1 || spanY > 1)
sb.append(", ").append(spanX).append(", ").append(spanY);
sb.append(')');
} else {
sb.append(",cell ").append(cx).append(' ').append(cy);
if (spanX > 1 || spanY > 1)
sb.append(' ').append(spanX).append(' ').append(spanY);
}
} else if (spanX > 1 || spanY > 1) {
if (spanX > 1 && spanY > 1) {
sb.append(asAPI ? ".span(" : ",span ").append(spanX).append(asAPI ? ", " : " ").append(spanY);
} else if (spanX > 1) {
sb.append(asAPI ? ".spanX(" : ",spanx ").append(spanX == LayoutUtil.INF ? "" : (String.valueOf(spanX)));
} else if (spanY > 1) {
sb.append(asAPI ? ".spanY(" : ",spany ").append(spanY == LayoutUtil.INF ? "" : (String.valueOf(spanY)));
}
if (asAPI)
sb.append(')');
}
Float pushX = cc.getPushX();
Float pushY = cc.getPushY();
if (pushX != null || pushY != null) {
if (pushX != null && pushY != null) {
sb.append(asAPI ? ".push(" : ",push ");
if (pushX != 100.0 || pushY != 100.0)
sb.append(pushX).append(asAPI ? ", " : " ").append(pushY);
} else if (pushX != null) {
sb.append(asAPI ? ".pushX(" : ",pushx ").append(pushX == 100 ? "" : (String.valueOf(pushX)));
} else if (pushY != null) {
sb.append(asAPI ? ".pushY(" : ",pushy ").append(pushY == 100 ? "" : (String.valueOf(pushY)));
}
if (asAPI)
sb.append(')');
}
int dock = cc.getDockSide();
if (dock >= 0) {
String ds = CC.DOCK_SIDES[dock];
if (asAPI) {
sb.append(".dock").append(Character.toUpperCase(ds.charAt(0))).append(ds.substring(1)).append("()");
} else {
sb.append(",").append(ds);
}
}
boolean noGrowAdd = cc.getHorizontal().getGrow() != null && cc.getHorizontal().getGrow().intValue() == 100 &&
cc.getVertical().getGrow() != null && cc.getVertical().getGrow().intValue() == 100;
addComponentDimConstraintString(cc.getHorizontal(), sb, asAPI, true, noGrowAdd);
addComponentDimConstraintString(cc.getVertical(), sb, asAPI, false, noGrowAdd);
if (noGrowAdd)
sb.append(asAPI ? ".grow()" : ",grow"); // Combine ".growX().growY()" into ".grow()".
if (cc.isWrap())
sb.append(asAPI ? ".wrap()" : ",wrap");
String s = sb.toString();
return s.length() == 0 || s.charAt(0) != ',' ? s : s.substring(1);
}
/** Returns the a constraint string that can be re-parsed to be the exact same LayoutConstraint.
* @param lc The layout constraint to return as a constraint string.
* @param asAPI If the returned string should be of API type (e.g. .flowX().gap("rel").align("right")) or
* as a String type (e.g. "flowx, gap rel, right").
* @return A String. Never null.
*/
public static final String getConstraintString(LC lc, boolean asAPI)
{
StringBuffer sb = new StringBuffer(16);
if (lc.isFlowX() == false)
sb.append(asAPI ? ".flowY()" : ",flowy");
boolean fillX = lc.isFillX();
boolean fillY = lc.isFillY();
if (fillX || fillY) {
if (fillX == fillY) {
sb.append(asAPI ? ".fill()" : ",fill");
} else {
sb.append(asAPI ? (fillX ? ".fillX()" : ".fillY()") : (fillX ? ",fillx" : ",filly"));
}
}
Boolean leftToRight = lc.getLeftToRight();
if (leftToRight != null) {
if (asAPI) {
sb.append(".leftToRight(").append(leftToRight).append(')');
} else {
sb.append(leftToRight.booleanValue() ? ",ltr" : ",rtl");
}
}
if (!lc.getPackWidth().isUnset() || !lc.getPackHeight().isUnset()) {
if (asAPI) {
String w = getBS(lc.getPackWidth());
String h = getBS(lc.getPackHeight());
sb.append(".pack(");
if (w.equals("pref") && h.equals("pref")) {
sb.append(')');
} else {
sb.append('\"').append(w).append("\", \"").append(h).append("\")");
}
} else {
sb.append(",pack");
String size = getBS(lc.getPackWidth()) + " " + getBS(lc.getPackHeight());
if (size.equals("pref pref") == false)
sb.append(' ').append(size);
}
}
if (lc.getPackWidthAlign() != 0.5f || lc.getPackHeightAlign() != 1f) {
if (asAPI) {
sb.append(".packAlign(").append(floatToString(lc.getPackWidthAlign(), asAPI)).append(", ").append(floatToString(lc.getPackHeightAlign(), asAPI)).append(')');
} else {
sb.append(",packalign ").append(floatToString(lc.getPackWidthAlign(), asAPI)).append(' ').append(floatToString(lc.getPackHeightAlign(), asAPI));
}
}
if (lc.isTopToBottom() == false)
sb.append(asAPI ? ".bottomToTop()" : ",btt");
UnitValue[] insets = lc.getInsets();
if (insets != null) {
String cs = LayoutUtil.getCCString(insets);
if (cs != null) {
if (asAPI) {
sb.append(".insets(\"").append(cs).append("\")");
} else {
sb.append(",insets ").append(cs);
}
} else {
sb.append(asAPI ? ".insets(\"" : ",insets ");
for (int i = 0; i < insets.length; i++)
sb.append(getUV(insets[i])).append(i < insets.length - 1 ? " " : "");
if (asAPI)
sb.append("\")");
}
}
if (lc.isNoGrid())
sb.append(asAPI ? ".noGrid()" : ",nogrid");
if (lc.isVisualPadding() == false)
sb.append(asAPI ? ".noVisualPadding()" : ",novisualpadding");
int hideMode = lc.getHideMode();
if (hideMode > 0) {
if (asAPI) {
sb.append(".hideMode(").append(hideMode).append(')');
} else {
sb.append(",hideMode ").append(hideMode);
}
}
appendBoundSize(lc.getWidth(), sb, true, asAPI);
appendBoundSize(lc.getHeight(), sb, false, asAPI);
UnitValue alignX = lc.getAlignX();
UnitValue alignY = lc.getAlignY();
if (alignX != null || alignY != null) {
if (alignX != null && alignY != null) {
sb.append(asAPI ? ".align(\"" : ",align ").append(getUV(alignX)).append(' ').append(getUV(alignY));
} else if (alignX != null) {
sb.append(asAPI ? ".alignX(\"" : ",alignx ").append(getUV(alignX));
} else if (alignY != null) {
sb.append(asAPI ? ".alignY(\"" : ",aligny ").append(getUV(alignY));
}
if (asAPI)
sb.append("\")");
}
BoundSize gridGapX = lc.getGridGapX();
BoundSize gridGapY = lc.getGridGapY();
if (gridGapX != null || gridGapY != null) {
if (gridGapX != null && gridGapY != null) {
sb.append(asAPI ? ".gridGap(\"" : ",gap ").append(getBS(gridGapX)).append(' ').append(getBS(gridGapY));
} else if (gridGapX != null) {
sb.append(asAPI ? ".gridGapX(\"" : ",gapx ").append(getBS(gridGapX));
} else if (gridGapY != null) {
sb.append(asAPI ? ".gridGapY(\"" : ",gapy ").append(getBS(gridGapY));
}
if (asAPI)
sb.append("\")");
}
int wrapAfter = lc.getWrapAfter();
if (wrapAfter != LayoutUtil.INF) {
String ws = wrapAfter > 0 ? String.valueOf(wrapAfter) : "";
if (asAPI) {
sb.append(".wrap(").append(ws).append(')');
} else {
sb.append(",wrap ").append(ws);
}
}
int debugMillis = lc.getDebugMillis();
if (debugMillis > 0) {
if (asAPI) {
sb.append(".debug(").append(debugMillis).append(')');
} else {
sb.append(",debug ").append(debugMillis);
}
}
String s = sb.toString();
return s.length() == 0 || s.charAt(0) != ',' ? s : s.substring(1);
}
private static String getUV(UnitValue uv)
{
return uv != null ? uv.getConstraintString() : "null";
}
private static String getBS(BoundSize bs)
{
return bs != null ? bs.getConstraintString() : "null";
}
/** Converts a float to a string and is removing the ".0" if the float is an integer.
* @param f the float.
* @return f as a string. Never null.
*/
private static final String floatToString(float f, boolean asAPI)
{
String valS = String.valueOf(f);
return valS.endsWith(".0") ? valS.substring(0, valS.length() - 2) : (valS + (asAPI ? "f" : ""));
}
}