litesoft
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// This Source Code is in the Public Domain per: http://litesoft.org/License.txt package org.litesoft.render; import org.litesoft.commonfoundation.typeutils.*; import java.util.concurrent.atomic.*; public class MockNativeRect { public static final MockNativeRect[] EMPTY_ARRAY = new MockNativeRect[0]; private String mName; protected int mNaturalSizeX = 0; protected int mNaturalSizeY = 0; protected int mRequestedSizeX = 0; protected int mRequestedSizeY = 0; protected int mRequestedRelativePosX = 0; protected int mRequestedRelativePosY = 0; private int mLastSizeX = 0; private int mLastSizeY = 0; private int mLastRelativePosX = 0; private int mLastRelativePosY = 0; private MockContainer mParent = null; protected boolean mParticipating = true; protected MockNativeRect( String pName ) { mName = insureName( pName, "NativeRect_" ); } public MockNativeRect( String pName, int pNaturalSizeX, int pNaturalSizeY ) { this( pName ); mNaturalSizeX = Integers.assertNonNegative( "NaturalSizeX", pNaturalSizeX ); mNaturalSizeY = Integers.assertNonNegative( "NaturalSizeY", pNaturalSizeY ); } public String getName() { return mName; } public final int getSizeX() { return reportingCorrectly() ? mLastSizeX = LLgetCorrectSizeX() : mLastSizeX; } protected int LLgetCorrectSizeX() { return LLgetExpectedSizeX(); } private int LLgetExpectedSizeX() { return (mRequestedSizeX != 0) ? mRequestedSizeX : mNaturalSizeX; } public final int getSizeY() { return reportingCorrectly() ? mLastSizeY = LLgetCorrectSizeY() : mLastSizeY; } protected int LLgetCorrectSizeY() { return LLgetExpectedSizeY(); } private int LLgetExpectedSizeY() { return (mRequestedSizeY != 0) ? mRequestedSizeY : mNaturalSizeY; } public final int getRelativePosX() { return reportingCorrectly() ? mLastRelativePosX = LLgetCorrectRelativePosX() : mLastRelativePosX; } protected int LLgetCorrectRelativePosX() { return mRequestedRelativePosX; } public final int getRelativePosY() { return reportingCorrectly() ? mLastRelativePosY = LLgetCorrectRelativePosY() : mLastRelativePosY; } protected int LLgetCorrectRelativePosY() { return mRequestedRelativePosY; } public RenderHelperProcess setSizeX( int pRequestedSizeX ) { throw new UnsupportedOperationException( "setSizeX( " + pRequestedSizeX + ") on: " + getName() ); } public RenderHelperProcess setSizeY( int pRequestedSizeY ) { throw new UnsupportedOperationException( "setSizeY( " + pRequestedSizeY + ") on: " + getName() ); } public void setRelativePosX( int pRequestedRelativePosX ) { throw new UnsupportedOperationException( "setRelativePosX( " + pRequestedRelativePosX + ") on: " + getName() ); } public void setRelativePosY( int pRequestedRelativePosY ) { throw new UnsupportedOperationException( "setRelativePosY( " + pRequestedRelativePosY + ") on: " + getName() ); } protected void LLsetSizeX( int pRequestedSizeX ) { mRequestedSizeX = Integers.assertPositive( "SizeX", pRequestedSizeX ); changedPosOrSize(); } public void LLremoveSetSizeX() { mRequestedSizeX = 0; changedPosOrSize(); } protected void LLsetSizeY( int pRequestedSizeY ) { mRequestedSizeY = Integers.assertPositive( "SizeY", pRequestedSizeY ); changedPosOrSize(); } public void LLremoveSetSizeY() { mRequestedSizeY = 0; changedPosOrSize(); } protected void LLsetRelativePosX( int pRequestedRelativePosX ) { mRequestedRelativePosX = pRequestedRelativePosX; changedPosOrSize(); } protected void LLsetRelativePosY( int pRequestedRelativePosY ) { mRequestedRelativePosY = pRequestedRelativePosY; changedPosOrSize(); } protected final void changedPosOrSize() { if ( isAttachedAndParticipating() ) { setPnAts(); } } public MockContainer getParent() { return mParent; } public void setParent( MockContainer pParent ) { if ( mParent != null ) { MockContainer zParent = mParent; mParent = null; zParent.LLchildRemoved( this ); } if ( null != (mParent = pParent) ) { mParent.LLchildAdded( this ); } } public boolean isAttached() { return (mParent != null) && mParent.isAttached(); } /** * called by Parent Container when this NativeRect was "justAttached". */ protected void justAttached() { if ( isParticipating() ) { setPnAts(); } } /** * called by Parent Container when this NativeRect was "justDetached". */ protected void justDetached() { clrPnAts(); } public boolean isParticipating() { return mParticipating && (mParent != null) && mParent.isParticipating(); } public void setParticipating( boolean pParticipating ) { if ( !(mParticipating = pParticipating) ) { clrPnAts(); } else if ( isAttached() ) { setPnAts(); } } public boolean isAttachedAndParticipating() { return isAttached() && isParticipating(); } public String toString() { StringBuilder zSB = new StringBuilder(); return toStringBuilder( zSB, 0 ).toString(); } public StringBuilder toStringBuilder( StringBuilder pSB, int pDepth ) { pSB.append( mName ); int zReportedSizeX = getSizeX(); int zReportedSizeY = getSizeY(); int zReportedRelativePosX = getRelativePosX(); int zReportedRelativePosY = getRelativePosY(); appendTo( pSB, " (", // zReportedSizeX, LLgetExpectedSizeX(), zReportedSizeY, LLgetExpectedSizeY() ); appendPostSize( pSB ); if ( (zReportedRelativePosX != 0) || (mRequestedRelativePosX != 0) || (zReportedRelativePosY != 0) || (mRequestedRelativePosY != 0) ) { appendTo( pSB, " @ (", // zReportedRelativePosX, mRequestedRelativePosX, zReportedRelativePosY, mRequestedRelativePosY ); } return pSB; } protected void appendPostSize( StringBuilder pSB ) { } protected final void appendTo( StringBuilder pSB, String pPrefix, // int pReportedX, int pRequestedX, int pReportedY, int pRequestedY ) { appendTo( pSB, pPrefix, pReportedX, pRequestedX ); appendTo( pSB, ",", pReportedY, pRequestedY ); pSB.append( ")" ); } private void appendTo( StringBuilder pSB, String pPrefix, int pReported, int pRequested ) { pSB.append( pPrefix ).append( pReported ); if ( (pReported != pRequested) && (pRequested != 0) ) { pSB.append( "!=" ).append( pRequested ); } } private static final AtomicInteger sSequenceSource = new AtomicInteger( 0 ); protected static String insureName( String pName, String pDefaultPrefix ) { return (null != (pName = Strings.noEmpty( pName ))) ? // pName : // pDefaultPrefix + sSequenceSource.incrementAndGet(); } private Long mPnAts = null; private void setPnAts() { mPnAts = System.currentTimeMillis(); } private void clrPnAts() { mPnAts = null; } protected final boolean reportingCorrectly() { if ( mPnAts != null ) { long zTime = System.currentTimeMillis(); return (zTime >= (mPnAts + 10)); } return false; } } |
Commits for litesoft/trunk/Java/core/jvm1.5/src/org/litesoft/render/MockNativeRect.java
Revision | Author | Commited | Message |
---|---|---|---|
939 Diff | GeorgeS | Mon 02 Jun, 2014 21:30:31 +0000 | Extracting commonfoundation |
858 Diff | GeorgeS | Sun 04 Nov, 2012 18:40:40 +0000 | |
821 Diff | GeorgeS | Sun 19 Aug, 2012 00:08:41 +0000 | |
819 Diff | GeorgeS | Sat 18 Aug, 2012 18:09:40 +0000 | |
801 Diff | GeorgeS | Wed 15 Aug, 2012 03:59:02 +0000 | |
49 Diff | GeorgeS | Mon 12 Apr, 2010 02:59:10 +0000 | License Text |
2 | GeorgeS | Sun 07 Feb, 2010 12:50:58 +0000 |