X-Git-Url: https://git.saurik.com/wxWidgets.git/blobdiff_plain/8e08b761b0c5ecb6df295785b78f1f3637331887..1721a8c028d3b6a553634c632117fbfac102a30e:/contrib/src/fl/rowlayoutpl.cpp diff --git a/contrib/src/fl/rowlayoutpl.cpp b/contrib/src/fl/rowlayoutpl.cpp index 0ca0f45181..1c0f5140f4 100644 --- a/contrib/src/fl/rowlayoutpl.cpp +++ b/contrib/src/fl/rowlayoutpl.cpp @@ -1,12 +1,12 @@ ///////////////////////////////////////////////////////////////////////////// -// Name: No names yet. -// Purpose: Contrib. demo +// Name: rowlayoutpl.cpp +// Purpose: cbRowLayoutPlugin implementation. // Author: Aleksandras Gluchovas // Modified by: // Created: 09/09/98 // RCS-ID: $Id$ // Copyright: (c) Aleksandras Gluchovas -// Licence: wxWindows license +// Licence: wxWindows licence ///////////////////////////////////////////////////////////////////////////// #ifdef __GNUG__ @@ -35,1186 +35,1190 @@ IMPLEMENT_DYNAMIC_CLASS( cbRowLayoutPlugin, cbPluginBase ) BEGIN_EVENT_TABLE( cbRowLayoutPlugin, cbPluginBase ) - EVT_PL_LAYOUT_ROW ( cbRowLayoutPlugin::OnLayoutRow ) - EVT_PL_LAYOUT_ROWS( cbRowLayoutPlugin::OnLayoutRows ) - EVT_PL_RESIZE_ROW ( cbRowLayoutPlugin::OnResizeRow ) + EVT_PL_LAYOUT_ROW ( cbRowLayoutPlugin::OnLayoutRow ) + EVT_PL_LAYOUT_ROWS( cbRowLayoutPlugin::OnLayoutRows ) + EVT_PL_RESIZE_ROW ( cbRowLayoutPlugin::OnResizeRow ) - EVT_PL_INSERT_BAR ( cbRowLayoutPlugin::OnInsertBar ) - EVT_PL_REMOVE_BAR ( cbRowLayoutPlugin::OnRemoveBar ) + EVT_PL_INSERT_BAR ( cbRowLayoutPlugin::OnInsertBar ) + EVT_PL_REMOVE_BAR ( cbRowLayoutPlugin::OnRemoveBar ) END_EVENT_TABLE() cbRowLayoutPlugin::cbRowLayoutPlugin(void) - : mpPane( 0 ) + : mpPane( 0 ) {} cbRowLayoutPlugin::cbRowLayoutPlugin( wxFrameLayout* pPanel, int paneMask ) - : cbPluginBase( pPanel, paneMask ), - mpPane( 0 ) + : cbPluginBase( pPanel, paneMask ), + mpPane( 0 ) {} void cbRowLayoutPlugin::CheckIfAtTheBoundary( cbBarInfo* pTheBar, cbRowInfo& rowInfo ) { - // this method handles situation, when fixed bar is inserted - // into the row, where among fixed bars not-fixed ones are present. - // In this case we need to check if the pBarNode appears to be inserted - // chain of fixed-bars on the very right or left side of the row, - // then all the white-space, such chain should be eliminated, - // and the resulting chain justified to the right or the left - // side of the row + // this method handles situation, when fixed bar is inserted + // into the row, where among fixed bars not-fixed ones are present. + // In this case we need to check if the pBarNode appears to be inserted + // chain of fixed-bars on the very right or left side of the row, + // then all the white-space, such chain should be eliminated, + // and the resulting chain justified to the right or the left + // side of the row - if ( !pTheBar->IsFixed() || rowInfo.mHasOnlyFixedBars ) + if ( !pTheBar->IsFixed() || rowInfo.mHasOnlyFixedBars ) - return; + return; - cbBarInfo* pBar = rowInfo.mBars[ rowInfo.mBars.Count() - 1 ]; + cbBarInfo* pBar = rowInfo.mBars[ rowInfo.mBars.Count() - 1 ]; - // slide fixed bars to the right on the right side relative to the pBarNode + // slide fixed bars to the right on the right side relative to the pBarNode - int prevX = mpPane->mPaneWidth; + int prevX = mpPane->mPaneWidth; - do - { - if ( !pBar->IsFixed() ) - break; + do + { + if ( !pBar->IsFixed() ) + break; - wxRect& bounds = pBar->mBounds; + wxRect& bounds = pBar->mBounds; - bounds.x = prevX - bounds.width; + bounds.x = prevX - bounds.width; - prevX = bounds.x; + prevX = bounds.x; - if ( pBar == pTheBar ) break; + if ( pBar == pTheBar ) break; - pBar = pBar->mpPrev; - } - while( 1 ); + pBar = pBar->mpPrev; + } + while( 1 ); - // slide fixed bars to the left on the left side relative to the pBarNode + // slide fixed bars to the left on the left side relative to the pBarNode - pBar = rowInfo.mBars[0]; + pBar = rowInfo.mBars[0]; - prevX = 0; - - do - { - if ( pBar->IsFixed() ) + prevX = 0; + + do + { + if ( pBar->IsFixed() ) - break; + break; - wxRect& bounds = pBar->mBounds; + wxRect& bounds = pBar->mBounds; - bounds.x = prevX; + bounds.x = prevX; - prevX = bounds.x + bounds.width; + prevX = bounds.x + bounds.width; - if ( pBar == pTheBar ) break; + if ( pBar == pTheBar ) break; - pBar = pBar->mpNext; - } - while( 1 ); + pBar = pBar->mpNext; + } + while( 1 ); } void cbRowLayoutPlugin::ExpandNotFixedBars( cbRowInfo* pRow ) { - ApplyLengthRatios( pRow ); + ApplyLengthRatios( pRow ); - // FIXME:: something's wrong? - return; + #if 1 - double freeSpc = (double)GetRowFreeSpace( pRow ); + // FIXME:: something's wrong? + return; - // calculate sum of precents + #else - double pcntSum = 0.0; + double freeSpc = (double)GetRowFreeSpace( pRow ); - size_t i = 0; + // calculate sum of precents - for( i = 0; i != pRow->mBars.Count(); ++i ) - { - if ( !pRow->mBars[i]->IsFixed() ) - pcntSum += pRow->mBars[i]->mLenRatio; - } + double pcntSum = 0.0; - // setup bar lengths - - int curX = 0; + size_t i; + for ( i = 0; i != pRow->mBars.Count(); ++i ) + { + if ( !pRow->mBars[i]->IsFixed() ) + pcntSum += pRow->mBars[i]->mLenRatio; + } - for( i = 0; i != pRow->mBars.Count(); ++i ) - { - cbBarInfo& bar = *pRow->mBars[i]; + // setup bar lengths - if ( !bar.IsFixed() ) - { - bar.mLenRatio = bar.mLenRatio/(pcntSum); + int curX = 0; - bar.mBounds.width = - - wxMax( mpPane->mProps.mMinCBarDim.x, int( freeSpc*bar.mLenRatio ) ); - } - - bar.mBounds.x = curX; - curX = bar.mBounds.x + bar.mBounds.width; - } + for ( i = 0; i != pRow->mBars.Count(); ++i ) + { + cbBarInfo& bar = *pRow->mBars[i]; + + if ( !bar.IsFixed() ) + { + bar.mLenRatio = bar.mLenRatio/(pcntSum); + + bar.mBounds.width = + + wxMax( mpPane->mProps.mMinCBarDim.x, int( freeSpc*bar.mLenRatio ) ); + } + + bar.mBounds.x = curX; + curX = bar.mBounds.x + bar.mBounds.width; + } + #endif } -void cbRowLayoutPlugin::AdjustLengthOfInserted( cbRowInfo* pRow, cbBarInfo* pTheBar ) +void cbRowLayoutPlugin::AdjustLengthOfInserted( cbRowInfo* WXUNUSED(pRow), cbBarInfo* WXUNUSED(pTheBar) ) { - return; + return; - // pTheBar is not-fixed +#if 0 + // TBD: Makes following code unreachable - // FIXME:: what is this for?? + // pTheBar is not-fixed + + // FIXME:: what is this for?? #if 1 - int totalLen = 0; + int totalLen = 0; size_t i; - for( i = 0; i != pRow->mBars.Count(); ++i ) + for ( i = 0; i != pRow->mBars.Count(); ++i ) { - if ( !pRow->mBars[i]->IsFixed() ) - totalLen += pRow->mBars[i]->mBounds.width; + if ( !pRow->mBars[i]->IsFixed() ) + totalLen += pRow->mBars[i]->mBounds.width; } - double curWidth = pTheBar->mBounds.width; - - if ( pRow->mBars.Count() ) + double curWidth = pTheBar->mBounds.width; - pTheBar->mBounds.width = int( mpPane->mPaneWidth * (curWidth / double(totalLen)) ); + if ( pRow->mBars.Count() ) + pTheBar->mBounds.width = int( mpPane->mPaneWidth * (curWidth / double(totalLen)) ); #else - double freeSpc = (double)GetRowFreeSpace( pRow ); + double freeSpc = (double)GetRowFreeSpace( pRow ); - double pcntSum = 0.0; + double pcntSum = 0.0; - size_t i; - for( i = 0; i != pRow->mBars.Count(); ++i ) - { - if ( !pRow->mBars[i]->IsFixed() ) - pcntSum += pRow->mBars[i]->mLenRatio; - } + size_t i; + for ( i = 0; i != pRow->mBars.Count(); ++i ) + { + if ( !pRow->mBars[i]->IsFixed() ) + pcntSum += pRow->mBars[i]->mLenRatio; + } - // if no longer "balanced", assume that `pTheBar' was previously - // removed from this row (kind of AI...) + // if no longer "balanced", assume that `pTheBar' was previously + // removed from this row (kind of AI...) + + if ( pcntSum < 0.98 ) + + pTheBar->mBounds.width = freeSpc * (1.0 - pcntSum); +#endif - if ( pcntSum < 0.98 ) - - pTheBar->mBounds.width = freeSpc * (1.0 - pcntSum); #endif + } -void cbRowLayoutPlugin::FitBarsToRange( int from, int till, - cbBarInfo* pTheBar, cbRowInfo* pRow ) +void cbRowLayoutPlugin::FitBarsToRange( int from, int till, + cbBarInfo* pTheBar, cbRowInfo* pRow ) { - cbBarInfo* pFromBar = NULL; - cbBarInfo* pTillBar = NULL; - - if ( pTheBar->mBounds.x > from ) - { - // it's range from the left - pFromBar = pRow->mBars[0]; - pTillBar = pTheBar; - } - else - { - pFromBar = pTheBar->mpNext; - pTillBar = NULL; - } - - // calc free space in the range - - cbBarInfo* pBar = pFromBar; - int freeSpc = till-from; - double pcntSum = 0; - - while( pBar != pTillBar ) - { - if ( pBar->IsFixed() ) - - freeSpc -= pBar->mBounds.width; - else - pcntSum += pBar->mLenRatio; - - pBar = pBar->mpNext; - } - - // adjust not-fixed bar sizes in the range - - pBar = pFromBar; - - while( pBar != pTillBar ) - { - if ( !pBar->IsFixed() ) - - pBar->mBounds.width = - - wxMax( mpPane->mProps.mMinCBarDim.x, - int( double(freeSpc) * (pBar->mLenRatio/pcntSum) ) - ); - - pBar = pBar->mpNext; - } - - // layout range, starting from the left-most bar - - pBar = pFromBar; - int prevX = from; - bool hasNotFixedBars = FALSE; - - while ( pBar != pTillBar ) - { - wxRect& bounds = pBar->mBounds; - - if ( !pBar->IsFixed() ) - { - hasNotFixedBars = TRUE; - - freeSpc -= bounds.width; - } - - bounds.x = prevX; - - prevX = bounds.x + bounds.width; - - pBar = pBar->mpNext; - } - - // make width adjustment for the right-most bar in the range, due to - // lost precision when seting widths using f.p. length-ratios - - if ( hasNotFixedBars ) - { - if ( pTheBar->mBounds.x > from ) - { - if ( pTillBar->mpPrev ) - { - wxRect& tillBar = pTillBar->mpPrev->mBounds; - - //tillBar.width = bar.mBounds.x - tillBar.x; - tillBar.width += freeSpc; - } - } - else - { - cbBarInfo* pLast = pRow->mBars[ pRow->mBars.Count() - 1 ]; - - if ( pLast != pTheBar ) - { - pTheBar->mBounds.width += freeSpc; - - SlideRightSideBars( pTheBar ); - } - } - } + cbBarInfo* pFromBar; + cbBarInfo* pTillBar; + + if ( pTheBar->mBounds.x > from ) + { + // it's range from the left + pFromBar = pRow->mBars[0]; + pTillBar = pTheBar; + } + else + { + pFromBar = pTheBar->mpNext; + pTillBar = NULL; + } + + // calc free space in the range + + cbBarInfo* pBar = pFromBar; + int freeSpc = till-from; + double pcntSum = 0; + + while( pBar != pTillBar ) + { + if ( pBar->IsFixed() ) + freeSpc -= pBar->mBounds.width; + else + pcntSum += pBar->mLenRatio; + + pBar = pBar->mpNext; + } + + // adjust not-fixed bar sizes in the range + + pBar = pFromBar; + + while ( pBar != pTillBar ) + { + if ( !pBar->IsFixed() ) + { + pBar->mBounds.width = + wxMax( mpPane->mProps.mMinCBarDim.x, + (int)( double(freeSpc) * (pBar->mLenRatio/pcntSum) ) + ); + } + pBar = pBar->mpNext; + } + + // layout range, starting from the left-most bar + + pBar = pFromBar; + int prevX = from; + bool hasNotFixedBars = false; + + while ( pBar != pTillBar ) + { + wxRect& bounds = pBar->mBounds; + + if ( !pBar->IsFixed() ) + { + hasNotFixedBars = true; + + freeSpc -= bounds.width; + } + + bounds.x = prevX; + + prevX = bounds.x + bounds.width; + + pBar = pBar->mpNext; + } + + // make width adjustment for the right-most bar in the range, due to + // lost precision when seting widths using f.p. length-ratios + + if ( hasNotFixedBars ) + { + if ( pTheBar->mBounds.x > from ) + { + if ( pTillBar->mpPrev ) + { + wxRect& tillBar = pTillBar->mpPrev->mBounds; + + //tillBar.width = bar.mBounds.x - tillBar.x; + tillBar.width += freeSpc; + } + } + else + { + cbBarInfo* pLast = pRow->mBars[ pRow->mBars.Count() - 1 ]; + + if ( pLast != pTheBar ) + { + pTheBar->mBounds.width += freeSpc; + + SlideRightSideBars( pTheBar ); + } + } + } } void cbRowLayoutPlugin::MinimzeNotFixedBars( cbRowInfo* pRow, cbBarInfo* pBarToPreserve ) { size_t i; - for( i = 0; i != pRow->mBars.Count(); ++i ) + for ( i = 0; i != pRow->mBars.Count(); ++i ) { - if ( !pRow->mBars[i]->IsFixed() && pRow->mBars[i] != pBarToPreserve ) - pRow->mBars[i]->mBounds.width = mpPane->mProps.mMinCBarDim.x; + if ( !pRow->mBars[i]->IsFixed() && pRow->mBars[i] != pBarToPreserve ) + pRow->mBars[i]->mBounds.width = mpPane->mProps.mMinCBarDim.x; } } int cbRowLayoutPlugin::GetRowFreeSpace( cbRowInfo* pRow ) { - int freeSpc = mpPane->mPaneWidth; + int freeSpc = mpPane->mPaneWidth; size_t i; - for( i = 0; i != pRow->mBars.Count(); ++i ) + for ( i = 0; i != pRow->mBars.Count(); ++i ) { - // not-fixed bars variable length, thus their - // dimensions are ignored - if ( pRow->mBars[i]->IsFixed() ) - freeSpc -= pRow->mBars[i]->mBounds.width; + // not-fixed bars variable length, thus their + // dimensions are ignored + if ( pRow->mBars[i]->IsFixed() ) + freeSpc -= pRow->mBars[i]->mBounds.width; } - return freeSpc; + return freeSpc; } void cbRowLayoutPlugin::RecalcLengthRatios( cbRowInfo* pRow ) { - double freeSpc = double( GetRowFreeSpace( pRow ) ); + double freeSpc = double( GetRowFreeSpace( pRow ) ); - cbBarInfo* pBar = pRow->mBars[0]; - cbBarInfo* pLastNotFixed = NULL; + cbBarInfo* pBar = pRow->mBars[0]; + cbBarInfo* pLastNotFixed = NULL; - double pcntLeft = 1.0; // (100%) + double pcntLeft = 1.0; // (100%) #ifdef __EXPERIMENTAL - int totalLen = 0; + int totalLen = 0; size_t i; - for( i = 0; i != pRow->mBars.Count(); ++i ) + for ( i = 0; i != pRow->mBars.Count(); ++i ) { - if ( !pRow->mBars[i]->IsFixed() ) - totalLen += pRow->mBars[i]->mBounds.width; + if ( !pRow->mBars[i]->IsFixed() ) + totalLen += pRow->mBars[i]->mBounds.width; } #endif size_t i; - for( i = 0; i != pRow->mBars.Count(); ++i ) - { - cbBarInfo& bar = *pRow->mBars[i]; + for ( i = 0; i != pRow->mBars.Count(); ++i ) + { + cbBarInfo& bar = *pRow->mBars[i]; - if ( !bar.IsFixed() ) - { + if ( !bar.IsFixed() ) + { #ifdef __EXPERIMENTAL - bar.mLenRatio = double(bar.mBounds.width)/double(totalLen); + bar.mLenRatio = double(bar.mBounds.width)/double(totalLen); #else - bar.mLenRatio = double(bar.mBounds.width)/freeSpc; + bar.mLenRatio = double(bar.mBounds.width)/freeSpc; #endif - pcntLeft -= bar.mLenRatio; - pLastNotFixed = pBar; - } - } + pcntLeft -= bar.mLenRatio; + pLastNotFixed = pBar; + } + } - // attach remainder (the result of lost precision) to the - // last not-fixed bar + // attach remainder (the result of lost precision) to the + // last not-fixed bar -#if !defined(__EXPERIMENTAL) +#if !defined(__EXPERIMENTAL) - if ( pLastNotFixed ) - - pLastNotFixed->mLenRatio += pcntLeft; + if ( pLastNotFixed ) + + pLastNotFixed->mLenRatio += pcntLeft; #endif } void cbRowLayoutPlugin::ApplyLengthRatios( cbRowInfo* pRow ) { - double pcntSum = 0; + size_t i; + double pcntSum = 0; - // FOR NOW:: all-in-one + // FOR NOW:: all-in-one - size_t i = 0; - for( i = 0; i != pRow->mBars.Count(); ++i ) + for ( i = 0; i != pRow->mBars.Count(); ++i ) { - if ( !pRow->mBars[i]->IsFixed() ) - pcntSum += pRow->mBars[i]->mLenRatio; + if ( !pRow->mBars[i]->IsFixed() ) + pcntSum += pRow->mBars[i]->mLenRatio; } - /* - pBar = node_to_first_bar_node( pRow ); - - while( pBar ) - { - cbBarInfo& bar = node_to_bar( pBar ); - - if ( !bar.IsFixed() ) - - bar.mLenRatio = pcntSum / bar.mLenRatio; - - pBar = pBar->Next(); - } - */ - - int prevX = 0; - double freeSpc = GetRowFreeSpace( pRow ); - - // tricky stuff (improtant!): - // when not-fixed bar is removed from the row and there are - // still some other not-fixed ones left in that row, then - // the sum of mLenRatio's is no longer 1.0 - this is left - // intintionally to handle the case when the removed bar - // is returned right back to the row - so that it would retain - // it's original dimensions in this row (this is kind of AI...) - // - // The problem is - when it's remvoed, the sum of - // mLenRatio's is not in "balance", i.e. is < 1.0, - // it's possible to restore balance, but instead of that - // we artifically ajdust freeSpc value in a way that it would - // look like total of mLetRatio's is 1.0, thus original - // len. ratios are _preserved_: - - double unit = freeSpc / pcntSum; - - bool haveSquished = FALSE; - - for( i = 0; i != pRow->mBars.Count(); ++i ) + /* + pBar = node_to_first_bar_node( pRow ); + + while( pBar ) + { + cbBarInfo& bar = node_to_bar( pBar ); + + if ( !bar.IsFixed() ) + + bar.mLenRatio = pcntSum / bar.mLenRatio; + + pBar = pBar->Next(); + } + */ + + int prevX = 0; + double freeSpc = GetRowFreeSpace( pRow ); + + // tricky stuff (improtant!): + // when not-fixed bar is removed from the row and there are + // still some other not-fixed ones left in that row, then + // the sum of mLenRatio's is no longer 1.0 - this is left + // intintionally to handle the case when the removed bar + // is returned right back to the row - so that it would retain + // it's original dimensions in this row (this is kind of AI...) + // + // The problem is - when it's remvoed, the sum of + // mLenRatio's is not in "balance", i.e. is < 1.0, + // it's possible to restore balance, but instead of that + // we artifically ajdust freeSpc value in a way that it would + // look like total of mLetRatio's is 1.0, thus original + // len. ratios are _preserved_: + + if (pcntSum == 0.0) + pcntSum = 1.0; + + double unit = freeSpc / pcntSum; + + bool haveSquished = false; + + for ( i = 0; i != pRow->mBars.Count(); ++i ) { - if ( !pRow->mBars[i]->IsFixed() ) - { - cbBarInfo& bar = *pRow->mBars[i]; - - if ( int( unit * bar.mLenRatio ) < mpPane->mProps.mMinCBarDim.x ) - { - haveSquished = TRUE; + if ( !pRow->mBars[i]->IsFixed() ) + { + cbBarInfo& bar = *pRow->mBars[i]; + + if ( int( unit * bar.mLenRatio ) < mpPane->mProps.mMinCBarDim.x ) + { + haveSquished = true; - bar.mBounds.width = -1; // mark as "squished" + bar.mBounds.width = -1; // mark as "squished" - pcntSum -= bar.mLenRatio; + pcntSum -= bar.mLenRatio; - freeSpc -= mpPane->mProps.mMinCBarDim.x; - } - } + freeSpc -= mpPane->mProps.mMinCBarDim.x; + } + } } // for - if ( haveSquished ) - - unit = freeSpc / pcntSum; + if ( haveSquished ) + unit = freeSpc / pcntSum; - for( i = 0; i != pRow->mBars.Count(); ++i ) - { - cbBarInfo& bar = *pRow->mBars[i]; + for ( i = 0; i != pRow->mBars.Count(); ++i ) + { + cbBarInfo& bar = *pRow->mBars[i]; - bar.mBounds.x = prevX; + bar.mBounds.x = prevX; - if ( !bar.IsFixed() ) - { - if ( bar.mBounds.width == -1 ) + if ( !bar.IsFixed() ) + { + if ( bar.mBounds.width == -1 ) - bar.mBounds.width = mpPane->mProps.mMinCBarDim.x; - else - bar.mBounds.width = int( unit * bar.mLenRatio ); + bar.mBounds.width = mpPane->mProps.mMinCBarDim.x; + else + bar.mBounds.width = int( unit * bar.mLenRatio ); - // a little bit of AI: - // memorize bar's height and width, when docked in - // the current orientation - by making the current - // dimensions to be "preffered" ones for this docking state + // a little bit of AI: + // memorize bar's height and width, when docked in + // the current orientation - by making the current + // dimensions to be "preffered" ones for this docking state - if ( !bar.IsFixed() ) - { - bar.mDimInfo.mSizes[ bar.mState ].x = bar.mBounds.width; - bar.mDimInfo.mSizes[ bar.mState ].y = bar.mBounds.height; - } - } + if ( !bar.IsFixed() ) + { + bar.mDimInfo.mSizes[ bar.mState ].x = bar.mBounds.width; + bar.mDimInfo.mSizes[ bar.mState ].y = bar.mBounds.height; + } + } - prevX = bar.mBounds.x + bar.mBounds.width; - } + prevX = bar.mBounds.x + bar.mBounds.width; + } } void cbRowLayoutPlugin::DetectBarHandles( cbRowInfo* pRow ) { - // first pass from left to right (detect left-side handles) + // first pass from left to right (detect left-side handles) - bool foundNotFixed = FALSE; + bool foundNotFixed = false; size_t i; - for( i = 0; i != pRow->mBars.Count(); ++i ) - { - cbBarInfo& bar = *pRow->mBars[i]; - - bar.mHasLeftHandle = FALSE; - - if ( !bar.IsFixed() ) - { - if ( foundNotFixed ) - - if ( bar.mpPrev && - bar.mpPrev->IsFixed() ) - - bar.mHasLeftHandle = TRUE; - - foundNotFixed = TRUE; - } - } + for ( i = 0; i != pRow->mBars.Count(); ++i ) + { + cbBarInfo& bar = *pRow->mBars[i]; + + bar.mHasLeftHandle = false; + + if ( !bar.IsFixed() ) + { + if ( foundNotFixed ) + + if ( bar.mpPrev && + bar.mpPrev->IsFixed() ) + + bar.mHasLeftHandle = true; + + foundNotFixed = true; + } + } - // pass from right to left (detect right-side handles) + // pass from right to left (detect right-side handles) - foundNotFixed = FALSE; + foundNotFixed = false; - cbBarInfo* pBar = pRow->mBars[ pRow->mBars.Count() - 1 ]; + cbBarInfo* pBar = pRow->mBars[ pRow->mBars.Count() - 1 ]; - while( pBar ) - { - pBar->mHasRightHandle = FALSE; + while( pBar ) + { + pBar->mHasRightHandle = false; - if ( !pBar->IsFixed() ) - { - if ( foundNotFixed ) + if ( !pBar->IsFixed() ) + { + if ( foundNotFixed ) - if ( pBar->mpNext ) + if ( pBar->mpNext ) - pBar->mHasRightHandle = TRUE; + pBar->mHasRightHandle = true; - foundNotFixed = TRUE; - } + foundNotFixed = true; + } - pBar = pBar->mpPrev; - } + pBar = pBar->mpPrev; + } } void cbRowLayoutPlugin::RelayoutNotFixedBarsAround( cbBarInfo* pTheBar, cbRowInfo* pRow ) { - if ( !pTheBar->mpPrev ) - { - if ( !pTheBar->IsFixed() ) - { - // this bar the first in the row, move it's - // left edge to the very left - pTheBar->mBounds.width += pTheBar->mBounds.x; - pTheBar->mBounds.x = 0; - } - } - else - FitBarsToRange( 0, pTheBar->mBounds.x, pTheBar, pRow ); - - if ( !pTheBar->mpNext ) - { - if ( !pTheBar->IsFixed() ) - { - // this bar is the last one, move it's - // right edge to the very right - - pTheBar->mBounds.width = mpPane->mPaneWidth - pTheBar->mBounds.x; - } - } - else - FitBarsToRange( pTheBar->mBounds.x + pTheBar->mBounds.width, mpPane->mPaneWidth, - pTheBar, pRow - ); + if ( !pTheBar->mpPrev ) + { + if ( !pTheBar->IsFixed() ) + { + // this bar the first in the row, move it's + // left edge to the very left + pTheBar->mBounds.width += pTheBar->mBounds.x; + pTheBar->mBounds.x = 0; + } + } + else + FitBarsToRange( 0, pTheBar->mBounds.x, pTheBar, pRow ); + + if ( !pTheBar->mpNext ) + { + if ( !pTheBar->IsFixed() ) + { + // this bar is the last one, move it's + // right edge to the very right + + pTheBar->mBounds.width = mpPane->mPaneWidth - pTheBar->mBounds.x; + } + } + else + FitBarsToRange( pTheBar->mBounds.x + pTheBar->mBounds.width, mpPane->mPaneWidth, + pTheBar, pRow + ); } void cbRowLayoutPlugin::LayoutItemsVertically( cbRowInfo& row ) { size_t i; - for( i = 0; i != row.mBars.Count(); ++i ) - { - cbBarInfo& bar = *row.mBars[i]; + for ( i = 0; i != row.mBars.Count(); ++i ) + { + cbBarInfo& bar = *row.mBars[i]; - bar.mBounds.y = row.mRowY; + bar.mBounds.y = row.mRowY; - if ( !bar.IsFixed() ) + if ( !bar.IsFixed() ) - // make all not-fixed bars of equal height - bar.mBounds.height = row.mRowHeight; + // make all not-fixed bars of equal height + bar.mBounds.height = row.mRowHeight; - if ( row.mHasUpperHandle ) + if ( row.mHasUpperHandle ) - bar.mBounds.y += mpPane->mProps.mResizeHandleSize; - } + bar.mBounds.y += mpPane->mProps.mResizeHandleSize; + } } int cbRowLayoutPlugin::CalcRowHeight( cbRowInfo& row ) { - int maxHeight = 0; + int maxHeight = 0; size_t i; - for( i = 0; i != row.mBars.Count(); ++i ) - - maxHeight = wxMax( maxHeight, row.mBars[i]->mBounds.height ); + for ( i = 0; i != row.mBars.Count(); ++i ) + + maxHeight = wxMax( maxHeight, row.mBars[i]->mBounds.height ); - return maxHeight; + return maxHeight; } void cbRowLayoutPlugin::StickRightSideBars( cbBarInfo* pToBar ) { - cbBarInfo* pBar = pToBar->mpNext; - cbBarInfo* pPrev = pToBar; + cbBarInfo* pBar = pToBar->mpNext; + cbBarInfo* pPrev = pToBar; - while( pBar ) - { - wxRect& cur = pBar->mBounds; - wxRect& prev = pPrev->mBounds; + while( pBar ) + { + wxRect& cur = pBar->mBounds; + wxRect& prev = pPrev->mBounds; - cur.x = prev.x + prev.width; + cur.x = prev.x + prev.width; - pPrev = pBar; - pBar = pBar->mpNext; - } + pPrev = pBar; + pBar = pBar->mpNext; + } } void cbRowLayoutPlugin::SlideLeftSideBars( cbBarInfo* pTheBar ) { - // shift left-side-bars to the left (with respect to "theBar"), - // so that they would not obscured by each other + // shift left-side-bars to the left (with respect to "theBar"), + // so that they would not obscured by each other - cbBarInfo* pBar = pTheBar->mpPrev; - cbBarInfo* pPrev = pTheBar; + cbBarInfo* pBar = pTheBar->mpPrev; + cbBarInfo* pPrev = pTheBar; - while( pBar ) - { - wxRect& cur = pBar->mBounds; - wxRect& prev = pPrev->mBounds; + while( pBar ) + { + wxRect& cur = pBar->mBounds; + wxRect& prev = pPrev->mBounds; - if ( cur.x + cur.width > prev.x ) + if ( cur.x + cur.width > prev.x ) - cur.x = prev.x - cur.width; + cur.x = prev.x - cur.width; - pPrev = pBar; - pBar = pBar->mpPrev; - } + pPrev = pBar; + pBar = pBar->mpPrev; + } } void cbRowLayoutPlugin::SlideRightSideBars( cbBarInfo* pTheBar ) { - // shift right-side-bars to the right (with respect to "theBar"), - // so that they would not be obscured by each other + // shift right-side-bars to the right (with respect to "theBar"), + // so that they would not be obscured by each other - cbBarInfo* pBar = pTheBar->mpNext; - cbBarInfo* pPrev = pTheBar; + cbBarInfo* pBar = pTheBar->mpNext; + cbBarInfo* pPrev = pTheBar; - while( pBar ) - { - wxRect& cur = pBar->mBounds; - wxRect& prev = pPrev->mBounds; + while( pBar ) + { + wxRect& cur = pBar->mBounds; + wxRect& prev = pPrev->mBounds; - if ( cur.x < prev.x + prev.width ) + if ( cur.x < prev.x + prev.width ) - cur.x = prev.x + prev.width; + cur.x = prev.x + prev.width; - pPrev = pBar; - pBar = pBar->mpNext; - } + pPrev = pBar; + pBar = pBar->mpNext; + } } -void cbRowLayoutPlugin::ShiftLeftTrashold( cbBarInfo* pTheBar, cbRowInfo& row ) +void cbRowLayoutPlugin::ShiftLeftTrashold( cbBarInfo* WXUNUSED(pTheBar), cbRowInfo& row ) { - wxRect& first = row.mBars[0]->mBounds; + wxRect& first = row.mBars[0]->mBounds; - if ( first.x < 0 ) - { - row.mBars[0]->mBounds.x = 0; + if ( first.x < 0 ) + { + row.mBars[0]->mBounds.x = 0; - SlideRightSideBars( row.mBars[0] ); - } + SlideRightSideBars( row.mBars[0] ); + } } void cbRowLayoutPlugin::ShiftRightTrashold( cbBarInfo* pTheBar, cbRowInfo& row ) { - wxRect& theBar = pTheBar->mBounds; + wxRect& theBar = pTheBar->mBounds; - do - { - cbBarInfo* pBar = pTheBar; + do + { + cbBarInfo* pBar = pTheBar; - // calculate free spece on the left side + // calculate free spece on the left side - int leftFreeSpc = 0; + int leftFreeSpc = 0; - while( pBar ) - { - wxRect& cur = pBar->mBounds; + while( pBar ) + { + wxRect& cur = pBar->mBounds; - if ( pBar->mpPrev ) - { - wxRect& prev = pBar->mpPrev->mBounds; + if ( pBar->mpPrev ) + { + wxRect& prev = pBar->mpPrev->mBounds; - leftFreeSpc += cur.x - prev.x - prev.width; - } - else - leftFreeSpc += cur.x; + leftFreeSpc += cur.x - prev.x - prev.width; + } + else + leftFreeSpc += cur.x; - if ( cur.x < 0 ) - { - leftFreeSpc = 0; - break; - } + if ( cur.x < 0 ) + { + leftFreeSpc = 0; + break; + } - pBar = pBar->mpPrev; - } + pBar = pBar->mpPrev; + } - pBar = pTheBar; + pBar = pTheBar; - int rightOverflow = 0; + int rightOverflow = 0; - if ( pTheBar->IsFixed() ) + if ( pTheBar->IsFixed() ) - while( pBar ) - { - if ( !pBar->mpNext ) - { - wxRect& cur = pBar->mBounds; + while( pBar ) + { + if ( !pBar->mpNext ) + { + wxRect& cur = pBar->mBounds; - if ( cur.x + cur.width > mpPane->mPaneWidth ) + if ( cur.x + cur.width > mpPane->mPaneWidth ) - rightOverflow = cur.x + cur.width - mpPane->mPaneWidth; - } + rightOverflow = cur.x + cur.width - mpPane->mPaneWidth; + } - pBar = pBar->mpNext; - } + pBar = pBar->mpNext; + } - if ( rightOverflow > 0 ) - { - if ( leftFreeSpc <= 0 ) return; + if ( rightOverflow > 0 ) + { + if ( leftFreeSpc <= 0 ) return; - if ( pTheBar->mpNext ) - { - wxRect& next = pTheBar->mpNext->mBounds; + if ( pTheBar->mpNext ) + { + wxRect& next = pTheBar->mpNext->mBounds; - // if there's enough space on the left, move over one half-obscured - // bar from the right to the left side with respect to "theBar" + // if there's enough space on the left, move over one half-obscured + // bar from the right to the left side with respect to "theBar" - if ( next.width < leftFreeSpc ) - { - cbBarInfo* pNext = pTheBar->mpNext; + if ( next.width < leftFreeSpc ) + { + cbBarInfo* pNext = pTheBar->mpNext; - row.mBars.Remove( pNext ); + row.mBars.Remove( pNext ); - row.mBars.Insert( pNext, row.mBars.Index( pTheBar ) ); + row.mBars.Insert( pNext, row.mBars.Index( pTheBar ) ); - next.x = theBar.x - next.width; + next.x = theBar.x - next.width; - // re-setup mpPrev/mpNext references after insertion + // re-setup mpPrev/mpNext references after insertion - mpPane->InitLinksForRow( &row ); + mpPane->InitLinksForRow( &row ); - // tighten things + // tighten things - StickRightSideBars( pTheBar ); - SlideLeftSideBars ( pTheBar ); + StickRightSideBars( pTheBar ); + SlideLeftSideBars ( pTheBar ); - continue; - } - } + continue; + } + } - int leftShift = ( rightOverflow > leftFreeSpc ) - ? leftFreeSpc - : rightOverflow; + int leftShift = ( rightOverflow > leftFreeSpc ) + ? leftFreeSpc + : rightOverflow; - theBar.x -= leftShift; + theBar.x -= leftShift; - StickRightSideBars( pTheBar ); - SlideLeftSideBars ( pTheBar ); + StickRightSideBars( pTheBar ); + SlideLeftSideBars ( pTheBar ); - break; + break; - } // end of if ( rightOverflow ) - else - break; + } // end of if ( rightOverflow ) + else + break; - } while(1); + } while(1); } void cbRowLayoutPlugin::InsertBefore( cbBarInfo* pBeforeBar, - cbBarInfo* pTheBar, - cbRowInfo& row ) + cbBarInfo* pTheBar, + cbRowInfo& row ) { - if ( pBeforeBar ) + if ( pBeforeBar ) - row.mBars.Insert( pTheBar, row.mBars.Index( pBeforeBar ) ); - else - row.mBars.Add( pTheBar ); + row.mBars.Insert( pTheBar, row.mBars.Index( pBeforeBar ) ); + else + row.mBars.Add( pTheBar ); - pTheBar->mpRow = &row; + pTheBar->mpRow = &row; } void cbRowLayoutPlugin::DoInsertBar( cbBarInfo* pTheBar, cbRowInfo& row ) { - wxRect& theBar = pTheBar->mBounds; + wxRect& theBar = pTheBar->mBounds; - /* OLD STUFF:: - if ( theBar.x < 0 && !node_to_bar( pTheBar ).IsFixed() ) - { - // AI:: - theBar.width += theBar.x; - theBar.x = 0; - } */ + /* OLD STUFF:: + if ( theBar.x < 0 && !node_to_bar( pTheBar ).IsFixed() ) + { + // AI:: + theBar.width += theBar.x; + theBar.x = 0; + } */ size_t i; - for( i = 0; i != row.mBars.Count(); ++i ) - { - cbBarInfo& bar = *row.mBars[i]; - - wxRect& cur = bar.mBounds; - - // if bar hits the left edge - if ( theBar.x <= cur.x ) - { - InsertBefore( &bar, pTheBar, row ); - return; - } - - else - // if bar hits the right edge - if ( theBar.x <= cur.x + cur.width ) - { - if ( theBar.x + theBar.width > cur.x + cur.width ) - { - InsertBefore( bar.mpNext, pTheBar, row ); - return; - } - - // otherwise the bar lies within the bounds of current bar - - int leftDist = theBar.x - cur.x; - int rightDist = cur.x + cur.width - (theBar.x + theBar.width); - - if ( leftDist < rightDist ) - - InsertBefore( &bar, pTheBar, row ); - else - InsertBefore( bar.mpNext, pTheBar, row ); - - return; - } - } - - InsertBefore( NULL, pTheBar, row ); // insert at the end + for ( i = 0; i != row.mBars.Count(); ++i ) + { + cbBarInfo& bar = *row.mBars[i]; + + wxRect& cur = bar.mBounds; + + // if bar hits the left edge + if ( theBar.x <= cur.x ) + { + InsertBefore( &bar, pTheBar, row ); + return; + } + + else + // if bar hits the right edge + if ( theBar.x <= cur.x + cur.width ) + { + if ( theBar.x + theBar.width > cur.x + cur.width ) + { + InsertBefore( bar.mpNext, pTheBar, row ); + return; + } + + // otherwise the bar lies within the bounds of current bar + + int leftDist = theBar.x - cur.x; + int rightDist = cur.x + cur.width - (theBar.x + theBar.width); + + if ( leftDist < rightDist ) + + InsertBefore( &bar, pTheBar, row ); + else + InsertBefore( bar.mpNext, pTheBar, row ); + + return; + } + } + + InsertBefore( NULL, pTheBar, row ); // insert at the end } // evnet handlers void cbRowLayoutPlugin::OnInsertBar( cbInsertBarEvent& event ) { - cbBarInfo* pBarToInsert = event.mpBar; - cbRowInfo* pIntoRow = event.mpRow; - mpPane = event.mpPane; + cbBarInfo* pBarToInsert = event.mpBar; + cbRowInfo* pIntoRow = event.mpRow; + mpPane = event.mpPane; - if ( !pBarToInsert->IsFixed() ) + if ( !pBarToInsert->IsFixed() ) - AdjustLengthOfInserted( pIntoRow, pBarToInsert ); + AdjustLengthOfInserted( pIntoRow, pBarToInsert ); - DoInsertBar( pBarToInsert, *pIntoRow ); + DoInsertBar( pBarToInsert, *pIntoRow ); - mpPane->InitLinksForRow( pIntoRow ); // relink "mpNext/mpPrev"s + mpPane->InitLinksForRow( pIntoRow ); // relink "mpNext/mpPrev"s - // perform relayouting of the bars after insertion + // perform relayouting of the bars after insertion - // init bar location info - pBarToInsert->mAlignment = event.mpPane->mAlignment; - pBarToInsert->mRowNo = event.mpPane->GetRowIndex( pIntoRow ); + // init bar location info + pBarToInsert->mAlignment = event.mpPane->mAlignment; + pBarToInsert->mRowNo = event.mpPane->GetRowIndex( pIntoRow ); #ifdef __EXPERIMENTAL - if ( !pIntoRow->mHasOnlyFixedBars || !pBarToInsert->IsFixed() ) + if ( !pIntoRow->mHasOnlyFixedBars || !pBarToInsert->IsFixed() ) - RecalcLengthRatios( pIntoRow ); + RecalcLengthRatios( pIntoRow ); #endif - MinimzeNotFixedBars( pIntoRow, pBarToInsert ); + MinimzeNotFixedBars( pIntoRow, pBarToInsert ); - SlideLeftSideBars ( pBarToInsert ); - SlideRightSideBars( pBarToInsert ); + SlideLeftSideBars ( pBarToInsert ); + SlideRightSideBars( pBarToInsert ); - ShiftLeftTrashold ( pBarToInsert, *pIntoRow ); - ShiftRightTrashold( pBarToInsert, *pIntoRow ); + ShiftLeftTrashold ( pBarToInsert, *pIntoRow ); + ShiftRightTrashold( pBarToInsert, *pIntoRow ); - mpPane->SyncRowFlags( pIntoRow ); + mpPane->SyncRowFlags( pIntoRow ); - CheckIfAtTheBoundary( pBarToInsert, *pIntoRow ); + CheckIfAtTheBoundary( pBarToInsert, *pIntoRow ); - if ( event.mpPane->IsHorizontal() ) + if ( event.mpPane->IsHorizontal() ) - pBarToInsert->mState = wxCBAR_DOCKED_HORIZONTALLY; - else - pBarToInsert->mState = wxCBAR_DOCKED_VERTICALLY; + pBarToInsert->mState = wxCBAR_DOCKED_HORIZONTALLY; + else + pBarToInsert->mState = wxCBAR_DOCKED_VERTICALLY; - if ( !pIntoRow->mHasOnlyFixedBars ) - { + if ( !pIntoRow->mHasOnlyFixedBars ) + { #ifdef __EXPERIMENTAL - ExpandNotFixedBars( pIntoRow ); + ExpandNotFixedBars( pIntoRow ); #else - RelayoutNotFixedBarsAround( pBarToInsert, pIntoRow ); - RecalcLengthRatios( pIntoRow ); + RelayoutNotFixedBarsAround( pBarToInsert, pIntoRow ); + RecalcLengthRatios( pIntoRow ); #endif - DetectBarHandles( pIntoRow ); + DetectBarHandles( pIntoRow ); - // do proportional resizing of not-fixed bars - ApplyLengthRatios( pIntoRow ); - } + // do proportional resizing of not-fixed bars + ApplyLengthRatios( pIntoRow ); + } - // adjust the bar's docking state + // adjust the bar's docking state - // a little bit of AI: - // memorize bar's height and width, when docked in - // the current orientation - by making the current - // dimensions to be "preferred" ones for this docking state + // a little bit of AI: + // memorize bar's height and width, when docked in + // the current orientation - by making the current + // dimensions to be "preferred" ones for this docking state - if ( !pBarToInsert->IsFixed() ) - { - cbBarInfo& bar = *pBarToInsert; + if ( !pBarToInsert->IsFixed() ) + { + cbBarInfo& bar = *pBarToInsert; - bar.mDimInfo.mSizes[ bar.mState ].x = bar.mBounds.width; - bar.mDimInfo.mSizes[ bar.mState ].y = bar.mBounds.height; - } + bar.mDimInfo.mSizes[ bar.mState ].x = bar.mBounds.width; + bar.mDimInfo.mSizes[ bar.mState ].y = bar.mBounds.height; + } } void cbRowLayoutPlugin::OnRemoveBar ( cbRemoveBarEvent& event ) { - cbBarInfo* pBar = event.mpBar; - mpPane = event.mpPane; + cbBarInfo* pBar = event.mpBar; + mpPane = event.mpPane; - cbRowInfo* pRow = pBar->mpRow; + cbRowInfo* pRow = pBar->mpRow; - mpLayout->GetUpdatesManager().OnBarWillChange( pBar, pRow, event.mpPane ); + mpLayout->GetUpdatesManager().OnBarWillChange( pBar, pRow, event.mpPane ); - // invalidate the whole row - //pFirst->mpRowInfo->mMgrData.mPrevBounds.x = -1; + // invalidate the whole row + //pFirst->mpRowInfo->mMgrData.mPrevBounds.x = -1; - pRow->mBars.Remove( pBar ); + pRow->mBars.Remove( pBar ); - // rest bar information after removing it from the row - pBar->mpRow = NULL; - pBar->mHasLeftHandle = FALSE; - pBar->mHasRightHandle = FALSE; + // rest bar information after removing it from the row + pBar->mpRow = NULL; + pBar->mHasLeftHandle = false; + pBar->mHasRightHandle = false; - mpPane->InitLinksForRow( pRow ); // relink "mpNext/mpPrev"s + mpPane->InitLinksForRow( pRow ); // relink "mpNext/mpPrev"s - if ( pRow->mBars.Count() == 0 ) - { - // empty rows should not exist + if ( pRow->mBars.Count() == 0 ) + { + // empty rows should not exist - event.mpPane->GetRowList().Remove( pRow ); + event.mpPane->GetRowList().Remove( pRow ); - delete pRow; + delete pRow; - mpPane->InitLinksForRows(); - } - else - { - // force repainting of bars, in the row, from which the bar was removed + mpPane->InitLinksForRows(); + } + else + { + // force repainting of bars, in the row, from which the bar was removed - // FIXME:: really needed? - pRow->mBars[0]->mUMgrData.SetDirty(TRUE); + // FIXME:: really needed? + pRow->mBars[0]->mUMgrData.SetDirty(true); - // re-setup mHasOnlyFixedBars flag for the row information - event.mpPane->SyncRowFlags( pRow ); + // re-setup mHasOnlyFixedBars flag for the row information + event.mpPane->SyncRowFlags( pRow ); - DetectBarHandles( pRow ); + DetectBarHandles( pRow ); - if ( !pRow->mHasOnlyFixedBars ) + if ( !pRow->mHasOnlyFixedBars ) - ExpandNotFixedBars( pRow ); - } + ExpandNotFixedBars( pRow ); + } } void cbRowLayoutPlugin::OnLayoutRow( cbLayoutRowEvent& event ) { - cbRowInfo* pRow = event.mpRow; - mpPane = event.mpPane; + cbRowInfo* pRow = event.mpRow; + mpPane = event.mpPane; - MinimzeNotFixedBars( pRow, NULL ); + MinimzeNotFixedBars( pRow, NULL ); - if ( !pRow->mHasOnlyFixedBars ) - { - // do proportional resizing of not-fixed bars - ApplyLengthRatios( pRow ); - } + if ( !pRow->mHasOnlyFixedBars ) + { + // do proportional resizing of not-fixed bars + ApplyLengthRatios( pRow ); + } - cbBarInfo& lastBar = *pRow->mBars[ pRow->mBars.Count() - 1 ]; - cbBarInfo& firstBar = *pRow->mBars[ 0 ]; + cbBarInfo& lastBar = *pRow->mBars[ pRow->mBars.Count() - 1 ]; + cbBarInfo& firstBar = *pRow->mBars[ 0 ]; - // FIXME:: Next line not used + // FIXME:: Next line not used // wxRect& bounds = lastBar.mBounds; - if ( lastBar.mBounds.x + lastBar.mBounds.width > mpPane->mPaneWidth ) - { - lastBar.mBounds.x = mpPane->mPaneWidth - lastBar.mBounds.width; + if ( lastBar.mBounds.x + lastBar.mBounds.width > mpPane->mPaneWidth ) + { + lastBar.mBounds.x = mpPane->mPaneWidth - lastBar.mBounds.width; - // first simulate left-row-edge friction + // first simulate left-row-edge friction - SlideLeftSideBars( &lastBar ); + SlideLeftSideBars( &lastBar ); - if ( firstBar.mBounds.x < 0 ) + if ( firstBar.mBounds.x < 0 ) firstBar.mBounds.x = 0; - // then left-row-edge function, though this - // may cause some of the right-side bars going - // out of row bounds, but left-side always - // has the highest "priority" + // then left-row-edge function, though this + // may cause some of the right-side bars going + // out of row bounds, but left-side always + // has the highest "priority" - SlideRightSideBars( &firstBar ); - } + SlideRightSideBars( &firstBar ); + } - event.Skip(); // pass event to the next handler + event.Skip(); // pass event to the next handler } void cbRowLayoutPlugin::OnLayoutRows( cbLayoutRowsEvent& event ) { - mpPane = event.mpPane; + mpPane = event.mpPane; - int curY = 0; + int curY = 0; // FIXME:: Next line not used. - // RowArrayT& arr = mpPane->GetRowList(); + // RowArrayT& arr = mpPane->GetRowList(); size_t i; - for( i = 0; i != mpPane->GetRowList().Count(); ++i ) - { - cbRowInfo& row = *mpPane->GetRowList()[ i ]; - - // setup "has-handle" flags for rows, which depend on the existance - // of not-fixed bars in the row - - if ( !row.mHasOnlyFixedBars ) - { - if ( mpPane->mAlignment == FL_ALIGN_TOP || - mpPane->mAlignment == FL_ALIGN_LEFT ) - { - row.mHasLowerHandle = TRUE; - - row.mHasUpperHandle = FALSE; - } - else - { - row.mHasUpperHandle = TRUE; - - row.mHasLowerHandle = FALSE; - } - } - else - { - // otherwise, rows with fixed-bars only, have no height-resizing handles - row.mHasUpperHandle = FALSE; - row.mHasLowerHandle = FALSE; - } - - // setup vertical positions for items in the row - - row.mRowY = curY; - - row.mRowWidth = mpPane->mPaneWidth; - row.mRowHeight = CalcRowHeight( row ); - - LayoutItemsVertically( row ); - - if ( row.mHasUpperHandle ) + for ( i = 0; i != mpPane->GetRowList().Count(); ++i ) + { + cbRowInfo& row = *mpPane->GetRowList()[ i ]; + //mpPane->CalcLengthRatios(& row); + + // setup "has-handle" flags for rows, which depend on the existance + // of not-fixed bars in the row + + if ( !row.mHasOnlyFixedBars ) + { + if ( mpPane->mAlignment == FL_ALIGN_TOP || + mpPane->mAlignment == FL_ALIGN_LEFT ) + { + row.mHasLowerHandle = true; + + row.mHasUpperHandle = false; + } + else + { + row.mHasUpperHandle = true; + + row.mHasLowerHandle = false; + } + } + else + { + // otherwise, rows with fixed-bars only, have no height-resizing handles + row.mHasUpperHandle = false; + row.mHasLowerHandle = false; + } + + // setup vertical positions for items in the row + + row.mRowY = curY; + + row.mRowWidth = mpPane->mPaneWidth; + row.mRowHeight = CalcRowHeight( row ); + + LayoutItemsVertically( row ); + + if ( row.mHasUpperHandle ) row.mRowHeight += mpPane->mProps.mResizeHandleSize; - if ( row.mHasLowerHandle ) + if ( row.mHasLowerHandle ) row.mRowHeight += mpPane->mProps.mResizeHandleSize; - curY += row.mRowHeight; - } + curY += row.mRowHeight; + } - event.Skip(); // pass event to the next handler - other hookeds plugin - // may also add some "refinements" to the layout now + event.Skip(); // pass event to the next handler - other hookeds plugin + // may also add some "refinements" to the layout now } void cbRowLayoutPlugin::OnResizeRow( cbResizeRowEvent& event ) { - // extract resize-event info - int ofs = event.mHandleOfs; - bool forUpperHandle = event.mForUpperHandle; - cbRowInfo* pTheRow = event.mpRow; - mpPane = event.mpPane; + // extract resize-event info + int ofs = event.mHandleOfs; + bool forUpperHandle = event.mForUpperHandle; + cbRowInfo* pTheRow = event.mpRow; + mpPane = event.mpPane; // FIXME:: Next line not used. - //int newHeight = pTheRow->mRowHeight; - - int freeSpc = 0; + //int newHeight = pTheRow->mRowHeight; - if ( forUpperHandle ) - { - // calculate available free space from above, - // which can be obtained by squeezing not-fixed height rows - - cbRowInfo* pRow = pTheRow->mpPrev; - - while( pRow ) - { - freeSpc += pRow->mRowHeight - event.mpPane->GetMinimalRowHeight( pRow ); + if ( forUpperHandle ) + { + // calculate available free space from above, + // which can be obtained by squeezing not-fixed height rows - pRow = pRow->mpPrev; - } - } - else - { - // calculate available free space from below, - // which can be obtained by squeezing not-fixed height rows + cbRowInfo* pRow = pTheRow->mpPrev; - cbRowInfo* pRow = pTheRow->mpNext; + while( pRow ) + { + pRow = pRow->mpPrev; + } + } + else + { + // calculate available free space from below, + // which can be obtained by squeezing not-fixed height rows - while( pRow ) - { - freeSpc += pRow->mRowHeight - mpPane->GetMinimalRowHeight( pRow ); + cbRowInfo* pRow = pTheRow->mpNext; - pRow = pRow->mpNext; - } - } + while( pRow ) + { + pRow = pRow->mpNext; + } + } - mpLayout->GetUpdatesManager().OnStartChanges(); + mpLayout->GetUpdatesManager().OnStartChanges(); - int clientSize; + int clientSize; - // allow user adjusting pane vs. client-area space, for upper-handle + // allow user adjusting pane vs. client-area space, for upper-handle - if ( mpPane->IsHorizontal() ) + if ( mpPane->IsHorizontal() ) - clientSize = mpLayout->GetClientHeight(); - else - clientSize = mpLayout->GetClientWidth(); + clientSize = mpLayout->GetClientHeight(); + else + clientSize = mpLayout->GetClientWidth(); - if ( forUpperHandle && ofs < -clientSize ) - { - int needed = -(ofs + clientSize); + if ( forUpperHandle && ofs < -clientSize ) + { + int needed = -(ofs + clientSize); - cbRowInfo* pRow = mpPane->GetRowList()[ 0 ]; + cbRowInfo* pRow = mpPane->GetRowList()[ 0 ]; - // start squeezing rows from the top row towards bottom + // start squeezing rows from the top row towards bottom - while( pRow != pTheRow && needed ) - { - // only not-fixed rows can be squeezed + while( pRow != pTheRow && needed ) + { + // only not-fixed rows can be squeezed - if ( !pRow->mHasOnlyFixedBars ) - { - int prevHeight = pRow->mRowHeight; + if ( !pRow->mHasOnlyFixedBars ) + { + int prevHeight = pRow->mRowHeight; - int newHeight = wxMax( event.mpPane->GetMinimalRowHeight( pRow ), - prevHeight - needed ); + int newHeight = wxMax( event.mpPane->GetMinimalRowHeight( pRow ), + prevHeight - needed ); - if ( newHeight != prevHeight ) - { - event.mpPane->SetRowHeight( pRow, newHeight ); + if ( newHeight != prevHeight ) + { + event.mpPane->SetRowHeight( pRow, newHeight ); - needed -= prevHeight - pRow->mRowHeight; - } - } + needed -= prevHeight - pRow->mRowHeight; + } + } - pRow = pRow->mpNext; - } - } + pRow = pRow->mpNext; + } + } - // allow user adjusting pane vs. client-area space, for lower-handle + // allow user adjusting pane vs. client-area space, for lower-handle - if ( !forUpperHandle && ofs > clientSize ) - { - int needed = ofs - clientSize; + if ( !forUpperHandle && ofs > clientSize ) + { + int needed = ofs - clientSize; - cbRowInfo* pRow = mpPane->GetRowList()[ mpPane->GetRowList().Count() - 1 ]; + cbRowInfo* pRow = mpPane->GetRowList()[ mpPane->GetRowList().Count() - 1 ]; - // start squeezing rows from the bottom towards the top row + // start squeezing rows from the bottom towards the top row - while( pRow && needed ) - { - // only not-fixed rows can be squeezed + while( pRow && needed ) + { + // only not-fixed rows can be squeezed - if ( !pRow->mHasOnlyFixedBars ) - { - int prevHeight = pRow->mRowHeight; + if ( !pRow->mHasOnlyFixedBars ) + { + int prevHeight = pRow->mRowHeight; - int newHeight = wxMax( event.mpPane->GetMinimalRowHeight( pRow ), - prevHeight - needed ); + int newHeight = wxMax( event.mpPane->GetMinimalRowHeight( pRow ), + prevHeight - needed ); - if ( newHeight != prevHeight ) - { - event.mpPane->SetRowHeight( pRow, newHeight ); + if ( newHeight != prevHeight ) + { + event.mpPane->SetRowHeight( pRow, newHeight ); - needed -= prevHeight - pRow->mRowHeight; - } - } + needed -= prevHeight - pRow->mRowHeight; + } + } - pRow = pRow->mpPrev; - } - } + pRow = pRow->mpPrev; + } + } - if ( forUpperHandle ) - - event.mpPane->SetRowHeight( pTheRow, pTheRow->mRowHeight + (-ofs) ); - else - event.mpPane->SetRowHeight( pTheRow, pTheRow->mRowHeight + ofs ); + if ( forUpperHandle ) + + event.mpPane->SetRowHeight( pTheRow, pTheRow->mRowHeight + (-ofs) ); + else + event.mpPane->SetRowHeight( pTheRow, pTheRow->mRowHeight + ofs ); - mpLayout->RecalcLayout(FALSE); + mpLayout->RecalcLayout(false); - mpLayout->GetUpdatesManager().OnFinishChanges(); - mpLayout->GetUpdatesManager().UpdateNow(); + mpLayout->GetUpdatesManager().OnFinishChanges(); + mpLayout->GetUpdatesManager().UpdateNow(); }