/*************************************************************************** * This file is part of the Lime Report project * * Copyright (C) 2021 by Alexander Arin * * arin_a@bk.ru * * * ** GNU General Public License Usage ** * * * This library is free software: you can redistribute it and/or modify * * it under the terms of the GNU General Public License as published by * * the Free Software Foundation, either version 3 of the License, or * * (at your option) any later version. * * You should have received a copy of the GNU General Public License * * along with this program. If not, see . * * * ** GNU Lesser General Public License ** * * * This library is free software: you can redistribute it and/or modify * * it under the terms of the GNU Lesser General Public License as * * published by the Free Software Foundation, either version 3 of the * * License, or (at your option) any later version. * * You should have received a copy of the GNU Lesser General Public * * License along with this library. * * If not, see . * * * * This library is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * ****************************************************************************/ #ifndef LRREPORTRENDER_H #define LRREPORTRENDER_H #include #include "lrcollection.h" #include "lrdatasourcemanager.h" #include "lrpageitemdesignintf.h" #include "lrscriptenginemanager.h" #include "serializators/lrstorageintf.h" namespace LimeReport{ class PageDesignIntf; class BandDesignIntf; class ContentItemDesignIntf; class GroupBandsHolder: public QList{ public: GroupBandsHolder(bool tryToKeepTogether):QList(),m_tryToKeepTogether(tryToKeepTogether), m_dataGroup(true), m_footerGroup(false){} bool tryToKeepTogether(){return m_tryToKeepTogether;} void setTryToKeepTogether(bool value){m_tryToKeepTogether=value;} bool isDataGroup(){return m_dataGroup;} bool isFooterGroup(){ return m_footerGroup;} void setIsFooterGroup(){m_footerGroup=true;m_dataGroup=false;} private: bool m_tryToKeepTogether; bool m_dataGroup; bool m_footerGroup; }; struct PagesRange{ int firstPage; int lastPage; bool isTOC; }; class PagesRanges{ public: PagesRanges(): m_TOCRangeIndex(-1) {} int findLastPageNumber(int index); int findPageNumber(int index); PagesRange& currentRange(bool isTOC); void startNewRange(bool isTOC = false); void addTOCMarker(bool addNewRange); void addPage(); void addTOCPage(); void clear(); private: void shiftRangesNextToTOC(); private: QVector m_ranges; int m_TOCRangeIndex; }; class ReportRender: public QObject { Q_OBJECT Q_PROPERTY(QObject* datasourcesManager READ datasources) public: enum DataRenderMode {StartNewPageAsNeeded, NotStartNewPage, ForcedStartPage}; enum BandPrintMode {PrintAlwaysPrintable, PrintNotAlwaysPrintable }; enum ResetPageNuberType{BandReset, PageReset}; enum PageRenderStage{BeforePageHeader, AfterPageHeader}; typedef QSharedPointer Ptr; ~ReportRender(); ReportRender(QObject *parent = 0); void setDatasources(DataSourceManager* value); void setScriptContext(ScriptEngineContext* scriptContext); DataSourceManager* datasources(){return m_datasources;} int pageCount(); PageItemDesignIntf::Ptr pageAt(int index); QString renderPageToString(PageItemDesignIntf *patternPage); ReportPages renderPageToPages(PageItemDesignIntf *patternPage); ReportPages renderTOC(PageItemDesignIntf *patternPage, bool first, bool resetPages); void secondRenderPass(ReportPages renderedPages); void createTOCMarker(bool startNewRange); signals: void pageRendered(int renderedPageCount); public slots: void cancelRender(); private: void analizeContainer(BaseDesignIntf *item, BandDesignIntf *band); void analizeItem(ContentItemDesignIntf *item, BandDesignIntf *band); void analizePage(PageItemDesignIntf *patternPage); void initDatasources(); void initDatasource(const QString &name); void initRenderPage(); void initVariables(); void initGroups(); void clearPageMap(); void renderPage(PageItemDesignIntf *patternPage, bool isTOC = false, bool isFirst = false, bool = false); BandDesignIntf* renderBand(BandDesignIntf *patternBand, BandDesignIntf *bandData, DataRenderMode mode = NotStartNewPage, bool isLast = false); void renderDataBand(BandDesignIntf* dataBand); void renderPageHeader(PageItemDesignIntf* patternPage); void renderReportHeader(PageItemDesignIntf* patternPage, PageRenderStage stage); void renderPageFooter(PageItemDesignIntf* patternPage); void renderPageItems(PageItemDesignIntf* patternPage); void renderChildHeader(BandDesignIntf* parent, BandPrintMode printMode); void renderChildFooter(BandDesignIntf* parent, BandPrintMode printMode); void renderChildBands(BandDesignIntf* parentBand); void recalcIfNeeded(BandDesignIntf *band); void renderDataHeader(BandDesignIntf* header); void renderGroupHeader(BandDesignIntf* parentBand, IDataSource* dataSource, bool firstTime); void renderGroupFooter(BandDesignIntf* parentBand); void moveTearOffBand(); qreal calcPageFooterHeight(PageItemDesignIntf* patternPage); qreal calcSlicePercent(qreal height); bool containsGroupFunctions(BaseDesignIntf *container); void extractGroupFuntionsFromItem(ContentItemDesignIntf* contentItem, BandDesignIntf* band); void extractGroupFunctionsFromContainer(BaseDesignIntf* baseItem, BandDesignIntf* band); void extractGroupFunctions(BandDesignIntf* band); void replaceGroupFunctionsInItem(ContentItemDesignIntf* contentItem, BandDesignIntf* band); void replaceGroupFunctionsInContainer(BaseDesignIntf* baseItem, BandDesignIntf* band); void replaceGroupsFunction(BandDesignIntf* band); BandDesignIntf *findRecalcableBand(BandDesignIntf *patternBand); void popPageFooterGroupValues(BandDesignIntf* dataBand); void pushPageFooterGroupValues(BandDesignIntf* dataBand); enum GroupType{DATA,FOOTER}; void closeGroup(BandDesignIntf* band); void openDataGroup(BandDesignIntf* band); void closeDataGroup(BandDesignIntf* band); void openFooterGroup(BandDesignIntf* band); void closeFooterGroup(BandDesignIntf* band); void cutGroups(); void checkFooterGroup(BandDesignIntf* groupBand); void pasteGroups(); void checkLostHeadersOnPrevPage(); void checkLostHeadersInPrevColumn(); BandDesignIntf* findEnclosingGroup(); bool registerBand(BandDesignIntf* band, bool registerInChildren=true); BandDesignIntf *sliceBand(BandDesignIntf* band, BandDesignIntf *patternBand, bool isLast); BandDesignIntf* saveUppperPartReturnBottom(BandDesignIntf *band, int height, BandDesignIntf *patternBand); BandDesignIntf* renderData(BandDesignIntf* patternBand, bool emitBeforeRender = true); void startNewColumn(); void startNewPage(bool isFirst = false); void resetPageNumber(ResetPageNuberType resetType); void savePage(bool isLast = false); QString toString(); void initColumns(); bool isNeedToRearrangeColumnsItems(); BandDesignIntf* lastColumnItem(int columnIndex); void rearrangeColumnsItems(); int columnItemsCount(int columnIndex); qreal columnHeigth(int columnIndex); qreal maxColumnHeight(); void renameChildItems(BaseDesignIntf *item); void renderGroupFooterByHeader(BandDesignIntf *groupHeader); void updateTOC(BaseDesignIntf* item, int pageNumber); void placeBandOnPage(BandDesignIntf *band, int columnIndex); QColor makeBackgroundColor(BandDesignIntf *band); private: DataSourceManager* m_datasources; ScriptEngineContext* m_scriptEngineContext; PageItemDesignIntf* m_renderPageItem; PageItemDesignIntf* m_patternPageItem; QList m_renderedPages; QMultiMap< BandDesignIntf*, GroupBandsHolder* > m_childBands; QList m_reprintableBands; QList m_recalcBands; QMap > m_groupfunctionItems; int m_currentIndex; int m_pageCount; QMap m_popupedValues; QMultiMap m_popupedExpression; qreal m_pageFooterHeight; qreal m_dataAreaSize; qreal m_reportFooterHeight; int m_renderedDataBandCount; BandDesignIntf* m_lastRenderedHeader; BandDesignIntf* m_lastDataBand; BandDesignIntf* m_lastRenderedFooter; BandDesignIntf* m_lastRenderedBand; bool m_renderCanceled; QVector m_maxHeightByColumn; QVector m_currentStartDataPos; int m_currentColumn; PagesRanges m_pagesRanges; QVector m_columnedBandItems; unsigned long long m_currentNameIndex; bool m_newPageStarted; bool m_lostHeadersMoved; }; } // namespace LimeReport #endif // LRREPORTRENDER_H