#ifndef OSMSCOUT_IMPORT_IMPORT_H #define OSMSCOUT_IMPORT_IMPORT_H /* This source is part of the libosmscout library Copyright (C) 2009 Tim Teulings 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 2.1 of the License, or (at your option) any later version. 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 Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ #include #include #include #include #include namespace osmscout { /** Collects all parameter that have influence on the import. TODO: * Add variable defining the output directory (and make all import modules respect this parameter). */ class OSMSCOUT_IMPORT_API ImportParameter { private: std::string mapfile; //! Name of the file containing the map (either *.osm or *.osm.pbf) std::string typefile; //! Name and path ff type definition file (map.ost.xml) std::string destinationDirectory; //! Name of the destination directory size_t startStep; //! Starting step for import size_t endStep; //! End step for import bool renumberIds; //! Renumber all Ids size_t renumberBlockSize; //! Number of entries loaded in one renumber iterations size_t renumberMag; //! Zoom level for individual renumber sorting cells size_t numericIndexPageSize; //! Size of an numeric index page in bytes bool rawNodeIndexMemoryMaped; //! Use memory mapping for raw node index file access bool rawNodeDataMemoryMaped; //! Use memory mapping for raw node data file access size_t rawNodeDataCacheSize; //! Size of the raw node data cache size_t rawNodeIndexCacheSize; //! Size of the raw node index cache bool rawWayIndexMemoryMaped; //! Use memory mapping for raw way index file access bool rawWayDataMemoryMaped; //! Use memory mapping for raw way data file access size_t rawWayDataCacheSize; //! Size of the raw way data cache size_t rawWayIndexCacheSize; //! Size of the raw way index cache size_t rawWayBlockSize; //! Number of ways loaded during import until nodes get resolved bool wayIndexMemoryMaped; //! Use memory mapping for way index file access bool wayDataMemoryMaped; //! Use memory mapping for way data file access size_t wayDataCacheSize; //! Size of the way data cache size_t wayIndexCacheSize; //! Size of the way index cache size_t waysLoadSize; //! Maximum number of ways loaded into memory in one go size_t areaAreaIndexMaxMag; //! Maximum depth of the index generated size_t areaWayMinMag; //! Minimum magnification of index for individual type size_t areaWayIndexCellSizeAverage; //! Average entries per index cell size_t areaWayIndexCellSizeMax; //! Maximum number of entries per index cell size_t areaNodeMinMag; //! Minimum magnification of index for individual type size_t areaNodeIndexCellSizeAverage; //! Average entries per index cell size_t areaNodeIndexCellSizeMax; //! Maximum number of entries per index cell size_t waterIndexMaxMag; //! Maximum depth of the index generated size_t optimizationMaxMag; //! Maximum magnification for optimization size_t optimizationMinMag; //! Minimum magnification of index for individual type size_t optimizationCellSizeAverage; //! Average entries per index cell size_t optimizationCellSizeMax; //! Maximum number of entries per index cell TransPolygon::OptimizeMethod optimizationWayMethod; //! what method to use to optimize ways size_t routeNodeBlockSize; //! Number of route nodes loaded during import until ways get resolved bool assumeLand; //! During sea/land detection,we either trust coastlines only or make some //! assumptions which tiles are sea and which are land. public: ImportParameter(); std::string GetMapfile() const; std::string GetTypefile() const; std::string GetDestinationDirectory() const; size_t GetStartStep() const; size_t GetEndStep() const; bool GetRenumberIds() const; size_t GetRenumberBlockSize() const; size_t GetRenumberMag() const; size_t GetNumericIndexPageSize() const; bool GetRawNodeIndexMemoryMaped() const; bool GetRawNodeDataMemoryMaped() const; size_t GetRawNodeDataCacheSize() const; size_t GetRawNodeIndexCacheSize() const; bool GetRawWayIndexMemoryMaped() const; bool GetRawWayDataMemoryMaped() const; size_t GetRawWayDataCacheSize() const; size_t GetRawWayIndexCacheSize() const; size_t GetRawWayBlockSize() const; bool GetWayIndexMemoryMaped() const; bool GetWayDataMemoryMaped() const; size_t GetWayDataCacheSize() const; size_t GetWayIndexCacheSize() const; size_t GetAreaNodeMinMag() const; size_t GetAreaNodeIndexCellSizeAverage() const; size_t GetAreaNodeIndexCellSizeMax() const; size_t GetAreaWayMinMag() const; size_t GetAreaWayIndexCellSizeAverage() const; size_t GetAreaWayIndexCellSizeMax() const; size_t GetAreaAreaIndexMaxMag() const; size_t GetWaterIndexMaxMag() const; size_t GetOptimizationMaxMag() const; size_t GetOptimizationMinMag() const; size_t GetOptimizationCellSizeAverage() const; size_t GetOptimizationCellSizeMax() const; TransPolygon::OptimizeMethod GetOptimizationWayMethod() const; size_t GetRouteNodeBlockSize() const; bool GetAssumeLand() const; void SetMapfile(const std::string& mapfile); void SetTypefile(const std::string& typefile); void SetDestinationDirectory(const std::string& destinationDirectory); void SetStartStep(size_t startStep); void SetSteps(size_t startStep, size_t endStep); void SetRenumberIds(bool renumberIds); void SetRenumberBlockSize(size_t renumberBlockSize); void SetRenumberMag(size_t renumberMag); void SetNumericIndexPageSize(size_t numericIndexPageSize); void SetRawNodeIndexMemoryMaped(bool memoryMaped); void SetRawNodeDataMemoryMaped(bool memoryMaped); void SetRawNodeDataCacheSize(size_t nodeDataCacheSize); void SetRawNodeIndexCacheSize(size_t nodeIndexCacheSize); void SetRawWayIndexMemoryMaped(bool memoryMaped); void SetRawWayDataMemoryMaped(bool memoryMaped); void SetRawWayDataCacheSize(size_t wayDataCacheSize); void SetRawWayIndexCacheSize(size_t wayIndexCacheSize); void SetRawWayBlockSize(size_t blockSize); void SetWayIndexMemoryMaped(bool memoryMaped); void SetWayDataMemoryMaped(bool memoryMaped); void SetWayDataCacheSize(size_t wayDataCacheSize); void SetWayIndexCacheSize(size_t wayIndexCacheSize); void SetWaysLoadSize(size_t waysLoadSize); void SetAreaAreaIndexMaxMag(size_t areaAreaIndexMaxMag); void SetAreaWayMinMag(size_t areaWayMinMag); void SetAreaWayIndexCellSizeAverage(size_t areaWayIndexCellSizeAverage); void SetAreaWayIndexCellSizeMax(size_t areaWayIndexCellSizeMax); void SetAreaNodeMinMag(size_t areaNodeMinMag); void SetAreaNodeIndexCellSizeAverage(size_t areaNodeIndexCellSizeAverage); void SetAreaNodeIndexCellSizeMax(size_t areaNodeIndexCellSizeMax); void SetWaterIndexMaxMag(size_t waterIndexMaxMag); void SetOptimizationMaxMag(size_t optimizationMaxMag); void SetOptimizationMinMag(size_t optimizationMinMag); void SetOptimizationCellSizeAverage(size_t optimizationCellSizeAverage); void SetOptimizationCellSizeMax(size_t optimizationCellSizeMax); void SetOptimizationWayMethod(TransPolygon::OptimizeMethod optimizationWayMethod); void SetRouteNodeBlockSize(size_t blockSize); void SetAssumeLand(bool assumeLand); }; /** A single import module representing a single import step. An import consists of a number of sequentially executed steps. A step normally works on one object type and generates one output file (though this is just an suggestion). Such a step is realized by a ImportModule. */ class OSMSCOUT_IMPORT_API ImportModule { public: virtual ~ImportModule(); virtual std::string GetDescription() const = 0; virtual bool Import(const ImportParameter& parameter, Progress& progress, const TypeConfig& typeConfig) = 0; }; /** Does the import based on the given parameters. Feedback about the import progress is given by the indivudal import modules calling the Progress instance as appropriate. */ extern OSMSCOUT_IMPORT_API bool Import(const ImportParameter& parameter, Progress& progress); } #endif