BookshelfDriver.h

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#ifndef BOOKSHELFPARSER_DRIVER_H
#define BOOKSHELFPARSER_DRIVER_H
 
#include "BookshelfDataBase.h"

namespace BookshelfParser {
 
using std::cout;
using std::endl;
using std::cerr;
using std::string; 
using std::vector;
using std::pair;
using std::make_pair;
using std::ostringstream;

class Driver
{
public:
    Driver(BookshelfDataBase& db);

    bool trace_scanning;

    bool trace_parsing;

    string streamname;

    bool parse_stream(std::istream& in,
              const string& sname = "stream input");

    bool parse_string(const string& input,
              const string& sname = "string stream");

    bool parse_file(const string& filename);
 
    // To demonstrate pure handling of parse errors, instead of
    // simply dumping them on the standard error output, we will pass
    // them to the driver using the following two member functions.

    void error(const class location& l, const string& m);

    void error(const string& m);

    class Scanner* lexer;

    BookshelfDataBase& m_db;

    void setPlFlag(bool flag);
    // .nodes file 
    void numNodeTerminalsCbk(int, int);
    void terminalEntryCbk(string&, int, int);
    void terminalNIEntryCbk(string&, int, int);
    void nodeEntryCbk(string&, int, int, string&);
    void nodeEntryCbk(string&, int, int);
    // .nets file 
    void numNetCbk(int);
    void numPinCbk(int);
    void netPinEntryCbk(string&, char, double, double, double, double, string&);
    void netPinEntryCbk(string&, char, double, double, double=0.0, double=0.0);
    void netNameAndDegreeCbk(string&, int);
    void netEntryCbk();
    // .pl file 
    void plNodeEntryCbk(string&, double, double, string&, string&);
    void plNodeEntryCbk(string&, double, double, string&);
    // .scl file 
    void sclNumRows(int);
    void sclCoreRowStart(string const&);
    void sclCoreRowCoordinate(int);
    void sclCoreRowHeight(int);
    void sclCoreRowSitewidth(int);
    void sclCoreRowSitespacing(int);
    void sclCoreRowSiteorient(int);
    void sclCoreRowSiteorient(string&);
    void sclCoreRowSitesymmetry(int);
    void sclCoreRowSitesymmetry(string&);
    void sclCoreRowSubRowOrigin(int);
    void sclCoreRowNumSites(int);
    void sclCoreRowEnd();
    // .wts file 
    void wtsNetWeightEntry(string&, double);
    void shapesNumNonRectangularNodesCbk(int);
    void shapesEntryCbk(string&, double, double, double, double);
    void shapesNodeNameCbk(string&, int);
    void shapesEndCbk();
    void routeGridCbk(int, int, int); 
    void routeVerticalCapacityCbk(IntegerArray&);
    void routeHorizontalCapacityCbk(IntegerArray&); 
    void routeMinWireWidthCbk(IntegerArray&);
    void routeMinWireSpacingCbk(IntegerArray&);
    void routeViaSpacingCbk(IntegerArray&); 
    void routeGridOriginCbk(double, double);
    void routeTileSizeCbk(double, double); 
    void routeBlockagePorosityCbk(int); 
    void routeNumNiTerminalsCbk(int); 
    void routePinLayerCbk(string&, int); 
    void routePinLayerCbk(string&, string&); 
    void routeNumBlockageNodes(int); 
    void routeBlockageNodeLayerCbk(string&, int, IntegerArray&); 
    void routeBlockageNodeLayerCbk(string&, int, StringArray&); 
    // .aux file 
    void auxCbk(string&, vector<string>&);

    vector<string> const& bookshelfFiles() const {return m_vBookshelfFiles;}
protected:
    Row m_row; 
    Net m_net; 
    NodeShape m_shape; 
    RouteInfo m_routeInfo; 
    vector<string> m_vBookshelfFiles; 
    bool m_plFlag; 
};

bool read(BookshelfDataBase& db, const string& auxFile);
bool readPl(BookshelfDataBase& db, const string& plFile);
 
} // namespace example
 
#endif // EXAMPLE_DRIVER_H