XilinxBackendFlow.hpp

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#ifndef _XILINX_BACKEND_FLOW_HPP_
#define _XILINX_BACKEND_FLOW_HPP_

#include "BackendFlow.hpp"

#include "refcount.hpp"
REF_FORWARD_DECL(generic_device);

#define PARAM_ucf_file "ucf_file"
#define PARAM_xcf_file "xcf_file"
#define PARAM_vivado_sources_macro_list "vivado_sources_macro_list"
#define PARAM_yosys_vivado_sources_macro_list "yosys_vivado_sources_macro_list"
#define PARAM_vivado_report "vivado_report"
#define PARAM_vivado_timing_report "vivado_timing_report"

class XilinxBackendFlow : public BackendFlow
{
 protected:
   std::map<std::string, double> design_values;

   virtual void create_cf(const DesignParametersRef dp, bool xst);

   void WriteFlowConfiguration(std::ostream& script) override;

   void CheckSynthesisResults() override;

   void xparse_xst_utilization(const std::string& fn);

   void parse_DSPs(const std::string& log_file);

   void xparse_map_utilization(const std::string& fn);

   void vivado_xparse_utilization(const std::string& fn);

   void xparse_timing(const std::string& fn);

   void parse_timing(const std::string& log_file);

 public:
   XilinxBackendFlow(const ParameterConstRef Param, const std::string& flow_name, const generic_deviceRef _device);

   ~XilinxBackendFlow() override;

   void InitDesignParameters() override;

   void ExecuteSynthesis() override;
};
using XilinxBackendFlowRef = refcount<XilinxBackendFlow>;

#endif