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#pragma once

 #define HYPE_ENABLE_PARALLEL_QUERY_PLAN_EVALUATION

//#include <limits>

#ifdef __cplusplus

namespace hype{
#endif

        //enum ProcessingDevice{PD0,PD1,PD2,PD3,PD4,PD5,PD6,PD7,PD8,PD9,PD10,PD11,PD12,PD13,PD14,PD15,PD16,PD17,PD18,PD19,PD20,PD21,PD22,PD23,PD24,PD25,PD26,PD27,PD28,PD29,PD30,PD31,PD32,PD33,PD34,PD35,PD36,PD37,PD38,PD39,PD40,PD41,PD42,PD43,PD44,PD45,PD46,PD47,PD48,PD49,PD50,PD51,PD52,PD53,PD54,PD55,PD56,PD57,PD58,PD59,PD60,PD61,PD62,PD63,PD64,PD65,PD66,PD67,PD68,PD69,PD70,PD71,PD72,PD73,PD74,PD75,PD76,PD77,PD78,PD79,PD80,PD81,PD82,PD83,PD84,PD85,PD86,PD87,PD88,PD89,PD90,PD91,PD92,PD93,PD94,PD95,PD96,PD97,PD98,PD99,PD100};

        //enum ProcessingDeviceMemory{PD_Memory_0,PD_Memory_1,PD_Memory_2,PD_Memory_3,PD_Memory_4,PD_Memory_5,PD_Memory_6,PD_Memory_7,PD_Memory_8,PD_Memory_9,PD_Memory_10,PD_Memory_11,PD_Memory_12,PD_Memory_13,PD_Memory_14,PD_Memory_15,PD_Memory_16,PD_Memory_17,PD_Memory_18,PD_Memory_19,PD_Memory_20,PD_Memory_21,PD_Memory_22,PD_Memory_23,PD_Memory_24,PD_Memory_25,PD_Memory_26,PD_Memory_27,PD_Memory_28,PD_Memory_29,PD_Memory_30,PD_Memory_31,PD_Memory_32,PD_Memory_33,PD_Memory_34,PD_Memory_35,PD_Memory_36,PD_Memory_37,PD_Memory_38,PD_Memory_39,PD_Memory_40,PD_Memory_41,PD_Memory_42,PD_Memory_43,PD_Memory_44,PD_Memory_45,PD_Memory_46,PD_Memory_47,PD_Memory_48,PD_Memory_49,PD_Memory_50,PD_Memory_51,PD_Memory_52,PD_Memory_53,PD_Memory_54,PD_Memory_55,PD_Memory_56,PD_Memory_57,PD_Memory_58,PD_Memory_59,PD_Memory_60,PD_Memory_61,PD_Memory_62,PD_Memory_63,PD_Memory_64,PD_Memory_65,PD_Memory_66,PD_Memory_67,PD_Memory_68,PD_Memory_69,PD_Memory_70,PD_Memory_71,PD_Memory_72,PD_Memory_73,PD_Memory_74,PD_Memory_75,PD_Memory_76,PD_Memory_77,PD_Memory_78,PD_Memory_79,PD_Memory_80,PD_Memory_81,PD_Memory_82,PD_Memory_83,PD_Memory_84,PD_Memory_85,PD_Memory_86,PD_Memory_87,PD_Memory_88,PD_Memory_89,PD_Memory_90,PD_Memory_91,PD_Memory_92,PD_Memory_93,PD_Memory_94,PD_Memory_95,PD_Memory_96,PD_Memory_97,PD_Memory_98,PD_Memory_99,PD_Memory_100};
        
        typedef enum {PD0,PD1,PD2,PD3,PD4,PD5,PD6,PD7,PD8,PD9,PD10} ProcessingDeviceID;
        
        typedef enum {PD_Memory_0,PD_Memory_1,PD_Memory_2,PD_Memory_3,PD_Memory_4,PD_Memory_5,PD_Memory_6,PD_Memory_7,PD_Memory_8,PD_Memory_9,PD_Memory_10} ProcessingDeviceMemoryID;
        
        typedef enum {CPU,GPU,FPGA,NP} ProcessingDeviceType;    //CPU,GPU,FPGA, Network Processor
        
        //enum DeviceTypeConstraint{ANY_DEVICE,CPU_ONLY,GPU_ONLY,FPGA_ONLY,NP_ONLY}; //ALL,CPU,GPU,FPGA, Network Processor

        typedef enum {ANY_DEVICE,CPU_ONLY,GPU_ONLY,FPGA_ONLY,NP_ONLY} DeviceTypeConstraint; //ALL,CPU,GPU,FPGA, Network Processor

        typedef enum {NO_COPY,COPY_CPU_TO_GPU,COPY_GPU_TO_CPU,COPY_CPU_TO_GPU_TO_CPU} CopyDirection;

        typedef enum {Architecture_32Bit,Architecture_64Bit} Architecture;
        
        //struct StatisticalMethods{
        typedef enum{
                Least_Squares_1D,
                Multilinear_Fitting_2D
        } StatisticalMethod;
        //};
        
                typedef enum{
                        No_Recomputation,
                        Periodic//,
                        //RelativeErrorBased
                } RecomputationHeuristic;

//      struct RecomputationHeuristics{
//              enum RecomputationHeuristic{
//                      No_Recomputation,
//                      Periodic//,
//                      //RelativeErrorBased
//              };
//      };
        //{"Response Time","WaitingTimeAwareResponseTime","Throughput","Simple Round Robin","ProbabilityBasedOutsourcing","Throughput2"};
        
                typedef enum {
                        ResponseTime,
                        WaitingTimeAwareResponseTime,
                        Throughput,
                        Simple_Round_Robin,
                        ProbabilityBasedOutsourcing,
                        Throughput2
                } OptimizationCriterion;

//      struct OptimizationCriterions{
//              enum OptimizationCriterion{
//                      ResponseTime,
//                      WaitingTimeAwareResponseTime,
//                      Throughput,
//                      Simple_Round_Robin,
//                      ProbabilityBasedOutsourcing,
//                      Throughput2
//              };
//      };



//#ifdef __cplusplus
//struct StatisticalMethods{typedef hype::StatisticalMethod StatisticalMethod;};
//struct RecomputationHeuristics{typedef hype::RecomputationHeuristic RecomputationHeuristic;};
//struct OptimizationCriterions{typedef hype::OptimizationCriterion OptimizationCriterion;};

//#endif

#ifdef __cplusplus      
        namespace core{
#endif

/*      
        enum DebugMode{quiet=0,
                                           verbose=1,
                                           debug=1,
                                           print_time_measurement=0};//*/

/*
        enum DebugMode{quiet=0,
                                           verbose=1,
                                           debug=1,
                                           print_time_measurement=0};//*/


        typedef enum {
            quiet = 1,
                                           verbose=0,
                                           debug=0,
                                           print_time_measurement=0} DebugMode;//*/





#ifdef __cplusplus
        };//end namespace core
}; //end namespace hype
#endif