macros.hxx

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00001 #pragma once
00002 #ifndef OPENGM_MACROS
00003 #define OPENGM_MACROS
00004 
00005 #include <string>
00006 
00007 #include "opengm/opengm.hxx"
00008 
00009 #define STRING_TO_ENUM_1( CLASS_OF_ENUM,NAME_STRING,PARAM_NAME,ENTRY_1,ENUM_OUT) \
00010 if       (NAME_STRING==std::string( #ENTRY_1)) ENUM_OUT=CLASS_OF_ENUM::ENTRY_1 \
00011 else     (throw RuntimeError(std::string("Wrong value for parameter")+std::string(#PARAM_NAME))) 
00012 
00013 #define STRING_TO_ENUM_2( CLASS_OF_ENUM,NAME_STRING,PARAM_NAME,ENTRY_1,ENTYR_2,ENUM_OUT) \
00014 if       (NAME_STRING==std::string( #ENTRY_1)) ENUM_OUT=CLASS_OF_ENUM::ENTRY_1 \
00015 else if  (NAME_STRING==std::string( #ENTRY_2)) ENUM_OUT=CLASS_OF_ENUM::ENTRY_2 \
00016 else     (throw RuntimeError(std::string("Wrong value for parameter")+std::string(#PARAM_NAME))) 
00017 
00018 #define STRING_TO_ENUM_3( CLASS_OF_ENUM,NAME_STRING,PARAM_NAME,ENTRY_1,ENTYR_2,ENTYR_3,ENUM_OUT) \
00019 if       (NAME_STRING==std::string( #ENTRY_1)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_1;} \
00020 else if  (NAME_STRING==std::string( #ENTRY_2)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_2;} \
00021 else if  (NAME_STRING==std::string( #ENTRY_3)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_3;} \
00022 else     {throw RuntimeError(std::string("unsupported value for parameter ")+std::string(#PARAM_NAME));}
00023 
00024 #define STRING_TO_ENUM_4( CLASS_OF_ENUM,NAME_STRING,PARAM_NAME,ENTRY_1,ENTYR_2,ENTYR_3,ENTYR_4,ENUM_OUT) \
00025 if       (NAME_STRING==std::string( #ENTRY_1)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_1;} \
00026 else if  (NAME_STRING==std::string( #ENTRY_2)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_2;} \
00027 else if  (NAME_STRING==std::string( #ENTRY_3)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_3;} \
00028 else if  (NAME_STRING==std::string( #ENTRY_4)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_4;} \
00029 else     {throw RuntimeError(std::string("unsupported value for parameter ")+std::string(#PARAM_NAME));}
00030 
00031 #define STRING_TO_ENUM_5( CLASS_OF_ENUM,NAME_STRING,PARAM_NAME,ENTRY_1,ENTYR_2,ENTYR_3,ENTYR_4,ENTYR_5,ENUM_OUT) \
00032 if       (NAME_STRING==std::string( #ENTRY_1)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_1;} \
00033 else if  (NAME_STRING==std::string( #ENTRY_2)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_2;} \
00034 else if  (NAME_STRING==std::string( #ENTRY_3)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_3;} \
00035 else if  (NAME_STRING==std::string( #ENTRY_4)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_4;} \
00036 else if  (NAME_STRING==std::string( #ENTRY_5)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_5;} \
00037 else     {throw RuntimeError(std::string("unsupported value for parameter ")+std::string(#PARAM_NAME));}
00038 
00039 #define STRING_TO_ENUM_6( CLASS_OF_ENUM,NAME_STRING,PARAM_NAME,ENTRY_1,ENTYR_2,ENTYR_3,ENTYR_4,ENTYR_5,ENTYR_6,ENUM_OUT) \
00040 if       (NAME_STRING==std::string( #ENTRY_1)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_1;} \
00041 else if  (NAME_STRING==std::string( #ENTRY_2)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_2;} \
00042 else if  (NAME_STRING==std::string( #ENTRY_3)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_3;} \
00043 else if  (NAME_STRING==std::string( #ENTRY_4)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_4;} \
00044 else if  (NAME_STRING==std::string( #ENTRY_5)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_5;} \
00045 else if  (NAME_STRING==std::string( #ENTRY_6)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_6;} \
00046 else     {throw RuntimeError(std::string("unsupported value for parameter ")+std::string(#PARAM_NAME));}
00047 
00048 #define STRING_TO_ENUM_7( CLASS_OF_ENUM,NAME_STRING,PARAM_NAME,ENTRY_1,ENTYR_2,ENTYR_3,ENTYR_4,ENTYR_5,ENTYR_6,ENTYR_7,ENUM_OUT) \
00049 if       (NAME_STRING==std::string( #ENTRY_1)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_1;} \
00050 else if  (NAME_STRING==std::string( #ENTRY_2)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_2;} \
00051 else if  (NAME_STRING==std::string( #ENTRY_3)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_3;} \
00052 else if  (NAME_STRING==std::string( #ENTRY_4)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_4;} \
00053 else if  (NAME_STRING==std::string( #ENTRY_5)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_5;} \
00054 else if  (NAME_STRING==std::string( #ENTRY_6)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_6;} \
00055 else if  (NAME_STRING==std::string( #ENTRY_7)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_7;} \
00056 else     {throw RuntimeError(std::string("unsupported value for parameter ")+std::string(#PARAM_NAME));}
00057 
00058 #define STRING_TO_ENUM_8( CLASS_OF_ENUM,NAME_STRING,PARAM_NAME,ENTRY_1,ENTYR_2,ENTYR_3,ENTYR_4,ENTYR_5,ENTYR_6,ENTYR_7,ENTYR_8,ENUM_OUT) \
00059 if       (NAME_STRING==std::string( #ENTRY_1)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_1;} \
00060 else if  (NAME_STRING==std::string( #ENTRY_2)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_2;} \
00061 else if  (NAME_STRING==std::string( #ENTRY_3)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_3;} \
00062 else if  (NAME_STRING==std::string( #ENTRY_4)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_4;} \
00063 else if  (NAME_STRING==std::string( #ENTRY_5)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_5;} \
00064 else if  (NAME_STRING==std::string( #ENTRY_6)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_6;} \
00065 else if  (NAME_STRING==std::string( #ENTRY_7)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_7;} \
00066 else if  (NAME_STRING==std::string( #ENTRY_8)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_8;} \
00067 else     {throw RuntimeError(std::string("unsupported value for parameter ")+std::string(#PARAM_NAME));}
00068 
00069 #define STRING_TO_ENUM_9( CLASS_OF_ENUM,NAME_STRING,PARAM_NAME,ENTRY_1,ENTYR_2,ENTYR_3,ENTYR_4,ENTYR_5,ENTYR_6,ENTYR_7,ENTYR_8,ENTYR_9,ENUM_OUT) \
00070 if       (NAME_STRING==std::string( #ENTRY_1)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_1;} \
00071 else if  (NAME_STRING==std::string( #ENTRY_2)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_2;} \
00072 else if  (NAME_STRING==std::string( #ENTRY_3)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_3;} \
00073 else if  (NAME_STRING==std::string( #ENTRY_4)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_4;} \
00074 else if  (NAME_STRING==std::string( #ENTRY_5)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_5;} \
00075 else if  (NAME_STRING==std::string( #ENTRY_6)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_6;} \
00076 else if  (NAME_STRING==std::string( #ENTRY_7)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_7;} \
00077 else if  (NAME_STRING==std::string( #ENTRY_8)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_8;} \
00078 else if  (NAME_STRING==std::string( #ENTRY_9)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_9;} \
00079 else     {throw RuntimeError(std::string("unsupported value for parameter ")+std::string(#PARAM_NAME));}
00080 
00081 #define STRING_TO_ENUM_10( CLASS_OF_ENUM,NAME_STRING,PARAM_NAME,ENTRY_1,ENTYR_2,ENTYR_3,ENTYR_4,ENTYR_5,ENTYR_6,ENTYR_7,ENTYR_8,ENTYR_9,ENTYR_10,ENUM_OUT) \
00082 if       (NAME_STRING==std::string( #ENTRY_1)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_1;} \
00083 else if  (NAME_STRING==std::string( #ENTRY_2)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_2;} \
00084 else if  (NAME_STRING==std::string( #ENTRY_3)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_3;} \
00085 else if  (NAME_STRING==std::string( #ENTRY_4)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_4;} \
00086 else if  (NAME_STRING==std::string( #ENTRY_5)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_5;} \
00087 else if  (NAME_STRING==std::string( #ENTRY_6)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_6;} \
00088 else if  (NAME_STRING==std::string( #ENTRY_7)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_7;} \
00089 else if  (NAME_STRING==std::string( #ENTRY_8)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_8;} \
00090 else if  (NAME_STRING==std::string( #ENTRY_9)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_9;} \
00091 else if  (NAME_STRING==std::string( #ENTRY_10)) {ENUM_OUT=CLASS_OF_ENUM::ENTRY_10;} \
00092 else     {throw RuntimeError(std::string("unsupported value for parameter ")+std::string(#PARAM_NAME));}
00093 
00094 #endif // #ifndef OPENGM_MACROS