Exceptional Ruby: Constructor.hpp Source File

00001 #ifndef Exc_Ruby__Constructor__hpp_
00002 #define Exc_Ruby__Constructor__hpp_
00003 
00004 // This is a generated file.  DO NOT EDIT!!
00005 
00006 #include <ruby.h>
00007 
00008 // This causes problems with certain C++ libraries
00009 #undef TYPE
00010 
00011 namespace Exc_Ruby
00012 {
00013 
00014 template<typename T, typename Arg0_T=void, typename Arg1_T=void, typename Arg2_T=void, typename Arg3_T=void, typename Arg4_T=void, typename Arg5_T=void, typename Arg6_T=void, typename Arg7_T=void, typename Arg8_T=void, typename Arg9_T=void, typename Arg10_T=void, typename Arg11_T=void, typename Arg12_T=void, typename Arg13_T=void, typename Arg14_T=void, typename Arg15_T=void>
00015 class Constructor
00016 {
00017 private:
00018   Constructor()
00019   {
00020   }
00021 };
00022 
00023 class Constructor_Base_0
00024 {
00025 public:
00026   virtual ~Constructor_Base_0() { }
00027 
00028   virtual VALUE call_impl(VALUE self) = 0;
00029 
00030   static VALUE call(VALUE self)
00031   {
00032     void * data = rb_cpp_method_data();
00033     Constructor_Base_0 * constructor =
00034       static_cast<Constructor_Base_0 *>(data);
00035     return constructor->call_impl(self);
00036   }
00037 };
00038 
00039 template<typename T>
00040 class Constructor<T, void, void, void, void, void, void, void, void, void, void, void, void, void, void, void, void>
00041   : public Constructor_Base_0
00042 {
00043 public:
00044   virtual VALUE call_impl(VALUE self)
00045   {
00046     
00047     DATA_PTR(self) = new T();
00048     return Qnil;
00049   }
00050 };
00051 
00052 class Constructor_Base_1
00053 {
00054 public:
00055   virtual ~Constructor_Base_1() { }
00056 
00057   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1) = 0;
00058 
00059   static VALUE call(VALUE self, VALUE ruby_arg1)
00060   {
00061     void * data = rb_cpp_method_data();
00062     Constructor_Base_1 * constructor =
00063       static_cast<Constructor_Base_1 *>(data);
00064     return constructor->call_impl(self, ruby_arg1);
00065   }
00066 };
00067 
00068 template<typename T, typename Arg1_T>
00069 class Constructor<T, Arg1_T, void, void, void, void, void, void, void, void, void, void, void, void, void, void, void>
00070   : public Constructor_Base_1
00071 {
00072 public:
00073   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1)
00074   {
00075     Arg1_T arg1(from_ruby<Arg1_T>(ruby_arg1)); 
00076     DATA_PTR(self) = new T(arg1);
00077     return Qnil;
00078   }
00079 };
00080 
00081 class Constructor_Base_2
00082 {
00083 public:
00084   virtual ~Constructor_Base_2() { }
00085 
00086   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2) = 0;
00087 
00088   static VALUE call(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2)
00089   {
00090     void * data = rb_cpp_method_data();
00091     Constructor_Base_2 * constructor =
00092       static_cast<Constructor_Base_2 *>(data);
00093     return constructor->call_impl(self, ruby_arg1, ruby_arg2);
00094   }
00095 };
00096 
00097 template<typename T, typename Arg1_T, typename Arg2_T>
00098 class Constructor<T, Arg1_T, Arg2_T, void, void, void, void, void, void, void, void, void, void, void, void, void, void>
00099   : public Constructor_Base_2
00100 {
00101 public:
00102   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2)
00103   {
00104     Arg1_T arg1(from_ruby<Arg1_T>(ruby_arg1)); Arg2_T arg2(from_ruby<Arg2_T>(ruby_arg2)); 
00105     DATA_PTR(self) = new T(arg1, arg2);
00106     return Qnil;
00107   }
00108 };
00109 
00110 class Constructor_Base_3
00111 {
00112 public:
00113   virtual ~Constructor_Base_3() { }
00114 
00115   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3) = 0;
00116 
00117   static VALUE call(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3)
00118   {
00119     void * data = rb_cpp_method_data();
00120     Constructor_Base_3 * constructor =
00121       static_cast<Constructor_Base_3 *>(data);
00122     return constructor->call_impl(self, ruby_arg1, ruby_arg2, ruby_arg3);
00123   }
00124 };
00125 
00126 template<typename T, typename Arg1_T, typename Arg2_T, typename Arg3_T>
00127 class Constructor<T, Arg1_T, Arg2_T, Arg3_T, void, void, void, void, void, void, void, void, void, void, void, void, void>
00128   : public Constructor_Base_3
00129 {
00130 public:
00131   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3)
00132   {
00133     Arg1_T arg1(from_ruby<Arg1_T>(ruby_arg1)); Arg2_T arg2(from_ruby<Arg2_T>(ruby_arg2)); Arg3_T arg3(from_ruby<Arg3_T>(ruby_arg3)); 
00134     DATA_PTR(self) = new T(arg1, arg2, arg3);
00135     return Qnil;
00136   }
00137 };
00138 
00139 class Constructor_Base_4
00140 {
00141 public:
00142   virtual ~Constructor_Base_4() { }
00143 
00144   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4) = 0;
00145 
00146   static VALUE call(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4)
00147   {
00148     void * data = rb_cpp_method_data();
00149     Constructor_Base_4 * constructor =
00150       static_cast<Constructor_Base_4 *>(data);
00151     return constructor->call_impl(self, ruby_arg1, ruby_arg2, ruby_arg3, ruby_arg4);
00152   }
00153 };
00154 
00155 template<typename T, typename Arg1_T, typename Arg2_T, typename Arg3_T, typename Arg4_T>
00156 class Constructor<T, Arg1_T, Arg2_T, Arg3_T, Arg4_T, void, void, void, void, void, void, void, void, void, void, void, void>
00157   : public Constructor_Base_4
00158 {
00159 public:
00160   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4)
00161   {
00162     Arg1_T arg1(from_ruby<Arg1_T>(ruby_arg1)); Arg2_T arg2(from_ruby<Arg2_T>(ruby_arg2)); Arg3_T arg3(from_ruby<Arg3_T>(ruby_arg3)); Arg4_T arg4(from_ruby<Arg4_T>(ruby_arg4)); 
00163     DATA_PTR(self) = new T(arg1, arg2, arg3, arg4);
00164     return Qnil;
00165   }
00166 };
00167 
00168 class Constructor_Base_5
00169 {
00170 public:
00171   virtual ~Constructor_Base_5() { }
00172 
00173   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5) = 0;
00174 
00175   static VALUE call(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5)
00176   {
00177     void * data = rb_cpp_method_data();
00178     Constructor_Base_5 * constructor =
00179       static_cast<Constructor_Base_5 *>(data);
00180     return constructor->call_impl(self, ruby_arg1, ruby_arg2, ruby_arg3, ruby_arg4, ruby_arg5);
00181   }
00182 };
00183 
00184 template<typename T, typename Arg1_T, typename Arg2_T, typename Arg3_T, typename Arg4_T, typename Arg5_T>
00185 class Constructor<T, Arg1_T, Arg2_T, Arg3_T, Arg4_T, Arg5_T, void, void, void, void, void, void, void, void, void, void, void>
00186   : public Constructor_Base_5
00187 {
00188 public:
00189   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5)
00190   {
00191     Arg1_T arg1(from_ruby<Arg1_T>(ruby_arg1)); Arg2_T arg2(from_ruby<Arg2_T>(ruby_arg2)); Arg3_T arg3(from_ruby<Arg3_T>(ruby_arg3)); Arg4_T arg4(from_ruby<Arg4_T>(ruby_arg4)); Arg5_T arg5(from_ruby<Arg5_T>(ruby_arg5)); 
00192     DATA_PTR(self) = new T(arg1, arg2, arg3, arg4, arg5);
00193     return Qnil;
00194   }
00195 };
00196 
00197 class Constructor_Base_6
00198 {
00199 public:
00200   virtual ~Constructor_Base_6() { }
00201 
00202   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6) = 0;
00203 
00204   static VALUE call(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6)
00205   {
00206     void * data = rb_cpp_method_data();
00207     Constructor_Base_6 * constructor =
00208       static_cast<Constructor_Base_6 *>(data);
00209     return constructor->call_impl(self, ruby_arg1, ruby_arg2, ruby_arg3, ruby_arg4, ruby_arg5, ruby_arg6);
00210   }
00211 };
00212 
00213 template<typename T, typename Arg1_T, typename Arg2_T, typename Arg3_T, typename Arg4_T, typename Arg5_T, typename Arg6_T>
00214 class Constructor<T, Arg1_T, Arg2_T, Arg3_T, Arg4_T, Arg5_T, Arg6_T, void, void, void, void, void, void, void, void, void, void>
00215   : public Constructor_Base_6
00216 {
00217 public:
00218   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6)
00219   {
00220     Arg1_T arg1(from_ruby<Arg1_T>(ruby_arg1)); Arg2_T arg2(from_ruby<Arg2_T>(ruby_arg2)); Arg3_T arg3(from_ruby<Arg3_T>(ruby_arg3)); Arg4_T arg4(from_ruby<Arg4_T>(ruby_arg4)); Arg5_T arg5(from_ruby<Arg5_T>(ruby_arg5)); Arg6_T arg6(from_ruby<Arg6_T>(ruby_arg6)); 
00221     DATA_PTR(self) = new T(arg1, arg2, arg3, arg4, arg5, arg6);
00222     return Qnil;
00223   }
00224 };
00225 
00226 class Constructor_Base_7
00227 {
00228 public:
00229   virtual ~Constructor_Base_7() { }
00230 
00231   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7) = 0;
00232 
00233   static VALUE call(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7)
00234   {
00235     void * data = rb_cpp_method_data();
00236     Constructor_Base_7 * constructor =
00237       static_cast<Constructor_Base_7 *>(data);
00238     return constructor->call_impl(self, ruby_arg1, ruby_arg2, ruby_arg3, ruby_arg4, ruby_arg5, ruby_arg6, ruby_arg7);
00239   }
00240 };
00241 
00242 template<typename T, typename Arg1_T, typename Arg2_T, typename Arg3_T, typename Arg4_T, typename Arg5_T, typename Arg6_T, typename Arg7_T>
00243 class Constructor<T, Arg1_T, Arg2_T, Arg3_T, Arg4_T, Arg5_T, Arg6_T, Arg7_T, void, void, void, void, void, void, void, void, void>
00244   : public Constructor_Base_7
00245 {
00246 public:
00247   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7)
00248   {
00249     Arg1_T arg1(from_ruby<Arg1_T>(ruby_arg1)); Arg2_T arg2(from_ruby<Arg2_T>(ruby_arg2)); Arg3_T arg3(from_ruby<Arg3_T>(ruby_arg3)); Arg4_T arg4(from_ruby<Arg4_T>(ruby_arg4)); Arg5_T arg5(from_ruby<Arg5_T>(ruby_arg5)); Arg6_T arg6(from_ruby<Arg6_T>(ruby_arg6)); Arg7_T arg7(from_ruby<Arg7_T>(ruby_arg7)); 
00250     DATA_PTR(self) = new T(arg1, arg2, arg3, arg4, arg5, arg6, arg7);
00251     return Qnil;
00252   }
00253 };
00254 
00255 class Constructor_Base_8
00256 {
00257 public:
00258   virtual ~Constructor_Base_8() { }
00259 
00260   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8) = 0;
00261 
00262   static VALUE call(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8)
00263   {
00264     void * data = rb_cpp_method_data();
00265     Constructor_Base_8 * constructor =
00266       static_cast<Constructor_Base_8 *>(data);
00267     return constructor->call_impl(self, ruby_arg1, ruby_arg2, ruby_arg3, ruby_arg4, ruby_arg5, ruby_arg6, ruby_arg7, ruby_arg8);
00268   }
00269 };
00270 
00271 template<typename T, typename Arg1_T, typename Arg2_T, typename Arg3_T, typename Arg4_T, typename Arg5_T, typename Arg6_T, typename Arg7_T, typename Arg8_T>
00272 class Constructor<T, Arg1_T, Arg2_T, Arg3_T, Arg4_T, Arg5_T, Arg6_T, Arg7_T, Arg8_T, void, void, void, void, void, void, void, void>
00273   : public Constructor_Base_8
00274 {
00275 public:
00276   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8)
00277   {
00278     Arg1_T arg1(from_ruby<Arg1_T>(ruby_arg1)); Arg2_T arg2(from_ruby<Arg2_T>(ruby_arg2)); Arg3_T arg3(from_ruby<Arg3_T>(ruby_arg3)); Arg4_T arg4(from_ruby<Arg4_T>(ruby_arg4)); Arg5_T arg5(from_ruby<Arg5_T>(ruby_arg5)); Arg6_T arg6(from_ruby<Arg6_T>(ruby_arg6)); Arg7_T arg7(from_ruby<Arg7_T>(ruby_arg7)); Arg8_T arg8(from_ruby<Arg8_T>(ruby_arg8)); 
00279     DATA_PTR(self) = new T(arg1, arg2, arg3, arg4, arg5, arg6, arg7, arg8);
00280     return Qnil;
00281   }
00282 };
00283 
00284 class Constructor_Base_9
00285 {
00286 public:
00287   virtual ~Constructor_Base_9() { }
00288 
00289   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8, VALUE ruby_arg9) = 0;
00290 
00291   static VALUE call(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8, VALUE ruby_arg9)
00292   {
00293     void * data = rb_cpp_method_data();
00294     Constructor_Base_9 * constructor =
00295       static_cast<Constructor_Base_9 *>(data);
00296     return constructor->call_impl(self, ruby_arg1, ruby_arg2, ruby_arg3, ruby_arg4, ruby_arg5, ruby_arg6, ruby_arg7, ruby_arg8, ruby_arg9);
00297   }
00298 };
00299 
00300 template<typename T, typename Arg1_T, typename Arg2_T, typename Arg3_T, typename Arg4_T, typename Arg5_T, typename Arg6_T, typename Arg7_T, typename Arg8_T, typename Arg9_T>
00301 class Constructor<T, Arg1_T, Arg2_T, Arg3_T, Arg4_T, Arg5_T, Arg6_T, Arg7_T, Arg8_T, Arg9_T, void, void, void, void, void, void, void>
00302   : public Constructor_Base_9
00303 {
00304 public:
00305   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8, VALUE ruby_arg9)
00306   {
00307     Arg1_T arg1(from_ruby<Arg1_T>(ruby_arg1)); Arg2_T arg2(from_ruby<Arg2_T>(ruby_arg2)); Arg3_T arg3(from_ruby<Arg3_T>(ruby_arg3)); Arg4_T arg4(from_ruby<Arg4_T>(ruby_arg4)); Arg5_T arg5(from_ruby<Arg5_T>(ruby_arg5)); Arg6_T arg6(from_ruby<Arg6_T>(ruby_arg6)); Arg7_T arg7(from_ruby<Arg7_T>(ruby_arg7)); Arg8_T arg8(from_ruby<Arg8_T>(ruby_arg8)); Arg9_T arg9(from_ruby<Arg9_T>(ruby_arg9)); 
00308     DATA_PTR(self) = new T(arg1, arg2, arg3, arg4, arg5, arg6, arg7, arg8, arg9);
00309     return Qnil;
00310   }
00311 };
00312 
00313 class Constructor_Base_10
00314 {
00315 public:
00316   virtual ~Constructor_Base_10() { }
00317 
00318   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8, VALUE ruby_arg9, VALUE ruby_arg10) = 0;
00319 
00320   static VALUE call(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8, VALUE ruby_arg9, VALUE ruby_arg10)
00321   {
00322     void * data = rb_cpp_method_data();
00323     Constructor_Base_10 * constructor =
00324       static_cast<Constructor_Base_10 *>(data);
00325     return constructor->call_impl(self, ruby_arg1, ruby_arg2, ruby_arg3, ruby_arg4, ruby_arg5, ruby_arg6, ruby_arg7, ruby_arg8, ruby_arg9, ruby_arg10);
00326   }
00327 };
00328 
00329 template<typename T, typename Arg1_T, typename Arg2_T, typename Arg3_T, typename Arg4_T, typename Arg5_T, typename Arg6_T, typename Arg7_T, typename Arg8_T, typename Arg9_T, typename Arg10_T>
00330 class Constructor<T, Arg1_T, Arg2_T, Arg3_T, Arg4_T, Arg5_T, Arg6_T, Arg7_T, Arg8_T, Arg9_T, Arg10_T, void, void, void, void, void, void>
00331   : public Constructor_Base_10
00332 {
00333 public:
00334   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8, VALUE ruby_arg9, VALUE ruby_arg10)
00335   {
00336     Arg1_T arg1(from_ruby<Arg1_T>(ruby_arg1)); Arg2_T arg2(from_ruby<Arg2_T>(ruby_arg2)); Arg3_T arg3(from_ruby<Arg3_T>(ruby_arg3)); Arg4_T arg4(from_ruby<Arg4_T>(ruby_arg4)); Arg5_T arg5(from_ruby<Arg5_T>(ruby_arg5)); Arg6_T arg6(from_ruby<Arg6_T>(ruby_arg6)); Arg7_T arg7(from_ruby<Arg7_T>(ruby_arg7)); Arg8_T arg8(from_ruby<Arg8_T>(ruby_arg8)); Arg9_T arg9(from_ruby<Arg9_T>(ruby_arg9)); Arg10_T arg10(from_ruby<Arg10_T>(ruby_arg10)); 
00337     DATA_PTR(self) = new T(arg1, arg2, arg3, arg4, arg5, arg6, arg7, arg8, arg9, arg10);
00338     return Qnil;
00339   }
00340 };
00341 
00342 class Constructor_Base_11
00343 {
00344 public:
00345   virtual ~Constructor_Base_11() { }
00346 
00347   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8, VALUE ruby_arg9, VALUE ruby_arg10, VALUE ruby_arg11) = 0;
00348 
00349   static VALUE call(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8, VALUE ruby_arg9, VALUE ruby_arg10, VALUE ruby_arg11)
00350   {
00351     void * data = rb_cpp_method_data();
00352     Constructor_Base_11 * constructor =
00353       static_cast<Constructor_Base_11 *>(data);
00354     return constructor->call_impl(self, ruby_arg1, ruby_arg2, ruby_arg3, ruby_arg4, ruby_arg5, ruby_arg6, ruby_arg7, ruby_arg8, ruby_arg9, ruby_arg10, ruby_arg11);
00355   }
00356 };
00357 
00358 template<typename T, typename Arg1_T, typename Arg2_T, typename Arg3_T, typename Arg4_T, typename Arg5_T, typename Arg6_T, typename Arg7_T, typename Arg8_T, typename Arg9_T, typename Arg10_T, typename Arg11_T>
00359 class Constructor<T, Arg1_T, Arg2_T, Arg3_T, Arg4_T, Arg5_T, Arg6_T, Arg7_T, Arg8_T, Arg9_T, Arg10_T, Arg11_T, void, void, void, void, void>
00360   : public Constructor_Base_11
00361 {
00362 public:
00363   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8, VALUE ruby_arg9, VALUE ruby_arg10, VALUE ruby_arg11)
00364   {
00365     Arg1_T arg1(from_ruby<Arg1_T>(ruby_arg1)); Arg2_T arg2(from_ruby<Arg2_T>(ruby_arg2)); Arg3_T arg3(from_ruby<Arg3_T>(ruby_arg3)); Arg4_T arg4(from_ruby<Arg4_T>(ruby_arg4)); Arg5_T arg5(from_ruby<Arg5_T>(ruby_arg5)); Arg6_T arg6(from_ruby<Arg6_T>(ruby_arg6)); Arg7_T arg7(from_ruby<Arg7_T>(ruby_arg7)); Arg8_T arg8(from_ruby<Arg8_T>(ruby_arg8)); Arg9_T arg9(from_ruby<Arg9_T>(ruby_arg9)); Arg10_T arg10(from_ruby<Arg10_T>(ruby_arg10)); Arg11_T arg11(from_ruby<Arg11_T>(ruby_arg11)); 
00366     DATA_PTR(self) = new T(arg1, arg2, arg3, arg4, arg5, arg6, arg7, arg8, arg9, arg10, arg11);
00367     return Qnil;
00368   }
00369 };
00370 
00371 class Constructor_Base_12
00372 {
00373 public:
00374   virtual ~Constructor_Base_12() { }
00375 
00376   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8, VALUE ruby_arg9, VALUE ruby_arg10, VALUE ruby_arg11, VALUE ruby_arg12) = 0;
00377 
00378   static VALUE call(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8, VALUE ruby_arg9, VALUE ruby_arg10, VALUE ruby_arg11, VALUE ruby_arg12)
00379   {
00380     void * data = rb_cpp_method_data();
00381     Constructor_Base_12 * constructor =
00382       static_cast<Constructor_Base_12 *>(data);
00383     return constructor->call_impl(self, ruby_arg1, ruby_arg2, ruby_arg3, ruby_arg4, ruby_arg5, ruby_arg6, ruby_arg7, ruby_arg8, ruby_arg9, ruby_arg10, ruby_arg11, ruby_arg12);
00384   }
00385 };
00386 
00387 template<typename T, typename Arg1_T, typename Arg2_T, typename Arg3_T, typename Arg4_T, typename Arg5_T, typename Arg6_T, typename Arg7_T, typename Arg8_T, typename Arg9_T, typename Arg10_T, typename Arg11_T, typename Arg12_T>
00388 class Constructor<T, Arg1_T, Arg2_T, Arg3_T, Arg4_T, Arg5_T, Arg6_T, Arg7_T, Arg8_T, Arg9_T, Arg10_T, Arg11_T, Arg12_T, void, void, void, void>
00389   : public Constructor_Base_12
00390 {
00391 public:
00392   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8, VALUE ruby_arg9, VALUE ruby_arg10, VALUE ruby_arg11, VALUE ruby_arg12)
00393   {
00394     Arg1_T arg1(from_ruby<Arg1_T>(ruby_arg1)); Arg2_T arg2(from_ruby<Arg2_T>(ruby_arg2)); Arg3_T arg3(from_ruby<Arg3_T>(ruby_arg3)); Arg4_T arg4(from_ruby<Arg4_T>(ruby_arg4)); Arg5_T arg5(from_ruby<Arg5_T>(ruby_arg5)); Arg6_T arg6(from_ruby<Arg6_T>(ruby_arg6)); Arg7_T arg7(from_ruby<Arg7_T>(ruby_arg7)); Arg8_T arg8(from_ruby<Arg8_T>(ruby_arg8)); Arg9_T arg9(from_ruby<Arg9_T>(ruby_arg9)); Arg10_T arg10(from_ruby<Arg10_T>(ruby_arg10)); Arg11_T arg11(from_ruby<Arg11_T>(ruby_arg11)); Arg12_T arg12(from_ruby<Arg12_T>(ruby_arg12)); 
00395     DATA_PTR(self) = new T(arg1, arg2, arg3, arg4, arg5, arg6, arg7, arg8, arg9, arg10, arg11, arg12);
00396     return Qnil;
00397   }
00398 };
00399 
00400 class Constructor_Base_13
00401 {
00402 public:
00403   virtual ~Constructor_Base_13() { }
00404 
00405   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8, VALUE ruby_arg9, VALUE ruby_arg10, VALUE ruby_arg11, VALUE ruby_arg12, VALUE ruby_arg13) = 0;
00406 
00407   static VALUE call(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8, VALUE ruby_arg9, VALUE ruby_arg10, VALUE ruby_arg11, VALUE ruby_arg12, VALUE ruby_arg13)
00408   {
00409     void * data = rb_cpp_method_data();
00410     Constructor_Base_13 * constructor =
00411       static_cast<Constructor_Base_13 *>(data);
00412     return constructor->call_impl(self, ruby_arg1, ruby_arg2, ruby_arg3, ruby_arg4, ruby_arg5, ruby_arg6, ruby_arg7, ruby_arg8, ruby_arg9, ruby_arg10, ruby_arg11, ruby_arg12, ruby_arg13);
00413   }
00414 };
00415 
00416 template<typename T, typename Arg1_T, typename Arg2_T, typename Arg3_T, typename Arg4_T, typename Arg5_T, typename Arg6_T, typename Arg7_T, typename Arg8_T, typename Arg9_T, typename Arg10_T, typename Arg11_T, typename Arg12_T, typename Arg13_T>
00417 class Constructor<T, Arg1_T, Arg2_T, Arg3_T, Arg4_T, Arg5_T, Arg6_T, Arg7_T, Arg8_T, Arg9_T, Arg10_T, Arg11_T, Arg12_T, Arg13_T, void, void, void>
00418   : public Constructor_Base_13
00419 {
00420 public:
00421   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8, VALUE ruby_arg9, VALUE ruby_arg10, VALUE ruby_arg11, VALUE ruby_arg12, VALUE ruby_arg13)
00422   {
00423     Arg1_T arg1(from_ruby<Arg1_T>(ruby_arg1)); Arg2_T arg2(from_ruby<Arg2_T>(ruby_arg2)); Arg3_T arg3(from_ruby<Arg3_T>(ruby_arg3)); Arg4_T arg4(from_ruby<Arg4_T>(ruby_arg4)); Arg5_T arg5(from_ruby<Arg5_T>(ruby_arg5)); Arg6_T arg6(from_ruby<Arg6_T>(ruby_arg6)); Arg7_T arg7(from_ruby<Arg7_T>(ruby_arg7)); Arg8_T arg8(from_ruby<Arg8_T>(ruby_arg8)); Arg9_T arg9(from_ruby<Arg9_T>(ruby_arg9)); Arg10_T arg10(from_ruby<Arg10_T>(ruby_arg10)); Arg11_T arg11(from_ruby<Arg11_T>(ruby_arg11)); Arg12_T arg12(from_ruby<Arg12_T>(ruby_arg12)); Arg13_T arg13(from_ruby<Arg13_T>(ruby_arg13)); 
00424     DATA_PTR(self) = new T(arg1, arg2, arg3, arg4, arg5, arg6, arg7, arg8, arg9, arg10, arg11, arg12, arg13);
00425     return Qnil;
00426   }
00427 };
00428 
00429 class Constructor_Base_14
00430 {
00431 public:
00432   virtual ~Constructor_Base_14() { }
00433 
00434   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8, VALUE ruby_arg9, VALUE ruby_arg10, VALUE ruby_arg11, VALUE ruby_arg12, VALUE ruby_arg13, VALUE ruby_arg14) = 0;
00435 
00436   static VALUE call(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8, VALUE ruby_arg9, VALUE ruby_arg10, VALUE ruby_arg11, VALUE ruby_arg12, VALUE ruby_arg13, VALUE ruby_arg14)
00437   {
00438     void * data = rb_cpp_method_data();
00439     Constructor_Base_14 * constructor =
00440       static_cast<Constructor_Base_14 *>(data);
00441     return constructor->call_impl(self, ruby_arg1, ruby_arg2, ruby_arg3, ruby_arg4, ruby_arg5, ruby_arg6, ruby_arg7, ruby_arg8, ruby_arg9, ruby_arg10, ruby_arg11, ruby_arg12, ruby_arg13, ruby_arg14);
00442   }
00443 };
00444 
00445 template<typename T, typename Arg1_T, typename Arg2_T, typename Arg3_T, typename Arg4_T, typename Arg5_T, typename Arg6_T, typename Arg7_T, typename Arg8_T, typename Arg9_T, typename Arg10_T, typename Arg11_T, typename Arg12_T, typename Arg13_T, typename Arg14_T>
00446 class Constructor<T, Arg1_T, Arg2_T, Arg3_T, Arg4_T, Arg5_T, Arg6_T, Arg7_T, Arg8_T, Arg9_T, Arg10_T, Arg11_T, Arg12_T, Arg13_T, Arg14_T, void, void>
00447   : public Constructor_Base_14
00448 {
00449 public:
00450   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8, VALUE ruby_arg9, VALUE ruby_arg10, VALUE ruby_arg11, VALUE ruby_arg12, VALUE ruby_arg13, VALUE ruby_arg14)
00451   {
00452     Arg1_T arg1(from_ruby<Arg1_T>(ruby_arg1)); Arg2_T arg2(from_ruby<Arg2_T>(ruby_arg2)); Arg3_T arg3(from_ruby<Arg3_T>(ruby_arg3)); Arg4_T arg4(from_ruby<Arg4_T>(ruby_arg4)); Arg5_T arg5(from_ruby<Arg5_T>(ruby_arg5)); Arg6_T arg6(from_ruby<Arg6_T>(ruby_arg6)); Arg7_T arg7(from_ruby<Arg7_T>(ruby_arg7)); Arg8_T arg8(from_ruby<Arg8_T>(ruby_arg8)); Arg9_T arg9(from_ruby<Arg9_T>(ruby_arg9)); Arg10_T arg10(from_ruby<Arg10_T>(ruby_arg10)); Arg11_T arg11(from_ruby<Arg11_T>(ruby_arg11)); Arg12_T arg12(from_ruby<Arg12_T>(ruby_arg12)); Arg13_T arg13(from_ruby<Arg13_T>(ruby_arg13)); Arg14_T arg14(from_ruby<Arg14_T>(ruby_arg14)); 
00453     DATA_PTR(self) = new T(arg1, arg2, arg3, arg4, arg5, arg6, arg7, arg8, arg9, arg10, arg11, arg12, arg13, arg14);
00454     return Qnil;
00455   }
00456 };
00457 
00458 class Constructor_Base_15
00459 {
00460 public:
00461   virtual ~Constructor_Base_15() { }
00462 
00463   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8, VALUE ruby_arg9, VALUE ruby_arg10, VALUE ruby_arg11, VALUE ruby_arg12, VALUE ruby_arg13, VALUE ruby_arg14, VALUE ruby_arg15) = 0;
00464 
00465   static VALUE call(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8, VALUE ruby_arg9, VALUE ruby_arg10, VALUE ruby_arg11, VALUE ruby_arg12, VALUE ruby_arg13, VALUE ruby_arg14, VALUE ruby_arg15)
00466   {
00467     void * data = rb_cpp_method_data();
00468     Constructor_Base_15 * constructor =
00469       static_cast<Constructor_Base_15 *>(data);
00470     return constructor->call_impl(self, ruby_arg1, ruby_arg2, ruby_arg3, ruby_arg4, ruby_arg5, ruby_arg6, ruby_arg7, ruby_arg8, ruby_arg9, ruby_arg10, ruby_arg11, ruby_arg12, ruby_arg13, ruby_arg14, ruby_arg15);
00471   }
00472 };
00473 
00474 template<typename T, typename Arg1_T, typename Arg2_T, typename Arg3_T, typename Arg4_T, typename Arg5_T, typename Arg6_T, typename Arg7_T, typename Arg8_T, typename Arg9_T, typename Arg10_T, typename Arg11_T, typename Arg12_T, typename Arg13_T, typename Arg14_T, typename Arg15_T>
00475 class Constructor<T, Arg1_T, Arg2_T, Arg3_T, Arg4_T, Arg5_T, Arg6_T, Arg7_T, Arg8_T, Arg9_T, Arg10_T, Arg11_T, Arg12_T, Arg13_T, Arg14_T, Arg15_T, void>
00476   : public Constructor_Base_15
00477 {
00478 public:
00479   virtual VALUE call_impl(VALUE self, VALUE ruby_arg1, VALUE ruby_arg2, VALUE ruby_arg3, VALUE ruby_arg4, VALUE ruby_arg5, VALUE ruby_arg6, VALUE ruby_arg7, VALUE ruby_arg8, VALUE ruby_arg9, VALUE ruby_arg10, VALUE ruby_arg11, VALUE ruby_arg12, VALUE ruby_arg13, VALUE ruby_arg14, VALUE ruby_arg15)
00480   {
00481     Arg1_T arg1(from_ruby<Arg1_T>(ruby_arg1)); Arg2_T arg2(from_ruby<Arg2_T>(ruby_arg2)); Arg3_T arg3(from_ruby<Arg3_T>(ruby_arg3)); Arg4_T arg4(from_ruby<Arg4_T>(ruby_arg4)); Arg5_T arg5(from_ruby<Arg5_T>(ruby_arg5)); Arg6_T arg6(from_ruby<Arg6_T>(ruby_arg6)); Arg7_T arg7(from_ruby<Arg7_T>(ruby_arg7)); Arg8_T arg8(from_ruby<Arg8_T>(ruby_arg8)); Arg9_T arg9(from_ruby<Arg9_T>(ruby_arg9)); Arg10_T arg10(from_ruby<Arg10_T>(ruby_arg10)); Arg11_T arg11(from_ruby<Arg11_T>(ruby_arg11)); Arg12_T arg12(from_ruby<Arg12_T>(ruby_arg12)); Arg13_T arg13(from_ruby<Arg13_T>(ruby_arg13)); Arg14_T arg14(from_ruby<Arg14_T>(ruby_arg14)); Arg15_T arg15(from_ruby<Arg15_T>(ruby_arg15)); 
00482     DATA_PTR(self) = new T(arg1, arg2, arg3, arg4, arg5, arg6, arg7, arg8, arg9, arg10, arg11, arg12, arg13, arg14, arg15);
00483     return Qnil;
00484   }
00485 };
00486 
00487 
00488 } // namespace Exc_Ruby
00489 
00490 
00491 #endif // Exc_Ruby__Constructor__hpp_
00492