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Rapicorn - Experimental UI Toolkit - Source Code 10.08.1
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Rapicorn - Experimental UI Toolkit - Source Code 10.08.1
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00001 /* --- Generated by PLIC-CxxStub --- */ 00002 #ifndef __RAPICORN_CLIENTAPI_HH_ 00003 #define __RAPICORN_CLIENTAPI_HH_ 00004 00005 // includes: 00006 #include <ui/utilities.hh> 00007 namespace Rapicorn { 00008 class ItemImpl; // FIXME 00009 class WindowImpl; 00010 } 00011 00012 // --- ClientHH Boilerplate --- 00013 #include <plic/runtime.hh> 00014 00015 #include <rapicorn-core.hh> // for rcore/rapicornsignal.hh 00016 using Rapicorn::Signals::slot; 00017 00018 // --- Interfaces (class declarations) --- 00019 00020 namespace Rapicorn { 00021 00022 struct AnySeq_Handle : public std::vector<Plic::Any> { 00023 typedef std::vector<Plic::Any> Sequence; 00024 reference append_back(); 00025 }; 00026 Plic::FieldBuffer& operator<< (Plic::FieldBuffer&, const AnySeq_Handle&); 00027 Plic::FieldReader& operator>> (Plic::FieldReader&, AnySeq_Handle&); 00030 typedef AnySeq_Handle AnySeq; 00031 00032 struct AnySeqSeq_Handle : public std::vector<AnySeq_Handle> { 00033 typedef std::vector<AnySeq_Handle> Sequence; 00034 reference append_back(); 00035 }; 00036 Plic::FieldBuffer& operator<< (Plic::FieldBuffer&, const AnySeqSeq_Handle&); 00037 Plic::FieldReader& operator>> (Plic::FieldReader&, AnySeqSeq_Handle&); 00040 typedef AnySeqSeq_Handle AnySeqSeq; 00041 00042 struct StringList_Handle : public std::vector<std::string> { 00043 typedef std::vector<std::string> Sequence; 00044 reference append_back(); 00045 // class_scope:StringList: 00046 /*Con*/ StringList_Handle () {} 00047 /*Con*/ StringList_Handle (const std::vector<String> &strv) : Sequence (strv) {} 00048 }; 00049 Plic::FieldBuffer& operator<< (Plic::FieldBuffer&, const StringList_Handle&); 00050 Plic::FieldReader& operator>> (Plic::FieldReader&, StringList_Handle&); 00053 typedef StringList_Handle StringList; 00054 00055 class ListModel_SmartHandle : public virtual Plic::SmartHandle 00057 { 00058 static ListModel_SmartHandle _cast (Plic::SmartHandle&, const Plic::TypeHashList&); 00059 static const Plic::TypeHash& _type (); 00060 protected: 00061 typedef Rapicorn::Signals::SignalProxy<ListModel_SmartHandle, void (int first, int last)> Signal_inserted; 00062 typedef Rapicorn::Signals::SignalProxy<ListModel_SmartHandle, void (int first, int last)> Signal_changed; 00063 typedef Rapicorn::Signals::SignalProxy<ListModel_SmartHandle, void (int first, int last)> Signal_removed; 00064 public: 00065 template<class C> 00066 static ListModel_SmartHandle downcast (C c) { return _cast (c, c.cast_types()); } 00067 const Plic::TypeHashList& cast_types (); 00068 explicit ListModel_SmartHandle (); 00069 Signal_inserted& sig_inserted(); 00070 Signal_changed& sig_changed(); 00071 Signal_removed& sig_removed(); 00072 int size (); 00073 int columns (); 00074 AnySeq_Handle row (int n); 00075 //inline operator _UnspecifiedBool () const { return _is_null() ? NULL : _unspecified_bool_true(); } 00076 }; 00077 Plic::FieldBuffer& operator<< (Plic::FieldBuffer&, const ListModel_SmartHandle&); 00078 Plic::FieldReader& operator>> (Plic::FieldReader&, ListModel_SmartHandle&); 00081 typedef ListModel_SmartHandle ListModel; 00082 00083 class ListModelRelay_SmartHandle : public virtual Plic::SmartHandle 00085 { 00086 static ListModelRelay_SmartHandle _cast (Plic::SmartHandle&, const Plic::TypeHashList&); 00087 static const Plic::TypeHash& _type (); 00088 protected: 00089 typedef Rapicorn::Signals::SignalProxy<ListModelRelay_SmartHandle, void (int first, int last)> Signal_refill; 00090 public: 00091 template<class C> 00092 static ListModelRelay_SmartHandle downcast (C c) { return _cast (c, c.cast_types()); } 00093 const Plic::TypeHashList& cast_types (); 00094 explicit ListModelRelay_SmartHandle (); 00095 Signal_refill& sig_refill(); 00096 void resize (int size); 00097 void inserted (int first, 00098 int last = 0); 00099 void changed (int first, 00100 int last = 0); 00101 void removed (int first, 00102 int last = 0); 00103 void fill (int first, 00104 const AnySeqSeq_Handle &ss); 00105 ListModel_SmartHandle model (); 00106 //inline operator _UnspecifiedBool () const { return _is_null() ? NULL : _unspecified_bool_true(); } 00107 }; 00108 Plic::FieldBuffer& operator<< (Plic::FieldBuffer&, const ListModelRelay_SmartHandle&); 00109 Plic::FieldReader& operator>> (Plic::FieldReader&, ListModelRelay_SmartHandle&); 00112 typedef ListModelRelay_SmartHandle ListModelRelay; 00113 00114 struct Requisition_Handle { 00115 double width; 00116 double height; 00117 inline Requisition_Handle () { width = 0; height = 0; } 00118 // class_scope:Requisition: 00119 inline Requisition_Handle (double w, double h) : width (w), height (h) {} 00120 }; 00121 Plic::FieldBuffer& operator<< (Plic::FieldBuffer&, const Requisition_Handle&); 00122 Plic::FieldReader& operator>> (Plic::FieldReader&, Requisition_Handle&); 00125 typedef Requisition_Handle Requisition; 00126 00127 class Item_SmartHandle; 00128 00129 struct ItemSeq_Handle : public std::vector<Item_SmartHandle> { 00130 typedef std::vector<Item_SmartHandle> Sequence; 00131 reference append_back(); 00132 }; 00133 Plic::FieldBuffer& operator<< (Plic::FieldBuffer&, const ItemSeq_Handle&); 00134 Plic::FieldReader& operator>> (Plic::FieldReader&, ItemSeq_Handle&); 00137 typedef ItemSeq_Handle ItemSeq; 00138 00139 class Item_SmartHandle : public virtual Plic::SmartHandle 00141 { 00142 static Item_SmartHandle _cast (Plic::SmartHandle&, const Plic::TypeHashList&); 00143 static const Plic::TypeHash& _type (); 00144 protected: 00145 public: 00146 template<class C> 00147 static Item_SmartHandle downcast (C c) { return _cast (c, c.cast_types()); } 00148 const Plic::TypeHashList& cast_types (); 00149 explicit Item_SmartHandle (); 00150 std::string name () const; 00151 void name (const std::string&); 00152 Item_SmartHandle unique_component (const std::string &path); 00153 ItemSeq_Handle collect_components (const std::string &path); 00154 std::string test_dump (); 00155 //inline operator _UnspecifiedBool () const { return _is_null() ? NULL : _unspecified_bool_true(); } 00156 // class_scope:Item: 00158 template<class Target> Target component (const std::string &path) { return Target::downcast (unique_component (path)); } 00159 }; 00160 Plic::FieldBuffer& operator<< (Plic::FieldBuffer&, const Item_SmartHandle&); 00161 Plic::FieldReader& operator>> (Plic::FieldReader&, Item_SmartHandle&); 00164 typedef Item_SmartHandle Item; 00165 00166 class Container_SmartHandle : public Item_SmartHandle 00168 { 00169 static Container_SmartHandle _cast (Plic::SmartHandle&, const Plic::TypeHashList&); 00170 static const Plic::TypeHash& _type (); 00171 protected: 00172 public: 00173 template<class C> 00174 static Container_SmartHandle downcast (C c) { return _cast (c, c.cast_types()); } 00175 const Plic::TypeHashList& cast_types (); 00176 explicit Container_SmartHandle (); 00177 Item_SmartHandle create_child (const std::string &item_identifier, 00178 const StringList_Handle &args = StringList_Handle()); 00179 //inline operator _UnspecifiedBool () const { return _is_null() ? NULL : _unspecified_bool_true(); } 00180 }; 00181 Plic::FieldBuffer& operator<< (Plic::FieldBuffer&, const Container_SmartHandle&); 00182 Plic::FieldReader& operator>> (Plic::FieldReader&, Container_SmartHandle&); 00185 typedef Container_SmartHandle Container; 00186 00187 class ButtonArea_SmartHandle : public Container_SmartHandle 00189 { 00190 static ButtonArea_SmartHandle _cast (Plic::SmartHandle&, const Plic::TypeHashList&); 00191 static const Plic::TypeHash& _type (); 00192 protected: 00193 public: 00194 template<class C> 00195 static ButtonArea_SmartHandle downcast (C c) { return _cast (c, c.cast_types()); } 00196 const Plic::TypeHashList& cast_types (); 00197 explicit ButtonArea_SmartHandle (); 00198 std::string on_click () const; 00199 void on_click (const std::string&); 00200 std::string on_click2 () const; 00201 void on_click2 (const std::string&); 00202 std::string on_click3 () const; 00203 void on_click3 (const std::string&); 00204 //inline operator _UnspecifiedBool () const { return _is_null() ? NULL : _unspecified_bool_true(); } 00205 }; 00206 Plic::FieldBuffer& operator<< (Plic::FieldBuffer&, const ButtonArea_SmartHandle&); 00207 Plic::FieldReader& operator>> (Plic::FieldReader&, ButtonArea_SmartHandle&); 00210 typedef ButtonArea_SmartHandle ButtonArea; 00211 00212 struct Pixels_Handle : public std::vector<int> { 00213 typedef std::vector<int> Sequence; 00214 reference append_back(); 00215 }; 00216 Plic::FieldBuffer& operator<< (Plic::FieldBuffer&, const Pixels_Handle&); 00217 Plic::FieldReader& operator>> (Plic::FieldReader&, Pixels_Handle&); 00220 typedef Pixels_Handle Pixels; 00221 00222 struct PixelRect_Handle { 00223 int x; 00224 int y; 00225 int width; 00226 int height; 00227 int rowstride; 00228 int offset; 00229 std::string comment; 00230 Pixels_Handle argb_pixels; 00231 inline PixelRect_Handle () { x = 0; y = 0; width = 0; height = 0; rowstride = 0; offset = 0; } 00232 }; 00233 Plic::FieldBuffer& operator<< (Plic::FieldBuffer&, const PixelRect_Handle&); 00234 Plic::FieldReader& operator>> (Plic::FieldReader&, PixelRect_Handle&); 00237 typedef PixelRect_Handle PixelRect; 00238 00239 class Drawable_SmartHandle : public Item_SmartHandle 00241 { 00242 static Drawable_SmartHandle _cast (Plic::SmartHandle&, const Plic::TypeHashList&); 00243 static const Plic::TypeHash& _type (); 00244 protected: 00245 typedef Rapicorn::Signals::SignalProxy<Drawable_SmartHandle, void (int x, int y, int w, int h)> Signal_redraw; 00246 public: 00247 template<class C> 00248 static Drawable_SmartHandle downcast (C c) { return _cast (c, c.cast_types()); } 00249 const Plic::TypeHashList& cast_types (); 00250 explicit Drawable_SmartHandle (); 00251 Signal_redraw& sig_redraw(); 00252 void draw_rect (const PixelRect_Handle &pixrect); 00253 //inline operator _UnspecifiedBool () const { return _is_null() ? NULL : _unspecified_bool_true(); } 00254 }; 00255 Plic::FieldBuffer& operator<< (Plic::FieldBuffer&, const Drawable_SmartHandle&); 00256 Plic::FieldReader& operator>> (Plic::FieldReader&, Drawable_SmartHandle&); 00259 typedef Drawable_SmartHandle Drawable; 00260 00261 class Wind0w_SmartHandle : public Container_SmartHandle 00263 { 00264 static Wind0w_SmartHandle _cast (Plic::SmartHandle&, const Plic::TypeHashList&); 00265 static const Plic::TypeHash& _type (); 00266 protected: 00267 typedef Rapicorn::Signals::SignalProxy<Wind0w_SmartHandle, bool (const std::string &cmdname, const StringList_Handle &args)> Signal_commands; 00268 typedef Rapicorn::Signals::SignalProxy<Wind0w_SmartHandle, void ()> Signal_displayed; 00269 public: 00270 template<class C> 00271 static Wind0w_SmartHandle downcast (C c) { return _cast (c, c.cast_types()); } 00272 const Plic::TypeHashList& cast_types (); 00273 explicit Wind0w_SmartHandle (); 00274 Signal_commands& sig_commands(); 00275 Signal_displayed& sig_displayed(); 00276 bool viewable (); 00277 void show (); 00278 bool closed (); 00279 void close (); 00280 bool synthesize_click (Item_SmartHandle &item, 00281 int button, 00282 double xalign = 0.5, 00283 double yalign = 0.5); 00284 bool synthesize_enter (double xalign = 0.5, 00285 double yalign = 0.5); 00286 bool synthesize_leave (); 00287 bool synthesize_delete (); 00288 //inline operator _UnspecifiedBool () const { return _is_null() ? NULL : _unspecified_bool_true(); } 00289 }; 00290 Plic::FieldBuffer& operator<< (Plic::FieldBuffer&, const Wind0w_SmartHandle&); 00291 Plic::FieldReader& operator>> (Plic::FieldReader&, Wind0w_SmartHandle&); 00294 typedef Wind0w_SmartHandle Wind0w; 00295 00296 struct Wind0wList_Handle : public std::vector<Wind0w_SmartHandle> { 00297 typedef std::vector<Wind0w_SmartHandle> Sequence; 00298 reference append_back(); 00299 }; 00300 Plic::FieldBuffer& operator<< (Plic::FieldBuffer&, const Wind0wList_Handle&); 00301 Plic::FieldReader& operator>> (Plic::FieldReader&, Wind0wList_Handle&); 00304 typedef Wind0wList_Handle Wind0wList; 00305 00306 class Application_SmartHandle : public virtual Plic::SmartHandle 00308 { 00309 static Application_SmartHandle _cast (Plic::SmartHandle&, const Plic::TypeHashList&); 00310 static const Plic::TypeHash& _type (); 00311 protected: 00312 typedef Rapicorn::Signals::SignalProxy<Application_SmartHandle, void ()> Signal_missing_primary; 00313 public: 00314 template<class C> 00315 static Application_SmartHandle downcast (C c) { return _cast (c, c.cast_types()); } 00316 const Plic::TypeHashList& cast_types (); 00317 explicit Application_SmartHandle (); 00318 Signal_missing_primary& sig_missing_primary(); 00319 std::string auto_path (const std::string &file_name, 00320 const std::string &binary_path, 00321 bool search_vpath = 1); 00322 StringList_Handle auto_load (const std::string &defs_domain, 00323 const std::string &file_name, 00324 const std::string &binary_path, 00325 const std::string &i18n_domain = ""); 00326 bool factory_window (const std::string &factory_definition); 00327 void load_string (const std::string &xml_string, 00328 const std::string &i18n_domain = ""); 00329 Wind0w_SmartHandle create_wind0w (const std::string &wind0w_identifier, 00330 const StringList_Handle &arguments = StringList_Handle(), 00331 const StringList_Handle &env_variables = StringList_Handle()); 00332 bool finishable (); 00333 void close (); 00334 Wind0wList_Handle list_wind0ws (); 00335 Item_SmartHandle unique_component (const std::string &path); 00336 ItemSeq_Handle collect_components (const std::string &path); 00337 ListModelRelay_SmartHandle create_list_model_relay (int n_columns, 00338 const std::string &name = ""); 00339 void test_counter_set (int val); 00340 void test_counter_add (int val); 00341 int test_counter_get (); 00342 int test_counter_inc_fetch (); 00343 //inline operator _UnspecifiedBool () const { return _is_null() ? NULL : _unspecified_bool_true(); } 00344 // class_scope:Application: 00345 static int run (); 00346 static void quit (int quit_code = 0); 00347 static void shutdown (); 00348 static int run_and_exit () RAPICORN_NORETURN; 00349 static Application_SmartHandle the (); 00350 protected: 00351 static MainLoop* main_loop (); 00352 // FIXME: static void pixstream (const String &pix_name, const uint8 *static_const_pixstream); 00353 int m_tc; // FIXME: uninitialized 00354 }; 00355 Plic::FieldBuffer& operator<< (Plic::FieldBuffer&, const Application_SmartHandle&); 00356 Plic::FieldReader& operator>> (Plic::FieldReader&, Application_SmartHandle&); 00359 typedef Application_SmartHandle Application; 00360 00361 enum TestEnum { 00362 TEST_ENUM_VALUE1 = 1, 00363 TEST_ENUM_VALUE2 = 2, 00364 TEST_ENUM_VALUE3 = 3, 00365 }; 00366 inline Plic::FieldBuffer& operator<< (Plic::FieldBuffer &fb, TestEnum &e) { fb << Plic::EnumValue (e); return fb; } 00367 inline Plic::FieldReader& operator>> (Plic::FieldReader &frr, TestEnum &e) { e = TestEnum (frr.pop_evalue()); return frr; } 00368 00369 class IdlTestItem_SmartHandle : public Item_SmartHandle 00371 { 00372 static IdlTestItem_SmartHandle _cast (Plic::SmartHandle&, const Plic::TypeHashList&); 00373 static const Plic::TypeHash& _type (); 00374 protected: 00375 public: 00376 template<class C> 00377 static IdlTestItem_SmartHandle downcast (C c) { return _cast (c, c.cast_types()); } 00378 const Plic::TypeHashList& cast_types (); 00379 explicit IdlTestItem_SmartHandle (); 00380 bool bool_prop () const; 00381 void bool_prop (bool); 00382 int int_prop () const; 00383 void int_prop (int); 00384 double float_prop () const; 00385 void float_prop (double); 00386 std::string string_prop () const; 00387 void string_prop (const std::string&); 00388 TestEnum enum_prop () const; 00389 void enum_prop (TestEnum); 00390 Requisition_Handle record_prop () const; 00391 void record_prop (const Requisition_Handle&); 00392 StringList_Handle sequence_prop () const; 00393 void sequence_prop (const StringList_Handle&); 00394 IdlTestItem_SmartHandle self_prop () const; 00395 void self_prop (IdlTestItem_SmartHandle); 00396 //inline operator _UnspecifiedBool () const { return _is_null() ? NULL : _unspecified_bool_true(); } 00397 }; 00398 Plic::FieldBuffer& operator<< (Plic::FieldBuffer&, const IdlTestItem_SmartHandle&); 00399 Plic::FieldReader& operator>> (Plic::FieldReader&, IdlTestItem_SmartHandle&); 00402 typedef IdlTestItem_SmartHandle IdlTestItem; 00403 } // Rapicorn 00404 00405 // global_scope: 00406 namespace Rapicorn { 00407 00408 Application_SmartHandle init_app (const String &app_ident, 00409 int *argcp, 00410 char **argv, 00411 const StringVector &args = StringVector()); 00412 Application_SmartHandle init_test_app (const String &app_ident, 00413 int *argcp, 00414 char **argv, 00415 const StringVector &args = StringVector()); 00416 Plic::Connection* uithread_connection (void); 00417 void exit (int status) RAPICORN_NORETURN; 00418 00419 } // Rapicorn 00420 #endif /* __RAPICORN_CLIENTAPI_HH_ */
1.7.4
