#ifndef __GTKCLASS_H__ #define __GTKCLASS_H__ #include #include #include "globalsymbols.h" typedef struct box64context_s box64context_t; typedef struct bridge_s bridge_t; typedef struct my_GValue_s { size_t g_type; union { int v_int; int64_t v_int64; uint64_t v_uint64; float v_float; double v_double; void* v_pointer; } data[2]; } my_GValue_t; typedef struct my_GTypeInstance_s { void* g_class; } my_GTypeInstance_t; typedef struct my_GObject_s { my_GTypeInstance_t g_type_instance; uint32_t ref_count; void* qdata; } my_GObject_t; typedef struct my_GObjectClass_s { size_t g_type_class; void* construct_properties; void* (*constructor) (int type, uint32_t n_construct_properties, void* construct_properties); void (*set_property) (void* object, uint32_t property_id, void* value, void* pspec); void (*get_property) (void* object, uint32_t property_id, void* value, void* pspec); void (*dispose) (void* object); void (*finalize) (void* object); void (*dispatch_properties_changed) (void* object, uint32_t n_pspecs, void* pspecs); void (*notify) (void* object, void* pspec); void (*constructed) (void* object); uint32_t flags; void* pdummy[6]; } my_GObjectClass_t; typedef struct my_GTypeModule_s { my_GObject_t parent_instance; uint32_t use_count; void* type_infos; // GSList void* interface_infos; // GSList char *name; } my_GTypeModule_t; typedef struct my_GTypeModuleClass_s { my_GObjectClass_t parent_class; int (*load) (my_GTypeModule_t* module); void (*unload) (my_GTypeModule_t* module); void (*reserved1) (void); void (*reserved2) (void); void (*reserved3) (void); void (*reserved4) (void); } my_GTypeModuleClass_t; typedef struct my_GInitiallyUnowned_s { my_GTypeInstance_t g_type_instance; uint32_t ref_count; void* qdata; } my_GInitiallyUnowned_t; typedef struct my_GInitiallyUnownedClass_s { int g_type_class; void* construct_properties; void* (*constructor) (int type, uint32_t n_construct_properties, void* construct_properties); void (*set_property) (void* object, uint32_t property_id, void* value, void* pspec); void (*get_property) (void* object, uint32_t property_id, void* value, void* pspec); void (*dispose) (void* object); void (*finalize) (void* object); void (*dispatch_properties_changed) (void* object, uint32_t n_pspecs, void* pspecs); void (*notify) (void* object, void* pspec); void (*constructed) (void* object); uint32_t flags; void* pdummy[6]; } my_GInitiallyUnownedClass_t; typedef struct my_GApplication_s { my_GObject_t parent; void* priv; } my_GApplication_t; typedef struct my_GApplicationClass_s { my_GObjectClass_t parent_class; void (* startup) (void* application); void (* activate) (void* application); void (* open) (void* application, void* files, int n_files, void* hint); int (* command_line) (void* application, void* command_line); int (* local_command_line) (void* application, void* arguments, void* exit_status); void (* before_emit) (void* application, void* platform_data); void (* after_emit) (void* application, void* platform_data); void (* add_platform_data) (void* application, void* builder); void (* quit_mainloop) (void* application); void (* run_mainloop) (void* application); void (* shutdown) (void* application); int (* dbus_register) (void* application, void* connection, void* object_path, void* error); void (* dbus_unregister) (void* appvoidlication, void* connection, void* object_path); int (* handle_local_options) (void* application, void* options); int (* name_lost) (void* application); void* padding[7]; } my_GApplicationClass_t; typedef struct my_GtkApplication_s { my_GApplication_t parent; void* priv; } my_GtkApplication_t; typedef struct my_GtkApplicationClass_s { my_GApplicationClass_t parent_class; void (*window_added) (void* application, void* window); void (*window_removed) (void* application, void* window); } my_GtkApplicationClass_t; typedef struct my_GtkObject_s { my_GInitiallyUnowned_t parent; uint32_t flags; } my_GtkObject_t; typedef struct my_GtkObjectClass_s { my_GInitiallyUnownedClass_t parent_class; void (*set_arg) (void* object, void* arg, uint32_t arg_id); void (*get_arg) (void* object, void* arg, uint32_t arg_id); void (*destroy) (void* object); } my_GtkObjectClass_t; typedef struct my_GdkRectangle_s { int x; int y; int width; int height; } my_GdkRectangle_t; typedef struct my_GtkRequisition_s { int width; int height; } my_GtkRequisition_t; typedef struct my_GtkWidget2_s { my_GtkObject_t private; int16_t private_flags; uint8_t state; char* name; void* style; //GtkStyle my_GtkRequisition_t requisition; my_GdkRectangle_t allocation; void* window; //GdkWindow void* parent; //GtkWidget } my_GtkWidget2_t; typedef struct my_GtkWidget2Class_s { my_GtkObjectClass_t parent_class; uint32_t activate_signal; uint32_t set_scroll_adjustments_signal; void (*dispatch_child_properties_changed) (void* widget, uint32_t n_pspecs, void* pspecs); void (* show) (void* widget); void (* show_all) (void* widget); void (* hide) (void* widget); void (* hide_all) (void* widget); void (* map) (void* widget); void (* unmap) (void* widget); void (* realize) (void* widget); void (* unrealize) (void* widget); void (* size_request) (void* widget, void* requisition); void (* size_allocate) (void* widget, void* allocation); void (* state_changed) (void* widget, int previous_state); void (* parent_set) (void* widget, void* previous_parent); void (* hierarchy_changed) (void* widget, void* previous_toplevel); void (* style_set) (void* widget, void* previous_style); void (* direction_changed) (void* widget, int previous_direction); void (* grab_notify) (void* widget, int was_grabbed); void (* child_notify) (void* widget, void* pspec); int (* mnemonic_activate) (void* widget, int group_cycling); void (* grab_focus) (void* widget); int (* focus) (void* widget, int direction); int (* event) (void* widget, void* event); int (* button_press_event) (void* widget, void* event); int (* button_release_event) (void* widget, void* event); int (* scroll_event) (void* widget, void* event); int (* motion_notify_event) (void* widget, void* event); int (* delete_event) (void* widget, void* event); int (* destroy_event) (void* widget, void* event); int (* expose_event) (void* widget, void* event); int (* key_press_event) (void* widget, void* event); int (* key_release_event) (void* widget, void* event); int (* enter_notify_event) (void* widget, void* event); int (* leave_notify_event) (void* widget, void* event); int (* configure_event) (void* widget, void* event); int (* focus_in_event) (void* widget, void* event); int (* focus_out_event) (void* widget, void* event); int (* map_event) (void* widget, void* event); int (* unmap_event) (void* widget, void* event); int (* property_notify_event) (void* widget, void* event); int (* selection_clear_event) (void* widget, void* event); int (* selection_request_event) (void* widget, void* event); int (* selection_notify_event) (void* widget, void* event); int (* proximity_in_event) (void* widget, void* event); int (* proximity_out_event) (void* widget, void* event); int (* visibility_notify_event) (void* widget, void* event); int (* client_event) (void* widget, void* event); int (* no_expose_event) (void* widget, void* event); int (* window_state_event) (void* widget, void* event); void (* selection_get) (void* widget, void* selection_data, uint32_t info, uint32_t time_); void (* selection_received) (void* widget, void* selection_data, uint32_t time_); void (* drag_begin) (void* widget, void* context); void (* drag_end) (void* widget, void* context); void (* drag_data_get) (void* widget, void* context, void* selection_data, uint32_t info, uint32_t time_); void (* drag_data_delete) (void* widget, void* context); void (* drag_leave) (void* widget, void* context,uint32_t time_); int (* drag_motion) (void* widget, void* context, int32_t x, int32_t y, uint32_t time_); int (* drag_drop) (void* widget, void* context, int32_t x, int32_t y, uint32_t time_); void (* drag_data_received) (void* widget, void* context, int32_t x, int32_t y, void* selection_data, uint32_t info, uint32_t time_); int (* popup_menu) (void* widget); int (* show_help) (void* widget, int help_type); void*(*get_accessible) (void* widget); void (*screen_changed) (void* widget, void* previous_screen); int (*can_activate_accel) (void* widget, uint32_t signal_id); int (*grab_broken_event) (void* widget, void* event); void (* composited_changed) (void* widget); int (* query_tooltip) (void* widget, int32_t x, int32_t y, int keyboard_tooltip, void* tooltip); void (*_gtk_reserved5) (void); void (*_gtk_reserved6) (void); void (*_gtk_reserved7) (void); } my_GtkWidget2Class_t; typedef struct my_GtkWidget3_s { my_GInitiallyUnowned_t parent; void* priv; } my_GtkWidget3_t; typedef struct my_GtkWidget3Class_s { my_GInitiallyUnownedClass_t parent_class; uint32_t activate_signal; void (*dispatch_child_properties_changed) (void* widget, uint32_t n_pspecs, void* pspecs); void (* destroy) (void* widget); void (* show) (void* widget); void (* show_all) (void* widget); void (* hide) (void* widget); void (* map) (void* widget); void (* unmap) (void* widget); void (* realize) (void* widget); void (* unrealize) (void* widget); void (* size_allocate) (void* widget, void* allocation); void (* state_changed) (void* widget, int previous_state); void (* state_flags_changed) (void* widget, int previous_state_flags); void (* parent_set) (void* widget, void* previous_parent); void (* hierarchy_changed) (void* widget, void* previous_toplevel); void (* style_set) (void* widget, void* previous_style); void (* direction_changed) (void* widget, int previous_direction); void (* grab_notify) (void* widget, int was_grabbed); void (* child_notify) (void* widget, void* child_property); int (* draw) (void* widget, void* cr); int (* get_request_mode) (void* widget); void (* get_preferred_height) (void* widget, void* minimum_height, void* natural_height); void (* get_preferred_width_for_height) (void* widget, int height, void* minimum_width, void* natural_width); void (* get_preferred_width) (void* widget, void* minimum_width, void* natural_width); void (* get_preferred_height_for_width) (void* widget, int width, void* minimum_height, void* natural_height); int (* mnemonic_activate) (void* widget, int group_cycling); void (* grab_focus) (void* widget); int (* focus) (void* widget, int direction); void (* move_focus) (void* widget, int direction); int (* keynav_failed) (void* widget, int direction); int (* event) (void* widget, void* event); int (* button_press_event) (void* widget, void* event); int (* button_release_event) (void* widget, void* event); int (* scroll_event) (void* widget, void* event); int (* motion_notify_event) (void* widget, void* event); int (* delete_event) (void* widget, void* event); int (* destroy_event) (void* widget, void* event); int (* key_press_event) (void* widget, void* event); int (* key_release_event) (void* widget, void* event); int (* enter_notify_event) (void* widget, void* event); int (* leave_notify_event) (void* widget, void* event); int (* configure_event) (void* widget, void* event); int (* focus_in_event) (void* widget, void* event); int (* focus_out_event) (void* widget, void* event); int (* map_event) (void* widget, void* event); int (* unmap_event) (void* widget, void* event); int (* property_notify_event) (void* widget, void* event); int (* selection_clear_event) (void* widget, void* event); int (* selection_request_event) (void* widget, void* event); int (* selection_notify_event) (void* widget, void* event); int (* proximity_in_event) (void* widget, void* event); int (* proximity_out_event) (void* widget, void* event); int (* visibility_notify_event) (void* widget, void* event); int (* window_state_event) (void* widget, void* event); int (* damage_event) (void* widget, void* event); int (* grab_broken_event) (void* widget, void* event); void (* selection_get) (void* widget, void* selection_data, uint32_t info, uint32_t time_); void (* selection_received) (void* widget, void* selection_data, uint32_t time_); void (* drag_begin) (void* widget, void* context); void (* drag_end) (void* widget, void* context); void (* drag_data_get) (void* widget, void* context, void* selection_data, uint32_t info, uint32_t time_); void (* drag_data_delete) (void* widget, void* context); void (* drag_leave) (void* widget, void* context, uint32_t time_); int (* drag_motion) (void* widget, void* context, int x, int y, uint32_t time_); int (* drag_drop) (void* widget, void* context, int x, int y, uint32_t time_); void (* drag_data_received) (void* widget, void* context, int x, int y, void* selection_data, uint32_t info, uint32_t time_); int (* drag_failed) (void* widget, void* context, int result); int (* popup_menu) (void* widget); int (* show_help) (void* widget, int help_type); void* (* get_accessible) (void *widget); void (* screen_changed) (void* widget, void* previous_screen); int (* can_activate_accel) (void* widget, uint32_t signal_id); void (* composited_changed) (void* widget); int (* query_tooltip) (void* widget, int x, int y, int keyboard_tooltip, void* tooltip); void (* compute_expand) (void* widget, void*hexpand_p, void* vexpand_p); void (* adjust_size_request) (void* widget, int orientation, void* minimum_size, void* natural_size); void (* adjust_size_allocation) (void*widget, int orientation, void* minimum_size, void* natural_size, void* allocated_pos, void* allocated_size); void (* style_updated) (void* widget); int (* touch_event) (void* widget, void* event); void (* get_preferred_height_and_baseline_for_width) (void* widget, int width, void* minimum_height, void* natural_height, void* minimum_baseline, void* natural_baseline); void (* adjust_baseline_request) (void* widget, void* minimum_baseline, void* natural_baseline); void (* adjust_baseline_allocation) (void* widget, void* baseline); void (*queue_draw_region) (void* widget, void* region); void* priv; void (*_gtk_reserved6) (void); void (*_gtk_reserved7) (void); } my_GtkWidget3Class_t; typedef struct my_GtkContainer2_s { my_GtkWidget2_t parent; void* focus_child; //GtkWidget uint32_t border_width : 16; uint32_t need_resize : 1; uint32_t resize_mode : 2; uint32_t reallocate_redraws : 1; uint32_t has_focus_chain : 1; } my_GtkContainer2_t; typedef struct my_GtkContainer2Class_s { my_GtkWidget2Class_t parent_class; void (*add) (void* container, void* widget); void (*remove) (void* container, void* widget); void (*check_resize) (void* container); void (*forall) (void* container, int include_internals, void* callback, void* callback_data); void (*set_focus_child) (void* container, void* widget); int (*child_type) (void* container); void* (*composite_name) (void* container, void* child); void (*set_child_property) (void* container, void* child, uint32_t property_id, void* value, void* pspec); void (*get_child_property) (void* container, void* child, uint32_t property_id, void* value, void* pspec); void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); void (*_gtk_reserved4) (void); } my_GtkContainer2Class_t; typedef struct my_GtkContainer3_s { my_GtkWidget3_t parent; void* priv; } my_GtkContainer3_t; typedef struct my_GtkContainer3Class_s { my_GtkWidget3Class_t parent_class; void (*add) (void* container, void* widget); void (*remove) (void* container, void* widget); void (*check_resize) (void* container); void (*forall) (void* container, int include_internals, void* callback, void* callback_data); void (*set_focus_child) (void* container, void* widget); int (*child_type) (void* container); void* (*composite_name) (void* container, void* child); void (*set_child_property) (void* container, void* child, uint32_t property_id, void* value, void* pspec); void (*get_child_property) (void* container, void* child, uint32_t property_id, void* value, void* pspec); void* (*get_path_for_child) (void* container, void* child); unsigned int _handle_border_width : 1; void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); void (*_gtk_reserved4) (void); void (*_gtk_reserved5) (void); void (*_gtk_reserved6) (void); void (*_gtk_reserved7) (void); void (*_gtk_reserved8) (void); } my_GtkContainer3Class_t; typedef struct my_GtkAction_s { my_GObject_t parent; void* private_data; } my_GtkAction_t; typedef struct my_GtkActionClass_s { my_GObjectClass_t parent_class; void (* activate) (void* action); int menu_item_type; int toolbar_item_type; void* (* create_menu_item) (void* action); void* (* create_tool_item) (void* action); void (* connect_proxy) (void* action, void* proxy); void (* disconnect_proxy) (void* action, void* proxy); void* (* create_menu) (void* action); void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); void (*_gtk_reserved4) (void); } my_GtkActionClass_t; typedef struct my_GtkMisc2_s { my_GtkWidget2_t parent; float xalign; float yalign; uint16_t xpad; uint16_t ypad; } my_GtkMisc2_t; typedef struct my_GtkMisc2Class_s { my_GtkWidget2Class_t parent_class; } my_GtkMisc2Class_t; typedef struct my_GtkMisc3_s { my_GtkWidget3_t parent; void* priv; } my_GtkMisc3_t; typedef struct my_GtkMisc3Class_s { my_GtkWidget3Class_t parent_class; void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); void (*_gtk_reserved4) (void); } my_GtkMisc3Class_t; typedef struct my_GtkImage3_s { my_GtkMisc3_t parent; void* priv; } my_GtkImage3_t; typedef struct my_GtkImageClass_s { my_GtkMisc3Class_t parent_class; void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); void (*_gtk_reserved4) (void); } my_GtkImage3Class_t; typedef struct my_GtkLabel2_s { my_GtkMisc2_t misc; char* label; uint32_t jtype : 2; uint32_t wrap : 1; uint32_t use_underline : 1; uint32_t use_markup : 1; uint32_t ellipsize : 3; uint32_t single_line_mode : 1; uint32_t have_transform : 1; uint32_t in_click : 1; uint32_t wrap_mode : 3; uint32_t pattern_set : 1; uint32_t track_links : 1; uint32_t mnemonic_keyval; char* text; void* attrs; //PangoAttrList void* effective_attrs; //PangoAttrList void* layout; //PangoLayout void* mnemonic_widget; //GtkWidget void* mnemonic_window; //GtkWindow void* select_info; //GtkLabelSelectionInfo } my_GtkLabel2_t; typedef struct my_GtkLabel2Class_s { my_GtkMisc2Class_t parent_class; void (* move_cursor) (void* label, int step, int count, int extend_selection); void (* copy_clipboard) (void* label); void (* populate_popup) (void* label, void* menu); int (*activate_link) (void* label, void* uri); void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); } my_GtkLabel2Class_t; typedef struct my_GtkLabel3_s { my_GtkMisc3_t misc; void* priv; } my_GtkLabel3_t; typedef struct my_GtkLabel3Class_s { my_GtkMisc3Class_t parent_class; void (* move_cursor) (void* label, int step, int count, int extend_selection); void (* copy_clipboard) (void* label); void (* populate_popup) (void* label, void* menu); int (*activate_link) (void* label, void* uri); void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); void (*_gtk_reserved4) (void); void (*_gtk_reserved5) (void); void (*_gtk_reserved6) (void); void (*_gtk_reserved7) (void); void (*_gtk_reserved8) (void); } my_GtkLabel3Class_t; typedef struct my_GtkTreeView2_s { my_GtkContainer2_t parent; void* priv; } my_GtkTreeView2_t; typedef struct my_GtkTreeView2Class_s { my_GtkContainer2Class_t parent_class; void (* set_scroll_adjustments) (void* tree_view, void* hadjustment, void* vadjustment); void (* row_activated) (void* tree_view, void* path, void* column); int (* test_expand_row) (void* tree_view, void* iter, void* path); int (* test_collapse_row) (void* tree_view, void* iter, void* path); void (* row_expanded) (void* tree_view, void* iter, void* path); void (* row_collapsed) (void* tree_view, void* iter, void* path); void (* columns_changed) (void* tree_view); void (* cursor_changed) (void* tree_view); int (* move_cursor) (void* tree_view, int step, int count); int (* select_all) (void* tree_view); int (* unselect_all) (void* tree_view); int (* select_cursor_row) (void* tree_view, int start_editing); int (* toggle_cursor_row) (void* tree_view); int (* expand_collapse_cursor_row) (void* tree_view, int logical, int expand, int open_all); int (* select_cursor_parent) (void* tree_view); int (* start_interactive_search) (void* tree_view); void (*_gtk_reserved0) (void); void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); void (*_gtk_reserved4) (void); } my_GtkTreeView2Class_t; typedef struct my_GtkBin2_s { my_GtkContainer2_t container; void* child; //GtkWidget } my_GtkBin2_t; typedef struct my_GtkBin2Class_s { my_GtkContainer2Class_t parent_class; void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); void (*_gtk_reserved4) (void); } my_GtkBin2Class_t; typedef struct my_GtkBin3_s { my_GtkContainer3_t container; void* priv; } my_GtkBin3_t; typedef struct my_GtkBin3Class_s { my_GtkContainer3Class_t parent_class; void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); void (*_gtk_reserved4) (void); } my_GtkBin3Class_t; typedef struct my_GtkWindow2_s { my_GtkBin2_t parent; char* title; char* wmclass_name; char* wmclass_class; char* wm_role; void* focus_widget; // GtkWidget void* default_widget; // GtkWidget void* transient_parent; // GtkWindow void* geometry_info; // GtkWindowGeometryInfo void* frame; // GdkWindow void* group; // GtkWindowGroup uint16_t configure_request_count; uint32_t allow_shrink : 1; uint32_t allow_grow : 1; uint32_t configure_notify_received : 1; uint32_t need_default_position : 1; uint32_t need_default_size : 1; uint32_t position : 3; uint32_t type : 4; uint32_t has_user_ref_count : 1; uint32_t has_focus : 1; uint32_t modal : 1; uint32_t destroy_with_parent : 1; uint32_t has_frame : 1; uint32_t iconify_initially : 1; uint32_t stick_initially : 1; uint32_t maximize_initially : 1; uint32_t decorated : 1; uint32_t type_hint : 3; uint32_t gravity : 5; uint32_t is_active : 1; uint32_t has_toplevel_focus : 1; uint32_t frame_left; uint32_t frame_top; uint32_t frame_right; uint32_t frame_bottom; uint32_t keys_changed_handler; int mnemonic_modifier; void* screen; // GdkScreen } my_GtkWindow2_t; typedef struct my_GtkWindow2Class_s { my_GtkBin2Class_t parent_class; void (* set_focus) (void* window, void* focus); int (* frame_event) (void* window, void* event); void (* activate_focus) (void* window); void (* activate_default) (void* window); void (* move_focus) (void* window, int direction); void (*keys_changed) (void* window); void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); void (*_gtk_reserved4) (void); } my_GtkWindow2Class_t; typedef struct my_GtkWindow3_s { my_GtkBin3_t bin; void* priv; } my_GtkWindow3_t; typedef struct my_GtkWindow3Class_s { my_GtkBin3Class_t parent_class; void (* set_focus) (void* window, void* focus); void (* activate_focus) (void* window); void (* activate_default) (void* window); void (* keys_changed) (void* window); int (* enable_debugging) (void* window, int toggle); void (* _gtk_reserved1) (void); void (* _gtk_reserved2) (void); void (* _gtk_reserved3) (void); }my_GtkWindow3Class_t; typedef struct my_GtkApplicationWindow_s { my_GtkWindow3_t parent; void* priv; } my_GtkApplicationWindow_t; typedef struct my_GtkApplicationWindowClass_s { my_GtkWindow3Class_t parent_class; }my_GtkApplicationWindowClass_t; typedef struct my_GtkListBox_s { my_GtkContainer3_t parent; } my_GtkListBox_t; typedef struct my_GtkListBoxClass_s { my_GtkContainer3Class_t parent_class; void (*row_selected) (void *box, void *row); void (*row_activated) (void *box, void *row); void (*activate_cursor_row) (void *box); void (*toggle_cursor_row) (void *box); void (*move_cursor) (void *box, int step, int count); void (*selected_rows_changed) (void *box); void (*select_all) (void *box); void (*unselect_all) (void *box); void (* _gtk_reserved1) (void); void (* _gtk_reserved2) (void); void (* _gtk_reserved3) (void); }my_GtkListBoxClass_t; typedef struct my_GtkListBoxRow_s { my_GtkBin3_t parent; } my_GtkListBoxRow_t; typedef struct my_GtkListBoxRowClass_s { my_GtkBin3Class_t parent_class; void (* activate) (void* row); void (* _gtk_reserved1) (void); void (* _gtk_reserved2) (void); }my_GtkListBoxRowClass_t; typedef struct my_GtkButton2_s { my_GtkBin2_t bin; void* event_window; // GdkWindow char* label_text; uint32_t activate_timeout; uint32_t constructed : 1; uint32_t in_button : 1; uint32_t button_down : 1; uint32_t relief : 2; uint32_t use_underline : 1; uint32_t use_stock : 1; uint32_t depressed : 1; uint32_t depress_on_activate : 1; uint32_t focus_on_click : 1; } my_GtkButton2_t; typedef struct my_GtkButton2Class_s { my_GtkBin2Class_t parent_class; void (* pressed) (void *button); void (* released) (void *button); void (* clicked) (void *button); void (* enter) (void *button); void (* leave) (void *button); void (* activate) (void *button); void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); void (*_gtk_reserved4) (void); } my_GtkButton2Class_t; typedef struct my_GtkButton3_s { my_GtkBin3_t bin; void* priv; } my_GtkButton3_t; typedef struct my_GtkButton3Class_s { my_GtkBin3Class_t parent_class; void (* pressed) (void *button); void (* released) (void *button); void (* clicked) (void *button); void (* enter) (void *button); void (* leave) (void *button); void (* activate) (void *button); void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); void (*_gtk_reserved4) (void); } my_GtkButton3Class_t; typedef struct my_GtkToggleButton2_s { my_GtkButton2_t button; uint32_t active : 1; uint32_t draw_indicator : 1; uint32_t inconsistent : 1; } my_GtkToggleButton2_t; typedef struct my_GtkToggleButton2Class_s { my_GtkButton2Class_t parent_class; void (* toggled) (void* toggle_button); void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); void (*_gtk_reserved4) (void); } my_GtkToggleButton2Class_t; typedef struct my_GtkToggleButton3_s { my_GtkButton3_t parent; void* priv; } my_GtkToggleButton3_t; typedef struct my_GtkToggleButton3Class_s { my_GtkButton3Class_t parent_class; void (* toggled) (void* toggle_button); void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); void (*_gtk_reserved4) (void); } my_GtkToggleButton3Class_t; typedef struct my_GtkCheckButton2_s { my_GtkToggleButton2_t parent; } my_GtkCheckButton2_t; typedef struct my_GtkCheckButton2Class_s { my_GtkToggleButton2Class_t parent_class; void (* draw_indicator) (void* check_button, void* area); void (*_gtk_reserved0) (void); void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); } my_GtkCheckButton2Class_t; typedef struct my_GtkCheckButton3_s { my_GtkToggleButton3_t parent; } my_GtkCheckButton3_t; typedef struct my_GtkCheckButton3Class_s { my_GtkToggleButton3Class_t parent_class; void (* draw_indicator) (void* check_button, void* area); void (*_gtk_reserved0) (void); void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); } my_GtkCheckButton3Class_t; typedef struct my_GtkMenuButton3_s { my_GtkToggleButton3_t parent; void* priv; } my_GtkMenuButton3_t; typedef struct my_GtkMenuButton3Class_s { my_GtkToggleButton3Class_t parent_class; void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); void (*_gtk_reserved4) (void); }my_GtkMenuButton3Class_t; typedef struct my_GtkComboBox2_s { my_GtkBin2_t parent; void* priv; } my_GtkComboBox2_t; typedef struct my_GtkComboBox2Class_s { my_GtkBin2Class_t parent_class; void (* changed) (void* combo_box); void*(* get_active_text)(void* combo_box); void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); void (*_gtk_reserved4) (void); } my_GtkComboBox2Class_t; typedef struct my_GtkEntry2_s { my_GtkWidget2_t parent; char* text; uint32_t editable : 1; uint32_t visible : 1; uint32_t overwrite_mode : 1; uint32_t in_drag : 1; uint16_t text_length; uint16_t text_max_length; void* text_area; // GdkWindow void* im_context; // GtkIMContext void* popup_menu; // GtkWidget int current_pos; int selection_bound; void* cached_layout; // PangoLayout uint32_t cache_includes_preedit : 1; uint32_t need_im_reset : 1; uint32_t has_frame : 1; uint32_t activates_default : 1; uint32_t cursor_visible : 1; uint32_t in_click : 1; uint32_t is_cell_renderer : 1; uint32_t editing_canceled : 1; uint32_t mouse_cursor_obscured : 1; uint32_t select_words : 1; uint32_t select_lines : 1; uint32_t resolved_dir : 4; uint32_t truncate_multiline : 1; uint32_t button; uint32_t blink_timeout; uint32_t recompute_idle; int scroll_offset; int ascent; int descent; uint16_t x_text_size; uint16_t x_n_bytes; uint16_t preedit_length; uint16_t preedit_cursor; int dnd_position; int drag_start_x; int drag_start_y; uint32_t invisible_char; int width_chars; } my_GtkEntry2_t; typedef struct my_GtkEntry2Class_s { my_GtkWidget2Class_t parent_class; void (* populate_popup) (void* entry, void* menu); void (* activate) (void* entry); void (* move_cursor) (void* entry, int step, int count, int extend_selection); void (* insert_at_cursor) (void* entry, void* str); void (* delete_from_cursor) (void* entry, int type, int count); void (* backspace) (void* entry); void (* cut_clipboard) (void* entry); void (* copy_clipboard) (void* entry); void (* paste_clipboard) (void* entry); void (* toggle_overwrite) (void* entry); void (* get_text_area_size) (void* entry, void* x, void* y, void* width, void* height); void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); } my_GtkEntry2Class_t; typedef struct my_GtkSpinButton2_s { my_GtkEntry2_t entry; void* adjustment; // GtkAdjustment void* panel; // GdkWindow uint32_t timer; double climb_rate; double timer_step; int update_policy; uint32_t in_child : 2; uint32_t click_child : 2; uint32_t button : 2; uint32_t need_timer : 1; uint32_t timer_calls : 3; uint32_t digits : 10; uint32_t numeric : 1; uint32_t wrap : 1; uint32_t snap_to_ticks : 1; } my_GtkSpinButton2_t; typedef struct my_GtkSpinButton2Class_s { my_GtkEntry2Class_t parent_class; int (*input) (void* spin_button, void* new_value); int (*output) (void* spin_button); void (*value_changed) (void* spin_button); void (*change_value) (void* spin_button, int scroll); void (*wrapped) (void* spin_button); void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); } my_GtkSpinButton2Class_t; typedef struct my_GtkProgress2_s { my_GtkWidget2_t widget; void* adjustment; // GtkAdjustment void* offscreen_pixmap; // GdkPixmap char* format; float x_align; float y_align; uint32_t show_text : 1; uint32_t activity_mode : 1; uint32_t use_text_format : 1; } my_GtkProgress2_t; typedef struct my_GtkProgress2Class_s { my_GtkWidget2Class_t parent; void (* paint) (void* progress); void (* update) (void* progress); void (* act_mode_enter) (void* progress); void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); void (*_gtk_reserved4) (void); } my_GtkProgress2Class_t; typedef struct my_GtkProgressBar2_s { my_GtkProgress2_t parent; int bar_style; int orientation; uint32_t blocks; int in_block; int activity_pos; uint32_t activity_step; uint32_t activity_blocks; double pulse_fraction; uint32_t activity_dir : 1; uint32_t ellipsize : 3; uint32_t dirty : 1; } my_GtkProgressBar2_t; typedef struct my_GtkProgressBar2Class_s { my_GtkProgress2Class_t parent_class; void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); void (*_gtk_reserved4) (void); } my_GtkProgressBar2Class_t; typedef struct my_GtkFrame2_s { my_GtkBin2_t bin; void* label_widget; // GtkWidget int16_t shadow_type; float label_xalign; float label_yalign; my_GdkRectangle_t child_allocation; } my_GtkFrame2_t; typedef struct my_GtkFrame2Class_s { my_GtkBin2Class_t parent_class; void (*compute_child_allocation) (void* frame, void* allocation); } my_GtkFrame2Class_t; typedef struct my_GtkMenuShell2_s { my_GtkContainer2_t container; void* children; // GList void* active_menu_item; // GtkWidget void* parent_menu_shell; // GtkWidget uint32_t button; uint32_t activate_time; uint32_t active : 1; uint32_t have_grab : 1; uint32_t have_xgrab : 1; uint32_t ignore_leave : 1; uint32_t menu_flag : 1; uint32_t ignore_enter : 1; uint32_t keyboard_mode : 1; } my_GtkMenuShell2_t; typedef struct my_GtkMenuShell2Class_s { my_GtkContainer2Class_t parent_class; void (*deactivate) (void* menu_shell); void (*selection_done) (void* menu_shell); void (*move_current) (void* menu_shell, int direction); void (*activate_current) (void* menu_shell, int force_hide); void (*cancel) (void* menu_shell); void (*select_item) (void* menu_shell, void* menu_item); void (*insert) (void* menu_shell, void* child, int position); int (*get_popup_delay) (void* menu_shell); int (*move_selected) (void* menu_shell, int distance); void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); } my_GtkMenuShell2Class_t; typedef struct my_GtkMenuBar2_s { my_GtkMenuShell2_t parent; } my_GtkMenuBar2_t; typedef struct my_GtkMenuBar2Class_s { my_GtkMenuShell2Class_t parent_class; void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); void (*_gtk_reserved4) (void); } my_GtkMenuBar2Class_t; typedef struct my_GtkTextView2_s { my_GtkContainer2_t parent; void* layout; // struct _GtkTextLayout void* buffer; // GtkTextBuffer uint32_t selection_drag_handler; uint32_t scroll_timeout; int pixels_above_lines; int pixels_below_lines; int pixels_inside_wrap; int wrap_mode; int justify; int left_margin; int right_margin; int indent; void* tabs; // PangoTabArray uint32_t editable : 1; uint32_t overwrite_mode : 1; uint32_t cursor_visible : 1; uint32_t need_im_reset : 1; uint32_t accepts_tab : 1; uint32_t width_changed : 1; uint32_t onscreen_validated : 1; uint32_t mouse_cursor_obscured : 1; void* text_window; // GtkTextWindow void* left_window; // GtkTextWindow void* right_window; // GtkTextWindow void* top_window; // GtkTextWindow void* bottom_window; // GtkTextWindow void* hadjustment; // GtkAdjustment void* vadjustment; // GtkAdjustment int xoffset; int yoffset; int width; int height; int virtual_cursor_x; int virtual_cursor_y; void* first_para_mark; // GtkTextMark int first_para_pixels; void* dnd_mark; // GtkTextMark uint32_t blink_timeout; uint32_t first_validate_idle; uint32_t incremental_validate_idle; void* im_context; // GtkIMContext void* popup_menu; // GtkWidget int drag_start_x; int drag_start_y; void* children; // GSList void* pending_scroll; // GtkTextPendingScroll int pending_place_cursor_button; } my_GtkTextView2_t; typedef struct my_GtkTextView2Class_s { my_GtkContainer2Class_t parent_class; void (* set_scroll_adjustments) (void* text_view, void* hadjustment, void* vadjustment); void (* populate_popup) (void* text_view, void* menu); void (* move_cursor) (void* text_view, int step, int count, int extend_selection); void (* page_horizontally) (void* text_view, int count, int extend_selection); void (* set_anchor) (void* text_view); void (* insert_at_cursor) (void* text_view, void* str); void (* delete_from_cursor) (void* text_view, int type, int count); void (* backspace) (void* text_view); void (* cut_clipboard) (void* text_view); void (* copy_clipboard) (void* text_view); void (* paste_clipboard) (void* text_view); void (* toggle_overwrite) (void* text_view); void (* move_focus) (void* text_view, int direction); void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); void (*_gtk_reserved4) (void); void (*_gtk_reserved5) (void); void (*_gtk_reserved6) (void); void (*_gtk_reserved7) (void); } my_GtkTextView2Class_t; typedef struct my_GtkTextView3_s { my_GtkContainer3_t parent; void* priv; } my_GtkTextView3_t; typedef struct my_GtkTextView3Class_s { my_GtkContainer3Class_t parent_class; void (* populate_popup) (void* text_view, void* menu); void (* move_cursor) (void* text_view, int step, int count, int extend_selection); void (* set_anchor) (void* text_view); void (* insert_at_cursor) (void* text_view, void* str); void (* delete_from_cursor) (void* text_view, int type, int count); void (* backspace) (void* text_view); void (* cut_clipboard) (void* text_view); void (* copy_clipboard) (void* text_view); void (* paste_clipboard) (void* text_view); void (* toggle_overwrite) (void* text_view); void*(* create_buffer) (void* text_view); void (* draw_layer) (void* text_view, int layer, void* cr); int (* extend_selection) (void* text_view, int granularity, void* location, void* start, void* end); void (* insert_emoji) (void* text_view); void (*_gtk_reserved1) (void); void (*_gtk_reserved2) (void); void (*_gtk_reserved3) (void); void (*_gtk_reserved4) (void); } my_GtkTextView3Class_t; typedef struct my_GtkGrid3_s { my_GtkContainer3_t parent; void* priv; } my_GtkGrid3_t; typedef struct my_GtkGrid3Class_s { my_GtkContainer3Class_t parent_class; void (* _gtk_reserved1) (void); void (* _gtk_reserved2) (void); void (* _gtk_reserved3) (void); void (* _gtk_reserved4) (void); void (* _gtk_reserved5) (void); void (* _gtk_reserved6) (void); void (* _gtk_reserved7) (void); void (* _gtk_reserved8) (void); }my_GtkGrid3Class_t; typedef struct my_GtkEventController_s { my_GObject_t parent; } my_GtkEventController_t; typedef struct my_GtkEventControllerClass_s { my_GObjectClass_t parent_class; void (* set_widget) (void *controller, void *widget); void (* unset_widget) (void *controller); int (* handle_event) (void *controller, void *event, double x, double y); void (* reset) (void *controller); void (* handle_crossing) (void *controller, void *crossing, double x, double y); int (* filter_event) (void *controller, void *event); void* padding[10]; }my_GtkEventControllerClass_t; typedef struct my_GtkGesture_s { my_GtkEventController_t parent; } my_GtkGesture_t; typedef struct my_GtkGestureClass_s { my_GtkEventControllerClass_t parent_class; int (* check) (void *gesture); void (* begin) (void *gesture, void *sequence); void (* update) (void *gesture, void *sequence); void (* end) (void *gesture, void *sequence); void (* cancel) (void *gesture, void *sequence); void (* sequence_state_changed) (void *gesture, void *sequence, int state); void* padding[10]; }my_GtkGestureClass_t; typedef struct my_GtkGestureSingle_s { my_GtkGesture_t parent; } my_GtkGestureSingle_t; typedef struct my_GtkGestureSingleClass_s { my_GtkGestureClass_t parent_class; void* padding[10]; }my_GtkGestureSingleClass_t; typedef struct my_GtkGestureLongPress_s { my_GtkGestureSingle_t parent; } my_GtkGestureLongPress_t; typedef struct my_GtkGestureLongPressClass_s { my_GtkGestureSingleClass_t parent_class; void (* pressed) (void *gesture, double x, double y); void (* cancelled) (void *gesture); /*< private >*/ void* padding[10]; }my_GtkGestureLongPressClass_t; typedef struct my_MetaFrames2_s { my_GtkWindow2_t parent; // to be checked (is MetaFrame2 still usefull?) } my_MetaFrames2_t; typedef struct my_MetaFrames2Class_s { my_GtkWindow2Class_t parent_class; } my_MetaFrames2Class_t; typedef struct my_GtkTable2_s { my_GtkContainer2_t container; void* children; // GList void* rows; // GtkTableRowCol void* cols; // GtkTableRowCol uint16_t nrows; uint16_t ncols; uint16_t column_spacing; uint16_t row_spacing; uint32_t homogeneous : 1; } my_GtkTable2_t; typedef struct my_GtkTable2Class_s { my_GtkContainer2Class_t parent_class; } my_GtkTable2Class_t; typedef struct my_GtkFixed2_s { my_GtkContainer2_t parent; void* children; // GList } my_GtkFixed2_t; typedef struct my_GtkFixed2Class_s { my_GtkContainer2Class_t parent_class; } my_GtkFixed2Class_t; typedef struct my_GtkFixed3_s { my_GtkContainer3_t parent; } my_GtkFixed3_t; typedef struct my_GtkFixed3Class_s { my_GtkContainer3Class_t parent_class; void* padding[8]; } my_GtkFixed3Class_t; typedef struct my_GDBusObjectManagerClient_s { my_GObject_t parent; void* priv; } my_GDBusObjectManagerClient_t; typedef struct my_GDBusObjectManagerClientClass_s { my_GObjectClass_t parent_class; void (*interface_proxy_signal) (void* manager, void* object_proxy, void* interface_proxy, void* sender_name, void* signal_name, void* parameters); void (*interface_proxy_properties_changed) (void* manager, void* object_proxy, void* interface_proxy, void* changed_properties, void* invalidated_properties); void* padding[8]; } my_GDBusObjectManagerClientClass_t; typedef struct my_AtkObject_s { my_GObject_t parent; char* description; char* name; void* accessible_parent; // AtkObject int role; void* relation_set; // AtkRelationSet int layer; } my_AtkObject_t; typedef struct my_AtkObjectClass_s { my_GObjectClass_t parent; void* (* get_name) (void* accessible); void* (* get_description) (void* accessible); void* (*get_parent) (void* accessible); int (* get_n_children) (void* accessible); void* (* ref_child) (void* accessible, int i); int (* get_index_in_parent) (void* accessible); void* (* ref_relation_set) (void* accessible); int (* get_role) (void* accessible); int (* get_layer) (void* accessible); int (* get_mdi_zorder) (void* accessible); void* (* ref_state_set) (void* accessible); void (* set_name) (void* accessible, void* name); void (* set_description) (void* accessible, void* description); void (* set_parent) (void* accessible, void* parent); void (* set_role) (void* accessible, int role); uint32_t (* connect_property_change_handler) (void* accessible, void* handler); void (* remove_property_change_handler) (void* accessible, uint32_t handler_id); void (* initialize) (void* accessible, void* data); void (* children_changed) (void* accessible, uint32_t change_index, void* changed_child); void (* focus_event) (void* accessible, int focus_in); void (* property_change) (void* accessible, void* values); void (* state_change) (void* accessible, void* name, int state_set); void (*visible_data_changed) (void* accessible); void (*active_descendant_changed) (void* accessible, void* child); void* (*get_attributes) (void* accessible); void* (*get_object_locale) (void* accessible); void* pad1; } my_AtkObjectClass_t; typedef struct my_AtkUtil_s { my_GObject_t parent; } my_AtkUtil_t; typedef struct my_AtkUtilClass_s { my_GObjectClass_t parent; uint32_t (* add_global_event_listener) (void* listener, void* event_type); void (* remove_global_event_listener) (uint32_t listener_id); uint32_t (* add_key_event_listener) (void* listener, void* data); void (* remove_key_event_listener) (uint32_t listener_id); void* (* get_root) (void); void* (* get_toolkit_name) (void); void* (* get_toolkit_version) (void); } my_AtkUtilClass_t; typedef union my_GMutex_s { void* p; uint32_t i[2]; } my_GMutex_t; typedef struct my_GstObject_s { my_GInitiallyUnowned_t parent; my_GMutex_t lock; char* name; void* _parent; // GstObject uint32_t flags; void* control_bindings; // GList uint64_t control_rate; uint64_t last_sync; void* _gst_reserved; } my_GstObject_t; typedef struct my_GstObjectClass_s { my_GInitiallyUnownedClass_t parent; const char* path_string_separator; void (*deep_notify) (void* object, void* orig, void* pspec); void* _gst_reserved[4]; } my_GstObjectClass_t; typedef struct my_GstAllocator_s { my_GstObject_t parent; const char* mem_type; void*(*mem_map) (void* mem, size_t maxsize, int flags); void (*mem_unmap) (void* mem); void*(*mem_copy) (void* mem, ssize_t offset, ssize_t size); void*(*mem_share) (void* mem, ssize_t offset, ssize_t size); int (*mem_is_span) (void* mem1, void* mem2, void* offset); void*(*mem_map_full) (void* mem, void* info, size_t maxsize); void (*mem_unmap_full)(void* mem, void* info); void* _gst_reserved[4 - 2]; void* priv; } my_GstAllocator_t; typedef struct my_GstAllocatorClass_s { my_GstObjectClass_t parent; void* (*alloc) (void *allocator, size_t size, void *params); void (*free) (void *allocator, void *memory); void* _gst_reserved[4]; } my_GstAllocatorClass_t; typedef struct my_GstTaskPool_s { my_GstObject_t parent; void* pool; // GThreadPool void* _gst_reserved[4]; } my_GstTaskPool_t; typedef struct my_GstTaskPoolClass_s { my_GstObjectClass_t parent_class; void (*prepare) (void* pool, void* error); void (*cleanup) (void* pool); void* (*push) (void* pool, void* func, void* user_data, void* error); void (*join) (void* pool, void* id); void (*dispose_handle) (void* pool, void* id); void* _gst_reserved[4-1]; } my_GstTaskPoolClass_t; typedef struct my_GCond_s { void* p; uint32_t i[2]; } my_GCond_t; typedef struct my_GRecMutex_s { void* p; uint32_t i[2]; } my_GRecMutex_t; typedef struct my_GstElement_s { my_GstObject_t parent; my_GRecMutex_t state_lock; my_GCond_t state_cond; uint32_t state_cookie; int target_state; int current_state; int next_state; int pending_state; int last_return; void* bus; // GstBus void* clock; // GstClock int64_t base_time; uint64_t start_time; uint16_t numpads; void* pads; //GstClock uint16_t numsrcpads; void* srcpads; //GstClock uint16_t numsinkpads; void* sinkpads; //GstClock uint32_t pads_cookie; void* contexts; //GstClock void* _gst_reserved[4-1]; } my_GstElement_t; typedef struct my_GstElementClass_s { my_GstObjectClass_t parent_class; void* metadata; void* elementfactory; void* padtemplates; int numpadtemplates; uint32_t pad_templ_cookie; void (*pad_added) (void* element, void* pad); void (*pad_removed) (void* element, void* pad); void (*no_more_pads) (void* element); void* (*request_new_pad) (void* element, void* templ, void* name, void* caps); void (*release_pad) (void* element, void* pad); int (*get_state) (void* element, void* state, void* pending, uint64_t timeout); int (*set_state) (void* element, int state); int (*change_state) (void* element, int transition); void (*state_changed) (void* element, int oldstate, int newstate, int pending); void (*set_bus) (void* element, void* bus); void* (*provide_clock) (void* element); int (*set_clock) (void* element, void* clock); int (*send_event) (void* element, void* event); int (*query) (void* element, void* query); int (*post_message) (void* element, void* message); void (*set_context) (void* element, void* context); void* _gst_reserved[20-2]; } my_GstElementClass_t; typedef struct my_GstBin_s { my_GstElement_t parent; int numchildren; void* children; // GList uint32_t children_cookie; void* child_bus; // GstBus void* messages; // GList int polling; int state_dirty; int clock_dirty; void* provided_clock; // GstClock void* clock_provider; // GstElement void* priv; void* _gst_reserved[4]; } my_GstBin_t; typedef struct my_GstBinClass_s { my_GstElementClass_t parent_class; void* pool; void (*element_added) (void* bin, void* child); void (*element_removed) (void* bin, void* child); int (*add_element) (void* bin, void* element); int (*remove_element) (void* bin, void* element); void (*handle_message) (void* bin, void* message); int (*do_latency) (void* bin); void (*deep_element_added) (void* bin, void* sub_bin, void* child); void (*deep_element_removed) (void* bin, void* sub_bin, void* child); void* _gst_reserved[4-2]; } my_GstBinClass_t; typedef struct my_GstSegment_s { int flags; double rate; double applied_rate; int format; uint64_t base; uint64_t offset; uint64_t start; uint64_t stop; uint64_t time; uint64_t position; uint64_t duration; void* _gst_reserved[4]; } my_GstSegment_t; typedef struct my_GstBaseTransform_s { my_GstElement_t parent; void* sinkpad; // GstPad void* srcpad; // GstPad int have_segment; my_GstSegment_t segment; void* queued_buf; // GstBuffer void* priv; void* _gst_reserved[20-1]; } my_GstBaseTransform_t; typedef struct my_GstBaseTransformClass_s { my_GstElementClass_t parent_class; int passthrough_on_same_caps; int transform_ip_on_passthrough; void* (*transform_caps) (void* trans, int direction, void* caps, void* filter); void* (*fixate_caps) (void* trans, int direction, void* caps, void* othercaps); int (*accept_caps) (void* trans, int direction, void* caps); int (*set_caps) (void* trans, void* incaps, void* outcaps); int (*query) (void* trans, int direction, void* query); int (*decide_allocation) (void* trans, void* query); int (*filter_meta) (void* trans, void* query, size_t api, void* params); int (*propose_allocation) (void* trans, void* decide_query, void* query); int (*transform_size) (void* trans, int direction, void* caps, size_t size, void* othercaps, void* othersize); int (*get_unit_size) (void* trans, void* caps, void* size); int (*start) (void* trans); int (*stop) (void* trans); int (*sink_event) (void* trans, void* event); int (*src_event) (void* trans, void* event); int (*prepare_output_buffer) (void* trans, void* input, void* outbuf); int (*copy_metadata) (void* trans, void* input, void* outbuf); int (*transform_meta) (void* trans, void* outbuf, void* meta, void* inbuf); void (*before_transform) (void* trans, void* buffer); int (*transform) (void* trans, void* inbuf, void* outbuf); int (*transform_ip) (void* trans, void* buf); int (*submit_input_buffer) (void* trans, int is_discont, void* input); int (*generate_output) (void* trans, void* outbuf); void* _gst_reserved[20-2]; } my_GstBaseTransformClass_t; typedef struct my_GstVideoDecoder_s { my_GstElement_t parent; void* sinkpad; // GstPad void* srcpad; // GstPad my_GRecMutex_t stream_lock; my_GstSegment_t input_segment; my_GstSegment_t output_segment; void* priv; void* padding[20]; } my_GstVideoDecoder_t; typedef struct my_GstVideoDecoderClass_s { my_GstElementClass_t parent_class; int (*open) (void* decoder); int (*close) (void* decoder); int (*start) (void* decoder); int (*stop) (void* decoder); int (*parse) (void* decoder, void* frame, void* adapter, int at_eos); int (*set_format) (void* decoder, void* state); int (*reset) (void* decoder, int hard); int (*finish) (void* decoder); int (*handle_frame) (void* decoder, void* frame); int (*sink_event) (void* decoder, void* event); int (*src_event) (void* decoder, void* event); int (*negotiate) (void* decoder); int (*decide_allocation) (void* decoder, void* query); int (*propose_allocation) (void* decoder, void* query); int (*flush) (void* decoder); int (*sink_query) (void* decoder, void* query); int (*src_query) (void* decoder, void* query); void* (*getcaps) (void* decoder, void* filter); int (*drain) (void* decoder); int (*transform_meta) (void* decoder, void* frame, void* meta); int (*handle_missing_data) (void* decoder, uint64_t timestamp, uint64_t duration); void* padding[20-7]; } my_GstVideoDecoderClass_t; typedef struct my_GstVideoEncoder_s { my_GstElement_t parent; void* sinkpad; // GstPad void* srcpad; // GstPad my_GRecMutex_t stream_lock; my_GstSegment_t input_segment; my_GstSegment_t output_segment; void* priv; void* padding[20]; } my_GstVideoEncoder_t; typedef struct my_GstVideoEncoderClass_s { my_GstElementClass_t parent_class; int (*open) (void* encoder); int (*close) (void* encoder); int (*start) (void* encoder); int (*stop) (void* encoder); int (*set_format) (void* encoder, void* state); int (*handle_frame) (void* encoder, void* frame); int (*reset) (void* encoder, int hard); int (*finish) (void* encoder); int (*pre_push) (void* encoder, void* frame); void* (*getcaps) (void* encoder, void* filter); int (*sink_event) (void* encoder, void* event); int (*src_event) (void* encoder, void* event); int (*negotiate) (void* encoder); int (*decide_allocation) (void* encoder, void* query); int (*propose_allocation) (void* encoder, void* query); int (*flush) (void* encoder); int (*sink_query) (void* encoder, void* query); int (*src_query) (void* encoder, void* query); int (*transform_meta) (void* encoder, void* frame, void* meta); void* _gst_reserved[20-4]; } my_GstVideoEncoderClass_t; typedef struct my_GstBaseSink_s { my_GstElement_t parent; void* sinkpad; // GstPad int pad_mode; uint64_t offset; int can_activate_pull; int can_activate_push; my_GMutex_t preroll_lock; my_GCond_t preroll_cond; int eos; int need_preroll; int have_preroll; int playing_async; int have_newsegment; my_GstSegment_t segment; int clock_id; int sync; int flushing; int running; int64_t max_lateness; void* priv; void* _gst_reserved[20]; } my_GstBaseSink_t; typedef struct my_GstBaseSinkClass_s { my_GstElementClass_t parent_class; void* (*get_caps) (void* sink, void* filter); int (*set_caps) (void* sink, void* caps); void* (*fixate) (void* sink, void* caps); int (*activate_pull) (void* sink, int active); void (*get_times) (void* sink, void* buffer, void* start, void* end); int (*propose_allocation) (void* sink, void* query); int (*start) (void* sink); int (*stop) (void* sink); int (*unlock) (void* sink); int (*unlock_stop) (void* sink); int (*query) (void* sink, void* query); int (*event) (void* sink, void* event); int (*wait_event) (void* sink, void* event); int (*prepare) (void* sink, void* buffer); int (*prepare_list) (void* sink, void* buffer_list); int (*preroll) (void* sink, void* buffer); int (*render) (void* sink, void* buffer); int (*render_list) (void* sink, void* buffer_list); void* _gst_reserved[20]; } my_GstBaseSinkClass_t; typedef struct my_GstVideoSink_s { my_GstBaseSink_t parent; int width, height; void* priv; void* _gst_reserved[4]; } my_GstVideoSink_t; typedef struct my_GstVideoSinkClass_s { my_GstBaseSinkClass_t parent_class; int (*show_frame) (void* video_sink, void* buf); int (*set_info) (void* video_sink, void* caps, void* info); void* _gst_reserved[4-1]; } my_GstVideoSinkClass_t; typedef struct my_GstGLBaseFilter_s { my_GstBaseTransform_t parent; void* display; // GstGLDisplay void* context; // GstGLContext void* in_caps; // GstCaps void* out_caps; // GstCaps void* _padding[4]; void* priv; } my_GstGLBaseFilter_t; typedef struct my_GstGLBaseFilterClass_s { my_GstBaseTransformClass_t parent_class; int supported_gl_api; int (*gl_start) (void* filter); void (*gl_stop) (void* filter); int (*gl_set_caps) (void* filter, void* incaps, void* outcaps); void* _padding[4]; } my_GstGLBaseFilterClass_t; typedef struct my_GstVideoColorimetry_t { int range; int matrix; int transfer; int primaries; } my_GstVideoColorimetry_t; typedef struct my_GstVideoInfo_s { void* finfo; // const GstVideoFormatInfo int interlace_mode; int flags; int width; int height; size_t size; int views; int chroma_site; my_GstVideoColorimetry_t colorimetry; int par_n; int par_d; int fps_n; int fps_d; size_t offset[4]; int stride[4]; union { struct { int multiview_mode; int multiview_flags; int field_order; } abi; void* _gst_reserved[4]; } ABI; } my_GstVideoInfo_t; typedef struct my_GstGLFilter_s { my_GstGLBaseFilter_t parent; my_GstVideoInfo_t in_info; my_GstVideoInfo_t out_info; int in_texture_target; int out_texture_target; void* out_caps; // GstCaps void* fbo; // GstGLFramebuffer int gl_result; void* inbuf; // GstBuffer void* outbuf; // GstBuffer void* default_shader; // GstGLShader int valid_attributes; uint32_t vao; uint32_t vbo_indices; uint32_t vertex_buffer; int draw_attr_position_loc; int draw_attr_texture_loc; void* _padding[4]; } my_GstGLFilter_t; typedef struct my_GstGLFilterClass_s { my_GstGLBaseFilterClass_t parent_class; int (*set_caps) (void* filter, void* incaps, void* outcaps); int (*filter) (void* filter, void* inbuf, void* outbuf); int (*filter_texture) (void* filter, void* input, void* output); int (*init_fbo) (void* filter); void* (*transform_internal_caps) (void* filter, int direction, void* caps, void* filter_caps); void* _padding[4]; } my_GstGLFilterClass_t; typedef struct my_GstAggregator_s { my_GstElement_t parent; void* srcpad; // GstPad void* priv; void* _gst_reserved[20]; } my_GstAggregator_t; typedef struct my_GstAggregatorClass_s { my_GstElementClass_t parent_class; int (*flush) (void* self); void* (*clip) (void* self, void* aggregator_pad, void* buf); int (*finish_buffer) (void* self, void* buffer); int (*sink_event) (void* self, void* aggregator_pad, void* event); int (*sink_query) (void* self, void* aggregator_pad, void* query); int (*src_event) (void* self, void* event); int (*src_query) (void* self, void* query); int (*src_activate) (void* self, int mode, int active); int (*aggregate) (void* self, int timeout); int (*stop) (void* self); int (*start) (void* self); uint64_t (*get_next_time) (void* self); void* (*create_new_pad) (void* self, void* templ, void* req_name, void* caps); int (*update_src_caps) (void* self, void* caps, void* ret); void* (*fixate_src_caps) (void* self, void* caps); int (*negotiated_src_caps) (void* self, void* caps); int (*decide_allocation) (void* self, void* query); int (*propose_allocation) (void* self, void*pad, void* decide_query, void* query); int (*negotiate) (void* self); int (*sink_event_pre_queue) (void* self, void* aggregator_pad, void* event); int (*sink_query_pre_queue) (void* self, void* aggregator_pad, void* query); int (*finish_buffer_list) (void* self, void* bufferlist); void (*peek_next_sample) (void* self, void* aggregator_pad); void* _gst_reserved[20-5]; } my_GstAggregatorClass_t; typedef struct my_GstVideoAggregator_s { my_GstAggregator_t aggregator; my_GstVideoInfo_t info; void* priv; void* _gst_reserved[20]; } my_GstVideoAggregator_t; typedef struct my_GstVideoAggregatorClass_s { my_GstAggregatorClass_t parent_class; void* (*update_caps) (void* vagg, void* caps); int (*aggregate_frames) (void* vagg, void* outbuffer); int (*create_output_buffer) (void* vagg, void* outbuffer); void (*find_best_format) (void* vagg, void* downstream_caps, void* best_info, void* at_least_one_alpha); void* _gst_reserved[20]; } my_GstVideoAggregatorClass_t; typedef struct my_GHookList_s { unsigned long seq_id; uint32_t hook_size : 16; uint32_t is_setup : 1; void* hooks; // GHook void* dummy3; void (*finalize_hook) (void* hook_list, void* hook); void* dummy[2]; } my_GHookList_t; typedef struct my_GstPad_s { my_GstObject_t parent; void* element_private; void* padtemplate; // GstPadTemplate int direction; my_GRecMutex_t stream_rec_lock; void* task; // GstTask my_GCond_t block_cond; my_GHookList_t probes; int mode; int (*activatefunc) (void* pad, void* parent); void* activatedata; void (*activatenotify) (void* a); int (*activatemodefunc) (void* pad, void* parent, int mode, int active); void* activatemodedata; void (*activatemodenotify) (void* a); void* peer; // GstPad int (*linkfunc) (void* pad, void* parent, void* peer); void* linkdata; void (*linknotify) (void* a); void (*unlinkfunc) (void* pad, void* parent); void* unlinkdata; void (*unlinknotify) (void* a); int (*chainfunc) (void* pad, void* parent, void* buffer); void* chaindata; void (*chainnotify) (void* a); int (*chainlistfunc) (void* pad, void* parent, void* list); void* chainlistdata; void (*chainlistnotify) (void* a); int (*getrangefunc) (void* pad, void* parent, uint64_t offset, uint32_t length, void* buffer); void* getrangedata; void (*getrangenotify) (void* a); int (*eventfunc) (void* pad, void* parent, void* event); void* eventdata; void (*eventnotify) (void* a); int64_t offset; int (*queryfunc) (void* pad, void* parent, void* query); void* querydata; void (*querynotify) (void* a); void* (*iterintlinkfunc) (void* pad, void* parent); void* iterintlinkdata; void (*iterintlinknotify) (void* a); int num_probes; int num_blocked; void* priv; union { void* _gst_reserved[4]; struct { int last_flowret; int (*eventfullfunc) (void* pad, void* parent, void* event); } abi; } ABI; } my_GstPad_t; typedef struct my_GstPadClass_s { my_GstObjectClass_t parent_class; void (*linked) (void* pad, void* peer); void (*unlinked) (void* pad, void* peer); void* _gst_reserved[4]; } my_GstPadClass_t; typedef struct my_GstAggregatorPad_s { my_GstPad_t parent; my_GstSegment_t segment; void* priv; void* _gst_reserved[4]; } my_GstAggregatorPad_t; typedef struct my_GstAggregatorPadClass_s { my_GstPadClass_t parent_class; int (*flush) (void* aggpad, void* aggregator); int (*skip_buffer) (void* aggpad, void* aggregator, void* buffer); void* _gst_reserved[20]; } my_GstAggregatorPadClass_t; typedef struct my_GstVideoAggregatorPad_s { my_GstAggregatorPad_t parent; my_GstVideoInfo_t info; void* priv; void* _gst_reserved[4]; } my_GstVideoAggregatorPad_t; typedef struct my_GstVideoAggregatorPadClass_s { my_GstAggregatorPadClass_t parent_class; void (*update_conversion_info) (void* pad); int (*prepare_frame) (void* pad, void* vagg, void* buffer, void* prepared_frame); void (*clean_frame) (void* pad, void* vagg, void* prepared_frame); void (*prepare_frame_start) (void* pad, void* vagg, void* buffer, void* prepared_frame); void (*prepare_frame_finish) (void* pad, void* vagg, void* prepared_frame); void* _gst_reserved[20-2]; } my_GstVideoAggregatorPadClass_t; typedef struct my_GstBaseSrc_s { my_GstElement_t parent; void* srcpad; // GstPad my_GMutex_t live_lock; my_GCond_t live_cond; int is_live; int live_running; uint32_t blocksize; int can_activate_push; int random_access; int clock_id; my_GstSegment_t segment; int need_newsegment; int num_buffers; int num_buffers_left; int typefind; int running; void* pending_seek; // GstEvent void* priv; void* _gst_reserved[20]; } my_GstBaseSrc_t; typedef struct my_GstBaseSrcClass_s { my_GstElementClass_t parent_class; void* (*get_caps) (void* src, void* filter); int (*negotiate) (void* src); void* (*fixate) (void* src, void* caps); int (*set_caps) (void* src, void* caps); int (*decide_allocation) (void* src, void* query); int (*start) (void* src); int (*stop) (void* src); void (*get_times) (void* src, void* buffer, void* start, void* end); int (*get_size) (void* src, void* size); int (*is_seekable) (void* src); int (*prepare_seek_segment) (void* src, void* seek, void* segment); int (*do_seek) (void* src, void* segment); int (*unlock) (void* src); int (*unlock_stop) (void* src); int (*query) (void* src, void* query); int (*event) (void* src, void* event); int (*create) (void* src, uint64_t offset, uint32_t size, void* buf); int (*alloc) (void* src, uint64_t offset, uint32_t size, void* buf); int (*fill) (void* src, uint64_t offset, uint32_t size, void* buf); void* _gst_reserved[20]; } my_GstBaseSrcClass_t; typedef struct my_GstPushSrc_s { my_GstBaseSrc_t parent; void* _gst_reserved[4]; } my_GstPushSrc_t; typedef struct my_GstPushSrcClass_s { my_GstBaseSrcClass_t parent_class; int (*create) (void* src, void* buf); int (*alloc) (void* src, void* buf); int (*fill) (void* src, void* buf); void* _gst_reserved[4]; } my_GstPushSrcClass_t; typedef struct my_GstGLBaseSrc_s { my_GstPushSrc_t parent; void* display; // GstGLDisplay void* context; // GstGLContext my_GstVideoInfo_t out_info; void* out_caps; // GstCaps uint64_t running_time; void* _padding[4]; void* priv; } my_GstGLBaseSrc_t; typedef struct my_GstGLBaseSrcClass_s { my_GstPushSrcClass_t parent_class; int supported_gl_api; int (*gl_start) (void* src); void (*gl_stop) (void* src); int (*fill_gl_memory) (void* src, void* mem); void* _padding[4]; } my_GstGLBaseSrcClass_t; typedef struct my_GstAudioDecoder_s { my_GstElement_t parent; void* sinkpad; // GstPad void* srcpad; // GstPad my_GRecMutex_t stream_lock; my_GstSegment_t input_segment; my_GstSegment_t output_segment; void* priv; void* _gst_reserved[20]; } my_GstAudioDecoder_t; typedef struct my_GstAudioDecoderClass_s { my_GstElementClass_t parent_class; int (*start) (void* dec); int (*stop) (void* dec); int (*set_format) (void* dec, void* caps); int (*parse) (void* dec, void* adapter, void* offset, void* length); int (*handle_frame) (void* dec, void* buffer); void (*flush) (void* dec, int hard); int (*pre_push) (void* dec, void* buffer); int (*sink_event) (void* dec, void* event); int (*src_event) (void* dec, void* event); int (*open) (void* dec); int (*close) (void* dec); int (*negotiate) (void* dec); int (*decide_allocation) (void* dec, void* query); int (*propose_allocation) (void* dec, void* query); int (*sink_query) (void* dec, void* query); int (*src_query) (void* dec, void* query); void* (*getcaps) (void* dec, void* filter); int (*transform_meta) (void* enc, void* outbuf, void* meta, void* inbuf); void* _gst_reserved[20 - 4]; } my_GstAudioDecoderClass_t; typedef struct my_GstVideoFilter_s { my_GstBaseTransform_t parent; int negotiated; my_GstVideoInfo_t in_info; my_GstVideoInfo_t out_info; void* _gst_reserved[4]; } my_GstVideoFilter_t; typedef struct my_GstVideoFilterClass_s { my_GstBaseTransformClass_t parent_class; int (*set_info) (void* filter, void* incaps, void* in_info, void* outcaps, void* out_info); int (*transform_frame) (void* filter, void* inframe, void* outframe); int (*transform_frame_ip) (void* filter, void* frame); void* _gst_reserved[4]; } my_GstVideoFilterClass_t; typedef struct my_GstAudioInfo_s { void* finfo; int flags; int layout; int rate; int channels; int bpf; int position[64]; void* _gst_reserved[20]; } my_GstAudioInfo_t; typedef struct my_GstAudioFilter_s { my_GstBaseTransform_t parent; my_GstAudioInfo_t info; void* _gst_reserved[20]; } my_GstAudioFilter_t; typedef struct my_GstAudioFilterClass_s { my_GstBaseTransformClass_t parent_class; int (*setup) (void * filter, void* info); void* _gst_reserved[20]; } my_GstAudioFilterClass_t; typedef struct my_GstBufferPool_s { my_GstObject_t object; int flushing; void* priv; //GstBufferPoolPrivate void* _gst_reserved[4]; } my_GstBufferPool_t; typedef struct my_GstBufferPoolClass_s { my_GstObjectClass_t object_class; void* (*get_options) (void* pool); int (*set_config) (void* pool, void* config); int (*start) (void* pool); int (*stop) (void* pool); int (*acquire_buffer) (void* pool, void* buffer, void* params); int (*alloc_buffer) (void* pool, void* buffer, void* params); void (*reset_buffer) (void* pool, void* buffer); void (*release_buffer) (void* pool, void* buffer); void (*free_buffer) (void* pool, void* buffer); void (*flush_start) (void* pool); void (*flush_stop) (void* pool); void* _gst_reserved[4 - 2]; } my_GstBufferPoolClass_t; typedef struct my_GstVideoBufferPool_s { my_GstBufferPool_t bufferpool; void* priv; //GstVideoBufferPoolPrivate } my_GstVideoBufferPool_t; typedef struct my_GstVideoBufferPoolClass_s { my_GstBufferPoolClass_t parent; } my_GstVideoBufferPoolClass_t; typedef struct my_GDBusProxy_s { my_GObject_t parent; void* priv; } my_GDBusProxy_t; typedef struct my_GDBusProxyClass_s { my_GObjectClass_t parent_class; void (*g_properties_changed) (void* proxy, void* changed_properties, const char* const* invalidated_properties); void (*g_signal) (void* proxy, const char* sender_name, const char* signal_name, void* parameters); void* padding[32]; } my_GDBusProxyClass_t; typedef struct my_GTypeInterface_s { size_t g_type; size_t g_instance_type; } my_GTypeInterface_t; typedef struct my_GstURIHandlerInterface_s { my_GTypeInterface_t parent; int (* get_type) (size_t type); void* (* get_protocols) (size_t type); void* (* get_uri) (void* handler); int (* set_uri) (void* handler, void* uri, void* error); } my_GstURIHandlerInterface_t; // GTypeValueTable typedef struct my_GTypeValueTable_s { void (*value_init) (void* value); void (*value_free) (void* value); void (*value_copy) (void* src_value, void* dest_value); void* (*value_peek_pointer) (void* value); void* collect_format; void* (*collect_value) (void* value, uint32_t n_collect_values, void* collect_values, uint32_t collect_flags); void* lcopy_format; void* (*lcopy_value) (void* value, uint32_t n_collect_values, void* collect_values, uint32_t collect_flags); } my_GTypeValueTable_t; // GTypeInfo typedef void (*GBaseInitFunc) (void* g_class); typedef void (*GBaseFinalizeFunc) (void* g_class); typedef void (*GClassInitFunc) (void* g_class, void* class_data); typedef void (*GClassFinalizeFunc) (void* g_class, void* class_data); typedef void (*GInstanceInitFunc) (void* instance, void* g_class); typedef struct my_GTypeInfo_s { uint16_t class_size; GBaseInitFunc base_init; GBaseFinalizeFunc base_finalize; GClassInitFunc class_init; GClassFinalizeFunc class_finalize; void* class_data; uint16_t instance_size; uint16_t n_preallocs; GInstanceInitFunc instance_init; my_GTypeValueTable_t* value_table; } my_GTypeInfo_t; // GtkTypeInfo typedef GBaseInitFunc GtkClassInitFunc; typedef GInstanceInitFunc GtkObjectInitFunc; typedef struct my_GtkTypeInfo_s { void* type_name; uint32_t object_size; uint32_t class_size; GtkClassInitFunc class_init_func; GtkObjectInitFunc object_init_func; void* reserved_1; void* reserved_2; GtkClassInitFunc base_class_init_func; } my_GtkTypeInfo_t ; my_GTypeValueTable_t* findFreeGTypeValueTable(my_GTypeValueTable_t* fcts); my_GTypeInfo_t* findFreeGTypeInfo(my_GTypeInfo_t* fcts, size_t parent); my_GtkTypeInfo_t* findFreeGtkTypeInfo(my_GtkTypeInfo_t* fcts, size_t parent); void* find_class_init_Fct(void* fct, size_t parent); void InitGTKClass(bridge_t *bridge); void FiniGTKClass(void); #define GTKCLASSES() \ GTKCLASS(GObject) \ GTKCLASS(GInitiallyUnowned) \ GTKCLASS(GApplication) \ GTKCLASS(GtkApplication) \ GTKCLASS(GtkObject) \ GTKCLASS(GtkWidget2) \ GTKCLASS(GtkWidget3) \ GTKCLASS(GtkContainer2) \ GTKCLASS(GtkContainer3) \ GTKCLASS(GtkAction) \ GTKCLASS(GtkLabel2) \ GTKCLASS(GtkLabel3) \ GTKCLASS(GtkMisc2) \ GTKCLASS(GtkMisc3) \ GTKCLASS(GtkImage3) \ GTKCLASS(GtkTreeView2) \ GTKCLASS(GtkBin2) \ GTKCLASS(GtkBin3) \ GTKCLASS(GtkWindow2) \ GTKCLASS(GtkWindow3) \ GTKCLASS(GtkTable2) \ GTKCLASS(GtkFixed2) \ GTKCLASS(GtkFixed3) \ GTKCLASS(GtkApplicationWindow) \ GTKCLASS(GtkListBox) \ GTKCLASS(GtkListBoxRow) \ GTKCLASS(GtkButton2) \ GTKCLASS(GtkButton3) \ GTKCLASS(GtkComboBox2) \ GTKCLASS(GtkToggleButton2) \ GTKCLASS(GtkToggleButton3) \ GTKCLASS(GtkMenuButton3) \ GTKCLASS(GtkCheckButton2) \ GTKCLASS(GtkCheckButton3) \ GTKCLASS(GtkEntry2) \ GTKCLASS(GtkSpinButton2) \ GTKCLASS(GtkProgress2) \ GTKCLASS(GtkProgressBar2) \ GTKCLASS(GtkFrame2) \ GTKCLASS(GtkMenuShell2) \ GTKCLASS(GtkMenuBar2) \ GTKCLASS(GtkTextView2) \ GTKCLASS(GtkTextView3) \ GTKCLASS(GtkGrid3) \ GTKCLASS(GtkEventController) \ GTKCLASS(GtkGesture) \ GTKCLASS(GtkGestureSingle) \ GTKCLASS(GtkGestureLongPress) \ GTKCLASS(MetaFrames2) \ GTKCLASS(GDBusObjectManagerClient) \ GTKCLASS(AtkObject) \ GTKCLASS(AtkUtil) \ GTKCLASS(GstObject) \ GTKCLASS(GstAllocator) \ GTKCLASS(GstTaskPool) \ GTKCLASS(GDBusProxy) \ GTKCLASS(GstElement) \ GTKCLASS(GstBin) \ GTKCLASS(GstBaseTransform) \ GTKCLASS(GstVideoDecoder) \ GTKCLASS(GstVideoEncoder) \ GTKCLASS(GstBaseSink) \ GTKCLASS(GstVideoSink) \ GTKCLASS(GstGLBaseFilter) \ GTKCLASS(GstGLFilter) \ GTKCLASS(GstAggregator) \ GTKCLASS(GstVideoAggregator) \ GTKCLASS(GstPad) \ GTKCLASS(GstAggregatorPad) \ GTKCLASS(GstVideoAggregatorPad) \ GTKCLASS(GstBaseSrc) \ GTKCLASS(GstPushSrc) \ GTKCLASS(GstGLBaseSrc) \ GTKCLASS(GstAudioDecoder) \ GTKCLASS(GstVideoFilter) \ GTKCLASS(GstAudioFilter) \ GTKCLASS(GstBufferPool) \ GTKCLASS(GstVideoBufferPool) \ GTKIFACE(GstURIHandler) \ #define GTKCLASS(A) void Set##A##ID(size_t id); #define GTKIFACE(A) GTKCLASS(A) GTKCLASSES() #undef GTKIFACE #undef GTKCLASS void SetGTypeName(void* f); void SetGTypeParent(void* f); void SetGClassPeek(void* f); void AutoBridgeGtk(void*(*ref)(size_t), void(*unref)(void*)); void* wrapCopyGTKClass(void* cl, size_t type); void* unwrapCopyGTKClass(void* klass, size_t type); void wrapGTKClass(void* cl, size_t type); void unwrapGTKClass(void* klass, size_t type); void unwrapGTKInterface(void* cl, size_t type); void* wrapCopyGTKInterface(void* cl, size_t type); void* unwrapCopyGTKInterface(void* iface, size_t type); void unwrapGTKInstance(void* cl, size_t type); void bridgeGTKInstance(void* cl, size_t type); void addRegisteredClass(size_t klass, char* name); void my_add_signal_offset(size_t klass, uint32_t offset, int n); #endif //__GTKCLASS_H__