#include #define G_MAXUINT UINT_MAX #define G_MAXULONG ULONG_MAX #define g_object_ref(obj) gtk_object_ref((GtkObject *)(obj)) #define g_object_unref(obj) gtk_object_unref((GtkObject *)(obj)) // the helper macros for type checking #define G_TYPE_CHECK_INSTANCE_CAST GTK_CHECK_CAST #define G_TYPE_CHECK_INSTANCE_TYPE GTK_CHECK_TYPE #define G_TYPE_CHECK_CLASS_CAST GTK_CHECK_CLASS_CAST #define G_TYPE_CHECK_CLASS_TYPE GTK_CHECK_CLASS_TYPE #define G_TYPE_FROM_CLASS(klass) (((GtkObjectClass *)(klass))->type) #define G_OBJECT_GET_CLASS(object) (GTK_OBJECT(object)->klass) #define G_OBJECT_TYPE GTK_OBJECT_TYPE #define G_OBJECT_CLASS_TYPE(gclass) (gclass->type) // types #define G_TYPE_NONE GTK_TYPE_NONE #define G_TYPE_CHAR GTK_TYPE_CHAR #define G_TYPE_UCHAR GTK_TYPE_UCHAR #define G_TYPE_BOOLEAN GTK_TYPE_BOOL #define G_TYPE_INT GTK_TYPE_INT #define G_TYPE_UINT GTK_TYPE_UINT #define G_TYPE_LONG GTK_TYPE_LONG #define G_TYPE_ULONG GTK_TYPE_ULONG #define G_TYPE_ENUM GTK_TYPE_ENUM #define G_TYPE_FLAGS GTK_TYPE_FLAGS #define G_TYPE_FLOAT GTK_TYPE_FLOAT #define G_TYPE_DOUBLE GTK_TYPE_DOUBLE #define G_TYPE_STRING GTK_TYPE_STRING #define G_TYPE_POINTER GTK_TYPE_POINTER #define G_TYPE_BOXED GTK_TYPE_BOXED #define G_TYPE_PARAM GTK_TYPE_PARAM // marshallers #define g_cclosure_marshal_VOID__VOID gtk_marshal_NONE__NONE #define g_cclosure_marshal_VOID__BOOLEAN gtk_marshal_NONE__BOOL #define g_cclosure_marshal_VOID__CHAR gtk_marshal_NONE__CHAR #define g_cclosure_marshal_VOID__UCHAR gtk_marshal_NONE__UCHAR #define g_cclosure_marshal_VOID__INT gtk_marshal_NONE__INT #define g_cclosure_marshal_VOID__UINT gtk_marshal_NONE__UINT #define g_cclosure_marshal_VOID__LONG gtk_marshal_NONE__LONG #define g_cclosure_marshal_VOID__ULONG gtk_marshal_NONE__ULONG #define g_cclosure_marshal_VOID__ENUM gtk_marshal_NONE__ENUM #define g_cclosure_marshal_VOID__FLAGS gtk_marshal_NONE__FLAGS #define g_cclosure_marshal_VOID__FLOAT gtk_marshal_NONE__FLOAT #define g_cclosure_marshal_VOID__DOUBLE gtk_marshal_NONE__DOUBLE #define g_cclosure_marshal_VOID__STRING gtk_marshal_NONE__STRING #define g_cclosure_marshal_VOID__PARAM gtk_marshal_NONE__PARAM #define g_cclosure_marshal_VOID__BOXED gtk_marshal_NONE__BOXED #define g_cclosure_marshal_VOID__POINTER gtk_marshal_NONE__POINTER #define g_cclosure_marshal_VOID__OBJECT gtk_marshal_NONE__OBJECT #define g_cclosure_marshal_STRING__OBJECT_POINTER gtk_marshal_STRING__OBJECT_POINTER #define g_cclosure_marshal_VOID__UINT_POINTER gtk_marshal_NONE__UINT_POINTER #define gst_marshal_VOID__OBJECT_POINTER gtk_marshal_NONE__POINTER_POINTER #define gst_marshal_VOID__INT_INT gtk_marshal_NONE__INT_INT // args //#define set_property set_arg //#define get_property get_arg #define g_object_get_property(obj,argname,pspec)\ G_STMT_START{ \ (pspec)->name = (gchar*)argname;\ gtk_object_getv ((obj),1,(pspec));\ }G_STMT_END #define g_object_set gtk_object_set // type system #define GType GtkType #define GTypeFlags guint #define GClassInitFunc GtkClassInitFunc #define GBaseInitFunc GtkClassInitFunc #define GInstanceInitFunc GtkObjectInitFunc //#define g_type_register_static gtk_type_unique #define g_type_class_ref gtk_type_class #define g_type_class_unref(c) #define g_type_name(t) gtk_type_name(t) #define g_type_from_name(t) gtk_type_from_name(t) #define GEnumValue GtkEnumValue #define g_enum_register_static gtk_type_register_enum /********************************* * FIXME API NOT in glib2.0 ***********************************/ // type registration typedef struct _GTypeInfo GTypeInfo; struct _GTypeInfo { /* interface types, classed types, instantiated types */ guint16 class_size; gpointer base_init; gpointer base_finalize; /* classed types, instantiated types */ gpointer class_init; gpointer class_finalize; gconstpointer class_data; /* instantiated types */ guint16 instance_size; guint16 n_preallocs; gpointer instance_init; /* value handling */ const gpointer value_table; }; #define G_TYPE_FLAG_ABSTRACT 0 guint g_type_register_static (GtkType parent_type, gchar *type_name, const GTypeInfo *info, guint flags); // object creation gpointer g_object_new(GtkType type,gpointer blah_varargs_stuff); // signals #define G_SIGNAL_RUN_LAST GTK_RUN_LAST #define G_SIGNAL_RUN_FIRST GTK_RUN_FIRST #define GCallback gpointer // FIXME? #define G_CALLBACK(f) ((gpointer)(f)) guint g_signal_newc (const gchar *signal_name, GtkType object_type, GtkSignalRunType signal_flags, guint function_offset, gpointer accumulator, // GSignalAccumulator gpointer accu_data, GtkSignalMarshaller marshaller, GType return_type, guint nparams, ...); #define \ g_signal_emit(object,signal,detail,args...) \ gtk_signal_emit((GtkObject *)object,signal, ## args ) #define \ g_signal_connectc(object,name,func,func_data,swap) \ gtk_signal_connect((GtkObject *)object,name,func,func_data) #define \ g_signal_emit_by_name(object,name,data,self) \ gtk_signal_emit_by_name ((GtkObject *)object,name,data,self) #define \ g_signal_handler_has_pending(object,name,data,may_block) \ gtk_signal_handler_pending ((GtkObject *)object,name,may_block) #define g_signal_lookup gtk_signal_lookup #define g_signal_handler_block gtk_signal_handler_block #define g_signal_handler_unblock gtk_signal_handler_unblock // arguments/parameters // first define GValue and GParamSpec #define GValue GtkArg #define GParamFlags gint #define G_VALUE_TYPE(v) ((v)->type) #define G_PARAM_READWRITE GTK_ARG_READWRITE #define G_PARAM_READABLE GTK_ARG_READABLE #define G_PARAM_WRITABLE GTK_ARG_WRITABLE #define G_OBJECT_WARN_INVALID_PROPERTY_ID(a,b,c) typedef struct _GParamSpec GParamSpec; struct _GParamSpec { gchar *name; gint value_type; gint flags; }; #define g_value_init(value,t) ((value)->type = (t)) void g_object_class_install_property(GtkObjectClass *oclass,guint property_id,GParamSpec *pspec); GParamSpec *g_object_class_find_property(GtkObjectClass *oclass,gchar *name); #define G_IS_PARAM_SPEC_ENUM(pspec) (GTK_FUNDAMENTAL_TYPE(pspec->value_type) == GTK_TYPE_ENUM) GParamSpec *g_param_spec_boolean(gchar *name,gchar *nick,gchar *blurb,gboolean def,gint flags); GParamSpec *g_param_spec_int(gchar *name,gchar *nick,gchar *blurb,gint min,gint max,gint def,gint flags); GParamSpec *g_param_spec_uint(gchar *name,gchar *nick,gchar *blurb,guint min,guint max,guint def,gint flags); GParamSpec *g_param_spec_long(gchar *name,gchar *nick,gchar *blurb,glong min,glong max,glong def,gint flags); GParamSpec *g_param_spec_ulong(gchar *name,gchar *nick,gchar *blurb,gulong min,gulong max,gulong def,gint flags); GParamSpec *g_param_spec_float(gchar *name,gchar *nick,gchar *blurb,float min,float max,float def,gint flags); GParamSpec *g_param_spec_double(gchar *name,gchar *nick,gchar *blurb,double min,double max,double def,gint flags); GParamSpec *g_param_spec_enum(gchar *name,gchar *nick,gchar *blurb,GtkType e,guint def,gint flags); GParamSpec *g_param_spec_pointer(gchar *name,gchar *nick,gchar *blurb,gint flags); GParamSpec *g_param_spec_string(gchar *name,gchar *nick,gchar *blurb,gchar *def,gint flags); #define g_value_get_boolean(value) GTK_VALUE_BOOL(*value) #define g_value_set_boolean(value,data) (GTK_VALUE_BOOL(*value) = (data)) #define g_value_get_enum(value) GTK_VALUE_INT(*value) #define g_value_set_enum(value,data) (GTK_VALUE_INT(*value) = (data)) #define g_value_get_int(value) GTK_VALUE_INT(*value) #define g_value_set_int(value,data) (GTK_VALUE_INT(*value) = (data)) #define g_value_get_uint(value) GTK_VALUE_UINT(*value) #define g_value_set_uint(value,data) (GTK_VALUE_UINT(*value) = (data)) #define g_value_get_long(value) GTK_VALUE_LONG(*value) #define g_value_set_long(value,data) (GTK_VALUE_LONG(*value) = (data)) #define g_value_get_ulong(value) GTK_VALUE_ULONG(*value) #define g_value_set_ulong(value,data) (GTK_VALUE_ULONG(*value) = (data)) #define g_value_get_float(value) GTK_VALUE_FLOAT(*value) #define g_value_set_float(value,data) (GTK_VALUE_FLOAT(*value) = (data)) #define g_value_get_double(value) GTK_VALUE_DOUBLE(*value) #define g_value_set_double(value,data) (GTK_VALUE_DOUBLE(*value) = (data)) #define g_value_get_string(value) GTK_VALUE_STRING(*value) #define g_value_set_string(value,data) (GTK_VALUE_STRING(*value) = (data)) #define g_value_get_pointer(value) GTK_VALUE_POINTER(*value) #define g_value_set_pointer(value,data) (GTK_VALUE_POINTER(*value) = (data)) // the object itself //#define GObject GtkObject //#define GObjectClass GtkObjectClass #define G_OBJECT GTK_OBJECT #define G_OBJECT_CLASS GTK_OBJECT_CLASS #define G_TYPE_OBJECT \ (g_object_get_type()) //#define G_OBJECT(obj) // (GTK_CHECK_CAST((obj),G_TYPE_OBJECT,GObject)) //#define G_OBJECT_CLASS(klass) // (GTK_CHECK_CLASS_CAST((klass),G_TYPE_OBJECT,GObjectClass)) #define G_IS_OBJECT(obj) \ (GTK_CHECK_TYPE((obj),G_TYPE_OBJECT)) #define G_IS_OBJECT_CLASS(obj) \ (GTK_CHECK_CLASS_TYPE((klass),G_TYPE_OBJECT)) typedef struct _GObject GObject; typedef struct _GObjectClass GObjectClass; struct _GObject { /***** THE FOLLOWING IS A VERBATIM COPY FROM GTKOBJECT *****/ /* GtkTypeObject related fields: */ GtkObjectClass *klass; /* 32 bits of flags. GtkObject only uses 4 of these bits and * GtkWidget uses the rest. This is done because structs are * aligned on 4 or 8 byte boundaries. If a new bitfield were * used in GtkWidget much space would be wasted. */ guint32 flags; /* reference count. * refer to the file docs/refcounting.txt on this issue. */ guint ref_count; /* A list of keyed data pointers, used for e.g. the list of signal * handlers or an object's user_data. */ GData *object_data; /***** END OF COPY FROM GTKOBJECT *****/ }; struct _GObjectClass { /***** THE FOLLOWING IS A VERBATIM COPY FROM GTKOBJECT *****/ /* GtkTypeClass fields: */ GtkType type; /* The signals this object class handles. "signals" is an * array of signal ID's. */ guint *signals; /* The number of signals listed in "signals". */ guint nsignals; /* The number of arguments per class. */ guint n_args; GSList *construct_args; /* Non overridable class methods to set and get per class arguments */ void (*set_arg) (GtkObject *object, GtkArg *arg, guint arg_id); void (*get_arg) (GtkObject *object, GtkArg *arg, guint arg_id); /* The functions that will end an objects life time. In one way ore * another all three of them are defined for all objects. If an * object class overrides one of the methods in order to perform class * specific destruction then it must still invoke its superclass' * implementation of the method after it is finished with its * own cleanup. (See the destroy function for GtkWidget for * an example of how to do this). */ void (* shutdown) (GObject *object); void (* destroy) (GObject *object); void (* finalize) (GObject *object); /***** END OF COPY FROM GTKOBJECT *****/ void (*set_property) (GObject *object, guint prop_id, const GValue *value, GParamSpec *pspec); void (*get_property) (GObject *object, guint prop_id, GValue *value, GParamSpec *pspec); }; GType g_object_get_type (void);