bsedefs.hh File Reference

#include <libintl.h>
#include <sfi/sfi.hh>
#include <sfi/sfistore.hh>
#include <sfi/sficomwire.hh>
#include <bse/bseconfig.h>

Go to the source code of this file.

Defines
#define	BSE_VERSION_CMP(v1_major, v1_minor, v1_micro, v2_major, v2_minor, v2_micro)
#define	BSE_MODULE_GET_USER_DATA(bsemodule)
#define	BSE_MODULE_GET_ISTREAMSP(bsemodule)
#define	BSE_MODULE_GET_JSTREAMSP(bsemodule)
#define	BSE_MODULE_GET_OSTREAMSP(bsemodule)
#define	_(str)
#define	N_(str)
Typedefs
typedef struct _BseBinData	BseBinData
typedef struct _BseBinDataClass	BseBinDataClass
typedef struct _BseCapture	BseCapture
typedef struct _BseCaptureClass	BseCaptureClass
typedef struct _BseScriptControl	BseScriptControl
typedef struct _BseScriptControlClass	BseScriptControlClass
typedef struct _BseSongSequencer	BseSongSequencer
typedef struct _BseVirtualThroughput	BseVirtualThroughput
typedef struct _BseVirtualThroughputClass	BseVirtualThroughputClass
typedef struct _BseVoice	BseVoice
typedef struct _BseGlobals	BseGlobals
typedef void(*	BseFunc )(void)
typedef void(*	BseFreeFunc )(gpointer data)
typedef gboolean(*	BseIOWatch )(gpointer data, guint n_pfds, GPollFD *pfd)
typedef GTokenType(*	BseTryStatement )(gpointer context_data, BseStorage *storage, GScanner *scanner, gpointer user_data)
typedef BseObject *(*	BseUPathResolver )(gpointer func_data, GType required_type, const gchar *path, gchar **error)
typedef gboolean(*	BseProcedureShare )(gpointer func_data, const gchar *proc_name, gfloat progress)
typedef gboolean(*	BseCategoryForeach )(const gchar *category_path, GType type, gpointer user_data)
typedef void(*	BseEngineAccessFunc )(BseModule *module, gpointer data)
Functions
const gchar *	bse_gettext (const gchar *text)

---

Detailed Description

---

Typedef Documentation

BseEngineAccessFunc

Parameters:

module	Module to operate on
data	Accessor data

The BseEngineAccessFunc is a user supplied callback function which can access a module in times it is not processing. Accessors are usually used to either read out a module's current state, or to modify its state. An accessor may only operate on the data and the module passed in to it.