exo_noop ()

void
exo_noop (void);

This function has no effect. It does nothing but returning instantly. It is mostly useful in situations that require a function to be called, but that function does not need to do anything useful.

Since: 0.3.1

exo_noop_one ()

gint
exo_noop_one (void);

This function has no effect but simply returns the integer value 1. It is mostly useful in situations where you just need a function that returns 1, but don't want to perform any other actions.

Since: 0.3.1

exo_noop_zero ()

gint
exo_noop_zero (void);

This function has no effect but simply returns the integer value 0. It is mostly useful in situations where you just need a function that returns 0, but don't want to perform any other actions.

Since: 0.3.1

exo_noop_null ()

gpointer
exo_noop_null (void);

This function has no effect but simply returns a NULL pointer. It is mostly useful in situations where you just need a function that returns NULL, but don't want to perform any other actions.

Since: 0.3.1

exo_noop_true ()

gboolean
exo_noop_true (void);

This function has no effect, but simply returns the boolean value TRUE. It is mostly useful in situations where you just need a function that returns TRUE, but don't want to perform any other actions.

Since: 0.3.1

exo_noop_false ()

gboolean
exo_noop_false (void);

This function has no effect, but simply returns the boolean value FALSE. It is mostly useful in situations where you just need a function that returns FALSE, but don't want to perform any other actions.

Since: 0.3.1

exo_atomic_inc ()

void
exo_atomic_inc (gint *value);

Increments the integer at value by one in an atomic fashion. The advantage over using g_atomic_int_inc() is that calls to this function can be inlined.

Since : 0.3.1

exo_atomic_dec ()

gboolean
exo_atomic_dec (gint *value);

Decrements the integer at value by one in an atomic fashion and returns TRUE if the value dropped to zero by this operation, else FALSE. The advantage over using g_atomic_int_dec() is that calls to this function can be inlined.