telepathy-glib API Reference Manual | ||||
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#include <telepathy-glib/telepathy-glib.h> TpIntset; #define TP_TYPE_INTSET void (*TpIntFunc) (guint i
,gpointer userdata
); TpIntset * tp_intset_sized_new (guint size
); TpIntset * tp_intset_new (void
); TpIntset * tp_intset_new_containing (guint element
); void tp_intset_destroy (TpIntset *set
); void tp_intset_clear (TpIntset *set
); void tp_intset_add (TpIntset *set
,guint element
); gboolean tp_intset_remove (TpIntset *set
,guint element
); gboolean tp_intset_is_member (const TpIntset *set
,guint element
); void tp_intset_foreach (const TpIntset *set
,TpIntFunc func
,gpointer userdata
); GArray * tp_intset_to_array (const TpIntset *set
); TpIntset * tp_intset_from_array (const GArray *array
); gboolean tp_intset_is_empty (const TpIntset *set
); guint tp_intset_size (const TpIntset *set
); gboolean tp_intset_is_equal (const TpIntset *left
,const TpIntset *right
); TpIntset * tp_intset_copy (const TpIntset *orig
); TpIntset * tp_intset_intersection (const TpIntset *left
,const TpIntset *right
); TpIntset * tp_intset_union (const TpIntset *left
,const TpIntset *right
); void tp_intset_union_update (TpIntset *self
,const TpIntset *other
); TpIntset * tp_intset_difference (const TpIntset *left
,const TpIntset *right
); void tp_intset_difference_update (TpIntset *self
,const TpIntset *other
); TpIntset * tp_intset_symmetric_difference (const TpIntset *left
,const TpIntset *right
); gchar * tp_intset_dump (const TpIntset *set
); TpIntsetFastIter; void tp_intset_fast_iter_init (TpIntsetFastIter *iter
,const TpIntset *set
); gboolean tp_intset_fast_iter_next (TpIntsetFastIter *iter
,guint *output
); #define TP_INTSET_ITER_INIT (set) TpIntsetIter; void tp_intset_iter_init (TpIntsetIter *iter
,const TpIntset *set
); gboolean tp_intset_iter_next (TpIntsetIter *iter
); void tp_intset_iter_reset (TpIntsetIter *iter
);
A TpIntset is a set of unsigned integers, implemented as a dynamically-allocated sparse bitfield.
typedef struct _TpIntset TpIntset;
Opaque type representing a set of unsigned integers.
Before 0.11.16, this type was called TpIntSet, which is now a backwards compatibility typedef.
#define TP_TYPE_INTSET (tp_intset_get_type ())
The boxed type of a TpIntset.
Since 0.11.3
void (*TpIntFunc) (guint i
,gpointer userdata
);
A callback function acting on unsigned integers.
|
The relevant integer |
|
Opaque user data |
TpIntset * tp_intset_sized_new (guint size
);
Allocate a new integer set.
|
ignored (it was previously 1 more than the largest integer you expect to store) |
Returns : |
a new, empty integer set to be destroyed with tp_intset_destroy()
|
TpIntset * tp_intset_new (void
);
Allocate a new integer set.
Returns : |
a new, empty integer set to be destroyed with tp_intset_destroy()
|
TpIntset * tp_intset_new_containing (guint element
);
Allocate a new integer set containing the given integer.
|
integer to add to a new set |
Returns : |
a new integer set containing element , to be destroyed with
tp_intset_destroy()
|
Since 0.7.26
void tp_intset_destroy (TpIntset *set
);
Free all memory used by the set.
|
set |
void tp_intset_add (TpIntset *set
,guint element
);
Add an integer into a TpIntset.
|
set |
|
integer to add |
gboolean tp_intset_remove (TpIntset *set
,guint element
);
Remove an integer from a TpIntset
|
set |
|
integer to add |
Returns : |
TRUE if element was previously in set
|
gboolean tp_intset_is_member (const TpIntset *set
,guint element
);
Tests if element
is a member of set
|
set |
|
integer to test |
Returns : |
TRUE if element is in set
|
void tp_intset_foreach (const TpIntset *set
,TpIntFunc func
,gpointer userdata
);
Call func
(element, userdata
) for each element of set
, in order.
|
set |
|
TpIntFunc to use to iterate the set. [scope call]
|
|
user data to pass to each call of func
|
GArray * tp_intset_to_array (const TpIntset *set
);
|
set to convert |
Returns : |
a GArray of guint (which must
be freed by the caller) containing the same integers as set . [element-type uint][transfer full]
|
TpIntset * tp_intset_from_array (const GArray *array
);
|
An array of guint. [element-type uint] |
Returns : |
A set containing the same integers as array . |
gboolean tp_intset_is_empty (const TpIntset *set
);
Return the same thing as (tp_intset_size (set) == 0)
,
but calculated more efficiently.
|
a set of integers |
Returns : |
TRUE if set is empty |
Since 0.11.6
guint tp_intset_size (const TpIntset *set
);
|
A set of integers |
Returns : |
The number of integers in set
|
gboolean tp_intset_is_equal (const TpIntset *left
,const TpIntset *right
);
|
A set of integers |
|
A set of integers |
Returns : |
TRUE if left and right contain the same bits |
TpIntset * tp_intset_copy (const TpIntset *orig
);
|
A set of integers |
Returns : |
A set containing the same integers as orig , to be freed with
tp_intset_destroy() by the caller |
TpIntset * tp_intset_intersection (const TpIntset *left
,const TpIntset *right
);
|
The left operand |
|
The right operand |
Returns : |
The set of those integers which are in both left and right
(analogous to the bitwise operation left & right), to be freed with
tp_intset_destroy() by the caller |
TpIntset * tp_intset_union (const TpIntset *left
,const TpIntset *right
);
|
The left operand |
|
The right operand |
Returns : |
The set of those integers which are in either left or right
(analogous to the bitwise operation left | right), to be freed with
tp_intset_destroy() by the caller |
void tp_intset_union_update (TpIntset *self
,const TpIntset *other
);
Add each integer in other
to self
, analogous to the bitwise operation
self |= other.
|
the set to change |
|
members to add |
Since 0.13.10
TpIntset * tp_intset_difference (const TpIntset *left
,const TpIntset *right
);
|
The left operand |
|
The right operand |
Returns : |
The set of those integers which are in left and not in right
(analogous to the bitwise operation left & (~right)), to be freed with
tp_intset_destroy() by the caller |
void tp_intset_difference_update (TpIntset *self
,const TpIntset *other
);
Remove each integer in other
from self
, analogous to the bitwise
operation self &= (~other).
|
the set to change |
|
members to remove |
Since 0.13.10
TpIntset * tp_intset_symmetric_difference (const TpIntset *left
,const TpIntset *right
);
|
The left operand |
|
The right operand |
Returns : |
The set of those integers which are in either left or right
but not both (analogous to the bitwise operation left ^ right), to be freed
with tp_intset_destroy() by the caller |
gchar * tp_intset_dump (const TpIntset *set
);
|
An integer set |
Returns : |
a string which the caller must free with g_free, listing the
numbers in set in a human-readable format |
typedef struct { } TpIntsetFastIter;
An opaque structure representing iteration in undefined order over a set of
integers. Must be initialized with tp_intset_fast_iter_init()
.
Before 0.11.16, this type was called TpIntSetFastIter, which is now a backwards compatibility typedef.
Usage is similar to GHashTableIter:
1 2 3 4 5 6 7 8 9 |
TpIntsetFastIter iter; guint element; tp_intset_fast_iter_init (&iter, intset); while (tp_intset_fast_iter_next (&iter, &element)) { printf ("%u is in the intset\n", element); } |
Since 0.11.6
void tp_intset_fast_iter_init (TpIntsetFastIter *iter
,const TpIntset *set
);
Initialize iter
to iterate over set
in arbitrary order. iter
will become
invalid if set
is modified.
|
an iterator |
|
a set |
Since 0.11.6
gboolean tp_intset_fast_iter_next (TpIntsetFastIter *iter
,guint *output
);
Advances iter
and retrieves the integer it now points to. Iteration
is not necessarily in numerical order.
|
an iterator |
|
a location to store a new integer, in arbitrary order |
Returns : |
FALSE if the end of the set has been reached |
Since 0.11.6
#define TP_INTSET_ITER_INIT(set) { (set), (guint)(-1) }
TP_INTSET_ITER_INIT
is deprecated and should not be used in newly-written code. since 0.19.0. Use TpIntsetFastIter instead
A suitable static initializer for a TpIntsetIter, to be used as follows:
1 2 3 4 5 6 |
void do_something (const TpIntset *intset) { TpIntsetIter iter = TP_INTSET_ITER_INIT (intset); /* ... do something with iter ... */ } |
|
A set of integers |
typedef struct { const TpIntset *set; guint element; } TpIntsetIter;
TpIntsetIter
is deprecated and should not be used in newly-written code. since 0.19.0. Use TpIntsetFastIter instead
A structure representing iteration over a set of integers. Must be
initialized with either TP_INTSET_ITER_INIT()
or tp_intset_iter_init()
.
Since 0.11.6, consider using TpIntsetFastIter if iteration in numerical order is not required.
Before 0.11.16, this type was called TpIntSetIter, which is now a backwards compatibility typedef.
const TpIntset * |
The set iterated over. |
Must be (guint)(-1) before iteration starts. Set to the next
element in the set by tp_intset_iter_next() ; undefined after
tp_intset_iter_next() returns FALSE . |
void tp_intset_iter_init (TpIntsetIter *iter
,const TpIntset *set
);
tp_intset_iter_init
is deprecated and should not be used in newly-written code. since 0.19.0. Use TpIntsetFastIter instead
Reset the iterator iter
to the beginning and make it iterate over set
.
|
An integer set iterator to be initialized. |
|
An integer set to be used by that iterator |
gboolean tp_intset_iter_next (TpIntsetIter *iter
);
tp_intset_iter_next
is deprecated and should not be used in newly-written code.
If there are integers in (iter->set
) higher than (iter->element
), set
(iter->element) to the next one and return TRUE
. Otherwise return FALSE
.
Usage:
1 2 3 4 5 |
TpIntsetIter iter = TP_INTSET_INIT (intset); while (tp_intset_iter_next (&iter)) { printf ("%u is in the intset\n", iter.element); } |
Since 0.11.6, consider using TpIntsetFastIter if iteration in numerical order is not required.
|
An iterator originally initialized with TP_INTSET_INIT(set) |
Returns : |
TRUE if (iter->element ) has been advanced |
void tp_intset_iter_reset (TpIntsetIter *iter
);
tp_intset_iter_reset
is deprecated and should not be used in newly-written code. since 0.19.0. Use TpIntsetFastIter instead
Reset the iterator iter
to the beginning. It must already be associated
with a set.
|
An integer set iterator to be reset. |