| 78bcff79e1b1f0efce436b33bdd6da88745bfc8a |
|
05-Dec-2015 |
Pavlin Radoslavov <pavlin@google.com> |
Refactor the Bluetooth timers
* Updated the alarm API:
- Existing API alarm_new() is modified to take an alarm name
as an argument.
- New API alarm_new_periodic() is used to create a periodic
alarm.
- Added new API alarm_is_scheduled() to test whether an alarm is
scheduled.
- Existing API alarm_set_periodic() is removed: a periodic
alarm is created by alarm_new_periodic().
- Added new API alarm_set_on_queue() to set an alarm whose
callback is executed on a specific queue.
- Added new API alarm_register_processing_queue() and
alarm_unregister_processing_queue() to register/unregister
a queue and the corresponding thread for alarm processing.
- Added corresponding unit tests.
* Updated the alarm internals:
- Added alarm_info_t for collecting alarm-related information
and statistics.
- Collect and store alarm-related statistics into alarm_info_t
per alarm.
- Include the alarm-related statistics and info into the native
dumpsys output for Bluetooth.
- Once an alarm expires, the alarm execution is scheduled for
processing on another internal alarm-specific thread, not
on the thread that is maintaining the alarms.
- Implemented callback execution ordering guarantee among
timers on the same thread with exactly same timeout values.
* Refactor some of the usage of alarm_set() and simplify the
code by using alarm_set_on_queue() instead.
* Removed the non_repeating timers wrapper, and use directly
the alarm mechanism / API.
* Refactored all timer_entry_t timers and replaced them with alarm_t
timers:
- Replaced the btu_start_timer() / btu_stop_timer() /
btu_start_quick_timer() / btu_stop_quick_timer() /
btu_oneshot_alarm() mechanism with alarm_set_on_queue() and
alarm_cancel()
- Removed the whole mechanism around the BTU_TTYPE_* timers.
* Fixed a bug when processing the GATT indication confirmation timer
expiration (timer tGATT_TCB.conf_timer: b/26610829).
* Renamed and/or split misc. timeout functions, fields, and timers
* Renamed time-related constants and changed the values from seconds
to milliseconds
* Replaced timer tAVDT_CCB.timer_entry with three mutually exclusive timers:
idle_ccb_timer, ret_ccb_timer, rsp_ccb_timer
The reason we are using three timers, is because in the original code
function avdt_ccb_chk_timer() used the timer type in its logic: it
would stop the timer only if the type is "idle".
* Removed btm_ble_timeout() and replaced it with multiple timeout
callback functions (per timer)
* Fix the actual value of the global constant BT_1SEC_TIMEOUT and
rename it to BT_1SEC_TIMEOUT_MS
* Removed btu_cb and associated timers and events, because they are
never used.
* Removed unused timers, functions, struct and declarations that are
not used / needed.
Bug: 26611369
Bug: 26610829
Change-Id: I812c8c31710a5daefc58b01fcf35c353768f390f
/system/bt/stack/bnep/bnep_int.h
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| 258c2538e3b62a8cdb403f2730c45d721e5292b4 |
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28-Sep-2015 |
Pavlin Radoslavov <pavlin@google.com> |
GKI cleanup - moved GKI buffer allocation wrappers to OSI
* Moved the following GKI buffer allocation functions to OSI:
- GKI_getbuf() -> osi_getbuf()
- GKI_freebuf() -> osi_freebuf()
- GKI_get_buf_size() -> osi_get_buf_size()
For now we need the osi_getbuf() / osi_freebuf() allocation wrapper,
because we need to be able to call osi_get_buf_size() on the allocated
buffer.
In the future those should be replaced with osi_malloc() / osi_free().
Currently, the osi_malloc() buffer size internal allocation tracker
does not always track the size, hence we need the osi_getbuf() wrapper.
* Replaced GKI_MAX_BUF_SIZE with BT_DEFAULT_BUFFER_SIZE
* Added new file include/bt_common.h that can be usee to include
few files that should be included alost everywhere (e.g. bt_target.h"
NOTE: This file might be removed in the future and we should include
everywhere the right set of header files.
* Removed some of the GKI-related references
* Removed file include/gki_target.h
Change-Id: Ie87830e73143de200746d54235aa99f228a95024
/system/bt/stack/bnep/bnep_int.h
|
| 9f1c9ad85759c7663e3bbc494f8e75b2f107da67 |
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28-Sep-2015 |
Pavlin Radoslavov <pavlin@google.com> |
GKI cleanup - Moved struct TIMER_LIST_ENT to OSI
* Moved struct TIMER_LIST_ENT to file osi/include/non_repeating_timer.h
and renamed it to timer_entry_t
NOTE: This is a short-term solution. timer_entry_t should be
removed, and its usage everywhere should be replaced by
struct non_repeating_timer_t .
* Renamed TIMER_CBACK to timer_callback_t
* Renamed TIMER_PARAM_TYPE to timer_param_t
Change-Id: I9ca830718bf900195f9c0a513a97f6995322693b
/system/bt/stack/bnep/bnep_int.h
|
| 1a3844f933bd63c8a381371dabfb35c6a0249e3e |
|
25-Sep-2015 |
Pavlin Radoslavov <pavlin@google.com> |
GKI cleanup - Replaced usage of GKI queue with OSI fixed_queue
* Added new functions to OSI:
- fixed_queue_init()
- fixed_queue_length()
- fixed_queue_try_remove_from_queue()
- fixed_queue_try_peek_last()
* Renamed fixed_queue_try_peek() to fixed_queue_try_peek_first()
* Replaced usage of GKI queue functions with OSI fixed_queue functions:
- GKI_init_q() -> fixed_queue_new(SIZE_MAX)
NOTE: unlike GKI_init_q(), fixed_queue_new() allocates memory /
state that needs to be released by calling fixed_queue_free()
- GKI_enqueue() -> fixed_queue_enqueue()
- GKI_dequeue() -> fixed_queue_try_dequeue()
NOTE: fixed_queue_try_dequeue() is non-blocking
- GKI_queue_length() -> fixed_queue_length()
- GKI_queue_is_empty() -> fixed_queue_is_empty()
- GKI_getfirst() -> fixed_queue_try_peek_first()
- GKI_getlast() -> fixed_queue_try_peek_last()
- GKI_remove_from_queue() -> fixed_queue_try_remove_from_queue()
- Queue elements iteration.
In the fixed_queue implementation we have to use the underlying
list_t mechanism to iterate over the elements.
OLD:
p = GKI_getfirst(queue);
...
while ((p = GKI_getnext(p) != NULL) {
...
}
NEW:
list_t *list = fixed_queue_get_list(queue);
for (const list_node_t *node = list_begin(list);
node != list_end(list); node = list_next(node)) {
p = list_node(node);
}
* Remove initialization of the GKI module, because it is not needed
anymore
* Removed unused files in GKI:
gki/common/gki_common.h
gki/ulinux/gki_int.h
gki/ulinux/gki_ulinux.c
Change-Id: I3ff9464db75252d6faf7476a9ca67c88e535c51c
/system/bt/stack/bnep/bnep_int.h
|
| f105417abd42ccdc3c36a154a86596d5aa5ae424 |
|
21-Jan-2015 |
Sharvil Nanavati <sharvil@google.com> |
Collapse BNEP #defines that don't need to be configurable.
In some instances, defining these macros to FALSE would result in
broken runtime behavior (e.g. UUID fields containing uninitialized
values). This change collapses the following defines:
BNEP_SUPPORTS_PROT_FILTERS
BNEP_SUPPORTS_MULTI_FILTERS
BNEP_SUPPORTS_DEBUG_DUMP
BNEP_SUPPORTS_ALL_UUID_LENGTHS
/system/bt/stack/bnep/bnep_int.h
|
| 39110ec88460421618330863807804e03594ef67 |
|
06-Oct-2014 |
Zach Johnson <zachoverflow@google.com> |
Remove duplicate local bdaddr management functions
/system/bt/stack/bnep/bnep_int.h
|
| 24933b5b1a06274c47133debac5251a97128a267 |
|
25-Sep-2014 |
June R. Tate-Gans <jtgans@google.com> |
Removing unnecessary BTAPI #defines.
/system/bt/stack/bnep/bnep_int.h
|
| 7fa4fba6f59f97df00aff07dbe8fb21b114b3c2c |
|
17-Apr-2014 |
Ganesh Ganapathi Batta <ganeshg@broadcom.com> |
Merge BT 4.1 features
The features include:
- LE Peripheral Mode
- Link Layer topology (LE Central & Peripheral Concurrency)
- Dual Mode Topology (Ability to choose LE transport when connecting with
other Dual Mode devices)
- Fast advertising Interval
- Limited Discovery Time Changes
- GAP Authentication and Lost Bond
- Dual Mode Addressing
- Common Profile and Service Error Code
- 32 bit UUIDs
Change-Id: Ic6701da4cf6aaa390ff2c8816b43157f36b7fb42
Conflicts:
stack/btu/btu_hcif.c
/system/bt/stack/bnep/bnep_int.h
|
| 5738f83aeb59361a0a2eda2460113f6dc9194271 |
|
13-Dec-2012 |
The Android Open Source Project <initial-contribution@android.com> |
Snapshot cdeccf6fdd8c2d494ea2867cb37a025bf8879baf
Change-Id: Ia2de32ccb97a9641462c72363b0a8c4288f4f36d
/system/bt/stack/bnep/bnep_int.h
|