FreeRTOS
+
0
/48 examples
SourceVu will show references to
pdFALSE
from the following samples and libraries:
ESP-IDF
lwIP
mbedTLS
sta2eth sample
vlan_support sample
ot_br sample
ot_cli sample
ot_trel sample
antenna sample
static_ip sample
sysview_tracing sample
sysview_tracing_heap_log sample
ftm sample
softap_sta sample
aligenie_demo sample
bleprph_wifi_coex sample
continuous_read sample
matrix_keyboard sample
ledc_fade sample
mcpwm_bldc_hall_control sample
mcpwm_capture_hc_sr04 sample
mcpwm_foc_svpwm_open_loop sample
ir_nec_transceiver sample
onewire sample
gptimer sample
wiegand_interface sample
advanced sample
basic_freertos_smp_usage sample
station sample
roaming_app sample
nan_publisher sample
nan_subscriber sample
dpp-enrollee sample
a2dp_sink sample
a2dp_gatts_coex sample
df_client sample
df_server sample
rpr_client sample
rpr_server sample
unprov_dev sample
touch_pad_interrupt sample
usb_host_lib sample
mb_master sample
mb_slave sample
mb_tcp_master sample
mb_tcp_slave sample
cdc_acm_host sample
cdc_acm_vcp sample
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ESP-IDF Framework and Examples
FreeRTOS
pdFALSE
pdFALSE macro
Syntax
Show:
Summary
Declaration
from
projdefs.h:58
#define
pdFALSE
(
(
BaseType_t
)
0
)
Examples
pdFALSE
is referenced by 48 libraries and example projects:
ESP-IDF
lwIP
mbedTLS
sta2eth sample
vlan_support sample
ot_br sample
ot_cli sample
ot_trel sample
antenna sample
static_ip sample
sysview_tracing sample
sysview_tracing_heap_log sample
ftm sample
softap_sta sample
aligenie_demo sample
bleprph_wifi_coex sample
continuous_read sample
matrix_keyboard sample
ledc_fade sample
mcpwm_bldc_hall_control sample
mcpwm_capture_hc_sr04 sample
mcpwm_foc_svpwm_open_loop sample
ir_nec_transceiver sample
onewire sample
gptimer sample
wiegand_interface sample
advanced sample
basic_freertos_smp_usage sample
station sample
roaming_app sample
nan_publisher sample
nan_subscriber sample
dpp-enrollee sample
a2dp_sink sample
a2dp_gatts_coex sample
df_client sample
df_server sample
rpr_client sample
rpr_server sample
unprov_dev sample
touch_pad_interrupt sample
usb_host_lib sample
mb_master sample
mb_slave sample
mb_tcp_master sample
mb_tcp_slave sample
cdc_acm_host sample
cdc_acm_vcp sample
References
from
0/48
examples
Code
Location
#define
pdFALSE
(
(
BaseType_t
)
0
)
projdefs.h:58
pxEventBits
->
ucStaticallyAllocated
=
pdFALSE
;
event_groups.c:189
BaseType_t
xTimeoutOccurred
=
pdFALSE
;
event_groups.c:217
if
(
xAlreadyYielded
==
pdFALSE
)
event_groups.c:274
BaseType_t
xTimeoutOccurred
=
pdFALSE
;
event_groups.c:341
if
(
xWaitConditionMet
!=
pdFALSE
)
event_groups.c:361
if
(
xClearOnExit
!=
pdFALSE
)
event_groups.c:369
if
(
xClearOnExit
!=
pdFALSE
)
event_groups.c:391
if
(
xWaitForAllBits
!=
pdFALSE
)
event_groups.c:400
if
(
xAlreadyYielded
==
pdFALSE
)
event_groups.c:426
if
(
prvTestWaitCondition
(
uxReturn
,
uxBitsToWaitFor
,
xWaitForAllBits
)
!=
pdFALSE
)
event_groups.c:450
if
(
xClearOnExit
!=
pdFALSE
)
event_groups.c:452
BaseType_t
xMatchFound
=
pdFALSE
;
event_groups.c:557
xMatchFound
=
pdFALSE
;
event_groups.c:587
if
(
xMatchFound
!=
pdFALSE
)
event_groups.c:615
if
(
pxEventBits
->
ucStaticallyAllocated
==
(
uint8_t
)
pdFALSE
)
event_groups.c:699
xReturn
=
pdFALSE
;
event_groups.c:732
BaseType_t
xWaitConditionMet
=
pdFALSE
;
event_groups.c:770
if
(
xWaitForAllBits
==
pdFALSE
)
event_groups.c:772
#define
prvEXIT_CRITICAL_OR_RESUME_ALL
(
pxLock
)
(
{
taskEXIT_CRITICAL
(
(
pxLock
)
)
;
pdFALSE
;
}
)
freertos_idf_additions_priv.h:43
if
(
portCHECK_IF_IN_ISR
(
)
==
pdFALSE
)
freertos_idf_additions_priv.h:66
if
(
portCHECK_IF_IN_ISR
(
)
==
pdFALSE
)
freertos_idf_additions_priv.h:83
BaseType_t
xSwitchRequired
=
pdFALSE
;
freertos_tasks_c_additions.h:88
if
(
xYieldPending
[
xCoreID
]
!=
pdFALSE
)
freertos_tasks_c_additions.h:125
if
(
listIS_CONTAINED_WITHIN
(
&
(
pxReadyTasksLists
[
uxPriorityUsedOnEntry
]
)
,
&
(
pxTCB
->
xStateListItem
)
)
!=
pdFALSE
)
freertos_tasks_c_additions.h:618
BaseType_t
xYieldRequired
=
pdFALSE
;
freertos_tasks_c_additions.h:665
if
(
listIS_CONTAINED_WITHIN
(
&
(
pxReadyTasksLists
[
uxPriorityUsedOnEntry
]
)
,
&
(
pxTCB
->
xStateListItem
)
)
!=
pdFALSE
)
freertos_tasks_c_additions.h:735
if
(
xYieldRequired
!=
pdFALSE
)
freertos_tasks_c_additions.h:751
return
pdFALSE
;
freertos_tasks_c_additions.h:1049
return
xStreamBufferGenericCreateWithCaps
(
xBufferSizeBytes
,
xTriggerLevelBytes
,
pdFALSE
,
uxMemoryCaps
)
;
idf_additions.h:538
vStreamBufferGenericDeleteWithCaps
(
xStreamBuffer
,
pdFALSE
)
;
idf_additions.h:553
#define
listLIST_IS_EMPTY
(
pxList
)
(
(
(
pxList
)
->
uxNumberOfItems
==
(
UBaseType_t
)
0
)
?
pdTRUE
:
pdFALSE
)
list.h:262
#define
listIS_CONTAINED_WITHIN
(
pxList
,
pxListItem
)
(
(
(
pxListItem
)
->
pxContainer
==
(
pxList
)
)
?
(
pdTRUE
)
:
(
pdFALSE
)
)
list.h:410
if
(
xSwitchRequired
!=
pdFALSE
)
{
port_systick.c:240
#define
pdFAIL
(
pdFALSE
)
projdefs.h:62
if
(
xNewQueue
==
pdFALSE
)
queue.c:358
if
(
listLIST_IS_EMPTY
(
&
(
pxQueue
->
xTasksWaitingToSend
)
)
==
pdFALSE
)
queue.c:365
if
(
xTaskRemoveFromEventList
(
&
(
pxQueue
->
xTasksWaitingToSend
)
)
!=
pdFALSE
)
queue.c:367
xReturn
=
pdFALSE
;
queue.c:493
pxNewQueue
->
ucStaticallyAllocated
=
pdFALSE
;
queue.c:559
BaseType_t
xEntryTimeSet
=
pdFALSE
,
xYieldRequired
;
queue.c:932
else
if
(
prvNotifyQueueSetContainer
(
pxQueue
)
!=
pdFALSE
)
queue.c:975
if
(
listLIST_IS_EMPTY
(
&
(
pxQueue
->
xTasksWaitingToReceive
)
)
==
pdFALSE
)
queue.c:991
if
(
xTaskRemoveFromEventList
(
&
(
pxQueue
->
xTasksWaitingToReceive
)
)
!=
pdFALSE
)
queue.c:993
else
if
(
xYieldRequired
!=
pdFALSE
)
queue.c:1006
else
if
(
xEntryTimeSet
==
pdFALSE
)
queue.c:1072
if
(
xTaskCheckForTimeOut
(
&
xTimeOut
,
&
xTicksToWait
)
==
pdFALSE
)
queue.c:1093
if
(
xTaskCheckForTimeOut
(
&
xTimeOut
,
&
xTicksToWait
)
==
pdFALSE
)
queue.c:1125
if
(
prvIsQueueFull
(
pxQueue
)
!=
pdFALSE
)
queue.c:1127
if
(
xTaskResumeAll
(
)
==
pdFALSE
)
queue.c:1144
else
if
(
prvNotifyQueueSetContainer
(
pxQueue
)
!=
pdFALSE
)
queue.c:1241
if
(
listLIST_IS_EMPTY
(
&
(
pxQueue
->
xTasksWaitingToReceive
)
)
==
pdFALSE
)
queue.c:1262
if
(
xTaskRemoveFromEventList
(
&
(
pxQueue
->
xTasksWaitingToReceive
)
)
!=
pdFALSE
)
queue.c:1264
if
(
prvNotifyQueueSetContainer
(
pxQueue
)
!=
pdFALSE
)
queue.c:1420
if
(
listLIST_IS_EMPTY
(
&
(
pxQueue
->
xTasksWaitingToReceive
)
)
==
pdFALSE
)
queue.c:1441
if
(
xTaskRemoveFromEventList
(
&
(
pxQueue
->
xTasksWaitingToReceive
)
)
!=
pdFALSE
)
queue.c:1443
BaseType_t
xEntryTimeSet
=
pdFALSE
;
queue.c:1526
if
(
listLIST_IS_EMPTY
(
&
(
pxQueue
->
xTasksWaitingToSend
)
)
==
pdFALSE
)
queue.c:1565
if
(
xTaskRemoveFromEventList
(
&
(
pxQueue
->
xTasksWaitingToSend
)
)
!=
pdFALSE
)
queue.c:1567
else
if
(
xEntryTimeSet
==
pdFALSE
)
queue.c:1594
if
(
xTaskCheckForTimeOut
(
&
xTimeOut
,
&
xTicksToWait
)
==
pdFALSE
)
queue.c:1615
if
(
xTaskCheckForTimeOut
(
&
xTimeOut
,
&
xTicksToWait
)
==
pdFALSE
)
queue.c:1647
if
(
prvIsQueueEmpty
(
pxQueue
)
!=
pdFALSE
)
queue.c:1651
if
(
xTaskResumeAll
(
)
==
pdFALSE
)
queue.c:1657
if
(
prvIsQueueEmpty
(
pxQueue
)
!=
pdFALSE
)
queue.c:1681
BaseType_t
xEntryTimeSet
=
pdFALSE
;
queue.c:1700
BaseType_t
xInheritanceOccurred
=
pdFALSE
;
queue.c:1705
if
(
listLIST_IS_EMPTY
(
&
(
pxQueue
->
xTasksWaitingToSend
)
)
==
pdFALSE
)
queue.c:1761
if
(
xTaskRemoveFromEventList
(
&
(
pxQueue
->
xTasksWaitingToSend
)
)
!=
pdFALSE
)
queue.c:1763
else
if
(
xEntryTimeSet
==
pdFALSE
)
queue.c:1790
if
(
xTaskCheckForTimeOut
(
&
xTimeOut
,
&
xTicksToWait
)
==
pdFALSE
)
queue.c:1812
if
(
xInheritanceOccurred
!=
pdFALSE
)
queue.c:1838
if
(
xTaskCheckForTimeOut
(
&
xTimeOut
,
&
xTicksToWait
)
==
pdFALSE
)
queue.c:1869
if
(
prvIsQueueEmpty
(
pxQueue
)
!=
pdFALSE
)
queue.c:1875
if
(
xTaskResumeAll
(
)
==
pdFALSE
)
queue.c:1899
if
(
prvIsQueueEmpty
(
pxQueue
)
!=
pdFALSE
)
queue.c:1926
if
(
xInheritanceOccurred
!=
pdFALSE
)
queue.c:1933
BaseType_t
xEntryTimeSet
=
pdFALSE
;
queue.c:1970
if
(
listLIST_IS_EMPTY
(
&
(
pxQueue
->
xTasksWaitingToReceive
)
)
==
pdFALSE
)
queue.c:2015
if
(
xTaskRemoveFromEventList
(
&
(
pxQueue
->
xTasksWaitingToReceive
)
)
!=
pdFALSE
)
queue.c:2017
else
if
(
xEntryTimeSet
==
pdFALSE
)
queue.c:2045
if
(
xTaskCheckForTimeOut
(
&
xTimeOut
,
&
xTicksToWait
)
==
pdFALSE
)
queue.c:2067
if
(
xTaskCheckForTimeOut
(
&
xTimeOut
,
&
xTicksToWait
)
==
pdFALSE
)
queue.c:2099
if
(
prvIsQueueEmpty
(
pxQueue
)
!=
pdFALSE
)
queue.c:2103
if
(
xTaskResumeAll
(
)
==
pdFALSE
)
queue.c:2109
if
(
prvIsQueueEmpty
(
pxQueue
)
!=
pdFALSE
)
queue.c:2133
if
(
listLIST_IS_EMPTY
(
&
(
pxQueue
->
xTasksWaitingToSend
)
)
==
pdFALSE
)
queue.c:2201
if
(
xTaskRemoveFromEventList
(
&
(
pxQueue
->
xTasksWaitingToSend
)
)
!=
pdFALSE
)
queue.c:2203
if
(
pxQueue
->
ucStaticallyAllocated
==
(
uint8_t
)
pdFALSE
)
queue.c:2374
BaseType_t
xReturn
=
pdFALSE
;
queue.c:2455
if
(
prvNotifyQueueSetContainer
(
pxQueue
)
!=
pdFALSE
)
queue.c:2577
if
(
listLIST_IS_EMPTY
(
&
(
pxQueue
->
xTasksWaitingToReceive
)
)
==
pdFALSE
)
queue.c:2594
if
(
xTaskRemoveFromEventList
(
&
(
pxQueue
->
xTasksWaitingToReceive
)
)
!=
pdFALSE
)
queue.c:2596
if
(
listLIST_IS_EMPTY
(
&
(
pxQueue
->
xTasksWaitingToSend
)
)
==
pdFALSE
)
queue.c:2651
if
(
xTaskRemoveFromEventList
(
&
(
pxQueue
->
xTasksWaitingToSend
)
)
!=
pdFALSE
)
queue.c:2653
xReturn
=
pdFALSE
;
queue.c:2690
xReturn
=
pdFALSE
;
queue.c:2713
xReturn
=
pdFALSE
;
queue.c:2733
xReturn
=
pdFALSE
;
queue.c:2756
BaseType_t
xReturn
=
pdFALSE
;
queue.c:3354
if
(
listLIST_IS_EMPTY
(
&
(
pxQueueSetContainer
->
xTasksWaitingToReceive
)
)
==
pdFALSE
)
queue.c:3384
if
(
xTaskRemoveFromEventList
(
&
(
pxQueueSetContainer
->
xTasksWaitingToReceive
)
)
!=
pdFALSE
)
queue.c:3386
#define
xQueueReset
(
xQueue
)
xQueueGenericReset
(
(
xQueue
)
,
pdFALSE
)
queue.h:1372
if
(
xIsMessageBuffer
!=
pdFALSE
)
stream_buffer.c:434
xReturn
=
pdFALSE
;
stream_buffer.c:516
if
(
(
pxStreamBuffer
->
ucFlags
&
sbFLAGS_IS_STATICALLY_ALLOCATED
)
==
(
uint8_t
)
pdFALSE
)
stream_buffer.c:532
xReturn
=
pdFALSE
;
stream_buffer.c:637
}
while
(
xTaskCheckForTimeOut
(
&
xTimeOut
,
&
xTicksToWait
)
==
pdFALSE
)
;
stream_buffer.c:789
xReturn
=
pdFALSE
;
stream_buffer.c:1214
xReturn
=
pdFALSE
;
stream_buffer.c:1249
xReturn
=
pdFALSE
;
stream_buffer.c:1278
xReturn
=
pdFALSE
;
stream_buffer.c:1309
xStreamBufferGenericCreateStatic
(
(
xBufferSizeBytes
)
,
(
xTriggerLevelBytes
)
,
pdFALSE
,
(
pucStreamBufferStorageArea
)
,
(
pxStaticStreamBuffer
)
,
NULL
,
NULL
)
stream_buffer.h:248
#define
taskVALID_CORE_ID
(
xCoreID
)
(
(
(
(
BaseType_t
)
xCoreID
)
>=
0
&&
(
(
BaseType_t
)
xCoreID
)
<
configNUMBER_OF_CORES
)
?
pdTRUE
:
pdFALSE
)
task.h:216
(
(
(
pxTCB
)
->
uxPriority
+
(
(
xYieldEqualPriority
==
pdTRUE
)
?
1
:
0
)
)
>
pxCurrentTCBs
[
0
]
->
uxPriority
)
?
pdTRUE
:
pdFALSE
;
\
tasks.c:156
(
(
uxTaskPriority
+
(
(
xYieldEqualPriority
==
pdTRUE
)
?
1
:
0
)
)
>=
pxCurrentTCBs
[
0
]
->
uxPriority
)
?
pdTRUE
:
pdFALSE
;
\
tasks.c:161
#define
taskIS_AFFINITY_COMPATIBLE
(
xCore
,
pxTCB
)
(
(
(
(
pxTCB
)
->
xCoreID
==
xCore
)
||
(
(
pxTCB
)
->
xCoreID
==
tskNO_AFFINITY
)
)
?
pdTRUE
:
pdFALSE
)
tasks.c:173
#define
taskIS_CURRENTLY_RUNNING
(
pxTCB
)
(
(
(
(
pxTCB
)
==
pxCurrentTCBs
[
0
]
)
||
(
(
pxTCB
)
==
pxCurrentTCBs
[
1
]
)
)
?
pdTRUE
:
pdFALSE
)
tasks.c:192
#define
taskIS_CURRENTLY_RUNNING_ON_CORE
(
pxTCB
,
xCoreID
)
(
(
(
pxTCB
)
==
pxCurrentTCBs
[
(
xCoreID
)
]
)
?
pdTRUE
:
pdFALSE
)
tasks.c:193
#define
taskIS_CURRENTLY_RUNNING
(
pxTCB
)
(
(
(
pxTCB
)
==
pxCurrentTCBs
[
0
]
)
?
pdTRUE
:
pdFALSE
)
tasks.c:195
(
(
uxSchedulerSuspended
[
0
]
==
(
UBaseType_t
)
0U
)
)
?
pdTRUE
:
pdFALSE
;
\
tasks.c:219
#define
taskIS_SCHEDULER_SUSPENDED
(
)
(
(
xTaskGetSchedulerState
(
)
==
taskSCHEDULER_SUSPENDED
)
?
pdTRUE
:
pdFALSE
)
tasks.c:241
#define
taskIS_SCHEDULER_SUSPENDED
(
)
(
(
(
uxSchedulerSuspended
[
0
]
!=
(
UBaseType_t
)
0U
)
)
?
pdTRUE
:
pdFALSE
)
tasks.c:243
PRIVILEGED_DATA
static
volatile
BaseType_t
xSchedulerRunning
=
pdFALSE
;
tasks.c:508
PRIVILEGED_DATA
static
volatile
BaseType_t
xYieldPending
[
configNUMBER_OF_CORES
]
=
{
pdFALSE
}
;
tasks.c:510
PRIVILEGED_DATA
static
volatile
UBaseType_t
uxSchedulerSuspended
[
configNUMBER_OF_CORES
]
=
{
(
UBaseType_t
)
pdFALSE
}
;
tasks.c:529
xYieldRequiredCurrentCore
=
pdFALSE
;
tasks.c:835
xYieldRequiredCurrentCore
=
pdFALSE
;
tasks.c:839
xReturn
=
pdFALSE
;
tasks.c:867
xReturn
=
pdFALSE
;
tasks.c:878
if
(
xSchedulerRunning
==
pdFALSE
)
tasks.c:1250
if
(
xSchedulerRunning
!=
pdFALSE
)
tasks.c:1292
xSelfDelete
=
pdFALSE
;
tasks.c:1371
xSelfDelete
=
pdFALSE
;
tasks.c:1377
xIsCurRunning
=
pdFALSE
;
tasks.c:1378
if
(
xSelfDelete
==
pdFALSE
)
tasks.c:1408
if
(
xIsCurRunning
==
pdFALSE
)
tasks.c:1436
if
(
xSchedulerRunning
!=
pdFALSE
)
tasks.c:1447
configASSERT
(
taskIS_SCHEDULER_SUSPENDED
(
)
==
pdFALSE
)
;
tasks.c:1451
BaseType_t
xAlreadyYielded
,
xShouldDelay
=
pdFALSE
;
tasks.c:1473
configASSERT
(
taskIS_SCHEDULER_SUSPENDED
(
)
==
pdFALSE
)
;
tasks.c:1477
if
(
xShouldDelay
!=
pdFALSE
)
tasks.c:1522
prvAddCurrentTaskToDelayedList
(
xTimeToWake
-
xConstTickCount
,
pdFALSE
)
;
tasks.c:1528
if
(
xAlreadyYielded
==
pdFALSE
)
tasks.c:1539
BaseType_t
xAlreadyYielded
=
pdFALSE
;
tasks.c:1558
configASSERT
(
taskIS_SCHEDULER_SUSPENDED
(
)
==
pdFALSE
)
;
tasks.c:1563
prvAddCurrentTaskToDelayedList
(
xTicksToDelay
,
pdFALSE
)
;
tasks.c:1575
if
(
xAlreadyYielded
==
pdFALSE
)
tasks.c:1586
BaseType_t
xYieldRequired
=
pdFALSE
;
tasks.c:1767
if
(
taskIS_CURRENTLY_RUNNING
(
pxTCB
)
==
pdFALSE
)
tasks.c:1808
if
(
listIS_CONTAINED_WITHIN
(
&
(
pxReadyTasksLists
[
uxPriorityUsedOnEntry
]
)
,
&
(
pxTCB
->
xStateListItem
)
)
!=
pdFALSE
)
tasks.c:1895
if
(
xYieldRequired
!=
pdFALSE
)
tasks.c:1919
if
(
xSchedulerRunning
!=
pdFALSE
)
tasks.c:1995
if
(
xSchedulerRunning
!=
pdFALSE
)
tasks.c:2008
if
(
xSchedulerRunning
!=
pdFALSE
)
tasks.c:2038
BaseType_t
xReturn
=
pdFALSE
;
tasks.c:2070
if
(
listIS_CONTAINED_WITHIN
(
&
xSuspendedTaskList
,
&
(
pxTCB
->
xStateListItem
)
)
!=
pdFALSE
)
tasks.c:2080
if
(
(
listIS_CONTAINED_WITHIN
(
&
xPendingReadyList
[
0
]
,
&
(
pxTCB
->
xEventListItem
)
)
==
pdFALSE
)
&&
tasks.c:2084
(
listIS_CONTAINED_WITHIN
(
&
xPendingReadyList
[
1
]
,
&
(
pxTCB
->
xEventListItem
)
)
==
pdFALSE
)
)
tasks.c:2085
if
(
listIS_CONTAINED_WITHIN
(
&
xPendingReadyList
[
0
]
,
&
(
pxTCB
->
xEventListItem
)
)
==
pdFALSE
)
tasks.c:2087
if
(
listIS_CONTAINED_WITHIN
(
NULL
,
&
(
pxTCB
->
xEventListItem
)
)
!=
pdFALSE
)
/*lint !e961. The cast is only redundant when NULL is used. */
tasks.c:2092
if
(
(
taskIS_CURRENTLY_RUNNING
(
pxTCB
)
==
pdFALSE
)
&&
(
pxTCB
!=
NULL
)
)
tasks.c:2130
if
(
prvTaskIsTaskSuspended
(
pxTCB
)
!=
pdFALSE
)
tasks.c:2132
BaseType_t
xYieldRequired
=
pdFALSE
;
tasks.c:2175
if
(
prvTaskIsTaskSuspended
(
pxTCB
)
!=
pdFALSE
)
tasks.c:2201
xSchedulerRunning
=
pdFALSE
;
tasks.c:2482
UBaseType_t
uxHigherPriorityReadyTasks
=
pdFALSE
;
tasks.c:2523
else
if
(
uxHigherPriorityReadyTasks
!=
pdFALSE
)
tasks.c:2563
BaseType_t
xAlreadyYielded
=
pdFALSE
;
tasks.c:2584
if
(
uxSchedulerSuspended
[
xCurCoreID
]
==
(
UBaseType_t
)
pdFALSE
)
tasks.c:2602
while
(
listLIST_IS_EMPTY
(
&
xPendingReadyList
[
xCurCoreID
]
)
==
pdFALSE
)
tasks.c:2608
if
(
xTaskIncrementTick
(
)
!=
pdFALSE
)
tasks.c:2657
if
(
xYieldPending
[
xCurCoreID
]
!=
pdFALSE
)
tasks.c:2677
xBreakLoop
=
pdFALSE
;
tasks.c:2800
if
(
xBreakLoop
!=
pdFALSE
)
tasks.c:2823
xReturn
=
pdFALSE
;
tasks.c:2942
configASSERT
(
taskIS_SCHEDULER_SUSPENDED
(
)
==
pdFALSE
)
;
tasks.c:3070
configASSERT
(
taskIS_SCHEDULER_SUSPENDED
(
)
==
pdFALSE
)
;
tasks.c:3105
if
(
taskIS_YIELD_REQUIRED
(
pxTCB
,
pdFALSE
)
==
pdTRUE
)
tasks.c:3180
BaseType_t
xSwitchRequired
=
pdFALSE
;
tasks.c:3215
if
(
uxSchedulerSuspended
[
0
]
==
(
UBaseType_t
)
pdFALSE
)
tasks.c:3230
if
(
listLIST_IS_EMPTY
(
pxDelayedTaskList
)
!=
pdFALSE
)
tasks.c:3257
if
(
xYieldPending
[
0
]
!=
pdFALSE
)
tasks.c:3406
BaseType_t
xTaskScheduled
=
pdFALSE
;
tasks.c:3566
BaseType_t
xNewTopPrioritySet
=
pdFALSE
;
tasks.c:3567
for
(
uxCurPriority
=
uxTopReadyPriority
;
uxCurPriority
>=
0
&&
xTaskScheduled
==
pdFALSE
;
uxCurPriority
--
)
tasks.c:3573
if
(
xNewTopPrioritySet
==
pdFALSE
)
tasks.c:3582
if
(
taskIS_AFFINITY_COMPATIBLE
(
xCurCoreID
,
pxTCBCur
)
==
pdFALSE
)
tasks.c:3622
if
(
uxSchedulerSuspended
[
xCurCoreID
]
!=
(
UBaseType_t
)
pdFALSE
)
tasks.c:3661
xYieldPending
[
xCurCoreID
]
=
pdFALSE
;
tasks.c:3669
if
(
xWaitIndefinitely
!=
pdFALSE
)
tasks.c:3850
if
(
portCHECK_IF_IN_ISR
(
)
==
pdFALSE
)
tasks.c:3877
if
(
listLIST_IS_EMPTY
(
pxEventList
)
==
pdFALSE
)
tasks.c:3890
if
(
taskIS_YIELD_REQUIRED
(
pxUnblockedTCB
,
pdFALSE
)
==
pdTRUE
)
tasks.c:3938
xReturn
=
pdFALSE
;
tasks.c:3949
xReturn
=
pdFALSE
;
tasks.c:3956
if
(
portCHECK_IF_IN_ISR
(
)
==
pdFALSE
)
tasks.c:3961
if
(
uxSchedulerSuspended
[
0
]
==
(
UBaseType_t
)
pdFALSE
)
tasks.c:3997
xReturn
=
pdFALSE
;
tasks.c:4036
if
(
taskCAN_BE_SCHEDULED
(
pxUnblockedTCB
)
==
pdFALSE
)
tasks.c:4094
if
(
taskIS_YIELD_REQUIRED
(
pxUnblockedTCB
,
pdFALSE
)
==
pdTRUE
)
tasks.c:4123
if
(
pxCurrentTCBs
[
xCurCoreID
]
->
ucDelayAborted
!=
(
uint8_t
)
pdFALSE
)
tasks.c:4181
pxCurrentTCBs
[
xCurCoreID
]
->
ucDelayAborted
=
pdFALSE
;
tasks.c:4185
xReturn
=
pdFALSE
;
tasks.c:4197
xReturn
=
pdFALSE
;
tasks.c:4217
else
if
(
xYieldPending
[
xCurCoreID
]
!=
pdFALSE
)
tasks.c:4429
if
(
listLIST_IS_EMPTY
(
&
xTasksWaitingTermination
)
==
pdFALSE
)
tasks.c:4581
if
(
taskIS_CURRENTLY_RUNNING
(
(
(
TCB_t
*
)
listGET_LIST_ITEM_OWNER
(
xEntry
)
)
)
==
pdFALSE
)
tasks.c:4591
if
(
xGetFreeStackSpace
!=
pdFALSE
)
tasks.c:4742
if
(
listLIST_IS_EMPTY
(
pxDelayedTaskList
)
!=
pdFALSE
)
tasks.c:4948
if
(
xSchedulerRunning
==
pdFALSE
)
tasks.c:5012
if
(
uxSchedulerSuspended
[
portGET_CORE_ID
(
)
]
==
(
UBaseType_t
)
pdFALSE
)
tasks.c:5018
BaseType_t
xReturn
=
pdFALSE
;
tasks.c:5041
if
(
listIS_CONTAINED_WITHIN
(
&
(
pxReadyTasksLists
[
pxMutexHolderTCB
->
uxPriority
]
)
,
&
(
pxMutexHolderTCB
->
xStateListItem
)
)
!=
pdFALSE
)
tasks.c:5074
BaseType_t
xReturn
=
pdFALSE
;
tasks.c:5141
if
(
listIS_CONTAINED_WITHIN
(
&
(
pxReadyTasksLists
[
uxPriorityUsedOnEntry
]
)
,
&
(
pxTCB
->
xStateListItem
)
)
!=
pdFALSE
)
tasks.c:5293
if
(
xClearCountOnExit
!=
pdFALSE
)
tasks.c:5777
xReturn
=
pdFALSE
;
tasks.c:5873
if
(
taskIS_YIELD_REQUIRED
(
pxTCB
,
pdFALSE
)
==
pdTRUE
)
tasks.c:5992
if
(
taskIS_YIELD_REQUIRED
(
pxTCB
,
pdFALSE
)
==
pdTRUE
)
tasks.c:6130
if
(
taskIS_YIELD_REQUIRED
(
pxTCB
,
pdFALSE
)
==
pdTRUE
)
tasks.c:6224
pxCurrentTCBs
[
xCurCoreID
]
->
ucDelayAborted
=
pdFALSE
;
tasks.c:6359
if
(
(
xTicksToWait
==
portMAX_DELAY
)
&&
(
xCanBlockIndefinitely
!=
pdFALSE
)
)
tasks.c:6378
if
(
xAutoReload
!=
pdFALSE
)
timers.c:442
if
(
xAutoReload
!=
pdFALSE
)
timers.c:524
xReturn
=
pdFALSE
;
timers.c:548
xReturn
=
pdFALSE
;
timers.c:594
while
(
prvInsertTimerInActiveList
(
pxTimer
,
(
xExpiredTime
+
pxTimer
->
xTimerPeriodInTicks
)
,
xTimeNow
,
xExpiredTime
)
!=
pdFALSE
)
timers.c:618
if
(
xTimerListsWereSwitched
==
pdFALSE
)
timers.c:708
if
(
(
xListWasEmpty
==
pdFALSE
)
&&
(
xNextExpireTime
<=
xTimeNow
)
)
timers.c:711
if
(
xListWasEmpty
!=
pdFALSE
)
timers.c:724
if
(
prvEXIT_CRITICAL_OR_RESUME_ALL
(
&
xTimerLock
)
==
pdFALSE
)
timers.c:733
if
(
*
pxListWasEmpty
==
pdFALSE
)
timers.c:768
*
pxTimerListsWereSwitched
=
pdFALSE
;
timers.c:796
BaseType_t
xProcessTimerNow
=
pdFALSE
;
timers.c:810
if
(
listIS_CONTAINED_WITHIN
(
NULL
,
&
(
pxTimer
->
xTimerListItem
)
)
==
pdFALSE
)
/*lint !e961. The cast is only redundant when NULL is passed into the macro. */
timers.c:888
if
(
prvInsertTimerInActiveList
(
pxTimer
,
xMessage
.
u
.
xTimerParameters
.
xMessageValue
+
pxTimer
->
xTimerPeriodInTicks
,
xTimeNow
,
xMessage
.
u
.
xTimerParameters
.
xMessageValue
)
!=
pdFALSE
)
timers.c:917
while
(
listLIST_IS_EMPTY
(
pxCurrentTimerList
)
==
pdFALSE
)
timers.c:1006
xReturn
=
pdFALSE
;
timers.c:1085
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