the detailed warning info are:
CC: syslog/vsyslog.c "pthread/pthread_create.c", line 443: warning #1931-D: operand of sizeof is
not a type, variable, or dereferenced pointer expression
ptcb->cmn.timeslice = MSEC2TICK(CONFIG_RR_INTERVAL);
^
CC: dirent/lib_closedir.c "sched/sched_profil.c", line 81: warning #1931-D: operand of sizeof is not a
type, variable, or dereferenced pointer expression
wd_start(&prof->timer, PROFTICK, profil_timer_handler, arg);
^
"sched/sched_profil.c", line 142: warning #1931-D: operand of sizeof is not a
type, variable, or dereferenced pointer expression
wd_start(&prof->timer, PROFTICK, profil_timer_handler, (wdparm_t)prof);
^
CC: common/arm_modifyreg8.c "sched/sched_setscheduler.c", line 165: warning #1931-D: operand of sizeof is
not a type, variable, or dereferenced pointer expression
tcb->timeslice = MSEC2TICK(CONFIG_RR_INTERVAL);
^
CC: misc/lib_utsname.c "sched/sched_unlock.c", line 275: warning #1931-D: operand of sizeof is not a
type, variable, or dereferenced pointer expression
rtcb->timeslice = MSEC2TICK(CONFIG_RR_INTERVAL);
^
"sched/sched_roundrobin.c", line 119: warning #1931-D: operand of sizeof is
not a type, variable, or dereferenced pointer expression
tcb->timeslice = MSEC2TICK(CONFIG_RR_INTERVAL);
^
CC: armv7-m/arm_fpuconfig.c cxarm: Error: No files. Try -help.
CC: misc/lib_crc8ccitt.c cxarm: Error: No files. Try -help.
cxarm: Error: No files. Try -help.
CC: getprime_main.c cxarm: Error: No files. Try -help.
cxarm: Error: No files. Try -help.
CC: misc/lib_log2ceil.c cxarm: Error: No files. Try -help.
CC: task/task_start.c "task/task_setup.c", line 423: warning #1931-D: operand of sizeof is not a
type, variable, or dereferenced pointer expression
tcb->timeslice = MSEC2TICK(CONFIG_RR_INTERVAL);
^
Signed-off-by: guoshichao <guoshichao@xiaomi.com>
Supports the flush operation of the sensor.
The application can initiate a flush action through ioctl SNIOC_FLUSH
to trigger flush, and the call will be returned immediately.
Using SNIOC_GET_EVENTS to clear flush event,
However, the flush implementation is asynchronous, when all the flush
data is push to upper circbuffer, the POLLPRI event(FLUSH_COMPLETED)
will be reported.
Signed-off-by: dongjiuzhu1 <dongjiuzhu1@xiaomi.com>
When there is an actual physical sensor, the driver must implement the get info interface. The upper layer can obtain the actual physical sensor information through SNIOC_GET_INFO.
SNIOC_SET_INFO can only set the information of the local virtual sensor, which means it is bound to the local advertisement. Remote subscribers cannot set the information.
Usage:
struct sensor_device_info dev_info;
orb_ioctl(fd, SNIOC_GET_INFO, (unsigned long)(uintptr_t)&dev_info);
or:
ret = orb_set_info(fd, &dev_info);
ret = orb_get_info(fd, &dev_info);
Signed-off-by: likun17 <likun17@xiaomi.com>
"~/nuttx/include/nuttx/sched.h", line 631: warning #193-D:
zero used for undefined preprocessing identifier
"CONFIG_SCHED_CRITMONITOR_MAXTIME_THREAD"
#if CONFIG_SCHED_CRITMONITOR_MAXTIME_THREAD >= 0
^
"~/nuttx/include/nuttx/sched.h", line 637: warning #193-D:
zero used for undefined preprocessing identifier
"CONFIG_SCHED_CRITMONITOR_MAXTIME_PREEMPTION"
#if CONFIG_SCHED_CRITMONITOR_MAXTIME_PREEMPTION >= 0
^
"~/nuttx/include/nuttx/sched.h", line 642: warning #193-D:
zero used for undefined preprocessing identifier
"CONFIG_SCHED_CRITMONITOR_MAXTIME_CSECTION"
#if CONFIG_SCHED_CRITMONITOR_MAXTIME_CSECTION >= 0
^
"~/nuttx/include/nuttx/sched.h", line 789: warning #193-D:
zero used for undefined preprocessing identifier
"CONFIG_SCHED_CRITMONITOR_MAXTIME_PREEMPTION"
#if CONFIG_SCHED_CRITMONITOR_MAXTIME_PREEMPTION >= 0
^
"~/nuttx/include/nuttx/sched.h", line 793: warning #193-D:
zero used for undefined preprocessing identifier
"CONFIG_SCHED_CRITMONITOR_MAXTIME_CSECTION"
#if CONFIG_SCHED_CRITMONITOR_MAXTIME_CSECTION >= 0
^
"~/nuttx/include/nuttx/sched.h", line 631: warning #193-D:
zero used for undefined preprocessing identifier
"CONFIG_SCHED_CRITMONITOR_MAXTIME_THREAD"
#if CONFIG_SCHED_CRITMONITOR_MAXTIME_THREAD >= 0
^
"~/nuttx/include/nuttx/sched.h", line 637: warning #193-D:
zero used for undefined preprocessing identifier
"CONFIG_SCHED_CRITMONITOR_MAXTIME_PREEMPTION"
#if CONFIG_SCHED_CRITMONITOR_MAXTIME_PREEMPTION >= 0
^
"~/nuttx/include/nuttx/sched.h", line 642: warning #193-D:
zero used for undefined preprocessing identifier
"CONFIG_SCHED_CRITMONITOR_MAXTIME_CSECTION"
#if CONFIG_SCHED_CRITMONITOR_MAXTIME_CSECTION >= 0
^
"~/nuttx/include/nuttx/sched.h", line 789: warning #193-D:
zero used for undefined preprocessing identifier
"CONFIG_SCHED_CRITMONITOR_MAXTIME_PREEMPTION"
#if CONFIG_SCHED_CRITMONITOR_MAXTIME_PREEMPTION >= 0
^
"~/nuttx/include/nuttx/sched.h", line 793: warning #193-D:
zero used for undefined preprocessing identifier
"CONFIG_SCHED_CRITMONITOR_MAXTIME_CSECTION"
#if CONFIG_SCHED_CRITMONITOR_MAXTIME_CSECTION >= 0
Signed-off-by: yanghuatao <yanghuatao@xiaomi.com>
There will be a large performance loss after SCHED_CRITMONITOR is enabled.
By isolating thread running time-related functions, CPU load can be run with less overhead.
Signed-off-by: yinshengkai <yinshengkai@xiaomi.com>
Signed-off-by: buxiasen <buxiasen@xiaomi.com>
Compilation error:
Kasan/book. c: In the function '__hwasanloaded 16_noabort':
Kasan/book. c: 76:5: Warning: 'builtin-turn_dedress' contains only 2 bytes of address
kasan_check_report(addr, size, false, return_address(0)); \
^
Kasan/book. c: 423:1: Note: in expansion of macro 'DEFINE-HWASAN_LOAD-STORE'
DEFINE_HWASAN_LOAD_STORE(16)
^
Kasan/book. c: In the function '__hwasan_store16_noabort':
Kasan/book. c: 80:5: Warning: 'builtin-turn_dedress' contains only 2 bytes of address
kasan_check_report(addr, size, true, return_address(0)); \
^
Kasan/book. c: 423:1: Note: in expansion of macro 'DEFINE-HWASAN_LOAD-STORE'
DEFINE_HWASAN_LOAD_STORE(16)
^
CC: hello. min c hello. min c: In the function 'hello. min':
Hello. main. c: 39:3: Warning: 'builtin-turn_dedress' contains only 2 bytes of address
printf("Hello, World: %p!!\n", return_address(0));
Signed-off-by: wangmingrong1 <wangmingrong1@xiaomi.com>
1. Use always_inline_function instead of inline, inline does not take effect
2. Activate Kasan acceleration by 1/7
Signed-off-by: wangmingrong1 <wangmingrong1@xiaomi.com>
Summary:
1.Added msync callback in struct mm_map_entry_s
2.Added msync API in fs_msync.c
3.Added static msync_rammap for rammap.
Signed-off-by: chenrun1 <chenrun1@xiaomi.com>
detail: Add g_ prefix to can_dlc_to_len and len_to_can_dlc to
follow NuttX coding style conventions for global symbols,
improving code readability and maintainability.
Signed-off-by: zhaohaiyang1 <zhaohaiyang1@xiaomi.com>
This patch added support for SIGEV_THREAD_ID and sigev_notify_thread_id.
Signed-off-by: ouyangxiangzhen <ouyangxiangzhen@xiaomi.com>
Signed-off-by: ligd <liguiding1@xiaomi.com>
Return 1 to indicate the work was not cancelled.
Because it is currently being processed by work thread,
but wait for it to finish.
Signed-off-by: ligd <liguiding1@xiaomi.com>
The new API is defined by GNU and implemented in other LibCs, such as
Musl.
This also modifies API of obstack_blank_fast and obstack_1grow_fast.
These are defined as returning void and thus return value here is
incompatibility with other implementations.
Rpmsg Port Uart is a new rpmsg transport layer.
Just like the rpmsg port spi, the difference is that the physical
communication method changed from SPI to UART.
Signed-off-by: Bowen Wang <wangbowen6@xiaomi.com>
Add get_local_cpuname to the rpmsg framework ops to support communicate
with the same remote core with multi rpmsg transport.
Some rpmsg services will send local cpu name to remote core and then let
remote core to connect local core by using this cpu name, when there are
multi rpmsg channels with same remote core, the remote core may connect
to incorrect core, so use the error rpmsg channel.
For example, there are two rpmsg channels between ap and audio:
ap core audio core
[ap1] <-- rpmsg virtio1 --> [audio1]
[ap2] <-- rpmsg virtio2 --> [audio2]
When we want to use the rpmsg virtio1 to communicate, ap core may send
local cpuname "ap2" to audio, so the audio core use remote cpu "ap2" to
connect with ap, and resulting in the use of incorrect rpmsg channel.
Signed-off-by: Bowen Wang <wangbowen6@xiaomi.com>
Rpmsg Router is new rpmsg transport layer, it can router the rpmsg
messages to a cpu that not directly connected with local cpu by Rpmsg,
For the rpmsg services, it is as if there is a real Rpmsg Channel between
the local cpu and the remote cpu.
For examples, there are three cpus: ap, cp and audio.
ap and cp, ap and audio has share memory and be connected by Rpmsg VirtIO,
so ap and cp, ap and audio can communicate with each other by Rpmsg, but
cp can not communicate with audio direclty.
[cp] <-- rpmsg virtio --> [ap] <-- rpmsg virtio --> [audio]
With rpmsg router, the cp can communicate with audip by Rpmsg dereclty because
the router in ap will forward the rpmsg message from cp/audio to audio/cp, like
this:
+<----- rpmsg router --> hub <-- rpmsg router ------>+
| | |
[cp] <-- rpmsg virtio --> [ap] <-- rpmsg virtio --> [audio]
Signed-off-by: yintao <yintao@xiaomi.com>
Add Rpmsg-Port-SPI transport layer.
Rpmsg Port SPI is a new rpmsg transport layer based on the Rpmsg Port,
it provides the capability for two SPI-connected (and two extra GPIO)
chips to communicate with each other using Rpmsg.
All already implemented Rpmsg Services can be used with this new transport
layer without any modifications.
Signed-off-by: liaoao <liaoao@xiaomi.com>
Rpmsg Physical Transport Layer is a new rpmsg transport, it's a
common part for the physical communication based rpmsg transport
layers such as Rpmsg-SPI and Rpmsg-Uart.
It implements three common parts:
1. Implement the NuttX and OpenAMP rpmsg frameworks' ops and the
rpmsg name service;
2. The buffer management and provide some APIs to lower layer to use;
Signed-off-by: liaoao <liaoao@xiaomi.com>
