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Remove some carriage returns

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This commit is contained in:
Gregory Nutt 2015-04-08 09:05:48 -06:00
parent 95ee8a4ef9
commit 9ed20f79dc
5 changed files with 671 additions and 671 deletions
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808
configs/avr32dev1/ostest/test-result.txt
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@ -1,404 +1,404 @@
examples/ostest output as of November 4, 2010
=============================================
stdio_test: write fd=1
stdio_test: write fd=2
stdio_test: Standard I/O Check: printf
user_start: Started user_main at PID=2
user_start: Exitting
stdio_test: Standard I/O Check: fprintf to stderr
user_main: Begin argument test
user_main: Started with argc=5
user_main: argv[0]="<noname>"
user_main: argv[1]="Arg1"
user_main: argv[2]="Arg2"
user_main: argv[3]="Arg3"
user_main: argv[4]="Arg4"
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: /dev/null test
dev_null: Read 0 bytes from /dev/null
dev_null: Wrote 1024 bytes to /dev/null
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: mutex test
Initializing mutex
Starting thread 1
Starting thread 2
Thread1 Thread2
Loops 32 32
Errors 0 0
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: cancel test
cancel_test: Test 1: Normal Cancelation
cancel_test: Starting thread
start_thread: Initializing mutex
start_thread: Initializing cond
start_thread: Starting thread
thread_waiter: Taking mutex
thread_waiter: Starting wait for condition
start_thread: Yielding
cancel_test: Canceling thread
cancel_test: Joining
cancel_test: waiter exited with result=ffffffff
cancel_test: PASS thread terminated with PTHREAD_CANCELED
cancel_test: Test 2: Cancelation of detached thread
cancel_test: Re-starting thread
restart_thread: Destroying cond
restart_thread: Destroying mutex
restart_thread: Re-starting thread
start_thread: Initializing mutex
start_thread: Initializing cond
start_thread: Starting thread
thread_waiter: Taking mutex
thread_waiter: Starting wait for condition
start_thread: Yielding
cancel_test: Canceling thread
cancel_test: Joining
cancel_test: PASS pthread_join failed with status=ESRCH
cancel_test: Test 3: Non-cancelable threads
cancel_test: Re-starting thread (non-cancelable)
restart_thread: Destroying cond
restart_thread: Destroying mutex
restart_thread: Re-starting thread
start_thread: Initializing mutex
start_thread: Initializing cond
start_thread: Starting thread
thread_waiter: Taking mutex
thread_waiter: Starting wait for condition
thread_waiter: Setting non-cancelable
start_thread: Yielding
cancel_test: Canceling thread
cancel_test: Joining
thread_waiter: Releasing mutex
thread_waiter: Setting cancelable
cancel_test: waiter exited with result=ffffffff
cancel_test: PASS thread terminated with PTHREAD_CANCELED
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: semaphore test
sem_test: Initializing semaphore to 0
sem_test: Starting waiter thread 1
sem_test: Set thread 1 priority to 191
waiter_func: Thread 1 Started
waiter_func: Thread 1 initial semaphore value = 0
waiter_func: Thread 1 waiting on semaphore
sem_test: Starting waiter thread 2
sem_test: Set thread 2 priority to 128
waiter_func: Thread 2 Started
waiter_func: Thread 2 initial semaphore value = -1
waiter_func: Thread 2 waiting on semaphore
sem_test: Starting poster thread 3
sem_test: Set thread 3 priority to 64
poster_func: Thread 3 started
poster_func: Thread 3 semaphore value = -2
poster_func: Thread 3 posting semaphore
waiter_func: Thread 1 awakened
waiter_func: Thread 1 new semaphore value = -1
waiter_func: Thread 1 done
poster_func: Thread 3 new semaphore value = -1
poster_func: Thread 3 semaphore value = -1
poster_func: Thread 3 posting semaphore
waiter_func: Thread 2 awakened
waiter_func: Thread 2 new semaphore value = 0
waiter_func: Thread 2 done
poster_func: Thread 3 new semaphore value = 0
poster_func: Thread 3 done
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: condition variable test
cond_test: Initializing mutex
cond_test: Initializing cond
cond_test: Starting waiter
cond_test: Set thread 1 priority to 128
waiter_thread: Started
cond_test: Starting signaler
cond_test: Set thread 2 priority to 64
thread_signaler: Started
thread_signaler: Terminating
cond_test: signaler terminated, now cancel the waiter
cond_test: Waiter Signaler
cond_test: Loops 32 32
cond_test: Errors 0 0
cond_test:
cond_test: 0 times, waiter did not have to wait for data
cond_test: 0 times, data was already available when the signaler run
cond_test: 0 times, the waiter was in an unexpected state when the signaler ran
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: timed wait test
thread_waiter: Initializing mutex
timedwait_test: Initializing cond
timedwait_test: Starting waiter
timedwait_test: Set thread 2 priority to 177
thread_waiter: Taking mutex
thread_waiter: Starting 5 second wait for condition
timedwait_test: Joining
thread_waiter: pthread_cond_timedwait timed out
thread_waiter: Releasing mutex
thread_waiter: Exit with status 0x12345678
timedwait_test: waiter exited with result=12345678
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: message queue test
mqueue_test: Starting receiver
mqueue_test: Set receiver priority to 128
receiver_thread: Starting
mqueue_test: Starting sender
mqueue_test: Set sender thread priority to 64
mqueue_test: Waiting for sender to complete
sender_thread: Starting
receiver_thread: mq_receive succeeded on msg 0
sender_thread: mq_send succeeded on msg 0
receiver_thread: mq_receive succeeded on msg 1
sender_thread: mq_send succeeded on msg 1
receiver_thread: mq_receive succeeded on msg 2
sender_thread: mq_send succeeded on msg 2
receiver_thread: mq_receive succeeded on msg 3
sender_thread: mq_send succeeded on msg 3
receiver_thread: mq_receive succeeded on msg 4
sender_thread: mq_send succeeded on msg 4
receiver_thread: mq_receive succeeded on msg 5
sender_thread: mq_send succeeded on msg 5
receiver_thread: mq_receive succeeded on msg 6
sender_thread: mq_send succeeded on msg 6
receiver_thread: mq_receive succeeded on msg 7
sender_thread: mq_send succeeded on msg 7
receiver_thread: mq_receive succeeded on msg 8
sender_thread: mq_send succeeded on msg 8
receiver_thread: mq_receive succeeded on msg 9
sender_thread: mq_send succeeded on msg 9
sender_thread: returning nerrors=0
mqueue_test: Killing receiver
receiver_thread: mq_receive interrupted!
receiver_thread: returning nerrors=0
mqueue_test: Canceling receiver
mqueue_test: receiver has already terminated
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: timed message queue test
timedmqueue_test: Starting sender
sender_thread: Starting
sender_thread: mq_timedsend succeeded on msg 0
sender_thread: mq_timedsend succeeded on msg 1
sender_thread: mq_timedsend succeeded on msg 2
sender_thread: mq_timedsend succeeded on msg 3
sender_thread: mq_timedsend succeeded on msg 4
sender_thread: mq_timedsend succeeded on msg 5
sender_thread: mq_timedsend succeeded on msg 6
sender_thread: mq_timedsend succeeded on msg 7
sender_thread: mq_timedsend succeeded on msg 8
timedmqueue_test: Waiting for sender to complete
sender_thread: mq_timedsend 9 timed out as expected
sender_thread: returning nerrors=0
timedmqueue_test: Starting receiver
receiver_thread: Starting
receiver_thread: mq_timedreceive succeeded on msg 0
receiver_thread: mq_timedreceive succeeded on msg 1
receiver_thread: mq_timedreceive succeeded on msg 2
receiver_thread: mq_timedreceive succeeded on msg 3
receiver_thread: mq_timedreceive succeeded on msg 4
receiver_thread: mq_timedreceive succeeded on msg 5
receiver_thread: mq_timedreceive succeeded on msg 6
receiver_thread: mq_timedreceive succeeded on msg 7
receiver_thread: mq_timedreceive succeeded on msg 8
timedmqueue_test: Waiting for receiver to complete
receiver_thread: Receive 9 timed out as expected
receiver_thread: returning nerrors=0
timedmqueue_test: Test complete
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: signal handler test
sighand_test: Initializing semaphore to 0
sighand_test: Starting waiter task
sighand_test: Started waiter_main pid=20
waiter_main: Waiter started
waiter_main: Unmasking signal 17
waiter_main: Registering signal handler
waiter_main: oact.sigaction=0 oact.sa_flags=0 oact.sa_mask=0
waiter_main: Waiting on semaphore
sighand_test: Signaling pid=20 with signo=17 sigvalue=42
wakeup_action: Received signal 17
wakeup_action: sival_int=42
wakeup_action: si_code=1
wakeup_action: ucontext=0
waiter_main: sem_wait() successfully interrupted by signal
waiter_main: done
sighand_test: done
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: POSIX timer test
timer_test: Initializing semaphore to 0
timer_test: Unmasking signal 17
timer_test: Registering signal handler
timer_test: oact.sigaction=0 oact.sa_flags=0 oact.sa_mask=0
timer_test: Creating timer
timer_test: Starting timer
timer_test: Waiting on semaphore
timer_expiration: Received signal 17
timer_expiration: sival_int=42
timer_expiration: si_code=2 (SI_TIMER)
timer_expiration: ucontext=0
timer_test: sem_wait() successfully interrupted by signal
timer_test: g_nsigreceived=1
timer_test: Waiting on semaphore
timer_expiration: Received signal 17
timer_expiration: sival_int=42
timer_expiration: si_code=2 (SI_TIMER)
timer_expiration: ucontext=0
timer_test: sem_wait() successfully interrupted by signal
timer_test: g_nsigreceived=2
timer_test: Waiting on semaphore
timer_expiration: Received signal 17
timer_expiration: sival_int=42
timer_expiration: si_code=2 (SI_TIMER)
timer_expiration: ucontext=0
timer_test: sem_wait() successfully interrupted by signal
timer_test: g_nsigreceived=3
timer_test: Waiting on semaphore
timer_expiration: Received signal 17
timer_expiration: sival_int=42
timer_expiration: si_code=2 (SI_TIMER)
timer_expiration: ucontext=0
timer_test: sem_wait() successfully interrupted by signal
timer_test: g_nsigreceived=4
timer_test: Waiting on semaphore
timer_expiration: Received signal 17
timer_expiration: sival_int=42
timer_expiration: si_code=2 (SI_TIMER)
timer_expiration: ucontext=0
timer_test: sem_wait() successfully interrupted by signal
timer_test: g_nsigreceived=5
timer_test: Deleting timer
timer_test: done
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: barrier test
barrier_test: Initializing barrier
barrier_func: Thread 0 started
barrier_test: Thread 0 created
barrier_func: Thread 1 started
barrier_test: Thread 1 created
barrier_func: Thread 2 started
barrier_test: Thread 2 created
barrier_func: Thread 0 calling pthread_barrier_wait()
barrier_func: Thread 1 calling pthread_barrier_wait()
barrier_func: Thread 2 calling pthread_barrier_wait()
barrier_func: Thread 2, back with status=PTHREAD_BARRIER_SERIAL_THREAD (I AM SPECIAL)
barrier_func: Thread 0, back with status=0 (I am not special)
barrier_func: Thread 1, back with status=0 (I am not special)
barrier_func: Thread 2 done
barrier_func: Thread 0 done
barrier_func: Thread 1 done
barrier_test: Thread 0 completed with result=0
barrier_test: Thread 1 completed with result=0
barrier_test: Thread 2 completed with result=0
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
Final memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: Exitting
examples/ostest output as of November 4, 2010
=============================================
stdio_test: write fd=1
stdio_test: write fd=2
stdio_test: Standard I/O Check: printf
user_start: Started user_main at PID=2
user_start: Exitting
stdio_test: Standard I/O Check: fprintf to stderr
user_main: Begin argument test
user_main: Started with argc=5
user_main: argv[0]="<noname>"
user_main: argv[1]="Arg1"
user_main: argv[2]="Arg2"
user_main: argv[3]="Arg3"
user_main: argv[4]="Arg4"
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: /dev/null test
dev_null: Read 0 bytes from /dev/null
dev_null: Wrote 1024 bytes to /dev/null
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: mutex test
Initializing mutex
Starting thread 1
Starting thread 2
Thread1 Thread2
Loops 32 32
Errors 0 0
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: cancel test
cancel_test: Test 1: Normal Cancelation
cancel_test: Starting thread
start_thread: Initializing mutex
start_thread: Initializing cond
start_thread: Starting thread
thread_waiter: Taking mutex
thread_waiter: Starting wait for condition
start_thread: Yielding
cancel_test: Canceling thread
cancel_test: Joining
cancel_test: waiter exited with result=ffffffff
cancel_test: PASS thread terminated with PTHREAD_CANCELED
cancel_test: Test 2: Cancelation of detached thread
cancel_test: Re-starting thread
restart_thread: Destroying cond
restart_thread: Destroying mutex
restart_thread: Re-starting thread
start_thread: Initializing mutex
start_thread: Initializing cond
start_thread: Starting thread
thread_waiter: Taking mutex
thread_waiter: Starting wait for condition
start_thread: Yielding
cancel_test: Canceling thread
cancel_test: Joining
cancel_test: PASS pthread_join failed with status=ESRCH
cancel_test: Test 3: Non-cancelable threads
cancel_test: Re-starting thread (non-cancelable)
restart_thread: Destroying cond
restart_thread: Destroying mutex
restart_thread: Re-starting thread
start_thread: Initializing mutex
start_thread: Initializing cond
start_thread: Starting thread
thread_waiter: Taking mutex
thread_waiter: Starting wait for condition
thread_waiter: Setting non-cancelable
start_thread: Yielding
cancel_test: Canceling thread
cancel_test: Joining
thread_waiter: Releasing mutex
thread_waiter: Setting cancelable
cancel_test: waiter exited with result=ffffffff
cancel_test: PASS thread terminated with PTHREAD_CANCELED
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: semaphore test
sem_test: Initializing semaphore to 0
sem_test: Starting waiter thread 1
sem_test: Set thread 1 priority to 191
waiter_func: Thread 1 Started
waiter_func: Thread 1 initial semaphore value = 0
waiter_func: Thread 1 waiting on semaphore
sem_test: Starting waiter thread 2
sem_test: Set thread 2 priority to 128
waiter_func: Thread 2 Started
waiter_func: Thread 2 initial semaphore value = -1
waiter_func: Thread 2 waiting on semaphore
sem_test: Starting poster thread 3
sem_test: Set thread 3 priority to 64
poster_func: Thread 3 started
poster_func: Thread 3 semaphore value = -2
poster_func: Thread 3 posting semaphore
waiter_func: Thread 1 awakened
waiter_func: Thread 1 new semaphore value = -1
waiter_func: Thread 1 done
poster_func: Thread 3 new semaphore value = -1
poster_func: Thread 3 semaphore value = -1
poster_func: Thread 3 posting semaphore
waiter_func: Thread 2 awakened
waiter_func: Thread 2 new semaphore value = 0
waiter_func: Thread 2 done
poster_func: Thread 3 new semaphore value = 0
poster_func: Thread 3 done
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: condition variable test
cond_test: Initializing mutex
cond_test: Initializing cond
cond_test: Starting waiter
cond_test: Set thread 1 priority to 128
waiter_thread: Started
cond_test: Starting signaler
cond_test: Set thread 2 priority to 64
thread_signaler: Started
thread_signaler: Terminating
cond_test: signaler terminated, now cancel the waiter
cond_test: Waiter Signaler
cond_test: Loops 32 32
cond_test: Errors 0 0
cond_test:
cond_test: 0 times, waiter did not have to wait for data
cond_test: 0 times, data was already available when the signaler run
cond_test: 0 times, the waiter was in an unexpected state when the signaler ran
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: timed wait test
thread_waiter: Initializing mutex
timedwait_test: Initializing cond
timedwait_test: Starting waiter
timedwait_test: Set thread 2 priority to 177
thread_waiter: Taking mutex
thread_waiter: Starting 5 second wait for condition
timedwait_test: Joining
thread_waiter: pthread_cond_timedwait timed out
thread_waiter: Releasing mutex
thread_waiter: Exit with status 0x12345678
timedwait_test: waiter exited with result=12345678
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: message queue test
mqueue_test: Starting receiver
mqueue_test: Set receiver priority to 128
receiver_thread: Starting
mqueue_test: Starting sender
mqueue_test: Set sender thread priority to 64
mqueue_test: Waiting for sender to complete
sender_thread: Starting
receiver_thread: mq_receive succeeded on msg 0
sender_thread: mq_send succeeded on msg 0
receiver_thread: mq_receive succeeded on msg 1
sender_thread: mq_send succeeded on msg 1
receiver_thread: mq_receive succeeded on msg 2
sender_thread: mq_send succeeded on msg 2
receiver_thread: mq_receive succeeded on msg 3
sender_thread: mq_send succeeded on msg 3
receiver_thread: mq_receive succeeded on msg 4
sender_thread: mq_send succeeded on msg 4
receiver_thread: mq_receive succeeded on msg 5
sender_thread: mq_send succeeded on msg 5
receiver_thread: mq_receive succeeded on msg 6
sender_thread: mq_send succeeded on msg 6
receiver_thread: mq_receive succeeded on msg 7
sender_thread: mq_send succeeded on msg 7
receiver_thread: mq_receive succeeded on msg 8
sender_thread: mq_send succeeded on msg 8
receiver_thread: mq_receive succeeded on msg 9
sender_thread: mq_send succeeded on msg 9
sender_thread: returning nerrors=0
mqueue_test: Killing receiver
receiver_thread: mq_receive interrupted!
receiver_thread: returning nerrors=0
mqueue_test: Canceling receiver
mqueue_test: receiver has already terminated
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: timed message queue test
timedmqueue_test: Starting sender
sender_thread: Starting
sender_thread: mq_timedsend succeeded on msg 0
sender_thread: mq_timedsend succeeded on msg 1
sender_thread: mq_timedsend succeeded on msg 2
sender_thread: mq_timedsend succeeded on msg 3
sender_thread: mq_timedsend succeeded on msg 4
sender_thread: mq_timedsend succeeded on msg 5
sender_thread: mq_timedsend succeeded on msg 6
sender_thread: mq_timedsend succeeded on msg 7
sender_thread: mq_timedsend succeeded on msg 8
timedmqueue_test: Waiting for sender to complete
sender_thread: mq_timedsend 9 timed out as expected
sender_thread: returning nerrors=0
timedmqueue_test: Starting receiver
receiver_thread: Starting
receiver_thread: mq_timedreceive succeeded on msg 0
receiver_thread: mq_timedreceive succeeded on msg 1
receiver_thread: mq_timedreceive succeeded on msg 2
receiver_thread: mq_timedreceive succeeded on msg 3
receiver_thread: mq_timedreceive succeeded on msg 4
receiver_thread: mq_timedreceive succeeded on msg 5
receiver_thread: mq_timedreceive succeeded on msg 6
receiver_thread: mq_timedreceive succeeded on msg 7
receiver_thread: mq_timedreceive succeeded on msg 8
timedmqueue_test: Waiting for receiver to complete
receiver_thread: Receive 9 timed out as expected
receiver_thread: returning nerrors=0
timedmqueue_test: Test complete
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: signal handler test
sighand_test: Initializing semaphore to 0
sighand_test: Starting waiter task
sighand_test: Started waiter_main pid=20
waiter_main: Waiter started
waiter_main: Unmasking signal 17
waiter_main: Registering signal handler
waiter_main: oact.sigaction=0 oact.sa_flags=0 oact.sa_mask=0
waiter_main: Waiting on semaphore
sighand_test: Signaling pid=20 with signo=17 sigvalue=42
wakeup_action: Received signal 17
wakeup_action: sival_int=42
wakeup_action: si_code=1
wakeup_action: ucontext=0
waiter_main: sem_wait() successfully interrupted by signal
waiter_main: done
sighand_test: done
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: POSIX timer test
timer_test: Initializing semaphore to 0
timer_test: Unmasking signal 17
timer_test: Registering signal handler
timer_test: oact.sigaction=0 oact.sa_flags=0 oact.sa_mask=0
timer_test: Creating timer
timer_test: Starting timer
timer_test: Waiting on semaphore
timer_expiration: Received signal 17
timer_expiration: sival_int=42
timer_expiration: si_code=2 (SI_TIMER)
timer_expiration: ucontext=0
timer_test: sem_wait() successfully interrupted by signal
timer_test: g_nsigreceived=1
timer_test: Waiting on semaphore
timer_expiration: Received signal 17
timer_expiration: sival_int=42
timer_expiration: si_code=2 (SI_TIMER)
timer_expiration: ucontext=0
timer_test: sem_wait() successfully interrupted by signal
timer_test: g_nsigreceived=2
timer_test: Waiting on semaphore
timer_expiration: Received signal 17
timer_expiration: sival_int=42
timer_expiration: si_code=2 (SI_TIMER)
timer_expiration: ucontext=0
timer_test: sem_wait() successfully interrupted by signal
timer_test: g_nsigreceived=3
timer_test: Waiting on semaphore
timer_expiration: Received signal 17
timer_expiration: sival_int=42
timer_expiration: si_code=2 (SI_TIMER)
timer_expiration: ucontext=0
timer_test: sem_wait() successfully interrupted by signal
timer_test: g_nsigreceived=4
timer_test: Waiting on semaphore
timer_expiration: Received signal 17
timer_expiration: sival_int=42
timer_expiration: si_code=2 (SI_TIMER)
timer_expiration: ucontext=0
timer_test: sem_wait() successfully interrupted by signal
timer_test: g_nsigreceived=5
timer_test: Deleting timer
timer_test: done
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: barrier test
barrier_test: Initializing barrier
barrier_func: Thread 0 started
barrier_test: Thread 0 created
barrier_func: Thread 1 started
barrier_test: Thread 1 created
barrier_func: Thread 2 started
barrier_test: Thread 2 created
barrier_func: Thread 0 calling pthread_barrier_wait()
barrier_func: Thread 1 calling pthread_barrier_wait()
barrier_func: Thread 2 calling pthread_barrier_wait()
barrier_func: Thread 2, back with status=PTHREAD_BARRIER_SERIAL_THREAD (I AM SPECIAL)
barrier_func: Thread 0, back with status=0 (I am not special)
barrier_func: Thread 1, back with status=0 (I am not special)
barrier_func: Thread 2 done
barrier_func: Thread 0 done
barrier_func: Thread 1 done
barrier_test: Thread 0 completed with result=0
barrier_test: Thread 1 completed with result=0
barrier_test: Thread 2 completed with result=0
End of test memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
Final memory usage:
VARIABLE BEFORE AFTER
======== ======== ========
arena 71a0 71a0
ordblks 2 2
mxordblk 4a80 4a80
uordblks 1900 1900
fordblks 58a0 58a0
user_main: Exitting

246
configs/cc3200-launchpad/README.txt
View File

@ -1,123 +1,123 @@
README
======
This is the README file for the port of NuttX to the TI CC3200 Launchpad.
OpenOCD for Windows
===================
Get the CC3200 SDK
------------------
Get this from the TI web site. Also get "CC3200 SimpleLink™ Wi-Fi® and
IoT Solution With MCU LaunchPad™ Getting Started Guide" (SWRU376A)
Get OpenOCD
------------
The OpenOCD project is here: http://openocd.sourceforge.net/
I use the pre-built binaries provided by Freddie Chopin that can b
downloaded here: http://www.freddiechopin.info/
I used version 0.8.0 which available here:
http://www.freddiechopin.info/en/articles/34-news/92-openocd-w-wersji-080
Other versions are available here:
http://www.freddiechopin.info/en/download/category/4-openocd
Get Zadig
---------
Unless you are very clever with Windows drivers, then I also recommend
that you download and install Zadig: http://zadig.akeo.ie/
Other Stuff
-----------
USB Cable, your favorite serial terminal program, NuttX build with
one of the CC3200 configurations in this diretory.
Installing
----------
Install the TI CC3200 SDK and OpenOCD. Zadig is just an binary so there
is no installation. Plug in the CC3200 via the USB cable. You should see
two new devices in the Windows Device Manager, both called:
USB <-> JTAG/SWD
There will be indications on the driver icon that no driver is installed.
Follow the instructions in the paragraph "Install USB Driver" to install
the TI USB drivers. You need to do this twice, once for each device. Now
you will have two devices with different names:
CC3200CP JTAG Port A, and
CC3200CP UART Port B
OpenOCD cannot use the TI JTAG drivers. So we need to replace that port
(ONLY) with the libusb driver. Use Zadig to install the libusb driver
replacing the TI driver for "CC3200CP JTAG Port A". Now you should have
the following under "Ports (COM & LPT)":
CC3200 UART Port B
And under "Universal Serial Bus Devices", again:
USB <-> JTAG/SWD
But this time without the indication that a driver is needed.
Starting OpenOCD
----------------
These instructions assume that (1) you are using a terminal with a Bash
shell under Cygwin, (2) that you installed OpenOCD at C:\openocd-0.8.0,
and (3) you are using a 64-bit windows version. You will need to make
minor changes if any of these are not true.
The script to use with OpenOCD 0.8.0 is provided in
nuttx/configs/cc3200-launchpad/tools. Go there and start OpenOCd as
follow:
$ cd configs/cc3200-launchpad/tools
$ /cygdrive/c/openocd-0.8.0/bin-x64/openocd-x64-0.8.0.exe --file cc3200.cfg
And you should see something like:
Open On-Chip Debugger 0.8.0 (2014-04-28-08:42)
Licensed under GNU GPL v2
For bug reports, read
http://openocd.sourceforge.net/doc/doxygen/bugs.html
Info : only one transport option; autoselect 'jtag'
adapter speed: 1000 kHz
Info : clock speed 1000 kHz
Info : JTAG tap: cc3200.jrc tap/device found: 0x0b97c02f (mfg: 0x017, part: 0xb97c, ver: 0x0)
Info : JTAG tap: cc3200.dap enabled
Info : cc3200.cpu: hardware has 6 breakpoints, 4 watchpoints
Open the Serial Terminal
------------------------
Connect the CC3200 board via the USB cabale. Open the serial terminal
program using the libusb COM device. For me this is usually COM6 but
could be anything. If you are unsure, remove the CC3200 and see which
one goes away.
The serial interface should be configured 115200 8N1.
Using GDB
---------
Start GDB and connect to OpenOCD:
$ arm-none-eabi-gdb
(gdb) target remote localhost:3333
Load and start the NuttX ELF file (nuttx):
(gdb) mon reset halt
(gdb) load nuttx
(gdb) cont
(gdb)
After entering cont(inue), you should see the NSH prompt in the serial
terminal window:
C3200 init
NuttShell (NSH)
nsh>
README
======
This is the README file for the port of NuttX to the TI CC3200 Launchpad.
OpenOCD for Windows
===================
Get the CC3200 SDK
------------------
Get this from the TI web site. Also get "CC3200 SimpleLink™ Wi-Fi® and
IoT Solution With MCU LaunchPad™ Getting Started Guide" (SWRU376A)
Get OpenOCD
------------
The OpenOCD project is here: http://openocd.sourceforge.net/
I use the pre-built binaries provided by Freddie Chopin that can b
downloaded here: http://www.freddiechopin.info/
I used version 0.8.0 which available here:
http://www.freddiechopin.info/en/articles/34-news/92-openocd-w-wersji-080
Other versions are available here:
http://www.freddiechopin.info/en/download/category/4-openocd
Get Zadig
---------
Unless you are very clever with Windows drivers, then I also recommend
that you download and install Zadig: http://zadig.akeo.ie/
Other Stuff
-----------
USB Cable, your favorite serial terminal program, NuttX build with
one of the CC3200 configurations in this diretory.
Installing
----------
Install the TI CC3200 SDK and OpenOCD. Zadig is just an binary so there
is no installation. Plug in the CC3200 via the USB cable. You should see
two new devices in the Windows Device Manager, both called:
USB <-> JTAG/SWD
There will be indications on the driver icon that no driver is installed.
Follow the instructions in the paragraph "Install USB Driver" to install
the TI USB drivers. You need to do this twice, once for each device. Now
you will have two devices with different names:
CC3200CP JTAG Port A, and
CC3200CP UART Port B
OpenOCD cannot use the TI JTAG drivers. So we need to replace that port
(ONLY) with the libusb driver. Use Zadig to install the libusb driver
replacing the TI driver for "CC3200CP JTAG Port A". Now you should have
the following under "Ports (COM & LPT)":
CC3200 UART Port B
And under "Universal Serial Bus Devices", again:
USB <-> JTAG/SWD
But this time without the indication that a driver is needed.
Starting OpenOCD
----------------
These instructions assume that (1) you are using a terminal with a Bash
shell under Cygwin, (2) that you installed OpenOCD at C:\openocd-0.8.0,
and (3) you are using a 64-bit windows version. You will need to make
minor changes if any of these are not true.
The script to use with OpenOCD 0.8.0 is provided in
nuttx/configs/cc3200-launchpad/tools. Go there and start OpenOCd as
follow:
$ cd configs/cc3200-launchpad/tools
$ /cygdrive/c/openocd-0.8.0/bin-x64/openocd-x64-0.8.0.exe --file cc3200.cfg
And you should see something like:
Open On-Chip Debugger 0.8.0 (2014-04-28-08:42)
Licensed under GNU GPL v2
For bug reports, read
http://openocd.sourceforge.net/doc/doxygen/bugs.html
Info : only one transport option; autoselect 'jtag'
adapter speed: 1000 kHz
Info : clock speed 1000 kHz
Info : JTAG tap: cc3200.jrc tap/device found: 0x0b97c02f (mfg: 0x017, part: 0xb97c, ver: 0x0)
Info : JTAG tap: cc3200.dap enabled
Info : cc3200.cpu: hardware has 6 breakpoints, 4 watchpoints
Open the Serial Terminal
------------------------
Connect the CC3200 board via the USB cabale. Open the serial terminal
program using the libusb COM device. For me this is usually COM6 but
could be anything. If you are unsure, remove the CC3200 and see which
one goes away.
The serial interface should be configured 115200 8N1.
Using GDB
---------
Start GDB and connect to OpenOCD:
$ arm-none-eabi-gdb
(gdb) target remote localhost:3333
Load and start the NuttX ELF file (nuttx):
(gdb) mon reset halt
(gdb) load nuttx
(gdb) cont
(gdb)
After entering cont(inue), you should see the NSH prompt in the serial
terminal window:
C3200 init
NuttShell (NSH)
nsh>

128
configs/mcu123-lpc214x/lpc21isp-1.60.diff
View File

@ -2,82 +2,82 @@ diff -rub lpc21isp-1.60/lpc21isp.c lpc21isp-Linux//lpc21isp.c
--- lpc21isp-1.60/lpc21isp.c 2008-07-21 15:17:06.000000000 -0600
+++ lpc21isp-Linux//lpc21isp.c 2008-09-16 09:21:20.000000000 -0600
@@ -22,6 +22,7 @@
#include "adprog.h"
#include "lpcprog.h"
#include "lpcterm.h"
+#include "errno.h"
/*
Change-History:
#include "adprog.h"
#include "lpcprog.h"
#include "lpcterm.h"
+#include "errno.h"
/*
Change-History:
@@ -319,10 +320,7 @@
if (IspEnvironment->fdCom < 0)
{
- int* p_err = __error();
- int err;
- if (p_err) { err = *p_err; }
- DebugPrintf(1, "Can't open COM-Port %s ! (Error: %dd (0x%X))\n", IspEnvironment->serial_port, err, err);
+ DebugPrintf(1, "Can't open COM-Port %s ! (Error: %dd (0x%X))\n", IspEnvironment->serial_port, errno, errno);
exit(2);
}
if (IspEnvironment->fdCom < 0)
{
- int* p_err = __error();
- int err;
- if (p_err) { err = *p_err; }
- DebugPrintf(1, "Can't open COM-Port %s ! (Error: %dd (0x%X))\n", IspEnvironment->serial_port, err, err);
+ DebugPrintf(1, "Can't open COM-Port %s ! (Error: %dd (0x%X))\n", IspEnvironment->serial_port, errno, errno);
exit(2);
}
diff -rub lpc21isp-1.60/lpc21isp.h lpc21isp-Linux//lpc21isp.h
--- lpc21isp-1.60/lpc21isp.h 2008-05-10 17:35:00.000000000 -0600
+++ lpc21isp-Linux//lpc21isp.h 2008-09-16 09:18:42.000000000 -0600
@@ -165,6 +165,7 @@
#endif
unsigned serial_timeout_count; /**< Local used to track timeouts on serial port read. */
+ unsigned char DoNotStart; /* Do not start Code if this is set*/
} ISP_ENVIRONMENT;
#endif
unsigned serial_timeout_count; /**< Local used to track timeouts on serial port read. */
+ unsigned char DoNotStart; /* Do not start Code if this is set*/
} ISP_ENVIRONMENT;
@@ -173,7 +174,6 @@
#define DebugPrintf(in, ...)
#else
-extern int debug_level;
#if defined INTEGRATED_IN_WIN_APP
#define DebugPrintf(in, ...)
#else
-extern int debug_level;
#if defined INTEGRATED_IN_WIN_APP
@@ -191,7 +191,6 @@
#else
void DebugPrintf(int level, const char *fmt, ...);
-//#define DebugPrintf(level, ...) if (level <= debug_level) { TRACE( __VA_ARGS__ ); }
#endif
void ClearSerialPortBuffers(ISP_ENVIRONMENT *IspEnvironment);
#else
void DebugPrintf(int level, const char *fmt, ...);
-//#define DebugPrintf(level, ...) if (level <= debug_level) { TRACE( __VA_ARGS__ ); }
#endif
void ClearSerialPortBuffers(ISP_ENVIRONMENT *IspEnvironment);
diff -rub lpc21isp-1.60/lpcprog.c lpc21isp-Linux//lpcprog.c
--- lpc21isp-1.60/lpcprog.c 2008-07-21 14:39:50.000000000 -0600
+++ lpc21isp-Linux//lpcprog.c 2008-09-16 08:52:46.000000000 -0600
@@ -1062,15 +1062,16 @@
}
else
{
+ if (IspEnvironment->DoNotStart == 0)
+ {
DebugPrintf(2, "Now launching the brand new code\n");
fflush(stdout);
-
if (IspEnvironment->HalfDuplex == 0)
sprintf(tmpString, "G %ld A\r\n", IspEnvironment->StartAddress);
else
sprintf(tmpString, "G %ld A\n", IspEnvironment->StartAddress);
-
SendComPort(IspEnvironment, tmpString); //goto 0 : run this fresh new downloaded code code
+
if (IspEnvironment->BinaryOffset < LPC_RAMSTART)
{ // Skip response on G command - show response on Terminal instead
ReceiveComPort(IspEnvironment, Answer, sizeof(Answer)-1, &realsize, 2, 5000);
}
else
{
+ if (IspEnvironment->DoNotStart == 0)
+ {
DebugPrintf(2, "Now launching the brand new code\n");
fflush(stdout);
-
if (IspEnvironment->HalfDuplex == 0)
sprintf(tmpString, "G %ld A\r\n", IspEnvironment->StartAddress);
else
sprintf(tmpString, "G %ld A\n", IspEnvironment->StartAddress);
-
SendComPort(IspEnvironment, tmpString); //goto 0 : run this fresh new downloaded code code
+
if (IspEnvironment->BinaryOffset < LPC_RAMSTART)
{ // Skip response on G command - show response on Terminal instead
ReceiveComPort(IspEnvironment, Answer, sizeof(Answer)-1, &realsize, 2, 5000);
@@ -1099,6 +1100,7 @@
return (FAILED_RUN + GetAndReportErrorNumber(Answer));
}
}
+ }
fflush(stdout);
}
return (FAILED_RUN + GetAndReportErrorNumber(Answer));
}
}
+ }
fflush(stdout);
}
Only in lpc21isp-Linux/: lpcprog.c.orig
diff -rub lpc21isp-1.60/Makefile lpc21isp-Linux//Makefile
--- lpc21isp-1.60/Makefile 2008-04-07 00:23:00.000000000 -0600

74
configs/olimex-strp711/scripts/oocd_ft2xx.cfg
View File

@ -1,37 +1,37 @@
#daemon configuration
telnet_port 4444
gdb_port 3333
#interface
interface ft2232
ft2232_device_desc "Olimex OpenOCD JTAG A"
ft2232_layout "olimex-jtag"
ft2232_vid_pid 0x15BA 0x0003
jtag_speed 0
#use combined on interfaces or targets that can't set TRST/SRST separately
reset_config trst_and_srst srst_pulls_trst
#jtag scan chain
#format L IRC IRCM IDCODE (Length, IR Capture, IR Capture Mask, IDCODE)
jtag_device 4 0x1 0xf 0xe
#target configuration
daemon_startup reset
#target <type> <startup mode>
#target arm7tdmi <reset mode> <chainpos> <endianness> <variant>
target arm7tdmi little run_and_halt 0 arm7tdmi
run_and_halt_time 0 30
working_area 0 0x2000C000 0x4000 nobackup
#flash bank <driver> <base> <size> <chip_width> <bus_width>
flash bank str7x 0x40000000 0x00040000 0 0 0 STR71x
#flash bank cfi 0x60000000 0x00400000 2 2 0
#Script used for FLASH programming
#target_script 0 reset str71x_flashprogram.ocd
# For more information about the configuration files, take a look at:
# http://openfacts.berlios.de/index-en.phtml?title=Open+On-Chip+Debugger
#daemon configuration
telnet_port 4444
gdb_port 3333
#interface
interface ft2232
ft2232_device_desc "Olimex OpenOCD JTAG A"
ft2232_layout "olimex-jtag"
ft2232_vid_pid 0x15BA 0x0003
jtag_speed 0
#use combined on interfaces or targets that can't set TRST/SRST separately
reset_config trst_and_srst srst_pulls_trst
#jtag scan chain
#format L IRC IRCM IDCODE (Length, IR Capture, IR Capture Mask, IDCODE)
jtag_device 4 0x1 0xf 0xe
#target configuration
daemon_startup reset
#target <type> <startup mode>
#target arm7tdmi <reset mode> <chainpos> <endianness> <variant>
target arm7tdmi little run_and_halt 0 arm7tdmi
run_and_halt_time 0 30
working_area 0 0x2000C000 0x4000 nobackup
#flash bank <driver> <base> <size> <chip_width> <bus_width>
flash bank str7x 0x40000000 0x00040000 0 0 0 STR71x
#flash bank cfi 0x60000000 0x00400000 2 2 0
#Script used for FLASH programming
#target_script 0 reset str71x_flashprogram.ocd
# For more information about the configuration files, take a look at:
# http://openfacts.berlios.de/index-en.phtml?title=Open+On-Chip+Debugger

86
configs/sama5d3x-ek/Using-NxPlayer.txt
View File

@ -1,43 +1,43 @@
Using the Binaries:
==================
Prequisites:
===========
1. SAMA5D3x-EK board and power supply
2. RS-232 NUL modem cable
3. A full size SD card. This should be older style SD or SDHC cards. Some
of the newest very high capacity cards will not work.
4. The WAV file jsbach16.wav
5. The NuttX HEX binary, nuttx.hex, .bin or .elf.
Procedure:
1. Put the WAV file jsbach16.wav on the SD card
2. Place the SD card in the full size SD slot on the motherboard.
3. Use SAM-BA to copy the NuttX binary to NOR flash
4. Set the boot jumper to boot from NOR FLASH
5. NSH shouls start
NuttShell (NSH) NuttX-7.3
nsh>
6. Mount the SD card at /music
nsh> mount -t vfat /dev/mmcsd0 /music
7. Star the NxPlayer and select the pcm0 device
nsh> nxplayer
NxPlayer version 1.04
h for commands, q to exit
nxplayer> device pcm0
8. And play the WAV file
nxplayer> play jsbach16.wav
Using the Binaries:
==================
Prequisites:
===========
1. SAMA5D3x-EK board and power supply
2. RS-232 NUL modem cable
3. A full size SD card. This should be older style SD or SDHC cards. Some
of the newest very high capacity cards will not work.
4. The WAV file jsbach16.wav
5. The NuttX HEX binary, nuttx.hex, .bin or .elf.
Procedure:
1. Put the WAV file jsbach16.wav on the SD card
2. Place the SD card in the full size SD slot on the motherboard.
3. Use SAM-BA to copy the NuttX binary to NOR flash
4. Set the boot jumper to boot from NOR FLASH
5. NSH shouls start
NuttShell (NSH) NuttX-7.3
nsh>
6. Mount the SD card at /music
nsh> mount -t vfat /dev/mmcsd0 /music
7. Star the NxPlayer and select the pcm0 device
nsh> nxplayer
NxPlayer version 1.04
h for commands, q to exit
nxplayer> device pcm0
8. And play the WAV file
nxplayer> play jsbach16.wav