====== nrf_queue race from IRQ ======

When ''SD_ENABLED'' macros for critical section doesn't disable all IRQs. Especially RADIO_IRQ.
For more see [[critical_sections]].

So RADIO IRQ can interrupt main loop code or any other lower level IRQ where NRF's queue is used and also execute code where NRF's queue is used.
Example call stack:

<code c>

#0  nrf_queue_generic_pop (
    p_queue=p_queue@entry=0x75620 <m_radio_tx_payload_queue>, 
    p_element=p_element@entry=0x2000a094 <ctx+40>, 
    just_peek=just_peek@entry=false)
    at ../../3rdParty/nrf5-sdk/components/libraries/queue/nrf_queue.c:240
#1  0x000595dc in radio_tx_payload_queue_pop (p_element=0x2000a094 <ctx+40>)
    at ../../src/module/radio/radio_comm_user.c:85
#2  prepare_to_tx () at ../../src/module/radio/radio_comm_user.c:209
#3  process_tx_queue () at ../../src/module/radio/radio_comm_user.c:237
#4  radio_comm_user_prepare_tx_data (user_data=0x20009ee3 <packet_buf+19>)
    at ../../src/module/radio/radio_comm_user.c:268
#6  0x00057c3c in radio_tx_data_prepare ()
#8  radio_rx_disable_handle () at ../../src/module/radio/radio_rx.c:348

#9  <signal handler called>

#10 0x0005d9e6 in memcpy ()
#11 0x00029340 in nrf_queue_push (
    p_queue=p_queue@entry=0x75620 <m_radio_tx_payload_queue>, 
    p_element=0x2003fea8, p_element@entry=0x2003fea0)
    at ../../3rdParty/nrf5-sdk/components/libraries/queue/nrf_queue.c:205
#12 0x0005949a in radio_tx_payload_queue_push (p_element=0x2003fea0)
    at ../../src/module/radio/radio_comm_user.c:85
#13 radio_comm_user_push (p=p@entry=0x2003fea8)
    at ../../src/module/radio/radio_comm_user.c:122
...
#17 0x0002900e in app_sched_execute ()
    at ../../3rdParty/nrf5-sdk/components/libraries/scheduler/app_scheduler.c:280
#18 0x00055b58 in scheduler_execute () at ../../src/sys/scheduler.c:35
#19 0x000273a8 in main () at src/main.c:134

</code>