Get Certified: Proven Methods to Pass the ARM EN0-001 Exam

It allows a complete trace of real-time program execution to be captured

It reduces the number of pins required to connect the debugger to the processor

It allows examination of the system state before and after execution of a statement

It requires only one change to the program source code

How many levels of nested function calls are permitted on ARM systems

How to measure the maximum amount of stack required by an application

On which mode's stack you need to save the return address in a non-leaf function

Which registers need to be preserved by a function

Produce faster code.

Produce smaller code.

Produce non standard-compliant code.

Produce code that might be easier to debug.

Writes dirty data cache lines to memory

Reloads dirty data cache lines from memory

Speculatively preloads data into the cache

Writes dirty data cache lines to memory and marks those lines as invalid

Replace all functions which use semi-hosting

Locate the stack in an area of RAM

Set the locale variable appropriately

All functions in the standard library must be rewritten

Inactive

Active

Pending

Edge-triggered

The two writes to device memory will happen in program order, but the read can be performed out of order

The memory accesses can happen in any order

The memory accesses will happen in program order

The read to r0 and the write from r0 will happen in program order, but the write from r3 can be performed out of order

Abort mode

System mode

Hypeivisor mode

Supervisor mode

CPU 0: executing, CPU 1: executing, CPU 2: executing. CPU 3: executing

CPU 0: executing, CPU 1: executing. CPU 2: executing. CPU 3: sleeping

CPU 0: sleeping, CPU 1: sleeping. CPU 2: executing. CPU 3: executing

CPU 0: sleeping, CPU 1: sleeping. CPU 2: sleeping, CPU 3: executing

Dormant

Standby

Shutdown

Deep sleep