1. Which allows the parallel development of the hardware and software in the simulation?.
A. high-level language simulation.
B. low-level language simulation.
C. cpu simulator.
D. onboard simulator.
Answer= high-level language simulation
2. Which of the following are used to test the software?.
A. data entity.
B. data entry.
C. data table.
D. data book.
Answer= data table
3. Which allows the UNIX software to be ported using a simple recompilation?.
A. pSOS+.
B. UNIX compatible library.
C. pSOS+m.
D. pOS+kernel.
Answer= UNIX compatible library
4. Which of the following can simulate the processor, memory, and peripherals?.
A. input simulator.
B. peripheral simulator.
C. memory simulator.
D. cpu simulator.
Answer= cpu simulator
5. How many categories are there for the low-level simulation?.
A. 2.
B. 3.
C. 4.
D. 5.
Answer= 2
6. Which of the following can simulate the LCD controllers and parallel ports?.
A. memory simulator.
B. sds.
C. input simulator.
D. output tools.
Answer= sds
7. Which of the following provides a low-level method of debugging software?.
A. high-level simulator.
B. low-level simulator.
C. onboard debugger.
D. cpu simulator.
Answer= onboard debugger
8. Which of the following has the ability to download code using a serial port?.
A. cpu simulator.
B. high-level language simulator.
C. onboard debugger.
D. low-level language simulator.
Answer= onboard debugger
9. What does the processor fetch from the EPROM if the board is powered?.
A. reset vector.
B. ready vector.
C. start vector.
D. acknowledge vector.
Answer= reset vector
10. Which of the following device can transfer the vector table from the EPROM?.
A. ROM.
B. RAM.
C. CPU.
D. peripheral.
Answer= RAM
11. Which of the following is used to determine the number of memory access in an onboard debugger?.
A. timer.
B. counter.
C. input.
D. memory.
Answer= counter
12. Which of the following has the ability to use the high-level language functions, instructions instead of the normal address?.
A. task level debugging.
B. low level debugging.
C. onboard debugging.
D. symbolic debugging.
Answer= symbolic debugging
13. Which of the following debugger works at the operating system level?.
A. task level debugging.
B. low level debugging.
C. onboard debugging.
D. symbolic debugging.
Answer= task level debugging
14. Which of the following has a single set of compiler and the debugger tools?.
A. Xray.
B. onboard debugger.
C. emulation.
D. high-level simulator.
Answer= Xray
15. Who developed the Xray product?.
A. IBM.
B. Intel.
C. Microtec.
D. Motorola.
Answer= Microtec
16. Which part of the Xray can interface with a simulator?.
A. emulator.
B. debugger.
C. simulator.
D. onboard debugger.
Answer= debugger
17. Which can provide the consistent interface to the Xray?.
A. emulator.
B. simulator.
C. memory simulator.
D. debugger system.
Answer= debugger system
18. Which of the following can access the information directly in the Xray?.
A. emulator.
B. debugger.
C. simulator.
D. hardware.
Answer= simulator
19. Which of the following access the information through the ethernet in a Xray?.
A. simulator.
B. debugger.
C. onboard debugger.
D. emulator.
Answer= emulator
20. Which tools help the Xray allows the software to be developed on the host system?.
A. compiler tool.
B. simulator tool.
C. debugger tool.
D. emulator tool.
Answer= compiler tool
21. Which of the following is ideal for debugging codes at an early stage?.
A. compiler.
B. debugger.
C. simulator.
D. emulator.
Answer= simulator
22. How can we extend the power of Xray?.
A. Xray interface.
B. Xray memory.
C. Xray input.
D. Xray peripheral.
Answer= Xray interface
23. Which of the following uses the Xray interface method to provide the debugging interface?.
A. pSOS+m.
B. pSOS.
C. pSOS+.
D. NAP.
Answer= pSOS+
24. How is the processor enter into a BDM state?.
A. BDM signal.
B. Start signal.
C. BDM acknowledge signal.
D. Start signal of the processor.
Answer= BDM signal
25. What does ICE stand for?.
A. in-circuit emulation.
B. in-code EPROM.
C. in-circuit EPOM.
D. in-code emulation.
Answer= in-circuit emulation
26. Which of the following is a traditional method for emulating the processor?.
A. SDS.
B. ICE.
C. CPU simulator.
D. Low-level language simulator.
Answer= ICE
27. Which of the following does not have the ability to get hundred individual signal cables into the probe in the emulation techni?.
A. OnCE.
B. BDM.
C. ICE.
D. JTAG.
Answer= ICE
28. What does JTAG stand for?.
A. joint tag address group.
B. joint test address group.
C. joint test access group.
D. joint test action group.
Answer= joint test action group
29. Which of the following allows access to all the hardware within the system?.
A. debugger.
B. JTAG.
C. onboard debugger.
D. simulator.
Answer= JTAG
30. Which of the following works by using a serial port?.
A. Simulator.
B. JTAG.
C. BDM.
D. OnCE.
Answer= JTAG
31. What is meant by OnCE?.
A. on-chip emulation.
B. off-chip emulation.
C. one-chip emulation.
D. once-chip emulation.
Answer= on-chip emulation
32. Which debugging facility is used in the Motorola's DSP 56x0x family?.
A. JTAG.
B. ICE.
C. OnCE.
D. BDM.
Answer= OnCE
33. Which facility provides the provision of the debug ports in the ICE techni?.
A. simulator.
B. emulator.
C. debug support.
D. jtag.
Answer= debug support
34. How the additional registers are accessed in the OnCE?.
A. parallel port.
B. serial port.
C. jtag.
D. address register.
Answer= serial port
35. Which of the following emulators can provide its own in circuit emulation facility?.
A. Simulator.
B. Debugger.
C. SDS.
D. OnCE.
Answer= OnCE
36. What does BDM stand for?.
A. background debug mode.
B. basic debug mode.
C. basic debug microcode.
D. background decode mode.
Answer= background debug mode
37. Which emulator is used in MC68HC12?.
A. JTAG.
B. BDM.
C. On-CE.
D. SDS.
Answer= BDM
38. Which of the following takes the processor, when the processor enters the BDM mode?.
A. address code.
B. high-level microcode.
C. low-level microcode.
D. data code.
Answer= low-level microcode
39. Which of the following has the additional circuitry which supports the background debug mode?.
A. memory.
B. input.
C. peripheral.
D. processor.
Answer= processor