Fig. 14.2 The detailed design development process using the simulator

14.2.1 Simulator Features

A typical simulator is mostly run on a PC Windows environment. A typical simulator includes the following
features.
(1) It defines the processor or processing device family as well as its various versions for the target
system. ಜು
(2) It monitors the detailed information of a source code part with labels and sym arguments as the
execution goes on for each single step. mulated
(3) It provides the detailed information of the status of RAM and ports (simulated) of the defined target
system as the execution goes on for each single step.
(4) It provides the detailed information of the status of peripheral devices (simulated, assumed to be
attached) with the defined system. ۱
(೨ It ಜರ the detailed information of the registers as the execution goes on for each single step or for
each single module. It also monitors system response and determines throughput.

6 i n the screen provide the following.
பூ @ ra ‏جيه‎ information of the status of stack, devices and ports (simulated) of the defined

microcontroller system. ۱ 58
1 _ A trace means the output of contents ಇಷ
w trace as the 70 continues. A னா
யூ ‏سس وا‎ registers. It is an important debugging tool of ആ Am program.
ர்‌ छ lication software means an output of chosen variables in a fun ~= stepping ‏سس‎ :
“ஆணை gives the time on X-axis and chosen (क्‌ 2 em ക 7
i obtain a trace
(TraceScope 15 a tool module to ‏ف ساي‎ ಪ ನತ
च म An action-list also produces with specifications pected scales.