Captured information can be presented as absolute hexadecimal values or in
mnemonic form. The processor status values captured by the analyzer can be listed
mnemonically or in hexadecimal or binary form.
Addresses captured by the analyzer are physical addresses.
The offset_by option subtracts the specified offset from the addresses of the
executed instructions before listing the trace. With an appropriate entry for
offset_by, code that has been relocated (making symbolic information invalid) will
have its addresses set so that symbolic information is again valid. If desired,
offset_by can be used to show instructions in the listed trace at the same addresses
where they appear in the assembled or compiled program listing.
The count parameter lists the current trace of time or state either relative to the
previous event in the trace list or as an absolute count measured from the trigger
event. If time counts are currently selected, the count parameter causes an absolute
or relative time count to be listed. If the current trace contains state counts, a
relative or absolute state count results.
The source parameter allows display of source program lines in the trace listing,
enabling you to quickly correlate the trace list with your source program.
Initial values are the same as specified by the command:
display trace mnemonic count relative offset_by 0
absolute
Lists trace information in hexadecimal format, rather than mnemonic opcodes.
align_data_
from_line
Use this to correct data-alignment problems if you see any in a dequeued trace list.
If you see that the dequeuer has aligned data with the wrong instructions, use this
token to select the correct data alignment by specifying the line that should begin a
data realignment (align_data_from_line 36).
all_cycles
Used to specify that all cycles should be included in the inverse assembled
information shown in the trace list.
Chapter 11: Emulator Commands
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Summary of Contents for 64783A
Page 30: ...xxx ...
Page 31: ...Part 1 Quick Start Guide 1 ...
Page 33: ...1 Getting Started 3 ...
Page 70: ...40 ...
Page 75: ...Part 2 Using The Emulator 45 ...
Page 140: ...110 ...
Page 141: ...4 Using the Emulator How to control the processor and view system resources 111 ...
Page 227: ...5 Using the Emulation Bus Analyzer How to record program execution in real time 197 ...
Page 290: ...260 ...
Page 331: ...8 Configuring the Emulator 301 ...
Page 382: ...352 ...
Page 383: ...9 Solving Problems What to do when the emulator doesn t behave as expected 353 ...
Page 397: ...Part 3 Reference 367 ...
Page 399: ...10 Using Memory Management Understanding logical and physical emulation and analysis 369 ...
Page 429: ...11 Emulator Commands The command syntax reference for the emulator softkey interface 399 ...
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Page 451: ...display Chapter 11 Emulator Commands display 421 ...
Page 457: ...DISPLAY MEMORY Chapter 11 Emulator Commands DISPLAY MEMORY 427 ...
Page 461: ...DISPLAY MMU Chapter 11 Emulator Commands DISPLAY MMU 431 ...
Page 464: ...DISPLAY TRACE Chapter 11 Emulator Commands DISPLAY TRACE 434 ...
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Page 514: ... SYMB Chapter 11 Emulator Commands SYMB 484 ...
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Page 583: ...13 Setting X Resources 553 ...
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Page 613: ...16 Specifications and Characteristics 583 ...
Page 627: ...Part 4 Concept Guide 597 ...
Page 629: ...17 X Resources and the Graphical User Interface 599 ...
Page 639: ...Part 5 Installation and Service Guide 609 ...
Page 697: ...19 Installation and Service 667 ...
Page 746: ...Chapter 19 Installation and Service Verifying the Installation 716 ...
Page 755: ...20 Installing Updating Emulator Firmware 725 ...
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Page 810: ...X server 554 604 X Window System 54 Index 780 ...