901523E_Sigma5_CPU_Diag_AUTO_Feb70 901523E Sigma5 CPU Diag AUTO Feb70
901523E_Sigma5_CPU_Diag_AUTO_Feb70 901523E_Sigma5_CPU_Diag_AUTO_Feb70
User Manual: 901523E_Sigma5_CPU_Diag_AUTO_Feb70
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XDS 901523E
$6.25
DIAGNOSTIC PROGRAM MANUAL
SIGMA 5
CPU DIAGNOSTIC (AUTO)
PROGRAM NO. 704287E
February 1970
Prepared by
Field Engineering Publications
This pub I ication supersedes XDS 901523D
dated July 1969
Xerox Data Systems 701 South Aviation Blvd., EI Segundo, California 90245 (213) 772-4511, 679-4511
© 1968, 1969, 1970, Xerox Data Systems, Inc.
XDS 901523
Effective Pages
LIST OF EFFECTIVE PAGES
Total number of pages is 180, as follows:
Page No.
Issue
Title .•.••••••••••••..•••. Original
A . . • . . . . . . . . . . . . . . . . . . . • Original
i thru iv. . . . • . . . . • . . . . . . . .• Original
1-1 thru 1-2 . . . . . . . . . . . . . . .. Original
2-1 thru 2-4 . . . . . . . . . . . . . . .. Original
3-1 thru 3-8 . . . . . . . . . . . . . . .. Original
4-1 thru 4-124 . . . . . . . . . . . . .. Original
5-1 thru 5-36 . . . . . . . . . . . . . .. Original
A
Page No.
Issue
XDS 901523
Contents
CONTENTS
Title
Section
INTRODUCTION
1-1
1-1
Scope of Manual . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Program Objectives . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
General Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
1-1
1-1
OPERATING INSTRUCTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
2-1
2-1
2-1
1-2
1-3
II
2-2
2-3
2-4
2-5
2-6
2-7
2-8
2-9
2-10
2-11
III
2-1
2-1
2-1
2-1
2-2
2-2
2-3
2-3
2-3
2-4
3-1
General . • . . . . . . . . . . . . . . . . . . . . . . • . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Test Modu Ie . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Output Message Ana lysis . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Use of Printout for Troubleshooting . • . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Work With One Failing Test Module . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Extended Analysis . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Flowchart . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
3-1
3-1
3-1
3-1
3-3
3-3
3-4
PROGRAM LISTI NG . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
CONCORDANCE LISTING . . • . • . • . . . . . . . . . . . . . . . . . . • • . . . . . . . . • • • . • . • . • . • •
5-1
3-4
3-5
3-6
3-7
V
General . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Loadi ng Procedure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Operati ng Procedures . . . . • . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Success Indications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Error Indications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Options . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Sense Switches . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Control Panel Interrupt . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
I/O Compatibility . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Test Selection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Restart Procedure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
1-1
PROGRAM DESCRIPTION . . . . . . • . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
3-1
3-2
3-3
IV
Page
4-1
LIST OF ILLUSTRATIONS
Figure
2-1
2-2
3-1
3-2
3-3
Title
Sample of Printout Showing No Errors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Sample of Printout Showing Errors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Auto Program, Simplified Flow Chart • . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . • •
Sample Auto Error Printout • . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . • . . . • .
Auto Program, Detai led Flow Chart • . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Page
2-2
2-2
3-2
3-3
3-5
LIST OF TABLES
Table
1-1
1-2
Title
General Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . • . . .
Testi ng Prerequisites . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . • •
Page
1-1
1-1
Tables
XDS 901523
LIST OF TABLES (Cont.)
Table
2-1
2-2
2-3
2-4
3-1
ii
Title
Swi tch Settings for Program Loading • . . . . . . . • . . . . . . . . . . . . . . . . . . . . . , . . . . . . . . . . . • •
Wait Locations • . . . . . . . . . , . . . . . . . . , . • . . . . . . . , . . . . , . . . . . , . , ... , ... , . , .. , ..
Sense Switch Functions • . . . . . . • . . . . , . . . . . ' . . . . . . , . . . . . . . , , . . . . , . , ... , ....•••
Register Contents at Time of Interrupt • . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , ...
Sample Error Analysis Truth Table • . . . . . . . • . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Page
2-1
2-2
2-3
2-3
3-4
XDS 901523
Related Publications
RELATED PUBLICA nONS
Publication Title
Publication No.
Sigma Symbol and Meta-Symbol Reference
Manual, XDS Sigma Computers
900952
Sigma 5 Computer Reference Manual
900959
Sigma 5 Computer Technical Manual
901172
Sigma 5 and 7 Relocatable Diagnostic
900972
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XDS 901523
Paragraphs 1- 1 to 1-3
SECTION I
INTRODUCTION
1-1
SCOPE OF MANUAL
Table 1-1.
General Specifications
This manual describes the Auto CPU diagnostic program
designed for the Sigma 5 computer manufactured by
Xerox Data Systems, EI Segundo, California.
Computer configuration
Any Sigma 5 computer with
card reader or paper tape
reader for program input
This manual is made up of five sections and two appendices.
Section I is a general introduction to the Auto program.
Section II contains program operating procedures. Section III is a detailed description of the program operation.
Section IV contains the complete symbolic listing of the
•
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..
r,I
I
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program as generarea oy me ')Igma merasymuol assemUlt:l.
Section V is a concordance listing.
Memory size
8K minimum (8192 words)
Optional equipment
Keyboard printer or line
printer for optional printed
output
Prerequisite tests are listed in table 1-2.
Table 1-2.
1-2
PROGRAM OBJECTIVES
The purpose of the Auto program is to detect and diagnose
malfunctions of the Sigma 5 CPU pertaining to major
instruction categories, such as load, store, branch,
comparison, shift, and fixed-point arithmeti c. Provisions
are also incorporated for testing instruction interruptibi lity
and I/O compatibility.
1-3
GENERAL SPECIFICATIONS
Table 1-1 lists the general specifications for this program.
Program
Testing Prerequisites
Prerequisite Program
Verify
Pattern
Auto
Suffix
None
Verify
Verify, Pattern*
Auto
Float
Auto
Interrupt
Memory Protect
Auto
Suffix
*For the Auto test to run, the block 0 register must be
functioning correctly, as tested by the Pattern program.
1-1/1-2
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SICr/A
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SIG\1A 5
REVISltlN E01
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PP~G
M~G
TAPE
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LIBo,~oy
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- 5 A'IT ~
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PEVISE~C T~ AOD A SI~GLE PURPeSE TEST TYAT
CHECK S 0ErcIST~o T" REGISTE~ rPEPATlr.N rYF
ST eRE Q " t! ~ L E '~I ~ P ') •
~ UT ~ '..H TI r ~ LL Y ~ ES J:" T, THE E0 0 ~ pet' l' N TE 0
1,\' HEN L A, S A, ~ 0 t ~/ S ARE N' T I "J S TAL LEO
~o HAVE BEEN ~ISABLEO
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QI S PL A Y
10E"1T1F1EO
S Hf' tiL 1 oE
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EOP t!R S
PASSES
INST
324011][E
32401IJEE
00000001
OOOOOOO?
000002D9
00000209
26C00460
50000001
0OOOO16e
26COO460
600COOOC
26C 00460
I~ST0'JCT1~NS
TY E Y
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EOO ~p
LIST
Lf'ar
~EVf'DV
STATUS
(LMS)
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Lft~D
WI LL "1' T 8 F CHE eKE 0 FUR THE P •
FL~ATI~G
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Paragraphs 2-1 to 2-5
XDS 901523
SECTION II
OPERATING INSTRUCTIONS
2-1
GENERAL
The Auto diagnostic program employs a data-gathering technique for its operation. The program consists of a driver or
control section, followed by test modules containing from
4 to 20 words of data prescribing a test. The driver program
accesses each modu Ie in sequence, sets up the prescribed
conditions, executes the specified instruction, and then
tests the results for possible errors. A report of each test or
error may be printed out or displayed on the control panel
indicators.
2-3
2-4
2-2 LOADING PROCEDURE
Table 2-1 shows the control panel switch settings to be used
for loading the program, After the switches have been set
as indicated, the following must be done:
a. Clear memory by simultaneously pressing the CPU
RESET/CLEAR and SYS RESET/CLEAR pushbuttons,
b. Set the UNIT ADDRESS switches to the address of
the peripheral input device.
c.
Press the LOAD switch.
d.
Place the COMPUTE switch to RUN.
Table 2-1.
Upon being loaded with the switches set according to table
2-1, the program automatically branches to the starting
location and begins running. If SENSE switch 1 is on during loading, a wait occurs at X'291' after the two waits
during loading of the loader to permit program or loader
relocation (reference XDS publ ication No. 900972). As
a result, the count pulse interrupts are not armed. Ta
continue, reset 5S1 and clear the wait. If SSWl is reset
during loading, no waits occur and count pulse interrupts
are armed.
SUCCESS INDICA liONS
Provided no errors occur, the program runs continuously
through all test modules. After completing the last module,
the program starts over, making another pass, first printing
out whether the floating point option is installed. A pass
counter and error counter are maintained by the program.
These may be examined by setting SENSE switch 3. After
X '20' error-free passes, a message is output indicating that
the real-time clocks are implemented.
After completing each test module, the program reads SS3
and makes a report if the switch is set. Reports are normally
made via the keyboard printer, device address 001. However; if no device responds to a
to that address and
SS4 is off, the program halts at location X'205', with the
report information contained in registers 1 through 4. The
registers contain the following information:
no
Switch Settings For Program Loading
Switch
Setti ng
CONTROL MODE
LOCAL
WATCHDOG TIMER
NORMAL
I NTERLEAV E SELECT
NORMAL
PARITY ERROR MODE
CONT
AUDIO
ON
CLOCK MODE
CONT
ADDR STOP
Off
SENSE
0
Rl
Present list address
R2
Error count
R3
Pass count (bits 0 through 15), module
count (bits 16 through 31)
R4
Instruction tested
Figure 2-1 shows a typical printout from the keyboard printer
resulting from setting SS3 after the program has made a number of successful passes.
2-5 ERROR INDICATIONS
When running with the sense switches on 0, the program
halts upon detecting an error. Before halting, however,
the error is reported via the keyboard printer or line printer.
If the printing device does not respond to a TIO, the
program merely halts at location X'205' with the alarm on.
A typical error printout is shown in figure 2-2. The halton-error feature may be disabled by setting SENSE switch
4. However, if the machine is operating in this mode and
2-1
XDS 901523
Paragraphs 2-6 to 2-7
FLOATING POINT OPTION IS INSTALLED
REAL TIME CLOCKS IN USE. TO DISABLE, CP INTERRUPT AND CLEAR R5
AUTO ERR~R DISPLAY
INST IDENTIFIER
LIST
ERR n~s
PASSES
32400976
00000000
002100AB
Note: Printouts from A revision of program.
IS
SH OUL D
BE
DIFF
92CE03EO
Memory locations change on subsequent revisions
901523A.201
Figure 2-1 Sample of Printout Showing No Errors
fL~ATI~r, P"INT ~TIO~ I~ INSTALLEO
TI~ CLOCK~ IN USE. TO OISABLE,
REAL
rRRftRS
LI~T
J?_n'10~
~2_0110?
Note: Printouts from
PASSES
CP INTERRUPT AND CLEAR R5
At"O ERROR OISPLAY
I~T
IOENTIFIER
SHOlLO 8E
IS
OIFF
00000001 00780188 25C0020_ '1)000001 07:5001_5 _73001_5 -aOOOOOO
0000000' 007A01AR 25COO20_ 6000000C 00000000 eCOEF01A BCOEF01A
A revision of program. Memory locations change on subsequent revisions
Figure 2-2.
901523A.202
Sample of Printout Showing Errors
no printout device is avai lable, there are no error
indications except for brief flickers of the alarm indicator
(which may be too fast to see when only one or a few
modules are failing).
The error indications described in the previous paragraphs
occur only for faults that happen as a result of executing
the test instruction. If a spurious trap occurs at any other
time during the operation of the control program, a wait
is executed with the program halting at location X'403'.
(See iisting for procedure to follow.) If the wait is cleared,
the program resumes testing with the current test module.
Table 2-2.
Location (hex)
Wait Locations
Reason for Wai t
483
Erroneous trap
291
SS 1 on when lcadi ng
EE
Memory fault interrupt
FB
Control pane I interrupt
205
Report or error
2-6 OPTIONS
If a memory parity error occurs, the program is interrupted
to location X'56'. The interrupt routine reads the memory
fault indicators and leaves the result in register 4. A wait
is then executed, causing the program to halt at location
X'EE'. If the wait is cleared, the program resumes
testing with the current test module.
Table 2-2 summarizes the various wait locations in the
program.
2-2
Several optional features are incorporated into the Auto
program to give the operator a more flexible tool for diagnosing failures while maintaining a quick means of detecting
faults with minimal operator intervention.
2-7 Sense Switches
The uses of SS3 and SS4 have already been mentioned;
further control is provided through 55 i and 552, which
a Ilow the operator to repeatedly loop on a si ngle test.
Table 2-3 summarizes the functions of all four switches.
Paragraphs 2-8 to 2- 10
XDS 901523
Table 2-3.
Table 2-4. Register Contents at Time
of Interrupt (Cont.)
Sense Switch Functions
Function
Switch
Register
Contents
Short loop: when SS 1 is set, the program continuously repeats the same test module.
SSl
I
A minimum of instructions are executed to set
up the necessary register and memory areas.
No testing of results or other sense switches
takes place. If SS 1 is on whi Ie the program is
being loaded the count pulse interrupts are not
armed after X '20' error-free passes
I
R1
~----~---------------------------
-
-
SS3
Report: when SS3 is set, the program reports at
the completion of each test not otherwise reported because of an error
SS4
Suppress error halt and report halt: when SS4
is set, the program does not halt on errors.
Errors are still reported via the keyboard
printer, if it is available. Printing may be
suppressed by turni ng the device off
2-8 Control Panel Interrupt
The control panel INTERRUPT button may be pressed any
time whi Ie the program is running to change certain parameters in the program. When the button is pressed, the computer comes to a wait with address X'FB' in the instruction
address register. The changes are made by entering information into any or all of the registers described in table 2-4,
then reading out the instruction from the instruction address
location and returni ng the COMPUTE swi tch to RUN.
Table 2-4.
Register
The memory address of the current or most
recently completed test module
Test selection: when the machine is returned
to RUN, the program begi ns testi ng wi th the
module addressed by R1. The first three hex
characters must be 324. The last five hex
characters are the test module address. The
opel ClIOI lIIay i nserr any va i id modui e address
he wishes and set SSl or SS2 to loop on that
module
Long loop: when SS2 is set and SS 1 reset, the
program repeats the same module. All testing
of results takes place and other sense switches
are read
SS2
output device is the keyboard pri nter. Setting a one in bit 0 changing the address in
bits 16-31 causes all messages to be output
on the Ii ne pri nter
R5
Register bits 16-19, used to arm and enable
the count pu Ise interrupts
Counts pulse interrupt level selection:
normally, the program automatically arms
and enables the four count pu Ise interrupt
levels upon making the tVv'entieth pass. If
no errors have occurred, the operator may
suppress this feature by clearing R5 when the
wait occurs for the control panel interrupt,
or by loading the prograrn with 551 on. He
may selectively disable only some of the
count pulse interrupts if he wishes. He may
also reencbfe the levels lotei by- again
interrupti ng and changi ng R5
Bits other than 16-19 of R5 have no effect
on interrupt
Register Contents at Time of Interrupt
Contents
2-9 I/O COMPATIBILITY
RO
The lOP/device address of the unit used for
report or error messages. The address is in
bits 16-31 and is initially set to 1 when the
program is loaded
Device selection: the program tests bit 0 to
determine whether to use the keyboard printer
or the line printer output routines. This bit
is initially set to zero, indicating that the
Automatically implemented after 35 error-free passes.
2-10 TEST SELECTION
The operator may select any test module to begin running
by using the control panel INTERRUPT as described in
2-3
Paragraph 2-11
XDS 901523
paragraph 2-8 and table 2-4. He may likewise loop on a
selected test by setting 551 or 552 before starting up again.
The operator may also loop on a particular test by setting
SS 1 or SS2 when that test is being reported either via the
keyboard printer or by a report halt or error halt.
2-4
2-11
RESTART PROCEDURE
The program may be restarted from location X'100'. When
loaded, the program inserts an unconditional branch to that
location in address X'26' so that normal restarting is
possible by pressing the CPU RESET button and setting the
COMPUTE switch to RUN.
XDS 901523
Paragraphs 3-1 to 3-4
SECTION III
PROGRAM DESCRIPTION
3-1 GENERAL
A simplified flow chart is given in figure 3-1 to illustrate
the general phi losophy of the program's operation. When
loaded, the Auto program automatically branches to its
starting location and begins running. Initialization takes
place where parameters are set up and a branch instruction
is inserted in location X'26' to facilitate restarting if the
RES ET button is pressed.
12 through 31 are used as a linkage address so that the
driver can prepare for any traps resulting from executing
i nstructi ons.
3-3 OUTPUT MESSAGE ANALYSIS
See figure 3-2 for a sample Auto error printout. The headings on the pri ntout correspond to the register contents after
error ha Its.
Printout Term
The program accesses each test module in turn and sets up
aii the test conditions as prescribed by the moduie. The
instruction contained in the module is executed and then
SENSE switch 1 is tested to determine whether the short
loop mode is in effect. If SS 1 is set, the program repeats
a mi ni mum amount of the setup procedure for the same test
module and again executes the instruction. No results are
exami ned in the short loop mode.
After 30 error free passes, an automatic short loop is
initiated. This allows repetitive execution (100 times) of
a test module with minimum setup and limits testing of
results to memory, memory + 1, R12 and R13.
LIST
324xxxxx
where 324 is LW,4 and xxxxx is the
fi rst memory locati on of the test
module
ERRORS
Total number of errors since initial
load or last restart
PASSES
Bits 0-15 contain the number (in hexadecimal) of complete passes. Bits
16-31 contai n the number of modules
tested in the current pass
ii"-iST
Instruction under test
IDENTIFIER
Error identifier and address (see R5,
on program I isting, section IV)
IS
Erroneous resu It
SHOULD BE
Predetermi ned resul t
DIFF
Result of an exclusive OR of the contents of the erroneous result with the
predetermined result
If not operati ng in the short loop (that is, wi th SS 1 reset),
the program proceeds to compare the results of the test with
the expected resu Its. The resu itant contents of a II registers
and memory operands are prescribed by the test module.
Other items are also tested, such as the instruction loca••
,I
I
••
r t I
•
.1
•
•
.1·
,,
TI on, me locaTion TOIIOWI ng me I nsrrucTi on, me I naneCT
address location, and the program status doubleword.
I·
When an error is detected or if SS3 is set, the program
makes a report - normally via the keyboard printer. The
reports may be switched over to a line printer if desired
(see paragraph 2-8). When no printing device is available,
the program makes its reports by executing a wait for the
i nformati on stored in genera I registers 1 through 8.
After results have been checked and reports, if any, have
been completed, SENSE switch 2 is read. If SS2 is set,
the program goes through the enti re setup, test, and report
procedure for the same test module that it just finished. If
SS2 is reset, the module pointer is updated so that a new
test is performed on the next cyc Ie.
3-2 TEST MODULE
Refer to location X1444' in the program listing, section
IV. Each test module is relocated to the previously
cleared table area. The listing describes the meaning of
each word. The term program status word 1 (PSW 1) is somewhat misleading, since only bits 0 through 11 are used. Bits
Description
3-4 USE OF PRINTOUT FOR TROUBLESHOOTING
In figure 3-2 more errors are occurring than are shown.
Since all the failing instructions (INST) are add word
(AW), sufficient data is available to analyze the malfunction. Stop the printout by turning off the keyboard
printer or cause a wait by setting SS4 to O. The first
and last digits of the Identifier column show that the
majority of incorrect data is found in register C. Two
failures of PSW1 occur at list addresses also having
fai lures in register C, but these can be ignored because they result from incorrect condition code settings
(see DIFF) which depend on the contents of register C.
3-1
XDS 901523
~
INITIALIZE
CONTROL PANEL
INTERRUPT
SET MODULE
POINTER TO FIRST
MODULE IN LIST
YES
TEST MODULE LIST
SET UP FOR TEST
MODULE AND EXECUTE INSTRUCTION
FIRST MODULE
YES
SECOND MODULE
THIRD MODULE
TEST RESULTS
AND REPORT
YES
LAST MODULE
END INDICATOR
901523A.301
Figure 3-1. Auto Program, Simplified Flow Chart
3-2
XDS 901523
Paragraphs 3-5 to 3-6
AUTO ERROR DISPLAY
LIST
ERRORS
PASSES
INST
IDENTIFIER
IS
3?40070(;
-S?400,?14
'1?400714
00000001
00000002
00000003
00000004
00000005
00000006
00000007
00000008
00000009
OOOOOOOA
OOOOOOOB
OOOOOOOC
OOOOOOOD
00000054
00000055
00000055
00000056
00000056
00000057
00000059
0000005A
0000005E
00000060
00000061
00000062
00000064
30C00460
30COO4-60
30C00460
60000000
50000001
60000000
50000001
6000000C
6000000C
6000000C
6000000C
6000000C
6000000C
6000000C
6000000C
6000000C
51555554
A7200167
04000000
A7200167
04000000
FBFFFFFE
40'1'1'1'1'1'1
40444443
40444444
8C888887
~?40071C
~240071C
'1)400724
32400734
~?40073C
3?40075C
')?40076C
~2400774
3240077C
~240078C
30000460
30000460
30000460
30C00460
30000460
30C00460
30C00460
30C00460
30C00460
30000460
Figure 3-2.
Analysis of the Is, Should Be, and Diff columns of the Auto
error display of figure 3-2 shows that bit 5 is always different. Any comment in the AW05 program listing concerning
bit position 5 should therefore be interpreted as meaningful.
Before goi ng any further, the user shou Id be aware of the
logic equations involved in the add word process. The
equations for the adder simplify to the following:
Application of Equation
for Bit 5
S
PR
n
PR
n
A
e
n
n
K
n
55555554
87200167
00000000
87200167
00000000
FFFFFFFE
44444444
44444443
44444444
88888887
88888888
88888888
CCCCCCCC
DIFF
04000000
20000000
04000000
20000000
04000000
04000000
04000000
04000000
04000000
04000000
04000000
04000000
04000000
Sample Auto Error Printout
Since the program status word fai lures can be discounted,
the causes of faulty list addresses must be determined. The
first failing list (3240070C) is in test module AW05. The
Comments column indicates specifically some of the
equations being tested by this test module.
Genera I Equation
80888888
8C888888
C8CCCCOO
SHOULD BE
On the program listing, K05 is noted in the next to last
comment precedi ng AW05 as bei ng caused by the corresponding term (G06) of the last comment line. Since the
numbers being added in this module are both X'AAAAAAAA',
both A5 and D5 must be zeros, making PR5 = O. 55, therefore, should be a one, and the generation of either G6, K5,
or NPR5 should be suspect as being faulty.
The above determined, the user should proceed with testing
as described in either paragraph 3-5 or 3-6.
3-5 WORK WITH ONE FAILING TEST MODULE
Select a fai Ii ng test module and then address-stop at location Xi164i. An execute instruction is dispiayed, which
executes the add word instruction.
Use the si ngle-c lock feature to advance to phase 3 of the
AW instruction. Obtain test points from the CPU logic
equations and check the three suspected terms.
(f) D
n
3-6 EXTENDED ANALYSIS
G
where
A
n
n
D
n
n
Bit position
5
Sum
PR
Propagate
G
Generate
A
A-register
D
D-register
K
Carry
~
Exclusive OR
AND function
Analyze the next failing AW test module and prepare a
truth table for various inputs. See table 3-1 for a sample
truth table.
From the comments of each AW test module, fi" in the
table. Terms such as KI = 1 are defined preceding the
AWOl test module.
After analyzing a few cases, a pattern develops in the
truth table. For every fai lure, K5 should be true. If it
were actually false, IS-S5 would be the result in each
case. The approach given in paragraph 3-5 can be taken
from this point or the logic module for K5 can be replaced.
3-3
Paragraph 3-7
XDS 901523
Table 3-1. Sample Error Analysis Truth Table
SHOULD BE
3-4
Table 3-1. Sample Error Analysis Truth Table (Cont.)
SHOULD BE
IS
IS
CASE
PR5
G6
K5
S5
S5
AW08
0
1
1
1
0
AW05
0
1
1
1
0
AW10
0
1
1
1
0
AW06
1
0
1
0
1
AW07
1
0
1
0
1
I
3-7 FLOWCHART
A detai led flowchart of the entire program (excluding test
modu les) is given in figure 3-3. Application of the flowchart to the program listing in section IV should provide
the user with a clear understanding of program operation.
XDS 901523
C
____S......,TA_RT_ _)
REPLAY 2
PUT AN
UNCONDITIONAL
BRANCH TO AUTO
(LOC X'iOO')
INTO LOCATION X'26'
o
FROM SHEET ..
RESTORE MEMORY AND
MEMORY + 1 IN. LOAD R
AND Rul FROM TABLE.
SET RETURN ADDRESS.
LOAD PROGRAM STATUS
DOUBLEWORD 1 FOR
OBJECT INSTRUCTION
THIS ALLOWS
RESTART BY
P:~!~~~U~6~ J
WAIT
FROM SHEET 2,3, ..
,--_.---~I
SET UP AUTO
SHORT LOOP
SET UP TO
OUTPUT MESSAGE:
FLOATING POINT
OPTION NOT !N
PUT FLOA TING
ADD SHORT
INSTRUCTION INTO
NFAIMPOI MODULE TO
VERIFY TRAP FUNCTION
DETERMINE MEMORY
SIZE AND MODIFY
APPLICABLE TEST
MODULES
TO SHEET 2
901523B.303/1
Figure 3-3. Auto Program, Detailed Flow Chart (Sheet 1 of 4)
3-5
XDS 901523
YES
~
MESSAGE DEVICE ~ KSR
LINE PRINTER OR K S R : > - - - - - - - - l . . . . ,
lVJ
TO SHEET 3
YES
ERROR TEST ROUTINE
RETURN VIA
LI NK ADDRESS
DISABLE 10 INTERRUPT IF
10 COMPATIBILITY IS IN
PROGRESS.
SET ERROR INDICATOR
TO INHIBIT REPORT
TO SHEET 3
901523A.303/2
Figure 3-3.
3-6
Auto Program, Detailed Flow Chart (Sheet 2 of 4)
XDS 901523
PRiNT ROUTiNE
FROM SHEET 2
SAVE RETURN
LiNK ADDRESS
r [5
~ROM
FIRST PASS
SHEET 2
NO
YES
NO
iSSUE TlO
L~
\'-_--,--_____1
YES
NO
RETURN ViA
LiN K ADDRESS
PARITY ERROR INTERRUPT ROUTINE
SET UP ERROR
56
FROM SHEET 2
~-r------------.
WAlT
TO SHEET 2
901523A. 303/3
Figure 3-3.
Auto Program, Detai led Flow Chart (Sheet 3 of 4)
3-7
XDS 901523
TYPICAL TRAP ROUTINE
TRAP PROCfSSOR
RETURN r-----.&...------,
CONTROL PANEL INTERRUPT ROUTINE
50
RETURN MODIFIED TO
ALTERNATE ROUTE WHILE
TEST INSTRUCTION
~E.!!::!G~XECUT!.Q
6
,OC . ,
TO SHEET I
TO SHEET 1
10 COMPATIBILITY ROUTINE
ENTER MANUALL Y
BY STORING DEVICE
ADDRESS IN LOCATION
X'lO' AND BRANCHING
TO SETlNTR
OPERATOR MAY
MODIFY RO, Rl
AND R5 AT THIS TIME
TO SHEET 1
9015238.303/4
Figure 3-3.
3-8
Auto Program, Detai led Flow Chart (Sheet 4 of 4)
XDS 901523
SECTION IV
PROGRAM LISTING
4-1
XDS 901523
ASS
LINE MEM MEMORY MEMORY R~
NO. PROT ADDRESS CONTENTS ~
KEY
I
LABEL
OPERAND
OPERATION
COMMENTS
G
1
2
•
•
3
10
11
12
13
1~
15
16
17
•
22
•
•
•*
18
19
20
21
• REVISIeN CI CHANG[S NITtO IN ceL 11.7. IV •• C
• lIe ceMPATI'I~ITY ~IUTINI "101'1,0 Ta "1~A~1 ON
• ONLY ONE REGIITER ,Ae,.
23
24j.
25
26
27
.,
WITH
•
•
·c
·C
.C
• REVISION 81
•
A ReUTIN[ TO AUTIMATICALLY IMPLEMENT THE SHORT L08~ FeR 100
•
PASSES
EACH TEST MeDULE, A TEST 'e~ TRAPS CORRECTLY REPORTING
•
THE LOCATIeN TRA'P[O FROM, ADDITleNA~ TEST M80ULES, IMPROVEMENT
•
OF THE INITIALIZE ROUTINE, COMPUTATION 0' NON.EXSISTENT MEMORY
•
TO AVOID REPORTING FALSE ER~ORS AND AUTOMATIC IMPLEMENTATION OF
•
THE 110 COM'ATIBILTY TEST (ArTER 31 [R~8R rREE PASSES) WERE
•
THE MAIeR CHANGES INceRPORATED.
0'
10
11
32
33
34
35
36
37
..
•
38
39
•
•
•
•
40
~1
42
43
~4j.
45
46
OOOOOOOF
••• *..
-••••••
*.
SEE PAGES FOUR THROUGH SIX FOR ••••••••• * •••••••• _•••••••••• _••
•••••••
~eADING
F
SYSTEM
EQU
••
•
•
51
52
FORMS
FeRM
I
53
•K
•
5S
56
57
-•
58
59
00000000
64
65
OPEN
CNAME
!IIROC
PEND
PAGE
•
•
66
6i
00000000
•
p
~,21
EFFECTIVE AT
PAGE
CNAME
PRee
~END
DA(AF(t))
ASSE~eLY
THIS INHIBITS
PAG[
DIRECTIVE
TO PERMIT MAX.
SPECIFIES A DOUBLE weRD ADDRESS
P
GEN,32
•
THE ADDRESS FIELO SPECIFIECS Hew THE ~eRD IS DIVIDED AND
Hew MANY BITS THERE WILL BE IN EACH PART eF THE W6RD.
EFFECTIVE AT ASSEMBLY TIME 'N~V.
PROCS
•
•
63
AND ePERATING INSTRUCTteNS ••••••••••• -* •••••••••• * ••••
SlG7FOP
15
FeRM
61
be
4-2
C'MPUT[~S
*
28
60
15,1,691
112/1/69 ) PROGRA~ CHANGES INOICATED IN ceLS 71&72 BY ·E
* PRe GRAM REVISED Te 1- INCORPORATE ADDITIONA~ TEST CASES FOR CLM IN •• E
STRUCTION
·E
•
2. INCORPORATE LeAD AND SET A~O ~OAD MEMORY
.E
*
STATUS INSTRUCTIONS 5e THEY EXECUTE A~D De
·E
•
NeT TRAP
.E
•
3. USE CHECKSUM LeADE~ INSTEAD e, CpU SPECIAL
.E
•
~OAOER_ S~IGHT CHANGE IN OPERATING PReCEDuRE
·E
•
~EgUIRED IF CeUNT ~U~81 INTERRUPTS ARE NeT re .E
*
IE A~MED' REFER TO ,,~. 1.2 THIS MANUAL AND
.E
•
~eAO[R MANUAL Ne. 'OO';!
.E
*
·E
•
*
6
7
8
9
48
49
50
sE~T
* REvISIBN EOO
4
5
47
SIGMA 5 CPU DI',",ITIC.AUTO 704287.51EOO _
TITLE !SIGMA 5 C.u DIAGNOSTtC-AUTe 704281.51EOO
TIME
eN~Y
*C
*c
~I~AGE/PAGE
*C
*C
XDS 901523
ABS
LINE MEM MEMORY MEMORY ~~
NO. PROT ADDRESS CONTENTS 0
KEY
~
LABEL
OPERAND
OPERATION
COMMENTS
G
'3
74
7!
00000000
*
76
77
80
*
00000000
*
FILL
81
82
83
*
*
OOO'J0024
00000025
SF'
S
COOOOO74
.STCF
94
95
LIST
G1
JQtJOQo:ro
9a
99
100
101
10e
103
00000002
00000020
00000021
COO ')0022
00000023
L.I Sf
104
106
00000000
~,
Lcn
AI
CI
LI
MI
G2
'1'"7'"
,....
,\tJ
X' 2'
X'20'
X'21'
X'22'
X'23'
1,7,4,20
PEND
*
01 0004+0
01 0004+0
126
127
•
*
•
•
124
125
128
*B
eRG
•*•••• - ••• **.***.*
*
SENSE SWl
LeADING ePTleNS
SET- BYPASS AUTOMATIC iMPLEMENTATIeN 8F REAL TIME
CLeeKS, PReGRAM WILL COME TO A WArT, RESET
SENSE SWITCH 1. CLEAR THE WAIT.
RESET- ENABLE RTC'S AFTER X'20' ERROR FREE PASSES
*
•- ••••• **** •• _***
129
lIe ceMPATIBILITY
THIS TEST IS DESIGNED TO TEST FOR CONFLIcTS SETwEEN THE
*
INTEGRAL lOP AND THE EXECUTleN or THE AUTO DIAGNBSTIC.
* THE TEST IS AUTOMATICALLY INITIATED AFTER 35 ERReR FREE PASSES
130
131
•
132
133
*_*
134
135
*
*
*
*
136
137
l-e
X'24'
X'25'
*
122
141
CNA~E
CNAME
EQU
PRec
GEN , Gl
PEND
CNAME
CNAME
CNAME
CNAME
CNAME"
EQU
pR6C
GEN,G2
PEND
LCFI'AI,CIILI,MI,SF,S,~CF,STCF
* IS SPECIFIED IN THE ARGUMENT rIE~D.
BIND
CNAME
PR6C
AF.CABSVALC')pC(ABSVALC.)/AF).AF»
xp
SET
AF.(ABSVALC.).«ABSyALC.)/A,).AF»)O
De
ABSYAL(S)+xP
eRG
123
140
6PEN
CNAME
CNAME
F'JN
121
138
139
ABSVA~(Ar).ABsVAL(')
0
* BIND .. CAUSES THE L6CATJBN ceUNTERS T6 ADVANCE T6 A w6RD BeUNDARY THAT
111
112
113
lh
120
FILLS ALL L8CATl8NS BETWEEN A' AND. WITH ZERes,
*
107
U5
116
117
118
119
,.~
Lr
105
lOa
109
110
I
LF
96
97
rILL
CNAME'
PRec
D6
GEN,32
PAGE
93
9~
Ar(1),BACArC2»
PEND
85
86
90
91
GEN,8,2~
FIN
84
87
88
89
C8NVERTS Te BYTE ADDRESS
PEND
78
79
J
CNAME
PRec
01 00040
00000200
*
*
*
T6 DELETE THE TEST :
1. CP INTERRUPT
2. ENTER A NON.EXSISTENT DEVICE ADDRESS IN ~oCAT16N X'10 1 •
3. BRANCH T6 zreAIN, SEE ADDRESS 6N NEXT ~INE
DATA
zIeAIN
T6 REINTIALIZE THE TEST:
1. CP INTERRUPT
2. ENTER DEVICE ADDRESS INTe LeCATJeN X'10'
·S
*S
*S
*B
*S
*S
·8
-B
4-3
XDS 901523
LINE IMEM MEMORY MEMORY
NO. P:~: ADDRESS CONTENTS
1-3
H.
01 OOC .. 1
000002DO
14~
ABS
OR
REl
o
LABEL
R
*
*
•
146
'147
*
BPERATING ePT16NS
****************
*
SET-SHBRT LeBP
SSl
*
RESET-NeRMAL ePERATIeN
*
149
15 0
151
152'
153
*
*
lS~
•
•
155
156
157
*
*
*
*
15~
159
1bO
161
•
lb?
163
164
170
17]
172
173
174
175
176
177
·178
179
180
18 1
182
183
18 4
185
SS3
SET-REPBRT
RESET-NBRMAL
SS4
ep£RATIB~
HALT e~ ERRBRS
RESET-HALT eN ERReRS AND AFTER REPBRT
SET-~B
*
186
188
189
*
************************************RO AND 6R R5 ~AY BE ~eDIFIED AFTER
*
THE WAIT FR6M CP INTERRUPT, RO WIL~
*
SELECT THE MSG DEVICE AND R5 THE
*
C6UNT PU~SE INTERRUPTS
*
RO
TOUOOMSG
T.O FBR KSR
MSG' DEVICE ADDR
*
T-8 FBR ~INE PRINTER
*
Rl
32~OYYYY
LW'4 eBJECT ADDRESS
*
R2
ERR6R CBUNTER
190
19 1
192
193
194
195
196
197
i 98
199
R3
*
*
200
201
20?
*
203
204
205
*
R5
*
01 0004+0
01 0001+0
01 000,+0
0~00005E
****
****
**_.
****
NABTR
XXXXZZZZ
19
eRG
v_p~c:~
,..AIIt.J'P
7_
Tfc:T
C~UNT
OOOONOOO
N:' ACTIVEvceUNTER'INTE~RUPTS
BIT P6SITIB~
ACTIVATES CBUNTER
16
1
11
18
*
*
*
20F,
4-4
SETsLBNG Leep
RESET-NBRMAL BPfRATIeN
*
**************** REGISTER C6NTENTS AFTER HALT INITIATED BY:
*
CBNTR6L PANEL INTERRUPT (WAIT AT X'FB')
*
BR
*
SPURIBUS TRAP (WAIT AT X'~03')
187
210
211
212
552
*
**************** REGISTER Ce~TENTS ArTER HA~T INITIATED BY:
*
(WAIT AT X'1£8')
*
REP6RT
*
JR
*
ERR6R
*
Rl
PRESENT LIST ADDRESS
*
R2
ERRBR CBUNTER
*
R3
PASS CBUNTER (PASSES-0-15, MeDULES.16-31)
R4
INSTRUCT IBN
*
*
R5
ERRBR IDENTIFIER AND ADDRESS,
*
10000000 s INSTRUCT IBN
*
20000000 • LeCATIeN+l 6F THE EXECUTIe~ L6CATIBN
*
30000000 • INDIRECT ADDRESS
*
4000000X • INDEX REGISTER XI X-l(NeRMA~) 6R l(eNE)
*
SOOOOOOX • PRBGRAM STATUS w6RD ;: x-1 6R 2
*
6000000X - REGISTER x: X.C(12)eR 0(13)
*
7000WXYZ • MEM6RY weRD IN L6CATy6N WXYZ (WxYZ-O.FFFF)
R6
ERRBNEBUS RESU~T
*
*
R7
PREDrTERMINED RESULT
*
R8
DIFFERENCE BETWEEN R6 AND Rl
165
166
167
168
169
208
209
3' BRANCH TB ZIBAIN. SEE ADDRESS 6N NEXT LI~£
DATA
ZI6AIN
(IF THE SELECTED DEVICE SBES NeT GENERATE AN INTERRUPT
FeR ANY REAStlN, RESTART BY REPEATING STEP 3 )
*
1411
207
:OMMENTS
OPERAND
OPERATION
I
G
X'I+O'
2
3
4
TRAP 1,.6CATI6NS
THE TRAP ~eCATI6NS wILL N6T ALWAYS ceNTAIN THE INSTRUCT16N
SHewN I~ THIS ~ISTING.
LeCATI8N 40 USvALLY CBNTAINS::
XPSD,8 RETUR~ (SAME AS Lee ~1)
TRAP MODIFICATIBN IS USUALLy ACC6MPLISHEO By THE LPSO IN L6e 128
XPSD,O
NAB
NeNALLeWEO 6PERATI6N
XDS 901523
MEM
LINE
MEMORY MEMORY
NO. PROT ADDRESS CONTENTS
KEY
213
214
215
216
217
218
219
220
221
222
223
221+
225
226
227
228
229
230
231
232
233
23 ..
235
236
237
238
239
21+0
241
242
243
244
245
21+6
24+7
2"8
21+9
25 0
25 1
252
253
251+
255
256
257
25S
259
260
261
262
263
264
265
266
267
268
269
2 70
271
272
273
27 ..
01
01
01
01
01
01
01
01
01
01
01
0001+1
0001+2
0001+3
000 .. 5
0001+6
0001+7
0001+8
0001+9
OOOitA
OOOI+B
OFOOOO72
OFOOOO?8
OFOOOO7E
OFOOO08it
0F"OOO08A
OFOOOO90
OF800it61+
OFOOOO96
OFOOOOAA
OFOOOOBE
0F'0000D2
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
OOOl+e
OOOI+D
OOOI+E
OOCI+F
00050
00051
00052
00053
0005"
0005 5
00056
00057
00058
00059
000514,
0005B
00000000
00000000
00000000
00000000
00000000
00000000
331001+6E
3310046F
33100 1.70
331001+ 7 1
OFOOOoE6
00000000
00000000
00000000
00000000
00000000
01 OOOSC
01 0005D
OF80020C
OFQOOOFQ
OOO~I+
ABS·
OR
REL
0
R
I
G
A
A
A
A
A
A
LABEL
OPERATION
UtI TR
SL.TR
FXf)8TR
FI.PFTR
OFTR
WOTRTR
BRANCH
CAL.1TR
CAL.2TR
CAL-3TR
CAL- .. TR
Xf)SD,O
*
OOOSE
0005F
000 6 0
00061
00062
00063
00061+
00065
0006 6
00067
00068
00069
0006A
0006B
0006C
00060
0006E
0006F
"1
00070
"'.
01
00071
000]2
00073
00071+
00075
00076
A
A
00078
00079
0007A
000]8
0007C
MTW,l
CNTlCP
CNT2CP
CNT3CP
CNTI+CP
PARITY
UNIMf)~EMENTED INSTRUCTJSN
STACK ~IMIT
FIXED peINT eVERF~eW
FLBATING ~~INT FAULT
DECIMAL. F'AUL.T
WATC~OeG TIMER
RW~BUT
CAL-L. SNE
CAL-L. TWe
CALL THREE
CALL PBUR
INTERRUPT L8CATI6~S
MEM8RY
~ARITY
)('5C'
A
A
A
PAGE
XPSD,8
xPSO,o
00000000 A
00000000 A
000000 6 2
00000000 A
oFOOOl+61+
OFOOOl+61+
OFOOOlt61+
OFOOOl+61+
oFOO0461+
OFOOOl+61+
OFOOOl+61+
OFOOOl+61+
oFOOO4+61+
OFOOOl+61+
OFOOOlt61+
oFOO0461+
OFOOOl+61+
OFOO0461+
OFOOCl+ 6 lt
OFOO0464
NAB
NA6RET
MPVRET
MVRET
NEARET
NEIRET
00000000 A
00000000 A
00000016
00000000 A
OFOOOl+64
Un
UIIRET
*
01
01
01
01
01
X'52'
MTW,l
MTW,l
XPSD,O
FIL.L
*
01
01
01
01
01
FIL-L
MTW!1
*
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
XPSO,O
XPSO,O
)(PSO,O
)(PSO,O
XPSO,8
XPSO,O
)(PSO,O
)(PSD,O
XPSD,O
UII
SL
FXP6
FLPF
DF
WOTR
RETURN
CALl
CAL.2
CAL3
CAL;I+
X~SO,O
COMMENTS
OPERAND
00000000 A
00000000 A
0000007C
00000000 A
OFOO0461+
SL.
SLRET
*
BeUND 8
PZE
PZE
PZE,o
PZE
)(PSD,O
xPSO,o
xPSD,O
xPSD,O
xPSD,o
XPSD,O
XPSO,O
xPSD,O
xPSD,o
XPSD,O
xPSO,O
xPSO,o
xPSO,o
xPSD,O .
XPSDIO
XPSD,O
PAGE
161NTR
RESET
lIB INTERRUf)T L6CATI6N
*e
INTERRUPT BUTTeN
NBN-AL.L.SWEO BPERATIBN TRAP
$+2
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
....
N8NAL.I.BWO 6PERATIsN
19.
PRSTECT VIe~~TI6N TRACC-l 19TRACC·2 19M60E I1I8L.ATI6N
MEM6~Y
NeNExrSTANT ADDRESS
TRAce- .. 19,
N6NExrSTANT INSTRJCTr8N
TRACC-S 19-
UNIMPL.IMENTEO INSTRU Cn8N TRAP
B6UNO 8
PZE
pZE
PZE,O
PZE
XPSD,O
$+2
eeUND 8
PZE
PZE
PZE,o
PZE
XPSD,O
,.AGE
$+2
RETURN
STACK L.IMIT REACHEO TRAP
RETURN
FIXEO PSINT
ARITH~ETIC 6VERF~8W
TRAP
B8UND 8
4-5
XDS 901523
MEM
LINE
MEMORyl MEMORY
PROT
NO.
ADDRESS CONTENTS
KEY
I
275
276
277
27,.
279
2~0
281
282
283
284
285
286
287
288
289
290
291
292
293
294
295
296
297
298
299
300
301
302
303
304
305
306
307
308
30'
310
311
312
313
31"
315
316
317
318
319
3 20
321
322
323
324
32S
326
327
328
329
330
331
332
333
33,.
33S
336
337
338
339
340
341
3"2
3-3
34t4t
3"~
4-6
01
01
01
01
01
01
OOOlE
00J7F
00080
COO~l
00082
00083
ABS
OR
REL
0
LABEL
R
I
G
00000:100 A
00000800 ~
00000::>82
00000000 A
7J20087E
OFOO0464
FXP6
FPBRET
*
01
01
01
01
01
01
00')84
00085
00006
00087
00O~8
00CS9
01
OOO~A
01
01
01
01
OOC8e
0008D
0008E
00C8F
01 OOC89
01
01
01
01
01
00090
00091
OOC92
00')93
00094
00000000 A
OOOOOJOO ,6.
FLPF
0:)OOO~~8
OOOOOJOO A
7')200JA4
OFOO0464
OOOOOO~O
A
00000:)00 A
00OOOo8E
00000000 A
FPFRET
•
DF
70200::~A
OFOOO464
00000000 A
00000:;00 A
00000:-;94
00000000 A
OFOO0464
DF'RET
•
wDTR
wDTRET
*
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
JO()96
00097
00098
00099
0009 A
0009B
0009C
OOC9D
0009E
0009F
OOOAO
OOOAl
00014. 2
000143
00QA4
OOOA5
000146
00OA7
OOOA!
OO()A9
OOOOO()OO A
00000000 A
00000'J9A
OOOOO:)OC A
OFOO0464
OFOO0464
OFOO0464
OFOO04f14
OFOO0464
OFOO0464
OFOO0464
OFOO0464
OFOO0464
orOO0464
OFOO0464
OFOO0464
OFOO0464
OFOO0464
OFOO0464
OFOO0464
CALl
C1RET
•
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
OOGAA
OOCAB
OOQAC
JOOAD
OOOAE
OOOAF
00080
OOOBl
00082
00083
OOOB"
0001:35
00086
0001:37
OOC88
00OR9
00000000 A CAL2
00000000 A
OOOOOoAE
00000000 A
0F'000464
. C2RET
0F'000464
OFOO0464
OFOO0464
OFOO0464
OFOO0464
OFOO0464
OFOO0464
OFOO0464
OFOO0464
OFOOO464
OFOOO .. 64
PZE
PZE
PZE,O
PZE
LCF,?
XPSD,O
COMMENTS
OPERAND
OPERATION
$+2
FXPB
RETURN
FL6ATING pelNT ARITHMETIC
B6UND 8
PZE
PZE
PZE,C
PZE
LCF,2
XPSD,O
FAU~T
$+2
FlPF
RETURN
DECIMAL ARITHMETIC FAULT TRAP
B6UND 8
PZE
PZE
PZE,O
PZE
LCF,;:
XPS~,o
$+2
DF
RETURN
WATCHOeG TIMER
BBUND
PZE
PZE
PZE,o
PZE
XPSD,O
PAGE
RU~eUT
8
$+?
RETURII.
CALL 1 TRAP
B6UND 8
PZE
PZE
PZE,O
PZE
xPSD,O
XPSD,o
XPSD,O
xPSD,o
xpso,o
XPSD,O
xPSD,o
xPSD,o
xPSD,o
XPSD,O
xPSD,O
xPSD,O
XPSD,O
xPSD,o
XPSD,O
XPSD,O
PAGE
$+2
RETURN
RETU~N
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
TRACC.O
TRACC.1
TRACC.2
TRACC·3
TRACC.4t
TRACC.S
TRACC.6
TRACC.7
TRACC.8
TRACC.9
TRACC-10
TRACC.ll
TRACC.12
TRACC_13
TRACC-1"
TRACC-1S
19 8 1
19 8 1
19·1
19 11 1
198 1
198 1
198 1
19 11 1
19·1
19111
19·1
19 -1
19111
19·1
19-1
CALL 2 TRAP
B6UND 8
PZE
PZE
PZE,o
PZE
xPSD,o
xPSD,O
XPSD,O
XPSD,O
XPSD,O
xPSD,o
XPSD,O
XPSD,O
XPSD,O
xPSD,O
xPSD,O
XPSD,O
1+2
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
TRACC-O
TRACC-l
TRACC-2
TRACC-3
TRACC."
TRACC-S
TRACC.6
TRACC.7
TRACC-8
TRACC-9
TRACC·l0
TRACC.ll
19 11 1
19 11 1
19-1
19-1
19-1
19 8 1
19 -1
19-1
19111
19-1
19 8 1
TRAP
TRAP
XDS 901523
ASS
OR
MEM
LINE
MEMORY MEMORY REl
PROT ADDRESS CONTENTS 0R
NO.
I
KEY
LABEL
OPERAND
OPERATION
COMMENTS
G
3-'
3.,
01 OOOBA
01 OOOBB
Oi ooose
01 00060
348
3"9
350
351
352
353
01 OoosE
354
01 OOOBF
355
01 OOOCO
01 OOocl
356
35,
01 000C2
358
01 000C3
01 000C4
35 9
01 000e5
360
01 000C6
361
362
01 000C7
01 000C8
363
01 000C9
364
365
01 COCCA
01 000C8
366
01 OOOCC
367
01 OooCD
368
369 . 01 OOOCE
01 OOOCF'
370
01 00000
371
01 00001
372
373
374
375
01 000D2
376
01 OOOD3
3'7
378
01 000:)4
379
Oi OOQ!)5
01 000D6
3 80
3e1
01 OOOD7
382
01 000D8
383
01 000D9
384
01 OOuDA
385
01 000~B
386
01 OOODe
387
01 OOODD
~"ft
"'.
"""I"'\~C"
~oo
~.I.
V~U"'I;.
389
390
391
392
393
394
395
396
397
398
399
"00
401
"02
"03
"04
"05
"06
"07
.. 08
,.09
"10
01
01
01
01
01
01
01
OOOOF
OOQEO
OO';)El
000£2
000E3
00OE4
00OE5
"11
"12
"13
Ath
.,'
.. 18
0F'000464
0F'000464
OFOOO464
OFOOO464
XPSO,O
XPSO,O
xPSO,o
xpso,o
PAGE
*
00000000 A
00000000 A
000000C2
00000000 A
OFOO0464
0F'000464
0F'000464
0F'000464
OFOOOlt64
0F'000464
OF'000464
0F'0001t64
0F'0001t64
OFOO0464
OFOO0464
0F'0001t64
0F'000,+61t
OFOO0464
0F'0001t64
0F'000464
CAI.3
C3RET
•
00000000 A
00000:)00 A
CAL4
OOOOO.o~6
00000000 A
0F'0001+64
0F'000464
0F'0001t64
OFOOO<+64
OF'OO0464
0F'0004 6 4
OFOO0464
OFOO0464
C4RET
OFOOOltt;lt
OFOO04 6 4
OF"000464
OFOOOl+64
0r:000~64
OFOO0461t
oFOO04f.4
OFOOOl+64
*
01
01
01
01
01
01
01
01
01
000(6
000£7
000E8
000£9
OOOEA
000E8
OOOE.C
OOOED
oooEE
00000000 A
00000:;00 A
OOOOOoEA
00000000 A
6 C4 OO010 A
325003 71
6DSo1300 A
2EOOOOOO A
oE30046A
01
01
01
01
01
01
01
OOOF'O
000F'1
000F'2
000F'3
000,4
OOOF'S
OOOF'6
00000000 A
00000000 A
000000F'''
07000000 A
32500371
60501:300 A
323004'1+
PAR lTv
•
RESET
BaUND 8
pZE
PZE
PZE,O
PZE
XPSO .. o
xPSO,o
XPSD .. O
XPSD .. O
xpso,o
XPSD,O
XPSD,O
XPSD .. O
xPSO .. o
xpso,o
XPSD,o
XPSD,O
XPSD .. O
xpso,o
xPSD,o
XPSD,O
PAGE
saUND 8
PZE
PZE
PZE,O
PZE
xPSD,O
XPSD,O
xPSD,o
xPSD,O
xPSD,o
XPSD,O
xpso,o
xPSD,O
XPSD,O
xPSo,o
XPSO,o
xPSD,o
XPSD,o
xPSO,o
xPSD,o
XPSD,O
pAGE
aaUNO 8
PZE
pZE
PZE,o
PZE
RD,4
LW,5
WD,5
wAIT,O
~PSD,3
BaUND 8
pZE
pZE
PZE,o
DATA
L.,W,!5
WO,!5
~W,3
RETURN
RETURN
RETURN
RETURN
TRACC-t2
TRACC-13
TRACC.l"
TRAce .. 1S
19·1
19·1
I!h1
r!h1
CAL-I. 3 TRAP
S+2
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
TRACC.O
TRAce.l
TRAce-2
TRACC.3
TRAce ...
TRAce·s
TRAcel!l6
TRAce·'
TRACC·8
TRACC.9
TRACC-10
TRAce. a
TRACC'l!
TRAce·13
TRACC.1"
TRAce.l5
19·1
19·1
19·1
19"1
19"1
19·1
r9.1
19 '1
19·1
19·1
19·1
19.1
19·1
19·1
19·1
CALL .. TRAP
$+2
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETURN
RETuRN
RETURN
RETURN
RETURN
TRACC.o
TRACC,l
TRACC,2
TRACC .. 3
TRACC."
TRACC'S
TRACC.6
TRACC.,
TRACC·8
TRACC.9
TRACC .. 10
TRACC.11
TRACCIl2
TRACC.i]
TRACC·llt
TRACC_iS
19·1
19.1
19 .1
19·1
19·1
19 .1
19 .1
19·1
19·1
19·1
19·1
19·1
19 .1
19·1
19·1
PARITY INTERUPT SERV 1CE RBUTI NE
.+2
X'10'
CPINT
X'1300'
0
REPEAT
.+2
XI07000000'
tPINT
)('1300'
~A'SES
REcaRO PARITY ERReR P~ANS
CeUNT PU~SE INTERRUPTS
ARM ANO OISABLE
RE~EASE
INTERU~T
PARITy INTERRUPT.REPEAT TESTBUTTaN SE~vICE R6UTINE
TURN eN INTERRUPT IN~lBIT BITS
ceUNT 'UL.,S[ INTERRUPTS
ARM ANO OISABL.,E
RESET 'ASSES T6 ~AST S[TTING
4-7
XDS 901523
ASS
MEM
LINE
MEMORY MEMORY
PROT
NO.
ADDRESS CONTENTS
KEY
~17
41~
~19
1+ 2 0
1+21
4+2"
~23
4+24+
1+25
1+26
1+27
1+28
1+29
1+ 3 0
1+31
1+32
1+33
431+
435
436
437
1+38
1+39
~40
441
442
4~3
4~4
445
446
447
44!
449
450
45 1
452
453
454
455
456
4 57
458
459
4+ 6 0
461
462
463
464
465
1+66
467
468
469
47 0
471
472
473
474
475
476
477
478
479
~80
481
482
483
484
485
.. 86
~!7
4-8
01
01
01
01
01
01
01
01
01
000F7
000F8
OOOF9
OOOFA
OOQr:B
OOCFC
OOor:D
OOOFE
oooFF
OR
REL
0
R
I
G
LABEL
32200473
3210011D
32000378
2EOOOOOO A
I+B500391
35500371
35000,7B
35500372
oE30046A
LW,2
LW,l
LW,O
WAIT,O
At-..JD,S
STw,5
STIt/,O
STIt/,S
LPSD,3
PAGE
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
00102
00103
00104+
0010 5
0010 6
0010 7
00108
00109
0010A
00108
0010C
00100
0010E
0010F
00110
00111
00112
00113
00114
00115
00116
00117
00118
00119
0011 A
00118
0011C
00110
0011E
0011 F
00120
00121
00122
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
00124
00125
00126
0012 7
00128
00129
0012A
0012B
01
01
01
01
01
01
01
01
01
01
0012 C
00120
0012E
0012F
00130
00131
00132
00133
00134
00135
00123
32 2OO 3C O
32 3OO3CO
321004E7
35100D14
35100r)15
32100332
35100DOF
351008D3
35101651
35300371
35300331
32100368
35100369
32100385
35100363
32100356
324003CO
3510011D
3540046D
3i'50037C
6D501200 A
35200473
35300474
32500358
32600367
3550011A
35 4004+44
6 55 OO11C
65600119
32400488
69300122
4B30035C
20 3 10000 A
680002AO
32500358
32600004 A
35100126
35500127
32 4001+88
3~4004~4
65100129
65 5 OO12A
65 6 00124
35100126
32100448
32 4 000 4 7
35 400168
354000 4 0
32 400446
4B 4 OO35A
3540046C
325003Co
4B 4OO35B
oEOOO46C
OPERAND
ERR6RS
SAvE
TYPE
0
MASK+I+
CPINT
TYPE
CPINTM
REPEAT
COMMENTS
RESET ERReRS T6 L.AST SETTING
REINITIAL.IZE LeAD WITH LAST SETTING
DEVICE ADDR Ir: BIT-O KSRI -1 LP
RELEASE PANEL INTERRUPT.REPEAT TEST
AUT6.ceNTR6L
X'100'
AUTe
LW,2
ZERe
ERReRS
L.W,3
ZERe
PASSES
* REINITIATE M60ULES DEPENDENT eN 6PTIeNS
*B
L.W03+1
L.W *IA • LEGAL MEMeRy ADDRESS
LW'l
*8
STw,1
ANL.Z08+6
*8
ANL.Z08+7
STW'l
*8
L.W,1
BEND
INST IB END' BYPASS TEST MeDUI,.E*B
STW , 1
ANLZ08+1
BYPASS TEST MaDU~E eN FIRST PASS *B
STW , 1
BAL05+1
ByPASS TEST MBDU~E eN FIRST PASS *B
,
STW 1
NFAIMP01+1
BYPASS TEST MaDUL.E eN FIRST PASS *B
STW,3
CPINT
CLEAR RTC 6PT! 6N
*B
sTW,3
ITERATE
CLEAR SHeRT L.e6P
*B
LW,1
NEG51
STW,l
LINE
INITAL.IZE LINE CBUNT
LW,1
NEG2
STW,l
FIRST
RESET FIRST PASS caUNTER
LW,l
l.6AD
INITIAl.IZE MBOULE P6INTER, SET C-O
CYCLE
LW,4+
lERB
CLEAR TRANSFER REGISTER
STW,l
SAVE
SAVE eL.D PBINTER F6R RESET
STW,4
PSW2
INITIALIZE FBR EACH MeDU~E
*B
L.W,5
PCPINT
PARITY AND ceNTRBL PANAL INTERRUPTS
WD,5
X' 1200'
ARM AND ENABL.E
STW,2
ERReRS
SAVE ERReR cauNTE~ IN MEMBRy
STW,3
PASSES
SAVE PASS C6UNTE~ 1M MEM6RY
L.W,5
STeRE
PREPARE Te CLEAR THE TABLE. SET 1-0
Lw,6
NEG20
CLEAR
STW,5
.+1
STW,4
TABL.E+!
STBRE a INT6 TABLE+I,ho TB 11
BIR,5
.+1
1+1 INT6 1
BIR,6
CLEAR
PAGE
LW,4
SAVE
LIST+C
PICK UP ceUNT
BCS,3
N6TEND
TEST FBR M60ULE E~D
AND,3
M1Q15
DELETE M6DULE CBU~T
Al,3
INCREMENT pASS CBUNTER
X'10000'
9
OBNE
NBTEND
LW,5
STeRE
PREPARE T6 SET THE TABLE
4
L.W,6
FReM
STW,l
MBVE
SET ~eAD
STW,5
Te
SET ST6RE
FRBM
I..W,4
LIST+C
LeAD vEHICAL
T6
STw,4
TABLE+I
STBRE VEHICAL
SIR,l
.+1
C+1 INTe C
BIR,5
•• 1
1+1 INT6 I
BIR,6
M6vE
FR6M
STW,l
SET MeDUl.E PBINTER - NEXT "1BOULE
PAGE
AUT6-EXECUTE
*
LW,l
TABL.E+~
PICK UP INDEX
LW,~
XPSD
PICK UP RETURN VEHICAL
STW,4
L6C.l
SET ~6C.+l 6F 'EXECUTE INSTRUCTIBN'.
STW,4
NABTR
SET RETURN F6R Sl.AvE MBDE CASES
LW,4
TABLE+2
PS W1I
AND,4
LINKAO
SELECT L.INK ADDRESS AND OE~ETE MS,MM
STW,4
PSWl
SET uP L.INKAGE
LW,5
ZER6
CLEAR R5
AND,4
ceND
CLEAR ADDRESS P6QTIBN 6F PSW1
LPSD,o
PSWl
LINKAGE
LINKAGE IS Te NEXT I~STRUCTIeN BR T6 VARIeus TRA~ SETUP AREAS START •
*
01 00100
01 00101
OPERATION
.-
F'l LL
XDS 901523
ABS
LINE MEM MEMORY MEMORY
NO. P:g,T ADDRESS CONTENTS
g~
~
LABEL
OPERATION
COMMENTS
OPERAND
G
48a
4a,
.90
491
492
~93
494
495
496
4+97
~98
499
500
501
502
503
504
505
506
50,
508
509
510
511
512
513
511+
515
516
51?
51a
519
520
521
52?
523
524
525
526
527
528
529
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
00136
00137
00138
00139
a013A
0013 B
0013C
0013 0
0013E
0013F"
00140
00141
00142
00143
00144
00145
00H6
00147
OOil+o
0011+9
OOHA
00146
OOlltC
00140
0011+E
0011+F"
00150
00151
00152
01
01
01
01
01
01
01
00153
00151+
00155
00156
00157
00158
00159
32~001t46
1+8400358
48400330
35~0046C
32 4001+ 5 0
364001+60
22200001 A
32400445
354 00459
32500338
32700362
3550045A
32800448
3290044F"
35800186
35900187
32800449
32900440
35B00188
35900189
32800448
3290044C
358001BA
35900188
32600331
3280044A
3290044E
32500371
60501200 A
35800,,+60
35900461
32C00448
3200044C
32F0033C
35F"00466
OE00046C
530
01 0015A
325004~5
531
532
533
01 0015B
01 001SC
01 00150
31501DF7
6830015F"
11C00188
** ING AT L.eC lac
SETpSw
LW,1t
TABLE+2
AND,4
ceNO
CL.EAR ADDRESS
EeR,4
LeCAOO
SET ADDRESS Ts Lee
STW,1t
Pswl
L.W,,,
TABL.E+12
STW, ..
PSW2
I. 1,2
1
L.W,1t
TABLE+l
INSTRUCneN
STW, ..
INST
L,W,S
INDA
INOIRECT AODRESS
SET ~AI..F weRO (BOO MEMSRY) INOEX
BNE
I.W"
STW,S
IA
L,.W,S
TABI,.E+7
STeR£ EXPECT£D MEMeRY R£SU~T •
*8
L.W,9
TABLE+ll
INTe A OeUBI.£weRO BeUNOARY •
*B
STW,B
MEM6UT
Fe~ USE IN AUTeMATIC SHeRT •
*B
STW,9
MEMSUT+l
Loeep
L.W,8
TABI..E+S
PUTS EXPECTED REGISTER.
LW,9
TABI..E+9
RESUI.TS INTe AREA FSR RSUTPUT
USE eF AUTeMATIC SHeRT L.eep
STW,,8
5TW,9
RSUTPUT+l
TABLE+4
REGISTER 6PERANOS ARE •
L.W,8
I"W,9
TABI..E+8
MeVED T6 AN AREA UTILIZED •
8Y THE AuTaMATTIC SHeRT L,esp
STW,s
RINPUT
STW,9
RINPUT+l
DETERMINES IF AUTe SHeRT L.aep
LW,6
ITERATE
MwI
L.W,B
TABI..E+6
M\tI+lr
L.W,9
TABL.E+10
LW,S
CPI~T
C6UNT PUI.SE INTE~RUPTS
wO,5
ARM ANO ENABL.E
X'1200'
PAGE
* REGISTER 1 AND REG 7 ARE NeT REST6REO eN SHeRT L6e p
*
IF THE ERRBR IDENTIFIER IS • 4. THEN THE pRe(lRAM SH6UI..D
*
BE RUN BN LeNG Le6P 6R MBoIFIED T6 RESTeRE THE FAIL.ING REGISTER
SHeRT
STW,8
MEM6RV
STW,9
MEM6RV+1
R
l..W,12
TABLE+4
LW,13
TABLE+8
RUl
~W,i5
~eC2AD
PRELBC
STW,15
L,PSD,O
RETURN+2
PSW1
*
rASiCHK
L~,5
iABLE.i
LMS1+1
F"ASTCHKA
R6UTPUT
CW,5
BE
CO,12
~~5,~3--~C~·~-~~,:~,~~.:~':~-'g~,~~:3~'v~'V~1~V~------------~oII~~~----~~.~REXIT
535
536
537
538
539
5 40
541
542
543
54~
545
546
547
548
549
550
551
552
553
554
555
186
'"
1'1
01
01
01
01
01
01
01
01
01
01
01
0015F
00160
00161
0016 2
00163
00161+
00165
00166
0016 7
00168
00169
12C001 8 6
l1C00460
68300164
12C001 B8
6R00016A
15 8 00,,+60
12 C001 BA
OE00046C
67000459
OF 800464
6460015A
01
01
01
01
01
01
0016 A
0016B
0016C
00160
0016E
0016F
6AF"01E2A
32600331
6COOOOOO A
69 8 001 5 3
60501100 A
322004 1 3
01 00170
01 00171
351001+ 58
32100382
*8
*E
*E
R£P6RT £RReR vIA
~eRMAL
PATH
*E
*E
*E
*B
*E
*
FASTCHKA LO,12
MEMBUT
*E
CO,12
MEM6RY
*B
SUCCESSFUL. • Leap AGAIN
*8
BE
SHeRTER
LO,12
ReuTPUT
RESTeRE R.RU1 SI~CE ME M6RY WAS BAO*B
REPeRT ERReR vIA NaRMAL PATH
*B
B
ERREX IT
RESTeRE MEMSRy aPERA~OS
SHeRTER 5TO,8
MEMeRY
*B
RESTeRE REGISTERS
*B
LD'12
RINPUT
*B
Ge Te aBJECT INSTRUCTI6N AT L.aC
I.PSD,O
PSW1
Lec
EXU
INST
XPSD,8
RETURN
GS Te L.6C.2. AL.SB X-FER 0 INT6 RP
BOR,6
FASTCHK
TEST RESUL.TS sF SHeRTER
* THIS INSTRUCTI6N WAS CHANGED T6 ENA8L.E THE PR6GRAM T6 DETERMIN
* WHEATHER L.AS AND LMS INSTRUCTIaNS ARE INSTAL.LED •.
ERREXIT BAL., 15
LASLMS
I.W,6
ITERATE
REAO SENSE SWITCHES
RO,O
0
SSl-SHeRT L.esp
BCS,S
SHeRT
DISARM
WO,5
X'1100'
I.W,2
ERReRS
PAGE
AUTS.T[9T
*
Ix
SET
~ETURN
FaR SpURleus TRApS
4-9
XDS 901523
ABS
OR
MEM
LINE
MEMORY MEMORY REl
0
PROT
NO.
ADDRESS CONTENTS R
I
KEY
LABEL
OPERAND
OPERATION
COMMENTS
G
559
5 60
561
562
5 63
564
565
566
567
568
569
570
571
572
5 73
574
575
576
5'7
5 78
579
580
581
582
583
584
585
586
5!7
588
589
59 0
591
592
593
59 ..
595
596
597
598
599
600
601
602
603
60't
605
606
607
608
609
610
611
6 12
613
614
615
616
617
61~
6 19
6 20
621
622
623
624
625
626
627
62..629
4-10
3~1001+66
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
00172
00173
00174
00175
00176
00177
00178
00179
0017A
00178
ooPC
00170
0017E
0017F
00180
00181
00182
35 7OO45F
32100110
35C0045C
35D0045D
3250036A
32600459
32 7 OO44S
OFOO01FO
32S00368
32600168
3 2700047
orOO01 r o
3250036C
3260045A
32700338
OFOO01FO
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
00183
00184
00185
00186
00187
00188
00189
0018A
00188
0018C
00180
0018E
0018 F
00190
00191
00192
32500360
326004S8
32700448
OFOO01FO
48500361
3260045F
32700362
OFOOOlFO
3250036E
326001+64
32 7 001+47
OFOO01FO
65500190
32 600465
32700'tS1
OFOO01 r o
01
01
01
01
00193
00194
00195
00196
3250036F
48500360
326004SC
32700't49
01
01
01
01
01
01
01
01
01
01
01
01
00197
00198
00199
0019A
00198
0019C
00190
32S004 45
31501r.'F"7
0019F
001AO
J01Al
001A2
32700440
OF"OOOlFO
32500370
32600460
327004 48
OFOO01FQ
01
01
01
01
01
01
01
01
01
01
01
01
01
C01A3
a01A4
001A5
OOH6
001A7
00tA8
001A9
001AA
001AB
001"C
001AD
001AE
OOlAF
325003 7 0
326001+61
32 7 OOl+4F
OFOO01FO
325003(0
32600185
692001 AC
6COOOOOO A
692001FB
326001(:0
35600185
6COOO')4Q A
32200 47 3
0Ol~E.
01 001 0
01 001 1
01 001 2
01 001 3
STW,l
STW,?
1.101,1
STW,12
STW,13
I. W,S
1.101,6
1.101,7
XPSD,O
LW,5
LW,6
1. 101 ,7
XPSD,O
U~,5
1.101,6
1.101,7
XPSD,O
PAGE
LW,S
LW,6
Lw,7
XPSD,o
EBR,s
1.101,6
LW,7
XPSD,O
LW,5
LV~' 6
LW,7
XPSD,O
SIR,S
i.W,6
L.W,7
XPSD,O
PAGE
LW,S
EaR,5
LW,6
L~,7
•
CW,5
BE
XPSD,O
BIR,5
1.101,6
6~3001A3
OFOO01F"0
655CC1C3C
32600~5D
653001P1
6COOOJJO A
6~COO11:)
3?lOO126
1.101,5
L'~' 1
XPS~,O
l.W,S
LW,6
L.W,7
XPSD,o
*
MISSV"S
E'\JO
•
RETURN+2
TEST+7
SAVE
TE5T+4
TE5T+5
INSTID
TEST+l
TABI.E+l
ERRBR
XPSDIO
LeC+l
XPSD
ERRBR
lAID
lA
INOA
ERR6R
SET RETURN T6 RESET+2
SAVE MA~F weRD I~OEX
PICK UP PRrSENT I.IST ADDRESS
R
RUl
PICI( UP INSTRUCTI6N IDENTIFIED
INST(R)
INST(e)
TEST INSTRUCneN
PICI( LeCATIeN+l IDENTIFIER
L6C+lIR)
LeC+1(e)
TEST LeeA TI eN+ 1
PICK UP INDIRECT AODRESS IDENTIFIER
IA(R)
IA(e)
TEST INDIRECT ADDRESS weRD
1)(10
TEST+3
TA8LE+4
ERReR
SIX
TEST+7
eNE
ERR6R
PSDwID
TE5T+12
TABLE+3
ERRBR
'+1
TEST+13
TABLE+13
ERReR
PICK UP INDEX IDE'JTIFIER
IX(R)
IXee)
TEXT INDEX Rl
SET INDEX? IDENTIFIER
IX7(R)
Ix7(e)
TEST INDEX R7
PICK UP pReGRAM STATUS IDENTIFIER
PSW1(R)
PSWl( e)
TEST PSWl
INCREMENT PSDw INDENTIF'IER
PSW2(R)
PSW2Ce)
TEST PSW2
REGID
PICK UP REGISTER IDE~TIFIER
SET REGIST~R ADDRESS .C(12)
R(R)
R(B)
cn:
TEST+4
TABLE+5
TAULE+1
LMS1+1
MISSLMS
ERR6R
$+1
TEST+5
TABLE+9
ERRBR
MEMID
MEMeRY
TABLE+7
ERReR
LW,5
LW,6
1.101,7
xPSD,o
LW,5
I. W,6
BCS,2
RO,O
BCS,2
LW,6
STW,6
wO,o
I.W,?
MEMIO
ME MeRY+l
TABLE+l1
ERRBR
ZERB
ERRIND
$+3
BIR,3
RD,O
8 CS ,12
LW,l
$+1
0
CYCLE
FRBM
0
ZR
BYTE
ERRINO
X'40'
ERRBRS
TEST REGISTER
INCREMENT REGISTER IDENTIF IER
RU1(R)
RU1(6)
TEST REGISTER U 1
PICK UP MEMeRy IDENTIFIER
MW(R)
Mw(e)
TEST MEMBRy weRD
MW+1eR)
MW+1( e)
TEST MEMeRY WaRD + 1
SET IDENTIFIER FeR REpeRT
READ SENSE SWITC~ES
SS3 _ REPeRT
TURN eFr ALARM
Ce R2) ~eu~D EQUA~ 1 IF 6BJECT INST
WAS A BRANCH T6 END
INCREMENT ~6DuLE ceU~TER
READ SENSE SWITC~ES
Leap eN CURRENT TEST (551 6R 2)
RESTeRE NEW LIST ADDRESS
*E
*E
*E
*E
*E
*E
XCS 901523
ASS
MEM
LINE
MEMORY MEMORY
NO. PROT ADDRESS CONTENTS
KEY
6 30
631
OR
REL
0
LABEL
R
635
636
637
638
639
6 4 r.
641
642
6 43
644
645
64 6
647
648
649
01 00104
01 001B5
0E.000461\
00000000 A
01 001:36
01 00107
01 00138
01 00H39
01 OOlBA
01 0010B
OOOOOJOO
00000000 A
00000000 A
00000000 A
00000000 A
00000000 A
~1EM6UT
L.PSD,O
DATA
PAGE
BeUND
DATA
15
8
0,0
ReuTPuT
DATA
0,0
*B
RINPUT
DATA
0,0
*B
LW,5
E6R,S
STW,S
EaR,4
5TI+I,4
BCR,O
19
NAexo
NA6TR
NM:tAO
NA/j+2
SETPSW
feR ...
S1W/4
BCR,O
un AD
ESR,4
STw,4
SCR,O
SLAO
SL+2
SETPSW
ERRIND
I 650
651
652
653
654
655
656
657
65@
65,
660
6b l
662
663
b64
665
666
667
668
A.
001BD
0018E
OOlt)F
001CO
001(1
SI9NAB
RI9NAa
01 001C2
4~400148
Ur JSW
001~C
01 001(3
01 001C 4
01 001(5
01 001e 6
01 001C 7
01
01
01
01
48400347
3540007A
68000136
1+8 40031+4
001C8
001C 9
001C A
001CB
01 001CC
01 001CD
01 001CE
4850038E
485001CE
35500043
68000136
OOOOOC7E
01 OOleF
Oi 00100
01 a01D1
48400343
35"00086
680001C3
3~400080
OJ, OOiD2
"85000~7
610
671
672
673
614
675
616
611
618
679
6 80
681
682
683
68 ..
685
686
681
688
689
6 90
691
692
693
694
6!!
"6
01 001D3
01 001D4
35500043
68000136
01
01
01
01
01
01
001D5
00106
00107
00108
00109
a01DA
32S0035F
1+850034A
35500048
481+0033£
35400098
68000136
01
01
01
01
01
01
001DB
001DC
00100
001DE
OOlDF
001EO
325003SF'
1+850034B
35500049
48"0033F
35 4000AC
68000136
01
01
01
01
01
01
001E1
001E2·
001E3
001E4
001E5
001E6
3250035F
4850034C
3550004A
1+8400340
351+000Co
68000136
01 001E7
01 001E8
01 001E9
*
35400: 7 4
68000136
669
'"
*
325003SF
4850034E
355000 40
48400346
35 4000 6 0
68000136
01
01
01
01
01
01
3250035F
48500340
35 5 OOO4B
COMMENTS
G
632
633
634
OPERAND
OPERATION
I
*
SLSW
M8DUL.E
UPDATE PSINTER
0
UI I +2
SETPSW
STeRAGE srr DATA UTIL I ZED BY~
THE AUTeMATIC SHeRr I,.eep
*e
*e
SET XPSD FeR NSA TRAP
SET Phl
SET 19,0
SET PSWl BITS 0-11 FeR NAB TRAP
SET PSWl SITS 0-11 FeR UII TRAP
RETURN T8 ~6NG
SET PSWl SITS 0-11 FeR SL TRAP
SET PSWl BITS 0-11 FeR Expe TRAP
*
* THIS ReUTI~E ALLews VERIFICATIBN 6F A TRAP Te THE PR6PER ~eCATleN
* AND THE RETURNED ceND ceDE. IT DeES NeT VERIrY THE ADDRESS eF THE
* INSTRuCTIeN THAT TRAPPED, (SEE THE FeL~BwING ReUTI~E)
FXPBSIoi
E6R,It
FXP6AD
STW,4
F'Xpe+2
EeR I 5
6p ceOE F'6R xpSD INST
MASK"l
EeR,5
F'XP6A
CREATES AN INST XPSo,o FXP6
STW,S
F'XpeTR
ie TRAP L.8CATIeN
BCR,O
SETPSw
FxpeA
OATA
FXP6
ADDRrSS er TRAP PReCESS6R
SET PSWl BITS 0-11 FeR F'~PF TRAP
*
FI,.PFSW
EeR,4
FLPFAO
srw,4
FLPF+2
BCR,O
UIISW+l
* THIS ReUTINE ALl..eWS VERIF'ICATreN 6F THE PSOW BUT OBfS ~eT CHECK
* THAT THE INST CAUSED THE CeRRECT TRAP T6 eCCUR, (SE£ Aa8V£ ReUTINEI
FXPBPSDW EeR,s
BRANCH
XPSD,8 RETURN
STW,S
FXP8TR
Te TRAP l..eCATIeN
B
SETPSW
PAG£
SET XFtSD FeR CAl.l
*
LW,5
SIgeL1
19
SET 19'1
EBR,S
RI9CL.1
CAl.1XD
SET 19.0
STW,!5
CAL.1TR
EeR, ..
CAL.1AD
STW,I+
CAL.l"2
BCR,O
SETPSW
SET XPSD FeR CAL2
*
I..W,5
SI9CL2
19
SET 19'1
EeR,5
RI9CL,2
CAL,ZXD
SET f9'0
STW,5
CAL2TR
EeR, ..
CAL.2AD
STW,4
CA\..2·2
SETPSW
~CR'O
SET xPSD FBR CAL3
*SI9CL.3 LW,5
19
SET 19.1
EeR,5
RI9CL3
CAL.3XD
SET 19-0
STW,5
CAL3TR
EeR,4
CAI.,3AD
STW,4
CAL3.2
SETPSW
BCR,O
SET XPSD FeR CAL4
*SI9CL.4 I.. W,s
19
EBR,5
R19CL.4
CAI..~XD
SET 19'1
STW,5
CA~ .. TR
SET t~hO
*B
*B
*8
*8
*e
*S
*B
*B
*B
*B
*B
*S
I
4-11
XDS 901523
ASS
OR
LINE MEM MEMORY MEMORY REL
o
NO. P:~: ADDRESS CONTENTS RI
LABEL
COMMENTS
OPERAND
OPERATION
G
698
699
700
,701
702
70~
704
705
706
707
01 001EA
01 001E.B
01 001EC
48400341
354008C4
68000136
01 801ED
01 COlEE
01 OOU:.F
6COOOOO,)
*.
A,
7 4 000447
6e000136
70P.
709
710
711
711'
71'3
714
715
71f>
717
718
719
720
721
72?
723
724
725
726
727
01 C01FO
ocoooooo
01 001Ft
01 aoa 2
01 001F3
01 001F'+
01 001FS
01 001F6
01 001F7
01 C01F8
01 C01F9
01 001FA
01 00lFS
00000000 A
00000lF4
OE0001FO
652001 F9
35200473
6D000041 A
32B002E6
6DB01~00
01 001FD
32B0035D
35B00165
6EOOOOOO
CDB00378
74p,
749
750
751
152
753
75,+
755
756
757
758
759
760
76 1
762
763
764
765
766
767
766
4-12
A
PZE
PZE
PZE/o
TSTDVC
ZR
**
LW,8
EBR,8
8CS,3
LPsn,o
sIR,c
STW,2
wD,O
lW,11
W~/l1
LW,11
STI'I,11
*
A,
TEST! 6
AIB,O
TIB,ll
01 00201
68COO?OE
BCR , t2
01 00202
01 0020 3
01 002C 4
01 0020 5
68400lF F
68B002C5
68000208
48B0035D
0020 6
~8B0035D
BCR,4
BCR,8
S
AND,ll
(BR,ll
00208
683001 F I="
6(000000
69100208
01
01
01
01
0020 7
002:)9
A.
HLTEST
BEZ
RD/Q
SCS,l
wAIT
LW,11
01 0020A
2EOOOOOO A
01 0020B
01 0020C
01 0020D
32B002F.6
6DB014()O A
OE.0001 F O
NF}HAlT
01
01
01
01
01
01
01
01
01
01
32C00359
32900]A5
32A00005 A
69300213
32900383
32A00351
35A00215
EDIT
0020E
0020F
00210
00211
00212
00213
00214
00215
C0216
00217
01 00218
01
01
01
01
01
01
01
01
01
Oi
01
01
00219
0021A
0021B
0021C
00210
0021E
0021F
00220
00221
00222
00223
0022'+
01 00225
I'o'Dl11
*
32E0033A
350002 2 6
35A00227
35C00242
TSTDVC
ERR6R
$+1
ERReRS
X' 41'
INCREMENT ERRe R ceUNTER
KEEP A RUN~lNQ CBUNT
TURN eN AUDI6 ALARM
6Q3
ERRIND
o
*TYPE
EDIT
TESTI e
$+2
HLTEST
6Q3
6Q3
TEST! B
o
NaHAlT
IBM
X'l~OO'
STRMGl
NEG8
LW,9
PICK UP RESULT
ceMPARE WITH pRE~ERMINED RESULT
DIFF fI a
16M
IBf"1 HAS 16 INTERRUPT BIT IF Ie CBMPATIBILITY IS IN USE
X' 1500'
DISABLE Ie INTERRUPT
LW,l?
5
REP6RT+1
SET ERR6R INDICATeR T6 ALlew RETURN
T6 BYPASS s5 3 SETTI~G
CLEAR INTERRUpT PENDING
Ge IF 16 ADD~ RECeG AND SIB paSSIBLE
REPEAT TIB IF SIBp IS BUSY
SIB NeT CURRENTLY PBSSIB~E
Ie ADDRESS NeT RECBGNIZED
SAVE ePERATIBNAl STATE BITS
DEVICE BUSV
READ SENSE SWITCHES
ceMM6N ERR6R HALT
ENABLE Ie INTERRUpT
EDIT.LEVEL 3
SET STeRAGE WeRD
TEST R5.0
DISP\"AV
LW,9
NEG~
LW,10
STW,10
LW;10
LBADR
lDRE3
SET REGISTER PIC
U~R, 4
STW,~
LW,11
LWt\2
LWFRM2
ANFR2
SET
SET
SET
SET
SETN
SETF"RM
STRwD
SET
SET
SET
NEG3
SET
STW,O
STW,10
STW,12
XDS 901523
ABS
OR
MEM
LINE
MEMORY MEMORY REl
0
PROT
NO.
ADDRESS CONTENTS R
i
KEY
LABEL
COMMENTS
OPERAND
OPERATION
G
769
77C
711
7'2
773
774
775
776
117
718
779
78 0
781
182
783
781+
185
786
787
m
789
790
1 191
192
193
794
195
796
797
798
799
800
801
802
803
804
805
806
807
808
809
810
811
812
813
814
815
816
817
818
819
820
821
822
823
82~
825
826
827
128
129
130
831
832
833
01
01
01
01
01
01
01
01
0022 6
00227
00228
00229
0022A
00228
0022C
0022D
32000383
32 0 00388
35600230
350001+75
35E00232
32A0034F"
32C00383
320003CO
01
01
01
01
01
01
01
01
01
01
0022E
0022F
00230
00231
00232
00233
0023 4
00235
35A002 3 0
35A00235
3290037E
489001+ 76
48900380
69300235
OEOO0468
3290037E
48D00009 A
~0236
00237
6~AOo?38
01 00238
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
00239
0023A
00238
0023C
0023D
0023E
0023F
00240
0021+1
00242
00243
0021+ 4
00245
0021+6
0021+7
0021+8
0021+9
0024A
0024B
0024C
0024D
65C0022E
48000)94
48000350
35D0023C
32D003Co
1+8000395
48000475
65B00240
65E0021+1
65000228
350001+2r:
32000226
32A00227
32C00242
65000247
65A00248
65C002 49
65 F00223
32900472
32A00215
65A0024D
65900214
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
0024E
0024F
00250
00251
00252
002b3
00254
00255
00256
00257
00258
00259
0025A
00258
0025C
00250
0025E
0025F"
00260
00261
00262
00263
321='00369
32E00363
32000378
69100266
65E00256
65F0025B
32000300
OFOO027C
320003D1
0F'00021C
320003D2
oFOO027C
32F00368
32000304
32AOOO05 A
6930025F"
320003D3
oF'00027C
35F'00369
35E00363
600000~0 A
oEOO0261f
01
01
01
01
00264
00265
00266
00267
00300208
00000000 A
CEB00378
68C0026A
SET~
SETF"RM
BYTES
BITS
LWB
ANDM
LWBT
BUMPFR
L.w8Y
ANOr:
STRWD
*
SI(IP6
L.IN6UT
Ie
83~
835
836
137
Ile
839
U~,
13
STW,11
STWJ13
STW,14
L.W,lO
LW,12
L.W'13
PAGE
STW,10
STW,10
LW,9
ANDJ9
ANo,9
BCS,3
LPSD,o
LW,9
EBR,13
RI Ro1"
BIR~i2
AND,13
EBR,13
STW,13
L.W,13
AND,13
EBR,13
sIR,11
BI RI14
BIR,O
STW,13
L,W,O
I..W,10
LW,12
BIR,C
BIR,10
sIRI12
BIR,15
L,W,9
LW,10
BIR,10
BIR,9
PAGE
L.pe
LwB
LWBT
BIT
W6RO
MASK
Lwar
Bl;:IMP
BIT
9
$+1
BITS
MASK+7
LWByTE
LWBY
BYTE
F"ILTER
WKe
$+1
$+1
BYTES
IMAGE+l
SETN
SETFRM
STR',.JD
$+1
"+1
$+1
weRDS
ceUNT
L.DREG
$+1
LOREG-1
I.. W'15
L.W,1 4
L.W,O
Bll
BIR,14
BIR,15
l..W,O
XPSD"o
L.W,O
XPSD,o
L,W,O
XPSD,o
L.W,15
L,W,O
LW,10
BCS,3
L.W,O
XPSD,O
STW,15
5TW,14
WD,o
L,PSD,O
PAGE
B6U~D
GETOUT
NUMBER
F"RAME
ANDF"
WKe
ANDM
LWBIT
NEG4
ZERB
LW,c
pZE,3
PZE
TDV,l1
BCR,le
LINE
FIRST
IYEE
LpB
SKIP6
LINeUT
PSIXCR
PRINT
PTITL.E
PRINT
PHEAO
PRINT
NEG51
PLeNGL.
5
Ie
PSHRTL.
PRINT
L.INE
FIRST
X'40'
GETeUT
8
SET NUMBER
SET FR~ME (FINAL CHA~.BVTE PBSITIeN)
SET F"t L. TER ,
SAVE F'RAME
SET MASK C6RIGINAL C~AR PBS IT I eN)
SET BIT prcp( uP
SET BIT C6UNT
SET CHAR GENERAT~R Ta ZERft
PICK UP BIT l,2,49R 8
(BITl*n~eRo)
(BIT>*(W6Ro)*(MASK)
LwBT IF" W6Ro HAS BIT IN MASK p6SITI6
PICK UP BIT
MERGE BIT WITH CHAR BEING C6NSTRUCTE
!~CREMENr S!T PICK UP
ceNTINUE CHAR C6NSTRUCTIBN
PICK 6F" BINARy 4 BIT CHAR
ceNSTRuCT BYTE PICK UP wBRD
PICK UP ceVERTEO BYTE
SEL.ECT DES~RED TYTE
MERGE BYTE INTB CBNVERTED W6RD
INCREMENT C6NvERTED BYTE PBSITIBN
INCREMENT SEL.ECTED CHAR peSITIBN
TEST FeR N CHAR'S
ST6RE C6NVERTED ~6Ro
SET NUMBER pICK UP
SET F"RAME pICK UP
PICK UP ST6RE W6RD
INCREMENT NUMBER ~IC~ UP
INCREMENT F"RAME PICK UP
INCREMENT STBRE ~6CATIBN
INCREMENT M • BRANCH I~ M NeT ZERe
SET C6UNT
SET REGISTER PIC< UP
INCREMENT REGISTER PICK UP
BRANCH T6 loREG IF CaUNT ~aT ZERB
BUTPUT-L.EVEL. 3
lINE C6UNT (-51)
•• 2 FIRST TIME
IESI EaR ellIEllI ~E~ I CE
F'IRST TIME THRU
lINE CBUNT N6T lER6
BuTPUT 6 CAR. RET,
NEW PAGE TITL.E
NEW ~EADING
RESET I.INE CBUNT
SET UP DISPL.Ay pRINTeUT
PICK UP rD~NTIF"IER
SET
U~ RECB~O
PRINT6UT
SAVE NEW I.INE ceU~T
SAVE NEW rlRST pASS INDICAT6R
TURN eF'F' AL.ARM
HLTE5T
*TYPE
$.3
G6 I' Iep AND DEVICE ADOR R[CeG
4-13
XDS 901523
ABS
LINE MEM MEMORY MEMORY
NO. P:g,T ADDRESS CONTENTS
~~
~
LABEL
OPERAND
OPERATION
COMMENTS
G
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
00268
00269
00261~
00268
0026C
0026[1
0026E.
OO?6F
00270
00271
00272
00273
OO?74
00275
00276
00277
00278
00279
C027A
68 400266
68000260
35B00377
4BB00376
69300266
32B00377
BCR,4
4B~C0378
69300278
65[002 7 6
320003C7
32AOOCC'5 A
69300275
320003C8
6800025F
320003D5
OF00027C
320003C)6
OF00027C
6R000271
L.PMSG
GerBP
'-2
H~+l
B
STw,11
AND,11
BNEZ
L\oI,11
AND,11
BNEZ
BIRd4
L\oI,O
LO'I,10
SCS,3
L\oIIO
8
LW,O
XPSD,O
LW,O
XPSD,O
B
TEMP
MerIBN
LPA.
TEMP
TBP
LPTeP
GeTBP
LP[RR
5
$+2
LPREPBRT
Ie
LPGBTBP
PRp'JT
LPFeRMAT
PRI".;r
LPMSG
GB IF SIBP BUsY
Ie BPERATIBN NeT PBSSIBLE
PAPER IS MBVING
LBBP TILL PAPER STepS
CHECK FeR T6P eF FeRM
BUTPUT TITLE AND HEADING
GB Te Tep eF FeR~ IF FIRST PASS
ERR6R MSG CDA
PICK UP ID~NTIFIER
REPeRT
REPeRT MSG CDA
Ge rB Tep BF
FBR~
PRITN TITLE AND
HEADI~G
PAGE
*
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
002/C
0027D
0027E
0027F
00280
00281
C0282
00283
00284
00285
00286
0028 7
00288
00289
0028,4
00288
0028C
00280
0028E
0028F
00290
00291
00292
00293
00294
00295
00296
00000000
00000000
00000(,80
00000000
33101E5B
CC8003 7 8
68C0028A
68 400281
68800286
68000292
48B0035D
48ao035D
6 83 002 8 1
680002 9 2
CD B00378
68C002 9 2
6840028A
68 80028F
6 8 0002 9 2
4B B0035D
48B0035D
6830028A
OE00027C
322002 9A
35200826
6C000800
68800100
A
A
01
01
01
01
00297
00298
00299
0029A
2E.000000 A
322003Co
35200372
68000100
PRINT
A
BUSY
BeU\JD 8
PZE
PZE
PZE.,o
PZE
MTW'l
SI Bd1
BCR,12
BCR,4
BCR,~
B
AND,11
EeR'll
BEZ
B
DBNEMSG
TIB,ll
BCR,12
BCR,4
BCR,S
B
ExITIe
SETRPLY
A
A
AND, 11
EBR'11
BEZ
LPSD,O
1..101'2
ST\t~,
*****
2
898
8'9
900
901
902
903
90 ..
'OS
906
907
4-14
0029C
0029D
0029E
0029F'
002AO
002Al
C02A2
002A3
002A4
002A5
00000000
00000000
000002"'8
00000000
21310000
6930032A
320002FA
35000041
32C003Cl
3DC003(1
01 002A6
320002FB
01 002,47
01 002A8
01 002A9
680002AB
320002,45
35001651
A
A
A'
A
It
$+2
LASLMS2
*TYPE
D6NEMSG
BusY
$+2
EX I TIa
6Q3
6Q3
BUSY
Ex I TI e
*TYPE
EXITIB
DBNEMSG
$+2
Ex IT I B
6Q3
6Q3
DBN[MSG
PRll\iT
REPLAY
38
6UTPUT MSG
SIe ACCEPTED
SIep BUSY. REPEAT sIe
Ge IF' sle NeT ACCEPTED
Ie ADDR N6T REceG~IZED
SAVE ePERATIBNAL STATE BITS
DEVICE BUSY, REPEAT sle
DEVICE NeT ePERATIeNA~ eR
*E
JNAvAI~
SIBP BUSY
ACCEPTABLE SIe NeT CURRENTLY pess
16 ADDR NeT REce3NIZED
SAVE ePERATI6NAL STATE BITS
DEVICE BUSY. REPEAT TIe
BRANCH Te AUT6 IS STeREO INTe LeC.26
RDIO
READ THE SENSE SwITCHES
a
BCR,8
AUTe
G6 IF SSl IS eFF
PREVENT CBUNTER INTERRUPT IMPLEMENTATleN
******
wAIT
TURN SENSE SWtTC~ 1 ~FF.
o
1.. 101 ,2
ZER6
CPINTM
Snu2
AUTe
B
BeUND
01
01
01
01
01
01
01
01
01
01
PRINT-LEVEL
B
PAGE
** TEST T6 SEE IF FLBATING P8INT 6PTI6N IS INSTALLED
FLTRAP
DATA
O,o,FLNIN,O
eI,3
BNE
1..\01,0
STW,O
LW,12
FAS,12
LW,O
B
LW,O
ST\II,o
X'lOOOO'
INITIATE.
NIMP
UI ITR
BYTE+l
BYTE+l
(FIRST PASS BNLY)
CHECK FeR tMPLEME~TING AUTe SHeRT *B
SETUP TRAP L6CATleN
PF"UiATP
FLPRINT
FLeAT
NFAIMP01+1
C6 MES HERE IF
ALL6W TEST eF
TRA~
eCCURRED AT X2!1
TRA~ EAC~
Tl~E
XDS 901523
ASS
MEM
LINE PROT MEMORY MEMORY
NO, KEY ADDRESS CONTENTS
~
R6l
¥
LABEL
OPERATION
OPERAND
COMMENTS
G
908
909
'10
911
912
913
914
915
916
917
91~
919
920
01
01
01
01
002AA
002AB
002AC
OOcAD
320002 FC
OF00027C
320002F9
35000041
01 002AE
01 002AF
01 00280
01 002Bl
01 002B2
01 00283
01 00213'+
01 002B5
3200031B
35000466
22100FFF A
B2000001 A
30100333
21120FFF A
6830010F
68000281
01
01
01
01
01
01
01
01
01
01
01
00286
00287
00298
002B9
0028A
31300379
6930010F
21200000
6930010F
32000372
6830010F
32000309
OF00027C
3?000391
35000371
6800010F
01
01
01
01
01
002DO
921
922
923
92~
925
:1c6
927
928
929
930
931 .
,32
933
934
002~8
002SC
002BD
002bE
002ijF
002CO
PI
935
936
937
938
939
940
941
942
943
944
945
946
947
eRG
X'2DO'
lISAI!\;
B
I..W,l4+
STW,l4+
DATA
$+1
16
llBA
SETINiR
002:';0
002C1
002D2
680002D1
32[00010
35E002D4
01 002,)3
68000205
01 002~)4
01 002C5
01 C02[;6
00000C;02 A
22E00:.120 A
35E002E6
6DE01?OO A
670002E.0
670002E2
670002E3
680001CF
lIBA
SETINTR
0000010 F
00000000 A
000002[0
OC000800 A
6Eoooaoo A
350002E8
IBINTR
01 00 2 0 7
949
01 002[;8
01 002;)9
01 002DA
952
953
954
*.
00200
94~
950
95 1
MSG rL6ATING P8I~T ~OT INSTALLED
LW,O
~Nf~eATP
XPSD,O
~RINT
euTPUT THE SELECTED MSG
LW,O
IM~
STW,O
UI ITR
RESTeRE 6RIG xPSD T6 Lec 41
* TEST F8R N9N.EXSISTENT MEM6RY. IF ANY, SETUP BAL A~D A~LZ TESTS
*8
LW,O
RETADDR
M6DIrv RETURN TO ENTER THIS ..
*8
R8UTINE WHEN A T~AP eCCURS
STW,o
RETURN+2
*8
ADDRESS
U,l
4095
*8
LW,O
*1
TRY T6 FIND NEM
*8
AW,t
MINCR
ADD ~096 F6R NEXT 4K
*8
> peSSIBLE MEM6RY SIZE
CI,l
X'20FFF'
*8
NO N6N.EXSISTENT ~EMeRY.
BE
CYCLE-1
*8
B
$ .. 4
TRY NEXT 4K
*B
PAGE
*THE FBLLewI~G RSUTINE IMPLEMENTS THE CBUNT PULSE INTERRUPTS AFTER X'20
*~ASSES wITHOUT ERReR
RTC
CW,3
MAXCNT
8NE
CYCLE"1
CI,2
0
8NE
CYCLE"l
LW,O
C~If'..;TM
BEl
CYCLE-l
DB NOT eUT~UT MS3
L,.W,O
PRTCMSG
XPSD,O
PRINT
LW,O
MASK+4
BITS rOR CBUNTER 1,2,3 AND 4
STW,O
CPINT
STORED INTe CPINT
RESUME WITH FIRST MODULE
XRTC
B
CYCLE"1
PAGE
**
*. E~TER AT THIS POINT T6 B~GIN Ie CBMPATIBILITY TEST
** E~TER THE IB DEVICE ADDRESS IN MEMoRY LOCATION X'10"
FLPRI~T
01
002~B
01 002 De
01 CC2JD
ot
002DE
01 002JF
01 002[0
01 00211
01 002E2
A
320002(7
01 002[3
01 0021:.. 4
01 002[5
01 002E6
01 002E7
01 002E8
CC0002D4
320002E8
oEB002 DC
00000000 A
000001 7 5
00000000 ,.,
01
01
01
01
050009B1
50000c31 A
3115~C40 A
40404':)40 A
002LA
002(8
002EC
002ED
01 002EE
01 002lF
B
LI,14
STW,14
2
X'20'
IBM
wD:14
~14,:)"''''1
n',Lc..\,/V
EXU
AlB
AItt+2
AIB+3
CYCLE"l
[XU
EXU
B
BBU"JD
DATA
*B
DEVICE ADOR IN X'10'
SAVE
N6RMAL LINE PRINTER ADDR
*B
*B
*B
*B
PUT Ie INTERRUPT 9IT IN 16M
ARM A~D ENABLE Ie INiERRUPT
AIO INST Te CLEA~ ANv ~ENOING rNTR*B
CDW ADDR
·B
SI6
*B
START A NEW PASS
*B
8
CYCL..E.l,O,AI6,o
*8
AI8 / a
0
STW,o
SAVEO
LW'O
PI8C8MP
ceMMAND oeUBLEwo~O ADORESS
*•• CDW SPECIFIES A SIMPLE WRITE ORDER. ePERATBR MAY CHA~GE ANY PART 6F
* •• THE COW PRBVIOED THE FIRST 8K BF MEMORY IS NBT DISTU~BED By A READ
*.* BROER. CD~ IS IN X'2AC' S X'2AD'
*B
SIO,o
*ZIOA
RESTORE C(RO)
LW,O
SAVEO
RETURN T6 PR6GRAM
LPSD,l1 161NTR
CHANGED T6 X'20' reR 16 C6MPAT'
16M
DATA
0
CDA
PI6CBMP P
leCOMP
SAVEO
DATA
0
PAGE
B6liND
8
GEN,8,24 5,BA(COMP)+1
16C6MP
IBCEZ & ICE + BVTE COUNT
Gn.,,+,28 5,49
Ie C6MPATIBILITY TEST IS IN PROGRESS'
TEXTC
'N
caMP
AlB
4040'+040 A
~040C9D6
A
4-15
XDS 901523
ABS
OR
MEM
LINE
MEMORY MEMORY REl
0
PROT
NO.
ADDRESS CONTENTS R
I
KEY
COMMENTS
OPERAND
LABEL
OPERATION
IMP
NIMP
PF'L6ATP
PNF'L6ATP
XPSO,O
XPSO,O
P
P
PAGE
SeUNO
GEN,8,24
GEN,8,24
TEXTC
UII
FLTRAP
F'LeATP
Nn,.6ATP
BBUIIJC
GEN,8,24
GEN,8,24
TEXTC
8
5,BA(NFLM)+1
8,48
'N
G
972
973
974
975
976
977
978
979
980
981
982
983
984
985
986
987
988
989
990
991
992
991
994
995
996
997
998
999
1000
1001
100?
1003
1004
1005
1006
1007
100B
1009
1010
4-16
~CC3D6D~
01
01
01
01
01
01
01
01
01
01
01
01
01
002F"0
002F"1
01
01
01
01
01
01
01
01
01
01
01
01
01
01
002FE
002FF'
00300
00301
00302
00303
00304
00305
00306
00307
00308
00309
0030A
0030B
05000C01
0800002F A
2F154040 A
"'040~O40 A
40404040 A
... 040C603 A
06C1E3C9 A
05C740!)7 A
06C905E3 A
40D607E3 A
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
0030C
00300
0030E
0030F
00310
00311
00312
00313
0031 4
00315
00316
00317
0031 8
00319
0031A
05000C39
08000030
30154040
404040 4 0
4040 4 0 4 0
4040C603
06(lE3C9
05C740D7
06C905E3
4006D7E3
C9D60540
0506E3'+0
C905E2E3
(10303C5
C4'+04040
01 0031B
0000031C
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
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002F3
002F4
002F5
002F"6
002F"7
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002FA
002FB
002FC
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0031E
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00320
00321
00322
00323
00324
00325
00326
00327
00328
00329
0032A
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00330
01 00331
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A
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A
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LW,O
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1
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LW,O
U103+1
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35 ERRBR FREE PASSES
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IMPLEMENT AUTe SHeRT IF EQJAL
CHECI( FeR ER R6 RS
STARr AN6THER PASS
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START A PASS UTILIZI~G THE AUTe.
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ITERATIeN CBUNT
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*B
*B
*B
*B
*B
*B
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XDS 901523
ASS
MEM
LINE
MEMORY MEMORY
PROT ADDRESS CONTENTS
NO.
KEY
1011
1012
1013
1014
1015
1016
1017
1018
1019
1020
10 2 1
10 2 2
1023
10 2 4
10 25
1026
1027
1028
1029
10 30
1031
1032
1033
1034
1035
1036
1037
1038
1039
10itO
101+1
10"2
10 4 3
1044
1045
10 46
1047
01 00332
LABEL
G
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MINeR
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01
6~3002D5
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DATA
eR,3
CW,3
BE
68000286
B
01
01
01
00334+
00335
00336
00337
4+9300002 A
31300328
USED DURING INITAI..IZe:
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END
"096
2
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RTC
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..
PAGE"
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
0033 8
00339
0033A
0033B
0033C
00330
0033E
0033F
0034+0
00341
0034+2
0034+3
00344+
0034+5
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0034+7
0034t8
00349
0034A
0034+8
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01
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00350
00351
00352
00353
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DATA
DATA
IMAGE+1
"f'I~C::R
00359
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01 00371
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Lee+2
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CAL2+4+
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CAL1 AD
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CAI,.4tAD
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LW,10
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10 5 6
10 5 7
10 5 g
10 5 9
10 6 0
10 6 1
10 6 2
10 63
10 64
10 65
10 6 6
10 67
10 6 8
10 6 9
10 70
10 7 1
1072
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10 75
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ceNSTANTS AND weRKING STeRAGE
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0
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1082
10 8 3
10 8 1+
10 8 5
10 8 6
10 8 7
10 8 8
10 8 9
10 9 0
10 9 1
10 9 2
10 9 3
10 9 4
1095
1096
1097
1098
1099
1100
1101
1102
1103
1104
1105
1106
1107
1108
1109
1110
1111
1112
1113
1114
1115
1116
1117
1118
1119
1120
1121
112?
1123
1124
1125
1126
1127
1128
1129
11 3 0
1131
1132
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01
01
01
01
01
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00377
00378
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01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
00383
0038lt
00385
00386
00387
00388
00389
003804
00389
0038C
0038D
0038E
0038F
00390
00391
00392
00393
00391+
00395
00396
003:37
00398
00399
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1135
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11 3 9
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1141
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X'22222222'
X'444/t1+4lt4'
X'88888888'
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X'FOFOFOFO'
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PROT
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KEY
11 5 1
11 Sc
1153
1151+
1155
1156
1157
1158
1159
11 6 0
1161
11 6 2
1163
1161+
1165
1166
1167
1168
1169
11 70
1171
1172
1173
117£+
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1176
1177
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1179
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08000050
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80000008
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0800004C
01 003F6
01 003F7
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0800004+8 A
01 003F8
01 003F9
01 003FA
I+B151+01+0 A
I+Oit0401+0 A
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01
01
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01
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LABEL
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GEN,I+,28
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RTCMSG
COMMENTS
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SIXCR
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01 003FB
1191
1192
11 9 3
11 9 1+
1195
11 9 6
119,
11 9 8
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1+0 40'+0 4 0 A
1+04040C1 A
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DATA
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DATA
DATA
DATA
OATA
DATA
DATA
DATA
DATA
4
X'1 5 15 1515'
X'151515 40'
XI 401+01t040'
X'40'+01t040'
X'40401+01+0'
XI 1+0'+04040'
X'40'+04040'
XI401+04l040'
X'l+oI+O~O'+O'
Xl 40it040C1
XIEI+E3D61+0''
4-19
XDS 901523
ABS
MEM
MEMORY MEMORY
LINE
PROT
ADDRESS CONTENTS
NO.
KEY
120_
1205
1206
1207
1208
1209
121e
1211
1212
1213
1214
1215
1216
1217
1218
1219
1220
1221
122?
1223
1224
1225
1226
1227
1228
1229
12 3 0
1231
1232
1233
1234
1235
1236
1237
1238
1239
1240
1241
124;?
1243
12'+4
12'+5
1246
1247
12'+8
1249
12 5 0
1251
1252
1253
125,+
00416
00417
00418
00419
C5090906 A
0940C4C9 A
E20703C1 A
E8404C40 A.
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
0041"
0041B
0041C
OOl+lD
0041E
00411="
00 4 20
00421
00422
00423
00 4 24
00425
00426
00427
00 4 28
00429
0042A
00428
0042C
00420
1540 4 ')40
4803C9f2
[3404040
4C40C5D9
D90609[2
40 4 04:;40
07C1E2E2
C5E24')40
40404;JC9
05[2E3 4 0
4C 4 0C9C4
C505E3C9
C6C9C5D9
4040 4 0 4 0
C9[2 4 2 4 0
4040E2C8
06E403(4
4CC2C5 4 O
404040C4
C9C6C615
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
C042E
0042F
00430
00431
C0432
00433
004]4
00435
00436
00437
00 4 38
00 4 3 9
0043A
00438
0043C
00'+30
001+3E
0043F
00440
00'+41
00442
401+0 4 015
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
00444
00444
00'+45
00446
00447
00448
00449
0044A
00448
0044C
00440
0044E
0044F
00450
00451
00 4 52
001+53
00454
004!:l5
00 4 56
00457
A
A
A
HDG
A
A.
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
IMAGE
A
COMMENTS
DATA
DATA
DATA
DATA
PAGE
XIC5090906'
XI0940C4C9'
X'E2D7D3 Cl'
X'E8404040'
X'15 404040'
XI 40D3C9E2'
X'E"3404040'
X'4040C5D9'
XID9D6D9E2'
Xl 404040401
X'D7C1E2E2 1
X'C5E24040'
X'404040C9'
X'D5E2r3 4 O,
X'4040C9C4'
X'C505E3C9'
XIC6C9C509'
X'40404040'
X'C9E2 4040'
X'4040E2CS'
X'C6E4D3C4'
X'40C2C540'
X'404040C4'
X'C9C6C615'
OA TA.
OATA
DATA
DATA
DATA
OATA
DATA
DATA
DATA
OAT/.
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
PAGE"
DATA
X'404040151
$+19
FILL
A
A
A
A
A
A
A
OCOOOOOO A
00000000 A
OOOOO'JOO A
00000000 A
00000000 A
00000000 A
00000000 A
00000000 A
00000000 A
00000000 A
00000000 A
40'+0'+040 A
00000000
OOOOOCQO
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
ooooooco
00000000
00000000
00000000
00000000
oC'OOOOOO
00000000
00000000
00000000
OPERAND
OPERATION
BLANK
DATA
PAGE
TABI.E
RES
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
BeU~D
V.
4-20
LABEL
I
G
01
01
01
01
,,1
1255
OR
REl
0
R
A
A
A
A
A
A
A
A
A.
A
A
A
A
A
A
A
A
A
A
A
PAGE
X'40'+0'+040'
8
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0,0
NEG ceUNT eF weROs IN CURRENT MeOUL.E
INSTRUCT leN BEIN3 TESTED
PSWl IN
PSWl eUT
R IN
R BUT
ME MeR V IN
MEMBRV SUT
RU1 IN
RUl eUT
MEMSRV+1 IN
ME MeRV+l eUT
PSW2 IN
PSW2 eUT
BlO PSW1
• USE!) eNL.,Y FeR XPSD TEST
elO PSW2
• USEO eNI.Y FBR XPSD TEST
NEW PSW2
• USE' eNI.Y FeR XPsD TEST
NEW PSWl
• USEO eNL.Y FeR EPSO rEST
XDS 901523
ASS
OR
MEM
LINE
MEMORY MEMORY REL
0
PROT
NO.
ADDRESS CONTENTS R
I
KEY
LABEL
OPERAND
OPERATION
COMMENTS
G
1156
1257
1258
1259
1260
1261
1262
1263
126,+
1265
1266
1267
1268
1269
12 70
1271
1272
1273
1274
12 75
1276
1271
01
01
01
01
01
01
01
01
01
01
01
01
01
00l+58
00l+58
00459
OOl+SA
00lt58
00it5C
00450
00l+5E
0045F
00460
00461
00462
00463
01
01
01
01
01
Oi
01
01
01
01
01
01
01
01
01
01
01
01
01
00464
1278
1279
1280
1281
1282
1283
1312
1313
13H
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
A.
A.
A
A
A
A
A
00<+69
00000000 A
0046A
00468
0046C
0046D
00l+6E
0046F
00470
00l+71
00472
004+73
00474
00475
00000110
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00476
01 oo3CO
BUMP
REPE.AT
A
A
A
A
A
A
A
A
A
A
A
A
PSWl
PSW2
CNTl CP
CNT2CP
CNT3CP
CNTltCP
CauNT
ERRBRS
PASSES
WKe
W6RO
ZERB
NEG4
NEG2
XPSO
C
00000000
1
y
OFOOO,+78
00478
00479
0047A
00lt78
0047C
00470
0047E
001+7F
00481
00482
00000000
00000000
0000047C
07000000
32500371
60501300
32300474
32200473
32100110
32000378
2EOOOOOO
01 00483
00000461+
01
01
01
01
01
RETURN
01 00383
01 00385
01 000lt7
00000000
01 00l+77
01
01
01
01
01
01
01
01
01
01
01
00l+80
001+83
001+83
OOl+83
0048l+
001+85
0
$+12
,.
0046~
00467
RES
FILL
A
A
00000000 A
00000000 A
00000169
00000000 A
00000237
00465
00l+66
TEST
00000000 A
00000000
01 00459
01 0045A
.I'"\,...J. L""
01 "'1,I"TgV
01 003CO
01 003CO
01 0046A
01 0046A
128~
1285
1286
1287
1288
1289
1290
1291
1292
1293
129it
1295
1296
129,
1298
1299
1300
1301
1302
1303
1304
1305
1306
1307
1308
1309
1310
1311
00000000 A
48 5 00391
3 55 00371
3500037B
INST
IA
MEMoRY
CNT3Z
CNTI+Z
M60UL.E
PASS
A
A
A
A
PAGE
PZE
PZE
PZE/O
PZE
PZE/O
PZE
PZE,O
pZE
PZE
PZE
PZE
PZE
PZE
pZE
PZE
pZE
PZE
PZE
PZE
EQU
EGlu
EQU
EQU
EGIU
£QU
EQU
EQU
EQU
EQU
EQU
EQU
EQU
EQU
PAGE
SPURTRAP XPSD,o
B6UNO
SPUR
PZE
PZE
PZE/O
DATA
LoW,5
wo,s
L.W,3
1..101,2
LW,l
1.. 101 ,0
WAtT,O
A
*
*
*
*
LBC+2
BUMPER
CYCLE
BVTE
NUMBER
NUMBER+2
BRANCH
0
0
0
TEST+1
TEST+2
iEST+8
ZER6
ZER6
REPEAT
REPEAT
SPUR
8
0
0
$+2
X'07000000'
CPINT
x '1300'
PASSES
ERR6RS
SAVE
TYPE
0
TURN eN INTR INH BITS
ARM AND DISABLE CeUNT PU~SE INTRS.
RESET PASSES T6 ~AST SETTl~G
RESET ERReRS T6 ~AST SETTING
M6DUI..E Fl8INTER
1/6 ADOR
ERR6R HA~T
DATA
RETURN
AOOR p6R ~eLL.6wI~B 6CMMENT LINE
CHECK THE ceNTENTS eF 'RETURN, T6 DETERMINE THE L.6CATIsN PL.US 1 6F
THE XPSO THAT WAS EXECUTED AS A RESULT eF A SPURI6US TRAP,
eRG
$·1
ELIMINATE AB6vE DATA STATEMENT
ANO,5
STW / 5
STW/o
MASK.~
SAVE eN~y BITs 16.19
SEL.ECTED INTERRUPTS
SEL.ECTED r/e AOOR
CPINT
T"YPE
*8
*8
*B
4-21
XDS 901523
MEM
LINE
MEMORY MEMORY
PROT
NO.
ADDRESS CONTENTS
KEY
1315
1316
1317
13111
1319
1320
1321
1322
1323
1324
1325
1326
1327
1328
1329
1330
1331
1332
1333
1334
1335
1336
1337
133~
1339
13 40
1341
1342
1343
1344
13"5
13"6
13'"
1348
13~9
13 5 0
13 5 1
1352
1353
1354
1355
1356
1357
1358
1359
13 6 0
1361
1362
1363
1364
1365
1366
1367
1368
1369
13 7 0
1371
1312
1313
1374
1375
1316
1317
1318
1379
1380
1381
1382
1383
1384
1385
4-22
01 OO~86
01 OOl+b7
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
ABS
OR
REL
0
R
I
G
35500372
OE300~6~
OO~88
001+88
OO~89
001+8A
001+89.
OOl+8C
001+8D
004bE
00l+8F
00490
001+91
001+92
00493
00~94
0049S
00~96
00~97
00498
00 499
00~9A
00496
0049C
001+9D
0049E
0049F
OOHO
004A1
00 4 • 2
CC 4 A3
004A4
004A5
004A6
004A7
004A8
004A9
004AA
OO~AB
004AC
004140
004AE
OOltAF
004BO
00~B1
00482
00~B3
004134+
00ltB5
00466
00ltS7
001t88
00499
0048A
00466
OOItSC
00480
004BE
0048F
e04eo
004C1
004C2
004C3
004C~
004C5
00"C6
004C7
LABEL
Fr:FFFr:FA A
67000168
FOOOO136
FOOOO168
FFFFFFFF A
FFFFFFFF A
FFFFFFFC A
670000 4 7
LIST
EXU01
000001 6 8
FFFFFn 8
670004 6 0
93300136
A330C1 6 9
FFFFFFFF
32C004 6 0
32C004 6 0
32C00460
FFFFFFFA
67020460
F7300136
F7300168
FFFFFBE7
FFFFF8E.7
FFFFFFF8
E7000460
000001 3 6
0000C1 6 8
00000C01
00000001
00C200 4 7
00C20C 47
FFFFFF~6
E7020460
00000136
000001 6 8
OOOOFACE
OOOOFACE
OOOlOSCC
000105CC
ooooDEAF
OoooDEAF
FFFFFFr:8
67000460
078001BC
A
I(
EXU02
[XU03
DATA
DATA
DATA
[XU
DATA
DATA
DATA
[XU
K
K
A
A
STW,5
LPSD,J
PAGE
geU"JD 8
RES
DATA
[XU
K
00000136
EXU04
DATA
LW,12
L.W,l?
Llt/,12
DATA
EXU
K
K
A
A
.A
EXUOS
DATA
DATA
OAT.
[XU
K
K
A
A
A
EXU06
DATA
DATA
pzE,12
PZE'12
PAGE
DATA
(XU
I(
K
A
A
A
A
A
EXU07
DATA
DATA
PZE,o
PZE,o
DATA
DATA
DATA
EXU
t<
27000~6S
FFFFFF'FF A
FFFFFFFF A.
OFOO0464
OFOO0464
FFFFFFFA A
6700000C A
07B001BC
A730C06D
OCOOOl+60
OCOO0460
K
EXU08
F'FFFFFFC A
70000lt60
F7300136
F7300169
FFFFFFFC A
70100460
F7200136
F0200169
DATA
DATA
XPSD,o
XPSD,O
DATA
EXU
I(
-
K
K
I(
LCF01
PAGE
DATA
L.CF,O
I(
K
LCF02
OPERAND
OPERATION
DATA
LCFI1
K
I(
CPINTM
REPEAT
0
"6
LeC·1
15,O,O,SETPS\oI
15,O,O,LeC+1
-1
-1
-4
BRANCH
SETPSW
Lec+1
"8
MEMBRY
9,3,3,SETPSW
10,3,3,LBC+2
.. 1
MEMBRY
MEMeRY
MEMBRY
-6
MEt'16RY,1
15,7,3,SETPSW
15,7,3,L.BC+1
BRANCH_MEMBRY
BRANCH-f-1EM6RY
-8
*MEM6RY
O,O,O,SETpSW
0'O,O'LBC+1
1
1
BRANCH'l
BRANCH'l
COMMENTS
MASK FeR SELECTE~ I~TERRUPTS
RELEASE PANEL INTERRUPT-REPEAT TEST
EXU
L.BC+1
[XU
BRANCH
XPSD
XPSD
MEMeRy
EXU
[XU X BRANCH
EXU •
~W
XPSD
BRANCH XPSD
XPSD
-10
*MEMBRY,l
O,O,O,SE,:TpSw
0'0,0'LeC+1
X'FACE'
X'FACE'
C1RET-X,F'ACE'
C1RET-x'FACE'
X'DEAFI
X'DEAFI
ExU *X C1RET
-8
EXU
MV
XPSD
SLAVE M6DE
-6
EXU
MV
NEI
SL.AVE MBDE (NEI.PRIV)
MEM6RY
0,7,8,SI9NAB
2,7,O,MVRET+1
-1
-1
RETURN
RETURN
12
0,7,l1,SI9NA6
10,7,3,NEIRET+3
0,12,O .. MEMBRY
0,12 .. 0,MEMBRY
·It
MEMBRY
lS,7,3,SETPSW
15,7,3,LBC+2
LCF 0
00 INTe 1='7 • F'1 BYTE 0
-4
LCF 1
eo INT6
MEI"eRY
15,7.12,SETP5W
1!,O,2,L6C+2
~7
• Fa BYTE 0
XDS 901523
ASS
OR
MEM
MEMORY MEMORY REl
LINE
0
PROT
ADDRESS CONTENTS R
NO.
I
KEY
LABEL
G
1316
111,
1388
1389
1390
1391
1392
1393
1394
1395
1396
1391
1398
1399
1'+00
1401
1402
1403
1404
1'+05
1406
1407
1408
1409"
1410
1411
1412
1413
1414
1415
1416
1417
1418
1419
1420
1421
1422
14 2 3
14+24
1425
1426
j."''',
411":)-'
1428
1429
1430
1431
1432
1433
1434
1435
1436
1437
1438
1439
14 40
1441
1442
1443
1444
1445
14 46
h4?
1448
h'+9
h50
1451
11+52
~453
14 5 4
h55
1.,.
01
01
01
01
01
C1
00 4(8
00itC9
004CA
004C6
004CC
004CO
004CE
004CF'
004DO
00401
00402
0040 3
004D4
004DS
004D6
00407
FrF'FFFFC
70200,+60
F'7100136
07100169
FFFFF'FFC
70300460
F7300136
00300169
FFFFFFF'8
F030045A
A2200136
55200169
01234567
01234567
5D4E6F70
5D4E6F70
01
01
01
01
01
01
004D8
00409
004DA
004:16
0040C
004DO
FFFFFFFA A
32C00460
F7300136
C7300169
F'FF'F'FF'F'F A
00000000 A
01
01
01
01
01
01
01
01
004DE
004DF
004(0
004E1
004E2
004(3
004t:4
004£.5
FFFFFF'F8
32C00460
37300136
173001 6 9
FFFFFF'F'F
FFFFF'F'FF
F'FFFFFFF
FFFFFTFF
01
Oi
01
01
01
01
01
01
01
01
01 004E6
01 004E7
".
004E.8
V.l.
01 004[9
01 004lA
01 004EB
,....1"\1,' r
". V\.l
... t, ...
01 004E[;
01 004EE
01 004[F
01 004FO
01 004F1
v,\,
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
C04+F2
004F3
004F4
004F5
00'+F6
004+F7
004FS
004F9
004+FA
004F6
004FC
0041='0
004F£
004FF'
00500
00501
00502
00503
00504
00505
005:.16
00507
A
A
LCF03
I<
LCF'04
DATA
L.CF,3
I(
A
I.CFOS
I<
DATA
L.CF,3
I(
i(
A
A
A
A
A
A
A
A
A
FFFFFFF,+ A,
B2C0045A
C6200136
06200169
00000000 A
FFFFFFFF A
~r~~~"'~r-
A
A
A
00000000 A
FFFFF"F FF A
FFFFFFFF A
A
DAiA
DATA
DATA
DATA
DATA
DATA
PAGE
** TEST SOTZ TERM
LW04
DATA
LW,l?
I<
I(
A
A,
A
A
A
L.WOS
DATA
DATA
DATA
DATA
DATA
L.W,12
I<
I(
A
A
00000a02 A
00000002 A
FFF'FFFF8 A
32C00460
10000136
2000 1)169
00000000 A
00000004 A
-.
MEMeRY
15,?,1,SETPSW
0,7,1'1.6C+2
-4
MEMeRy
15,7,3,SETPSW
0,0,3'L.6C+2
-8
*IA
10,2,2,SETPSW
5,5,2,\..BC+2
X'012345671
X'012345671
XI 5D4E6F70'
X'5D4E6F701
LCF 2
00 INTB
~7
~
LCF 3
00 INT6
~7
• 00 BYTE 0
LeF 3
*
07 BYTE 0
50 INTB A2 • 55 BYTE 0
DATA
DATA
DATA
DATA
PAGE
** TEST THAT .R CAN BE CLEARED. ANSWER 6F ZERB
DATA
LWOl
"6
L.W,12
MEMBRY
K
15,1,3,SETPSW
12,7,3,L6e+2
I<
CCl AND 2 UNAFFECTED eC3 AND 4 ZER6
DATA
R IN
·1
DATA
R BUT
0
** TEST x.FER BF BNES TB BNES. NEGATIVE RESUI.T
LW02
DATA
·8
LW,12
MEMBRY
3,7,3,SETPSw
K
1,7,3,L6C+2
K
DATA
R IN
-1
R BUT
DATA
-1
DATA
M IN
'"'1
DATA
MBUT
-1
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PROT
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ADDRESS CONTENTS
KEY
1528
1529
1530
1531
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1538
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1582
1583
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1588
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1592
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1597
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1618
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COMMENTS
G
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1671
1672
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1674
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LW35
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**
**
eRC1
BR02
A
A
A
A
A
1,0,O,LeC+2
0
X'80000000'
X'80000000'
X'80000000'
CeDE SETTINGS FeR , SR'
RESULT IN R
0
ZERe
1
NEGATIVE
0
P6SITIVE
DATA
-4
BR 010. RESULT • ::l
eR,12
MEM6RY
3,7,3,SETPSW
K
i(
O,7,3.1LeCt2
~8
DATA
6R AOIOA RESULT .AA (EACH BYTE)
MEMeRY
eR,12
i(
0,7,3,SETPSW
CB~DITleN
17300169
AOAOAOAO
AAAAAAAA
OAOAOAOA
OAOAOAOA
FFFFFFF8
49C004 6 0
F7300136
07300169
OAOAOAOA
AAAAAAAA
AOAOAO"'O
AOAOAOAO
3,OI~/SETPS~~
K
DATA
DATA
DATA
DATA
PAGE
A
FFFFFFFC A
49C00460
37300136
07300169
F'FFFF'FF 8 A
49C00460
07300136
K
eRa3
CC3
0
0
1
CCi+
K
1~7,3'LBC~2
DATA
DATA
DATA
DATA
DATA
BR'12
X'AOAOAOAO'
X' AA.AAAAAA'
X10AOAOAOA'
XIOAOAOAOA'
-8
MEM6RY
15,7,3,SETPSW
13,7,3,L.6C+2
X'OAOAOAOA'
XIAAAAAAAA'
XIAOAOAOAO,
XIAOAOAOAO'
I(
K
A
A
A
A
FFFFFFF8 A
'49 C004 6 0
0 73 001 36
27300169
05050505 A
55555555 A
BR04
K
K
50505a 5 0 A
50505()50 A
FFFFFFF8 A
i+9COOit 6 0
1 73 001 3 6
27 3001 6 9
50505050 A
55555555 A
05050505 A
DATA
DATA
DATA
DATA
PAGE
DATA
6R'12
BR05
DATA
DATA
DATA
DATA
DATA
BR,12
K
I(
DATA
DATA
DATA
"8
MEM6RY
o,7,3,SETPSW
2,7,3,l.,BC+2
X'05050505'
X'55555555'
XI505050501
XI50505050'
·8
MEMBRY
1,7,3,SETPSW
2,7,3'LBCt2
X'5050b050'
Xl 55555555'
Xl 05050505'
BR OA1AO. RESULT. AA
(EAC~
BYTE)
6R 05150. RESULT. 55 (EACH ByTE)
6R 50105. REsULT. 55 (EACY ByTE)
4-27
XDS 901523
A8S
OR
LINE MEM MEMORY MEMORY REL
o
NO. P:~T ADDRESS CONTENTS R
LABEL
COMMENTS
OPERAND
OPERATION
I
G
1733
173 ..
1135
.1736
1737
1738
1739
17 4 0
1741
1742
1743
17'+4
17'+5
1746
1747
174!l
17'+9
1750
1 75 1
1752
1753
175,+
1755
1756
1757
1758
1759
1760
1761
1762
1763
1164
1765
1766
1767
1768
1769
1770
1171
1772
1773
1774
1775
1776
1777
1778
1779
1180
1781
1782
1783
17 8 4
1785
1786
01
01
01
01
01
01
01
01
01
00615
00616
0061 7
0061 8
0061 9
0061 A
0061 6
D061 C
0061 0
05050505
FFFFFFF8
At9C00460
273001'36
173001 69
FFFFFFFF
FFF'FFFF'F
FFFFFFFF
FFFFFFFF
01
01
01
01
01
0061 E
oa61F
00620
00 6 21
00622
FFFFFFF8
35C004 6 0
0 73 00136
0 73 001 69
FFFFFFFF
FFFFFFFF
OOOOOJOO
FFFFFFFF
FF'FFFFF"8
35C004 6 0
F7300136
F7300t 6 9
00000000
00000000
FFFFFFFF
00000000
01 Oa£'23
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
00624
:)0625
00626
00 6 2 7
0062 8
0062 9
0062A
0062B
0062C
00620
0062E
0062F
00630
00631
00632
00633
00634
00635
00636
00637
00638
00639
0063A
00636
0063C
00630
0063E
0063F
006'+0
00 6 41
01 00642
FFFFFFF'C
46C00460
F7300136
C7300169
FFFFFF"F8
At6C00460
77300136
57300169
CCCCCCCC
88888888
AAA.AA.AAA
A.A.A.AAA.A.A
F'FFF'FFF8
4AC00460
07300136
27300169
99999999
11111111
55555555
55555555
A
A
A.
A
.A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
FFFFFFF8 A
1+8C004~O
01 0061+3
1788
17 8 9
17 9 0
1 79 1
179?
1793
1795
1796
1797
1798
1799
01
01
01
01
01
01
01
01
01
01
01
01
1800
01 00650
55SS~555 A
1801
1802
01 00651
01 00652
01 00653
55555555 A
FFFFFFFA A
46COOOOC A
11 9 4
180~
4-28
3 7 300136
273001 6 9
33333333
22222222
A.AA.AAA.AA
AAAAAAAA
FFFFFFF8
46C004 6 0
F73001 3 6
E7300169
66666666
4AtAtAt"441+
Srw01
DATA
DATA
6R/12
MEM6RY
A
A
A
A
A
A
A
X'05050505'
K
2,7/3,SETPS~
-8
~
1,7,3'LeC+2
DATA.
DATA
DATA
DA TA
PAGE
DATA
STW,12
-1
~
A
1787
00644
00645
00646
00647
00648
00649
006AtA
00646
0064C
00640
0064 E
0064F
BR06
6R FFIFF. RESULT. FF (EACH BYTE)
-1
-1
-1
-8
ST6RE
"1
MEM6Ry
O,7,3,SETPSW
D,7,3'L6C+2
-1
-1
0
K
DATA
DATA
DATA
DATA
"1
ST~02
DATA
-8
STwI12
MEM6RY
K
F,7,3,SETPSW
K
F,7,3'L6C+2
DATA
0
DATA
0
DATA
"1
DATA
0
PAGE
*. C9~DtTIBN ceDE SETTINGS F~R AND
** eC3 CCI+ RESULT IN R
**
0
0
IERB
** 0
1
NEGATIVE
**
1
0
P6SITIV~
ANODl
DATA
-4
AND,12
MEMBRY
K
15,7,3,SETPSW
K
l2,7,3,LBC+2
AN002
DATA
-8
ANO,12
MEM6RY
K
7,7,3,SETPSW
K
5,7,3,L6C+2
DATA
X'CCCCCCCC'
DATA
X'88888888'
DATA
X'AAAAAAAA'
DATA
X'AAAAAAAA'
AND03
DATA
-8
AND,12
MEM6RY
K
O,7,3,SETPSW
K
2,7,3iL6C+2
DATA
X'99999999'
DATA
X'1l111111'
DATA
X'55555555'
DATA
X'55555555'
PAGE
ANOO,.
DATA
-8
AND:12
MEMBRY
K
3,7,3,SETPSW
K
2,7/3'L6C+c
DATA
X'33333333'
DATA
XI 22222222'
DATA
XIAAAAAAAA'
DATA
X'AAAAAAAA'
AND05
DATA
-8
AND,12
MEM6RY
K
15,7,3,SETPSW
K
14,7,3,L6C+2
DATA
X'66666666'
DATA
X'44I+AtAt4At,.,
DATA
X'55555555'
CATA
X'55555555 1
AND06
DATA
-6
AND,12
12
ST6RE 0
INSTRUCTI6N
AND 0:0 RESVLT • 0
AND CIA, RESULT
~
8 (EACH HEX CHAR)
AND 915. RESULT. 1 (EACH HEX CHAR)
AND 31A. RESULT. 2 (EACH HEx CHAR)
AND 615. RESULT. 1+ (EACH HEx CHAR)
AND C(R) WITH ITSELF. C(R)
UNCHA~GED
XDS 901523
ASS
LINE MEM MEMORY MEMORY
NO. P:~T ADDRESS CONTENTS
8~
~
LABEL
COMMENTS
OPERAND
OPERATION
G
1104
1805
1806
1807
1808
1809
1810
1811
1812
1813
1814+
1815
1816
1817
1818
1819
1820
1821
1822
01 00654
01 00 6 55
01 ~0656
01
006~7
01
01
01
01
01
01
01
01
01
00658
00659
0065A
0065B
006SC
0065D
006!)E
0065F
00660
00661
1824
1825
1826
81
01
01
01
1827
01 ':)0665
1828
1829
1830
1831
1832
1833
01 00666
1823
1834
00662
00663
00664
01 00667
01 00668
01 00669
01 0066A
01 00668
1831
1838
1839
184+0
184+1
01 a066C
01 0066D
01 ~066E
01 a066F
01 00670
01 00671
01 00672
18 4 2
01 00673
184+3
18't4
1845
1846
184+7
18't8
184+9
1850
1851
1852
1853
01 00674+
01 00675
01 00676
01 00677
1835
1836
185~
1855
1856
1857
1858
1859
18 6 0
1861
1862
1863
1864
1865
1866
1867
1868
1869
18 7 0
1871
1872
1873
1814+
73300136
53 3001 69
8421't812 A
8't214812 A.
FFFFFFF8 A
4+8COO't60
87300136
A7300169
cececccc A
55555555 A
99999999 A.
99999999 A
FFFFFFF8 A
1.0,.."", /, L ....
~u~vv"<.>v
87300136
973001 6 9
99999999 A
EEEEEEEE A.
77777717 A
77771777 A
FFFFFFF8 A
4+8COO4+60
37300136
1 73 00169
33333333
~
99999999 "
AAAAAAAA A
4.AAAAAAA A
FFFFF'FF8 A
1+8COO~60
173001 3 6
27300169
66666666 A
22222222 A
1+4+4+4+41+44+ A
~4-i+4-444-~ A
01 00682
01 00683
01 00684
0100685
01 00686
01 00687
01 00688
01 00689
FFFFFFEE
OF000452
F7300136
00000169
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
07000000
07000000
00000000
00000::>00
00000168
OOOOOOFO
01
01
01
01
01
01
FFFFFFF2 A
OE80046Q
30000136
C7 3 00169
00000000 A
00000000 A
01
01
01
01
01
01
00678
00679
0067A
00678
0067C
00670
01 0067E
01 0067F
01 00680
01 00681
0068A
00688
a068e
00680
0068E
0068F
A
'<
K
DATA
xi8~2148121
DATA
X l 84+214+8121
PAGE
*. CBNDITI8N ceDE SETTINGS FeR E6R
** ee3
CC4 RESULT IN R
** 0
0
ZERB
** 0
1
NEGATIVE
**
t
0
PBSITIVE
EBRa1
DATA
.8
EBR,12
MEM8RY
K
11,7,3,SETPSW
K
10,7,3,L6C+c
DATA
x'.cecccccc'
DATA
X'55555555'
DATA
X'99999999
DATA
X'99999999''
DATA
-8
E8R02
t:.f1R,lc
MEMeRY
K
11,7,3,SETPSW
K
9,7,3'L6C+c
DATA
X'99999999'
DATA
XiEEEEEEEE'
DATA
X'77777777'
DATA
X'77777777'
PAGE
DATA
EB R03
"8
MEMeRY
EBR,12
3,7,3,SETPSW
K
1,7,3'1.6C+2
K
DATA
X'33333333'
DATA
X'99999999'
DATA
XiAAAAAAAA'
DATA
X'AAAAAAAA'
DATA
EBR04
-8
E6R,12
MEMBRY
1,7,3,SETPSW
K
K
2,I,3'L.6C+2
DATA.
X'66666666'
DATA
X'22222222'
DATA
X'1t44+4444+4'
"A'9'.
"''''"
PAGE
*it RP SHeuLD t\eT
FAPSOOl DATA.
xPSo,o
K
K
A
A.
A
A.
A.
A
A
A
A
A.
A
A
A
7,3,3,SETPSW
S,3,3,L6C+2
DATA
DATA..
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
EBR C:9. RESULT. 5 (EACH HEX CHAR)
EBR 9:7. RESULT • E (EACH HfX CHAR)
EeR 31A, RESULT. 9 (EACH HEx CHAR)
E6R
61~.
RESULT. 2 (EACH HEX CHAR)
X;,+",4444'+4 i
INTERRUPT INHIBITS SH6u~O
-18
TABL,.E+H
lS,7,3,SETPSW
PSWl t N
PSW1 BUT
0,O,O'L.6C+2
CHA~GE.
REMAI~
SET
o
°°
°oa
o
o
X'7000000'
X' 7600000'
PSW2 IN
PSW2 BUT
o
'fABL.E+ls
TABLE+16
TABL.E ... 17
o
TAB~E+l4+
0,Q,O,LBC+1
K
DATA
X'FO'
PAGE
•• CHANGE RP AI\IO INTERRUPT INHIBITS
FAPS002 DATA
"14+
MEM6RY
LPSD,8
3,Q,0,SETPSW
PSWl IN
K
I(
12,7,3,L6C+2
PSW1 BUT
DATA
o
DATA
o
L.6AOEO INTa PSW1 BY XPSo
4-29
XDS 901523
ABS
LINE IMEM MEMORY MEMORY
NO. P:~T ADDRESS CONTENTS
,a~
~
LABEL
OPERATION
OPERAND
COMMENTS
G
la7!
18 7 6
lS77
1878
1879
1880
1881
1882
1883
1884
1885
1886
1887
1888
1889
18 9 0
1891
1892
1893
189~
1895
1896
1897
1898
1899
1900
1901
1902
1903
1904
1'05
1'06
1'07
1'08
1909
1910
1~J11
1912
1913
1911t
1915
1916
1917
1918
1919
1920
1921
1922
1923
192~
1925
1926
1927
1928
1929
1930
1'31
1932
1933
193~
1935
1936
1937
1938
1939
19_0
19-1
19"2
19-3
1'''~
1'''5
4-30
01
01
01
01
01
01
01
01
00690
00691
00693
00694
0069:'
00696
00697
01
01
01
01
01
01
01
01
01
01
01
01
01
01
00698
00699
0069A
0069B
0069C
0069D
0069E
0069F
006,0.0
006Al
006A2
006A3
00(,14.4
006A5
01
01
01
01
01
01
01
01
01
01
006A6
006A7
006A8
006A9
006AA
006AB
006AC
006,0.0
006AE
006AF
01
006~0
~0692
01 006Bl
01 006B2
01 006B3
01 0066~
01 006B5
01 00686
01 0068 7
01 00688
01
01
01
01
01
01
01
01
01
006B9
0068A
0066B
0068e
00680
006~E
OObBF
006CO
006Cl
C7300168
C7300168
00000000 A
OOOOOJOO A.
02000C)AC A
020000,0.0 A
05000000 A
02000,:),0.0 A
FFFFFFF2 A
OE800~60
C5100136
32200169
00000000
00000000
32200168
32200168
00000:)00
00000000
05000050
05000050
020000AO
05000050
FFFFFFF2
2F000460
00000136
00000169
00000000
00000000
00000050
00000050
00000000
00000000
00000000
00000000
OOOOOOAO
00000050
FFFFFFF2
2FOOOOOC
F'7 3 001 3 6
F 73 001 6 9
OOOOOOAO
000000,0.0
00000000
00000000
00000000
00000000
00000000
00000000
00000050
000000,0.0
.\
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
K
12,7,3,~eC+l
K
12,7'3,~ee.l
DATA
a
DATA
0
DATA
X'020000AO'
DATA
X'020000AO'
DATA
X'05000000'
DATA
X'020000AO'
*. CHANGl RP AND INTERRUPT I~HIBITS
~APSD03
DATA
-14
~PSD,8
MEMBRY
K
12,5,l,SETPSW
K
3'2,2,~eC+2
DATA
0
DATA
0
3,e,2,LBC+l
K
K
3,2,2,LBC+l
DATA
0
DATA
0
DATA
X'50000501
DATA
XI 50000501
DATA
X'20000AOI
DATA
XI 50000501
PAGE
*. ~BAD FIVE INTB RP
~RPOl
DATA
-14
~RP
MEMBRY
K
O,O,O,SETPSW
K
0,0,0'~eC+2
DATA
0
DATA
0
DATA
XI 50'
DATA
X'50'
DATA
0
DATA
a
DATA
0
DATA
0
DATA
XIAO'
DATA
X1 50'
** LeAD A INTe REG PBINTER FR6 M REG
LRP02
DATA
-14
~RP
12
K
15,7,3,SETPSw
K
15,7,),LBC.2
DATA
XIAO'
DATA
XIAO'
DATA
0
DATA
0
DATA
0
DATA
0
DATA
0
DATA
0
DATA
X150'
DATA
XIAO'
PAGE
01
01
01
01
01
01
01
01
006C6
006C7
006C8
006C9
FFFFFFF8 A
68FOO,+60
07300136
07300~61 •
00000000 A
00000000 A
OF000464
OF000464
01
01
01
01
01
01
006CA
006e6
006ee
006CD
006CE
006CF
FFFFFFFA A
6800000e A
;:0000136
FOOOOOOD A
OF00046 ..
oF00046 ..
006C2
006e3
OObC~
006C5
MEMeRV:
~eADED
MEMeRY+l :
I~Te
~eADE'
PSW1 BY
~~SD
INre PSW2 By
~PSD
PSW2 IN
PSW2 eUT
LeADED INTS PSWl BY
~PSD
LeADED INTS PSW2 BY
~PSD
PSW2 IN
PSW2 eUT
PSW2 IN
PSW2 SUT
PSW2 IN
PSW2 eUT
•• INSURE THAT (R.CC) IS FA~SE WHEN R28-31 ARE SNES A~D CC1." ARE ZEReES
BCROl
DATA
-8
6RANC~
R F'IELD-~ CC-O
BCR,15
MEMeRY
K
0,7,3,SETPSW
K
0,7,3,MEMeRY+l
DATA
0
DATA
0
xPSD,o
RETURN
XPSD,O
RETURN
INSURE THAT (R.CC) IS FA~SE W~EN R28-31 ARE ZERSES AND eCl-" ARE BNES
BCR02
DATA
-6
BRANCH R ~IE~D.~ CC.F
BCR,O
12
15,Q,Q,SEiPSW
K
15,0,0113
K
XPSD,Q
RETURN
XPSD,O
RETURN
*.
XDS 901523
ASS
OR
LINE MEM MEMORY MEMORY REl
o
NO. P:~ ADDRESS CONTENTS R
LABEL
COMMENTS
OPERAND
OPERATION
I
G
1'.'
1'.'
1948
1949
19 5 0
1951
1952
1953
195 ..
1955
1956
1957
1958
1959
1960
19 6 1
1962
1963
01
01
01
01
006DO
006D1
006D2
006D3
FFFFFFFC A
688000 4 7
80000136
80000169
01
01
01
01
006D4
006D5
006D6
006D7
F"FFFFFFC A
68400047
40000136
40000169
01
01
01
01
006D8
006;)9
006CA
006DB
FF"FF"FFF"C A
68200047
20000136
20000169
01 006DC
F"F"FFFF"FC A
1964t
01 :)06DD
v-*"'...,v,. ,
1965
1966
1967
1968
1969'
19 7 0
1971
1972
1973
1974
1975
197"
197,
19'8
1979
1980
1981
1982
1983
1984
1985
1986
1987
1988
1989
1990
01 006DE
01 006DF"
10000136
10000169
01 006E.0
FF"FFFFF"C
6 9 C00047
30000136
30000169
006El
01 006E.2
01 006E3
01
LQ1,..,.,,..4"7
.A.
01 006L8
01 006t;.9
FFFFFFF8 A
69800460
01 ~06EA
01 006[6
01 006£C
8C000461
00000000 /\
01 006£0
01 006EE
01 006EF
OF000464
OF000464
01 006(6
~Q000136
~OOOOOOO
.A
'0'5
'0"
aCR,E!
K
<
* CHECK
BCR04
* CHECK
BCR05
* CHECI(
BCR06
~28.CC1
BRANCH
8,Q,O,SETPSW
8,O,O,L6C+2
PAGE
(R.CC). R29.CC2
DATA
-4
BRANCH
BCR,4
K
~,O,O,SETPSW
K
4,O,O,LBC+2
(R.CC). R30.CC3
DATA
"4
BCR,2
BRANCH
K
2,o,O,SETPSW
K
2,O,O,LBC+2
(R.ce). R31.CC~
DATA
-4
n .......
",'-11
*
*
*
•
*
01 006F1
01 006F2
01 006F3
01 006F4
01 006F5
01 OOM 6
01 006F7
01 DObF8
01 006F"9
01 006rA
01 006FB
01 006FC
01 006FD
01 006FE
01 006FF
01 007JO
*
DATA
AW,12
p(
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[7200136
17200169
FFFFFFFF A
FFFFFFFF A,
JOOooaoo ~
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30C00460
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1 7 2U0169
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R.CC. 4
NSRANCH
R.CC. 2
NBRANCH
R.CC. 1
PRI-PRePHGATE THRJ ITH BIT peSITIBN
GI - GENERATE F~B~ THE ITH 9IT
Kl -CARRy I~Te THE ITH BIT
I • BIT peSITleN5 0 THRU 31
J.0,,,,S'12,,6'20'24 1 28
K-1,5,9,13'1 7'21,25129
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•
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PAGE
** CHECK THAT CC3 BR 4 IS NeT SH9RTED T6 eel 6R 2 ALse
CHECK THAT R28 BR 29 IS NeT SHBRTED Te R30 eR 31
BCS01
DATA·~
N BRA~CH R FIEL~ • C cc. 3
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BRANCH
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K
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** CHECI( THAT CC2 BR 4 IS NeT SH6RTED T6 CCl eR 3 ALse
** CHECK THAT R28 BR 30 IS NeT 5 HeRTED TB R29 8 R 31
BCS02
DATA
-4
NBRANCH R FIELD. A ec· 5
8C5,10
BRANCH
K
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K
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** CHECI( THAT A BRANCH CBNDITIBN wI~L eCCUR
BeS03
DATA
-8
BCS,8
MEM8RY
8,O,O,SETPSW
8,O,0,MEMBRV+1
<:
o
DATA
DATA
o
XPSD/o
RETURN
XPSD,o
RETURN
PAGE
*
01
NBRANCH
U~~I'\j"''''
•
19 9 1
1992
1993
1994
1995
1996
1997
1998
1999
2000
2001
2002
2003
2004
200S
2006
2007
2008
2009
2010
2011
2012
2013
2014
DATA.'
~,..n..
01 006£7
01 006E5
(R.CC).
BCR03
u ... " , 1
F"F"FFFFFC A
69AOQ,:)47
50000136
50000169
01 006E.4
* CHECK
AND3
DATA
AW,12
I(
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DATA
DATA
DATA
DATA
DATA
AW,12
I(
K
DATA
-4
AW
MEMBRY
15,7,2,5ETPSW
0,7,2,LI9C+2
-8
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14,7,2,SETPSW
1,7,2,LBC+2
AW *
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o
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MEM6RY
0,7,2,SETP5W
1,7,2'1..6C+2
o
4-31
XDS 901523
ABS
OR
LINE MEM MEMORY MEMORY REL
o
NO. P:g,T ADDRESS CONTENTS R
LABEL
OPERAND
OPERATION
COMMENTS
I
G
2017
!018
!019
2020
2021
2022
2023
2024+
2025
20 2 6
2027
2028
2029
20 3 0
20 3 1
2032
2033
203,.
2035
2036
2037
2038
2039
204+0
20'+1
204+2
20'+3
204+4+
204+5
204+6
!04'
!04,
!O'"
20 5 0
20 5 1
20 5 2
20 5 3
20 5 4+
20 5 5
20 5 6
20 5 7
20 58
20 5 9
2060
20 6 1
20 6 2
20 6 3
206,.
20 6 5
2066
20 6 7
2068
20 6 9
20 70
20 7 1
2072
2073
2074+
2075
2076
2077
2078
2079
2080
2081
2082
2083
2084+
2085
2086
20'7
4-32
01 00701
01 00702
01 00703
FFFF'FFFF A
F'FF'F'FFF'F A
FFF'F'FFFF A
01
01
01
01
01
01
01
01
0070"
00705
00706
00707
0070 8
00 7 0 9
0070A
0070B
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30C2AFOB
97200136
57200169
55555555
AAAAAA.AA.
55555555
55555555
01
01
01
01
01
01
01
01
0070C
00 7 00
0070E
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00712
00713
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172001C8
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01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
00 7 14+
00 7 15
00 7 16
00717
00718
00 7 19
0071A
0071B
0071C
0071 0
0071E
0071F'
00720
00 7 21
00722
00723
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30COO4+ 6 0
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872001 69
F'F'FFFFF'F
00000000
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01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
00724
00725
00726
00727
00728
00729
0072A
0072B
0072C
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00730
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DATA
DATA
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PAGE
** AW04+ TESTSI K(EVEN BIT P6SITIeN) • G(eoo BIT peSITI6N)
** EXAMP~E
K04+. G05
AW04
DATA
-8
AW X KJ-l GJ-O,PRl~O
AW,12
MEMeRY-X'15555',1 I0~84
80 A8E
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00.691
00A92
00A93
00A94
00A95
001-.96
000001 6 9
oCOOOJOO
K
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O,Q,O,S(TPSIoI
0,O,O'1.6C+2
DATA
O,O,"'l,~l
LC~,12
K
t-.
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82300460
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02120~11
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DATA
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DATA
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LCFI06
DATA
DATA
DATA
DATA
DATA
LCFt,3
K
I(
L.CFI07
DATA
~CFl/1
i(
K
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PAGE
DATA
LAW,12
LAW02
LAW03
89C0045A
37200136
K
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A
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-4
L.cFr 1 09 tNT6 26 tS 21
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2,6,1,SETPSW
2,1,1,LBC+2
DATA
DATA
DATA
DATA
PAGE
DATA
LAW, 13
K
D73 OO084
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0000046A
DATA
LcFI 3 Fr: INT6 00 IS r:r: INDEX
-~
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X'12345b781
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DATA
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I..AW,12
LCFt 0 FF tNT6 00 IS 00
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0
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DATA
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DATA
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80000136
81000169
FFFFFFFF
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00000000
00000000
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38C204 6 1
17300136
273 00169
FFFFFFFF
00000001
FFFFFFFF
F"FFFFF"F"F
PAGE
DATA.
LCFt,o
DATA
DATA
OATA
LCFt ,3
I(
A
A0200136
50200169
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021000~9 A
26100136
21100169
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X
*
LAW *X
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XDS 901523
ASS
OR
MEM
MEMORY MEMORY REl
LINE
0
PROT
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NO.
i
KEY
LABEL
COMMENTS
OPERAND
OPERATION
G
3031
30 3 2
3033
303 ..
30 3 5
3036
303,
3038
3039
301+0
30 4 1
30 .. 2
301+3
30 ....
30"5
301+6
301+'
301+8
3049
3050
30 5 1
30 5 2
30 5 3
3051+
3055
3056
30 5 7
3058
30 5 9
3060
3061
10 6 2
3063
3061+
3065
3066
3067
306~
3069
3070
3071
3072
3073
3071+
3075
3076
3077
3078
3079
30 8 0
30 8 1
3082
3083
3081+
l08!;
3086
3087
l088
3089
30 9 0
3091
l092
3093
3091+
3095
3096
3091
309S
l099
1100
3101
01 00A(5
01 OOA(6
01 00A(7
01 00AC8
01 00AC9
01 OOACA
01 OOACB
01 COACC
01 OOACD
01 OOACE
01 OOACF
01 OOADO
01 00AD1
01 00AD2
01 00AD3
01 OOAOI+
01 OOAD'S
01 00AD6
01 00AD7
01 00AD8
01 OOAD9
01 OOADA
01 OOADB
01 OOADC
CJl OOADD
01 OOACE
01 OOADF
01 OOA(O
01 OOAE.1
01 OOAE.2
01 00AE3
01 00;.E4
01 00A[5
01 OOAE6
01 00A!:.7
01 OOAl8
01 COAE.9
01 OOA!:.A
01 OOAEB
01
01
01
01
01
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01 OOA'"1
01 00AF2
01 OOM3
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80000000
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A
A
FOBCA972
80000:)00 A
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3BCOOl+60
0 7 300136
273001 6 9
00000000 A
7FFFFFFF A
80000001 A
80000001 A.
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5BCOO~60
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MEMORY .. REPEAT
MEMORY.REPEAT
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MEM6RY
0,7,3,SETPSW
2,7,3,LBC+?
0
X'7FFFFFFF'
X'80000001'
X'80000001'
K
K.
-8
LAW
DATA
DATA
DATA
DATA
PAGE
INSURE. THAT PReBEElVER/H IS DISABLED BV FAMT
**
LAH
DATA
LAH01
-8
AU •• ~
MEMeRy
K
0,7,3,SETPSw
K
2,7,3,LBC+2
DATA
·1
DATA
X'8000'
X'8000J:J:J:F'
DATA
DATA
X'8000FFFF'
LAH x
DATA
LAH02
-a
MEMBRV.REPEAT,!
LAH,12
K
3,7,3,SETP5W
i(
0,7,3,LeC+2
DATA
HA(REPEAT)+l
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DATA
X'FFF"FOOOO'
DATA
X'F'FF'F'ooOO'
-8
LAH 8
LAH03
DATA
LAH,12
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K
1,7,3,SETPSW
K
2,7,3'LeC+2
DATA
-1
DATA
1
DATA
X'J:FFFOOOO'
DATA
X'FFFFOOOO'
PAGE
LAD
DATA
RE
LADOl
·12
MEMBRY
LAD/12
K
1,7,3,SETPSW
2,7,3,L.eC+2
K
DATA
X'9ABCDEFO'
DATA
X'7FFF"FFFF'
DATA
X'80000000'
DATA
X'80000000'
DATA
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DATA
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1
DATA
1
DATA
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LAD02
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3,7,3,SETP5W
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<
DATA
·1
DATA
0
DATA
0
DATA
0
DATA
-1
DATA
0
DATA
0
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DATA
PAGE
LAD X RE
DATA
LAD03
·12
REPEAT,l
LAD,12
I
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0 7 300136
27300169
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00008000 A
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8000FFFF A
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5BC3FFF6 A
37300136
0 7 3001 6 9
01
01
01
01
01
01
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01
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01
01
01
01
4
LAWOS
DATA
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DATA
DATA
DATA
DATA
DATA
DATA
F"FFF"FFFJ:" A
00000:)01 A
000000C1 A
F'FFFFFFI+ A
18C00461
37300136
07300169
FFFFFFFF
00000000 A
00000000 A
00000000 A
FFFF"F'FFF ~
00000000 "
"
K
K
3,7,3,SETPS~
2,7,3,L6C+2
4-47
XDS 901523
ASS
MEM
LINE
MEMORY MEMORY
PROT
NO.
ADDRESS CONTENTS
KEY
3102
3103
3104
3105
3106
3101
3108
3109
3110
3111
3112
3113
3111+
3115
3116
3117
3118
3119
31 2 0
3121
3122
3123
3124
3125
3126
31 2,
3128
3129
31 3 0
3131
3132
3133
3134
3135
3136
3137
3138
3139
31 4 0
31 4 1
31 4 2
31 4 3
311+4
31 45
31 4 6
3147
3148
311+9
3150
3151
3152
3153
3154
3155
3156
3157
315~
3159
3160
3161
3162
3163
3164
3165
3166
3167
3168
3169
31 7 0
3111
3112
4-48
OR
REl
0
R
00806
COBOC
00800
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OOBOF
00810
OOBll
00812
00B13
0081'+
00815
00816
00817
00B18
00B19
00B1A
00818
FFFFFFF8
6789A8CD
987651+32
987651+32
FFFFFFFF
EF"01231+6
10FEDC8A
10 FEDCBA
FFFFFFFI+
99C0045A
27200136
57200169
76543210
80000000
80000000
80000000
12345618
00000000
00000000
00000000
01
01
01
01
00B1 C
00B1D
00B1E
008H·
00B20
00821
00B22
00B23
00824
00925
00826
00827
00828
00B251
00B2A
00B2B
00B2C
00B2D
0082E
OOB2F
00B30
00831
00B32
00B33
FFFFFFF4
18C00460
073001C8
513000 8 4
00000000
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80000000
80000000
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00000000
00000000
00000000
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lBDOOl+60
87300136
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92345678
92345678
80000000
80000000
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7FFFF"FFF"
00000001
00000001
01
01
01
01
01
01
01
01
01
01
01
01
00B34
00B35
00B36
00B37
00B38
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00B38
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00B3E
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18000460
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01
01
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01
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01
01
01
01
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3ACOO'+60
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1732BCE2
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01
01
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01
01
01
01
01
01
01
01
01
01
01
01
01
01
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01
01
01
01
01
01
01
01
01
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00808
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009,+2
00B43
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LABEL
COMMENTS
OPERAND
OPERATION
I
G
A
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A
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A
A
LAD04
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
LAO,12
K
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A
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DATA
DATA
DATA
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PAGE
DATA.
LAO,12
I(
K
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L.AO,13
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K
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LCW,12
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I(
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LCW02
DATA
DATA
DATA
DATA
DATA
I..C\oI,12
K
K
(MEMBRV.REPEAT)/2
X'6189ABCO'
X'98165'+32'
X'98765'+32'
-1
X'EF01231+6'
X'10FEDCBA'
X'10 FEDCBA'
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2,7,2,SETPSW
5,7,2,L6C+2
X'7651+3210'
X'80000000'
X'80000000'
X'80000000'
X'1231+561S'
0
0
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a
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MEM6RY
0,7,3,FXP6SW
5,7,3,FPBRET+l
0
X'80000000'
X'80000000'
X'80000000'
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0
0
LAD
RE 6F
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MEM6RY
11,7,3,SETPSW
10,7,3,L.BC+2
X'92345678'
X'92345678'
X'80000000'
X'80000000'
X'9ADBED'
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1
1
L.A.D
RB
-12
MEMBRY
10,7,3,SETPSW
10,7,3,L.6C+2
X'CCCCCCCC'
X'cccccccc'
X'7FFFFFFF'
X' 7FFFFFFF'
XIBCDEF"A98'
X'7F'FFF"FFF'
"1
-1
LAD
RB
"8
MEMBRV
8,7,3,SETPSW
9,7,3,1..6C+2
X'12345678'
X'E8C0431E'
X'1732BCE2'
X'17329CE2'
-8
MEM6RY
0,7,2,SETPSw
5,1,2,LBC+2
l.CW
a
LeW
TRAP
BF" "JTRAF'
XDS 901523
ABS
OR
MEM
MEMORY MEMORY REl
LINE
PROT ADDRESS CONTENTS 0R
NO.
I
KEY
LABEL
OPERATION
OPERAND
OAT.
DAT4
DATA.
DATA
DATA
LCW,12
X'7F"FFF"FFF'
X1 80000000
X'80000000 '
XI 80000000''
-6
12
2,7,3,SETPSW
l,7,3,L6C+2
Xl 12345678'
XIEOCBA988'
-8
RETURN,l
15,7,3,FXPf3SW
1317,3,FPBRET+1
MEMBRV.RETURN
X'80000000'
XI 80000000'
X'80000000'
COMMENTS
G
3173
3174
3175
3176
3177
3178
31 7 9
31 8 0
3181
3182
31 8 3
3184
3185
3186
3187
3188
3189
31 9 0
~.
01 oaB4C
01 0081+D
01 0084E
01 0084F"
01 OOg~O
01 00BS1
01 00852
01 00853
01 00854
01 00955
01 00B56
01 00957
01 00R58
01 0085 9
01 0085A
01 001:58
01 0085C
01 00B5D
o.
7F"FFFFFF" A.
A
8"""f\,,""
VVVIJ\.JVV
80000000 A
80000000
FFFFFF"FA
3ACOOOOC
21300136
17300169
12345678
EOC8A988
FFFFFFF"8
A
A
A
l..CW03
I(
I(
A
II
A
3AC2046~
LCW04
F73001C8
07300:)84
FF"FFFFFC A
80000000 A
80000000 A
80000000 A
K
I(
.... .l.JJ,
31 9 2
3193
31 9 4
31 9S
3196
3197
3198
3199
3200
3201
3202
3203
3204+
3205
3206
3207
3208
3209
3210
3211
3212
3213
3214
3215
3216
3217
321~
3219
32 20
3221
3222
3223
3224
3225
3226
3227
3228
3229
3230
3231
3232
3233
3234
3235
3236
3231
3238
3239
32"0
1241
1242
12 4 3
A
01 0096A
01 OOR68
01 00B6C
01 00f<6D
FFFFFFF8
BAC0045A
77300136
07300169
F'FFFFFF'F
00000000
00000000
00000000
F"FFFFFF8
3ACOOl+60
0 73 00136
27300169
00000800
7FFFFFFF"
8:JQOOClOl
80000001
01 OoG6E
FFFF"FFF R
A
01
01
01
01
01
01
01
01
01
OOBsE
OOP-SF"
00860
OOR61
00862
OOR63
00864
OCC3b5
00866
01 00967
01 00U68
01 00969
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
OO~6r:
00:370
00371
00B72
00673
00974
00975
00876
00877
00G78
OQR79
0057 A
00B78
OOB7e
OOB7D
00B7E
0087F'
00B80
00B81
00B82
OOB83
00884
001:\85
00886
00B87
00B88
00889
OOB8A
00B88
00B8C
0088D
01 OOS8E
01 00B8r
LC W05
DATA
DATA
DATA
DATA
PAuE
DATA
LCW,12
I(
K
A
A
A
A
A
DATA
DATA
DATA
DATA
DATA
LCW,12
-8
*1A
7,7,31SETpSw
0,7,3, LfK.2
-1
0
I(
A
~ATA
0
A,
DATA
~
DATA
DA TA
PAGE
DATA
LCH,i2
Xi7F"FFFFFF'
XI 80000001'
X'80000001'
LCw06
I(
~
LCHOl
K
I(
A
DATA
A
DATA.
A
A
A
LeHOe
DATA
DATA
DATA
LCH,12
i(
i(
A.
A
A
A
A
LCH03
DATA
DATA
DATA
DATA
DATA
LCH,12
I(
I(
A
A
A
A
A
LCH04
DATA
DATA
DATA
DATA
DATA
LCH,12
K
K
"
A
A
A
FFFFFFF8 A
5AC201+6A
LCH05
DATA
DATA
DATA
DATA
PAGE
DATA
I..CH,12
X
I..CW
L.CW
REGISTER re REGISTER
6F
*
TRAP
ZER6
0
0
.. 8
ME'18RY
O,7,3,SETP5h
2,7,31LeC.2
5 AC004 6 0
0 73 00136
1 73 001 6 9
r:FFFFFF'F
FH'FEDCC
1234 5 678
123456 7 8
FFFr:F"r:F"8
5AC2046A
0 73 00136
2 7 3001 69
r:Fr:FFFEC
00007898
8765'+321
87654321
FFFFF'FF'8
DAC0045A
37300136
07300169
F'F'FFF'F"F'F
00000000
OOOOFFFr:
OOOOFFFF
F'FF'FFFF8
5AC20047
37300136
17300169
00000833
FF"F"F89AC
FFFF7654
F'FFF765£t
DATA
DATA
DATA
LCw,12
,
LCw
LCW
LCH
"8
ME
MEt16RY
O,7,3,SETPSW
l,7,3'L6C.2
"1
'I ,1:"t:'1:'1:'r-l'\r,.. ,
"
"
I
I
c..""' .........
X'12345678'
X'12345678'
·8
LCH X ME
REPEAT 11
O,7,3,SETpSw
2,7,3'L.BC.2
2*(MEM8RY.REPEAT)
XI 789BI
X'87654321'
X'87651+321'
·8
LCH *
ME
*IA
3,7,3,SETPSw
O,7,3,LeC.2
-1
0
X'FFFF'I
X'FFFF'
LCH X M6
·8
BRA~CH,l
3,7,3,SETPSW
l,7,3,L6C.2
2*(MEM6RY.BRANCH)+1
X'F"FFF89AC'
X1 FFFF765,.,
X'FFFF765 ... '
-8
LCH
X Me
REPEAT,l
4-49
XDS 901523
ABS
MEM
LINE
MEMORY MEMORY
PROT
NO.
ADDRESS CONTENTS
KEY
32 ....
12-5
3246
32~7
32~e
3249
3250
32 5 1
3252
3253
3254
3255
3256
3257
3258
3259
3260
3261
3262
3263
3264
3265
3266
3267
326~
3269
3270
32 7 1
3272
3273
3274
3275
3276
3277
3278
3279
32 8 0
3281
32 8 2
32 8 3
3284
3285
3286
3287
3 7 300136
2 7 3001 6 9
F"F"!:F"F'F"ED A
00007F"FF A
0000 8 001 .0\
00008:)01 A
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
00B96
00B97
00898
00899
0099A
0099B
0099C
001390
00B9E
00B9F
OO[1AO
OORAl
00AA2
009A3
00BA4
00f:lA5
QOBA6
C08A7
OOSAB
008A9
OOBAA
OORAB
008AC
OOBAD
F"FFFF"F"F"4 A
1AC00460
17300136
27300169
BBBBB38B A
7FFFr:n-F A
01
01
01
01
01
01
01
01
01
01
01
01
008AE
OOBAF
OOBBO
OOBBl
00882
00B83
0089 4
00B8 5
00896
008B7
C1
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
OOBBA
CO BBB
Ooesc
0088D
OoBI3E
0055F
OOBCO
008el
OO~138
00599
,.
3296
3297
32 98
3299
3300
3301
3302
3303
3304
330~
330~
3307
:nop.
3309
"331c
T311
1312
3313
3314
4-50
OO~o~eE
F~FFFFF~
01
oo~·co
OO~Jl
01
OO~~2
01 O'J"J3
I(
LCD01
K
LCD02
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
I..CDI12
K
K
LCD03
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
PAGE
DATA
LCD,12
I(
K
A
A
A
A
A
A
A
A
A
LCD04
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
PAGE
DATA
LCD'12
K
K
A
A
A
A
A
A
A
A
A
LCD05
DATA
DATA
DATA
DATA
DATA
DA T.A
DATA
DATA
DATA
LCD,13
I(
K
A
"
A
A.
A
8COOO:::OCl A
Q00~~:l 10 A,
OCOO::)JCC' A,
rF"FFF"r F 6 A,
pCJO:;'JC
DATA
DATA
DATA
DATA
PAGE
DATA
L.CD,12
K
57200169
008C3
OOBCI+
008CS
009(6
008e7
CocK8
OOBC9
008eA
008(2
A
1 AC 00 46 0
2 7 200136
F"FFFFFFF
8QOOO:)CO
80000)00
80000800
FFFFFFFF
00000,]:)0
OGCOOJCQ
00000)00
FFFFFrFI+
1ADOO,+60
973001(8
D7300C)84
F'EED8[AD
01 008Cr:
01
FFr:Fr:F~1+
I(
A
80000000 A
CCCCCCCC A
FFFFFF"FF A
00000')01 A
00000~01 A
FFFFFF"F"4
1AC2046A
27300136
17300169
FFFF"FF"FB A
80000:>00 A
7FFFF"F"FF A
7F"FFF"FFF" A
23476[39E A
00000001 A
FF"F"FF"FFF" A
FFFFFFFF A
r:FFFFFr:4
9AC0045A
37300136
0 73 00169
FFFr:FTFF
ooooooeo
OOOOOJOO
00000000
FFFFF"FrF
OOOOOJO:)
00000)00
00000800
OPERAND
OPERATION
COMMENTS
G
00890
00891
00B92
00893
00b91+
00895
80000~OO
LABEL
I
01
01
01
01
01
01
3288
32 8 9
329 0
32 9 1
32 9 2
32 9 3
3294
32 9 5
OR
REl
0
R
A
lCD86
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
DATA
LCD,12
3,7,3,SETPSW
2,7,3,LeC"'2
2.(ME MeRV.REPEAT)+1
X'7F"FF'
X'8001'
X'8001'
-12
LCD
MEM6RV
1,7,3,SETPSW
2,7,3'LSC"'2
X'BBBBBBBB'
X'7F"FFFFFF'
X'80000000'
X'80000000'
X'CCCCCCCC'
"1
1
1
L.CD
·12
REPEAT,l
2,7,3,SETPSW
1,7,3,LeC"'2
(MEM6RV.REPEAT)/2
X'80000000'
X'7FF"FFFFF'
X'7FF"FFFFF'
X'23476B9E'
1
"1
"1
RE
X RE
-12
*IA
3,7,3,SETPSW
0,7,3'LSC+2
·1
0
0
0
-1
0
0
0
l..CD •
RE
"12
MEMeRY
2,7,2,SETPSW
5,7,2,LeC+2
-1
X'80000000'
X'80000000'
X'80000000'
-1
LCD
RE eF NTRAI)
LCD
Re 6F
LCD
REGISTER T9 REGISTER
0
0
0
-12
ME:"'E}RY
9,7,3,FxpesW
13,7,3,FPSRET+l
X'F"EEDBEAD'
X'FEEDBEAD'
X'80aooooo'
TRAP
X'80~OOOOO'
-1
X'80000000'
0
0
-10
12
XDS 901523
ASS
MEM
LINE
MEMORY MEMORY
PROT
NO.
ADDRESS CONTENTS
KEY
3315
3316
1317
3318
3319
33 2 0
1321
3322
3323
3324
3325
332(3327
01 00B[)4
01 00BD5
01 00BC6
01 DOB07
01 OOR~8
01 008D9
01 OOK:)A
332~
01
132?
333(')
3331
3332
3333
3334
3335
333f,
3337
3338
3339
33 4 0
3341
3342
3343
3344
3345
3346
3347
331+8
3349
33 5 0
33 5 1
33 5 2
3353
3354
3355
3356
3357
3358
3359
33 6 0
3361
3362
3363
3361+
3365
3366
3361
3368
3369
33 7 0
3371
3372
3373
331,.
3375
33 7 6
3377
3378
33 7 9
3380
3381
3382
3383
3381+
3385
01
OO~~J8
01 OOHc)C
01 O~r-~CD
01 OO~'~E
01
OO~[)F
OORt-C
01 OOf.ll1
01 OOUE2
01 OObE~
01 OO~;E. 1+
01 OOnE5
01 00"1:.6
01 OORE7
01 OO('E8
01 OORl9
01 OO::~~ A
01 OO~l[B
01 ooRle
01 00f3£D
01 00 [:, EE.
01 OOf3E.F
01 OOS~ 0
01 OOllFl
01 OC~F2
01 003~·3
01 OOtJF4
01 OO~~~ 5
01 oor~~ 6
01 OOL~F 7
01 009F8
01 QOBF9
01 008FA
01 OOI3FB
OR
REL
0
R
I
G
F'73001 3 6
A7300169
FFFFFF"FF ~
00000:180 A
OOOOC8~O
.~
00000.)00
FFFFf FFF
00000081
A
A
A
FFFFFFF8 A
A
8COOFFFF
A
FFFFFF~R
A
55C3C4 6 1
£.,73001'36
27300169
0OO07FFF A
oo007n F A
12345678 A
12347FFF A
FFFFFF~R
D5C0045A
A7300136
E7300169
OOOOFFFF
ooooFFF F
OOOOO::lCO
FFFFO!)f'Q
FFFFFFF8
55C004 6 0
37300136
773001 6 9
80001234
80001234
56781231+
12341234
A
STH02
5TH03
A
A
A
A.
DATA
CATA
DATA
DATA
DATA
STH,12
STI-I04
A
01
01
01
01
01
01
01
01
01
01
01
01
OOCOC
OOCOO
ooeoE
ooco F
00C10
OOC11
OOC12
00C13
00(14
00C15
00C16
ooe17
rFFFFFF8
75COOl+60
F7 3 OO136
F'7300169
12345678
12345678
FFFFFFFF
78FFFFFF
FFFFFFF8
75C20440
E7300136
E7300169
A
STH05
A
STH06
-8
12
DATA
DATA
DATA
DATA
PAGE
DATA
STH,12
DATA
DATA
DATA
DATA
DATA
STH/12
K
I(
A
A
A
A
STBOl
DATA
DATA
CATA
DATA
PAGE
DATA
ST8,12
K
I(
A
A
A
A
A
STB02
DATA
DATA
DATA
DATA
DATA
ST8,12
j(
K
·8
5TH
*!A
10,7,3,SETPSw
*
X'FF"FF'
X'FFFF"'
0
X'FFFFOOOO'
I<
A
A
sEH'sw
1~,7,3,L.BC+2
DATA
OATA
DATA
DATA
DATA
K
A
A
X
STH
-8
2,7,3,L.6C.2
XI 7FFF'
X'7FFF'
X'123~~6 78'
X'1231+7FFF'
DATA
!:lATA
DATA
OATA
DATA
STH,12
5TH
MEHfjRV.X '3n'F', 1
f..,7! 3~
j(
A
A
.~
MEMBRY
15,7,3,SETPSW
11,7,3,L,6C+2
X'F"F"FF8000'
X'FFFF8000'
-1
X'8000FFFF'
i(
K
A
15,7,3,SETPSW
10,7,3,LBC+2
-1
0
0
0
-1
1
K
sn~1
01
01
01
01
01
01
01
'"
If(
A
OOcol
00C02
00C03
00C04
OOC05
00C06
00C07
00C08
00C09
OOCOA
OOCoB
oocoo
DATA
DATA
CATA
DATA
DATA
CATA
PAGE
DATA
STH,12
I<:
K
A
008FC
ooeFD
009FE
008FF
STHOl
F73001'36
97300169
FFFF8:)OO A
FTFF8J80 A
FJ:FFF~~F
-
I(
COMMENTS
OPERAND
OPERATION
K
55CO~460
FFFFFFF8
55(E01+60
97300136
0 7 300169
FFFEF'379
FFFEF'379
67921113
6792F3 7 9
FFFFF'FJ:8
55C004 6 0
0 73 00136
1+73001 6 9
1FF'F1692
1FFF1692
00000000
16920000
01
01
01
01
01
01
01
01
01
LABEL
STH
ME~1eRY
3,7,3,SETPSW
7,7,3,\..BC ... 2
X'80001231+'
X'80001231+'
X'56781234'
X'12341231+1
... 8
MEMBRY,7
9,7,3,SETpsw
13,7,3,L.6C+2
XIFFFEF379'
X'FFFEF379 1
X,67 9 21113'
X'6792F379'
-8
STI-I
5TH
MEMBRV
0,7,3,SETP5W
4,7,3'1..6C+2
XI 7FFF1692'
XI7FFF"1692'
0
X'16920000'
.. 8
MEM6RY
15,7,3,SETPSW
15,7,3,1.6C+2
X'12345678'
X'12345678'
-1
X'78FFFFFF'
-8
ME M6RV.X'20"1
11+,7,3,SETPSW
14,7,3,1.6C+2
STB
srB
BYTE 0
X
BYTE 1
4-51
XDS 901523
ABS
OR
MEM MEMORY
MEMORY REl
LINE
PROT ADDRESS CONTENTS 0R
NO.
I
KEY
LABEL
COMMENTS
OPERAND
OPERATION
G
OOC18
00C19
00C1A
00C1B
OOC1 C
00C1D
OOC1E
00C1F"
00C20
3386
3381
338g
3389
33 9 0
33 9 1
33 9 2
3393
3394
3395
3396
3397
3398
3399
3400
3401
340:?
3403
3404
01
01
01
01
01
01
01
01
01
01
01
01
~405
01
01
01
01
01
01
01
01
OOC2e
00C2D
DOC2E
ooe2F
OOC30
00C31
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
00(32
00C33
00C3 4
00C35
OOC36
00C3 7
00C38
00C39
00C3A
00C38
OOC3C
00C3D
00C3E
OOC3 F
00C40
00C41
00C42
00C43
00C44
00C45
00c .. 6
00C47
00C48
00C49
FFFFHF4
15C00460
87300136
B7300169
80000000
80000000
7FFFFFFF
80000000
00000000
00000000
FFFFFFFF
00000:)00
FFFFFFF4
15C2023C
A7300136
A7 3OO169
00000112
00000112
FFFFFFFF
00000112
FFFFFFF F
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
00C4A
00C48
FFFFFFF4
95D0045A
97300136
97300169
12345678
12345678
ECB0129E
9ABCOEFo
9ABCDE F O
9ABCDE FO
56782349
9ABCDEFO
FFI='FFFF4
15C00461
87300136
87300169
OOOOOJOO
00000')00
3406
3407
340$1,
3409
3410
3411
341?
3413
3414
3415
34+16
3417
3418
3419
3420
3421
3422
3423
3424
3425
3426
3427
'3428
3429
3430
~431
3432
3433
3434
3435
3436
3437
3438
'3439
34 40
344 1
3 44 2
3443
34 4 4
3445
34 4 6
3447
3448
3449
3 45 0
3 45 1
3452
3453
3 .. 5_
31+55
3_56
4-52
01
01
01
01
01
01
~OC21
00C22
00(2 3
COC24
00C25
00C26
COC2 7
00(28
00(29
00(2A
0:)(28
00C4C
00C40
00C4E
00C4F
00C50
00C51
ooe52
00C53
00C54
00C55
00C56
00C57
00(58
01 00C59
01 00C5A
01 00C5B
00000a8l A
00000881
F"F"F"FFFF"F
F"F81F"F"F"F
F"F"FF"FF"F"A
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07300136
07300169
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A
A
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STB03
DATA
DATA
DATA
DATA
DATA
ST8/12
K
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A
A
A
5TB04
DATA
DATA
DATA
5 T9 / 12
i(
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A
A
A
A
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5T905
DATA
DATA
DATA
DATA
PAGE
DATA
STB/12
K
I(
A
A
"
A
A
STDOl
DATA
DATA
DATA
DATA
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STD/12
K
K
A
A
A
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5TD02
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A
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DATA
DATA
DATA
DATA
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DATA
DATA
PAGE
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A
A
A
A
A
A
A
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DATA
DATA
DATA
STD04
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DATA
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A
A
DATA
DATA
X'81'
X'81'
-1
X'F"F81F"FFF'
STB
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12"'X'lFFCAt'/1
13/7,3,SETPSw
13/7,3, LBC+2
X'FFF"FFF"12'
X'FF"FF1212'
STB
-8
MEMBRY-X'17495',l
12,7,3,SETPSW
12,7,3/LBC+2
X'6375D257'
X'6375D257'
-1
X'FFFFFF57'
-8
X
BYTE 2
BYTE 3
STB
BYTE 0
*1A
15,7,3,SETPSw
15/7,3,LBC+2
X'FF'
X'FF'
0
X'FFOOQOOO'
-12
MEMBRY
11/7,3,SETPSW
11,7,3,I.BC+2
X'BOOOOOOO'
X'80000000'
X'7FFFFFFF'
X'80000000'
0
0
STD
-1
0
-12
MEMeRY.548,l
10,7,3,SETPSW
10/7,3,LBC+2
274
274
-1
274
-1
-1
STD
X
a
-1
-12
*IA
9,7,3,SEiPSW
9,7,3,L6C+2
X'12345678'
X'12345678'
X'ECBD129E'
X'9ABCOEF'o'
X'9ABCDEFO'
X'9ABCDEFO'
X'56782349'
X'9ABC[')EFO,
-12
MEMeRY+l
8,7,3,SETPSW
a,7,3,LBC+2
0
a
5TD •
Re
5TD
Me
lERB
XDS 901523
MEM
LINE
MEMORY MEMORY
PROT ADDRESS CONTENTS
NO.
KEY
3~57
3 .. 58
3'+59
01 oocse
01 00C50
01
coesE
ASS
OR
REL
0
R
I
G
FF"F"F"F"FF"F A
00000000 A
000000,)1
A
01 OOCoF
01 00(60
01 00(61
00000001 A
FFF"FFFFE A
00000001 A
01 OOC62
01 00C63
01 OOC6~
01 OOC65
01 ~OC66
01 00C6 7
01 'JOC68
01 00C69
01 00C6A
01 00C6 8
FFFFFFF6
1+ 7e OO""0
F7300136
F73001 6 9
OOOOFFFF
OOOOFFF"F
F'FFFOOOO
A
F"FFFI="~FF
A
OOOCFFFF A
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01 COCbC
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01
3477
01 OOC6E
01 OCC6F
01 00(70
07300136
07300169
OOOOFFF"F A
01 00(71
01 00C72
F'F'F~~~F'F
3'+60
3'+61
3't62
31+63
31+6,.
31+65
3466
31+67
3468
31+69
'34 70
34;. 71
31+72
31+73
3478
31+79
348n
31+81
1482
31+83
31+84
3485
3486
31+87
34883489
01 00(73
01 OOO'+01 00(75
01 00(76
01 00C77
01 00(78
al 00(79
J.
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A
A
A
-,,,,,,,,,...,,,,,-,,,r
A
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I
5T501
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DAT.\
DATA
DATA
DATA
DATA
PAGE
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ST5,]2
VV~J
A.
00000000 A
00000000 A
F"FFFOOOO A.
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A
FFFF"FFF8
A
74~OO,+60
F7300136
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-1
0
1
1
-2
1
-10
MEMeRY
15 1 7,3,,5ETP5W
15,,7,3,LI9C+2
X'FFFF'
X'FFFF'
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K
15/7,3,U~C.2
OCOoo')oo
.A
DATA
0
31+91
3492
31+93
31+94
3495
3496
3497
3 498
3499
3500
3501
3502
3503
3504
3505
3506
3507
3508
3509
3510
3511
3512
3513
3514
3515
3516
3517
3518
3519
3520
352 1
3522
3523
3524
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
0008
00C7C
00C7D
OOC7E
OOC7F
00C80
00C81
00C8 2
00C83
00C81+
00C85
OOC86
00C8 7
00C88
00C89
00C8A
00C88
OOC8 C
00C8D
OOC8E
00C8 F
00C90
00C91
00C92
00C93
00C91+
00C95
00000000
00000000
F7000000
FFFFFFF8
74F2006A
E6200136
E6200169
00000FD9
OOOOOFD9
00000000
00E60000
FFFFFFF8
F4'32045A
A
A
DATA
DATA
DATA
DATA
0
STCFI15
~E!RETd
K
14,612,SETPSW
1I+,6,2,LI9C+2
00C96
00(97
00c98
00C99
00C9A
FFFFFFF8 A
1+6COOl+60
F7 3 OO1 3 6
e7300169
FFFFFFF"F A
ooooo~oo A
00000000 A
FFFF"FFFF A
FFF"FFFI="8 A
3S25
3526
3527
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
00(98
00C9C
00C90
00C9E
A
SrCF02
I(
A
A
A
DATA
DATA
A
5TCF"03
D53001~6
0 53 001 6 9
00000002
00000002
F'FFFF"F"FF
F"FFFD5FF
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7/t1201+60
3 4 300136
3 4 300169
00000003
00000003
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FFFFFF34
DATA
DATA
DATA
STU',3
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A
A
A
A
•
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01 OOC7 A
A
PHUC(5)
PH3:C(S) II RR.RJl
<:
DATA
PHI+:C(5) • PH1+::>;-j3
DATA
X'~~FFOOOO'
DAH
DATA
-1
X'FFFF'
DATA
X'~F"FF'
DATA
** USE. BOD R FIELD A~D EVEN R AS THE EW
DATA
5T502
-lJ
PHi:CiS) II EtJ,i\:=<';i
12
;:) I ..;II J. "'
K
O,7,,3 .. SETPSW
PH3IC(S) II RR.R'J1
K
O,7,3"LfK+2
XIFFFF'
DATA
PH4:C(S) • PH1+ P I-l3
-1
DATA
DATA
0
DATA
0
DATA
X'FFI="I="OOOO'
)('~F'FFOOOO'
DATA
PAGE
BYTE 0
DATA
-8
STFC
ST(FOl
MEMtJRY
STCFIO
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15,713JSETP5W
34'10
A
COMMENTS
OPERAND
OPERATION
,(
3~74
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'-J ............ v -
LABEL
5rCFOl+
DATA
DATA
DATA
DATA
DATA
STCF"l
K
I(
A
A
A
A
XW01
DATA
DATA
DATA
DATA
PAGE
DATA
XW'l?
I(
I(
X'tJ 02
DATA
DATA
DATA
DATA
DATA
II
F"F"FFOOOO
• OOOOFFFF"
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Ii
F"F'FF'F'FFF
0
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BYTE 1
1+*(MEMeRY~NEIRET)+l
4.(~EMeRY-N£!RETl+l
0
X'E60000 1
-8
STFC .X
BYTE 2
STCF X
BYTE 3
*IAd
13,5'3,SETPSw
13,5,3'1.. 6 C+2
2
2
-1
X'FFFFD5FF'
"8
MEMeRY"l
3,4,3,SETPSW
3"4 .. 3,,L6C ... 2
3
3
"1
XIFFFFFF3/t'
-8
XW
RESULT IN R IS ZERB
XW
RESULT IN R 15 pes
MEM6RY
lS,7,3,SETPSw
12,7,3,1..6C+2
-1
0
0
·1
-8
4-53
XDS 901523
MEM
LINE
MEMORY MEMORY
PROT
NO.
ADDRESS CONTENTS
KEY
ABS
OR
REL
0
R
LABEL
OPERAND
OPERATION
COMMENTS
I
G
3528
3529
~530
35 3 1
3532
3~33
3534
3535
1536
3537
3538
3539
35 40
354+1
3542
3543
354+4+
354+5
3546
354+7
354+8
3549
35 5 0
3551
3552
3553
3554
3555
3556
3557
355e
3559
35 6 0
3561
3562
3563
3564+
3565
3566
3567
356~
3569
3570
3571
3572
3573
3571+
3575
35 1 6
3577
35?e
3579
35 8 0
3581
3582
3583
3581+
3585
3586
3581
3588
3589
359 0
35 9 1
3592
3593
3591+
3595
3596
3597
35'8
4-54
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
00C9F
OOCAO
COCAl
0002
00CA3
00C44
OOCA5
00(A6
OOCA 7 .
00(A8
00(A9
OOOA
OOCAS
OOOC
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OOCAE
OOCAF
OOCoO
OoC:31
00C~2
00(33
00(94
00(35
00C86
00C87
00C68
00C89
OOCBA
00C~8
OOC3C
COCBD
OOCSE
oOCeF
OOCCO
OOCel
00CC2
00C(3
OOC(4
OOCC5
00eC6
00CC7
00C(8
00CC9
OOCCA
OOCCS
Ooecc
OOCCD
OOCCE
ooecF
OOCDO
OOCDl
00CD2
00CD3
00CD4
00CD5
01 00CD6
01 00CD7
4+6C004 6 0
37300136
27300t 6 9
FFFFFFF6
7FFFFFFF
7FFFFFFF
FFFFFr- F6
FFFFFFF8
46C00460
2 7 300136
173001 69
00000000
FFFFFF"FF
FFFFFFFF
XW,12
j(
I(
A
A
A
A
A
K
K
A
A
A
00000000 A
FFFFFFF6 .A.
46COOOOD A.
0 7 300136
173001 6 9
00000001 A
HFF"FFFF A
00000000 A
OOOOODOO A
FFFFFFFF A
00000001 A
FFFF"FFF6
68C00460
77300136
17300169
FFFF"FFFF
00000234+
123456 7 8
12345678
F"FFFFFFF
00005678
FFFFFF"F6
68C00460
07300136
F7300169
00000282
OOOOOEDC
FEDCBA98
FEDCBA98
12345678
00008A98
FFFFFFF 6
6BD004flO
77300136
87300169
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FFFFFFFF"
89ABC')EF'
89ASCDEF'
F"FFFFFF'F
OOOOCr)EF
A
01
01
01
01
00CD8
00CD9
OOCDA
OOCDS
ooeDC
OOcD D
OOCDE
DOCDF
OOCEO
X. . 04
DATA
DATA
DATA
DATA
DATA
XW,12
K
I(
INTOl
DATA
DATA
DATA
DATA
DATA
DATA
PAGr.
DATA
INT,12
I(
K
A
A
A
t\
A
A
A
INT02
DATA
DATA
DATA
DATA
DATA
DATA
DATA
INTI12
I(
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A
A
A
A
A
A
A.
INT03
DATA
DATA
DATA
DATA
DATA
DATA
DATA
INT,13
K
I(
A
A
A
A
A
A
FFFFFF"F8 A
41+COO4+ 6 0
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01
01
01
01
01
XWQ3
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DATA
DATA
DATA
DATA
XW,12
F730C136
67300169
000003 5 0
0000057D A
D2F204+6A
D2F2046A
F'FFFFFF8 A
4+4C2046A
'7300136
ANLZ01
DATA
DATA
DATA
DATA
DATA
DATA
PAGE
DATA
ANL.Z,12
MEM6RY
3,7,3,SETPSW
2,7,3'LBC+2
MEt-'BRY.REPEAT
X'7FFFFFFF'
X'7FFFFFFF'
MEMBRY-REPEAT
-8
ANLZ02
K
K
DATA
DATA
LH,15
LH,15
DATA
ANLZ,12
K
RESULT IN R IS NEG
-1
J
-10
13
0,7,3,SETPSW
1,7,3,Lt3C+2
1
-1
0
0
"1
1
XW REGISTER Te REGISTER_ RESULT
"10
MEMBRY
7,7,3,SE.TPSw
1,7,3,L.eC+2
"1
X'234+'
X'1234+5678'
X'1234+5678'
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X'5678'
-10
MEM6RY
0,7,3,SETPSW
15,7,3,LeC+2
MEM6RV·END
X'EDC'
X'FEDCBA98'
X'FEDCBA98'
X'12345678'
X'BA98'
"10
MEM6RY
7,7,3,SETPSW
8,7,3,LeC"2
"1
-1
X'89ABCDEF'
X'89ABCDEF'
"1
X'CDEF'
INT
.8
MEM6Ry
ANLZ
HAL.FWe RD *X
PxS. FAS10_NFAIM,NANL.Z.pRE3
S/MRQ/2 • pREePEQ,PRE/12
PREePER IS QUALIFIED WITH NANL.Z
SRPHS- ANLZ.PRE3
*
*
*
XW
MEM8RY
2,7,3,SETP5W
l,7,3,LBC+2
0
-1
15,7,3,SETPSW
6,7,3'Lec+c
HA(END)+l
INT
INT eDD REG
A8SVAL(HA(CYCLE»+ABSVA~(HA(END)+ll
*REPEAT,l
*REPEAT,l
-8
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7,7,3,SE.TpSw
ANL.Z
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OR
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R
NO • PROT
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~
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LABEL
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OPERAND
OPERATION
I
G
3599
3600
3601
3602
3603
3604
3605
3606
3607
3608
3609
3610
3611
3612
3613
36h
3615
3616
3617
3618
3619
3620
3621
3622'
3623
362 ..
3625
3626
3627
3628
3629
3630
3631
3632
3633
3634
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
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00(E2
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00C(6
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00(E9
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A7300169
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FFF'FF"FFS A
44(00460
0 7 300136
(7300169
00000725 A
184204 6 1
CAD,4
18420461
LAD,4
PAGE
DATA
ANLZ,12
K
00(F6
00(~7
00CF8
OOCF9
OOCFA
OOCF"B
OOUC
COCFD
FFFFFFF8 A
44(00460
07300136
B7300169
000C1234 A
00001234 A
A2COO<+5A
A2(CC,+SA
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44(00460
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61700752 A
617007tJ2 A
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44C00460
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01
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01 OO:~ CB
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00':0 4
00['05
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O();',07
00':08
01 JO~CC
01 :)O"OD
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3658
3659
36 6 0
3661
3662
366,
366.
3665
3666
3667
3668
3669
ANLlOS
K
ANLZ07
•
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00S11
00[12
00013
00C1 4
FFFFFn 8
44C00460
0 7 300136
A
A
B2COOCOO A
01 00C16
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01
01
01
01
01
01
01
01
01
01
44C00460
00D20
00000136
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00000:)02
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E4CEOOOD
00001000
00001000
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X'75?'
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12,7,9,LBC+l
CATA
0
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-8
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0,7,3,SETPSw
o,7,3,leC
0
0
DATA
DATA
LW,12
*0
Lw,12
*0
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ANLZ09
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-10
ANLZ,12 MEMBRY
K
O,O,O,SETPSW
A
A
A
A
A
A
A
X'752'
DATA
ANLZ,12
~
OO~lS
00::17
00D1 8
OOD1 9
OOSl A
OOS19
00D1C
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OOD1E
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A
82(00J00 A
ANl-Z
ANLZ pRlv INSr I~ SLAVE MBDE
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GEN
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xPSD,O
RETURN
xPSD,O
RE"TU~'"
PAGE
BN FIRST PASS THE I"'5T IS B END, IF NBN-EXSISTENT MEMBRy IS
PRESENT A\ ANLZ,12 MEMBRY INSTRUCTI6N WILL BE INSERTED
0730Cl~7
OOOOOC;CC
-8
MEMeRV
O,7,3,SETpSw
11,7,3,LeC+2
X'1234'
DATA
ANLl,12
OCOOC~O!)
DA(~EMeRY+1'·X'725'
MEMeRV+1'l
MEMORV+1'l
['ATA
f"18S,7
*
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10 .. 7/3'L 6 C+2
MEM6RV-REPEAT
MEM6RV
*IA
*IA
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ANLZ •
-8
*IA
7,7,3,SETpSW
2,7,3,L6C+2
X'143'
BA(MEM6RV)+X'1 4 3'
*IA,l
* I A,l
ANL.Z D6UBLE WeRD x
"8
MEM6RV
O,7,3,SETpSW
12,7,3,L6C+2
Xl 725'
DATA
DATA.
X'1234'
LI,12
*IAd
Ll,12
*1A,l
* S/PRETR· PRE1.NANLZ
ANll06
CATA
·8
ANLZ,12 MEM6RY
K
O,7,3,SETPSW
I(
l,7,3,LeC+2
A
3648
3651
3652
3653
36S4
3655
3656
3657
K
I(
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OQCFS
C 1 00D02
01
01
01
01
01
01
01
01
DATA
ANL.Z,12
DATA
nATA
36 4 1
365n
ANLZ04
(B/O
(8 / 0
00000955
3636
3637
3638
3639
36 4 0
3649
DATA
DATA
OOC~3
01 OOCFE
01 08CFF
C1 oor<):)
01 OOCOl
01
DATA
DATA
STW,3
STW,3
DATA
ANLZ,12
K
K
000012(3
COL<::3
3642
36 4 3
3644
3645
36 4 6
3647
A"IL.Z03
27 300169
00000143 A
01
01
01
01
01
01
363~
K
ANLZ10
K
lO,O,O,LBC+2
DATA
DATA
DATA
DATA
DATA
DATA
DATA
2
X'lOOl'
*9
*8
CHANGED T6 LW,12 *(~eN·EXSISTENT,*8
MEME M6RY) AF'TE~ 6NE PASS
*6
ANALYZE A BRANCH THAT WILL BRANCH
X'E~CEOOOD'
X'E4CEOOOD'
X'lOOO'
X'1000'
-8
4-55
XDS 901523
MEM
LINE
MEMORY MEMORY
PROT
NO.
ADDRESS CONTENTS
KEY
3670
36 7 1
3672
3673
3674+
3675
3676
3677
3678
3679
36 8 0
368 1
36 8 2
3683
3684
3685
3686
3687
3688
3689
36 9 0
36 9 1
3692
3693
3694
3695
36'6
3697
3698
3699
37 00
3701
3702
3703
3704
3705
3706
3707
3708
3709
3710
3711
3712
3713
3714
3715
3716
3717
371~
3719
3720
3721
3722
3723
3724
3725
3726
3727
372~
3729
3730
3731
3732
3733
3734
3735
3736
3137
1138
4-56
ABS
OR
REl
0
R
01
01
01
01
01
01
01
00D21
00022
00D23
00024
00025
00026
OOD27
4+4C00460
00000136
AOOOO169
00000000 ~
00000001 A
E4CEOOOC A
E4CEOOOC A
01
01
01
01
01
01
01
01
01
01
01
01
00D28
OOD2 9
00D2A
00D2B
00D2C
00D20
00D2E
ooDa F
00030
00D31
00032
00033
A
44C00460
F7300136
87300169
00000000 A
00000466
4A C00466
4AC00466
FFFFFFFF A
FFFFFFFF A
OFOO04 6 4
OFOO0464
01
01
01
01
01
01
01
01
01
01
01
01
00D34
00035
OOD36
0003 7
00038
00039
00D3A
00D3 B
OOD3 C
OOD3D
00D3E
OOD3F
FFFFFFF4 A
44C004 6 0
00000136
800001 6 9
00000000 A
000004 6 0
670004 6 0
01
01
01
01
01
01
01
01
01
01
01
01
0001+0
00D41
001)42
00D4+3
00D44
00045
00D46
00D47
00D48
00049
0004A
00D48
FFFFFFF4
,,4C00460
00000136
80000169
FFFFFFFF"
00000041
6DCOOO41
60COO041
SA5A5A5A
5A5A5A5A
OFOO0464
01="000464
01
01
01
01
01
01
01
01
01
01
01
01
OOD4+C
00D40
0004E
FFFFFF'F4 A
44+C00460
00000136
80000169
00000000 A
0000004+7
37COOO47
37COOO47
5A5A5A5A A
5ASA5A5A A
0F'000,+64
oF'OO0464
0004~
00050
00051
00052
00053
00D54
00D55
00D56
00DS7
LABEL
OPERATION
OPERAND
COMMENTS
I
G
FF~FFFF4
6700~460
FFFF FFF A
FFFFFFFF A
OFOO0464
OFOO0464
A
A
A
A
A
A
A
ANLZ,12
I(
I(
DATA
MEMeRy
O,O,O,SETPSW
10,0,0,L8C+2
0,1
DATA
BDR,12 ·12,7
X'E4CEOOOC'
DATA
X'E4+CEOOOC'
FAGE
-* ANLZll THReUGH ANLZ23 TEST NUMER8US PRE PHASE TER~S: FXS, S/RW,
** BRFH3, BRFH6, AND BRPH10. RE~ERENCE PHASE SEQUENCE CHARTS
* FXS • FASEL.PRE3.N8L7.NANLZ
A~LZl1
DATA
"12
ANL.Z'12 MEMeRY
I(
lS,7,3,SETPSw
I(
8,7,3,LeC+2
DATA
0
DATA
RETuRN+2
RETURN+2
\"S'12
RETURN+2
L.S'12
DATA
-1
DATA
-1
XFSD,O
RETURN
XPSD,O
RETURN
** ANLZ11 THR6UGH AN~Z23 TEST NuMEReUs PRE PHASE TER~SI PXS, S/RW,
-* BRFH3, BRPH6, AND BRPH10. REFERENCE PHASE SEQUENCE CHARTS
* PXS • FUEXU.PRE3,NANI..Z
* BRP10 .FUEXU.PRE3.NAN\.,Z
ANLZ12
DATA
"12
ANI..Z, 12 MEM8RY
I(
O,O,O,SETpSW
K
8'0,0'\.6C+2
DATA
0
MEM8RY
DATA
MEM8RY
EXU
MEM8RY
EXU
DATA
-1 .. -1
XPSD,O
RETURN
RETUqN
XPSD,O
PAGE
** ANLZ11 THReUGH ANLZ23 TEST NUMEROUS PRE PHASE TER~S: PXS, S/RW,
** BRPH31 BRPH6, AND BRPH10. REFERENCE PHASE SrQUENCE CHARTS
* PXS • FARWD.PRE3.NAI-.JLZ
DATA
ANI..Z13
"12
MEM6RV
AN~Z,12
K
O,O,O,SETPSW
I(
8,0,O,\.,6C+2
DATA
·1
DATA
Xl 41'
\olD, 12
X'''l'
wD,12
X'''l'
DATA
X'5A5ASA5A'
DATA
X'5A5A5ASA'
XPSD,O
RETURN
XPSO,O
RETURN
** ANLZ11 THQ8UGH ANL.Z23 TEST NUMER8US PRE PHASE TER~S: PXS, S/RW,
** eQpH3, BRPH6, AND BRPH10. REFERENCE P~ASE SEQUENCE CHARTS
* FXS • FAMDS.PRE3.NANLZ.NFAIM
* BRPH3 .FAMOS.PRE/J ... NBRPH5.NANLZ
ANLZ14
OATA
-12
ANLZ,12 MEMORY
K
O,O,O,SETPSw
I(
8,0,0,I..OC+2
DATA
0
BRANCH
DATA
BRANCH
""101,12
BRANCH
""101,12
DATA
X'5A5A5A5A'
DATA
X'5A5A5A5A'
XPSO,O
RETURN
XPSD,O
RETURN
XDS 901523
ABS
MEM
LINE
MEMORY MEMORY
PROT
NO.
ADDRESS CONTENTS
KEY
3739
3'4+0
374+1
374+2
374+3
37'+4
174t5
374t6
37 4t 7
374~
3749
375 0
37 5 1
3752
3753
3754
3755
3756
3757
37 5 e
3759
37 60
3761
37 6 2
3763
3764
3765
3766
3767
3768
3769
3770
37 71
3772
37 73
37 7 4
3775
3776
3777
3778
3779
37 8 0
37 8 1
37 8 2
3783
3784
3785
3'18f,
1787
3788
3789
37 9 0
3791
3792
3793
3794
3795
379(3797
3798
3799
3800
3801
3802
01
01
01
01
01
01
01
01
at
01
01
01
00D58
COD59
OODSA
00058
OODSC
00D5D
OODSE
00D5 F
OOD60
OOD61
00062
OOD63
FF"FF"FFF4t
4t4tCOO4t60
00000136
80000169
FFFFFC18
00000460
4t6DOO4t 6 0
4t6D004 6 0
5A5A5ASA
5ASASA5A
OFOOOl+64
OFOO0464t
OR
REl
0
R
A
A
A
A
OPERATION
COMMENTS
OPERAND
PAGE
** ,~NLZll THReUGH ANLl23 TEST NU MER6US
** BRp H3, BRN~6, AND BRPH10. REFERENCE
* S/RW ~ FUXW,PRE3,NANLZ
ANLZ15
DATA
·12
ANLZ,12 MEM6RY
t<
O,O,O,SETpSW
!(
8'0,0IL6C+2
DATA
-1000
DATA
MEM6RY
MEM6RY
XW'13
MEM6RY
XW'13
DATA
X'5A5A5A5A'
DATA
X'5ASA5A5A'
xPSD,O
RETURN
XPSD,O
RETURN
** ANl.Zll THR~UGH ANLZ23 TEST NUMERBUS
** B'< PH3, BRPH6, AND BRPH10. REFERENCE
* Sl Q~•• = FugAL,rRE3,~AN~Z
A"iLZ16
DATA
-12
ANI-Z,12 M[MBRY
t<
O,O,O,SETPSI-o
I(
S,OIOIL.6C+2
DATA
1000
DATA
BRANCH
BRA"JCH
BAL,13
BRA\JCH
BAL,13
DATA
X'5A5AfJA5A'
DATA
X'5A5A5A5A'
XPSD,O
RETURN
XPS/),Q
~ETURN
PAGE
*. A~LZ11 TH~~UGH ANLl23 TEST NUMlReus
*- SRPH 3, BRPH6, AND 8RPH10. REFERENCE
ANAI.YZE A 9IR THAT wILL BRANCH
** SIR\';
II FUBI R• PRE 3 • ~J ANL1
A"JLl17
DATA
-12
A"ILZ/12 MEMeRY
O,O,'J,SETpSw
K
8,O,O,LtlC+2
t<
DATA
-2
DATA
8~t.~C~
8RA\iCH
StR,12
BRANCH
BIR,l?
DATA
X'5A5A5A5A'
DATA
X'5A5A5A5A'
XPS:J,O
RETURN
XPS),O
RETURN
*- A"LZ11 THQeUGH ANLZ23 TEST NU~EReUS
gRPH3,
~RPH6, AND 3RPH10. REFERENCE
**
* A'.JAL. YlE A g I R THAT Ii II-I. NtH 8RAl\iCH
A~LZ18
DATA
-12
ANLZ,12 MEM6RY
O,O,O,SETPSw
K
I(
8,O,J'L6C+2
DATA
1
DATA
9RANCH
BIR,12
9~A~CH
BIR,12
BRANCH
DATA
X'5A5A5A5A'
DATA
X'5ASA5ASA'
XPSD,O
RETURN
xPSD,O
RETURN
PAGE
** ANLl11 THReUGH ANLZ23 TEST NUMER6US
** BRpH3, RRp H61 AND BRpHl0. REFERENCE
* BRPH3 • FUSF.PRE3'NA~LZ.023
DATA
ANL.Z19
-12
ANLZ,12 MEM6RV
I(
O,O,O,SETPSW
i(
8,O,OI1.6C+2
PRE' PHASE TER"1SI PXS, S/RW,
PHASE SEQUENCE CHARTS
r
pRE pHASE TER"1S: PXS, S/RW,
PHASE SrQUENCE CHARTS
!
01
01
01
01
01
01
01
01
01
01
01
01
01
00C64
00D65
00C66
00067
00068
00D69
OODoA
00068
00D6C
00C6D
OOD6E
OOD6F
Oorno
01 OOCll
01 oOD7?
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
OOC73
OOD14
00e75
OOC76
00D77
OOD!8
00D79
Oor)?A
OOC'7B
00D7e
OOD7D
aOD7E
OOD7F
00080
OOD~l
00D82
00083
00D84
00D85
00D86
00D87
FFFFFFF4t
4t4C00460
00000136
80000169
000003[8
000000 4 7
6ADOO047
6ADOO047
5A5ASA5A
5A5A51\5A
OFOC0464
OFOOO+1,4
A
A
A
A
FFFFFFr:,. A
4t4C0046Q
00000 136
80000169
r:r= FFFFFE A
00000:)47
65COOJ47
65COO047
5A5AS<\SA A
5A5AS<\~A <\
OFOOO4~4
OrOO0404+
FFFFFFF4 A
4t4COO400
00000136
8COOO169
0,']000001 A
0000001+7
65COO047
65COOJ 4 7
5ASASASA A
SA5A5ASA A
OFOOO,+64
0F'OO0464
3803
3804
3805
3806
3807
3808
3809
LABEL
i
G
01
01
01
01
00088
00D89
0008A
00D8B
FFFFFF~4
4,+COO,+60
00000136
800001tl9
A
PRE PHASE TER"iS: PxS, S/RW,
PHAS£ SEQUENCE CHARTS
PRE PHASE TER'1S: PXS, S/Rw,
PHASE SEQUENCE CHARTS
PRE PHASE TER~S: PXS, S/RW,
pHASE SEQUENCE CHARTS
4-57
XDS 901523
ABS
OR
MEM
MEMORY MEMORY REl
LINE
0
PROT ADDRESS
NO.
CONTENTS R
I
KEY
LABEL
OPERATION
OPERAND
COMMENTS
G
3110
1111
3812
3813
381_
3815
3816
3811
3818
3819
3820
3821
3822
3823
382_
3825
3826
3827
3828
3829
38 30
3831
3832
3833
3834
3835
3836
3137
3138
3839
38-0
3841
3842
38 43
3844
3845
3846
3847
38 4 8
38 49
38 5 0
38 5 1
385?
3853
3854
3855
3856
3851
3858
3859
38 6 0
38 6 1
3862
3863
3864
3865
3866
3867
3868
3869
38 70
3871
3872
387~
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
A
A
A
A
A
A
OFOOO~64
OFOO0464
FFF"F"FF"F"4
44C00460
00000136
COOOO169
000001 6 8
00000006
OEOOOOOC
oEOOOCOC
00000000
00000000
A
A
A
A
A
A
OFOOC4~4
OFOO0464
F"FFFFF"F4
44C004 6 0
00000136
AOOO01 6 9
FFFFFFFF
00011='1='1="F"
A5000jOC
A5000aoe
5A5A5A5A
5 A5A5A5A
OFOO04!:4
OFOO0464
01
01
01
01
01
01
01
01
01
01
01
01
OO'::AC
OOCAD
OOC'AE
OODAF
aODbO
FFFFFF"F"4 A
44C004 6 0
10000136
800C01 6 9
OOOOO():JO A
OOCOOJ 4 7
2AOOOJ 4 7
2AD008 4 7
OC'OOC()OO A
OOOOOJOO A
OFOO04f4
OFOOOl+64
OOC~l
00Db2
00cs 3
QOClj4
00Cl:35
008:;6
OOL~7
DATA
10C
DATA
X'171'
SF 113
X' 171'
SF,13
X'171'
DATA
X'SA5ASA5A'
DATA
X'5A5A5A5A'
XPSD,O
RETURN
XPSD,O
RETURN
*. ANLZ11 THR8UGH ANLZ23 TEST NUMER6US
*. BRPH3, ARPH6, AND BRPH10. REFERENCE
• BRPH3 • FAPSD.PRE3.NANLZ.N61
DATA
ANLZ20
"12
ANL.ZI12 MEM6RY
K
O,O,O,SETPSW
12,OIO,L,8C+2
K
DATA
LeC+1
DATA
6
L,PSO,O
12
LPSD,O
12
DATA
0
DATA
0
xPSo,o
RETURN
XPSD,o
RETURN
pAGE
ANLZll THReUG~ ANLZ23 TEST NUMER6US
•• BRPH3, BRPH6, NAND BRPH10. REFERENCE
* pxs • FAMD5. FAIM.PRE3.NANLZ
OATA
ANLlcl
-12
ANLZ,12 MEM6RY
K
O,O,0/5ETP5W
K
1010,o,L6C+2
DATA
-1
DATA
X'lFF"FF'
S,13
*12
5113
*12
DATA
X'SA5A5A5A'
DATA
X'5A5A5A5A'
RETURN
xP5D,o
xPSO,O
RETURN
** A~~Z11 THReUGH ANLZ23 TEST NU~EReus
** BRPH3, 8RPH6, AND BRPH10. REFERENCE
* SRpH6 • FAST/M.pRE3tN6UO.NANLZ
A"JLZ22
DATA
"12
AN LZ,12 MEMBRy
1,O,O,SETPSW
K
K
8,C'O,L6C+Z
DATA
0
BRANCH
DATA
B~AI\jCH
I.M,13
!3RA:-';CH
LM,13
DATA
0,0
*.
OODAO
::>ODAl
00DA2
00DA3
OODA4
OODAS
00DA6
00DA7
00DA8
OOCA9
OODAA
OOCAB
A
A
A
A
A
A
A
PRE PHASE TER~S: PXS, S/RW,
PHASE SEQUENCE CHARTS
PRE PHASE TER~S: PXS, S/RW,
PHASE SEQUENCE CHARTS
PRE PHASE TER~S: PXS, S/RW,
P~ASE SEQUENCE CHARTS
RETURN
RETURN
XP5D,O
XPSD,O
PAGE
*. ANLZ11 THRBUGH ANLZ23 TEST NUME R6US PRE PHASE TER~S: PXS, S/RW,
** BRPH3, BRPH6, AND BRPH10. REFERENCE PHASE SEQUENCE CHARTS
* PX5 • FUWAIT.PRE3.~ANLZ
01
01
01
01
01
01
01
01
01
3875
3876
01
01
01
4-58
00D94
0009S
00D96
00097
00098
00D99
0009A
00D96
OOD9C
00D90
OOD9E
0009F"
00000064
00000111
24000177
24000111
5A5A5A5A
5A5A5A5A
01
01
01
01
01
01
01
01
01
01
01
01
3874
3877
OODBC
00080
00D8E
00D8F
00090
00D91
00D92
00D93
OOD(')8
00D39
OODBA
FFFFFFF"4 A
4,+CC0460
73300136
OOD~B
833001~9
OOGBC
00000000 A
00000(:64 A
2(000064 A
2EOOO064 A
rFFFFrF F" A
OOD~D
OOD~E
OOD!3F
oooco
00DC1
COSC2
00 ~;( '3
~~~~n-~F
Of:"'JOO 4
O~O()Q
ANLZ23
DATA
ANLZ,12
K
K
DATA
WAlT
WAIT
DAT~
-12
MEM6RY
7,3,3,SETP5W
8,3,3, Lec..,2
0,100
100
100
-1,-1
A
XP5D,O
xPSD,o
64
'.64
*
RETURN
RETl.'RN
BRPRE4 • (LI+LCFI,.PREL1.NANL,Z.NCO
XDS 901523
ASS
LINE MEM MEMORY MEMORY R~
NO. P:~: ADDRESS CONTENTS ~
LABEL
OPERATION
A\lLZ24
DAr.
ANL.Z,12
OPERAND
COMMENTS
G
3871\
01 00::C4
3879
01 00DC5
3880
38 8 1
01 00~C6
01 CO~C7
01 OQC:(8
01 CCSC9
01 OODC.A
01 OO~:CB
3882
3883
3884
3885
FFFFFn' 8 A
44COO,+60
07300136
973001A9
00000:;(,1 A.
02300JFF A
023000 FI=' A
**
**
3888
3889
3890
3891
389~
3896
3897
01
Oor;cc
~Fr:FI='FF8
3898
3900
3901
01 OO['(C
01 Oo[.'CE
01 OOCieF
01 OOC'~O
31(00460
F7300136
A7300169
3902
01 00en1
3903
3904
3905
3906
3907
3908
3909
3910
3911
3912
3913
3914
3915
3916
3917
3918
3919
3920
3921
3922
3923
3924
3925
3926
3927
3928
3929
3930
3931
3932
3933
01 00DD2
01 ooee3
3935
3936
3937
3938
3939
01 COD:'4
01 00DD5
01 00C:'6
01 00[):J7
o1
OOC'~'8
01 00D:;9
01 OOSC'A
A
4000008~
A
A
BFFFFrF F A
BFI='~n ~ F A
40000-:,00
FF'F'Fn-F 8
31Cc)S460
0730Ct36
57300169
A
FFFFn FE A
I='FFFl='rr;E A.
01 000:,8
7F'FFFFFF ...
71='FFFn F A
01 OOD:;C
01 OODeD
01 OO[)~E
01 OODDF
FFFFFFFc A
31C004 6 0
F7300136
873001 6 9
01
01
01
01
01
01
01
01
FFFFFFF8
51 C00 46 0
F 73 001 3 6
e7300169
FFFF8000
FFFFBoOO
8000F739
8000F739
OODEO
OODU
00DE.2
000t.3
00D£4
00Dt. 5
OOS'l6
OODc. 7
A
A
A
A
A
01 00DE8
01 00D[9
01 OODEA
01 OODEB
01 OODEC
01 OODED
01 OODEE
01 OODf.F
FFF'FF'FF8 A
01 OOCFO
01 OODF'l
01 008~2
01 00')1='3
FFFFFFF8
51COO .. 60
07300136
27300169
01
01
01
01
~2008200 A
4+2008200 A
711'+0200 A
71140200 A
51CEO'+~0
77300136
47300169
00007F32
00007F"32
123E?F32
123E7F32
A
A
A
A
39~O
3941
39~2
3943
3944
3945
3946
39-7
39-~
00DI='4
00DF5
00CF6
00CI='7
A
DATA
DATA
LCFt ,3
L.CFI,3
PAGE
C~NDITIBN ceDE
CC2 CC3 CC'+
•
0
0
•
0
1
-8
M[MBRY
O,7,3,SETPSItJ
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X'42008200'
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NO.
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J,.,
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3953
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3955
3956
3957
3958
3959
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3966
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3969
3970
3971
3972
3973
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3976
3977
3978
3979
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39 8 2
3983
3984
3985
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3987
3988
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3990
3991
3992
3993
3994
3995
3996
3997
3998
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4000
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4052
4053
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4055
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KEY
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40 9 5
40 9 6
40 9 7
40 9 8
40 9 9
4100
4101
4102
4103
4104
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4110
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4113
4114
4115
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4121
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0 73 00136
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01
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01
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OPERATION
DATA
** R < EIo.
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CS'12
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DATA
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LABEL
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411>2
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20C70JQO A
773001C8
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AI,12
AI02
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7,7,3"FxpesW
8,7,3,L8C+2
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DATA
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AI,12
BVTE 0
AH
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AI,12
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X'7FF'FDCBB'
X'7FFFFFFF'
X'2345234'"
X'2345234",
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,
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O,7,2'FXPBSW
14,7,2,L6C+2
X'80000000'
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X'7FFFFFFF'
X'7FFFFFFF"'
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12
2,7,3,FXpeS\tl
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X'7FFF8001'
X'80000000'
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AI
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8,7,3,L6C+2
X'FFFFFB02'
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12
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X'123457'
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X', 70000'
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X.' 80070000'
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X'80000'
l,7,3,FXP6SW
1 .. ,7,3,FPBRET+1
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X'7FF80000'
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l,7,3,RI9NAB
9,7,3,NA6RET+1
K
173001~9
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800700:30 A
Fr:FFFFFA A
20C80000 A
173001C8
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8COOOX'0 A
71'='F80')00 A
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1 73 00t AD
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DATA
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DATA
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AHI12
COMMENTS
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OPERATION
AI
AI
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XDS 901523
ASS
OR
LINE MEM MEMORY MEMORY REl
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NO. P:~T ADDRESS CONTENTS R
LABEL
COMMENTS
OPERAND
OPERATION
I
G
44'+6
",.4+7
4,.4+8
4,.411
445c
44 5 1
445?
44 5 3
4454
4455
4456
4457
44Ss<
44+59
446C
44+61
446?
446~
01
01
01
01
01
01
01
01
01
01
OOFdE
OOF'·jF
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001="(1
oorC 2
oore3
00re4
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OOFe 7
01 aO-FC8
01 00r(;9
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01 cOFee
01 oorCD
01 OOFC.E
01 ooreF
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00000000
FFFFFFFF
OOOOO:)CO
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n·-FFFFF4
10C20462
2 7 3001(8
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DATA
DATA
DATA
A
A
A
A
DATA
DATA
DATA
DATA
AD,12
A
.0\
A
r(
~
A
DATA
DATA
DATA
DATA
:JATA
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DA TA
t>.
A
A
A
A
A
A
DATA
o
o
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o
1
1
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X'80000000'
o
"1
o
1
1
DATA
L_
01 oor:JO
4466
44+67
4468
4469
44 7 0
01 OOF)1
01 OCF)2
01 00FJ3
90C004~A
AD/12
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I(
876543?1 A
llt,l,2,Lec .. 2
01
oa F :';4
172001(8
£7200169
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01
01
01
01
01
01
00F)5
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DATA
XI 87654321'
X'7FFFFr:FF'
X1 F"89ABCDE'
X'F89A9CDE'
X'OFEDCBA9'
4471
4472
4473
44'4
4475
4 .. 7~
4477
44 7 8
4479
4480
4481
4482
4483
44 8 4
4485
41+86
4487
4488
4489
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OQF::9
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01 JOr)B
01 OOF:;C
01 OOFJD
01 OOF:..;E
01 OOF)F
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01 JJFU
01 OOFl2
01 OOFi.3
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01 OOFl5
01 nnHb
01 OOF~7
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1="8'3ABC:)E A
0F'EDCSA9 A
FFF"FFFFF A
F0123l+56 A
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4493
4494
4495
4496
01
01
01
01
01
01
01
01
01
01
01
01
OCFE.8
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1\
450~
4504
X'F0123456'
X'r:0123456'
PAGE
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AD, t2
t1EMc;RY + 1
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lS,7,3,FXPBSl-.'
A
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DATA
1,7,3'L6C+2
F5D02C~A
A
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'2SA9~B5 A
F'65219AC A
2F"A47r)20 A
~ATA
DATA
A
i)ATA
OATA
39526374 A
DATA
3952637~
FFFFFFF4 A
lOCOO4t60
07300136
27 3 001 6 9
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00000000 A
00000000 A
00000000 A
40000000 A
80000COC A
40000200 A
40000000 A
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AD
TRAP
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X'83759624t'
X'F~D02CDA'
X:725A9665;
X'725A96B5'
X'F65219AC'
X'2FA47D20'
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CHECK THAT eVERFLew BF ~S~ DeEs NeT CAUSE AN
DATA
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DATA
173001~9
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K
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2,7/ 3 ,LBC.2
DATA
0/0/0,O'X'~0000000'/X'80000000'
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PAGE
4499
"503
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*IA
l,7,2,F"xpesw
F73001(8
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4501
ADOIt
18C00 46 1
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4500
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DATA
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F0123 .. 56 A
4490
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PAGE
4464
I.
AD
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2,7,3,F'XPBSW
5,7,3,FPBRET+l
X'7FFF'FF'F'F'
01
01
01
01
01
01
01
01
01
01
01
COFF4
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1CC00460
07300136
27300169
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A
** CHECK K15. PR16.31.K31, K19. pR20-31.K31,
** K27 • PR2831.K31
A006
DATA
AD,12
K
<
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DATA
X'80000000',O,X,80000000'/X'80000000'
A.
A
A
A
A
4-67
XDS 901523
ABS
MEM MEMORY MEMORY
LINE
PROT ADDRESS CONTENTS
NO.
KEY
01 OOF"FF
4506
4507
4508
4509
4510
4511
4512
4513
4514
4515
4516
4517
4518
4519
4520
4521
4522
4523
4524
4525
4526
4527
4528
4529
453C
4531
4532
"533
4534
"53~
4536
4537
4538
4539
45 4 e
4541
454?
4543
4544
4545
4546
4547
4548
4549
45 5 0
4551
4552
4553
4554
4555
4556
4557
4558
4559
4560
4561
4562
4563
4564
4565
4566
4567
"56!
4-68
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
oi
01
01
01
01
01
01
01
01
01
01
01
01000
010':)1
273001CB
57300084
2375694B
2375694B
7235641C
95AACD67
F"FFFFFF"8
66C26DEB
F73001C8
A7300169
F32196 7 5
F'3219675
691ABCDE
5C:3C5353
FFFFFFF"S
E6C0045A
773001(8
Cl@09
OlOOA
01008
OlOOC
0100D
010aE
01eoF
clO10
01011
01012
01013
01014
01815
C1016
01017
01018
01019
0101A
01018
01C1 C
0101D
alalE
QIC1F
01020
01021
01C22
01023
01024
01025
01c2 6
0102 7
01028
01029
0102 A
01028
0102C
01c2D
01C2E
0102F
:)i030
el031
01032
01C33
01C34
01035
01036
01037
01038
01C39
0103A
01038
01 01 3C
01 C1 3D
01 01 3E
A
A
A
A
A
A
A
A
.A.
A
87300169
OCOOOC07 A
oeoooo07 A
FFFFFFF9 A
00000000 A
FFFF'FFF4 A
E6CEOl+5A
FOOOO136
200001 6 9
00000007 A
00000007 A
000004"0
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FF FFFFFF A
OCOOO~01
A,
00000008
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CHECK THAT AWM GENERATES PReBEeVER Te CHECK ~eR
A TRAP
A:.IM01
AwM e~ TRAP
DATA
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AWM,12
MEf"I6RY
K
2,7,3,FXpeSW
5,7,3,F"peRET+l
K
DATA
X'2375694B'
DATA
X'2375694B'
CATA
X'7235641C'
DATA
X'95AACD67'
AWM X
AWM02
DATA
-8
AWM,12
ME MeRV-x'19675',l
K
15,7,3,FXP6SW
I(
10,7,3,L.6C+2
DATA
X'F3219675'
DATA
X'F'3219675'
DATA
X'691ABCOE'
X'5C3C5353'
DATA
DATA
AWMo3
-8
AWM *
AWM,12
*IA
K
7,7,3'FXP6SW
K
8,7/3, UK.2
DATA
7
DATA
7
DATA
-7
DATA
PAGE
** AWM WITH III AND I A
DATA
AWM04
-12
AWM,12
*IA,7
I(
15,0,O,SETPSW
K
2'0,O'L.6C+2
DATA
7,7,MEM6Ry,MEM6RY'-1'·1,1,8
SHOl
FFFF~FF8
SH02
~Fr:FOOOO
FFFFFFF 4
18C00460
07300136
A
PAGE
DATA
SH/12
K
!(
DATA
DATA
DATA
DATA
DATA
SH,12
K
K
A
A
A
A
A
SH03
DATA
DATA
DATA
DATA
DATA
SH,12
I(
K
A
A
A
A
A
8VER~~BW A~O
°
FF FFFFF 8 A
58C004f..o
072001C8
E72001 69
8C003946 A
7FFF~FFF A
3 9 47F2 6 1 A
3947F2 6 1 A
58CE04 6 0
773001CS
573000 8 4
7FTFe375
80002£334
7FF'F8841
7Fr:F8841
FFF'F'FFF 8
D8CE045A
07300136
87300169
00000000
00000000
FFFFOOOO
COMMENTS
OPERAND
OPERATION
G
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66COO4+60
Cl~C2
LABEL
I
80000000 P.
01003
01004
Clo05
01006
01007
01008
OR
REl
0
R
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DATA
DATA
DATA
DATA
PAGE
DATA
50,12
I(
-8
5101
-8
SH
X
SH
*)(
MEM6RY
0,7,2,Fxpesw
14,7,Z,L.6C+2
X'80003946.
X'7FFF'FFF'F'
X'3947F261'
X'3947F261'
MEM6RY,7
7,7,3,FXPOSW
5,7,3,F'P6RE"T+l
X'7FfFB375'
X'80002B34'
X'7F~F8841t
X'7FFF8841'
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0,7,3,SETPSW
8,7,3,L.BC+2
0
0
XtFFFF'OOOO'
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MEM6RY
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SO
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CAUSE
XDS 901523
ABS
LINE MEM MEMORY MEMORY
NO. P:g,T ADDRESS CONTENTS
.569
57
".~710
4572
45 7 3
4574
4575
45 7 6
4577
4578
4579
4580
4581
4582
4583
4584
4585
4586
4587
4588
4589
4590
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
C1G3F
010 4 0
OtC41
010 4 2
01e 4 3
01C44
01C45
01C46
01C4 7
01C48
01C49
01C4"
0184+8
01C4C
01C'ltD
01C4E
0104F
010:-'0
010:,1
[:1(-:;;2
01('03
17300169
37562981
FF'FFF'FFF
37562981
37562981
854BA76C
FFFFFFFF
854BA76D
854BA76D
F'FFFFFF4
9PC0045A
173001C8
46C3
4604
460S
4606
4607
4608
4609
4610
4611
4612
4613
4614
4615
4616
4617
4618
4619
46 2 0
4621
46 2 2
4623
4624
4625
4626
4627
4628
4629
A7300169
01
01
01
01
01
01
01
12345678
orjOOOCCC
12345678
12345678
9ABCDE F 1
OCOCOJCl
9A8CDE F0
gAeCDEF"r
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01
01:~E
01~:,F
A
A
A
A
l,7,3/FXPf)S~
DATA
A
DATA
"
DATA
DATA
DATA
DATA
DATA
o
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DATA
PAGE
DATA
sD/12
1
A
A
A,
SD03
j(
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DATA
DATA
DATA
DATA
DATA
A
A
II
A
A
A
,.
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DATA
A
A
F'730C1C8
57300:;84
I(
01
01
01
01
198436,AB A
F54ABF33 A
84397777 A
84397777 A
DATA
01 0106 8
E319C566 /'.
"'AT ..
01 01069
01 0106A
01 010 6 8
E(878211 A
Ff..9213S5 A
F6921355 A
01
01
01
01
01
01
01
01
01
01
FFFFFFF6
25COOolF
F7300136
773001 6 9
00000001
80000')00
FF'FFFFrr:
FF FFFFH'
FFFFFFFF
01
01
01
01
01
01
01
01
01
01
OlebE
01CbF
01C70
01871
01C72
01073
010H
01075
F'F'FF'F~FF
j(
A
A
A
A
T~AP
6F
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1
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X
ME~BRY.X'ACFO"l
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10,7,3,LBC+2
X'1234S678'
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x'12345678 1
X'123456 7 8'
X'9ABCDE F 1'
1
X'9ABCD£FO'
X' 9 ABC::J!:.FO i
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SD
Me
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X;798'+.1648'
X1 Fo4AaF33'
X'84397777'
X' 84397777'
LJI"\'~
DATA
X'EC878211'
DATA
X'F6 9 2p S 5'
DATA
X'F6921355'
PAGE
** LEIGICAL SHIFT LEFT eF' 31. CHECKS THAT A~L SET AND RESET INPUTS
** rXCEPT I NG BIT o AND 31 W6RK PRf)PERLY
SOOl
DATA
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5/12.
31
15,7,3,SETPSw
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7/7/3,LBC+2
DATA
l,X'80000000'1·1,.l,.1,.1
A.
A
A
FFFnTF6 A
01C7B
A
A
A
A
A
:187C
0107D
0107E
0107F
DATA
DATA
DATA
BF
A
01076
01e77
01078
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01ClA
25C00408 A
80000136
'+0000169
C3A53C5A
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14,7,3,FPf)R£T+l
X'80000000'
X'7FFFFFFF'
01 01063
01c6C
01C6D
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X'854BA76D'
X'854BA76D'
K
DATA
SD/l?
01C64
01C65
01066
01267
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X'37 56 2 98 1'
X'37562 98 1'
X'c.5I+BA76C'
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P~C00461
01 01060
01 01061
01 01C62
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X'375629 8 1'
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OCOOC:)Cl A
5'13001C8
01058
0105C
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01 01(;06
01c..~A
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COMMENTS
OPERAND
OPERATION
DATA
DATA
DATA
DATA
DATA
CA T/I
DATA
DATA
CAT A
SD/12
A
A
A
O()O\)O'J~l
01 01057
01058
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LABEL
A
A
1 F.C3577c
,...,4 ......
R
I
G
FFFFFF~F
FHFFFF4
""",4
4593
4594
4595
4596
4597
4598
4599
4600
4601
4602
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7FFFH FF
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00000000
0('000(,00
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B,O/O,SETPSw
4/0,O,L6C ... 2
X'C3A53CSA',X,A53C5AOO'10/0/-l/-1
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CHECK B REG INPUTS, SHIFT eF' 33 BITS
4-69
XDS 901523
MEM
LINE
MEMORY MEMORY
PROT
NO.
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KEY
~'lO
4631
1t63~
1t633
4634
4635
1t636
4637
4+638
4+639
4+64+0
46 4 1
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461+3
4644
4+64S
4'~6
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1+649
1+ 65 0
4651
1+652
1+6 5 3
46 5 4
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4656
1+657
1+658
1+659
1+660
1t661
1+662
1+663
4664
1+665
4666
1+661
1t668
4669
1t670
4-70
01
01
01
01
01
01
01
01
01
01
010~0
010 8 1
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01eB3
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01G85
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01::87
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01C89
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2 5 COO121
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000001 6 9
OOOOOOCIO
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00000000 A
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01091
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01093
F'FF'FF'FF6
25C0010C
07300116
C7300169
B5C3SA3C
35A3C3CA
00000000
00000000
3CASC35A
5C35AOOO
01
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01094
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01096
01C97
01098
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0109C
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25C00210
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40000169
3CA5C35A
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00000000
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01
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01
01
01c9E
0109F
010AO
010Al
010A2
010A3
010AI+
010A5
010A6
010A7
FFFFFFF6
25000210
00000136
400001 6 9
ASA5C3C3
A5A5C3C3
FFFFFFFF
FFF'FF'F'F'F
C53AA3C5
A3C5C53A
A
A
01
01
01
01
01
01
01
01
01
01
010A8
010A9
010AA
010A8
010AC
010AO
010AE
010AF
010BO
010Bl
F'FF'FF'FF6
2 5 C00320
F'13001 3 6
773001 6 9
EOB77BOE
A53C5AC3
00000000
00000000
A53C5AC3
EOB77BDE
01
01
01
01
01
01
01
01
01
01
01C92
010B3
010B4
010B5
0106 6
01087
010S!
01089
010BA
010B6
FFF'FFFF6
25C0033F
0 73 00136
473001 6 9
5A5ASA5A
202021")2D
00000000
00000000
5A5A5A.SA
2D202D?D
01 010SC
OPERAND
OPERATION
DATA
SI1?
I<
I<
01
01
01
01
01
01
01
01
01
01
01~8E
LABEL
COMMENTS
I
G
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
DATA
-10
x' 121'
12,0,0/SETPSW
0/O,0/LBC+2
0,2/-1/-1,1,0
PAGE
** LeGICAL SHIFT LEFT OBUBLE. PARITY BOD. SHIFT BF' 12 BITS
DATA
5004
-10
5112
X' 10C'
0/7/3,SETP5W
K
i(
12,7,3,LBC+2
DATA
X'B5C35A3C',X.3SA3C3CA',0,0,X'3CA5C35A',X I 5C35AOOO'
** CYCLICAL SHIFT LEFT SINGLEt SHIFT 16 BITS
DATA
5005
-10
S,l?
X'210'
I<
O,O,O,SETPSW
I(
4,O,0,LBC+2
DATA
X'3CA5C35AI,X,C35A3CA5',0,0,X'FFFF",XIFFFF'
** CyCLICAL SHIFT LEFT SINGL.E. eOO REGISTER. SHIFT 16 BITS
DATA
5006
-10
5113
X'210'
o,O,O,SETPSW
K
I(
DATA
A
4,O/0/LBC+2
X,A5A5C3C3 1 ,X.A5A5C3C3',·1,·1,X.C53AA3C5.,X.A3C5C53A'
A
A
A
A
A
•A
PAGE
** CYCL.ICAL I..EFT SHIFT oaUBLE. SWAP R WITH RU1 (32 BIT SHIFT)
DATA
5007
·10
5,12
X.320'
15,7,3,SETPSW
K
I(
A
A
A
A
A
A
fa
~
A
A
A
DATA
7,7,3/L,BC+2
X'E0877BOE.,X.A53 C5AC3',O,O,X.AS3C5AC3"X'EDB77BOE'
** CYCL.ICAL LEFT SHIFT DaUBL.E. SHIF'T 6F MAX ceUNT (E~JIVALENT T6 SHIFT
** RIGHT CYCLICAL BY 1 BIT)
DATA
5008
-10
SI12
X'33F'
I(
0,7,3,SETPSW
4,7,3,L6C.2
K
X'5A5A5A5A',X.2D20202o·,O,0,XI5A5ASA5A"X.2D2D2D2ol
DATA
A
A
A
FFF'FFF'F'6 A
PAGE
l,.8GICAL SHIFT RIGHT. eDD REGISTER. TEST SET 6F aDD BITS. SHIFT 6F 31
DAU
5009
·10
*.
XDS 901523
LINE MEM MEMORY MEMORY
NO. P:g,T ADDRESS CONTENTS
ABS
OR
REL
o
R
LABEL
COMMENTS
OPERAND
OPERATION
I
G
46 7 t
.67~
4t673
4t674
4675
46 7 6
4t677
4t678
46 7 9
468e
01 01C3D
01 010SE
01 0103F
ot 010CO
01 010Cl
01 010(2
01 010C3
01 01eC4
01 01eC5
01
01
01
01
01
01
010C6
cl0C7
010e8
010(9
oleCA
010(8
25DOO::;61
.A
37300169
00000000
ocoooooo
00000200
00000']00
130000000
OOOOOCOl
I(
I(
A
A
A
A
A
FFFFFFF"A A
25C00062 A
00000136
00000169
80000000 A
OCOOOO~2 A.
01 :::l:)CC
F'FF"~FFF"A
.. 603
Oi
C; 1 ~:CD
4684
01
01
01
01
010CE
01,:CF
01CJO
01Cc)1
25COO.,7 ..
OC0001 3 6
00000169
A5A5A:;A5 A
4688
4689
4690
4691
4692
4691
469~
4696
4697
469~
4699
A
A
*.
L~GICAL 5~IFT
SOlO
*.
peSITIe~S.
SHIFT SF' 30
X'62'
O,O,O,S[TPSW
O,O,O,LeC+2
X'80000000',2
x'~7
B~ES.
SHIF'T BF 12 BITS
.. '
SETPSW,LBC+2,x'A5 A5A5A5"X'FFF A5 A5A.
A
~AG~
010)2
(:lCJ3
C 1 0'';4
21C)5
01 ::lC:::6
01 Cl0:7
01 :1::;~
01 01CJ9
01 01e:';A
01
01
01
C1
FF"FFFFF 6 A
2SCOOSc;E A
00080136
00000169
0~OJC:C5
OC'JOO::'7
.l.
A
Clc::e
Cl
C1
:1~..,::
FFFFFFF6
/l.
/I
Cl~"'ID
2~e'J05~1
01 Jl:;;E
0:0001"36
C1
01~'J
:)':::00169
01 OLEC
01 ::1:E.1
01 'Jl:E.2
C3(3(3[3
Cl:~'·
01 :: 11:l:.5
01 )1~:'6
01 'J 1 Ct 7
01
01
01
01
SOli?
01
01
01
01
01
01
.\
~rrFFFFA
\
25(002 7 ] :.
C1:.:;.. 9
O~r::Q01~9
Q1JE.A
C1Cle
A'JASA')AS
t.
2C2Di?;2~
A.
01 ::;1C'~?
01 Cl~1="3
01 C1C1="4
01 01e r 5
01 C10F 6
01 Cl0~7
01 o lOr: 8
01 01C~9
REG.
S~IFT
-1C
X'55E'
DATA.
SETPs~,~eC+2'5'O,7,7'O,1
eF 34 BITS
*.
ARITH SHIFT
RI3~T,
FILL
~ITH B~ES,
DBUBLE REG. SHIFT SF 31 31T5
S~13
Sd2
;('561'
~ATA
X'~7878787'
:ATA
Sd2
-6
SETPS~ILBC+2'XIC3C3C3C31'.l,O,O,X'80005AC31
h
F"FFFFFF"F A
OCOOO::':'~ .\
OCOOO:;\:':: A
8:;1'105,,[3 \
87l1,787n .\
O~000136
a1Sle
01JE..E
01CEF
01:,FO
01:,-1
Sd2
~ATA
Cl'JE8
~lC;EC
JATA
~BUBLE
REG BITS
~
A
01
::lCt.~1
*. CHECKS SET BF eDr.
O::JOOC:;SO A
OO()OC';::7 A.
O::JOCC:;~C
OO~OO:;~l
4701
4705
4706
4707
470B
RIGHT. T[ST SET 6F EVEN BIT
-6
ARITH SHIFT RIGHT, FILL WITH
5011
CATA
-6
** CIRCULA~ ~r3HT S~IFT SINGLE REG,
SJ14
~ATA
47CO
470?
4t703
4704
DATA
S,12
K
K
DATA
** ARITH SHIFT RIGHT, FILL wITH lERBES,
01
01
46 9 S
FFFA5<\~A.
CATA
A,
46 8 1
4682
4685
4686
4687
XI61'
15,7,3,SETPSw
3,7,3'LeC+2
O,O,O,O,XIROOoOOOOI,l
Sd3
1=' 73 00136
F"I='I='FFF1="A A
25(002 7 3 A
00000136
**
PAGE
QIGHT
DATA
S,l?
DATA
cr~CULA~
5015
13 BITS
X'?71'
SETPSw,LBC+Z'X'A5A5ASA5',XI2D2DZD2J,
SHIFT
SI~GLE
REGISTER.
13 BITS
-6
X'273'
SETPSw,LBC+2,x'5A5A5A5A',X'D2DZD2D2 1
00000169
5A5A5A5A A
D2~?D2;.)2
A
FFF'F"FJ:;6
25COC3 7 3
00000136
00000169
CA35CA35
2C2E51 AE
00000:00
,.
•
OOJOO,~OC
A
A
A
,.
•• CIRCULAR RIGHT
5016
DATA
S,12
DATA
SHIFT DeUBLE REGISTER
13 BITS
-10
XI373'
SETPSW,LBC.2,x'CA35CA3S',XI2D2E51AE',o,0
XDS 901523
ABS
OR
MEM
LINE
MEMORY MEMORY REl
0
PROT
NO.
ADDRESS CONTENTS R
KEY
I
LABEL
OPERATION
COMMENTS
OPERAND
G
",09
"'10
1t711
4712
1t713
4714
1t715
4716
4717
1t718
1t719
4720
4721
4722
4723
4'24
4,25
4126
4727
4728
1t729
4730
4731
4732
1t733
1t734
4735
4736
4137
4+13B
4139
4+ 74 0
4+7 4 1
4142
474 3
4+744
4745
4746
4+747
1t748
4+7 49
47 5 0
475 1
4752
4753
.. 754
_,55
_,56
4-72
01 OlaF A
01 010F8
01
01
01
01
01
01
01
01
01
01
Cl0FC
010FD
010FE
010FF
01100
01101
0110 2
01103
0110 4
01105
A5A5A5A5 A
51AD21")?D A
FFFFFFF6
25C003'3
000001 3 6
00000169
5C3A35AC
D2D2E1Dl
OOOOOCOO
00000000
5A5A5A5A
AD6202D2
A
A
DATA
••
CIRCULAR RIGHT SHIFT D6UBLE REGISTER. 13 BITS
5017
DATA
-10
5,12
X'373'
DATA
SETP5W,~eC+2'X'5C3A35AC',x'02D2El01"O,O
A
A
A
A
DATA
A
A
01
01
01
01
01
01
01
01
01
01
01106
0110 7
0110 8
0110 9
0110A
0110 8
0110e
01100
0110E
0110F
F"FF"F"FFF6
A5D004 60
000001 36
00000169
FFFF"F'FFF'
FFF"F"F"FFF
00000340
00000340
00000001
00000001
A
01
01
01
01
01
01
01
01
01110
01111
01112
01113
01114
01115
01116
01117
F"FFF"FFF8
25C2F"FCF
00000136
00000169
00000430
00000218
OOOFF"F4+F
OOOF"n"ltF'
A
01
01
01
01
01
01
01
01
01118
01119
0111A
01118
0111C
01110
OlllE
0111F
FFF'F"FFF8 A
A5eEOOOC A
00000136
00000169
0000047F' A
0000047F A
00000001 A
00000001 A
PAGE
CIRCULAR RIGHT
DATA
5018
5,13
DATA
••
01
01
01
01
01
01120
01121
01122
01123
0112 4
01125
01126
0112 7
01128
01129
0112A
01126
01l2 C
0112D
0112E
0112F"
01130
01131
01132
01133
01t34
01135
0113 6
01137
01138
FFFFFFF A
25C00401
0 73 OO1C8
4 73 001 69
55555555
AAAAAAAA
FFF'FFFFA
2 5 COO4+01
373001C8
F73 OO1 6 9
AAAAAAAA
55555554
F'FF'F"FFFA
25C00404+
373001C8
7 73 001 69
F'OF"OF"oFO
OF'OF"OFOO
FF'F"F"F'FFA
2 5C 00404
F'73001C8
77 3001 6 9
OFOF'OFOF
F'OF'OF'OFO
FFF'FFFFA
X'5A5A5A5A',X,A062D202'
SHIFT' IA. 600 REG. MAX SHIF'T CeUNT eF 64
-10
.MEM6RY
SETPSw,~6e+2'-1'-1'X'340"X'340"l'1
A
A
A
A
A
A
A
•• AR ITH RIGHT SHIFT, INDEXING. SHIFT eF" 1
DATA
-8
5019
S,12
X'F"F"CF',l
DATA
SETPSW,~6C+2
A
A
A
A
DATA
A
A
••••
501
A
A
A
A
A
A
A
A
S02
503
PAGE
THE REMAINING SHIF"T TESTS ARE REDUNDANT BUT MAY AID IN UNceVERING
PATTERN SENSITIVE F"AILURE M6DES
SF SLl ALT l'S + 0'5
DATA
ALS 1
-6
SI12
o INTS A31
X'401'
K
O,7,3,FxPesw
eVr 01
K
4,7,3'1..6C+2
DATA
X'55555550'
DATA
X'AAAAAAAA'
DATA
AL.5 1
-6
Sl12
XI4nl'
i(
3,7,3'FXPBSW
K
15,7'3,~6C+2
DATA
DATA
DATA
S,12
XIAAAAAAAA'
X'S5555554'
-6
X'1t04'
3,1,3'F'XP6SW
7,7,3'L.eC+2
X'F"OF'OF'OF'O,
X'OF'OFOF'OO'
-6
X'404'
15,7,3,FXP6SIoJ
7,7,3,L6C+2
X'OF'OF"OFOF',
X'FOF'OF"OFO'
-6
K
K
A
A
A
A
504+
DATA
DATA
DATA
S,l?
i(
I('
.A
A
A
X'430',X'218',X'FFF4F·,X'F"FF"ltF"'
•• AR ITH LEFT SHIF"T. IA AND IX. SHIFT eF' 0
DATA
-8
5020
S,12
·12,7
DATA
SETPSW,L6C+2,X'lt7F',X'41F"',l,l
••••
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
X'A5A5A5A5',X,51AD2020'
505
DATA
DATA
DATA
ALS 4+
PARITY 1111
6vF' 10
5L~
ALT 1,5 + O,S
ALS 4
PARITY 0000
ALS
0
SUIF"T 0
XDS 901523
ABS
OR
MEM
MEMORY MEMORY REl
0
PROT
NO.
ADDRESS CONTENTS R
I
KEY
LINE
LABEL
COMMENTS
OPERAND
OPERATION
G
.. .,5;
.. 758
.. ,59
476r,
47 6 1
476?
4763
4764
476~
476(:4767
4768
4769
47 7 0
4771
4772
4773
4774
47;5
4776
4777
4778
47 7 9
47 8 c
4781
478?
4783
4784+
.785
-186
-787
01
01
01
01
01
01139
01138
0113 C
25C0040C ~.
;:7300136
3 7 300169
4COOO:)CO A
~113D
ltCOOOOCO
A
01
01
01
01
01
01
0113E
Cl13F
01140
e1141
:1142
e1143
FFFFFFr:A
A
25COO4~2
A
01
01
01
01
01
01
01
01
01
01
01
01
01
01
0111t4
(;1145
01146
01147
0114 8
Oli .. 5
0114A
01
01
01
0113 A
~114B
0114C
0114D
C114E
C114F
:l1~O
('1151
:1152
':1153
01154
:1155
Cl156
.7~8
01
01
4789
01 :11157
4790
4791
4792
4793
4794
4795
479f,
4797
4798
4799
4800
4801
4802
01 Cl1~8
01 Cl1,:>9
01 ~ 11 t;A
01 Cl1:,F,
4~O~
4804
4805
4806
4807
4808
480'?
481C
4811
481?
4813
4814
4815
4816
4817
4818
4819
48 20
4821
482t'
4823
-824
4825
"S26
.. S27
f'\111 ,.
r
".
1,,/.
01 C1bD
t.
v~.l:';\...
01 'J115E
01 C115F
Cl Gl1t:C
01 01161
01 ')1162
01 01163
01 C1H4
01 ('1165
01 ~1166
01 0116 7
01 ~1168
01 J1169
01 J116A
01 :1168
01 0116C
01 0116D
01 C116E
01 C116 F
01 C1170
01 01171
01 01172
01 01173
01 01174
01 01175
01 01176
01 01177
01 01178
01 01179
01 ol17A
01 ol17B
01 01llC
S,12
f(
K
S06
Sd2
0 73 00136
4 7 3001 69
023456 7 8 A
48D159Eo A
•
FFFFFFr:8
A5C004 f ,O
3730C13f>
B73001l-9
F23456 7 8 A
9i A283 Co
I(
I(
507
i(
DATA
DATA
Sa8
I(
12345674
A
nFFFFr: A
2C::C20'+?S
0 73 00136
A
8::COC-:::J A
b.
S'J9
F'r;:-FFn 0
A
~c.~OG:"'c
:..
A
DATA
DATA
DATA
S~
R73COlI-9
SlD
A
1?
to
A
25C20~3t
.~ 7300136
A
':::11
/.,
878787P6
A
FFFFFFF8
A.
512
DATA
DATA
S,12
DATA
DATA
PAGE
DATA
5,12
i(
I,
A
OCCC~J:4
A
F'FF'FFF FA
OCOOO:):-Ol+
,..A
25COC~::-"
A
S13
F 73 OO1 3 6
DATA
DATA
DATA
DATA
DATA
SI1?
A
25COO~04
514
"
0 7 300136
4 73 001 6 9
3456 7 89A A
456789 AC A
FFF'F'FFFA. A
25COO~J4 A
0 73 00136
C7 3 OO1 6 9
456789A8 A
-0
LLS 1
0 INTe A31
8vF' 00
L.LS
1 X
x'3[',1
Q _ -, _ ":l _ ~r .,."r·l,
V~"-".")t.lr.,,,
o..,~
u yr
8,7,3,LtlC+2
X'C3C3C3C3'
X'87878786'
-8
.,....t:. . . ~H'
O,7,3,S£TPSw
4,7,3,L6C+2
X'12 34 5674'
X'8QOOaOOO'
CATA
DATA
DATA
SI1?
I(
A5C004~C
0730C1~6
C730Cl~9
AL.S
OI7,3,S[TPS~
"
87300169
C3C3(3("3
-8
*t-'£~9RY
8,7,3, U3C+2
I(
787879,7~
AI,.S
I(
DATA
~'
-
-6
X'402'
0,7,3,SETPSIAI
4,7,3,L6C+2
X'D2345678'
X'48D159Eo'
t(
K
nFFFFF A
231t567P9
DATA
DATA
DATA
SI12
i(
473001~9
FFFFFFFA
25(00::':1
77300136
3 73C01 b:J
3CJC3C3C
DATA
DATA
PAGE
DATA
S,12
I(
"
00000403 A
00000403 A
F'FFr:F'r:r:A A.
25C0041C A
07300136
DATA
DATA
PAGE
DATA
X'400'
15,7,3,SETPSw
3,7,3,L6C+2
X'4000COOO'
X'"OOOOOOO'
4-73
XDS 901523
ASS
OR
MEM
LINE
MEMORY MEMORY REl
0
PROT
NO.
ADDRESS CONTENTS R
I
KEY
LABEL
OPERAND
OPERATION
COMMENTS
G
412~
4129
483 0
4831
4832
4833
4831+
4835
4836
4837
4838
4839
48 4 0
4841
4842
4843
4844
4845
4846
4847
4848
4849
485 0
4851
4852
4853
48S4
4855
.. 856
4857
4858
4859
4860
4861
486~
4863
4864
4865
4866
4867
4868
4869
48 70
4871
4872
4873
4874
4875
4876
4877
4878
4879
4880
4881
4882
4883
4884
48B5
4886
4887
488R
4889
48 90
4891
4892
489'3
4894
4895
1+896
4897
_89~
4-74
A
A
A
01
01
01
01
01
01
01
01170
0117E
0117F
01180
01181
01182
01183
56789ABO
F"FF"FFFFA
25COOOOl+
37300136
773001 6 9
56789ABC
6789AB CO
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01184
01185
01186
01187
01188
01189
011814.
01188
0118C
01180
01l8E
0118F
01190
01191
01192
01193
01194
01195
01196
01197
01198
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X'99999999'
X'66666666'
X'3,+2'
X'342'
X'99999999'
X1 66666666'
-10
*MEMeRY,l
lS,7,3,FXP6SW
I(
CRS 11
-6
X'240'
SETPSW
L8C+2
X'99999999'
X'99999999'
37300169
876543?1
FF FFFFFF
OCOOOOOO
00000000
OFEDCBA9
C382A1 9 C
FFFFFFF6
A5DOO,+60
00000136
OOOOOlf.9
01 C126C
01 0126D
01 0126E
01 0126F
01 01270
01 01271
01 01272
01 01273
01 01274
01 01275
01 01276
01 01277
C12~8
S'+6
A
FFFFFFF6 A
25C0055F A
oeooos 7 1
FC1231+56
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FF FFFFF 6
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37 3 001 6 9
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0(:000:)00
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Sit?
15,7,3,FXPI9SW
3,7,3,L.6C+2
X'87654321 i
X'43A2A'
-6
X'275'
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3,7,3,L6C+2
X'ABCDEF'89'
X'f:13579BD'
CRD 62
*
CRD 31 *x
R6
4-77
XDS 901523
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NO. PROT ADDRESS CONTENTS
KEY
5112
!511]
5114
511~
5116
511?
5118
5119
5120
5121
512~
5123
5124
51 2 5
5126
5iC'7
5128
5129
51 30
5131
5132
5133
513 ..
5135
5136
'5137
5138
5"139
5140
514+1
51 42
51 4 :;1
5144+
514+5
51 46
51 4 7
514+8
~14+9
5150
51 5 1
51 5 2
51 5 3
':.1: •.
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~155
5156
0
R
I
G
0128F
01290
01291
01292
01293
0129 4
01295
373001 6 9
22222222
222222?2
000003PF
0OOO03BF
7HDE7 P C'E
F'7BCF'7RC
01
01
01
01
01
01
01296
01297
01?98
01?99
0129A
0129B
F'FF'FF'FF'A A
24COOOCF' A
F"7300136
A7300169
OFlOOOOO A
OF100000 A
01
01
01
01
01
01
01
01
01
01
0129C
0129D
0129E
0129F"
012AO
012Al
012A2
012.43
012A4
012.45
n F'FFFF6
24oC00104
07300136
A7300169
OFOOOO2F
OR2FFFF'F
00000000
00000000
FF F'FFFF'F
F'FF'F'OOOO
01
01
01
01
01
01
012A6
012A7
012A8
012.49
012AA
012A8
FFFFFF'FA A
2 4 C00104 A
70000136
AOOO0169
A
A
A
A
A
A
A
A
A
A
LABEL
OPERATION
K
DATA
DATA
DATA
DATA
DATA
DATA
PAGE
NUMBER ALREADV
5F'001
DATA
SF',12
-.
K
I(
*.
DATA
OPERAND
COMMENTS
],7,]'L.6C+2
X'22222222'
X'22222222 1
X'3~F"
X'3BF'I
X'7BDE7BDE'
X'F'7BCF'7BC'
N6RMALIZED
-6
15
15,,7,3,SETPSW
10,7,3,L6C+2
X'F100000l,X'F'100000'
N6RMALIZED WHE~ (BUNT EQUALS ZER6
SF'002
DATA
-10
SF',12
X' 104'
K
O,7,3,SETPSW
;(
10,7,3,L6C+2
DATA
X'F'00002F"X'B2FFFFF',O,O,~1,X'F'FF'FOOOOI
A
A
A.
A
oF004F"~F
A
OD4FFFOO A
** N8RMALIZED BEF6RE CaUNT EQUALS ZER6
5F'003
DATA
-6
SF,1?
X'10 4 '
I<
7,O,O,SETP5w
K
10,O'O'LBC+2
DATA
X'CF004F'FF',X'04FFFOOI
PAGE
01
01
01
01
01
01
01
01
01
01
012AC
012AD
012AE
012AF
01280
01281
012B2
012B3
012B4
0128 5
FFFFFF F6
24COO13F"
97300136
67300169
04000000
7FOFOOOO
00000000
00000000
F'OOOOOOO
00000000
01
01
01
01
01
01
012B6
0129 7
012t3 8
012B9
0129A
012BB
FFFFFFFA A
24C00005 A
1 73 001 36
E73001 6 9
04+000008 A
7F800000 A
01 012BC
01 01260
01 012BE
01 012BF
01 012CO
01 012C1
FFFFFFFA
24C00004
D7 3 OO136
27 3 00169
oFOOOOOl
OBOI0000
515?
A
A
01
01
01
01
01
01
01
012C2
012C3
012C4
012C5
012C6
012C7
012C8
01 012(9
FF'FFFFF6
24COOO04
70300136
80300169
03000000
00000000
00000000
*. UNDERFLBW. NBT NBRMALIZED CBUNT NeT EQUAL ZER6
SF'004
DATA
SF,12
!(
K
A
A
DATA
S/CC 2 IN PH6
-10
X'13F'
9,7,3,SETPSW
6,7,3,L6C+2
x'4000000"X'7F'0F'OOOO',O,O,X'FOOOOOOO',0
~.
A
A
A
A
A
** UNDERF"L6W. NBRMAL1zED. C6UNT EQUAL ZERe. 5/CC2 IN PH?
DATA
SF'ooS
-6
5
SF/12
;(
l,7,3,5ETpsw
I(
14+,7,3'L.6c ... 2
DATA
X'04000008 1 ,X.7F800000'
*. CBUNT EQUALS ZERB. NBT N6RMALIZED
SF'006
DATA
-6
4
SF',12
j(
II:
A
A
,
01 012CA
01 012C8
4-78
OR
REL
01
01
01
01
01
01
01
~158
5159
5160
5161
5162
5163
ASS
A
A
A
A
A
00000000 A
FFF'FFFF'F A
FFFFFFFF A
DATA
*.
i3,;,3,SETpSw
2,7,3'L6C+2
X'FOOOO01"X'OB010000'
PAGE"
5/FL3 IN PH6
TRUE ZERB
SF007
DATA
-10
4
5F',12
K
7,O,3,SETPSW
I(
8,o,3,LeC+2
DATA
X'3000000',O,O,O,-l,-1
XDS 901523
MEM
LINE
MEMORY MEMORY
NO. PROT ADDRESS CONTENTS
KEY
516~
51 6 5
5166
5167
5168
5169
5170
51 7 1
517?
5173
5174
5175
5176
5177
5178
5179
51 8 0
5181
5182
5183
5184
518~
5186
5187
5188
518q
5190
5191
5192
5193
5194
51 9 5
5196
51 9 7
51 9 8
5199
5200
5201
5202
5203
5204
5205
5206
5207
ASS
OR
REL
0
R
I
G
01
01
01
01
01
01
01
01
012CE
012CF
01200
012D1
01202
01203
01204
012D5
FFFFFFF6
24C00004
E7000136
17000169
FOFFFFF1
F4F'10000
00000000
00000000
FFFFFFFF
FFFFFFFF
01
01
01
01
01
01
012D6
01207
012D8
012D9
012DA
012D6
FFFFFFFA II
2ltCOOO04 A
27300136
D7300169
FEFFEFFF A
80EFFF"00 A
01 012CC
01 012CD
A
A
A
A
LABEL
OPERAND
OPERATION
COMMENTS
•• ~EGATIVE C~ARACTERISTIC
SFOQ8
DATA
-to
4
SF,12
K
14,7'O,SETPSW
I(
1,7,0IL6C+2
DATA
X'FOFFFFF1"X'F~F10000,,0,O,.1,.1
A
A
A
A
** NEG ChAR. UNDERFLe W BDD REG NBRMALtZED
SF009
DATA
-6
4
SF,1?
2,7,3,SE.TPSW
K
K
13,7/3,LBC+2
tATA
X'FEFFEFFF',X,aOEFFFOO'
PAGf
01
01
01
01
01
01
01
01
01
01
012DC
0120D
012DE
012l)F
012E.O
012£1
012t. 2
012E3
012E.4
012E5
FFFFFFF6
24C001C2
00000136
90000\69
FOFF4321
F24321FF
00000800
00000000
FFFFFFFF
FFFFFFOO
01
01
Oi
01
01
01
01216
012E7
01218
01219
O12lA
012t.B
FFFFFFFA
24C00102
63100136
931001f-9
F"CFF43?O
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01
Cl~lC
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01 012E:.C
01 012EE
01 012[F
,,1
V"
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r V
A
** NEG CHAR r8 CHECK l\IKOO IN PH4 AND PH9
SF010
A
DATA
SF,12
i(
.(
A
A
DATA
-1(J
X'102'
O,O,O,SETpsw
9,0,O/LBC+2
X'FOFF4321"X,F24321 FF',O,O,-1,X,FFFFFFOO'
A
A
A
A
A
A
A.
lI.
2'tCOO10C A
5'3100136
251001 6 9
7FOOOjOO A
71010000 A
00000']00 A
01 0121--1
01 J12F"2
01 01"~'3
01 01?~ 4
01 o 12~- 5
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01 012F6
01 ot?F7
01 0121- 8
01 012F9
01 o 12~ A
01 012FB
01 01?~C
01 012FD
01 01?FE
01 01eFF
FFFFFFF6 A
2ItDOO~) 79 A
F730013f:,
0730011,9
04800::::ao A
048000CO A
OCOOO:)OI) A
onoooooo ~
20000100 A
00000:):0
01
01
01
01
01
01
01
01
01
FFFFFFF6 A
24C001 7 F A
0 73 00136
6 7 300169
7F453210".
00045321 A
00000000 A
00000000 A
FFFFFFFF A
oFFFn-r:F A
** NEG CHAR Te CHECI( KOO IN PH4 A~D PH9
5F011
DATA
-6
SF,1?
X' 102'
K
6,3,1,S(TPSW
.(
91311 I LBC"'2
DAH
X1 FOFF4320',X'F2432000'
** TEST THAT MAX
SF012
DATA
8F,12
I(
,(
DATA
~/e NBRMA~IZING IS 61<
-10
X'1 OC'
5,5,1,SETPSW
2,5,1,LBC+2
X,7FOOOOOOI,X,73010000'IOlO,1,O
CeU~T
A.
00000001 A
OOOOo,:)O(l A
PAGE
01300
01301
01302
0110 3
01304
0130 5
01306
01307
01308
01 011:)9
** RIGHT SHIFT, TRUE ZERfl BEF6RE CBUNT DaNE.
SF'013
!)ATA
SF,13
K'
I(
DATA
-l v
S/FL3
I~
PH6
X'7B'
15,7/3,SETPSw
0/7,3,LBC+ c
X'J4800000',X 1 04800000"O,O,x,20000100 l ,O
,.
**
IF T 6VERFLBW AT CBUNT DaNE. S/CC2 IN PH7
DATA
-10
SF,12
X' 17F'
K
0,7,3,SETPSW
j(
6,7,3'LBC+2
DATA
X'7F453210',XI00045321"O,O,.l,X'FFFFFFF'
RIG~T s~
SF014
4-79
XDS 901523
ASS
LINE MEM MEMORY MEMORY
NO. P:~: ADDRESS CONTENTS
R~
~
LABEL
OPERATION
OPERAND
COMMENTS
G
!208
5209
!210
5211
5212
5213
01
01
01
01
01
01
01
01
01
01
0130A
01 30B
0130C
01300
0130E
0130F
01310
0131.1
01312
01313
FFFFFFF6
24C00170
F0000136
500001 6 9
81F'FF"FFF
FFFFF'FF'F'
00000000
00000000
FFFFF'222
FFFFF'FF3
01
01
01
01
01
01
01
01
01
01
0131 4
0131 5
0131 6
01317
01318
01319
0131A
0131B
0l31C
01310
F'FF'FF'FF6
24C0017F
00000136
00000169
7rOOOOOo
00000000
00000000
00000000
00000001
00000000
01
01
01
01
01
01
01
01
01
01
0131E
0131F
01320
01321
01322
01323
01324
01325
01326
01327
FFFFFF'F6
2 4 C00173
00000136
20000169
0125AC31
OEOOOOOO
00000000
00000000
95A3C195
00000002
A
A
A
A
A
A
A
A
521~
5215
5216
5217
52Hl
5219
5220
5221
5222
5223
5221+
5225
5226
5227
5228
5229
52 3 0
5231
5232
5233
5234
5235
5236
5231
5238
5239
524+0
52~1
52 4 2
524+3
524+4+
52~S
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01328
0132 9
0132 A
01328
0132C
01320
'0132E
0132F
01330
01331
01332
01333
01334
01335
01336
Oi33;
01338
01339
0133A
01338
0133C
01330
0133E
0133F'
0131+0
013"1
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
PAGE
** RIGHT sHIFT.
SF016
DATA
SF,12
OATA
A
A
A
A
A
A
A
A"CEO~60
01 0131+3
01 013 ....
01 013 .. 5
01 01346
FFFF'FFF6 A
eVERF"~ew
AND TRUE ZERe. AT CeUNT
Oe~E'
S/F'L3 IN PH?
-10
X'17F'
SETPSW/~8C+2,x'7F'000000"O,O/0'1/0
*.. RIGHT SHIFT ceUNT DBNE. MAX CeUNT w/e eVERF~eW eR TRUE ZERe
SF'Ol?
DATA
"10
SF,12
X' 173'
DATA
SETPSW
I(
2,o,O,L,BC+2
DATA
X'0125AC31"X,OEOOOOOO,,0,0,X,95A3C195',2
PAGE
* .. THE NEXT 16 TESTS ARE LEFT SHIFTS WITH THE CeUNT 3eIN3 T8 lER6
* .. EACH TEST LEAVES A SINGLE BIT IN REG B T6 VrRIFY EACH BIT P6SITI6N
** WILL CAUSE B0031Z T6 BE FALSE' CHARACTERISTICS ARE CHeSEN T6 VERIF'Y
... THAT THE A D6WN CeuNT LBGle IS FUNCTleNING
SF'Ol R
DATA
·10
BOO
SF,12
*MEMBRY
DATA
SETPSW
I(
2'0,O'LBC+2
DATA
X"3000000',X"1000000',X'102"X'102"X,800000'
SF'019
A
00000136
20000169
60000000
5FOOOOOO
00000100
00000100
02000000
20000000
01 01342
4-80
FFFFFFF6
A4C00460
00000136
200001 6 9
73000000
71000000
00000102
00000102
00800000
80000000
FFFrF"F'F6
24CE01CO
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20000169
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00000000
00000000
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•• RIGHT SHIFT. eVERF~ew BEF'6RE CeUNT OeNE. S/CC2 I~ PH6
SF'015
DATA
-10
X'l?O'
SF '1~
K
15,O,O,SETPSW
I(
5,O,O,L6C+2
DATA
X'81FFFFFF"·1 / 0,0/X'F'F'F'F'F'222"X'FFF'FF'FF'3'
DATA
DATA
SF ,12
DATA
X'80000000'
-10
X'100',?
SETPSW
I(
2'OlO'~6C+2
DATA
SF'020
DATA
SF,12
DATA
K
DATA
A
A
A
A
A
A
SF021
DATA
PAGE
DATA
BOl
IX AOD 1 Te CeUNT
X'70000000"X,6FOOOOOO',O,O,X'4000000',X!40000000,
-10
B02
"MEM6Rv,7
SETPSW
2,0/0,1.6C+c
X'60000000'/X'5FOOOOOO'/X'100',x'lao',x'2000000'
X'20000000'
B03
XDS 901523
ABS
MEM
LINE
MEMORY MEMORY
PROT
NO.
ADDRESS CONTENTS
KEY
524t9
52 5 0
52 5 1
52 5 2
5253
5254
5255
5256
52 5 7
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
5258
5259
52 6 0
52 6 1
52 6 2
5263
5264
5265
5266
5267
5268
5269
52 7 0
5271
5272
5273
52 4
'
5275
52 7 6
5277
5278
5279
52 8 0
52 8 1
52 8 2
5283
52 8 4
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
013'+7
013",8
01349
013"'14.
0131+8
0134C
01340
0134E
0134+F
01350
01351
01352
01353
01354
01355
01356
01357
01358
OU59
013514.
01358
0135C
0135D
0135E
0135F
01360
01361
01362
01363
01364
01365
01366
01367
01368
01369
0136A
01368
OU6C
013bD
24C00101
O()000n6
280001 6 9
50000:)00
4FOOOOOO
00000000
00000000
01000000
10000COO
FFF'FF'F'F6
24C00101
00000136
200001 6 9
40000000
3FOOOOOO
00000000
00000000
00800000
OROOOQOO
F'FFFFFF6
24C00101
00000136
20000169
30000COO
2FOOOOOO
00000000
000000')0
00400')00
04000')00
LABEL
A
SF',l?
DATA
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A
A
DATA
01
01
01
01
0('000000
00000000
00100000
01000f)':lO
FFFFFFF6
24C00101
0('1000136
2:)0001 6 9
71000000
70000000
00000000
OC;OOOOClO
00080000
00800000
01
01
01
01
01
01
01
01
01
01
01382
01383
0138 4
01385
01386
01387
01388
01389
0138A
01388
F'FFFFFF6
24COO101
00000136
2()000169
61000000
60000000
00000000
00000000
00040000
00 4 000')0
ornooaao
OPERAND
COMMENTS
X'101'
SETPSW
2'O,O,LBC+2
X'50000000 ,X,4F'000000',O,0,X'1000000 ' ,X 10000000'
'
,
'
A
A
A
A
A
DATA
SF',12
DATA
A
A
DATA
A
SF022
I<
B04
-10
X'101 1
SETPSw
2,0,O,L6C+2
X'40000000',X'3FOOOOOOt,0,0,X'800000',X'8000000'
A
A
A
A
A
SF'023
A
DATA
SF',12
DATA
I(
DATA
A
B05
-10
X'101'
SETPSW
2,O,O,L6C+2
X'30000000',X'2FOOOOOO',0,0,X'400000',X'4000000 1
A
A
A
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SF024
0OOOOl~6
20000169
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00000000
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24C00101
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l()OOOOCO
OPERATION
I
G
F'FFFFFF6 A
24C00101 A
0136E
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01370
01371
01372
01373
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01'376
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01378
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0137C
0137D
0137E
0137F
01380
01381
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0
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PAGE.
DATA
SF',12
DATA
K
A
A
A
A
A
A
A
A
DATA
SF025
DATA
SF,12
DATA
K
A
DATA
B06
-10
X' 101'
SETPSW
2,0,Q,L.BC+2
X'20000000',X'lFOOOOOO',0,0,X'200000',X'2000000 1
B07
-10
X' 101 '
SETPSW
2,Q,O,LBC+2
X'lOOOOOOO',XIOFOOOOOO',0,0,X'100000',X'10000001
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A
A
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A
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SF026
~ATA
SF,12
DATA
A
I(
DATA
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A
A
A
B08
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X'101 '
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X'71000000',X'70000000',0,0,X 80000"X I 800000 1
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A
A
A
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SF027
PAGE
DATA
5r,12
DATA
K
A
DATA
~10
B09
X'101'
SETPSW
2,Q,·::>,LBC+2
X'61000000',X'60000000 l ,0,O,X'40000',X'400000 1
A
A
A
A
A
4-81
XDS 901523
MEM
LINE
MEMORY MEMORY
PROT
NO.
ADDRESS CONTENTS
KEY
5285
5286
52!'
5288
5289
52 9 0
52 9 1
5292
5293
529~
5295
5296
5297
5298
5299
5300
5301
5302
530~
5304
5305
5306
5307
5308
5309
5310
5311
5312
5313
5314
5315
5316
5317
5318
5319
532 0
5321
5322
5323
53 2 4
4-82
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
0138C
01380
0138E
0138F
0 1 390
01391
01392
01393
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01314.0
013Al
01314.2
01314.3
01314.4
01314.5
01314.6
01314.7
01314.8
01314.9
01314.14.
013.0.8
013AC
01314.0
013AE
013AF
013:30
01381
013[:32
01393
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01384
01335
01336
013B7
013!j8
013':19
013BA
013RB
0138C
013BD
013[:3E
013BF
013CO
0110
013C2
013C3
013C4
013e 5
013C6
013C7
01
0139~
01395
01396
01397
01398
01399
013914.
01398
0139C
01390
0139E
0139F
013C~
01 013(9
01
01
01
01
C13CA
01 1 C8
013(C
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ABS
OR
REL
0
R
LABEL
OPERATION
SF028
DATA
SFI12
DATA
FFFFFFF6 A
A
00000136
200001 6 9
51000000 A
50000000 A
00000000 A
00000000 A
00020000 A
00200000 A
FFFFFFF6 A
2"C00101 A
00000136
20000169
~1000000 A
~OOOOOOO A
00000000 A
00000000 A
00010000 A
00100000 A
FFFFFFF6 A
00000136
20000169
31000000
30000000
00000000
00000000
00008000
00080000
FFFFF'FF6
24C00101
00000136
20000169
21000000
20000)00
0')000000
00000000
0000 4 000
00040:)00
F'FFFFFF6
24C00101
00000136
20000169
11000000
10000000
00000000
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00020000
FFF"FFFF6
24C00101
00000136
200001 6 9
01000000
OOOOO~OO
I(
DATA
SF029
SF030
A
OFOCOJ~O
DATA
SF'112
DATA
Bl0
-10
X'101 ,
SETPSW
2,0,0,I.CC+2
X'51000000',X'50000000',0,0,X'20000"X'200000'
B11
i(
-10
X1 l01'
SETPSW
2,0,0,1.6C+2
DATA
X'~1000000"X'40000000"0,0,X'10000,,X'100000'
PAGE
DATA
SF,12
DATA
K
A
A
A
A
DATA
812
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X'101'
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2,o,0,L,6C+2
X'31000000 ,X I 30000000',0,0,X'8000',X'80000'
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A
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SF031
A
DATA
SF,12
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B13
K
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X, 101'
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2,0,0,1.6C+2
DATA
X'21000000',X'20000000,,0,0IX'~000l,X'400001
A
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A
A
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SF032
PAGE
DATA
SF,12
DATA
I(
A
DATA
814+
-10
X' 101'
SETPSW
2,0,0,1.6C+2
X'11000000',XI10000000 1,0,0,X I2 0OO',X'20000'
A
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SF033
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DATA
SF,12
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K
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X'01000000',0,0,O,x'1000',X'10000'
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00000000
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000001 36
200001 6 9
COMMENTS
G
2~COO101
2~C00101
OPERAND
I
A
A,
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1000'JJCO A
PAGE
** THE NEXT 16 TESTS COMPLETE THE TEST eF B0031Z AND CHECK THE A
** CBUNT LOGIC.
SF"034
DATA
SF,12
DATA
K
DATA
-10
831
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LINE
MEMORY MEMORY
NO. PROT ADDRESS CONTENTS
KEY
01
01~CE
01 OUCF'
5325
5326
5327
5328
5329
01
01
01
01
01
01
01
01
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013,;4
013[)5
013D6
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01 oD[)8
01 013[)9
01 013JA
5330
5331
533?
5333
5 33 4
5335
5336
5337
5338
5339
53 4 0
534+1
5342
5343
5344
534+5
534+6
5347
5348
53"9
5350
5351
'5352
5353
535~
5355
53 5 6
5357
5358
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01
01
01
01
01
01
01
01
01
01
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013(1
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013E4
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01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
013[6
013(7
013E8
013E.9
011EA
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01 4 0 4
01 4 0 5
0140 6
014C"l7
01408
01409
0140A
OL3EB
013t;:C
013(0
013E.E
C13~F
013FO
013F1
013F2
0131="3
013F4
013F5
013F6
013F7
013F"8
013F"9
013FA
013F8
013FC
013FD
013FE
013FF
01400
01401
014+02
01403
01~OB
0140C
01400
0140E
01 4 0F
01410
01411
01412
00000000
00000')00
00000::1')
00000001
F'F"F"F"F"F r 6
24+COO1 7 F
00000136
200001 6 9
IF'OOOOOO
20000000
00000:)00
00000000
00000020
00000002
FF'FFFFF6
24COO1 7F
00000136
200001 6 9
2FOOO:)00
30000:)00
00000000
00000000
000000 4 0
00000004
ASS
OR
REl
0
R
LABEL
COMMENTS
OPERAND
A
A
A
A
A
51="035
A
DATA
5F"'12
DATA
K
DATA
A
A
930
-10
X'l?F"'
5ETPSW
2,O,O,L.6C+2
X'lFOOOOOO·,X.20000000',O,O,32,2
A
"'A
A
A
A
SI="036
DATA
SF,12
CATA
K
DATA
"'-
"10
X' 17F'
SETPSW
2,O,O,L.BC+2
929
X'2FOOOOOO"X,30000000"O,O,64'~
A
A
A
A
A
FFFFFFF6 A
24COO1 7F A
00000136
200001 6 9
3FOOOOOO .A
40000000 A
00000')00 A
00000000 A
00000080 A
00000J08 A
FFFFFn-6 A
2 4 COO1 7F A
00000136
20000169
4FOO0800 A
50000000 A
00000000 A
00000000 A
00000100 A
00000010 A
FFFFFFF6 A
24COO17FA
00000136
20000169
5FOOOOOO A
60000000 A
00000000 A,
00000000 A
00000200 A
00000020 A
SF037
A
A
SF04tO
FF"FFFFF6
24C001 1 F
00000136
20000169
6FOOOOOO
70000000
00000000
00000:>00
00000400
00000;)40
F"FFFFF'F6
24COO17F
00000136
200001 6 9
06000000
OPERATION
I
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PAGE
DATA
5F",t2
DATA
K
DATA
5F038
5F039
DATA
5F,12
DATA
A27
K
"10
X' 17F"'
SETPSW
2,O,O,L6C .. 2
DATA
X'~FOOOOOOI,X.500000001,O,O'256,16
DATA
Sr,12
DATA
926
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XI 17F'
SETI'SW
2,O,O,L.6C+2
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PAGE
DATA
SF,12
DATA
I(
A
A
A
828
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X' 17F I
SETPSW
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X'3FOOOOOO',X,40000000',O,O,128,8
DATA
925
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X'11Ft
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2,O,O,L.6C+2
X'6F'000000',X.70000000',O,o,1024,64
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A
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SF"041
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SF,12
DATA
K
A
DATA
824
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X'11FI
5ETI'SW
2,O,O,l.6C ... Z
X'6000000',X'7000000',O,O,c048,128
4-83
XDS 901523
ABS
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MEM
MEMORY MEMORY REl
LINE
PROT ADDRESS CONTENTS 0R
NO.
I
KEY
LABel
OPERATION
5F042
DATA
5F'/12
DATA
COMMENTS
OPERAND
G
5362
5363
5364
5365
53 6 6
5)67
536R
5369
53 7 0
53 7 1
53 72
53 7 3
5374
5375
5376
5377
53 7 8
5379
53 8 0
53 8 1
5382
5383
5384
5385
5386
5387
5388
5389
5390
5391
5392
5393
5394
5395
5396
15397
4-84
07000000
00000000
00000000
00000800
A
A
A
A
OOOOOO~O
A
A
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01413
01414
01415
01416
01417
01418
01419
014110.
01419
01410
0141E
0141F
01420
01421
FF"FFFF"F6
24COO1 7 F
00000136
200001 6 9
70000000
71000000
00000000
00000000
00001:)00
00000100
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
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01423
01424
01425
01426
01427
01428
01429
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01428
0142C
01420
0142E
0142F
01430
01431
01432
01433
01434
0143 5
01436
01437
0143 8
01439
01 4 3A
01438
0143C
01430
0143E
0143F
F'FF'FF'FF6
24COO1 7 F
00000136
200001 6 9
60000000
61000000
00000000
00000000
00002000
00000200
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24COO17F
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200001 6 9
50000000
51000000
00000000
00000000
0000 4 000
00000400
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20000169
40000000
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00000000
00000000
00008000
00000800
01
01
01
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01
01
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01
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01
01
01
01
01
01
01
01440
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01442
01443
01444
01445
01446
01447
01448
01449
0144A
01448
0144C
01440
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0144F
01450
01451
01452
01453
01454
01455
01456
01457
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00000136
20000169
30000000
31000000
00000000
00000000
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00000000
00000000
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823
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SETPSW
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X'70000000'/XI71000000'/0,0,40 9 6/256
A
A
A
A
A
A
A
5F"043
PAGE
DATA
5F/12
DATA
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A
DATA
922
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X'17F'I
SETPSW
2/0,0/L6C+2
X'60000000 l ,Xf61000000 l ,0/0,a192/512
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A
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5F044
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5F',12
DATA
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DATA.
A
621
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XI 17F I
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820
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5F'046
PAGE
DATA
SF'/12
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A
B19
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A
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817
XDS 901523
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LINE
MEMORY MEMORY
NO. PROT ADDRESS CONTENTS
KEY
5398
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11000000
00000000
00000000
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0145E
0145F
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01462
01'+63
01 4 64
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01466
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5425
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5435
5436
5437
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NO.
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5453
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5,+57
5,+58
5,.59
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51+65
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51+67
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5,.71
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5488
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5494
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5496
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5498
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5500
5501
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5505
5506
5507
5508
5509
5510
5511
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5516
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5518
5519
5520
5521
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15789
01 01(,02
A
5797
01 016:)4
5798
01
5799
01 01606
01 01607
00000000 A
00000000 A
FFFFFFF"F A
rFFFF'F~F A
01 01608
01 01609
FFFFFFFC A
OF000464
5800
5801
5802
5803
5804
5805
5806
5807
01~05
01 01nOA
01 01608
F7B001~C
F7300065
FFFFFFFC A
48COOo+60
F7B001 3 6
C7B001 6 8
5808
5809
01 016(;(
01 01bOD
5810
5811
5812
01 a1 6 aE
01 0160F
5813
5814
5815
01 01610
01 01 6 11
FFFFFFFC A
66C00460
F 7 e001 3 6
0 79 001 6 8
01 0161 4
Fr:FFFFFC A
7E000 46 0
F7B001BC
F 73 00068
5816
01 01612
01 01613
5817
581~
5819
582 0
582 1
5822
01 01 6 15
01 01 6 16 01 01 6 1 7
5823
5828
PAGr
** CHE.CK THAT INOX-C4 C1'+
** INDEXING Al..IGNMENT IS CHECKED BY THE BYTE,. HAI,.F A"JO DeUBLEINBRD MBOULE
IXOl
DATA
-8
EBR,12
MEM6RY-I X01,l
DATA
SETPSW,LBC+2
** CHECK THAT INDX.C3.C12
IX02
DATA
-8
AW'12
4,4
DATA
SETPSW
K
2,O,O'L6C+2
DATA
100,300,200,20CJ
~FF
AOOR IS 8.
Ce~TENTS
eF
ME~
I~
8
** CHECK THAT INDX- C5.C13
IXJ3
DATA
SF,12
K
<
DATA
DATA
DATA
DATA
DATA
-10
2,2
O,O,O,SETPSW
lO,0,O,L6C+2
X'14000100'
Xi l1100000'
0
0
-1
.1
IX2 C6NTAINS A 1. CAuSING LS 6F 3.
OATA
PAGE
** TEST THAT A PRIVLEGED INSTRUCTIBN TRAPS IN SLAVE ~eDE
FAPRTVOl DATA
-4
XPSD,O
RETURN
K
15,7,11,SI9NA6
19-1 CAUSING TRACC2 ADDIT16N T6 ADDR
K
F,7,3,MVRET+1
** TEST THAT FAPRIV IS FALSE wHEN 65 IS FA~SE
FAPRIV02 DATA
-4
E6R,12
MEM6RY
K
15,7,11,SETPSW
(
12,7,11,L6C+l
** TEST THAT FApRIV IS FALSE WHEN 64 IS FALSE
FAPRIV03 DATA
-4
AWM,t2
MEM6RY
K
lS,7'11,SETP SW
K
0,7,11,L6C+l
** TEST THAT FAPRIV IS FALSE WHEN 63 IS TRUE. NBN.EXSISTENT TRAP SH6ULD
** eCCUR. A RETURN FR6M NEIRET+2 INDICATES FAPRIV BECAME TRUE.
FAPRlv04 DATA
-4
DL,O
MEMBRY
K
15,7'11,SI9~Ae
K
PAGE
15,7,3,NEIRET+l
TH~ F6~LBwI~G R6UTI~ES
CHECK THAT
A~L
TERMS FeR FAILL (FAM ILLEGAL)
** ARE ePERATING PRePERLV. ALL CASES sHeULO TRAP T8 40'
5825
~827
DATA
**
5824
5826
DATA
FFFr:FFF8 A
A2C0045A ~j
** CHECK INPUT IA,FAIM
FAILLOl DATA
-8
GEN,16,16 X1 A2Co',IA
LI,C .IA
4-91
XDS 901523
ABS
OR
LINE ~EM MEMORY MEMORY REl
0
PROT
ADDRESS CONTENTS R
NO.
I
KEY
LABEL
OPERAND
OPERATION
COMMENTS
G
512,
Sl30
5131
5832
'5833
5834
5835
5836
5837
5838
5839
5840
5841
58 4 2
58 4 3
5844
5845
58 4 6
5847
5848
5849
016114.
01618
0161C
01610
0161E
0161 F
0000018C
80000068
00000000
00000000
00000100
00000100
01
01
01
01
01620
01621
01622
01623
FFFFFF'F'C A
16000000 A
01
01
01
01
01624
01625
01626
01627
01
01
01
01
01
01
58 6 1
5862
5863
5864
5865
5866
5867
5868
5869
5870
5871
5872
5873
5874
5875
5876
5877
5878
5879
5880
5881
5882
5883
5884
5885
5886
5887
5888
5889
58 9 0
5891
5892
5893
5894
5895
589~
5897
5898
5899
4-92
0000018C
800000 6 fj
FFFF'FFFC
6F'CAOOOO
00000l BC
800000 6 8
I(
A
A.
** CHECK INPUT
F'AILL03 DATA
DATA
DATA
I(
01
01
01
01
01628
0162 9
016214.
01628
F'FFFFFFC A
6FC60000 A
00000l BC
8000006B
01
01
01
01
0162C
J162D
0162E
0162F'
FFFF'F'FJ:C A
6FCOOOOO A
0000018C
800000 6 8
5850
5851
5852
5853
5854
5855
5856
5857
5858
585 9
586 0
A
A
A
A
DATA
K
DATA
DATA
DATA
DATA
** CHECK INPUT
FAILL02 DATA
DATA
DATA
01630
01631
01632
01633
F'F'F'F'FF'F'C A.
28C004 6 0
000001BC
800000 6 8
01
01
01
01
01634
01 6 35
F~F'F'Fr:r:c
01
01
01
01
01638
01639
0163A
01638
01 f,36
01 6 3 7
A
76C004 6 0
OCOO01 RC
8000006R
F'F'F'F'~F'FC
A
7F"C00460
00000lBC
80000:)68
FFFFFFF'C A
41C00460
01
01
01
01
0163C
01630
0163E
0163F
80000068
01
01
01
01
01640
01641
01642
01643
F'FFFF'F'FC A
59000000 A
000001BC
80000068
01 01644
01 01645
01 01~,+6
01 01~47
F'F'FFFFF C A
34000000 A
000001BC
8000006B
01648
01649
0164A
FF'F'FFF'FC A
7(000,+60
OOOOOlBC
01
01
01
01
01648
01 016,+C
01 01640
01 0161+E
01 0164F'
01 01650
000001~C
800000~B
F'FFF'FFF'C A
OCOOOOOO A
000001BC
80000,}6B
FFF'F'FFFC A.
°0X'100'
X'100'
BU1,N6 A"Bo'B6-1
·4
X'16000000'
SY9NA6
8,o,0,NEIRET+l
R IN
R BUT
M IN
M 6UT
ILLEGAL INST
F'UMMC.~(N012.No13.014)
-4
X'6F'CAOOOO'
WITt-! 012 TRUE
MMC,12
5
SI9~A.6
8,O,O,NEIRET+l
** CH[CK INPUT FUMMC.N(ND12.No13·o14) WITH 013 TRUE
FA,ILL04
DATA
DATA
DATA
I(
** CHECK INPUT
FAILL05 DATA
DATA
DATA
K
PAGE
01
01
01
01
Sl9NAB
1,0,0,NEIRET+l
-£I
X'6FC60000'
SI9NA6
8,OlO,NEIRET+l
MMC,12
FUMMC.N(~D12.~D13.o14)
-4
X'6FCOQOOO'
SI9NAB
8,0,O,NEIRET+l
3
WITH ND14 TRUE
MMC,12
0
** CHECK INPUT BU2·64. N6S.N66
FAILL06 DATA.
-4
CVS,12
DATA
ME!-i6RY
SI9NA6
8'0,0' ~~E I RE T+1
K
** CH[CK I"JPUT eU,.Mfj4,B5.66
FAILL07 DATA.
-4
PACKI12 MEM6RY
DA TA.
SJ9NAe
K
8'O'O,NEIRFT+l
*- CHECK INPUT eU7.B4
F'AILL08 DATA.
-4
MEM6RY
DST,12
DA.TA
SI9NAB
i(
**
8'OlO'~EIRET+l
CHECK INPUT 61.N63.N64.NB5
FAILL09 DATA.
-4
T8S,12
MEM6RY
DATA
SI9NAB
8,O,O,NEIRET+l
t<
** CHECK It.JPUT 6US·61,.9
FAILI...10 DATA
-4
DATA
X'59000000'
DATA
SI9NAB
J(
8,0,0, ~JE IRE T+ 1
** CHECI( INPUT BL4-63.NFABYTE
FAILLll DATA
-4
DATA
X'34000000'
DATA
S19NAB
8,0,O,NEIRET+l
K
PAGE
** CHECK INPUT 64.65.61.03
F'AILL12 DATA
·4
MEM6RY
DSA
DA TA.
SI9NAB
I(
8,O,0,NEIRET+l
INPUT
** CHECI(
64.B5.N01.N63.N66
F'AILL13 DATA
·4
DATA
X'COOOOOO'
SI9NA6
DATA.
I(
8,O,O,NEIRET+l
** THIS TEST IS ByPASSED IF FL6ATING P6INT IS I NSTAI...I..ED , IF NeT
** INSTALLED, THIS TESTS NFAIMP • F'AFL-NFP6PTleN
NF'AIMP01 DATA
-4
XDS 901523
ASS
OR
MEM
LINE
MEMORY MEMORY REl
0
PROT
NO.
ADDRESS CONTENTS R
!
KEY
LABEL
COMMENTS
OPERAND
OPERATION
G
5900
5901
5902
5903
5904
5905
5906
5901
5908
5909
5910
5911
591?
5913
5914
5915
5916
5917
5918
5919
59?C
5921
5922
5923
5924
';925
59 2 6
5927
59 2 8
59?9
5930
5931
S93?
5933
5934
5935
5936
5937
5938
59 3 9
59 4 0
5941
01 01651
01 01652
01 016~3
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01654
01h55
01656
0165 7
01658
01659
0165 A
0165 B
016SC
01 6 5D
0165E
016!;)F
01660
01661
01662
01663
01664
01665
01h66
01 01667
)1 8166 8
01 01669
01 0166A
01 01668
01 0166C
01 0166D
01 0166E
01 0166 F
01 01670
01 81&71
01
01
01
Oi
01
01
01
01672
01673
01674
01675
01f,76
01677
01678
680001AE
000001C2
000000 11
F'F"FF'F'FF'6
37C00460
013001C8
57300169
55555555
058E3546
55555555
55555555
8JAA9FD4
01:)1C7564
F'FF'FFF"F6
37C00460
073001C8
57300169
00000:;00
F'E 4 0C'3SE
F'C7C F 1CC
FC7C F 1CC
7F56BAtlO
7ltAF"lE.00
FFF'FFF F6
37C004 6 0
073001C8
6 7 300169
00000000
15889088
59C61C18
59C61C18
3DF91CF8
AE55D740
5942
01 01679
nC3Ci3i
01
01
01
01
01
01
01
0167A
0167B
0167C
0167D
0167E
0167F
01680
5950
01 01681
5B1)80F.1D
946A3[80
F'FF"FFFF6
37(00460
073001C8
67300169
00000000
1(C17468
3F01F'C03
3F"01F'C03
1CF'5C8E1
9C7F06A3
FFF'F'FF"F"6
'395~
595~
5960
5961
5962
5963
5964
5965
596~
5967
5968
5969
S97C
K
j(
A
A
A
A
MWa2
DATA
OATA
DATA
DATA
DATA
DATA
DATA
MW,12
j(
K
A
A
A
A
A
A
A
MW03
DATA
DA TA
DATA
DATA
DATA
DATA
DATA
~lW,
1?
r<
K
A
A
A
A
A
A
Mo'I04
A.
A
A
A
MW05
DATA
DATA
DATA
i)ATA
DATA
DATA
PAGE
DATA
"'1W,l?
A
01~8F"
073001C8
57300169
00000800 A
CD4A~EAS A
70000000 A
70000000 A
8C178F"32 A
[OOOOOCO A
01
01
01
01
01
Olf.90
01691
01692
01693
01691+
r:F"FF'FFF"6 A
37C004 6 0
0 7 3001(8
57300169
00000:>00 A
A
A
A
A
MW06
MW
OO,7,3,FXP6Sw
5,7,3,LBC.c
X'O()OOOOOO'
X'FE'+OCBSE'
X'j:C7CF'l CC'
X'FC7CF1CC'
X'7F'56hA80'
X'74AF1EOO'
"18
OO,7,3,FXPBSW
6,7,3,L6C+2
X'JOOOOOOO'
X'158B908B'
X'59Cb1C18'
X'59C61C18'
X'3DF91CF'8'
X'AE55D740'
-lv
DATA
DATA
DATA
DATA
DATA
DATA
PAGE
DATA
MW,l?
K
I(
DATA
MW
ME~eRY
X'uOOOOOOO'
X'FAE49435'
X'F'lC3C731'
X'F1C3C731'
X' 58080(1D'
X'946A3E80'
-10
MEMBRY
00,7,3,FXP6SW
6,7,3,L6C.2
X'OOOOOOOO'
X'lEC17468'
X'3F01FC03'
X'3F'OlF"C03'
X'7CF'5C8El'
X'907FD6A3'
-10
M[MBRY
00,7,3,FXP6SW
5,7,3,L6C+2
X'OOOOOOOO'
X'CD4A4EA5'
X'70000000'
X'70000000'
X'8C178F32'
X'EOOOOOOO'
K
MW
ME~1eRV
!JATA
DATA.
DATA
DATA
DATA
DATA
OATA
MW,12
DATA
DATA
MW,12
t-il-i
ME~~BRY
00,7,3,FXpeSw
K
MW07
-10
MEMtjRY
OQ,7,3,FXP6SW
5,7,),L6C+2
X'55555555'
l.'p58E3546'
X'55555555'
X'55555555'
X'80AA9FD4'
X'D51C7561+'
"10
5,7 / 3, U}C+?
DATA
37COO~60
BECBMES F' "s,12 ME'1BRY IF' NF'pePTIeN
K
DATA
DATA.
OATA
DATA
A
A
END
Q,Q,Q,lJIISw
O,Q,O,UIIRET+l
I(
K
K
01682
01603
01684
01685
Q1f,R6
01687
01688
01689
0168A
0168B
01~8C
PAGE
DATA
MW,12
K
K
A.
A
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01680
0168E
MWOl
A
A
FFF'FF'FF'6 A
37COO,+60
073001C8
5 7 3001 6 9
00000000 A
FAE49435 A
F1C3C731 A
5943
5944
5945
5946
5941
5948
5949
5951
5952
5953
5954
5955
5956
5957
B
-1v
M[MeRY
00,7,3,FXPBSW
5,7,3,L6C+2
X'OOOOOOOO'
MW
MW
MW
4-93
XDS 901523
MEM
LINE
MEMORY MEMORY
PROT
NO.
ADDRESS CONTENTS
KEY
5"1
S'7!
5,73
'3974
5975
5976
'3977
5975
5979
59 8 0
59 8 1
5982
5983·
59 8 4
5985
5986
5987
5988
5989
59 9 0
59 9 1
5992
5993
5994
59 9 5
5996
5997
59'8
~99g
6000
6001
6002
6003
600l+
6005
6006
6007
6008
6009
6010
6011
6012
6013
601l+
6015
6016
6017
6018
6019
60 2 0
6021
6022
6023
6024
6025
6026
6027
602S
6029
6030
6031
6032
6033
6034
6035
6036
6037
6038
6039
60-0
60-1
4-94
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
ABS
OR
REL
0
R
I
G
::>1695
EC7E66~F
A
0169~
CD853C70
CDB53(70
634AC2 7 1
ED2C8r')70
FFFFFFF6
37COO4+60
073001(8
57300169
00000:)00
FAA8C9D1
31C3Cl r O
31C3C1FO
E4+86C662
888FDDEO
FFF'FFrF6
3 7 C004 6 0
073001C8
"AA
01697
01698
01699
0169A
01698
0169C
0169D.
0169E
C169F
0161,0
0161,1
01AA2
016A3
OHA4
016A5
016A6
e16A7
016A8
016,.9
016AA
016AB
016AC
016AD
A
A
M\oI08
DATA
OATA
DATA
DATA
DATA
DATA
MW,12
I(
I(
A
A
A
A
A
A
A
Mw09
DATA
DATA
DATA
DATA
DATA
DATA
DATA
MW'12
I(
I(
00000,:)00 A
F4761t?A4 A
DF4F3C70 A,
DF4F3C70 A
5A5ACF3B A
28 8 1 71) DO A
DATA
DATA
DATA
DATA
OA.TA
DATA
PAGE
DATA
MW,12
F"FFFn F 6 A
37C00460
073001C8
016AE
016AF .
01680
01 61;1
::>161:3 2
albR3
016d4
01685
01f>>j6
01od7
oHR9
0168A
016B8
0161":)C
016'jC
016BE
016BF'
016CO
016Cl
016C2
016C3
016C4
016C5
016C6
016C7
016e8
016C9
016CA
016C8
07 3 OO1C8
1 73 001 6 9
00000000
FFFFFFFF"
F'FF"FFF"FF
FFF'FFFFF
00000005
FFFF"FFF8
F'FFFFFF6
37C004 6 0
073001C8
6 73 00169
00000000
06D3M75
EEEEEEEE
EEEEEEEE
99999922
92C5F'99C
01
01
01
01
01
01
01
01
01
01
01
01
01
01
016CC
016CO
016CE
016CF
01600
01601
016D2
01603
01604
01605
01606
016D7
016D8
016D9
F"FFFF'F"F6
37C00460
073001C8
07300169
00000000
00000000
00000000
00000000
B333333l+
00000000
FFFFFFF6
37C00460
073001C8
673001 6 9
MW10
I(
i(
173001~9
00000000
FFF'FFTFF
FFF"FFFF"F
FF"FFF'FFF
55555551
AAAAAAAF
FFFFF"FF6
A
A.
A
A
A
A
A
MWll
37C004~0
DATA
DATA
DATA
DATA
DATA
DATA
DATA
MW,12
K
I(
A
A
A
A
A
A
A
MW12
DATA
DATA
DATA
DATA
DATA
DATA
DATA
MW,12
K
I(
A
A
A
A
A
A
A
MW13
DATA
DATA
DATA
DATA
DATA
DATA
PAGE
DATA
MW,12
K
'
A
A
A
A
I(
A
..
..
MW14
OPERAND
OPERATION
57300169
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
0169~
LABEL
DATA
OATA
DATA
DATA
DATA
DATA
DATA
MW,12
K
I(
X'E.C7E668F'
X'COB53C70'
X'coB53C70'
X'63,.AC271'
X'ED2C8D70'
-10
MEM6RY
00,7,3,FXP6SW
5,7,3,LBC+2
X'OOOOOOOO'
X'FAA8C9Dl'
X'31C3C1FO'
X'31C3C1 FO'
X'E486C662'
X't388FDOEO'
"10
MEh6RY
OO/7,3,FXPBSW
5,7,3,LBC ... c
X'OOOOOOOO'
X'F4761+2A4j.'
X'DF4F3C70'
X'DF4 F 3C70'
X'5A5ACF"3B'
X'28817000'
COMMENTS
Mw
MW
·10
MEMBRY
00,7,3,FXP6SW
1,7,3'L6C ... ?
X'OOOOOOOO'
X'F"FFFFFFF'
X'F"FFFF"FFF"
X'FFFFFFFF'
X'55555551'
XIAAAAAAAF'
"10
MEMBRY
00,7,3,FXP6Sw
l,7,3'L6C+2
X'OOOOOOOO'
X'FFFFrFFF'
X'FFFFFFFF"
X'FFF"FF"FFF'
X'00000005'
X'FFFFFFFB'
-10
ME M6RY
00,7,3,F'XP6SW
6,7,3'L6C.2
X'OOOOOOOOI
X'06D3A075'
X'EEEEEEEE'
X'EEEEEEEEI
X'99999922'
X'92C5F'99C'
MW
-10
MEM6RY
00,7,3,FXP6SW
O,7,3,L6C.2
X'OOOOOOOO'
X'OOOOOOOO'
X'OOOOOOOO'
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DATA
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MW,12
A
MW47
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DATA
DATA
DATA
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61+ 2 4
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61+26
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6430
61+31
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61+ 4 2
61+ 4 3
61+44
61+45
641+6
6447
6448
6449
645 0
6451
64 5 2
6453
6454
6455
61+56
6457
6458
6,+59
61+ 6 0
61+61
61+62
6463
6464
61+65
6 .. 66
6467
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01 01832
01 01833
01
01
01
01
01
01
01
01
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01
01
01
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01
01
01
01
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01
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01
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01
01
01
01
01
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3397/5T9
3499/DATA
3555/INT
3609/DATA
363 9 / ANLZ
3702/EXU
3750/XW
3853/ ANLZ
3933/CH
40 00/CB
4105/C5
41 8 4/CLM
4299/MTH
4401/AH
4518/AWM
4604/5D
511015.
5728/0ATA
5863/PACI(
5936/MW
6008/MW
6080/MW
6153/MW
6225/MW
6297/MW
6370/MW
6442/MW
6514/MW
6587/MW
6659/MW
6142/MW
6814/MW
6886/MH
613/1.. W
1336/L.W
1364/EXU
14 05/ 1.. W
14 77/ 1.. W
15 15 /i,..W
15 92/ 1.. W
1650/L.W
1702/9R
1766/AND
1832/EBR
1982/8C5
2nl.S/iW
21 23 /AW
21 8 1/AW
22 46 /AW
2325/AW
2391/ AW
24t56/5 W
2530/8AL.
2605/LoH*
2663/DATA
2729/)ATA
284l/DATA
291 9 /1. 5
29 9 3/I.. CF'I*
30 49/ l.AH
31 49/ LAO
3237/DATA
3333/5TH
3415/5TO
3511/STCr
3565/INT
3613/ANLZ
3650/ANLZ
3703/EXU
37S 9 /ANLZ
3868/ANLZ
3942/CH
400B I CB
411 7 /CLR
'+1 98/C L.M
4317/"'lTH
4441/AO
453 9 /DATA
4718/S*
5231/SF'*
5729/0ATA
5868/D5T
59 .. 6/"'1W
601B/"'1W
6091/"'1W
61 63/ "'11,01
6235/"'1W
630 8/ "'1W
6380/'1W
64 52/"'1W
6525/'1W
65 97/ "'1 W
6669/"'1W
6752/'11,01
6824/'1W
6897/"'1H
1022/PZE
133 7 /LW
1375/1(
1412/L.W
1485/LW
154 3 /LW
1601/LW
165 8 /L.W
1710/BR
1770/AND
1840/EeR
1984/K
~""l> ~ 61.J
~"""~, ""'"
2131/AW
218 9 /AW
2258/AW
233 5 /AW
2 4 02/AW
2 4 65/5W
254 7 /LH
2 6 10/DATA
2675/1.B
273 8 /1.D
28'+8/DATA
2 9 ,+3/I.Cr.
3002/LAW
3057/LAH
3162/l.CW
3246/0ATA
334 9 /STH
3 4 2 7 /STO
3 5 20/XW
3568/DATA
361 7 /0ATA
3660/ANLZ
3712/ANLZ
3776/ANI.Z
387 9 /ANI.Z
3951/C8
4032/CD
412BICL.R
421 3 / CLM
4326/MTH
4453/AO
45)9/DATA
4 7 711552"2/SF'*
5781/EeR
5873/T85
5956/MW
602 9 /MW
6101/MW
6173/MW
624 6 /MW
6318/MW
6390/MW
6463/MW
6535/MW
6607/MW
6680/MW
6762/MW
6835/MH
?OO7/0W
5-21
XDS 901523
7011/0W
7089/01oi
1162/0101
723 4 /0W
7306/0W
73 89 /0 101
71t61/0\lol
7S31t/OW
7606/01'1
7678/0W
11S1/0W
7823/0w
7896/0H
MEMeUT
503/ST ...
7021/0w
7100/CW
7172/DW
7244/DI-;
907/5TW
982/GU
984-TEXTC
97S/P
982·GEN
900/l,.W
973-XP5D
738/BCS
740-LW
461/SCS
465-LW
NF"L.M
NF"LeArP
NIMP
2883/K
5839/1(
5875/K
5899-DATA
N6HAL.r
N6TEND
NUMBE.R
769/l,.W
104b/LW
BOD
BODBALL
760/BCS
76S·L'w
55R/LiI
988/LW
1095 .. 0"T"
I+99/L""
583/Lw
759/ANO
BNE
BR01
1697-DATA
BR02
BR03
BR04
POl-DATA
l709-DATA
171~·DATA
BR05
1 726-DATA
BR06
P
1731;.-DATA
68-CNA~E
PAClr
5-26
1047/LW
1063"OATA
3 .. 99/0ATA
5860/1(
5896/1<
XDS 901523
59/~P( ~.
f:)AGE
59IEP[\
PAR lTv
230./XP~~
f:)ASS
12 9 1-rcJl.
PASSES
60 .. Ct-.A~E
399.PlE
2659/LB
416/L'"
4~?ISh:
449/LW
1089.C,HA
7977/lfi
7986-DATA
1153/P
1170-J
PCP P':T
2662/DATA
2663/DATA
1275- PZE
1301lLW
PEe~SGl
PERP
PF'Lf'Ar P
904/LIN
974,,~
preRtvAT
115?/P
1178"..:
lO87-Cl\lA
:168/J
11511 P
1168-J
poe
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... C'.....
r \oiL-' , L t""
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82?/L.-;
1148.P
957/L'"
965 .. r-
825/L.w
1150- r
908lLW
97S· p
plece~p
P~Br-.GL
PNF'Le/lTP
PRfLOC
52~
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PRfPfi=
1149-P
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PSD\A:!C
PSHRTL
PS!XCR
PSwl
483/ST!;i
486/LPSO
492/STW
44~/ST'i
494/5TW
1268.PZE
PSW2
I'T ITLr
REGID
REGTE",P
REPtAT
820/L.W
114 7 .. P
594/L.W
1076.r
7957/5T[-I
7983/lM
1985-RES
407/LPSD
3031/DATA
3218/LCh
3534/CATA
425/LPSD
3036/ DATA
3221/DATA
3594/LH*
126S. PZE
3037/DATA
3?43/LCH
3595/LH*
3030/DATA
3102/0ATA
35311DATA
REI'LAy
88S/lW
893-8
748/8C5
749·LW
234/XPSD
410· PZE
REPeRT
RESET
REST6R[
7973/Lw
7987·e
RETAC'DR
913/l:..l
986-DATA
5-27
XDS 901523
"ITEf',jD
1051-PZE
R£TuRI'-,
38 17/XPSl)
387C)/XPSD
24tl/XPSD
248/XPSD
255/XPSD
303/XPSD
3l7/XPSD
32/t/XPSD
338/XPSO
345/xPSD
359/XPSD
366/XPSD
380/XPSD
387/xPSD
394/XPSD
1259-PZE
19 1+5/XPSD
252 7 /XPSD
3685/DA H
3 7 21/xPSD
3769/xPSD
3831/XPSD
3876/XPSD
5lllST\o.i
512/5TW
219/XPS:)
2~7/XPSD
254/XPSD
296/XPSo
316/xPSD
323/XPSD
337/XPSC.
344/XPSD
358/XPSC
365/XPSD
372/XPSC
386/X PSJ
393/ XPS:)
989/ST"
1944/XPS~
2 5 18 /XPS:J
361+5/XPS~
3706/XPS:;
376~/XPS:';
RINPUT
RI9CLl
2~2/XPSD
24t9/XPSD
256/XPSD
31l/XPSD
3l8/XPSD
325/XPSD
339/XPSD
346/XPSD
360/XPSD
367/XPSD
38l/XPSD
388/XPSD
395/XPSD
13C7/CATA
19 87/xPSD
252 8 /XPSD
3680LS
3722/XP50
3785/XPSD
3832/XPSD
5804/XP5D
21+3/XPSD
250/XPSD
26~/XPSD
312/XPSD
319/XP5D
326/XPSD
31+0/XPSD
347/XPSD
361 /XP SD
368/XPSD
382/XPSD
389/XPSD
527/ST\OO
l369/XPSD
1988/XPSO
3181+/~CW
36871LS
3737/XPSD
3786/XPSD
3847/XPSD
21t~/XPSD
25 1/XPSD
271/XPSD
313/XPSD
320/XPSD
33/t/XPSD
3ltl/XPSD
3lt8/ XPSD
362/XPSD
369/XPSD
383/XPSD
3 9 0/XPSD
54+5/XPSD
13 7 0/XPSD
2480/XPSO
31 87 /DATA
3690/XPSD
3738/XPSD
3800lXPSD
384+8/XPSD
21+5/X PSD
252/XPSo
280/XPSi)
31 lt /XPSO
3211x PSD
335/XPSD
3~2/xPSO
3 49 /XPSO
363/XPSD
370/XPS::>
384+/XPSO
3 9 1/X PSD
559/STW
1937/XPSD
2/t~H /XPSD
361+3/3EN
3691/XPSD
3153/XPSO
3801lXP5!)
38611xPS J
2~6/)("SO
253/)(IISO
I 2S8/)(PSO
3 15 /XPSg
322/XPS
33 6/ XPSO
3lt3/)(PSO
357/XPSO
36/t/XPSD
371/XPSD
38 5 /XPSO
392/XPSO
91/t/STW
19 38 /XPSO
' 251 7 /XPSD
I
I
I
361+~/XPSO
3705/XPSD
37S/t/XPSD
3 8 16 /XPSD
3862/XPSO
\
542/LD
636·0ATA
533/CD
539/LD
5611L~
67C: .. EeR
RI9CL?
68?-r6R
RI9CL3
RI9CL4
Rl9NAe
R8UT PUT
RTC
b89-EeR
69f, .. reR
5737/K
639·Ee~
41+37/1<
50 7 /STW
924 .. (1.1:
RTCtJSG
i15S/P
S
S
508/ STW
635.0ATA
10i6/c:
i187-GEN
89/epr\
89/ep[\i
SAVE
91 .. C~AME
1+1R/LI'i
1+/t7/STW
460-LW
956/51W
962/Lvl
966 .. DATA
767/ST\o:
770 .. LW
800/LW
94't/B
946-L I
1015/BE
766/5TI<;
769.LW
799/LW
489-LW
686/BCF-:
131+0/K
1396/K
643/BCR
693/BCR
131+6/1(
1406/K
647/8CR
700/BCR
i355/K
1413/K
6511BCR
106/B
1380/1<
1/t23/1<
11.f61/K
151 9 /K
1470/K
1478/K
1486/K
1527/-;(
1536/K
1544/1<
SAVEO
1303/l.W
SOOl
~566-0ATA
5002
S003
soo ..
S£TFRM
SETINTR
4+S78·DATA
1+591"DATA
4603·DATA
SETN
S£TpSI<.
5-28
6611 BCR
1322/1(
138/t/1(
1/t37/1(
1 494 /1<
1552/1<
671/B
1328/0ATA
1388/1(
14,+511(
1503/1(
1560/1(
679/BCR
1332/1(
1392/1(
'1'+53/1(
151111(
156'/1(
XDS 901523
1 577 /';(
163S /1(
168~/i(
174+5/K
180411<
18 8 6/K
1960/1(
2014/1(
2 4 30/1(
251311(
257~/K
2641/(
2702/K
278 13 /1(
285~/1<
292('1/1(
2974/(
301 Q /l(
3100/1(
3194/K
3251/,(
1585/i(
1643/1(
1699/1(
1753/K
1816/<
1902/1(
1965/;(
2025/(
2457/r(
2523/DATA
2586/1(
2652/<
2714/~
2802/<
?864/K.
2 9 31/1<
29 78;:(
3040/1(
3112/1<
3202/1(
3265/1(
1593/1(
1 6 5111<
17C3/k
1767/1-;
1824/K
1917/1(
1972/K.
2392/1<
2476/K
2531/1<,
2594/K
2660/1(
2727/K
?R14/K
2870/K
2/)38/1(
2 9 82/ K
3050/1(
3137/K
3211/;(
3278/K
1933/1(
1978/K
2403/1(
2485/K
2548/1(
2606/K
2670/K
2739/1(
2P.27/1(
2876/1(
2944/1(
298b/DATA
3058/1(
3150/1<,
3219/1(
3291/K
_
1602/K
1659/K
17111K
1771/K
1833/K
1610/K
1666/K
1720/1(
1779/K
1841/K
1942/K
1983/K
2412/K
2493/K
2556/K
2619/K
2676/K
2752/K
2839/1(
2889/1(
2956/K
29 98/K
3066/1(
3163/K
3227/K
3315/K
~34~/K
~150/K
~'lI:Q/1l
..... ...;" "
....,~C.l/'
':;';>/01'''
3398/K
3477/K
353 7 /K
3606/1(
36 7 1/K
37 77 /K
3880/K
3407 /~.
3488/i(
3545/;(
3614/1<
3416/K
3496/K
3'i56/1(
3428/1(
3504/1(
3566/1(
3441/K
3512/1(
36?3/K
36~~2/K
3682/1<
3698/K
3808/K
3 9 10/ K
3968/K
4026/K
4106/1<.
4185/1<
4285/1(
3952/1<
435?/~
4360/<
4502/K
4537/K
4639/K
4645/'<
4684/DATA
4 7 19/[)ATA
4786/K
4831/1(
4875/K
49 19/1(
4979/1<
5053/DATA
5142/K
5186/K
5232/DATA
5271/()ATA
5309/CATA
5348/DATA
'i386/DATA
5793/K
4690/DATA
4723/DATA
4792/K
4838/1(
4844/1<
4881/1(
4 9 25/K
4989/K
5070/DATA
5148/1<
48~7/K
3899/1(
3960/1(
4019/1(
400q/K
4084/1(
4159/'(
4261/K
4344/1<,
4493/1<
4632/1<
1+678/1(
4 711/DA TA
4780/1(
4825/1<
4869/(
4913/1<
4968/1(
5034/DATA
5135/1(
5180/1(
5222/DATA
5266/DATA
5303/DATA
5343/DATA
5380/DATA
5787/DATA
885-1-101
7992/(ND
SETRPLY
~
"".l"',""~v
~
3713/1(
3823/1(
3919/K
3976/K
4033/1(
4118/K
4199/1(
4294/1(
4369/K
I+559/K
4651/1(
4694/DATA
4728/DATA
4798/K
3792/1(
4095/K
4171/1(
4267/1(
5192/K
5238/DATA
5276/DATA
5314/DATA
5354/DATA
5391/DATA
5810/1(
1618/<
16 7 2/<.
172R/<,
1788/<,
1851/.(
1949/<
2002/1'(
2418/(
2500/(
2564/0(
2627/1'(
2685/<.
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2899/(
296 4 /(
300 3 /<
30 75 /1(
3171/<
32 35 /,(
6 /(
332
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4931/K
4999/1(
5091/0ATA
5154/K
5199/1(
5243/DAT A
52S2/DATA
5322 / DATA
5359/DATA
5396/DATA
5815/1<
""\ .... ."
.. t.;'
3576/1<
3640/K
372 9 /K
3839/K
3925/K
3985/K
4045/K
412 9 /K
4214/K
4300/K
4375/K
4568/1(
4658/K
4699/DATA
4758/K
4805/1(
4850/K
4893/K
4937/1(
50l6/DATA
5l0l/DATA
51 6 1/K
5205/1(
52 5 0/DATA
52a7/DATA
532 7 /DATA
5364/DATA
54+02/DATA
7921/DATA
~~o
~
...
,~
3453/0(
3521/0(
3590/0(
3651/i(
3745/(
3854/(
3934/(
3993/<
'+O58/(
4136/0(
422 8 /(
4327/(
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4620/<
4665/<
4704/DATA
4765/0(
4813/1(
4856/<
4900/0(
'+948/1(
5022/0ATA
5123/1(
51 67 /1(
5211/'(
52 55/ 0 ATA
5292/DATA
5332/0ATA
5370/::lATA
5409/0(
7933/0ATA
1626/1(
1618/1(
1736/1(
1796/K
1871/1(
1955/1(
2006/1(
2424/K
250 7 1'<.
2573/1(
2635/K
2692/;(
2777/1(
2852/1(
2309/K
2970/DATA
3011/1(
3087/1(
3179/1(
324+'+/1(
3334/1(
3392/1(
3466/1(
3 5 2 9 /1(
3598/1(
3661/;(
3760/1(
3869/1(
3943/1<
4+001/1(
4070/1(
414811(
4+24+2/1<
433 6 /1(
4387/1(
4 6 2 6 /1(
4+672/K
4708/DATA
4+772/1(
4+819/1<
1;.862/1(
4 9 0 6 /1<
4958/K
502 8 /0ATA
~4~OiV
~I,~J'"
5173/1(
521 8 /DATA
5260/DATA
5298/DATA
533 8 /DATA
53?5/DATA
5782/0ATA
SF
89/BPEN
SF'
89/BP[N
90 .. CNAt¥\E
SF001
5121-DATA
SF'OO2
5127·DATA
SF'OO3
5133-DATA
SF'OC4
514C-DATA
SF'OO5
5146-DATA
SF'CC6
5152"OATA
5-29
XDS 901523
5159-0ATA
516C:;-DATA
5171-CATA
5414·['ATA
517R.CAT~
5184-DATA
519C·CATA
5197·0ATA
5203 .. DATA
5209-DATA
5216-0ATA
5220-CATA
5230-DATA
5236-DATA
5"26-0A TA
52"l·DATA
5248·CATA
5253·DATA
5258.DATA
5264-DATA
5269"'DATA
5274-DATA
5280-DATA
5285 .. CATA
5290-DATA
5.39·DATA
5296·DATA
5301-DATA
5307-DATA
5312.DATA
5320"'DATA
5l25 .. DATA
5330-DATA
5336·DATA
5341-DATA
5-30
XDS 901523
53l+6·DATA
5~5?DATA
5352-DATA
5357 .. CATA
5362-DATA
5368·DATA
5373-0ATA
5378-DATA
5384·DATA
5389.DATA
5394·CATA
54oa ... DATA
5l+64-DA'TA
5407-CATA
5'+77-DATA
548'J-!)ATA
550?-DATA
5514-DATA
5527-DATA
5~39-DA1A
5~77-~ATA
5~9r-[)ATA
S60?-OATA
561r::-()ATf,
5627-CATA
565?-CATA
566 r i-C'ATA
567!-!-DATJ..
5690-0ATA
522-ST .\
SHfHHF t< 53P-/Pf:.
ll4t'/P
552/:«5
541.5TO
1163-J
4054+1-014. TA
5-31
XDS 901523
9H02
1+5"9-0ATA
SH03
45S7-0ATA
SIX
S811E6R
1062-0ATA
SIXCR
1146/P
SI9CLl
SI9CL2
SI9CL3
SI9CLI+
1157.J
674-l-w
5706/1<
681-LW
5710/1<
~8B-L.W
5711+/1(
69!:>-L.1tJ
5718/1(
5724/1<
5732/1(
1365/1(
5829/0ATA
s869/0ATA
1373/1(
5838/0ATA
5B71+10ATA
2541/1<
581+3/0ATA
5879/0ATA
267.PZE
650/STW
1031+IPZE
SI9NAA
638-L.w
5821/1(
S!61+10ATA
7001/1(
SI(IP6
816/BIR
SL.
SI..AO
214/XPSO
649/E6R
SL,RET
271-XPSD
SL.Sw
SI.TR
61+9-E6R
211+.,XPSO
'''ACE
10 8 2-TEXT
SPUR
1293/XPSO
SPURTRAP
1095/0ATA
STeOl
3374-DATA
STB02
3382-DATA
ST803
3390-DATA
STB04
3396-DATA
ST805
31+05.0ATA
STCF
89/ePE~
STCF
STCFOl
STCF02
89/ePE'J
34861!'0ATA
31+91+-0ATA
STCF03
350?·OATA
STeFOI+
3~10-0ATA
STDOl
31+11+-0ATA
STD02
3426-0ATA
STD03
3439"OATA
ST004
31+51-0ATA
STHOl
3324-DATA
5-32
11 701 J
1295.PZE
1293-XPSD
1171+IJ
1178/J
2882/1(
58'+8/0ATA
5884/0ATA
299'+/1(
5853/0ATA
5890/0ATA
'5805/1(
5859/0ATA
.589S/OATA
XDS 901523
STH;;?
3332-DATA
STHJ3
3340-~ATA
STHO'+
33~~·DAH
STHO~
33S7-0AH
STH(,6
336S-DATA
ST~RE
45'YLw
465/LW
7't5/LI'4
lO53-STW
1052-STW
STR ....,Gl
ST~i.r)
798.5TIII
76P/ST . . .
801/LW
STSJl
346 ... ·D"Tf..
STSJ2
347:i-DATlI
STI\'Jl
17't~"DA;"
ST,:..,?
t751·)Al ..
SfIi:~
:
?'t2 .. )A r ,;
S"i;'
24,iC .. DA T;:
SN:)'l
c: it 4',-rJA1A
SW:'li
,'4 4 ~ - ;) fl.. T ;,
Slf
~::
?ItS' <.t.JA
~; .,." """I
C
~)C ~
..
(-,4-6'; -':'A!,.,
4S1''':::'A
T
"
~:"- ~
",f:c! ••
-':'f>,
T;
t)Jr,.~
:.L,3
;-[)A:- t.
30:"':·.
4b37 .. DAi';..,
:;lv
,+
C' ......
'u
f"\
~:-
'to '~ • ~~ .A 1 :.
,-
.. 64',1-:)ATA
SO~7
465'-:'ATA
SO("e.. 66-:;-CJolTi.
SOS,)
467," .. C' AT,t.,
501
4732-CA1A
SOl :'
467r..·r:Ar.;
SOt!
468;"-['ATA
SOle:
468S<·DAf.;
501.3
469;, .. ljA 1;.
501<-+
4697-:'ATA
SOlS,
470"-2AT ..
S016
47C,-'.'.~1;..
5017
5-33
XDS 901523
4711-DATA
S018
1t717-DATA
5019
4721-CATA
502
473~-DATA
5020
4726-DATA
503
1t7lt4-DATA
504
475()-[)ATA
50S
4 75fl-DA TA
506
4761-[:ATA
507
477r-DATA
SOP
4778-CATA
50~
1t784-DATA
510
1t790-()ATA
511
479n·~ATA
51?
480~-DA TA
511
4811-DA1,:-
514
4817-DATA
51')
4B23-r)ATA
516
4829-DATA
517
483(;-r.ATA
518
4842-DATA
519
484P-DATA
520
4854-DATA
521
486C-t:ATA
522
4867-DATA
523
4873-DATA
524
4879-DATA
52!5
488S-DA TA
526
L;891-DA'TA
527
489~-DATA
528
4904-CATA
529
4911-CATA
530
1t917-CATA
531
4923-DATA
53?
492 q -DATA
533
493S-CATA
5-34
XDS 901523
S3'+
49 .. t,-CA1A
53(:;
.. ~5f,·CATA
53£..
496£,-C'ATA
S37
4977-DATA
S38
539
S~C
541
4987-C'ATA
,,997-CA TIl
500 x -CAlA
:,C 1'+-(' ATA.
51+2
:,02" -CA TA
S,+~
5026·D~TA
51+4
C:;032-CATA
51+5
503~-DATA
5'+6
50'+~
.. DATA
547
~051-CATA
548
505~-DA TA
549
sse
506R-CATA
~07F1-DATJ.
S51
508C:-C ATA
552
~09'J-CATA
S53
510 Q -C'A'TA
TABU.
470/ST""
502/Ll»
524/L,.,
591/L.~
597/L~,
105?/ST:
1235-I''I
729/T16.
1314/5TW
213/XPSl)
260· F lE
646/STW
645/EBR
1035· P ZE
TVPE
un
UI I AD
1193-0ATA
81/+/I..w
972 / XPSD
838/TDV.
86?1S16.
876/T16.
10 3 5/ P ZE
5-35
XDS 901523
UIIREr
UIISW
UI JTR
264-XPSD
5901/K
64S-E6R
666/~CR
213-XPSD
901/STW
911/ST'.o4
218/XPSO
299.PlE
1036/PZE
772/5T:.\
79~/l8R
1276-PZr
751/ST~'
7 811 A~~D
l?77 .. PZE
76f.-STV;
805/E'1
11?·SET
114/HRG
478/Li'J
570/LW
wDn~
WDTRAD
5902/1(
1036-PZE
WDTFo/[ T
301.XPS8
WDTRTR
21~·XPSD
WI(B
W6RD
WORDS
XP
XPSD
XPS()ID
568/LI'I
R
1281 .. EGlU
1072.1
XRTC
934-8
XW01
3519-DATA
XW02
3527-CATA
XW03
3531)·CATA
XW04
3543-CATA
V
1284-EQl.'
ZERe
1.t2c:l/LI'I
430/L'f.'
1278.EQ~
12g8/U~U
ZIe~
lIBAI'"
ZR
446/LW
1289/EQU
943/Sh
945.CATA
961/51(3-
139/CATA
11.t4/DATA
941-8
620/8C5
722·LW
484/Lw
616/LW
116/\,.W
891/1..W
2Q3
lO59-DATA
6Q3
72~/LW
734/M.D
735/Ee R
872/AND
873/E6R
88l/AND
882/EeR
112/5[T
269/PZE
112/5ET
277/PZE
318/PZE
r:;89/BIR
787/BIR
839/BCR
113/DB
285/PZE.
40l/PZE
603/Bl"
79s/BIR
840/BCR
986/DATA
5709/ CAL2
113/oe
293/PZE
412/PZE;
H4/eRG
301/PZE
455/STW
239/PZE
309/PZE
618/8C5
626;Bi R
796/BIR
851/BCS
1002/CW
802/BIR
864/pZE
1231/F'IL.L.
ii3iPlE
80l/BIR
87 0 /BCR
125 1 11n I.L.
5731/CAI. ..
1058-GEI"
$
82/D6
26?/PZE.
33('/PZE
471/BIR
719/BIR
804/BIR
879/8CR
l2 97 / PZE
5736/CALI+
5-36
355/ PlE
472/81R
732/RCR
808/8 I1~
920/8
1311/(3RG
7946/E.QU
941/B
5 7 05/ CAL l
5 7 13/ CA1.3
571 7 /CAL.4
4~7/BtR
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