BR main ;******* main () vector: .EQUATE 2 .EQUATE O 10,i 0,i j,s 4,i ;local variable #2d4a ;local variable #2d ¡push #vector #j ;for (j = 0 j: main: SUBSP LDWX STWX CPWX for1: ¡j < 4 BRGE endForl ; two bytes per integer ;scanf("%d", &vector[j]) ;j++) ASLX DECI vector,sx j,s 1,i j,s for1 3,i j,s 0,i endFor2 LDWX ADDX STWX BR endForl: LDWX ;for (j = 3 STWX for2: CPWX ¡j >= 0 BRLT j,s ,i charOut,d DECO ¡printf("%d %d\n", j, vector[j]) LDBA STBA ASLX ; two bytes per integer vector,sx '\n',i charOut,d j,s 1,i j,s for2 10,i DECO LDBA STBA LDWX ¡j--) SUBX STWX BR endFor2: ADDSP ¡pop #j #vector STOP .END

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Which of the following statement(s) are true for the above code?

Group of answer choices
the code allocates space for a local variable and a global array
the code allocates space for a local variable and a local array
The code utilizes the index register
the code utilizes the stack pointer
the code uses 5 different addressing modes
BR
main
;******* main ()
.EQUATE 2
.EQUATE O
10,i
0,i
j,s
4,i
;local variable #2d4a
;local variable #2d
;push #vector #j
; for (j = 0
vector:
j:
main:
SUBSP
LDWX
STWX
forl:
CPWX
¡j < 4
BRGE
endForl
; two bytes per integer
;scanf ("%d", &vector[j])
¡j++)
ASLX
DECI
vector,sx
j,s
1,i
j,s
forl
LDWX
ADDX
STWX
BR
endForl: LDWX
3,i
j,s
0,i
endFor2
;for (j = 3
STWX
for2:
СРИХ
¡j >= 0
BRLT
j,s
,i
charout,d
DECO
;printf("%d %d\n", j, vector[j])
LDBA
STBA
ASLX
; two bytes per integer
DECO
vector,sx
'\n',i
charout,d
j,s
1,i
j,s
for2
LDBA
STBA
LDWX
¡j--)
SUBX
STWX
BR
endFor2: ADDSP
10,i
¡pop #j #vector
STOP
. END
Transcribed Image Text:BR main ;******* main () .EQUATE 2 .EQUATE O 10,i 0,i j,s 4,i ;local variable #2d4a ;local variable #2d ;push #vector #j ; for (j = 0 vector: j: main: SUBSP LDWX STWX forl: CPWX ¡j < 4 BRGE endForl ; two bytes per integer ;scanf ("%d", &vector[j]) ¡j++) ASLX DECI vector,sx j,s 1,i j,s forl LDWX ADDX STWX BR endForl: LDWX 3,i j,s 0,i endFor2 ;for (j = 3 STWX for2: СРИХ ¡j >= 0 BRLT j,s ,i charout,d DECO ;printf("%d %d\n", j, vector[j]) LDBA STBA ASLX ; two bytes per integer DECO vector,sx '\n',i charout,d j,s 1,i j,s for2 LDBA STBA LDWX ¡j--) SUBX STWX BR endFor2: ADDSP 10,i ¡pop #j #vector STOP . END
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