For the UART architecture shown below for your reference, what should be the ready condition when CPU is writing to UART? UART undefined Senal uter Empty TH Data Buffer Data Bu Bufer Fu Rx Data Buter Ser Serial-inParalel out ShiR Register TX Data Buffer empty RX Data Buffer empty TX Data Buffer not full RX Data Buffer full

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For the UART architecture shown below for your reference, what should be the
ready condition when CPU is writing to UART?
UART
Paral
undefined
Serial
out
Buffer Empty
Tx Data Buffer
Data Bus
Buffer Full
Rx Data Butter
Serial in
Serial-inParallel-out
Shift Register
TX Data Buffer empty
RX Data Buffer empty
TX Data Buffer not full
RX Data Buffer full
Transcribed Image Text:For the UART architecture shown below for your reference, what should be the ready condition when CPU is writing to UART? UART Paral undefined Serial out Buffer Empty Tx Data Buffer Data Bus Buffer Full Rx Data Butter Serial in Serial-inParallel-out Shift Register TX Data Buffer empty RX Data Buffer empty TX Data Buffer not full RX Data Buffer full
We would like to write a short assembly code snip-it to move 32 bit integer data as
shown below. Memory addresses are shown on the side. memory content is
irrelevant.
32 bit
32 bt
Ox1230
UXABCO
Ox1234
OKABC4
Ox1238
OXABC8
Ох 123C
OXABCC
Ox1240
Ox1244
Ox1248
Ох124с
Ox1250
Ox1251
Ox1258
Ox125C
Ox1260
Fill in the blanks to make the code work according to the above memory-map.
mov R1, #<blanki>
mov R2, #<blank2>
mov R3, #<blanks>
CHK
LOOP
LDR R4, [R1], #<blank4>
STR R4, [R2], #<blank5>
SUB R3, #1
CHK
CMP R3, #0
BGT LOOP
Blank # 1
Blank # 2
Blank # 3
Blank # 4
Blank # 5
Transcribed Image Text:We would like to write a short assembly code snip-it to move 32 bit integer data as shown below. Memory addresses are shown on the side. memory content is irrelevant. 32 bit 32 bt Ox1230 UXABCO Ox1234 OKABC4 Ox1238 OXABC8 Ох 123C OXABCC Ox1240 Ox1244 Ox1248 Ох124с Ox1250 Ox1251 Ox1258 Ox125C Ox1260 Fill in the blanks to make the code work according to the above memory-map. mov R1, #<blanki> mov R2, #<blank2> mov R3, #<blanks> CHK LOOP LDR R4, [R1], #<blank4> STR R4, [R2], #<blank5> SUB R3, #1 CHK CMP R3, #0 BGT LOOP Blank # 1 Blank # 2 Blank # 3 Blank # 4 Blank # 5
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