3. What will be the output of the following program? Note the use of to_character() and to_ascii() functions. The to_character() takes the ASCII value of a character as input and returns the character itself. So, if ch = to_character(97), then to_character(97) will return the character 'a' because the ASCII value for the small letter 'a' is 97. The to_ascii() function returns the ASCII value of a given character B Yes. QUEU Start load_text() Loop le count No fText-allText[le] makeUpperCase() lele + 1 DO PUT K End main() bijotiin to Start count 0 Redirect_Input ("sample Text.txt") End Of Input GET Text count count + 1 (load_text() allText[count]fText Redirect_Input(no) Yes Start မီးပုံးပြုန်းဦး uCase" cCount 1 Loop Yes. eCount>length of (fText) No (makeUpperCase() ase Valueto_ascii (fText[cCount] ) asc Value >= 65 and asc Value <=90 uCase uCase + to_character(asc Value) asc Value asc Value - 32 cCountcCount + 1 End allUcase[le] uCase No k+k+1
3. What will be the output of the following program? Note the use of to_character() and to_ascii() functions. The to_character() takes the ASCII value of a character as input and returns the character itself. So, if ch = to_character(97), then to_character(97) will return the character 'a' because the ASCII value for the small letter 'a' is 97. The to_ascii() function returns the ASCII value of a given character B Yes. QUEU Start load_text() Loop le count No fText-allText[le] makeUpperCase() lele + 1 DO PUT K End main() bijotiin to Start count 0 Redirect_Input ("sample Text.txt") End Of Input GET Text count count + 1 (load_text() allText[count]fText Redirect_Input(no) Yes Start မီးပုံးပြုန်းဦး uCase" cCount 1 Loop Yes. eCount>length of (fText) No (makeUpperCase() ase Valueto_ascii (fText[cCount] ) asc Value >= 65 and asc Value <=90 uCase uCase + to_character(asc Value) asc Value asc Value - 32 cCountcCount + 1 End allUcase[le] uCase No k+k+1
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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Transcribed Image Text:www
sample Text.txt - Not...
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Toron To
UNIVERSITY
X
![3. What will be the output of the following program? Note the use of to_character() and to_ascii()
functions. The to_character() takes the ASCII value of a character as input and returns the character
itself. So, if ch = to_character(97), then to_character(97) will return the character ‘a’ because the ASCII
value for the small letter ‘a' is 97. The to_ascii() function returns the ASCII value of a given character
makeUpperCase()
Yes
ODD!
Start
lc ← 1
load_text()
Loop
lc>count
No
fText allText[lc]
makeUpperCase()
lc lc + 1
PUT K
End
main()
Yes
Start
count - 0
Redirect_Input
("sample Text.txt")
Loop
End Of Input
No
GET fText
count count + 1
all Text[count]fText
Redirect_Input(no)
load text()
End
Yes
Yes
ONDON
Start
uCase ""
cCount 1
Loop
cCount length of
(fText)
No
asc Value to ascii
(fText[cCount] )
asc Value >= 65 and ascValue No
<=90
asc Value asc Value -
32
uCase uCase +
to_character(asc Value)
cCount cCount + 1
allUcase[lc] uCase
End
k+k+1](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0a36bc2b-7579-4794-a6ba-da7ed34982fd%2F32bd4027-9cdb-464d-90f1-68933a72902c%2F6lwrqqs_processed.png&w=3840&q=75)
Transcribed Image Text:3. What will be the output of the following program? Note the use of to_character() and to_ascii()
functions. The to_character() takes the ASCII value of a character as input and returns the character
itself. So, if ch = to_character(97), then to_character(97) will return the character ‘a’ because the ASCII
value for the small letter ‘a' is 97. The to_ascii() function returns the ASCII value of a given character
makeUpperCase()
Yes
ODD!
Start
lc ← 1
load_text()
Loop
lc>count
No
fText allText[lc]
makeUpperCase()
lc lc + 1
PUT K
End
main()
Yes
Start
count - 0
Redirect_Input
("sample Text.txt")
Loop
End Of Input
No
GET fText
count count + 1
all Text[count]fText
Redirect_Input(no)
load text()
End
Yes
Yes
ONDON
Start
uCase ""
cCount 1
Loop
cCount length of
(fText)
No
asc Value to ascii
(fText[cCount] )
asc Value >= 65 and ascValue No
<=90
asc Value asc Value -
32
uCase uCase +
to_character(asc Value)
cCount cCount + 1
allUcase[lc] uCase
End
k+k+1
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