{Technion Reference} מערכות קבצים - תרגיל רטוב קובץ פלט

[Liran Cohen]

זה הפלט שיצא לנו אחרי שסיימנו לבנות את כל הפונקציות.כמובן שתיקנו תוך כדי
ועכשיו הכל נראה בסדר.
תשוו אותו עם שלכם ע"י
diff
ותכתבו לי אם יש הבדלים, וגם אם לא.
בהצלחה לכולם.

-- 
לירן כהן
Liran Cohen

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*********************************************
CreateRAID3x3 Results
*********************************************

Disk 0 
        Address(cyl,track,sector) = (0,0,0)

        Sector contains: No one

Disk 1 
        Address(cyl,track,sector) = (0,0,0)

        Sector contains:  who h

Disk 2 
        Address(cyl,track,sector) = (0,0,0)

        Sector contains: ad eve

Disk 3 
        Address(cyl,track,sector) = (0,0,0)

        Sector contains: r seen

Disk 4 
        Address(cyl,track,sector) = (0,0,0)

        Sector contains: /


Disk 5 
        Address(cyl,track,sector) = (0,0,0)

        Sector contains: RW
E

Disk 6 
        Address(cyl,track,sector) = (0,0,0)

        Sector contains: nHN


Disk 7 
        Address(cyl,track,sector) = (0,0,0)

        Sector contains: DS

Disk 8 
        Address(cyl,track,sector) = (0,0,0)

        Sector contains: }\]

Disk 0 
        Address(cyl,track,sector) = (0,0,1)

        Sector contains:  Cathe

Disk 1 
        Address(cyl,track,sector) = (0,0,1)

        Sector contains: rine M

Disk 2 
        Address(cyl,track,sector) = (0,0,1)

        Sector contains: orland

Disk 3 
        Address(cyl,track,sector) = (0,0,1)

        Sector contains:  in he

Disk 4 
        Address(cyl,track,sector) = (0,0,1)

        Sector contains: O1



Disk 5 
        Address(cyl,track,sector) = (0,0,1)

        Sector contains: REH(

Disk 6 
        Address(cyl,track,sector) = (0,0,1)

        Sector contains: R*H(

Disk 7 
        Address(cyl,track,sector) = (0,0,1)

        Sector contains: OA


Disk 8 
        Address(cyl,track,sector) = (0,0,1)

        Sector contains: 1
PN)

Disk 0 
        Address(cyl,track,sector) = (0,0,2)

        Sector contains: r infa

Disk 1 
        Address(cyl,track,sector) = (0,0,2)

        Sector contains: ncy wo

Disk 2 
        Address(cyl,track,sector) = (0,0,2)

        Sector contains: uld ha

Disk 3 
        Address(cyl,track,sector) = (0,0,2)

        Sector contains: ve sup

Disk 4 
        Address(cyl,track,sector) = (0,0,2)

        Sector contains: L
N

Disk 5 
        Address(cyl,track,sector) = (0,0,2)

        Sector contains: YS

Disk 6 
        Address(cyl,track,sector) = (0,0,2)

        Sector contains: CN

Disk 7 
        Address(cyl,track,sector) = (0,0,2)

        Sector contains:       DS

Disk 8 
        Address(cyl,track,sector) = (0,0,2)

        Sector contains: JT

Disk 0 
        Address(cyl,track,sector) = (0,0,3)

        Sector contains: posed 

Disk 1 
        Address(cyl,track,sector) = (0,0,3)

        Sector contains: her bo

Disk 2 
        Address(cyl,track,sector) = (0,0,3)

        Sector contains: rn to 

Disk 3 
        Address(cyl,track,sector) = (0,0,3)

        Sector contains: be an 

Disk 4 
        Address(cyl,track,sector) = (0,0,3)

        Sector contains: 
S

Disk 5 
        Address(cyl,track,sector) = (0,0,3)

        Sector contains: 
RAO

Disk 6 
        Address(cyl,track,sector) = (0,0,3)

        Sector contains: 

EO

Disk 7 
        Address(cyl,track,sector) = (0,0,3)

        Sector contains: 


Disk 8 
        Address(cyl,track,sector) = (0,0,3)

        Sector contains: 

PO

Disk 0 
        Address(cyl,track,sector) = (0,0,4)

        Sector contains: heroin

Disk 1 
        Address(cyl,track,sector) = (0,0,4)

        Sector contains: e. Her

Disk 2 
        Address(cyl,track,sector) = (0,0,4)

        Sector contains:  situa

Disk 3 
        Address(cyl,track,sector) = (0,0,4)

        Sector contains: tion i

Disk 4 
        Address(cyl,track,sector) = (0,0,4)

        Sector contains: H

Disk 5 
        Address(cyl,track,sector) = (0,0,4)

        Sector contains: GO&E

Disk 6 
        Address(cyl,track,sector) = (0,0,4)

        Sector contains: 
KR'

Disk 7 
        Address(cyl,track,sector) = (0,0,4)

        Sector contains: TU

Disk 8 
        Address(cyl,track,sector) = (0,0,4)

        Sector contains: YQT=Y

Disk 0 
        Address(cyl,track,sector) = (0,0,5)

        Sector contains: n life

Disk 1 
        Address(cyl,track,sector) = (0,0,5)

        Sector contains: , the 

Disk 2 
        Address(cyl,track,sector) = (0,0,5)

        Sector contains: charac

Disk 3 
        Address(cyl,track,sector) = (0,0,5)

        Sector contains: ter of

Disk 4 
        Address(cyl,track,sector) = (0,0,5)

        Sector contains: 
H


Disk 5 
        Address(cyl,track,sector) = (0,0,5)

        Sector contains: XEH
F

Disk 6 
        Address(cyl,track,sector) = (0,0,5)

        Sector contains: B
E

Disk 7 
        Address(cyl,track,sector) = (0,0,5)

        Sector contains: 
R

Disk 8 
        Address(cyl,track,sector) = (0,0,5)

        Sector contains: U
S
@

Disk 0 
        Address(cyl,track,sector) = (0,0,6)

        Sector contains:  her f

Disk 1 
        Address(cyl,track,sector) = (0,0,6)

        Sector contains: ather 

Disk 2 
        Address(cyl,track,sector) = (0,0,6)

        Sector contains: and mo

Disk 3 
        Address(cyl,track,sector) = (0,0,6)

        Sector contains: ther, 

Disk 4 
        Address(cyl,track,sector) = (0,0,6)

        Sector contains: A
RM  

Disk 5 
        Address(cyl,track,sector) = (0,0,6)

        Sector contains: 
^

Disk 6 
        Address(cyl,track,sector) = (0,0,6)

        Sector contains: A
RF

Disk 7 
        Address(cyl,track,sector) = (0,0,6)

        Sector contains: 
RAO

Disk 8 
        Address(cyl,track,sector) = (0,0,6)

        Sector contains: TE  

Disk 0 
        Address(cyl,track,sector) = (0,0,7)

        Sector contains: her ow

Disk 1 
        Address(cyl,track,sector) = (0,0,7)

        Sector contains: n pers

Disk 2 
        Address(cyl,track,sector) = (0,0,7)

        Sector contains: on and

Disk 3 
        Address(cyl,track,sector) = (0,0,7)

        Sector contains:  dispo

Disk 4 
        Address(cyl,track,sector) = (0,0,7)

        Sector contains: RA


Disk 5 
        Address(cyl,track,sector) = (0,0,7)

        Sector contains: ND

Disk 6 
        Address(cyl,track,sector) = (0,0,7)

        Sector contains: EE

Disk 7 
        Address(cyl,track,sector) = (0,0,7)

        Sector contains: O
I

Disk 8 
        Address(cyl,track,sector) = (0,0,7)

        Sector contains: IOKW

Disk 0 
        Address(cyl,track,sector) = (0,1,0)

        Sector contains: sition

Disk 1 
        Address(cyl,track,sector) = (0,1,0)

        Sector contains: , were

Disk 2 
        Address(cyl,track,sector) = (0,1,0)

        Sector contains:  all e

Disk 3 
        Address(cyl,track,sector) = (0,1,0)

        Sector contains: qually

Disk 4 
        Address(cyl,track,sector) = (0,1,0)

        Sector contains: SO

Disk 5 
        Address(cyl,track,sector) = (0,1,0)

        Sector contains: ]U    

Disk 6 
        Address(cyl,track,sector) = (0,1,0)

        Sector contains: _I

Disk 7 
        Address(cyl,track,sector) = (0,1,0)

        Sector contains: Q
L

Disk 8 
        Address(cyl,track,sector) = (0,1,0)

        Sector contains: ]Q

Disk 0 
        Address(cyl,track,sector) = (0,1,1)

        Sector contains:  again

Disk 1 
        Address(cyl,track,sector) = (0,1,1)

        Sector contains: st her

Disk 2 
        Address(cyl,track,sector) = (0,1,1)

        Sector contains: . Her 

Disk 3 
        Address(cyl,track,sector) = (0,1,1)

        Sector contains: father

Disk 4 
        Address(cyl,track,sector) = (0,1,1)

        Sector contains: A/N

Disk 5 
        Address(cyl,track,sector) = (0,1,1)

        Sector contains: T

Disk 6 
        Address(cyl,track,sector) = (0,1,1)

        Sector contains: SG    

Disk 7 
        Address(cyl,track,sector) = (0,1,1)

        Sector contains: HA<
R

Disk 8 
        Address(cyl,track,sector) = (0,1,1)

        Sector contains: T{N

Disk 0 
        Address(cyl,track,sector) = (0,1,2)

        Sector contains:  was a

Disk 1 
        Address(cyl,track,sector) = (0,1,2)

        Sector contains:  clerg

Disk 2 
        Address(cyl,track,sector) = (0,1,2)

        Sector contains: yman, 

Disk 3 
        Address(cyl,track,sector) = (0,1,2)

        Sector contains: withou

Disk 4 
        Address(cyl,track,sector) = (0,1,2)

        Sector contains: YA

Disk 5 
        Address(cyl,track,sector) = (0,1,2)

        Sector contains: W



Disk 6 
        Address(cyl,track,sector) = (0,1,2)

        Sector contains: 
R

Disk 7 
        Address(cyl,track,sector) = (0,1,2)

        Sector contains: CU

Disk 8 
        Address(cyl,track,sector) = (0,1,2)

        Sector contains: S

Disk 0 
        Address(cyl,track,sector) = (0,1,3)

        Sector contains: t bein

Disk 1 
        Address(cyl,track,sector) = (0,1,3)

        Sector contains: g negl

Disk 2 
        Address(cyl,track,sector) = (0,1,3)

        Sector contains: ected,

Disk 3 
        Address(cyl,track,sector) = (0,1,3)

        Sector contains:  or po

Disk 4 
        Address(cyl,track,sector) = (0,1,3)

        Sector contains: C
B

Disk 5 
        Address(cyl,track,sector) = (0,1,3)

        Sector contains: GOE

Disk 6 
        Address(cyl,track,sector) = (0,1,3)

        Sector contains: 

Disk 7 
        Address(cyl,track,sector) = (0,1,3)

        Sector contains: EEC

Disk 8 
        Address(cyl,track,sector) = (0,1,3)

        Sector contains: V
EA

Disk 0 
        Address(cyl,track,sector) = (0,1,4)

        Sector contains: or, an

Disk 1 
        Address(cyl,track,sector) = (0,1,4)

        Sector contains: d a ve

Disk 2 
        Address(cyl,track,sector) = (0,1,4)

        Sector contains: ry res

Disk 3 
        Address(cyl,track,sector) = (0,1,4)

        Sector contains: pectab

Disk 4 
        Address(cyl,track,sector) = (0,1,4)

        Sector contains: R

Disk 5 
        Address(cyl,track,sector) = (0,1,4)

        Sector contains: ET

Disk 6 
        Address(cyl,track,sector) = (0,1,4)

        Sector contains: RM

Disk 7 
        Address(cyl,track,sector) = (0,1,4)

        Sector contains: C

Disk 8 
        Address(cyl,track,sector) = (0,1,4)

        Sector contains:        N

Disk 0 
        Address(cyl,track,sector) = (0,1,5)

        Sector contains: le man

Disk 1 
        Address(cyl,track,sector) = (0,1,5)

        Sector contains: , thou

Disk 2 
        Address(cyl,track,sector) = (0,1,5)

        Sector contains: gh his

Disk 3 
        Address(cyl,track,sector) = (0,1,5)

        Sector contains:  name 

Disk 4 
        Address(cyl,track,sector) = (0,1,5)

        Sector contains: 


Disk 5 
        Address(cyl,track,sector) = (0,1,5)

        Sector contains: N
U

Disk 6 
        Address(cyl,track,sector) = (0,1,5)

        Sector contains: @ET

Disk 7 
        Address(cyl,track,sector) = (0,1,5)

        Sector contains: GAS

Disk 8 
        Address(cyl,track,sector) = (0,1,5)

        Sector contains: CH

Disk 0 
        Address(cyl,track,sector) = (0,1,6)

        Sector contains: was Ri

Disk 1 
        Address(cyl,track,sector) = (0,1,6)

        Sector contains: chard-

Disk 2 
        Address(cyl,track,sector) = (0,1,6)

        Sector contains: -and h

Disk 3 
        Address(cyl,track,sector) = (0,1,6)

        Sector contains: e had 

Disk 4 
        Address(cyl,track,sector) = (0,1,6)

        Sector contains: ZDr


Disk 5 
        Address(cyl,track,sector) = (0,1,6)

        Sector contains: H     


Disk 6 
        Address(cyl,track,sector) = (0,1,6)

        Sector contains:       R6D

Disk 7 
        Address(cyl,track,sector) = (0,1,6)

        Sector contains: HADH

Disk 8 
        Address(cyl,track,sector) = (0,1,6)

        Sector contains: \HWr

Disk 0 
        Address(cyl,track,sector) = (0,1,7)

        Sector contains: never 

Disk 1 
        Address(cyl,track,sector) = (0,1,7)

        Sector contains: been h

Disk 2 
        Address(cyl,track,sector) = (0,1,7)

        Sector contains: andsom

Disk 3 
        Address(cyl,track,sector) = (0,1,7)

        Sector contains: e. He 

Disk 4 
        Address(cyl,track,sector) = (0,1,7)

        Sector contains: M

Disk 5 
        Address(cyl,track,sector) = (0,1,7)

        Sector contains: KE&EH

Disk 6 
        Address(cyl,track,sector) = (0,1,7)

        Sector contains: RH

Disk 7 
        Address(cyl,track,sector) = (0,1,7)

        Sector contains: ...@d;
M

Disk 8 
        Address(cyl,track,sector) = (0,1,7)

        Sector contains: ...@w0x

Disk 0 
        Address(cyl,track,sector) = (0,2,0)

        Sector contains: had a 

Disk 1 
        Address(cyl,track,sector) = (0,2,0)

        Sector contains: consid

Disk 2 
        Address(cyl,track,sector) = (0,2,0)

        Sector contains: erable

Disk 3 
        Address(cyl,track,sector) = (0,2,0)

        Sector contains:  indep

Disk 4 
        Address(cyl,track,sector) = (0,2,0)

        Sector contains: 
B
E

Disk 5 
        Address(cyl,track,sector) = (0,2,0)

        Sector contains: C

Disk 6 
        Address(cyl,track,sector) = (0,2,0)

        Sector contains: 
SD

Disk 7 
        Address(cyl,track,sector) = (0,2,0)

        Sector contains: E   

Disk 8 
        Address(cyl,track,sector) = (0,2,0)

        Sector contains: NU
Q

Disk 0 
        Address(cyl,track,sector) = (0,2,1)

        Sector contains: endenc

Disk 1 
        Address(cyl,track,sector) = (0,2,1)

        Sector contains: e besi

Disk 2 
        Address(cyl,track,sector) = (0,2,1)

        Sector contains: des tw

Disk 3 
        Address(cyl,track,sector) = (0,2,1)

        Sector contains: o good

Disk 4 
        Address(cyl,track,sector) = (0,2,1)

        Sector contains: 
E

Disk 5 
        Address(cyl,track,sector) = (0,2,1)

        Sector contains: 




Disk 6 
        Address(cyl,track,sector) = (0,2,1)

        Sector contains: N


Disk 7 
        Address(cyl,track,sector) = (0,2,1)

        Sector contains: EO

Disk 8 
        Address(cyl,track,sector) = (0,2,1)

        Sector contains: O

Disk 0 
        Address(cyl,track,sector) = (0,2,2)

        Sector contains:  livin

Disk 1 
        Address(cyl,track,sector) = (0,2,2)

        Sector contains: gs--an

Disk 2 
        Address(cyl,track,sector) = (0,2,2)

        Sector contains: d he w

Disk 3 
        Address(cyl,track,sector) = (0,2,2)

        Sector contains: as not

Disk 4 
        Address(cyl,track,sector) = (0,2,2)

        Sector contains: DL
I

Disk 5 
        Address(cyl,track,sector) = (0,2,2)

        Sector contains: 
C

Disk 6 
        Address(cyl,track,sector) = (0,2,2)

        Sector contains: GD[

Disk 7 
        Address(cyl,track,sector) = (0,2,2)

        Sector contains: SHO

Disk 8 
        Address(cyl,track,sector) = (0,2,2)

        Sector contains: BLPG

Disk 0 
        Address(cyl,track,sector) = (0,2,3)

        Sector contains:  in th

Disk 1 
        Address(cyl,track,sector) = (0,2,3)

        Sector contains: e leas

Disk 2 
        Address(cyl,track,sector) = (0,2,3)

        Sector contains: t addi

Disk 3 
        Address(cyl,track,sector) = (0,2,3)

        Sector contains: cted t

Disk 4 
        Address(cyl,track,sector) = (0,2,3)

        Sector contains: TID


Disk 5 
        Address(cyl,track,sector) = (0,2,3)

        Sector contains: T     
A

Disk 6 
        Address(cyl,track,sector) = (0,2,3)

        Sector contains: EIE

Disk 7 
        Address(cyl,track,sector) = (0,2,3)

        Sector contains: TD

Disk 8 
        Address(cyl,track,sector) = (0,2,3)

        Sector contains: REQ

Disk 0 
        Address(cyl,track,sector) = (0,2,4)

        Sector contains: o lock

Disk 1 
        Address(cyl,track,sector) = (0,2,4)

        Sector contains: ing up

Disk 2 
        Address(cyl,track,sector) = (0,2,4)

        Sector contains:  his d

Disk 3 
        Address(cyl,track,sector) = (0,2,4)

        Sector contains: aughte

Disk 4 
        Address(cyl,track,sector) = (0,2,4)

        Sector contains: OHC

Disk 5 
        Address(cyl,track,sector) = (0,2,4)

        Sector contains: H


Disk 6 
        Address(cyl,track,sector) = (0,2,4)

        Sector contains: NO

Disk 7 
        Address(cyl,track,sector) = (0,2,4)

        Sector contains: AT


Disk 8 
        Address(cyl,track,sector) = (0,2,4)

        Sector contains: GSTB

Disk 0 
        Address(cyl,track,sector) = (0,2,5)

        Sector contains: rs. He

Disk 1 
        Address(cyl,track,sector) = (0,2,5)

        Sector contains: r moth

Disk 2 
        Address(cyl,track,sector) = (0,2,5)

        Sector contains: er was

Disk 3 
        Address(cyl,track,sector) = (0,2,5)

        Sector contains:  a wom

Disk 4 
        Address(cyl,track,sector) = (0,2,5)

        Sector contains: 
W)

Disk 5 
        Address(cyl,track,sector) = (0,2,5)

        Sector contains: RAM

Disk 6 
        Address(cyl,track,sector) = (0,2,5)

        Sector contains: SCO<


Disk 7 
        Address(cyl,track,sector) = (0,2,5)

        Sector contains: E

Disk 8 
        Address(cyl,track,sector) = (0,2,5)

        Sector contains: e...@co2

Disk 0 
        Address(cyl,track,sector) = (0,2,6)

        Sector contains: an of 

Disk 1 
        Address(cyl,track,sector) = (0,2,6)

        Sector contains: useful

Disk 2 
        Address(cyl,track,sector) = (0,2,6)

        Sector contains:  plain

Disk 3 
        Address(cyl,track,sector) = (0,2,6)

        Sector contains:  sense

Disk 4 
        Address(cyl,track,sector) = (0,2,6)

        Sector contains: ALN

Disk 5 
        Address(cyl,track,sector) = (0,2,6)

        Sector contains: U  

Disk 6 
        Address(cyl,track,sector) = (0,2,6)

        Sector contains: E    L

Disk 7 
        Address(cyl,track,sector) = (0,2,6)

        Sector contains:      

Disk 8 
        Address(cyl,track,sector) = (0,2,6)

        Sector contains: L   G

Disk 0 
        Address(cyl,track,sector) = (0,2,7)

        Sector contains: , with

Disk 1 
        Address(cyl,track,sector) = (0,2,7)

        Sector contains:  a goo

Disk 2 
        Address(cyl,track,sector) = (0,2,7)

        Sector contains: d temp

Disk 3 
        Address(cyl,track,sector) = (0,2,7)

        Sector contains: er, an

Disk 4 
        Address(cyl,track,sector) = (0,2,7)

        Sector contains: H

Disk 5 
        Address(cyl,track,sector) = (0,2,7)

        Sector contains: EG


Disk 6 
        Address(cyl,track,sector) = (0,2,7)

        Sector contains: AW

Disk 7 
        Address(cyl,track,sector) = (0,2,7)

        Sector contains: 
RXE

Disk 8 
        Address(cyl,track,sector) = (0,2,7)

        Sector contains: 
K

Disk 0 
        Address(cyl,track,sector) = (0,3,0)

        Sector contains: d, wha

Disk 1 
        Address(cyl,track,sector) = (0,3,0)

        Sector contains: t is m

Disk 2 
        Address(cyl,track,sector) = (0,3,0)

        Sector contains: ore re

Disk 3 
        Address(cyl,track,sector) = (0,3,0)

        Sector contains: markab

Disk 4 
        Address(cyl,track,sector) = (0,3,0)

        Sector contains: ^EW

Disk 5 
        Address(cyl,track,sector) = (0,3,0)

        Sector contains: AA

Disk 6 
        Address(cyl,track,sector) = (0,3,0)

        Sector contains: IH

Disk 7 
        Address(cyl,track,sector) = (0,3,0)

        Sector contains: K

Disk 8 
        Address(cyl,track,sector) = (0,3,0)

        Sector contains: ^O[

Disk 0 
        Address(cyl,track,sector) = (0,3,1)

        Sector contains: le, wi

Disk 1 
        Address(cyl,track,sector) = (0,3,1)

        Sector contains: th a g

Disk 2 
        Address(cyl,track,sector) = (0,3,1)

        Sector contains: ood co

Disk 3 
        Address(cyl,track,sector) = (0,3,1)

        Sector contains: nstitu

Disk 4 
        Address(cyl,track,sector) = (0,3,1)

        Sector contains: 
H

Disk 5 
        Address(cyl,track,sector) = (0,3,1)

        Sector contains: TT

Disk 6 
        Address(cyl,track,sector) = (0,3,1)

        Sector contains: 
AW

Disk 7 
        Address(cyl,track,sector) = (0,3,1)

        Sector contains: 
I

Disk 8 
        Address(cyl,track,sector) = (0,3,1)

        Sector contains: ...@

Disk 0 
        Address(cyl,track,sector) = (0,3,2)

        Sector contains: tion. 

Disk 1 
        Address(cyl,track,sector) = (0,3,2)

        Sector contains: She ha

Disk 2 
        Address(cyl,track,sector) = (0,3,2)

        Sector contains: d thre

Disk 3 
        Address(cyl,track,sector) = (0,3,2)

        Sector contains: e sons

Disk 4 
        Address(cyl,track,sector) = (0,3,2)

        Sector contains: I\E

Disk 5 
        Address(cyl,track,sector) = (0,3,2)

        Sector contains: 6HO

Disk 6 
        Address(cyl,track,sector) = (0,3,2)

        Sector contains: '

NFA

Disk 7 
        Address(cyl,track,sector) = (0,3,2)

        Sector contains: 


Disk 8 
        Address(cyl,track,sector) = (0,3,2)

        Sector contains: &

IZW

Disk 0 
        Address(cyl,track,sector) = (0,3,3)

        Sector contains:  befor

Disk 1 
        Address(cyl,track,sector) = (0,3,3)

        Sector contains: e Cath

Disk 2 
        Address(cyl,track,sector) = (0,3,3)

        Sector contains: erine 

Disk 3 
        Address(cyl,track,sector) = (0,3,3)

        Sector contains: was bo

Disk 4 
        Address(cyl,track,sector) = (0,3,3)

        Sector contains: E
R

Disk 5 
        Address(cyl,track,sector) = (0,3,3)

        Sector contains: A0A

Disk 6 
        Address(cyl,track,sector) = (0,3,3)

        Sector contains: EB&

Disk 7 
        Address(cyl,track,sector) = (0,3,3)

        Sector contains: NO

Disk 8 
        Address(cyl,track,sector) = (0,3,3)

        Sector contains: WQ<IU

Disk 0 
        Address(cyl,track,sector) = (0,3,4)

        Sector contains: rn; an

Disk 1 
        Address(cyl,track,sector) = (0,3,4)

        Sector contains: d inst

Disk 2 
        Address(cyl,track,sector) = (0,3,4)

        Sector contains: ead of

Disk 3 
        Address(cyl,track,sector) = (0,3,4)

        Sector contains:  dying

Disk 4 
        Address(cyl,track,sector) = (0,3,4)

        Sector contains: _

Disk 5 
        Address(cyl,track,sector) = (0,3,4)

        Sector contains: DD

Disk 6 
        Address(cyl,track,sector) = (0,3,4)

        Sector contains: NRN

Disk 7 
        Address(cyl,track,sector) = (0,3,4)

        Sector contains: EI



Disk 8 
        Address(cyl,track,sector) = (0,3,4)

        Sector contains: SKO

Disk 0 
        Address(cyl,track,sector) = (0,3,5)

        Sector contains:  in br

Disk 1 
        Address(cyl,track,sector) = (0,3,5)

        Sector contains: inging

Disk 2 
        Address(cyl,track,sector) = (0,3,5)

        Sector contains:  the l

Disk 3 
        Address(cyl,track,sector) = (0,3,5)

        Sector contains: atter 

Disk 4 
        Address(cyl,track,sector) = (0,3,5)

        Sector contains: EB

Disk 5 
        Address(cyl,track,sector) = (0,3,5)

        Sector contains: G

Disk 6 
        Address(cyl,track,sector) = (0,3,5)

        Sector contains: I     I

Disk 7 
        Address(cyl,track,sector) = (0,3,5)

        Sector contains: ARL

Disk 8 
        Address(cyl,track,sector) = (0,3,5)

        Sector contains: I^Y

Disk 0 
        Address(cyl,track,sector) = (0,3,6)

        Sector contains: into t

Disk 1 
        Address(cyl,track,sector) = (0,3,6)

        Sector contains: he wor

Disk 2 
        Address(cyl,track,sector) = (0,3,6)

        Sector contains: ld, as

Disk 3 
        Address(cyl,track,sector) = (0,3,6)

        Sector contains:  anybo

Disk 4 
        Address(cyl,track,sector) = (0,3,6)

        Sector contains: 
XOA

Disk 5 
        Address(cyl,track,sector) = (0,3,6)

        Sector contains: HN


Disk 6 
        Address(cyl,track,sector) = (0,3,6)

        Sector contains: 
TO

Disk 7 
        Address(cyl,track,sector) = (0,3,6)

        Sector contains: LBY

Disk 8 
        Address(cyl,track,sector) = (0,3,6)

        Sector contains: MAL

Disk 0 
        Address(cyl,track,sector) = (0,3,7)

        Sector contains: dy mig

Disk 1 
        Address(cyl,track,sector) = (0,3,7)

        Sector contains: ht exp

Disk 2 
        Address(cyl,track,sector) = (0,3,7)

        Sector contains: ect, s

Disk 3 
        Address(cyl,track,sector) = (0,3,7)

        Sector contains: he sti

Disk 4 
        Address(cyl,track,sector) = (0,3,7)

        Sector contains: 
TAI

Disk 5 
        Address(cyl,track,sector) = (0,3,7)

        Sector contains: 

Disk 6 
        Address(cyl,track,sector) = (0,3,7)

        Sector contains: 


Disk 7 
        Address(cyl,track,sector) = (0,3,7)

        Sector contains: 
T_T

Disk 8 
        Address(cyl,track,sector) = (0,3,7)

        Sector contains: 
TWE


Disk 0 
        Address(cyl,track,sector) = (0,4,0)

        Sector contains: ll liv

Disk 1 
        Address(cyl,track,sector) = (0,4,0)

        Sector contains: ed on-

Disk 2 
        Address(cyl,track,sector) = (0,4,0)

        Sector contains: -lived

Disk 3 
        Address(cyl,track,sector) = (0,4,0)

        Sector contains:  to ha

Disk 4 
        Address(cyl,track,sector) = (0,4,0)

        Sector contains: AI

Disk 5 
        Address(cyl,track,sector) = (0,4,0)

        Sector contains: EOOL

Disk 6 
        Address(cyl,track,sector) = (0,4,0)

        Sector contains:        [

Disk 7 
        Address(cyl,track,sector) = (0,4,0)

        Sector contains: 
V


Disk 8 
        Address(cyl,track,sector) = (0,4,0)

        Sector contains: U
^

Disk 0 
        Address(cyl,track,sector) = (0,4,1)

        Sector contains: ve six

Disk 1 
        Address(cyl,track,sector) = (0,4,1)

        Sector contains:  child

Disk 2 
        Address(cyl,track,sector) = (0,4,1)

        Sector contains: ren mo

Disk 3 
        Address(cyl,track,sector) = (0,4,1)

        Sector contains: re--to

Disk 4 
        Address(cyl,track,sector) = (0,4,1)

        Sector contains: NS

Disk 5 
        Address(cyl,track,sector) = (0,4,1)

        Sector contains: RED

Disk 6 
        Address(cyl,track,sector) = (0,4,1)

        Sector contains: VH

Disk 7 
        Address(cyl,track,sector) = (0,4,1)

        Sector contains: C


Disk 8 
        Address(cyl,track,sector) = (0,4,1)

        Sector contains: V

Disk 0 
        Address(cyl,track,sector) = (0,4,2)

        Sector contains:  see t

Disk 1 
        Address(cyl,track,sector) = (0,4,2)

        Sector contains: hem gr

Disk 2 
        Address(cyl,track,sector) = (0,4,2)

        Sector contains: owing 

Disk 3 
        Address(cyl,track,sector) = (0,4,2)

        Sector contains: up aro

Disk 4 
        Address(cyl,track,sector) = (0,4,2)

        Sector contains: OGT

Disk 5 
        Address(cyl,track,sector) = (0,4,2)

        Sector contains: MA

Disk 6 
        Address(cyl,track,sector) = (0,4,2)

        Sector contains: HEG

Disk 7 
        Address(cyl,track,sector) = (0,4,2)

        Sector contains: IO

Disk 8 
        Address(cyl,track,sector) = (0,4,2)

        Sector contains: RAJRI

Disk 0 
        Address(cyl,track,sector) = (0,4,3)

        Sector contains: und he

Disk 1 
        Address(cyl,track,sector) = (0,4,3)

        Sector contains: r, and

Disk 2 
        Address(cyl,track,sector) = (0,4,3)

        Sector contains:  to en

Disk 3 
        Address(cyl,track,sector) = (0,4,3)

        Sector contains: joy ex

Disk 4 
        Address(cyl,track,sector) = (0,4,3)

        Sector contains: U


Disk 5 
        Address(cyl,track,sector) = (0,4,3)

        Sector contains: CYA

Disk 6 
        Address(cyl,track,sector) = (0,4,3)

        Sector contains: BDA


Disk 7 
        Address(cyl,track,sector) = (0,4,3)

        Sector contains: J

Disk 8 
        Address(cyl,track,sector) = (0,4,3)

        Sector contains: MYRA

Disk 0 
        Address(cyl,track,sector) = (0,4,4)

        Sector contains: cellen

Disk 1 
        Address(cyl,track,sector) = (0,4,4)

        Sector contains: t heal

Disk 2 
        Address(cyl,track,sector) = (0,4,4)

        Sector contains: th her

Disk 3 
        Address(cyl,track,sector) = (0,4,4)

        Sector contains: self. 

Disk 4 
        Address(cyl,track,sector) = (0,4,4)

        Sector contains: 
L

Disk 5 
        Address(cyl,track,sector) = (0,4,4)

        Sector contains: EOL

Disk 6 
        Address(cyl,track,sector) = (0,4,4)

        Sector contains: E    

Disk 7 
        Address(cyl,track,sector) = (0,4,4)

        Sector contains: 
LKR

Disk 8 
        Address(cyl,track,sector) = (0,4,4)

        Sector contains: HHOP

Disk 0 
        Address(cyl,track,sector) = (0,4,5)

        Sector contains: A fami

Disk 1 
        Address(cyl,track,sector) = (0,4,5)

        Sector contains: ly of 

Disk 2 
        Address(cyl,track,sector) = (0,4,5)

        Sector contains: ten ch

Disk 3 
        Address(cyl,track,sector) = (0,4,5)

        Sector contains: ildren

Disk 4 
        Address(cyl,track,sector) = (0,4,5)

        Sector contains: 5EA


Disk 5 
        Address(cyl,track,sector) = (0,4,5)

        Sector contains: DN

Disk 6 
        Address(cyl,track,sector) = (0,4,5)

        Sector contains: -YFI

Disk 7 
        Address(cyl,track,sector) = (0,4,5)

        Sector contains:       
R

Disk 8 
        Address(cyl,track,sector) = (0,4,5)

        Sector contains: 0PL\
O

Disk 0 
        Address(cyl,track,sector) = (0,4,6)

        Sector contains:  will 

Disk 1 
        Address(cyl,track,sector) = (0,4,6)

        Sector contains: be alw

Disk 2 
        Address(cyl,track,sector) = (0,4,6)

        Sector contains: ays ca

Disk 3 
        Address(cyl,track,sector) = (0,4,6)

        Sector contains: lled a

Disk 4 
        Address(cyl,track,sector) = (0,4,6)

        Sector contains: ALA

Disk 5 
        Address(cyl,track,sector) = (0,4,6)

        Sector contains:       EL

Disk 6 
        Address(cyl,track,sector) = (0,4,6)

        Sector contains: BI
W

Disk 7 
        Address(cyl,track,sector) = (0,4,6)

        Sector contains: 
DC

Disk 8 
        Address(cyl,track,sector) = (0,4,6)

        Sector contains: O_ICW

Disk 0 
        Address(cyl,track,sector) = (0,4,7)

        Sector contains:  fine 

Disk 1 
        Address(cyl,track,sector) = (0,4,7)

        Sector contains: family

Disk 2 
        Address(cyl,track,sector) = (0,4,7)

        Sector contains: , wher

Disk 3 
        Address(cyl,track,sector) = (0,4,7)

        Sector contains: e ther

Disk 4 
        Address(cyl,track,sector) = (0,4,7)

        Sector contains: FR

Disk 5 
        Address(cyl,track,sector) = (0,4,7)

        Sector contains: A
   

Disk 6 
        Address(cyl,track,sector) = (0,4,7)

        Sector contains: F   Y

Disk 7 
        Address(cyl,track,sector) = (0,4,7)

        Sector contains: I

Disk 8 
        Address(cyl,track,sector) = (0,4,7)

        Sector contains:    Y

Disk 0 
        Address(cyl,track,sector) = (0,5,0)

        Sector contains: e are 

Disk 1 
        Address(cyl,track,sector) = (0,5,0)

        Sector contains: heads 

Disk 2 
        Address(cyl,track,sector) = (0,5,0)

        Sector contains: and ar

Disk 3 
        Address(cyl,track,sector) = (0,5,0)

        Sector contains: ms and

Disk 4 
        Address(cyl,track,sector) = (0,5,0)

        Sector contains: NRR

Disk 5 
        Address(cyl,track,sector) = (0,5,0)

        Sector contains: AD

Disk 6 
        Address(cyl,track,sector) = (0,5,0)

        Sector contains: 
E

Disk 7 
        Address(cyl,track,sector) = (0,5,0)

        Sector contains: DA

Disk 8 
        Address(cyl,track,sector) = (0,5,0)

        Sector contains: 
XDW

Disk 0 
        Address(cyl,track,sector) = (0,5,1)

        Sector contains:  legs 

Disk 1 
        Address(cyl,track,sector) = (0,5,1)

        Sector contains: enough

Disk 2 
        Address(cyl,track,sector) = (0,5,1)

        Sector contains:  for t

Disk 3 
        Address(cyl,track,sector) = (0,5,1)

        Sector contains: he num

Disk 4 
        Address(cyl,track,sector) = (0,5,1)

        Sector contains: 

ST

Disk 5 
        Address(cyl,track,sector) = (0,5,1)

        Sector contains: 
O

Disk 6 
        Address(cyl,track,sector) = (0,5,1)

        Sector contains: E
H

Disk 7 
        Address(cyl,track,sector) = (0,5,1)

        Sector contains: HOU

Disk 8 
        Address(cyl,track,sector) = (0,5,1)

        Sector contains: 

EAQ

Disk 0 
        Address(cyl,track,sector) = (0,5,2)

        Sector contains: ber; b

Disk 1 
        Address(cyl,track,sector) = (0,5,2)

        Sector contains: ut the

Disk 2 
        Address(cyl,track,sector) = (0,5,2)

        Sector contains:  Morla

Disk 3 
        Address(cyl,track,sector) = (0,5,2)

        Sector contains: nds ha

Disk 4 
        Address(cyl,track,sector) = (0,5,2)

        Sector contains: B(IL

Disk 5 
        Address(cyl,track,sector) = (0,5,2)

        Sector contains: ST

Disk 6 
        Address(cyl,track,sector) = (0,5,2)

        Sector contains: ROH

Disk 7 
        Address(cyl,track,sector) = (0,5,2)

        Sector contains: N)R

Disk 8 
        Address(cyl,track,sector) = (0,5,2)

        Sector contains: Y8NL

Disk 0 
        Address(cyl,track,sector) = (0,5,3)

        Sector contains: d litt

Disk 1 
        Address(cyl,track,sector) = (0,5,3)

        Sector contains: le oth

Disk 2 
        Address(cyl,track,sector) = (0,5,3)

        Sector contains: er rig

Disk 3 
        Address(cyl,track,sector) = (0,5,3)

        Sector contains: ht to 

Disk 4 
        Address(cyl,track,sector) = (0,5,3)

        Sector contains: 
RL

Disk 5 
        Address(cyl,track,sector) = (0,5,3)

        Sector contains: H

Disk 6 
        Address(cyl,track,sector) = (0,5,3)

        Sector contains: EL

Disk 7 
        Address(cyl,track,sector) = (0,5,3)

        Sector contains: 
G

Disk 8 
        Address(cyl,track,sector) = (0,5,3)

        Sector contains: CL[

Disk 0 
        Address(cyl,track,sector) = (0,5,4)

        Sector contains: the wo

Disk 1 
        Address(cyl,track,sector) = (0,5,4)

        Sector contains: rd, fo

Disk 2 
        Address(cyl,track,sector) = (0,5,4)

        Sector contains: r they

Disk 3 
        Address(cyl,track,sector) = (0,5,4)

        Sector contains:  were 

Disk 4 
        Address(cyl,track,sector) = (0,5,4)

        Sector contains: HH

Disk 5 
        Address(cyl,track,sector) = (0,5,4)

        Sector contains: RIRO

Disk 6 
        Address(cyl,track,sector) = (0,5,4)

        Sector contains: I

Disk 7 
        Address(cyl,track,sector) = (0,5,4)

        Sector contains: RWY

Disk 8 
        Address(cyl,track,sector) = (0,5,4)

        Sector contains: T[XY

Disk 0 
        Address(cyl,track,sector) = (0,5,5)

        Sector contains: in gen

Disk 1 
        Address(cyl,track,sector) = (0,5,5)

        Sector contains: eral v

Disk 2 
        Address(cyl,track,sector) = (0,5,5)

        Sector contains: ery pl

Disk 3 
        Address(cyl,track,sector) = (0,5,5)

        Sector contains: ain, a

Disk 4 
        Address(cyl,track,sector) = (0,5,5)

        Sector contains: YG

Disk 5 
        Address(cyl,track,sector) = (0,5,5)

        Sector contains: ...@

Disk 6 
        Address(cyl,track,sector) = (0,5,5)

        Sector contains: AE

Disk 7 
        Address(cyl,track,sector) = (0,5,5)

        Sector contains: P


Disk 8 
        Address(cyl,track,sector) = (0,5,5)

        Sector contains: V

Disk 0 
        Address(cyl,track,sector) = (0,5,6)

        Sector contains: nd Cat

Disk 1 
        Address(cyl,track,sector) = (0,5,6)

        Sector contains: herine

Disk 2 
        Address(cyl,track,sector) = (0,5,6)

        Sector contains: , for 

Disk 3 
        Address(cyl,track,sector) = (0,5,6)

        Sector contains: many y

Disk 4 
        Address(cyl,track,sector) = (0,5,6)

        Sector contains: BDF,T

Disk 5 
        Address(cyl,track,sector) = (0,5,6)

        Sector contains: N

Disk 6 
        Address(cyl,track,sector) = (0,5,6)

        Sector contains: 
R*

Disk 7 
        Address(cyl,track,sector) = (0,5,6)

        Sector contains: AARY

Disk 8 
        Address(cyl,track,sector) = (0,5,6)

        Sector contains: g...@z<]H

Disk 0 
        Address(cyl,track,sector) = (0,5,7)

        Sector contains: ears o

Disk 1 
        Address(cyl,track,sector) = (0,5,7)

        Sector contains: f her 

Disk 2 
        Address(cyl,track,sector) = (0,5,7)

        Sector contains: life, 

Disk 3 
        Address(cyl,track,sector) = (0,5,7)

        Sector contains: as pla

Disk 4 
        Address(cyl,track,sector) = (0,5,7)

        Sector contains:        O

Disk 5 
        Address(cyl,track,sector) = (0,5,7)

        Sector contains: SHA

Disk 6 
        Address(cyl,track,sector) = (0,5,7)

        Sector contains: ARO

Disk 7 
        Address(cyl,track,sector) = (0,5,7)

        Sector contains: 
...@a

Disk 8 
        Address(cyl,track,sector) = (0,5,7)

        Sector contains: [\

End of CreateRAID3x3 Results

*********************************************
Calculate Location Results
*********************************************

--------------------------------------------

Trial 0


Calculate location of block: 7783 
        Received Location:  (disk,cyl,track,sec) = (3, 16, 3, 1)

--------------------------------------------

Trial 1


Calculate location of block: 9286 
        Received Location:  (disk,cyl,track,sec) = (2, 19, 5, 1)

--------------------------------------------

Trial 2


Calculate location of block: 3177 
        Received Location:  (disk,cyl,track,sec) = (1, 6, 9, 2)

--------------------------------------------

Trial 3


Calculate location of block: 115 
        Received Location:  (disk,cyl,track,sec) = (3, 0, 3, 4)

--------------------------------------------

Trial 4


Calculate location of block: 593 
        Received Location:  (disk,cyl,track,sec) = (1, 1, 3, 4)

End of Calculate Location Results

*********************************************
CalculateReadTime Results
*********************************************

--------------------------------------------

Trial 0

Estimated time: 11.000000 . 

--------------------------------------------

Trial 1

Estimated time: 42.000000 . 

--------------------------------------------

Trial 2

Estimated time: 4.000000 . 

--------------------------------------------

Trial 3

Estimated time: 12.000000 . 

--------------------------------------------

Trial 4

Estimated time: 11.500000 . 

End of CalculateReadTime Results

*********************************************
OptimalReadTime Results
*********************************************

--------------------------------------------

Trial 0

 Good Good Good
  Bad  Bad  Bad
  Bad  Bad Good

 Disk 0
        Address(cyl,track,sector) = (13,6,3)

 Disk 1
        Address(cyl,track,sector) = (4,7,3)

 Disk 2
        Address(cyl,track,sector) = (4,5,1)

 Disk 3
        Address(cyl,track,sector) = (13,1,3)

 Disk 4
        Address(cyl,track,sector) = (0,11,3)

 Disk 5
        Address(cyl,track,sector) = (2,5,5)

 Disk 6
        Address(cyl,track,sector) = (1,0,7)

 Disk 7
        Address(cyl,track,sector) = (4,12,3)

 Disk 8
        Address(cyl,track,sector) = (5,1,1)


OptimalReadTime is 0.000000

--------------------------------------------

Trial 1

  Bad Good Good
 Good  Bad Good
  Bad Good Good

 Disk 0
        Address(cyl,track,sector) = (3,5,5)

 Disk 1
        Address(cyl,track,sector) = (8,6,5)

 Disk 2
        Address(cyl,track,sector) = (8,9,3)

 Disk 3
        Address(cyl,track,sector) = (11,14,5)

 Disk 4
        Address(cyl,track,sector) = (12,0,5)

 Disk 5
        Address(cyl,track,sector) = (8,4,7)

 Disk 6
        Address(cyl,track,sector) = (6,6,1)

 Disk 7
        Address(cyl,track,sector) = (19,0,5)

 Disk 8
        Address(cyl,track,sector) = (14,13,3)


OptimalReadTime is 0.000000

--------------------------------------------

Trial 2

 Good Good Good
  Bad Good Good
  Bad  Bad Good

 Disk 0
        Address(cyl,track,sector) = (1,0,1)

 Disk 1
        Address(cyl,track,sector) = (4,14,1)

 Disk 2
        Address(cyl,track,sector) = (9,6,7)

 Disk 3
        Address(cyl,track,sector) = (17,11,1)

 Disk 4
        Address(cyl,track,sector) = (15,9,1)

 Disk 5
        Address(cyl,track,sector) = (7,1,3)

 Disk 6
        Address(cyl,track,sector) = (13,6,5)

 Disk 7
        Address(cyl,track,sector) = (6,8,1)

 Disk 8
        Address(cyl,track,sector) = (4,13,7)


OptimalReadTime is 0.000000

--------------------------------------------

Trial 3

 Good Good Good
 Good Good  Bad
 Good Good Good

 Disk 0
        Address(cyl,track,sector) = (16,8,5)

 Disk 1
        Address(cyl,track,sector) = (5,11,5)

 Disk 2
        Address(cyl,track,sector) = (1,5,3)

 Disk 3
        Address(cyl,track,sector) = (8,14,5)

 Disk 4
        Address(cyl,track,sector) = (1,5,5)

 Disk 5
        Address(cyl,track,sector) = (0,14,7)

 Disk 6
        Address(cyl,track,sector) = (4,4,1)

 Disk 7
        Address(cyl,track,sector) = (16,3,5)

 Disk 8
        Address(cyl,track,sector) = (7,10,3)


OptimalReadTime is 0.000000

--------------------------------------------

Trial 4

 Good  Bad Good
  Bad Good Good
 Good Good Good

 Disk 0
        Address(cyl,track,sector) = (15,14,6)

 Disk 1
        Address(cyl,track,sector) = (15,13,6)

 Disk 2
        Address(cyl,track,sector) = (8,3,4)

 Disk 3
        Address(cyl,track,sector) = (8,9,6)

 Disk 4
        Address(cyl,track,sector) = (4,13,6)

 Disk 5
        Address(cyl,track,sector) = (13,8,0)

 Disk 6
        Address(cyl,track,sector) = (0,4,2)

 Disk 7
        Address(cyl,track,sector) = (8,3,6)

 Disk 8
        Address(cyl,track,sector) = (17,2,4)


OptimalReadTime is 0.000000

End of OptimalReadTime Results

*********************************************
ReadBlock Results
*********************************************

--------------------------------------------

Trial 0

  Bad Good  Bad
 Good  Bad  Bad
 Good Good Good
Status = SUCCESS


ReadBlock time = 15.000000.

--------------------------------------------

Trial 1

  Bad  Bad Good
 Good  Bad Good
 Good Good Good
Status = SUCCESS


ReadBlock time = 18.000000.

--------------------------------------------

Trial 2

 Good  Bad Good
 Good Good Good
 Good Good  Bad
Status = SUCCESS


ReadBlock time = 23.000000.

--------------------------------------------

Trial 3

 Good  Bad Good
  Bad Good Good
  Bad Good Good
Status = SUCCESS


ReadBlock time = 32.500000.

--------------------------------------------

Trial 4

 Good Good  Bad
  Bad  Bad Good
  Bad  Bad Good
Status = SUCCESS


ReadBlock time = 15.500000.

End of ReadBlock Results