pg.
1
PROJECT ON ATM MACHINE MANAGEMENT SYSTEM
INTRODUCTION
The ATM MACHINE SOFTWARE is device
which is as same as normal atm machine . It allows
the user to create account, deposit money ,withdraw
money, Transfer the money and check Balance.
Note:
• Allow the user to input their question.
• Show an in progress message.
• Create 10/20 responses, and show a random
response.
• Allow the user to ask another question/advice
or quit the software.
pg. 2
OBJECTIVES OF THE PROJECT
The objective of this project is to let the students
apply the programming knowledge into a real- world
situation/problem and exposed the students how
programming skills helps in developing a good software.
• Write programs utilizing modern software tools.
• Apply object oriented programming principles
efectively when developing small to medium sized
projects.
• Write effective procedural code to solve small to
medium sized problems.
• Students will demonstrate a breadth of knowledge
in computer science, as exemplified in the areas of
systems, theory and software development.
• Students will demonstrate ability to conduct a
research or applied Computer Science project,
requiring writing and presentation skills which
exemplify scholarly style in computer science.
pg. 3
PROPOSED SYSTEM
Today one cannot afford to rely on the fallible
human beings of be really wants to stand against today’ s
merciless competition where not to wise saying "to error
is human“ no longer valid, it’s outdated to rationalize your
mistake. So, to keep pace with time, to bring about the
best result without malfunctioning and greater efficiency so
to replace the unending heaps of flies with a much
sophisticated hard disk of the computer.
One has to use the data management software.
Software has been an ascent in atomization various
organisations. Many software products working are now
inmarketts, which have helped in making the organizations
work easier and e0iciently. Data management initially had
to maintain a lot of ledgers and a lot of paper work has to
be done but now software product on this organization has
pg. 4
made their work faster and easier. Now only this software
has to be loaded on the computer and work can be done.
This prevents a lot of time and money. The work
becomes fully automated and any information regarding
the organization can be obtained by clicking the button.
Moreover, now it’ s an age of computers of and
automating such an organization gives the better look.
pg. 5
SOURCE CODE
Create a Python project of a ATM
MACHINE MANAGEMENT
Note :
• Display the options and ask the user to
enter the choice.
• Show an in progress message.
• Create appropriate response.
• Allow the user to continue/ or quit the
game.
SOLUTION:
Import mysql. Connector as zql
conn—sql.connect{host—’locolhost',user—'root', password
—’manager’,database—' ATM_MACHlNE’)
pg. 6
print(”
BANK“)
print(“1.Tocreateaccount“)
print(”2.Tologin“)
print(”3.Exit“)
pg. 7
op——int(input(“Enteryourchoice “))
vwhile c ——”y ’:
f
m——int(input(“Entera4digitnumber
asaccontnumber“))
cb——"ce/ect* fromrecordzwhere
ACCONT_NO——{)“.format(m)
ct.execute(cb) d——
ct. fetchall() data——
ct.rowcount ifdata
————1
pg. 8
print(”Thizaccountnumber
alreadyexists “)
c——input(”Doyouwanttocontinue
continue
eice"
print(“Thankyou.“)
print(“Vizitagain
pg. 9
else“
name——input(“Enteryourname ’ /
f
passw——int(input(”Enteryourpass
word “))
ab——“inseKinto
records(ACCONT_NO,PASSWORD,NAME
) va/ues({),{),’{)’)“.format(m,passw,name)
ct.execute(ab)
pg. 10
print(’ AccountsucessfuIIy
(
created“)
print(’ Theminimumba/anceis
(
/000 ' J
f
s——int(input(“Enterthemoneyto
bedeposited”’))
zr——“updaterecordzzet
CR_AMT——{) where ACCONT_NO
——{) ’.format(z,m)
f
pg. 11
ct.execute(zr)
conn.commit()
ef——“updaterecordzzet
balance——cr_amt-withdrawlwhere
ACCONT_NO——{) ’.format(m)
f
ct.execute(e(
conn.commit()
print(”cucezcfullydepozited“)
print(”Thankyou”)
print(”Vizitagain“)
break
whiley=——“y“
pg. 12
acct——int(input(”Enteryouraccount
number “))
cb——’ise/ect* fromrecordswhere
ACCONT_NO——{)“.format(acct)
ct.execute(cb)
ct.fetcha/l() data
——ct.rowcount
ifdata————1-
pas——int(input(“Enteryour
password “))
e——”celectpazzwordfromrecordz
whereACCONT_NO——{)”.format(acct)
ct.execute(e)
pg. 13
a——ct. fetchone()
d——lizt(a)
ifpaz————d{0]
print(“correct“)
print(”1.Depozitngmoney
print(“£. withdrawingmoney“)
print(“3. Tranzferingmoney“)
print(“4.Checkingbalance“)
print(”5.ChangingAccount
number“)
r——int(input(“Enteryourchoice
pg. 14
amt——int(input(“Enterthe
moneytobedeposited “))
sr——”updaterecordsset CR_AMT——
CR_AMT+{) where ACCONT_NO——
{)“.format(amt,acct)
ct.execute(sr)
pg. 15
ef——”updaterecordccet balance
——cr amt-withdrawlwhere ACCONT_NO——
{)“.format(acct)
ct.execute(ef)
print(“cuceccfuliy
deposited“)
I——input(“Doyouwantto
continuey/n -”)
continue
else’
pg. 16
print(”Thankyou“)
amt——int(input(“Enterthe
moneytowithdraw-”’))
ah——”select BALANCE
fromrecordswhere accont_no——
{)”.format(acct)
ct.execute(ah) m——
ct. fetchone()
ifamt>m{0]
print(”Yourarehaving
less then ,amr)
f
print(”P/easetry
again
pg. 17
e/se:
cr——”updaterecordccet
balance——balance -{} where
ACCONT_NO——{)“.format(amt,acct)
ed——“updaterecordz
zet WITHDRAWL ——{) where
ACCONT_NO——{)“.format(amt,acct)
ct.execute(ed)
ct.execute(sr)
print(”3ucezzfu//y
updatad“)
y——input(“doyouwantto
continuey/n -“)
pg. 18
continue
elze’
print(“Thankyou“)
act——int(input(“Enterthe
accontnumbertobetransterrsd “))
cb—— se/ect* fromrecords
rrhere ¥\CCO/VT_/VO——/) ’ .format(act)
f
ct.execute(cb)
ct.fetcha/I()
pg. 19
data——ct.rowcount
ifdata————1
print(act,“number
exists“)
m——int(input(“Enterthe
moneytobetransferred “))
ah——“select BALANCE
fromrecordswhere
accont_no——()”.format(acct)
ct.execute(ah) c——
ct. fetchone() ifm>c{0]
pg. 20
print(“Yourare
havinglezzthan“,m)
print(“Pleacetry
again
e/se:
av——’update
recordzzetbalance——ba/ance-{)where
ACCONT_NO——{}“.format(m,acct)
cv——“update
recordzzetbalance——balance+{} where
ACCONT_NO——{)”.format(m,act)
w——“updaterecordz
zetwithdrawl——withdrawl+(} where accont_no——
(}”.format(m,acct)
pg. 21
t——“updaterecordz
zet CR_AMT——CR_AMT+{} where
accont_no——{}“.format(m,act)
ct.execute(av)
ct.execute(cv)
ct.execute(w)
ct.execute(t)
conn.commit()
print(“ifiucezzfully
transfered“)
y——input(”doyouwant
tocontinuey/n -“)
/ // •
continue
e/se’
print(“Thankyou”)
ifr————4-
pg. 22
ma——”ceiectbalancefrom
recordswhereaccont_no——{) ’.format(acct)
f
ct.execute(ma) k
——ct. fetchone()
print(“BaIanceinyour
y——input(“doyouwantto
continuey/n -”)
continue
elze’
print(”Thankyou“)
pg. 23
i——int(input(“Enteryour
newaccountnumber:“))
cb——”ce/ect* fromrecords
whereACCONT_NO——(}”.format(i)
ct.execute(cb)
ct.fetchall() data
——ct.rowcount
ifdata————1s
print(”Thisnumber
already'exists ?
f
print(”Tryagain”)
y——input(”doyouwant
tocontinuey/n -“)
/ // •
continue
else“
pg. 24
print(“Thankyou”)
e/se:
name——input(“Enter
yourname
ar——“Updaterecordc
zetaccont_no——{) wherename——’()’and
password——{}”.format(i,name,pac)
ct.execute(ar)
print(”Yournew
accountnumberis”,i)
e/se’
print(”Wrongpassword“)
pg. 25
y——input(“doyouwantto
continuey/n -”)
e/se:
print(“yourAccountdoesnot
exists“)
iLOp——!$-’
print((lExiting“)
ct.c/ose()
pg. 26
pg. 27
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Inter y0llf Ch0ice:1
Enter the Fl0îte} tO be 4ep0sited:2000
sfcessfull) dep0sited
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pg. 28
, l.fieøsitn9
. i0iey
1.«ittAa›in§
n0ney
3.Traisfeiin§
i0ney
fnter y0ttE
C#0ice:2
Sucessfilly iØatad
d0 ]01 Y6It t0 C0ntinyt
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Enter ¿ovE ax0tnt
naIer:6f6J
l.fi8JJ0sitn§
n0ney
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balance 5,tlaging
£«0int nuainr
pg. 29
pg. 30
pg. 31
Eni.eï ;0Jf rÏcice:I
śt ;ø i’z.I tr, ‹qtiite j/n -j
.• i
pg. 32
CODE COMPLETENESS EVALUA1ON
Vite box testing methods can also be used to evaluate
the completeness of a test suite that was created with black box
testing methods. This allows the software team to examine parts
of a system that are rarely tested and ensures that the most
important function points have been tested.
Two common forms of code coverage are-
• Function Coverage: Which reports on functions
executed and
• Statement Coverage: Which reports on the
number of lines executed to complete the test.
Wey both return coverage metric, measured as a percentage
pg. 33
HARDWARE AND SOFTWARE REQUIREMENTS
I. OPERATING : WINDOWS 7 AND ABOVE
SYSTEM
: PENTIUM(ANY) OR AMD
II. PROCESSOR
ATHALON(3800+-
4200+ DUAL CORE)
:1.845 OR 915,995 FOR PENTIUM 0R
III. MOTHERBOARD
MSI K9MM-V VIA K8M800+8237R
PLUS
CHIPSET FOR AMD ATHALON
IV. RAM 512MB+
V. Hard disk SATA40 GB OR ABOVE
VI. CD/DVD r/w multi drive combo : (If back up required)
VII. FLOPPY DRIVE 1.44 MB (If Backup required)
VIII. MONITOR 14.1 or 15 -17 inch
IX. Key board and mouse
X. Printer required
SOFTWARE REQUIREMENTS:
I. Windows OS
II. Python
pg. 34
BIBLIOGRAPHY
• Computer science With Python - Class XI By:
Sumita Arora
• A Project RepoK On Blood Bank Management System
(BBMS1
• v»uDsize- hbps://www.w3resource.com
• h pN e wik eda.or /
pg. 35
