DWW Group For
Finance management
System
An-Najah National University
Information Technology Faculty
Computer Information System
“Finance Management System”
Prepared by:
Dunya Younis,
Walaa Al-Bizreh,
&
Wedad Yaees’h
Submitted to:
Dr.Baker Abed-Alhaq
2010
2
TABLE OF CONTENTS:
1. Introduction
1.1. System proposal…………………………….………….………………
5
1.2.System Description …………………………….………….……………
6
1.2.1.Tools and programming language…………………………….……………
6
…………………………….………….………………
7
1.2.3. Dissemination…………………………….………….……………
7
1.2.4. Conclusion …………………………….………….………………
7
1.2.2.Objectives
1.3 . System Feature…………………………….………….………………
8
1.4 .Solved Problems we faced in the project …………….…………..……
9
1.5. Business Requirement …………………………….………….…………
12
1.5.1. Business Actor list …………………………….………….………
12
1.5.2. Business use case…………………………….………….…………
12
1.5.3. Business Use Case Activity Diagram…………………………….…
13
1.6. System Requirement…………………………….………….……………
14
1.6.1.System Actor list…………………………….………….……………
14
1.6.2. Admin System Use Case List…………………………….…………
14
1.6.3. Customer System Use Case List…………………………….………
14
1.6.4. Admin System Use Case List Details…………………………….…
15
1.6.5. Customer System Use Case List Details……………………………
19
1.6.6. Admin System Use Case Diagram…………………………….……
21
1.6.7. Customer System Use Case Diagram…………………………….…
22
2.Analysis
2.1.Static Analysis & class diagram …………………………...………….………
23
2.2.Attribute………………………………………………………………………
24
3
2.3.Dynamic Analysis ……………………………………………………….…
26
3.Realization ……………………………………………………….
27
4.Design
4.1.Tools and languages used ……………………….….…………..……..
32
4.2..Database design ( schema ) ……………………………….….…………
34
4.3.Database Tables ……………………………….….…………….…….
36
5.Documentation
1.5.1.Screens documentation ………………………….………….….……..
46
6.Glossary ……………………………………………….…….. ….
51
7.References …………………………………………………..........
4
52
1.1. System proposal
Date: 2 ,5, 2009
To: Dr. Baker Abd Alhaq
From:Dunya Younis, Wala’a Albzreh , Wedad Yaeesh
Subject: Graduation Project Proposal (Finance Management System)
There is no doubt that the collections resulting from the collection of property tax as a source of
important and significant revenue and income municipalities in the West Bank, as the
Directorates of the property tax of the Ministry of Finance, the Palestinian National Authority in
the West Bank collects these collections each year, traditional holders of the citizens for real
estate owned buildings and land, hence the importance of the tax for the citizens they bounce
them in the form of municipal services provided to them directly.
Because of the difficulties and errors that we face a decline in the value of the collections in
general as a result of difficult economic circumstances in which we live and which will prevent
the majority of citizens to pay property taxes owed by them or obtained in a traditional manner
of taxes and bills ignored by the people themselves or the absence of accurate collection. Our
system aims to automate the process of collection of collections and facilitate the process of
paying citizen have Tarifa auction and make it available through the Internet.
Our main objective is to facilitate the achievement of our clients, and to comfort them most of
the border. Because the Internet provides exciting opportunities to facilitate the collection of
collections and electronic payments from customers, so we need to work the system through the
Internet. For example, a customer can access the system and the disclosure of property and the
dues and payment of such taxes at any time from anywhere, instead of visiting the organization
or make a phone call.
And can charge to see their property taxes and through a geographical map show the features of
its real estate and details of their dues.
The system can be used by taxpayers and staff, in both cases the process of collection will be
faster and easier without the need for paper and pens.
Linked to the system with the financial system and charge your credit card has its own for the
repayment of dues.
After you use this regime, we expect estimates of the future that the number of holders who will
use our system, whether the goal of access and follow-up tax bills and their lands and properties,
or to pay any taxes will increase, and rise the value of accuracy, and perform the collection and
the collection by the public official, and in turn reduced human error and the number of persons
evaders pay their dues.
5
Introduction:This proposal describes the online Finance Management System (DWW)
developed to fit any finance operation regardless of the resource's type.
(DWW) is available in many languages specified by the administrator.
which will be
(DWW) tends to supply organizations that want to provide it's customer with an online finance
system for it's resources, and make them able to customize their system according to their needs.
(DWW) will be used by the administrator (administrative account) ,and the organization's
customers.
The administrator is the person who has an administrative account and he is responsible for
customize the system according to his organization needs, by fill descriptive forms with the
information ( we as the system developer specify it ) he can add, update, delete resources , and
see list.
The organization's customer: : is the customer that the organization use our product to make
him able to make online finance and tax for it's resources.
1.2 System Description:
This section has a brief introduction about our project and the reasons why we choose it.
Dww group is a website that aims is to facilitate the achievement of our clients, and to comfort
them most of the border. Because the Internet provides exciting opportunities to facilitate the
collection of collections and electronic payments from customers, so we need to work the system
through the Internet. For example, a customer can access the system and the disclosure of
property and the dues and payment of such taxes at any time from anywhere, instead of visiting
the organization or make a phone call.
And can charge to see their property taxes and through a geographical map show the features of
its real estate and details of their dues.
Before the start of work on the project team, they have to look and learn, and read many of the
research to be able to complete the project on time, correctly, and the preservation of its main
goals.
1.2.1 Tools and programming language: PHP, HTML, Flash,Java script,Ajax & Jquery: used in the interface
MySQL Database: Use database project
6
1.2.2 Objectives
•Facilitate the Finance operation for the customer.
•Control the Finance operation and the Tax payment easily.
•Customize the system according to the organization needs.
•Retrieve different information about the Tax and Payment easily By Maps.
•Provide the system in many languages according to the customer choice.
•Have enough statistics about the Tax and ownership.
1.2.3. Dissemination
This system will be widely spread over the world through the internet in many languages. So that
any one can access the organization website and use the system.
1.2.4. Conclusion
DWW has many features , which make it worth to be used, it provide Finance managment
operations, online Tax payment, and it is available in many languages.
The ability to customize it according to the organization needs without needing a developer ,
reduce time and cost needed to make a computerized Tax and finance system for any
organizations.
7
1.3. System Features:
1. High performance, due to the use of AJAX in the most of the website pages, a very little
time is needed when doing any operation because no reload is needed , all the
information and forms appear in a single div(part of the page) in the homepage page.
2. the system is available in many languages(Arabic & English), because the texts were
inserted to the PHP data array, if we want to add any new language, we just need to enter
texts in this language to the array and then the inserted language is available, the
administrator can customize his system to be available for his customers in the language
he want too.
3. The system now is available in two languages ( Arabic and English) but any new
language is available any time, because the text is dynamic, it is changed according to the
chosen language.
4. The system can be customized to fit many finance systems, the administrator can
customize it according to the organization's needs and the tax type, the resource features,
options,are specified by the admin.
5. some of the customer information is required in any Finance And guess operation,(name,
mobile, credit card), and some are required in specific mode( address, passport number,
age….) the administrator can add any new information to ask the customer about.

Each case can be in Yearly or in Monthly, according to the tax type
8
1.4 .Solved Problems we faced in the project
1. W decide to make our web page in both langueges (English,Arabic)we solve this problem
by save Arabic characters in Arrays and retrieve the values from them:
Ex:
$a = array();
$a[0][en] = "ltr";
$a[1][en] = "User Id";
$a[2][en] = "Password";
$a[0][ar] = "rtl";
$a[1][ar] = "‫;"رقم المستخدم‬
$a[2][ar] ="‫;"كلمة المرور‬
$a[3][ar] = "‫;"الدخول كمسؤول‬
<?php echo $a[1][$lang] ?>
<?php echo $a[2][$lang] ?
2. At the beginning the Arabic characters were not supported through the php application,
we solve it by writing this code after the php connection statement :
mysql_query('set names "utf8";');
3. .uniform the same features, options , categories in different languages problem: we start
programming by giving different IDs for the same features, options, categories in
different languages, but we can not uniform them so we give a Unique word that entered
by the admin when he inserts them ,this word must be the same for each one in different
language in order to deal with them as a single object.
4. Using the same language while moving through the different pages with out needing to
choose the language in each page, we solve this problem by passing the selected language
through our pages
Ex:
function lang()
if($lang=='en' ){
header("location:record.php?lang=$lang");
}
else if($lang=='ar' )
9
{
header("location:record.php?lang=$lang");
}
}
5. Dealing with the area piece numbers and electricity/water counters , we have aproblem
while inserting data about specific area piece to choose appropriate electricity/water
counters number , we solve this problem by using ajax function with our code that
retrieve the appropriate electricity/water counters automatically according to the selected
area piece numbers.
<script type="text/javascript">
function countersFunction()
{
var xmlHttp;
try
{ // Firefox, Opera 8.0+, Safari
var land=document.getElementById('land_id').value;
//alert(land);
//alert(land);
xmlHttp=new XMLHttpRequest();
}
catch (e)
{ // Internet Explorer
try
{
xmlHttp=new ActiveXObject("Msxml2.XMLHTTP");
}
catch (e)
{
try
{
xmlHttp=new ActiveXObject("Microsoft.XMLHTTP");
}
catch (e)
{
10
alert("Your browser does not support AJAX!");
}
}
}
return false;
xmlHttp.onreadystatechange=function()
{
if(xmlHttp.readyState==4)
{
var counters=xmlHttp.responseText;
var counters_array=counters.split('/');
document.getElementById('wcn').value=counters_array[0];
document.getElementById('ecn').value=counters_array[1];
}
}
xmlHttp.open("GET","insert_building.php?x=1&land="+land,true);
xmlHttp.send(null); }
</script>
6. Separating between system users and owners in our data base by creating a separate table
for each one, our system save data to all owners of all area piece numbers, but the
processing data can just be shown to the system users only, and so there was a problem
while inserting operation ;if the admin insert an owner ID which is not found in the data
base in owners table,we alert him that this owner ID is not found and he must add this
owner data before
inserting the area piece number information.
7. In Flash there was a problem in dealing with the process data that will be shown on a
flash map we need to convert our php code into an Xml code to be able to view our
process results on the map.
11
1.5. Business Requirement:
1.5.1. Business Actor list:
-Director-General: The formation of committees to guess after coordination with the Minister
of Finance for approval.
- Owner :The owner or a person acting as the king and will benefit from it directly benefited.
-Employee: Scans tax receivables or any other debts and bills on the taxpayer to be paid
-Accountant: a person who take money or enter valid credit card number for the customers.
-Corporate Banks: banks that some customers have credit in, and use their credit card to pay.
-GTFS" guessing and Tax file system": a preexisting system that used to handle
and tax information.
customers
1.5.2. Business Use Case List:
B1: Customer Check ownership tax in specific time and date
B2: Customer ask to know the ownership tax details.
B3: Customer ask to cancel the ownership of building and land.
B4: customer check the tax cost from the map details.
B5:accountant give the customer a confirmation paper for his tax.
B6:employee record the customer personal information and his tax information.
B7:The manager add, delete and update resources and get list of ownership and taxes.
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1.5.3.Business Use Case Activity Diagram
(Tax manager)
Choose operation
(Customer)
Customer Check ownership tax if its
available
[available]
[Not available]
(Customer)
ask to know the ownership
tax details cost
(Accountant)
Ask for tax cost
(Employee)
Record the tax payment
information
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1.6. System Requirement:
1.6.1.System Actor list:
-Online customer: a person who use the system to checka and payment tax online.
- Administrator: a person who has an administrative account and he log on to the system
by enter username and password to add, delete and update resources
to customize the system, control tax and ownership and create account.
1.6.2. Admin System Use Case List with relations:
U1: admin browse the index.( include u2)
U2: admin log on to the system.(included by u1, extended by (u3,u10,u11,u16,u19), include u20
)
U3: admin customize the system.(abstract, generalized by u4,u5, extend u2)
U4: admin configure the system.(specializes u3)
U5: admin configure the ownership and tax information. (specializes u3)
U6: admin add building information.( include u7, included by u10,extended by u12)
U7: admin add land information.( included by u6, extended by u13)
U8: admin add water bill information.(included by u10)
U9: admin add electricity bill information.(included by u10)
U10: admin choose operation.(extend u2,include u6,u8,u9, extended by u14,u15)
U11: admin create new owner accounts.(extend u2)
U12: admin drop building information.(extend u6)
U13:admin drop land information.(extend u7)
U14: admin edit user account.(extend u10)
U15: admin cancel user account. (extend u10)
U16: admin specify customer information(extend u2).
U17: admin Update building information.(extend u6).
U18: admin Update land information.(extend u7).
U19: admin fill about us page. (extend u2).
U20: admin logoff. (included by u2)
1.6.3.Customer System Use Case List with relation:
U1:customer browse the index.( include u2, extended by u3,u9)
U2: customer view the latest available ownership.( included by u1,extended by u6)
U3:customer search for the Estate on the map (extend u1,include u4)
U4: customer choose the desired description.(included by u3,include u5)
U5: customer show his estate .(included by u4,extended by u6)
U6: customer view the details of the specific Estate .(extend u5,u2,extended by u7)
U7: customer check availability of payment.(extend u6,include u8)
U8: customer fill his personal information.(included by u7)
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1.6.4.Admin System Use Case List Details:
U1: browses the index(logon page):the admin browse the website (include u2)
Precondition: none
1.the admin enter the system website address.
2.include u2
Post conditions :none
U2:log on: the admin log on to the system.(included by u1, extended by (u3,u10,u11,u18,u19) ,
include u20)
Precondition: access the log on page.
1.the admin enter his username.
2.the admin enter his password.
3.the admin select log on button.
4.extend with u3,10,11,18,19.
5. include u20
Post condition : the admin is logged on, and access the homepage.
Abnormal path :
A1: if the admin username/password is incorrect, the system tell him invalid username or
password .
U3: admin customize the system.(abstract, generalized by u4,u5, extend u2)
Precondition: access the homepage and Choose the language he want.
Post condition: the admin can customize the system or customize the tax information.
U4: admin configure the system.(specializes u3)
Precondition: 'customize system' link is chosen.
1. fill the form.
2. click Ok button
Post condition :the system information is saved.
U5: admin configure the tax and ownership information. (specializes u3)
Precondition: 'customize system' link is chosen.
1. fill the form.
2. click Ok button
Post condition :the tax information is saved.
U6: admin add building information.( include u7, included by u10,extended by u12)
Precondition: customize the system.
1. choose the (Area piece ID ) you want to add the building in.
15
2.
3.
4.
5.
enter the value of the building attribute to be added.
click confirm button.
extend with u12.
if the features are saved include u7
U7: admin add land information.( included by u6, extended by u13)
Precondition: the feature that the land belongs to saved.
1. choose the (Area piece ID ) he want to add the land in.
2. choose the feature you want to add to the land.
3. click confirm button.
4. extend with u13.
U8: admin add water bill information.(included by u10)
Precondition: the system is customized .
1. choose the (Area piece ID ) he want to add the water bill in.
2. enter the previous counter reading.
3. enter the current counter reading..
Post condition: number of counter and the value reading are saved.
U9: admin add electricity bill information.(included by u10)
Precondition: the system is customized .
1. choose the (Area piece ID ) he want to add the water bill in.
2. enter the previous counter reading.
3. enter the current counter reading..
Post condition: number of counter and the value reading are saved.
U10: admin choose operation.(extend u2,include u6,u8,u9, extended by u14,u15)
Precondition: buildings, land, water-bill and electricity-bill information are saved .
1. choose the language you want to add the operation in.
2. specify the resource's information for each land.
3. specify the resource's information for each building .
4. specify the resource’s information for each water bill .
5. enter the resource’s information for each electricity bill.
6. click confirm button.
5. extend with u14,u15.
6. include u6,u8,u9.
Post condition :resource’s information are saved.
16
U11: admin create new owner accounts.(extend u2)
Precondition: cusomer has an account .
1. fill the form.
2. Determine account type by User number.
3. click 'OK' button.
Post condition : an account according to the user number is created.
U12: admin drop building information.(extend u6)
Precondition: the building information you want to drop was saved.
1. choose the building.
2. click 'delete' link..
*supplementary requirement :
s1.admin can drop another features by click 'drop another building information link
Post condition : the selected feature is deleted.
U13:admin drop land information.(extend u7)
Precondition: the building you want to drop land from were saved.
1. choose the feature you want to drop the land from.
2. choose the land .
3. click 'delete' link.
*supplementary requirement :
s1.admin can drop another land by click 'drop another land link
Post condition : the selected land is deleted.
U14: admin edit user account.(extend u10)
Precondition: user account are choosen.
1.select the desired options.
2.select the user account .
3.click 'OK
4. customer show the matched information.
5.click 'update' link.
6.change the information in the form.
7.click 'send' button.
Post condition : the changes are saved..
U15: admin cancel user account. (extend u10)
Precondition: user account are chosen.
1.select the desired options.
17
2.select user account.
4.click 'OK'.
5. customer show the matched resources.
6.click 'delete' link.
7.click 'send' button.
Post condition : the resource is deleted.
U16: admin specify customer information(extend u2).
Precondition: the system was customize.
1. choose the language you want to add in.
2. enter the number of the required information.
3. click 'add' button.
4. enter the required information and their identifiers.
5. click 'confirm' button.
Post condition : additional customer information is saved.
U17: admin Update building information.(extend u6).
Precondition: building information are chosen.
1.select the desired options.
2.select the building .
3.click 'OK
4. customer show the matched information.
5.click 'update' link.
6.change the information in the form.
7.click 'send' button.
Post condition : the changes are saved..
U18: admin Update land information.(extend u7).
Precondition: land information are chosen.
1.select the desired options.
2.select the land .
3.click 'OK
4. customer show the matched information.
5.click 'update' link.
6.change the information in the form.
7.click 'send' button.
Post condition : the changes are saved..
U19: admin fill about us page. (extend u2).
Precondition: homepage is accessed.
1.select the language you want to add the text in.
2.click 'OK' button.
3.enter the text.
4.click 'OK'.
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Post condition : the about us page is ready.
U20: admin logoff. (included by u2).
Precondition: admin is logged on
1.click logoff button.
2.click 'confirm' button.
Post condition : the admin exit from the system.
1.6.5.customer System Use Case List Details:
U1:customer browse the index.( include u2, extended by u3,u9)
Precondition: none
1.enter the system website address.
2.include u2
3.extend with u3,u9.
Post conditions :none
U2: customer view the latest available ownership.(included by u1,extended by u6)
Precondition: access the homepage.
1.navigate the homepage to see all estate.
2.click to the desired estate.
3.view the estate details.
4.extend with u6.
Post condition: none
U3:customer search for his estate and ownership (extend u1,include u4)
Precondition: the map information is choosen.
1.include u4.
post condition: selection form is appeared on the map
U4: customer choose the desired description.(included by u3, include u5)
Precondition: none
1.select the desired options.
2.select the building or land.
3.click 'OK'.
5.include u5.
post condition : the matches information are listed
U5: customer show the available estate.(included by u4,extended by u6)
Precondition: Estate is chosen
1.extend with u6.
post condition: estate's details is appeared.
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U6: customer view the details of the specific estatee .(extend u5,u2,extended by u7)
Precondition: the resource's details is appeared
1.click”detail” link.
2.extended with u7.
post condition: check availability form appears .
U7: customer check availability for payment.(extend u6,include u8)
Precondition: payment link is clicked.
1. fill the form
2. click 'send' button.
3. include u8.
post condition: the availability is checked.
U8: customer show his personal information.(included by u7)
Precondition:1.estate is available.
2.cutomer show his details estate information and choose payment link.
1. fill the payment form
2. click 'confirm' button.
post condition:. Payment operation is done.
20
1.6.6. Admin System Use Case Diagram
21
1.6.7. Customer System Use Case Diagram
22
2.Analysis
2.2 Static analysis & class Diagram:
23
2.2Attributes
Building_Tax
Building_tax_ID
Area_Piece_ID
Year
Guess_value
Final_guess
Building_tax
Prvious_bt
M_tax
Previous_mt
Waste_tax
Previous_wt
Waste_ID
Land_Tax
Land_Tax_ID
Area_Piece_ID
Year
Guess_value
Final_guess
Tax
Previous
Owner
First_Name
Second_Name
Last_Name
User_ID
Address
Email
Telephone
Note
Building_Record
Record_ID
Office
Country
Region
Area_Piece_ID
Share_Rate
User_ID
Employee_ID
Land_Record
office
country
region
area_piece_id
user_id
rate_share
lrecordid
emp_id
Building
building_id
area_piece_id
apartment_no
floar
room
kitchen
wc
balcony
living_room
store
shop
garage
description_of_use
bshareno
wcounter
ecounter
emp_id
waste_id
Land
Area_Piece_ID
Land Id
Area
Price_perm
Share_No
Employee_ID
Notes
Water_counter
Tax_Type
Electricity_counter
Waste_tax
Waste_ID
Type
Value
Tax_ID
Tax_Name
24
Bill
Bill_NO
Bill_Value
Release_Date
Payed
Remain
Paying_Date
Type
Electricity_Bill
bill_num
elec_couters_num
Water_Bill
bill_id
water_counter_num
wrelease_date
wlast_date
wprevious_reading
wcurrent_reading
wtotal_value
wmaintainance
area_piece_id
previos_w
Bank
Card_ID
Value
Tax_ID
Employee
Employee_ID
Employee_name
Password
country
country_id
country_name_en
country_name_ar
reigon
reigon_id
country_id
region_name_en
region_name_ar
System-user-signup
sys_user_id
user_id
password
email
Water-counter
water_counter_num
area_piece_id
Area-piece
area_piece_id
status
Electricity-counter-number
elec_couters_num
area_piece_id
25
2.3.Dynamic analysis:
-Operations:
User interface
Open(web address: string)
Show(estate: list)
Select(estate: index)
Search(estate: string )
Check(account: structure)
Select(:customer)
Show(:customer details)
Confirm(:id)
Change(account: structure)
Alert message(:string)
Access(:tax detail)
Show(tax details: string)
Logoff(account: structure)
Delete(account:string)
Edit(account: string)
Cancel( :customer,
:estate)
Edit(:building details)
Edit( :land details);
Guessing estate
Update(:guessing)
guess(:estate)
Show(:building details)
Edit(: building details)
Change(:land details)
Edit(:customer details)
Change(:guessing details)
Cancel(:estate)
Estate home
Create( : customer,
:estate):guessing
Destroy(:guessing )
26
3.Realization
Communication Diagrams
1.2. Check(account)
1.1. Login
admin
account
dice
Communication Diagram for U2: admin login to the system.
27
e:estate
1. search(r)
a:available _r
2. Check(r)
system
availability
customer
4. View (a)
3. Retrieve (a)
Admin
Communication Diagram for U3:customer search for his estate
28
f: feature
DWW
system
admin
1.choose (f)
2.add(L)
3. create(L)
4. View(L)
L:land
Communication Diagram for U7: admin add land information
29
Admin
1.add(building)
2.add(building)
Dww
admin
Building
Communication Diagram for U6: admin add building information
30
System
a: account
1.1. LogOff(a)
Dww
Administrator
Communication Diagram for U20: admin logoff. (included by u2)
31
4.Design:
4.1.Tools and languages used
We used in designing this system the following tools and languages:
MySQL:
It is a popular open source SQL (Structured Query Language) database implementation,
available for many platforms, including Windows, Unix/Linux and Mac OS. it is commonly used
with web pages. It can allow viewers to look up specific information from a large quantity of
data stored in the database.
WAMP server:
WAMPs are packages of independently-created programs installed on computers that use
a Microsoft Windows operating system. The interaction of these programs enables dynamic web
pages to be served over a computer network, such as the internet or a private network.
.
PHP (Hypertext Preprocessor)
Hypertext Preprocessor is an open source software, it is a server-side scripting language,
which is executed on the server, it supports many databases (MySQL, Informix, Oracle, Sybase,
etc.)
PHP has many open-source libraries included with the core build, and many more are readily
available, we used many of its libraries that help us in our project.
No doubt much of its popularity is due to its relative ease to learn, Arrays and variables in PHP
are able to hold any type of object, variables need not be declared, and the syntax is remarkably
simple. It also runs on different platforms (Windows, Linux, Unix, etc.), it is compatible with
almost all servers used today (Apache, IIS, etc.) and it is easy to learn and runs efficiently on the
server side, all of these reasons encourages us to use it in our project.
AJAX
Ajax (shorthand for asynchronous JavaScript and XML) is a group of interrelated web
development techniques used on the client-side to create interactive web applications.
With Ajax, web applications can retrieve data from the server asynchronously in the background
without interfering with the display and behavior of the existing page. The use of Ajax
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techniques has led to an increase in interactive or dynamic interfaces on web pages. Data is
usually retrieved using the XMLHttpRequest object.
Flash:
Adobe Flash (formerly Macromedia Flash) is a multimedia platform that is popular for adding
animation and interactivity to web pages. Originally acquired by Macromedia, Flash was
introduced in 1996, and is currently developed and distributed by Adobe Systems.
We used flash in order to create the map for tax guessing to help user friendly dealing with map
color to define their lands and ownership.
JQuery:
jQuery is a lightweight JavaScript library that emphasizes interaction between JavaScript and
HTML . It was released in January 2006 at BarCamp NYC by John Resig. jQuery is free, open
source software Dual-licensed under the MIT License and the GNU General Public
License.jQuery contains the following features:








DOM element selections using the cross-browser open source selector engine Sizzle, a
spin-off out of the jQuery project
DOM traversal and modification (including support for CSS 1-3 and basic XPath)
Events
CSS manipulation
Effects and animations
Ajax
Extensibility
Utilities - such as browser version and the each function
Javascript :
 avaScript gives HTML designers a programming tool - HTML authors are normally not
programmers, but JavaScript is a scripting language with a very simple syntax! Almost anyone
can put small "snippets" of code into their HTML pages
 JavaScript can put dynamic text into an HTML page - A JavaScript statement like this:
document.write("<h1>" + name + "</h1>") can write a variable text into an HTML page
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4.2..Database design ( schema ):
-Area-Piece (area_piece_id varchar(20) , status int(11)).
-Bank (card_id int(11) , value int(11) , tax_id int(11)).
-Bill (bill_no int(11) , bill_value float(10) , release_date date (10), payed float(10) remain float
(10) , paying_date date (10), type int(11)).
-Building (building_id int(11), area_piece_id varchar(20) , apartment_no int(11), floar int(11)
room int(11) , kitchen int(11), wc int(11) , balcony int(11) , living_room int(11) ,store int(11)
,shop int(11) , garage int(11) , description_of_use varchar(50) , bshareno float wcounter int(11)
ecounter int(11) , emp_id int(11), waste_id int(11 )).
-Building_record (record_id int(11), office int(11), country int(11) ,region int(11)
area_piece_id varchar(20) , share_rate float , user_id int(11), emp_id int(11) ).
-Building_Record(bulding_tax_id int(11), area_piece_id varchar(20) , year varchar(4)
guess_value int(11),final_guess float ,bulding_tax float ,previous_bt float , m_tax float ,
previous_mt float , waste_tax float , pevious_wt float , waste_id int(11)).
-Country(country_id int(11) , country_name_en varchar(20) , country_name_ar varchar(20)).
-Electricity-Bill(bill_num int(11) , elec_couters_num int(11) , erelease_date date, elast_date
date, eprevious_reding int(11) , ecurrent_reading int(11) , emaintainance float , etotal_value
float , area-piece-id varchar(20)).
-Electricity –counter-number(elec_couters_num int(11) , area_piece_id varchar(20)).
-Employee(emp_id int(11), emp_name varchar(50) , password char(10)).
-Land(land_id int(11) ,area_piece_id varchar(20) , area float, price_perm float , guess_value
float, emp_id int(11) , notes varchar(50) , wcounter int(11) , ecounter int(11)).
34
-Land-record(office int(11) ,country int(11) , region int(11) ,area_piece_id varchar(20) ,
user_id int(11), rate_share float , lrecordid int(11) ,emp_id int(11)).
-Land-Tax(land_tax_id int(11) ,area_piece_id varchar(20) , year varchar(4) ,guess_value float ,
final_guess float , tax float, previous float)).
-Owner(first_name varchar(50) ,second_name varchar(50), last_name varchar(50) , user_id
int(11) ,address varchar(50) ,telephone int(11) ,note varchar(50)).
-Reigon(reigon_id int(11) ,country_id int(11), region_name_en varchar(20) , region_name_ar
varchar(20)).
-System-User-signUp(sys_user_id int(11) , user_id int(11) , password varchar(20), email
varchar(20) ).
-Tax-Type(tax_id int(11) , tax_name varchar(20) ).
-Waste-Tax(waste_id int(11), type varchar(50) ,value int(11)).
-Water-Bill(bill_id int(11) ,water_counter_num int(11) , wrelease_date date , wlast_date date
,wprevious_reading int(11) ,wcurrent_reading int(11) ,wtotal_value int(11) , wmaintainance float
, area_piece_id varchar(20) , previos_w float)).
-Water-counters(water_counter_num int(11) ,area_piece_id varchar(20) ).
35
4.3.Database Tables:
Area_piece
Field
area_piece_id
status
Type
varchar(20)
int(11)
Null
No
No
Indexes:
Keyname
Type
Cardinality
Field
158 area_piece_id
PRIMARY PRIMARY
158 area_piece_id
area_piece_id UNIQUE
Building
Field
building_id
area_piece_id
apartment_no
floar
room
kitchen
wc
balcony
living_room
store
shop
garage
description_of_use
bshareno
wcounter
ecounter
emp_id
waste_id
Type
int(11)
varchar(20)
int(11)
int(11)
int(11)
int(11)
int(11)
int(11)
int(11)
int(11)
int(11)
int(11)
varchar(50)
float
int(11)
int(11)
int(11)
int(11)
36
Null
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
No
Indexes:
Keyname
PRIMARY
wcounter
ecounter
area_piece_id_2
Type
Cardinality
Field
PRIMARY
2 building_id
UNIQUE
2 wcounter
UNIQUE
2 ecounter
INDEX
2 area_piece_id
Building_Record
Field
record_id
office
country
region
area_piece_id
share_rate
user_id
emp_id
Type
Null
int(11)
int(11)
int(11)
int(11)
varchar(20)
float
int(11)
int(11)
No
No
No
No
No
No
No
No
Indexes:
Keyname
PRIMARY
area_piece_id
user_id
emp_id
Type
Cardinality
Field
PRIMARY
2 record_id
INDEX
2 area_piece_id
INDEX
2 user_id
INDEX
2 emp_id
Bill
Field
bill_no
bill_value
release_date
Type
int(11)
float
date
37
Null
No
No
No
Field
Type
payed
remain
paying_date
type
Null
float
float
date
int(11)
No
No
No
No
Indexes:
Keyname
Type
Cardinality Field
0 bill_no
PRIMARY PRIMARY
Bank
Field
card_id
value
tax_id
Type
Null
int(11)
int(11)
int(11)
No
No
No
Indexes:
Keyname
Type
Cardinality Field
0 card_id
PRIMARY PRIMARY
0 tax_id
tax_id INDEX
Building_Tax
Field
bulding_tax_id
area_piece_id
year
Type
int(11)
varchar(20)
varchar(4)
38
Null
No
No
No
Field
guess_value
final_guess
bulding_tax
previous_bt
m_tax
previous_mt
waste_tax
pevious_wt
waste_id
Type
int(11)
float
float
float
float
float
float
float
int(11)
Null
No
No
No
No
No
No
No
No
No
Indexes:
Keyname
Type
Cardinality
Field
0 bulding_tax_id
PRIMARY PRIMARY
0 area_piece_id
area_piece_id INDEX
0 waste_id
waste_id INDEX
Country
Field
country_id
country_name_en
country_name_ar
Type
int(11)
varchar(20)
varchar(20)
Null
No
No
No
Indexes:
Keyname
Type
Cardinality Field
4 country_id
PRIMARY PRIMARY
Land_Tax
Field
land_tax_id
area_piece_id
Type
int(11)
varchar(20)
39
Null
No
No
Field
year
guess_value
final_guess
tax
previous
Type
varchar(4)
float
float
float
float
Null
No
No
No
No
No
Indexes:
Keyname
Type
Cardinality
Field
0 land_tax_id
PRIMARY PRIMARY
0 area_piece_id
area_piece_id INDEX
Owner
Field
first_name
second_name
last_name
user_id
address
telephone
note
Type
varchar(50)
varchar(50)
varchar(50)
int(11)
varchar(50)
int(11)
varchar(50)
Indexes:
Keyname
Type
Cardinality Field
50 user_id
PRIMARY PRIMARY
50 user_id
user_id UNIQUE
40
Null
No
No
No
No
No
No
No
Reigon
Field
reigon_id
country_id
region_name_en
region_name_ar
Type
Null
int(11)
int(11)
varchar(20)
varchar(20)
No
No
No
No
Indexes:
Keyname
Type
Cardinality Field
2 reigon_id
PRIMARY PRIMARY
2 country_id
country_id INDEX
System-user-signup
Field
sys_user_id
user_id
password
email
Type
int(11)
int(11)
varchar(20)
varchar(20)
Null
No
No
No
No
Indexes:
Keyname
Type
Cardinality
Field
2 sys_user_id
PRIMARY PRIMARY
2 user_id
user_id_2 UNIQUE
2 user_id
user_id INDEX
Employee
Field
emp_id
emp_name
password
Type
int(11)
varchar(50)
char(10)
Indexes:
41
Null
No
No
No
Keyname
Type
Cardinality Field
1 emp_id
PRIMARY PRIMARY
Waste_tax
Field
waste_id
type
value
Type
Null
int(11)
varchar(50)
int(11)
No
No
No
Indexes:
Keyname
Type
Cardinality Field
0 waste_id
PRIMARY PRIMARY
Tax_Type
Field
Type
tax_id
tax_name
Null
int(11)
varchar(20)
No
No
Indexes:
Keyname
Type
Cardinality Field
0 tax_id
PRIMARY PRIMARY
Electricity_Bill
Field
bill_num
elec_couters_num
erelease_date
elast_date
eprevious_reding
ecurrent_reading
emaintainance
etotal_value
area-piece-id
Type
int(11)
int(11)
date
date
int(11)
int(11)
float
float
varchar(20)
42
Null
No
No
No
No
No
No
No
No
No
Indexes:
Keyname
Type
Cardinality
Field
3 bill_num
PRIMARY PRIMARY
3 elec_couters_num
ecounter UNIQUE
3 area-piece-id
area-piece-id INDEX
Water_Bill
Field
Type
bill_id
water_counter_num
wrelease_date
wlast_date
wprevious_reading
wcurrent_reading
wtotal_value
wmaintainance
area_piece_id
previos_w
int(11)
int(11)
date
date
int(11)
int(11)
int(11)
float
varchar(20)
float
Null
No
No
No
No
No
No
No
No
No
No
Indexes:
Keyname
Type
Cardinality
Field
9 bill_id
PRIMARY PRIMARY
9 water_counter_num
wcounter UNIQUE
9 area_piece_id
area_piece_id INDEX
Electricity counter number
Field
elec_couters_num
area_piece_id
Type
int(11)
varchar(20)
43
Null
No
No
Indexes:
Keyname
Type
Cardinality
Field
155 elec_couters_num
PRIMARY PRIMARY
155 area_piece_id
area_piece_id INDEX
Land
Field
land_id
area_piece_id
area
price_perm
guess_value
emp_id
notes
wcounter
ecounter
Type
int(11)
varchar(20)
float
float
float
int(11)
varchar(50)
int(11)
int(11)
Indexes:
Keyname
PRIMARY
area_piece_id_2
wcounter_2
ecounter_2
Type
Cardinality
Field
PRIMARY
7 land_id
UNIQUE
7 area_piece_id
INDEX
7 wcounter
INDEX
7 ecounter
44
Null
No
No
No
No
No
No
No
No
No
Land record
Field
office
country
region
area_piece_id
user_id
rate_share
lrecordid
emp_id
Type
Null
int(11)
int(11)
int(11)
varchar(20)
int(11)
float
int(11)
int(11)
No
No
No
No
No
No
No
No
Indexes:
Keyname
PRIMARY
userid
area_piece_id
emp_id
Type
Cardinality
Field
PRIMARY
5 lrecordid
INDEX
5 user_id
INDEX
5 area_piece_id
INDEX
2 emp_id
Water Counter
Field
Type
water_counter_num
area_piece_id
int(11)
varchar(20)
Indexes:
Keyname
Type
Cardinality
Field
157 water_counter_num
PRIMARY PRIMARY
157 area_piece_id
area_piece_id INDEX
45
Null
No
No
4.Documentation:
Interface Designs:
Sign in Forms
46
Admin Operations:
Operations on buildings:
1. Insert
47
2. Update and delete
Operations on lands:
1. Insert
48
2. Update and delete
Water/Electricity Counters:
49
Operations on users Accounts
By user:
By addmin:
50
6.Glossary
TERMS
DEFINITION
Property tax (business object)
Tax due on all the buildings and land
located within the municipal boundaries
of 1954, as amended.
Image is for records guessing at the
request of the owner to provide details of
buildings and land of its own.
Certificate of the personal record
(system class)
Accountant (business object)
A person who collects the tax from
taxpayers and property owners.
Online customer(business object)
A customer whose identity card number and
credit card number is worthiness he can use
the system online
Owner(business object)
The owner or a person acting as the king
and will benefit from it directly benefited
Guessing(system class)
The inventory of land and buildings
within the boundaries of municipalities
and appreciation and be subject to tax.
Property( business object)
All land and buildings inside and outside
the municipal limits depending on the
map belonging to the municipality.
Real Estate ( business object)
Existing buildings on the land, whether
inhabited or not used, everything else
fixed it
51
7. References
1. Finance Management Department .
2. Nablus Municipality.
(electricity and water management department)
3. Internet.
52