AN IDE FOR ANDROID MOBILE PHONES WITH EXTENDED FUNCTIONALITIES USING BEST DEVELOPING METHODOLOGIES

International Journal of Computer Networks & Communications (IJCNC) Vol.5, No.4, July 2013
DOI : 10.5121/ijcnc.2013.5411 131
AN IDE FOR ANDROID MOBILE PHONES WITH
EXTENDED FUNCTIONALITIES USING BEST
DEVELOPING METHODOLOGIES
Sakila Banu1
and Kanakasabapathi Vijayakumar2
1
College of Computer Science and Information Technology, Taif University, Taif, Saudi Arabia
shakeelamjb@gmail.com
2
Department of Mathematics,Anna University,Chennai,India.
saba.vkumar@gmail.com
ABSTRACT
Google's Android platform is a widely anticipated open source operating system for mobile phones. The
mobile phone landscape changed with the introduction of smart phones running Android, a platform
marketed by Google. Android phones are the first credible threat to the iPhone market. Google not only
target the consumers of iPhone, it also aimed to win the hearts and minds of mobile application developers.
As a Result, application developers are developing new software’s everyday for Android Smart Phones and
are competing with the previous in Market. But so far there is no Specific IDE developed to create mobile
application easily by just Drag and Drop method to make even the non-programmers to develop
application for the smart phones.
This paper presents an IDE with Extended Functionalities for Developing Mobile Applications for Android
Mobile Phones using the Best developing Methodologies. The New IDE comes with the Extended
Functionalities like Executing the created Application, Previewing the Application Created, Roll Back and
Cancel Functions with the newly added Icons like Execute, Preview, Roll Back and Cancel Respectively.
Another important feature of this paper is that the IDE is developed using the Best Developing
Methodologies by presenting the possible methods for developing the IDE using JAVA SWING GUI Builder
in Android ADT plug-in. The developed IDE is tested using the Android Runtime Emulator in Eclipse
Framework.
KEYWORDS
IDE-Integrated Development Environment, GUI-Graphical User Interface, ADT-Android Development
Tool.
1. INTRODUCTION
The Mobile Applications are classified into the following types. They are Communications,
Games, Multimedia and productivity. Almost all developed applications come into this one
category. Mobile devices are gaining acceptance for multimedia applications more as they are
attracting the mobile users mostly. Based on the users Area of Interests Developers are providing
applications for smart phones.
For example, if the user is more interested in learning Islamic topics, then the developers has to
collect the useful pages from various Islamic sources based on the users interests and the pages
have to be wrapped in one unit to present it as a Mobile Application for the smart phones. The
developer has to write the program every time to present the useful WebPages as a single Mobile
Application for the smart phone users.

132
Understanding the difficulties in performing the same task by writing program repeatedly, this
paper presents an IDE by collecting the common tasks in the format of Drag and Drop Icons to
make even non programmers to develop a mobile application easily for smart phones. The IDE
has all common functions for wrapping WebPages into one application like selecting the
WebPages as a PDF file, Slider View, Icon view with the additional added functionalities like
Preview, Roll Back, Cancel and Execute Icons. Thus the useful WebPages can be wrapped into
one single application as a multimedia entertainment application for the mobile users within
minutes.
The IDE is first aimed to develop Multimedia applications for Android Mobile Phones as Android
is an open source software stock for mobile devices and hence developers has the complete rights
to create applications for Android smart phones. The IDE is mainly designed for the non-
programmers who will develop mobile application without the knowledge of API and
programming language. Hence applications created can be easily tested and installed on Android
Mobile phones using Android Runtime Emulator that comes with the ADT plug-in in Eclipse
Framework.
This paper is structured as follows. The proposed IDE comes with the possible methods of
developing methodologies using Swing in Android Mobile phones. Android SDK does not
provide a straightforward Swing Vocabulary for building the GUI system and the default GUI
system provided by Android SDK is XML, hence creating a GUI using Swing in Android is
possible only through two methods. This paper presents the two methods and the IDE is
developed using the best method with added functionalities. The created IDE is tested with
various applications and the results are shown below. The application thus created with this IDE
is tested again with the Android Emulator in Eclipse. A table is provided at last to show the time
consuming for different application using this IDE.
1.1. RELATED WORK
App Inventor for Android is an application originally provided by Google, and now maintained
by the Massachusetts Institute of Technology (MIT). It allows anyone familiar with computer
programming to create software applications for the Android operating system (OS). It uses a
graphical interface, that allows users to drag-and-drop visual objects to create an application that
can run on the Android system, which runs on many mobile devices.
Users can build many different types of apps with App Inventor. Often people begin by building
games which draw funny pictures on faces. But app building is not limited to simple games. It
also build apps that inform and educate and create a quiz app .
2. IDE DEVELOPING METHODOLOGIES
There are two possible methods to develop the IDE using Java Swing in Android. The First
method is using an External GUI Builder in Swing and converting the Swing code to XML. The
XML code is then installed to the Android Manifest file. The second method is the Direct
Method in which the extra step of converting Swing to XML is omitted through Android Network
Activity. Androids Network Activity has a way to build UI using Java Swing in Android without
using XML.
2.1. Method I Using External GUI Builder
The tools used for this Method are the following:

133
1. Jigloo GUI Builder
2. JAXB Reader
3. Eclipse
4. Android Development Tools
5. Android Emulator to test the developed Application
The first method uses the External GUI Builder Jigloo. Jigloo is a highly customisable
straightforward GUI Builder for Swing and SWT. The main advantage of Jigloo is that it can be
integrated with Eclipse. As the IDE is created in Eclipse framework for Android Mobile Phone
Jigloo is advisable for external Swing GUI Builder so that both ADT and Jigloo can be integrated
into Eclipse framework. The IDE is designed using Swing and the code is converted to XML
using the XML parser JAXB Reader.
The XML Code is then placed into the Android Manifest file and the application is created in
Android. The created Application results with the .APK Files. The APK files are used to install
into the Android Mobile Phone. The application is tested using the Android Emulator.
Method Structure
Steps to create the IDE using External GUI Builder
1. The IDE is developed as a package using JForm Designer as a plugin in eclipse.
Package Name: org.developerworks.jIDE
2. A Swing Application is created in the Package
Swing Application Name: NewIDE.java
3. The NewIDE.java contains the main source code required to build the IDE
Sample Source Code for NewIDE.java:
NewIDE.java
{
jButton1 = new JButton();
Sliderpanel.add (jButton1);
jButton1.setText ("slide1");

134
jButton1.setBounds (31, 26, 73, 92);
---------
---------
---------
}
4. The Code is copied to the JAXB Reader to convert to the XML as Android Manifest File
Accepts only the xml code for GUI designing.
5. The XML code for the design of the IDE is copied and saved in a new file called
AppIDE.xml
6. The AppIDE.xml is then copied to the Android Manifest File.
7. The application is tested using the Android Emulator.
Advantages of Method I:
1. Jigloo can be integrated to Eclipse as like Android SDK.
2. Both Swing and SWT applications can be created.
3. Using Drag and Drop method IDE is designed in Jigloo.
Disadvantages of Method I:
1. The Extra Round Step is not easier using JAXB XML parser.
2. JAXB parser doesn’t provide exact Xml conversion.
3. IDE sometimes results in error
4. The converted xml file is again placed to the Android Manifest file.
5. It increases time due to the extra Round XML Convertion.
2.2. Method II Using Android Network Activity:
The tools used for this Method are the following:
1. Eclipse
2. Android Development Tool
3. Android Emulator to test the developed Application
This is the Direct Method Where there is no need to create swing application for IDE in external
software. The first method is used because android does not have swing application to develop
GUI applications and only through XML GUI application can be created. Hence, the first method
uses an external swing tool and converts the swing code to XML.
But, there is another way to create GUI in Android SDK tools using Swing Code but the main
entrance should be the Android Activity Process. This main Activity class is called the Network
Activity. It has the methods to create the UI screen that allows swing java code.
public class NetworkActivity extends Activity {
public EditText Slide1;
public void onCreate(Bundle icicle) {
super.onCreate(icicle);
// create the panel to enclose everything
View mainPanel = _createInputForm();

135
// show the panel on the screen
setContentView(mainPanel);
}
...
}
The createInputForm in the Activity gives entrance to the Java swing code as given below.
Sample code:
private ViewGroup _createInputForm() {
LinearLayout panel = new LinearLayout(this);
panel.setLayoutParams(new LayoutParams(LayoutParams.WRAP_CONTENT,
LayoutParams.WRAP_CONTENT));
panel.setOrientation(LinearLayout.VERTICAL);
// Userid : label and text field
TextView lblUserid = new TextView(this);
lblUserid.setText("Userid");
Hence, the swing application is directly created in Android using Eclipse Framework and the IDE
is tested for creating Mobile applications. The created application is then installed to the Android
Emulator to test the application.
Advantages of Method I:
1. No need of External Swing GUI Builder
2. Time Consuming
3. Error is Reduced
4. No need of Convertion of External File
5. Provides Good Result as it is designed in the Android Framework.
Disadvantages of Method I:
1. Space is limited due to application installed in Mobile Device.
3. PROPOSED IDE USING METHOD II
The IDE is divided into the following. They are Widgets, Main View and Slider View. The
Main View is the Heart of this IDE where the Dragged Icons and Slides are placed to this
Main View. The slider view is shown in the Right Side of the IDE. The slides will be
distributed in the Slider View once the file has been chosen from the File option. The Slides
are dragged to the Main View by selecting the Slides from the Slider View and dragging it to
the Main View.
The widget is shown in the left side of the IDE. The widget has the icons arranged vertically.
The icons are dragged to the main view and are placed in the selected slides.
Once the icons are dropped into the slide, the input box is shown to enter the slide number
based on the icon selected. Finally, the slides are consolidated and converted to .apk files to

136
install into the android mobile phones.
The IDE is divided into three views.
I. Icon View
II. Main View
III. Slider View
Icon View:
The Icons like Previous, Next, Home and Scroll Bar are placed in the Icon View. These icons
are programmed with Drag and Drop functionalities. The Icon is dragged to the main view to
place on the selected slide. Once the icon is dropped on the slide in the Main View, input box
will be shown to enter the Next or Previous Slide Number based on the Icon selected.
Main View:
The Main View is the heart of the IDE where the slides and Icons are Dragged and Dropped to
this Main View. The slides are dragged to the Main View to place the icon on the Slide. The
slides with the icons are then consolidated by the Slide Number which the user enters while
placing the icons on the slide. The consolidated slides are then saved with the .apk file type
and are send to the Android Emulator to test the developed application and installed to the
Android Device.
Slider View:
The Slides are placed vertically one by one in the Slider View. Once the file is selected from the
File Menu, the entire slides from the selected file are distributed to the Slider View. The slides
are arranged vertically with the slide number.

137
Figure 1:
Architecture of the Proposed IDE:
3.1 Tools used to Develop IDE:
The tools used for this IDE are the following;
I. Eclipse
II. Android Development Tools.
III. Android Emulator to test the developed Application.
I.Eclipse:
Nowadays Eclipse IDE is used by all software developers to develop applications. Eclipse is easy
to use and any number of plug-ins can be added to the Eclipse IDE. Moreover, eclipse is an open
source IDE and includes a number of unique features such as code refactoring, automatic code
updates. In its entirety, the Eclipse Platform contains the functionality required to build an IDE.
However, the Eclipse Platform is itself a composition of components; by using a subset of these
components, it is possible to build arbitrary applications. The Eclipse Rich Client Platform (RCP)
is one such subset of components. Figure 2 shows a representation of some of the components in

138
the Eclipse Platform and highlights the subset that makes up the RCP (in reality there are a great
many more components).
Figure:2
II. Android Development Tools:
Android Development Tools (ADT) is a plug-in for the Eclipse IDE that is designed to give you a
powerful, integrated environment to build Android applications. ADT extends the capabilities of
Eclipse to let quickly set up new Android projects, create an application UI, add components
based on the Android Framework API, and debugs the applications using the Android SDK
tools, and even export signed (or unsigned) .apk files in order to distribute the application to the
smart phones.
Developing in Eclipse with ADT is highly recommended and is the fastest way to get started.
With the guided project setup, as well as tools integration, custom XML editors, and debug output
pane, ADT gives an incredible boost in developing Android applications.
Developing applications for Android devices is facilitated by a group of tools that are provided
with the SDK. Using the ADT (Android Development Tool) Eclipse plug-in these tools can be
accessed efficiently.
III. Android Emulator:
Android is a software stack for mobile devices that includes an operating system, middleware and
key Applications. The Android SDK provides the tools and APIs necessary to begin developing
applications on the Android platform using the Java programming language.
Android emulator is a device that appears like Android phones, where the application developed
can be tested right there without the need of external android device.
Android Application Framework:
By providing an open development platform, Android offers developers the ability to build
extremely rich and innovative applications. Developers are free to take advantage of the device
hardware, access location information, run background services, set alarms, add notifications to
the status bar, and much, much more.
Developers have full access to the same framework APIs used by the core applications. The
application architecture is designed to simplify the reuse of components; any application can

139
publish its capabilities and any other application may then make use of those capabilities. This
same mechanism allows components to be replaced by the user.
3.2 Image of IDE:
Figure 3:
The left side panel shows the Icon View, the Middle panel shows the Main View and the Right
Panel shows the Slider View. The Previous, Next, Scroll view and the Home Icons are arranged
vertically in the Icon View. The Main View is the place where the selected slide and the Icons
reside. The Slider View has the Slides that are arranged one by one vertically.
Extended Functionalities:
1. Preview
2. RollBack
3. Execute
4. Cancel
Preview:
The Preview Option is used to view the application created by the IDE before installing to the
Android Emulator. This is useful to check the errors and the slides are correctly integrated. If the
slides are not correctly integrated according to the users expected view then it is corrected using
the RollBack Option.
RollBack:
The RollBack is an operation which returns the integrated slide to its previous state. This option
is useful to rollback a particular slide in order to make changes. The RollBack and the Preview
Icons File Edit Project Run Help Slider View
Main View
Slide 2 Slide2
Slide3
Slide1
H
Preview Roll back

140
option are useful to check whether the application integrated is in the order of the users Expected
Way.
Execute:
The Execute option is used to execute the integrated file before installing to the Android
emulator. This option is found in the File Menu.
Cancel:
The Cancel option is used to cancel the whole operation and to return back to the File Menu.
This Option is found in the File Menu.
3.3 Program Structure:
The IDE is developed using Jigloo GUI Builder. Jigloo is an Eclipse Plugin. Jigloo can be
installed using the eclipse powerful automatic updates.
The Structure of the Program is shown from the following figure
Figure 4:
Java Package
Steps Followed in Creating the IDE:
• The IDE is developed as a package using Android Network Activity(Main Activity)in
eclipse.
o Package Name: org.developerworks.jiglooIDE
• A Swing code is created in the Package through Androids Network Activity.
o Swing Application Name:NewIDE.java
The NewIDE.java contains the main source code required to build the IDE

141
Sample code
Using the Main Activity in Android
public class NetworkActivity extends Activity {
public EditText slide2;
public void onCreate(Bundle icicle) {
super.onCreate(icicle);
// create the panel to enclose everything
View mainPanel = _createInputForm();
// show the panel on the screen
setContentView(mainPanel);
}
...
}
The createInputForm in the Activity gives entrance to the Java swing code as given below.
Sample code:
private ViewGroup _createInputForm() {
LinearLayout panel = new LinearLayout(this);
panel.setLayoutParams(new LayoutParams(LayoutParams.WRAP_CONTENT,
LayoutParams.WRAP_CONTENT));
panel.setOrientation(LinearLayout.VERTICAL);
// Userid : label and text field
TextView lblUserid = new TextView(this);
lblUserid.setText("Userid");
Result: Design of NewIDE.java using Method II

142
Figure:5
Eclipse With ADT Plugin(Android) to test the Application
• ADT Plug in is used with Eclipse to test the Application.
• A New Android Test Project is created. The created file in android activity AppIDE.xml
is imported to the Android ->res->Layout Folder
• Applications are created using this ADT plug-in in Eclipse using the new Developed IDE
AppIDE.xml file.
• Once the Application is created with ADT plug-in it will create the .APK files
automatically.
• The Application .APK files are installed to the Android Mobile Phones.Thus Website
Application for Android Mobile Devices is developed in few minutes and the
Experimental Results are shown below.

143
Image Of the Created IDE in Jigloo
Figure 6:
Experimental Setup and Results:
The IDE is first experimented for Islamic Sources. Various Islamic Sites are collected for Dhua,
Historic Places and Prophets Sayings etc. Selected Pages from various sites are collected for
different types of application like audio files, PowerPoint and PDF. Audio files are tested by
collecting Dhuas from various sources and developed into mobile application as .apk files using
the IDE .Applications to install into the Android Phones are experimented with the Created IDE
and the Results are Shown Below.
Use Case 1: Development using PowerPoint
The applications that use similar file types are shown below.
FIGURE 8:
PDF DOCUMENTS WEB PAGES WORD DOCUMENTS
The above figure shows three different kinds of applications that fall into the same category. For
Example, the PDF, the web pages and the word documents are treated here as a slides.
These applications will disperse the contents as the slides and the slides are consolidated using
this IDE. The slides are then converted to .APK files to install into the smart phones.
POWERPOINT

144
The Android OS will accept only .APK files to install into the smart phones. For this the file type
is converted to .APK extensions. This is done by the Android plug-in that is plugged into the
eclipse IDE. The xml source code is then placed into the Android Plug-in into the Eclipse IDE to
obtain the Target file Extension .APK.
Some Applications are tested with the developed IDE using both Method I and Method II and the
time required to create the application using this IDE is described below in the Table.
TABLEI
Test cases:
Using Method I
Applications Tested
Serial No Type Of
Applications
Type of
Files
No of
Pages
Time Taken
1 Dhua Audio
Files
10 5minutes
2 Historic Places PowerP
oint
10 4 minutes
3 Quran PDF 30 10 minutes
4 Prophets Sayings Audio
Files
15 6minutes
5 Prophets Life PowerP
oint
slide
20 6minutees
Time Taken for both the Method to Design the IDE
Serial No Method Number Time Taken
1 Method I 15Minutes
2 Method II 8Minutes
4. Conclusion and Future work:
This IDE is a useful tool for Developing Mobile applications easily and the main advantage of
this IDE is even a non-programmer who is programming for first time can use this IDE to develop
applications for mobile devices. The IDE is extended with the Useful Option for the user like
Preview, RollBack, Execute and Cancel. Hence the New IDE ensures for accuracy for the
application created before installing to the android Mobile Phone.
Future Work:
The IDE currently has limited icons that are necessary to develop application, and in future more
icons will be added to develop advance applications for android smart phones. Currently the IDE
is designed for Android Smart Phones and in future it will be extended to develop applications for
all types of smart phones.

145
ACKNOWLEDGEMENTS
I would like to thank Everyone who supported for this Paper. Especially I would like to thank my
Guide Dr.Nisar Hundewale who helped for this project and insisted to extend the Project by
giving Ideas.
REFERENCES
[1] Understanding Android Security by Enck, W.; Ongtang, M.; McDaniel, P.;
Pennsylvania State Univ., University Park, PA
[2] Android: Changing the Mobile Landscap by Margaret Butler from
http://developerlife.com/tutorials/?p=289
[3] Android – How to build a service-enabled Android app – Part 1/3 UI Posted June 4th, 2008 by
Nazmul
[4] Android-An Open Handset Alliance Project. http://code.google.com/android/.
[5] Bloom S.Book, M.Gruhn, V.Hrushchak, R.Kohler, A.(2008). Write Once Run Anywhere. A
survey of Mobile Runtime Environments. Proceedings of the 3rd
International Conference On
Grid and Pervasive Computing(GPC2008):132-137
[6] Holzer, A.Ondrus,J.(2009). Trends in Mobile Application Development. Proceedings of the 2nd
International Conference Mobile Wireless Middleware, Operating Systems and
Applications(Mobile ware 2009):55-64
[7] http://www.vogella.com/articles/AndroidDragAndDrop/article.html
[8] http://javapapers.com/android/android-drag-and-drop/
[9] http://developer.android.com/guide/topics/ui/drag-drop.html
[10] http://en.wikipedia.org/wiki/App_Inventor_for_Android
[11] JForm Designer from http://www.formdev.com/jformdesigner/
[12] http://beta.appinventor.mit.edu/about/moreinfo/
[13] Jigloo GUI Builder ,http://www.ibm.com/developerworks/opensource/tutorials/
Corresponding Author
Sakila Banu Ali

AN IDE FOR ANDROID MOBILE PHONES WITH EXTENDED FUNCTIONALITIES USING BEST DEVELOPING METHODOLOGIES

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