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$15 USD / time
Flag for INDIA
jabalpur, india
$15 USD / time
Klokken er nu 7:37 AM her
Tilmeldt september 6, 2019
7 Anbefalinger

Chetan R.

@xCHETANx

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5,0 (57 anmeldelser)
4,7
4,7
$15 USD / time
Flag for INDIA
jabalpur, india
$15 USD / time
100 %
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97 %
Indenfor budgettet
95 %
Til tiden
23 %
Genansættelsesrate

Expanding my Neural Network and Work Experience.

Namaste _/|\_ Optimal Completion of a task with minimum resources and maximum odds, is what describes the talent. :) I'm always prepared to learn new technologies and work with them, if need be. I have experience of - 1. Regular Expressions 2. Java (Core, Swing, JavaFX, JDBC, JUnit) 3. Python (Core, TKinter) 4. MySQL, SQLServer 5. Core C 6. Vanilla Javascript 7. HTML You reviews and suggestions will always contribute in my improvement and will provide Freelancer(website) another better Freelancer(Worker) :)
Freelancer Java Developers India

Kontakt Chetan R. angående dit job

Log ind for at diskutere detaljer over chat.

Portefølje indlæg

Graph Designer is a program for some scientific application.
It allows the user to draw graphs consisting of nodes and wires with simple drag-drop and point-click method.
Features -
1. User can define the Color/Title/Socket_count of nodes in a csv file.
2. The csv file can be loaded from within the program, which will make those nodes available to be used.
3. Wires can be drawn to connect nodes.
4. Nodes/Wires can be removed as and when needed.
5. The graph is produced as a text file also for further processing by some other program.

Technology Used -
1. Core Java
2. JavaFX (for GUI)
3. Regular Expressions (for text parsing)
4. CSS (along with JavaFX)

To be honest, it was the most difficult project for me, till date.
Graph Designer (Scientific Purpose)
Graph Designer is a program for some scientific application.
It allows the user to draw graphs consisting of nodes and wires with simple drag-drop and point-click method.
Features -
1. User can define the Color/Title/Socket_count of nodes in a csv file.
2. The csv file can be loaded from within the program, which will make those nodes available to be used.
3. Wires can be drawn to connect nodes.
4. Nodes/Wires can be removed as and when needed.
5. The graph is produced as a text file also for further processing by some other program.

Technology Used -
1. Core Java
2. JavaFX (for GUI)
3. Regular Expressions (for text parsing)
4. CSS (along with JavaFX)

To be honest, it was the most difficult project for me, till date.
Graph Designer (Scientific Purpose)
Graph Designer is a program for some scientific application.
It allows the user to draw graphs consisting of nodes and wires with simple drag-drop and point-click method.
Features -
1. User can define the Color/Title/Socket_count of nodes in a csv file.
2. The csv file can be loaded from within the program, which will make those nodes available to be used.
3. Wires can be drawn to connect nodes.
4. Nodes/Wires can be removed as and when needed.
5. The graph is produced as a text file also for further processing by some other program.

Technology Used -
1. Core Java
2. JavaFX (for GUI)
3. Regular Expressions (for text parsing)
4. CSS (along with JavaFX)

To be honest, it was the most difficult project for me, till date.
Graph Designer (Scientific Purpose)
Graph Designer is a program for some scientific application.
It allows the user to draw graphs consisting of nodes and wires with simple drag-drop and point-click method.
Features -
1. User can define the Color/Title/Socket_count of nodes in a csv file.
2. The csv file can be loaded from within the program, which will make those nodes available to be used.
3. Wires can be drawn to connect nodes.
4. Nodes/Wires can be removed as and when needed.
5. The graph is produced as a text file also for further processing by some other program.

Technology Used -
1. Core Java
2. JavaFX (for GUI)
3. Regular Expressions (for text parsing)
4. CSS (along with JavaFX)

To be honest, it was the most difficult project for me, till date.
Graph Designer (Scientific Purpose)
Graph Designer is a program for some scientific application.
It allows the user to draw graphs consisting of nodes and wires with simple drag-drop and point-click method.
Features -
1. User can define the Color/Title/Socket_count of nodes in a csv file.
2. The csv file can be loaded from within the program, which will make those nodes available to be used.
3. Wires can be drawn to connect nodes.
4. Nodes/Wires can be removed as and when needed.
5. The graph is produced as a text file also for further processing by some other program.

Technology Used -
1. Core Java
2. JavaFX (for GUI)
3. Regular Expressions (for text parsing)
4. CSS (along with JavaFX)

To be honest, it was the most difficult project for me, till date.
Graph Designer (Scientific Purpose)
This is a puzzle game built in JavaFX.
This is a modified variant of puzzle as there is no semi-complete figure, all parts  have to be dragged from selection panel to drawing panel from the scratch.
Built using -
JDK 1.8
JavaFX
Puzzle Game
This is a puzzle game built in JavaFX.
This is a modified variant of puzzle as there is no semi-complete figure, all parts  have to be dragged from selection panel to drawing panel from the scratch.
Built using -
JDK 1.8
JavaFX
Puzzle Game
This is a puzzle game built in JavaFX.
This is a modified variant of puzzle as there is no semi-complete figure, all parts  have to be dragged from selection panel to drawing panel from the scratch.
Built using -
JDK 1.8
JavaFX
Puzzle Game
This is a puzzle game built in JavaFX.
This is a modified variant of puzzle as there is no semi-complete figure, all parts  have to be dragged from selection panel to drawing panel from the scratch.
Built using -
JDK 1.8
JavaFX
Puzzle Game
"Who wants to be a Zillionaire" is a turn based 2 player quiz game.
The player with most credits at the end is declared the winner.
Features -
1. Public Opinion Help (opinion on correct answer by public)
2. 50-50 (2 wrong answers are removed)

Technologies used to build this game -
JDK 11
JavaFX 
CSS
Regular Expressions (for parsing backend data files)
Quiz Game Simulator (2 players gameplay)
"Who wants to be a Zillionaire" is a turn based 2 player quiz game.
The player with most credits at the end is declared the winner.
Features -
1. Public Opinion Help (opinion on correct answer by public)
2. 50-50 (2 wrong answers are removed)

Technologies used to build this game -
JDK 11
JavaFX 
CSS
Regular Expressions (for parsing backend data files)
Quiz Game Simulator (2 players gameplay)
"Who wants to be a Zillionaire" is a turn based 2 player quiz game.
The player with most credits at the end is declared the winner.
Features -
1. Public Opinion Help (opinion on correct answer by public)
2. 50-50 (2 wrong answers are removed)

Technologies used to build this game -
JDK 11
JavaFX 
CSS
Regular Expressions (for parsing backend data files)
Quiz Game Simulator (2 players gameplay)
"Who wants to be a Zillionaire" is a turn based 2 player quiz game.
The player with most credits at the end is declared the winner.
Features -
1. Public Opinion Help (opinion on correct answer by public)
2. 50-50 (2 wrong answers are removed)

Technologies used to build this game -
JDK 11
JavaFX 
CSS
Regular Expressions (for parsing backend data files)
Quiz Game Simulator (2 players gameplay)
"Who wants to be a Zillionaire" is a turn based 2 player quiz game.
The player with most credits at the end is declared the winner.
Features -
1. Public Opinion Help (opinion on correct answer by public)
2. 50-50 (2 wrong answers are removed)

Technologies used to build this game -
JDK 11
JavaFX 
CSS
Regular Expressions (for parsing backend data files)
Quiz Game Simulator (2 players gameplay)
"Who wants to be a Zillionaire" is a turn based 2 player quiz game.
The player with most credits at the end is declared the winner.
Features -
1. Public Opinion Help (opinion on correct answer by public)
2. 50-50 (2 wrong answers are removed)

Technologies used to build this game -
JDK 11
JavaFX 
CSS
Regular Expressions (for parsing backend data files)
Quiz Game Simulator (2 players gameplay)
I made it using Java Swing for FrontEnd and SQLServer 2008 (separate MySQL version) for Backend.

Features -
1. Small program size, very few dependencies.
2. C.R.U.D. operations on specific data.
3. Previews the photos of the items (if available).
4. exports the available data to a csv file (which can then be used for other purposes).
5. Functions on Database act independent of each other, reducing error rate. Certain parts of the application get disabled automatically until you make appropriate choice, to avoid errors.
6. Compatible with any system supporting Java 1.8 or higher.
Inventory Management System
I made it using Java Swing for FrontEnd and SQLServer 2008 (separate MySQL version) for Backend.

Features -
1. Small program size, very few dependencies.
2. C.R.U.D. operations on specific data.
3. Previews the photos of the items (if available).
4. exports the available data to a csv file (which can then be used for other purposes).
5. Functions on Database act independent of each other, reducing error rate. Certain parts of the application get disabled automatically until you make appropriate choice, to avoid errors.
6. Compatible with any system supporting Java 1.8 or higher.
Inventory Management System
I made it using Java Swing for FrontEnd and SQLServer 2008 (separate MySQL version) for Backend.

Features -
1. Small program size, very few dependencies.
2. C.R.U.D. operations on specific data.
3. Previews the photos of the items (if available).
4. exports the available data to a csv file (which can then be used for other purposes).
5. Functions on Database act independent of each other, reducing error rate. Certain parts of the application get disabled automatically until you make appropriate choice, to avoid errors.
6. Compatible with any system supporting Java 1.8 or higher.
Inventory Management System
I made it using Java Swing for FrontEnd and SQLServer 2008 (separate MySQL version) for Backend.

Features -
1. Small program size, very few dependencies.
2. C.R.U.D. operations on specific data.
3. Previews the photos of the items (if available).
4. exports the available data to a csv file (which can then be used for other purposes).
5. Functions on Database act independent of each other, reducing error rate. Certain parts of the application get disabled automatically until you make appropriate choice, to avoid errors.
6. Compatible with any system supporting Java 1.8 or higher.
Inventory Management System
I made it using Java Swing for FrontEnd and SQLServer 2008 (separate MySQL version) for Backend.

Features -
1. Small program size, very few dependencies.
2. C.R.U.D. operations on specific data.
3. Previews the photos of the items (if available).
4. exports the available data to a csv file (which can then be used for other purposes).
5. Functions on Database act independent of each other, reducing error rate. Certain parts of the application get disabled automatically until you make appropriate choice, to avoid errors.
6. Compatible with any system supporting Java 1.8 or higher.
Inventory Management System
I made it using Java Swing for FrontEnd and SQLServer 2008 (separate MySQL version) for Backend.

Features -
1. Small program size, very few dependencies.
2. C.R.U.D. operations on specific data.
3. Previews the photos of the items (if available).
4. exports the available data to a csv file (which can then be used for other purposes).
5. Functions on Database act independent of each other, reducing error rate. Certain parts of the application get disabled automatically until you make appropriate choice, to avoid errors.
6. Compatible with any system supporting Java 1.8 or higher.
Inventory Management System
I made it using Java Swing for FrontEnd and SQLServer 2008 (separate MySQL version) for Backend.

Features -
1. Small program size, very few dependencies.
2. C.R.U.D. operations on specific data.
3. Previews the photos of the items (if available).
4. exports the available data to a csv file (which can then be used for other purposes).
5. Functions on Database act independent of each other, reducing error rate. Certain parts of the application get disabled automatically until you make appropriate choice, to avoid errors.
6. Compatible with any system supporting Java 1.8 or higher.
Inventory Management System
I made it using Java Swing for FrontEnd and SQLServer 2008 (separate MySQL version) for Backend.

Features -
1. Small program size, very few dependencies.
2. C.R.U.D. operations on specific data.
3. Previews the photos of the items (if available).
4. exports the available data to a csv file (which can then be used for other purposes).
5. Functions on Database act independent of each other, reducing error rate. Certain parts of the application get disabled automatically until you make appropriate choice, to avoid errors.
6. Compatible with any system supporting Java 1.8 or higher.
Inventory Management System
I built this application using Java Swing (Front End) and MySQL (Back End). 
Features -
1. User credentials (username, password) can be managed from a simple text file (following specific format though).
2. Application is stable and the available data is visible in the respective tables all the time.
3. Data Access is not possible without login.
4. Separate functions on data act independent of each other (minimizing the risk of errors).
5. Small File Size, Not many dependencies.
6. Runs on any system having JDK 1.8 or higher.
Warehouse Management System
I built this application using Java Swing (Front End) and MySQL (Back End). 
Features -
1. User credentials (username, password) can be managed from a simple text file (following specific format though).
2. Application is stable and the available data is visible in the respective tables all the time.
3. Data Access is not possible without login.
4. Separate functions on data act independent of each other (minimizing the risk of errors).
5. Small File Size, Not many dependencies.
6. Runs on any system having JDK 1.8 or higher.
Warehouse Management System
I built this application using Java Swing (Front End) and MySQL (Back End). 
Features -
1. User credentials (username, password) can be managed from a simple text file (following specific format though).
2. Application is stable and the available data is visible in the respective tables all the time.
3. Data Access is not possible without login.
4. Separate functions on data act independent of each other (minimizing the risk of errors).
5. Small File Size, Not many dependencies.
6. Runs on any system having JDK 1.8 or higher.
Warehouse Management System
I built this application using Java Swing (Front End) and MySQL (Back End). 
Features -
1. User credentials (username, password) can be managed from a simple text file (following specific format though).
2. Application is stable and the available data is visible in the respective tables all the time.
3. Data Access is not possible without login.
4. Separate functions on data act independent of each other (minimizing the risk of errors).
5. Small File Size, Not many dependencies.
6. Runs on any system having JDK 1.8 or higher.
Warehouse Management System
I built this application using Java Swing (Front End) and MySQL (Back End). 
Features -
1. User credentials (username, password) can be managed from a simple text file (following specific format though).
2. Application is stable and the available data is visible in the respective tables all the time.
3. Data Access is not possible without login.
4. Separate functions on data act independent of each other (minimizing the risk of errors).
5. Small File Size, Not many dependencies.
6. Runs on any system having JDK 1.8 or higher.
Warehouse Management System
I built this application using Java Swing (Front End) and MySQL (Back End). 
Features -
1. User credentials (username, password) can be managed from a simple text file (following specific format though).
2. Application is stable and the available data is visible in the respective tables all the time.
3. Data Access is not possible without login.
4. Separate functions on data act independent of each other (minimizing the risk of errors).
5. Small File Size, Not many dependencies.
6. Runs on any system having JDK 1.8 or higher.
Warehouse Management System
I built this application using Java Swing (Front End) and MySQL (Back End). 
Features -
1. User credentials (username, password) can be managed from a simple text file (following specific format though).
2. Application is stable and the available data is visible in the respective tables all the time.
3. Data Access is not possible without login.
4. Separate functions on data act independent of each other (minimizing the risk of errors).
5. Small File Size, Not many dependencies.
6. Runs on any system having JDK 1.8 or higher.
Warehouse Management System
I built this application using Java Swing (Front End) and MySQL (Back End). 
Features -
1. User credentials (username, password) can be managed from a simple text file (following specific format though).
2. Application is stable and the available data is visible in the respective tables all the time.
3. Data Access is not possible without login.
4. Separate functions on data act independent of each other (minimizing the risk of errors).
5. Small File Size, Not many dependencies.
6. Runs on any system having JDK 1.8 or higher.
Warehouse Management System
I built this application using Java Swing (Front End) and MySQL (Back End). 
Features -
1. User credentials (username, password) can be managed from a simple text file (following specific format though).
2. Application is stable and the available data is visible in the respective tables all the time.
3. Data Access is not possible without login.
4. Separate functions on data act independent of each other (minimizing the risk of errors).
5. Small File Size, Not many dependencies.
6. Runs on any system having JDK 1.8 or higher.
Warehouse Management System
Features
1. Type the confidential text in hidden mode or open text mode.
2. Transfer the text directly to system clipboard for pasting.
3. Text will be unavailable for pasting after 10 seconds.
4. AutoShuffle : Changes whole key map after each click (helpful in typing passwords online in cafes)
Final Year Project, Java GUI with Swing
Features
1. Type the confidential text in hidden mode or open text mode.
2. Transfer the text directly to system clipboard for pasting.
3. Text will be unavailable for pasting after 10 seconds.
4. AutoShuffle : Changes whole key map after each click (helpful in typing passwords online in cafes)
Final Year Project, Java GUI with Swing

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$22,00 USD
He was able to code my project successfully with all the criteria being met. He communicated effectively and professionally. I am satisfied with his work.
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Uddannelse

Bachelor of Engineering (Information Technology)

Rajiv Gandhi Prodyogiki Vishwavidyalaya, India 2013 - 2018
(5 år)

Kontakt Chetan R. angående dit job

Log ind for at diskutere detaljer over chat.

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Bedste færdigheder

Java 49 JavaFX 36 JavaScript 34 Swing (Java) 23 Python 18

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