GSoC 2018, Django 2.0, Python 3.5, MySQL, HTML-CSS
There are shell scripts for creating X.509 certificates, revoking certificates and signing CRLs and scripts for the creation of Profile certificate files for certain devices such as Linux, Apple OS X, Windows, iOS, etc., these require careful specification of various certificate attributes so that these certificates work on a variety of devices: Android, Windows, iOS/OSX, Linux, etc. The goal of this project is to gather all that knowledge into a simple interface.
The interface supports the following:
- Generating the proper ipsec.conf configuration based on web admin interface including DNS/split-DNS configurations.
- Allow Administrator to invite new users using email id.
- A new user after account validation can download the generated certificate/profile (over TLS) for different platforms.
- The generated certificates/profiles can only be downloaded once, through the portal.
- Admin can list, revoke/disable (temporary revocation) user certificates/profiles.
- Generate PKCS#12 certificates for users.
- Generate iOS/OSX .mobileconfig profiles for automatic installation on iOS/OSX.
- Ipsilon user authentication to web application.
- Configure munin-node to work with libreswan plugin.
Python, Sockets, GPG (GNU Privacy Guard), Linux, Broadcasting
This project is Developed and submitted (as Major Project II) in partial fulfillment of the requirements for the award of the degree of Bachelor of Technology and is the continuation of project: Agent using client server Interaction.
This project named Linux based secure systems manager, is an open source software. It allows the system administrator to perform various tasks on the client systems connected on a network with just firing a command eg. installation of softwares, upgrading system, shutting down the systems, which then performs/executes the desired tasks on all the systems. Also, it allows various users on a network/subnet to chat in a dedicated chat room. This software can easily adapt to large network of computers and works efficiently for small networks.
This software can be used in any computers connected to a single network with Linux as the operating system like a computer laboratory. The only constraint is that they all must run Linux as their operating system with python and Thefuck (package) installed along with few modules of python eg. python3-tkinter. The project uses the package Thefuck for error correction. The client scripts can be installed using !bangs in Linux.
Thefuck for error handling and error correction tries to match a rule for the previous command, creates a new command using the matched rule and runs the corrected command. Moreover, we can also create our own rule for the package and in that way it’ll become more effective and efficient according to our needs. Also the error correction package we are using is open source and hence is under rapid development phase and also its available for all available major operating systems.
Python, Sockets, Linux, Broadcasting
This project is Developed and submitted (as Major Project I) in partial fulfillment of the requirements for the award of the degree of Bachelor of Technology.
This project named “Agent using client server Interaction”, is an open source project. It will allow the system administrator to perform certain tasks on the client systems connected on a network with just firing a command, which will then perform the set of desired tasks on all the systems. This set of desired tasks can be anything ranging from installing a particular software on systems to downloading and executing some available script. This software can easily adapt to large network of computers and works efficiently for small networks.
This software can be used in any computers connected to a single network like a computer lab. The only constraint is that they all must run Linux based OS with python and Thefuck (package) installed. The project uses the package Thefuck for error handling and error correction. The client scripts can be installed using !bangs in Linux.
This project named Elective Manager, is an open source project. It will be used to allot the Elective subjects to undergraduate as well as post-graduate students. These elective subjects are published by the departments and are allotted to students based on their priority of published subjects and CGPA. The system can adapt to a range of events from small scale to large scale.
Previously, the allotment of the elective subjects was done manually which was a very inconvenient method for the students as well as for the teachers. The allotment process was very chaotic and time consuming. The Prime objective of this project is to automate the process of allotment thus allotting the elective subjects without chaos and in a more convenient manner to the people involved.
This project is the website of Office of Training and Placements NIT Hamirpur (H.P.) India - 177005. This portal is made to reduce the effort by the visitors (students/companies/organizations) in finding the relevant information regarding the Placement cell NIT Hamirpur and also for ease of access when visiting the institute for placements. This portal will also allow the Office to share the content/latest information with the students/organizations easily and fast. This portal has all the relevant information on it be it about the functionaries, internships, placements, previous records OR information on how to reach the institute. Also the latest placement news and placement briefs keeps flashing on the screen along with the list of present recruiters.
Paradox is a globally acclaimed event that is organized before as well as during NIMBUS by Team .EXE , the departmental team of Computer Science and Engineering of NIT Hamirpur. It is an online level based game where the participant looks for a «word» that is signified by an image/set of images. Hints are provided periodically to help with the process of thinking in the right direction. It is open for participation from the students of the college as well as globally. One can participate in the event through the paradox website or its app. The website and the app works on the API. I’ve developed Paradox for 3 consecutive years - 2016, 2017, 2018.
7. Life Cycle
C++, OpenGL, Graphics.h
This project aims at describing the life cycle of a common person with the help of a character named SUDO. In this project Sudo covers all the basic life experiences and changes which we humans encounter during our life cycle. If this project needs to be categorized then the category under which it falls will be - A short film, but that in graphics mode and made with OpenGL. OpenGL language is used in making of this project and it uses various advanced tools of Computer graphics.
OpenGL - It’s the most powerful language available for Computer Graphics and to prove this statement we can see that all the operating systems runs on OpenGL to display their Graphics output and its by default installed in every OS so as to display Its GUI (graphical user interface).
It lets the user upload and share files online. When a file is created a link is generated which will download the file on opening. One can share the link to the people one want to share the file. Also the admin can review and delete the files whenever needed. This was developed to submit assignments online as this will be running on a local server so that makes uploading and sharing files really easy and fast.
It is a management system where the teacher can give assignments/programming questions to students of a respective branch/group. The students can see the assignment on their interface and can submit the solutions respectively for each question/assignment as per the requirements set by the teachers.
The interface has the following features:
- It has a different interface for student and teacher login/registration.
- Teacher can post questions lab wise and question wise.
- Teacher can view submissions of all the students lab wise.
- Teacher can view all the submissions of students of every lab sorted roll. no. wise.
- Teacher can check for plagiarism and then report it to students.
- Student can view questions lab wise.
- Students can submit their programs lab wise.
- Students can view all their submitted programs lab wise.
- Students can change any of their program at any time of any lab.