Technologies/Libraries to use:

1. Django

2. Python (if you want to recap you can take this course )

3. HTML

4. Javascript (Optional)

5. Git

Instructions:

1. Create a Github Account or Use your existing one.

2. Create a new Repository in your Github Account for this task called fsf_2019_screening_task1

3. Commit your code at regular intervals by doing small incremental changes to your code (committing huge blobs of code all at once is not recommended).

4. The steps in “Description” below are general, minimum and mandatory guidelines. You are free to add well-documented features to your application.

5. Include a file called requirements.txt that lists all the libraries (including Django) and modules/plugins and their versions.

6. You are not allowed to use pre-built third party Django Apps.

Description:

Create a Task Manager Django App using Django, that does the following:

1. Authenticate the user

   1. Allow new users to sign up

   2. Allow existing users to sign in

2. Allow only an authenticated user to create Task

3. Allow creation of ‘Teams’

   1. Team creator should be able to add other Users to their Teams

4. Only the Task Creator can edit Tasks that have been created by himself

   1. Other users from the same team can only view and comment on Tasks that were created by another User

5. A User from another Team cannot view/edit/assign/comment on a Task of a different Team Member.

6. Creator of Task should be able to assign the Task to one or more Users from his own Team

   1. In case Task Creator does not belong to a team, he himself will always be assigned to his own tasks.

7. Tasks should have the Fields: Title, Description, Assignee, and Status (Planned, Inprogress, Done etc.)

8. Each Task should have a comments section where all users in one Team can comment on the Task

9. An authenticated User can comment on his own tasks (assigned to or created by him) as well as other Tasks of his Team members.

10. Write Test Cases for your Django App.

Submission:

1. Create a Github Account or Use your existing one.

2. Create a new Repository in your Github Account for this task called fsf_2019_screening_task1

3. Send the Link of your github repository to pythonsupport@fossee.in

Evaluation:

1. Availability, Accuracy and Clarity of Documentation

2. Quality and Extent of Test Cases

3. Quality of Code

4. Adherence to Coding Standards (For example - Code must be Pythonic and follow PEP8 standards)

5. The User Experience and Flow (please note the difference between UI and UX)

Technologies/Libraries to use:

1. Python

2. PyQt/Kivy

Instructions:

1. Create a Github Account or Use your existing one.

2. Create a new Repository in your Github Account for this task called fsf_2019_screening_task2

3. Commit your code at regular intervals by doing small incremental changes to your code (committing huge blobs of code all at once is not recommended).

4. The steps in “Description” below are general, minimum and mandatory guidelines. You are free to add well-documented features to your application.

Description:

Following functionalities should be present in the application.

User should be able to:

1. Load a csv file using ‘Load’ option available under “File” menu

2. Display the complete data from the loaded csv as a table

3. Edit the existing data in the table using the ‘Edit data’ option under the “Edit” menu.

4. Add new data to the table using ‘Add data’ option under “File” menu.

5. Select any number of columns from the displayed table

6. Plot the data from any two selected columns should be available as buttons as mentioned below:

   1. Plot scatter points

   2. Plot scatter points with smooth lines

   3. Plot lines

7. Click on any of the plot button. Plot should be generated accordingly in a new tab.

8. Label x-axis and y-axis accordingly.

9. Add a title to the graph.

10. Save the plot as .png file using ‘Save as png’ option under “File” menu.

Submission:

1. Create a Github Account or Use your existing one.

2. Create a new Repository in your Github Account for this task called fsf_2019_screening_task2

3. Send the Link of your github repository to contact-om[at]fossee[dot]in

Task:

Develop a desktop application for;

1. Displaying the properties of the steel section from the given database.

2. Appending properties of new steel section(s) to the current database.

Description of Task:

1. A database (SQL) of steel section(s) is given in a tabular format (2nd point in ‘Procedure to complete the task’ below). The typical steel sections include, I, Angle, Channel sections. (The properties of the steel sections is provided by the Indian Standard, IS 808:1989)

2. Develop a desktop application with a GUI (preferably using PyQt). You have to use the MVC pattern for the application architecture and concepts of Object-Oriented Programming (OOP) in the project.

3. The functionality of the desktop application will be as follows;

   1. To display a list of steel sections currently available in the database (steel_sections.sqlite). (The sections can be designated by the ‘designation’ available in the steel section database)

   2. Once the user selects the designated steel section, all the properties related to that steel section should be displayed in the GUI in an appropriate order.

   3. If the user wishes to add/append a particular section data to the database he should be able to define the section (designation) and other relevant properties in an appropriate manner. (It is important that the section properties are appended in a correct sequence to the database). A sample data of the new steel sections are given in the ‘new_sections.xlsx’ file.

   Example:

   1. The file where data needs to be appended steel_sections.sqlite

   2. The file from which data needs to be picked for appending new_sections.xlsx

   3. For example, If you want to append the data of Id number 17 from the ‘new_sections.xlsx’ (MB 550) to the ‘steel_sections.sqlite’ file, then the resulting file should look like this (all the data related to MB 550 is appended appropriately, see Id number 10)

   4. An easy to use, user-friendly and clean looking GUI application would help the user to quickly adapt to the application.
      

4. Create an installer (Windows or Ubuntu) for your application.
   

Procedure to complete the task:

1. Read the task description carefully. If you have any discrepancy regarding the task please send us an email at contact-osdag[at]fossee[dot]in

2. Clone this repository for the steel sections database.

3. Start working on the project as per the description mentioned above. You have to maintain your project on a version control system.

Submission:

1. Create a Github Account or Use your existing one.

2. Create a new repository in your Github Account for this task called fsf_2019_screening_task3

3. Send the Link of your github repository to contact-osdag[at]fossee[dot]in with the subject 'GitHub link: FSF 2019 Screening Task 3'

Description of Task:

• Your objective is to port the code on branch “fellowship2019” to Python version 3.x for Ubuntu 16.04.

• Functionality of your code should be the same as that of the code on fellowship2019.

Procedure:

1. Create a Github Account or use your existing one.

2. You will use fellowship2019 as reference, install it on your system by watching the Spoken Tutorial.

3. Fork the repository fellowship2019-python3 to your Github account.

4. Make changes to the fork of fellowship2019-python3 on your Github account in order to port it to Python 3.x.

Before You Submit:

You should self-verify the task before submitting your final work to us.

1. Run python Application.py for the branch fellowship2019.

2. Run python3 Application.py for your modified fork of the branch fellowship2019.

3. The results for the above two steps should be the same :

   1. Watch Spoken Tutorials of eSim, in order to understand how to use eSim.

   2. Launch application from terminal

      1. cd src/frontEnd/-> run python3 Application.py for your code; and

      2. cd src/frontEnd/-> run python Application.py for reference code.

   3. Application should launch without any discrepancies after changes as demonstrated in the Spoken Tutorial.

   4. New project creation should not produce errors and adhere to the naming conventions.

   5. Dependent applications (keep the same versions of kicad and ngspice mentioned in install-linux.sh) should launch wherever required(kicad when editing schematics, ngspice when simulations are to be carried out).

   6. Ngspice plots and python plots should appear when simulations are performed for examples provided [Illustrated in Spoken Tutorial]. Choose any example of your preference for testing your code.

Submission:

Send the link of your github fork to contact-esim[at]fossee[dot]in with subject “FSF_2019_Python_eSim”.

Evaluation:

1. Accuracy of your code compared to the existing one.

2. Quality of documentation.

3. Adherence to Coding Standards (For example - Code must be Pythonic and follow PEP8 standards).

4. The User Experience.

Note : You can get in touch with us by sending a mail with subject “FSF_2019_Python_eSim” to contact-esim[at]fossee[dot]in and report your queries regarding this particular task, if any. Additional reference link.