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An android game which lets you play the classic Minesweeper game with a modern UI. This game also offers various game modes, multiple themes, and personal high score ranking game.

An online android Quiz game with various topics and various questions managed via firebase. The detailed statistics and analysis are shown after each game. It also features a topic-wise online ranking system to compete with friends and around the globe.

An Amazon like application for Health-Care Products/Medicines. It has around 50k customers and 35k+ products. The project operates in more than 5 cities in India. This platform has all the features of Amazon, like wallets, referral bonus, promo codes etc.

This is a code written in terraform language. You can find some modules in this repository which can be executed in GCP for the resources creation (mainly infrastructure management to be precise)

This will help you to manage(CRUD) the custom roles in your gcloud project/organization.

Personal Portfolio v1

Telelanguage is committed to providing the customers with the highest quality language services with fast connections to certified interpreters. Interpretation over audio and video calls are the core features that it provides.

This repository can help you in finding out the total time taken to execute a function and the snippets which takes up the most time.

This python package will help you to print out colored/formatted outputs in your terminal. So basically, this is just python print with steroids.

If you are having troubles in finding out which exception classes to use to handle the exceptions/errors in your code, this package will help you to just serve you the solution for the same.

CLIA stands for Command Line Intelligent Assistant. This is an attempt to create a miniature version of smart assistant (like Siri, Alexa, Google Assistant) on the command line interface.

Personal Portfolio v2

This is an application delivered to the client Procter & Gamble, which manages their internal shipment deliveries from one warehouse to another. This project is scalable enough to operate in multiple cities and with multiple languages. Apart from all the calculations that it performs, it has a different admin panel for every city to configure various aspects of the dashboard.

• Published an open-source IDE-friendly Python dictionary package on PyPI
• Implemented dot-accessible attributes with full auto-completion support

As the name suggests, it is for the fitness-enthusiasts who wants to keep track of the measurements of various parts of their body. Here they have the ability to track multiple body parts, and the platform is capable enough to handle data of thousands of rows. Chart option is also available to graphically see the progress as well.

Today, we’re diving into a new tutorial where we’ll explore a fantastic feature in Python — F-Strings. ## What are f-strings? ----------------------- * F-Strings in Python provide a straightforward way to format strings. * You’ll need version 3.6 or higher to leverage this feature. ## Uses of f-strings ----------------- * Can be used for debugging, such as in print statements or logs. * Can be used for assigning formatted or transformed string value to a variable (You’ll understand what I mean by the end of the blog). How to create an f-string ------------------------- * Add letter ‘f’ before defining a string. Example: `f"Namaste World"` . * Use curly braces to embed a python code (or a variable) in f-strings. Below is an example of how to use it - ```python name = "Gautam" print("My name is " + name) # Without f-string print(f"My name is {name}") # With f-string # Output # My name is Gautam # My name is Gautam ``` Now that we have learnt how to define an f-string, let’s dive into some of the features of it. ## Debugging made easy ------------------- Let’s say you have multiple variables defined like this ```python name = "Gautam" place = "Bharat" age = 26 ``` You are planning to print all of the values. Your usual approach will be something like this - ```python print(f"name = {name}") print(f"place = {place}") print(f"age = {age}") # Output # name = Gautam # place = Bharat # age = 26 ``` But the similar result can be achieved in fstring using `=`operator ```python print(f"{name = }") print(f"{place = }") print(f"{age = }") # Output # name = 'Gautam' # place = 'Bharat' # age = 26 ``` Which gives us exactly same output but with much less effort. > So that means, just adding ‘=’ after variable name inside curly braces will print the variable name with the value. ## Arithmetic and conversion operations 1. **Basic arithmetic operations —** ```python num1 = 80 num2 = 20 print(f"The sum is {num1 + num2}") # Output # The sum is 100 ``` Like addition, we can also perform subtraction, multiplication etc. 2. **Limiting decimal digits —** ```python pi = 22/7 print(f"{pi = }") print(f"pi with 2 decimals = {pi:.2f}") # .2f = only 2 decimal digits print(f"pi with 4 decimals = {pi:.4f}") # .4f = only 4 decimal digits # Output # pi = 3.142857142857143 # pi with 2 decimals = 3.14 # pi with 3 decimals = 3.1428 ``` As the example above shows, `.nf` will limit the number of decimals to ’n’ digits. 3. **Conversion to binary** — ```python # Converting to binary age = 26 print(f"My age = {age}") print(f"My age in binary = {age:b}") # b = binary. similar can be done for octal and hexadecimal # Output # My age = 26 # My age in binary = 11010 ``` Now that you know how to convert a string to binary using f-strings, try finding out how to convert it to octal or hexadecimal by yourself. 4. **Comma separated integers —** A normal integer number can be converted into a comma separated integer by just using this nifty little technique here - ``` # Comma separated integer not_my_money = 123456789 print(f"{not_my_money = :0,}") # Output # not_my_money = 123,456,789 ``` So, are you seeing common pattern here? > `=` operator means name of the variable and the value must be displayed. > > `:` means an operation/transformation is to be performed on the value of the variable. ## Datetime to string using f-strings ``` from datetime import datetime now = datetime.now() # Conventional method formatted_date_1 = now.strftime("%Y-%b-%d %H:%M:%S") print(f"{formatted_date_1 = }") # Using f-strings formatted_date_2 = f"{now:%Y-%b-%d %H:%M:%S}" print(f"{formatted_date_2 = }") # Output # formatted_date_1 = '2023-Dec-12 01:06:34' # formatted_date_2 = '2023-Dec-12 01:06:34' ``` ## Speed comparison with other string formatting methods ``` import timeit string1 = "My name is {f_name}, I am {f_age}".format(f_name=name, f_age=age) # str.format() method string2 = "My name is %s, I am %d" % (name, age) # % method string3 = f"My name is {name}, I am {age}" # f-string print(f"{string1 = }") print(f"{string2 = }") print(f"{string3 = }") method1 = lambda: string1 method2 = lambda: string2 method3 = lambda: string3 # Calculating avg time taken for each method time1 = timeit.timeit(method1, number=100000) time2 = timeit.timeit(method2, number=100000) time3 = timeit.timeit(method3, number=100000) print(f"Avg time taken by str.format() = {time1}") print(f"Avg time taken by % operator = {time2}") print(f"Avg time taken by f-strings = {time3}") # Output # string1 = 'My name is Gautam, I am 26' # string2 = 'My name is Gautam, I am 26' # string3 = 'My name is Gautam, I am 26' # Avg time taken by str.format() = 0.006625500041991472 # Avg time taken by % operator = 0.00526219978928566 # Avg time taken by f-strings = 0.004289500182494521 ``` So, as we can see in the output of the above code snippet, f-strings not only enhance code readability but also offer better performance compared to other formatting methods compared to other string formatting methods. Don’t hesitate to explore and implement them in your Python projects for a more concise and efficient syntax. Happy coding! **Other important links** - * **_Github:_** [_https://github.com/singhgautam7/tutorials/blob/main/Python/Videos/fstrings.py_](https://github.com/singhgautam7/tutorials/blob/main/Python/Videos/fstrings.py) * **_Youtube:_** [_https://www.youtube.com/watch?v=pvc5_Dm-LnU_](https://www.youtube.com/watch?v=pvc5_Dm-LnU)

• Built a Next.js web application that converts EPUBs, PDFs, and URLs into audio experiences using AI narration
• Implemented natural-sounding Web Speech API with bookmarking and a distraction-free UI