Ultimate J.A.R.V.I.S AI Mega Course Using Python Programming

Download Python from the resources, install the supported version, configure environment variables, install for all users, and launch the IDE to verify the development environment for the J.A.R.V.I.S project.

Install and import a Python text-to-speech library to convert text into speech. Build and test a speak function that uses the library’s engine to articulate user input as speech.

Build a Python text-to-speech tool by turning user input from the command line into speech with a function, and enable male or female voice options in future sessions.

Enhance a Python text-to-speech program by enabling user input to select male or female voices via a gateway function and voice indices, using the speak function.

Enhance the Jarvis AI assistant by adding date and time features using the built-in daytime library, formatting current time with hours, minutes, and seconds, and outputting it to the user.

Demonstrates building a date function in Python to fetch the current time with the daytime library and speak the current date by extracting year, month, and day.

Create a time-aware greeting function in Python that shows the current time and date and greets users with good morning, afternoon, evening, or night for an interactive Jarvis-style assistant.

Develop Python functions to obtain current time and date with the datetime module, then create an interactive helper that greets the user and asks how to assist.

Create a command line driven Jarvis by implementing take command from the user, integrating time, date, and greeting functions, and handling queries with lowercase normalization and conditional actions.

Jarvis takes user commands from both the command line and microphone, using the speech recognition library to convert speech to text and perform time or date functions.

Learn to toggle a Python-based Jarvis assistant between Jarvis and Friday modes by changing voice settings and handling text and microphone commands, with live time and date responses.

Learn to enable voice-driven email sending in a Python virtual assistant by configuring Gmail SMTP with TLS, using secret credentials, and voice input to compose and send messages.

Enable two-step verification. Generate a Google app password and use it in your Python code to send emails, replacing the less secure apps method.

Enhance the Jarvis AI email feature by voice to capture receiver name, subject, and content, map names to addresses, assemble the message, and send the email.

Add a WhatsApp messaging feature to the Jarvis virtual assistant by voice, map usernames to numbers, install pywhatkit, and automate WhatsApp Web to send the message.