Delete app.py

app.py

@@ -1,164 +0,0 @@
-import streamlit as st
-import pandas as pd
-import docx
-import io
-
-# Sample data
-questions = [
-    {"no": 1, "question": "What is the capital of France?", "a": "Paris", "b": "London", "c": "Berlin", "d": "Madrid", "answer": "Paris"},
-    {"no": 2, "question": "What is the largest planet in our solar system?", "a": "Earth", "b": "Mars", "c": "Jupiter", "d": "Saturn", "answer": "Jupiter"},
-    # Add more questions as needed
-]
-
-text = """Explore pathways to get started with learning and working with Generative AI.Lesson Activities:Introduction (10 minutes):
-Briefly discuss the history and evolution of AI.
-Introduce the concept of Generative AI and its different types (e.g., text, image, audio).
-Showcase examples of Generative AI applications in various industries.
-Challenges and Opportunities (15 minutes):
-Discuss the rapid pace of advancements in AI and the resulting confusion.
-Address ethical concerns and potential biases in AI systems.
-Explore the vast potential of Generative AI for innovation and problem-solving.
-The Generative AI Engineer (20 minutes):
-Define the role and responsibilities of a Generative AI engineer.
-Explain the skillset required, including machine learning, software engineering, and problem-solving skills.
-Discuss the importance of bridging the gap between research and practical applications.
-Getting Started with Generative AI (25 minutes):
-Provide resources and tools for learning about Generative AI.
-Introduce popular platforms and frameworks for building AI models.
-Share tips for building a portfolio and gaining practical experience.
-Q&A and Discussion (30 minutes):
-Answer questions from students and address their concerns.
-Encourage discussion and sharing of ideas.
-Motivate students to explore and experiment with Generative AI."""
-
-# Initialize score
-score = 0
-answer = ['','','','','','','','','','']
-i = 0
-
-
-st.set_page_config(page_title="Dhrona.ai", page_icon="🏹")
-st.title("🏹 Dhrona.ai 🏹 ")
-# st.subheader('Your personalized teaching assistant by AI Anamolies')
-
-default_title = "This is where title of your for the uploaded lecture gets published"
-default_lessonplan = "This is where the default lesson plan gets uploaded"
-default_notes = "This is where the notes get published"
-
-ss = st.session_state
-
-
-with st.sidebar:
-    with st.form("config"):
-        st.header("Upload here")
-        yturl = st.text_input('Enter YouTube URL ')
-        st.subheader("or")
-        audiofile = st.file_uploader("Please choose a file")
-        st.subheader("or")
-        driveurl = st.text_input('Enter location of the file')
-        if st.form_submit_button("submit"):
-            
-            if 'youtube.com' in yturl:
-                # transcript = extract_youtube_transcript(url)
-                st.write('Text Summary:')
-                # st.write(transcript)
-            elif audiofile:
-                # transcript = extract_pdf_text(url)
-                st.write('Text Summary:')
-                # st.write(transcript)
-            elif driveurl:
-                # transcript = extract_pdf_text(url)
-                st.write('Text Summary:')
-                # st.write(transcript)
-            else:
-                st.write('Please enter a valid YouTube URL or file URL.')
-
-st.info("""
-[Dhrona.ai](https://github.com/xleven/ai-hackathon-judge) is a personalized teaching assistant
-built by AI anomalies : [Siddartha](https://github.com/xleven) & [Shiva](https://github.com/langchain-ai/langchain) with [Streamlit](https://streamlit.io).
-""", icon="ℹ️")
-
-st.info("""
-All you need to do is upload an Youtube url or audio file of your lecture. "Dhron" will give you a detailed, yet crisp notes along with a lesson plan. Once you are done going through the notes, you can test your skills by answering 10 MCQ's
-""", icon="ℹ️")
-
-st.header("Lesson Info")
-title = st.write(default_title)
-
-with st.expander("Lesson Plan"):
-    st.write(f"{default_lessonplan}")
-
-with st.expander("Notes"):
-    st.write(f"{default_notes}")  
-
-# lessonplan = st.text_area("Lesson Plan", default_lessonplan, height=200)
-# notes = st.text_area("Notes", default_notes, height=600)
-
-st.divider()
-
-#update your file here
-file1 = "Notes.txt"
-
-
-# def fileopen(filename):
-    # f = open('MCQ.docx', 'rb')
-    # Load the document
-    # doc_download = text
-    # Close the file
-    # f.close()
-    # Create a BytesIO object to hold the document data
-    # bio = io.BytesIO()
-    # Save the document to the BytesIO object
-    # doc_download.save(bio)
-    # return bio
-
-
-# Reset the BytesIO object's position to the beginning
-
-st.subheader("Download your notes here")
-st.download_button(
-label="Download Worldfile",
-    data=text.encode('utf-8'),
-    file_name=file1,
-    mime="text/plain",
-    # file_name="example.md",
-    # mime="text/markdown",
-
-)
-
-st.divider()
-
-st.header("Assessment")
-with st.expander("Lets take the test when ready!!"):
-    # st.write(f"{default_lessonplan}")
-
-
-    # Create a form for the quiz
-    with st.form(key='quiz_form'):
-        for question in questions:
-            st.subheader(f"Question {question['no']}: {question['question']}")
-            options = [question['a'], question['b'], question['c'], question['d']]
-            user_answer = st.radio("Select an answer", options, key=f"question_{question['no']}")
-            # st.write(user_answer)
-            answer[i] = user_answer
-            i +=1
-        print(answer)
-        # Submit button to calculate the score
-        
-        if st.form_submit_button("Submit"):
-            i = 0
-            # "entering submit function"
-            # st.write(answer)
-            # st.write(questions)
-            for question in questions:
-                # st.write("Entering for loop")
-                # user_answer = st.radio(key=f"question_{question['no']}")
-                if question['answer'] == answer[i]:
-                    # st.write("correct")
-                    score += 1
-                else:
-                    pass    
-                    # return score
-                i = i+1
-    # Display the final score outside the form
-        st.header(f"Your score: {score}/{len(questions)}")