Neptune998

# Libraries import
import speech_recognition as sr 
import moviepy.editor as mp

# It will clip the video 
# subclip(starttime, endtime) to clip portion of video
# you can remove the subclip to convert complete video
clip = mp.VideoFileClip(r"sample1.mp4").subclip(10, 100)

# It will write the audio in converted_audio.wav file.

Neptune998

# Libraries import
import speech_recognition as sr 

# It will read audio file
audio = sr.AudioFile("Converted_audio.wav")
print("Audio file readed...")

# Here the magic start
# create an instance of recognizer as r 
r = sr.Recognizer()

Neptune998

# Libraries import
import moviepy.editor as mp

# It will clip the video 
# subclip(starttime, endtime) to clip portion of video
# you can remove the subclip to convert complete video
clip = mp.VideoFileClip(r"sample1.mp4").subclip(10, 100)

# It will write the audio in converted_audio.wav file.
clip.audio.write_audiofile(r"Converted_audio.wav")

Neptune998

// The name of the Python script that returns the scraped data is scrape_data.py
let scrapeJSON = 'http://bluegalaxy.info/cgi/scrape_data.py'


$.get(scrapeJSON, function(data) {
// Get JSON data from Python script
if (data){
console.log("Data returned:", data)
}
jobDataJSON = JSON.parse(data)

Neptune998

import requests
jsonData = requests.get(r'https://api.stagingjobshq.com/madgexWidgetJobs.php?callback=displayJobs&city=Moorhead&state=Minnesota', verify=False).text.strip()
return jsonData

Neptune998

def main(){
  x:=H(false);
  return measure(x);
  }

Neptune998

def main() {
  x:=H(false);
  return measure(x);
}

Neptune998

Read name
echo $name

Neptune998

class Website:
  def __init__(self, name, url):
    self.name = name
    self.url = url

  def print_url(self):
    print("Name of Website " + self.name + "and URL "+ self.url)

web1 = Website("NeptuneWorld", "https://neptuneworld.in/")
web1.print_url()

Neptune998

# Insertion Recursive Algorithm
function insertionSortR(array A, int n)
     if n > 0
        insertionSortR(A, n-1)
        x ← A[n]
        j ← n-1
        while j >= 0 and A[j] > x
            A[j+1] ← A[j]
            j ← j-1
        end while