Hashtag Finder Using Python Tkinter


Hashtag Finder Using Python Tkinter : – In the ever-evolving landscape of social media, hashtags are indispensable tools for content discovery and engagement. This article introduces a Python-based Hashtag Finder tool, built using Tkinter for the graphical interface, BeautifulSoup for web scraping, and threading for a responsive user experience. Follow the step-by-step guide below to understand and implement the provided code.

The provided Python code utilizes the Tkinter library to create a simple and intuitive GUI for a Hashtags Finder tool. The tool leverages web scraping techniques using BeautifulSoup to fetch hashtag suggestions from the “best-hashtags.com” website. Let’s delve into the key components of the code.

  1. GUI Creation: The code employs Tkinter to create a graphical user interface (GUI) for the Hashtags Finder. The interface features an aesthetically pleasing header, an entry widget for user input, action buttons, and a scrolled text widget for displaying the results.
  2. User Interaction: Users can input their desired keyword in the entry widget, and the program intelligently handles default text and provides a clear option. The “Generate Now” button triggers the hashtag search process, while the “Clear” button resets the input fields. Additionally, a “Copy Hashtag” button enables users to copy the generated hashtags to the clipboard.
  3. Hashtag Search: The core functionality lies in the findhashtag function, which fetches hashtag suggestions based on the user-provided keyword. The code constructs a URL using the input, sends an HTTP request, and parses the HTML content to extract relevant information. The results are displayed in the scrolled text widget.
  4. Multithreading: To prevent the GUI from freezing during the hashtag search, the code employs multithreading. The findhashtagThread function runs the hashtag search in a separate thread, ensuring a responsive user interface.
  5. Error Handling: The code incorporates error handling to address potential issues during the hashtag search. If an error occurs, a user-friendly message is displayed in the scrolled text widget.

Step 1: Setting Up the Environment Ensure that you have Python installed on your system. You’ll also need to install the required libraries using the following commands:

pip install tkinter Pillow beautifulsoup4 requests pyperclip

Step 2: Code Walkthrough

Let’s break down the provided code:

import tkinter as tk
from PIL import ImageTk, Image
from tkinter import messagebox, StringVar, Entry, END, Button
import tkinter.scrolledtext as scrolledtext
import pyperclip as pc
import requests
from bs4 import BeautifulSoup
from threading import Thread

These import statements bring in the necessary libraries for GUI development, image handling, message boxes, user input, web scraping, and threading.

  def hashtags():
      # Create the main window
      hash = tk.Tk()
      hash.title("Hash Tags Finder")
      hash.maxsize(width=550, height=500)
      hash.minsize(width=550, height=500)

This function sets up the main window for the Hashtag Finder tool, configuring its title, icon, and dimensions.

  # Load image for the header
  imghead = ImageTk.PhotoImage(file="img/bg/hashtag.jpg")

  # Create and place the header label
  head = tk.Label(hash, image=imghead)
  head.place(x=-40, y=-12)

It loads and displays the header image at the top of the GUI.

  # Variables for user input
  user_name = StringVar()

The user_name variable holds the user input.

  def clear():
      # Clear the Entry and ScrolledText widgets
      ac.delete(0, END)
      ac.insert(0, "Your Keyword")
      msge.delete("1.0", END)
      messagebox.showinfo("Clear", "Clear Data Successfully", parent=hash)

The clear function resets the input fields and displays a message box indicating successful clearing of data.

  def removeValue(event):
      # Remove default text when clicking on the Entry widget
      event.widget.delete(0, 'end')

  def findhashtag():
      # Find hashtags based on user input
      msge.delete("1.0", END)
      if len(ac.get()) == 0 or ac.get() == "Your Keyword":
          messagebox.showerror("Error", "Enter Your Keyword", parent=hash)
              keyword = user_name.get().replace(" ", '')
              url = f"http://best-hashtags.com/hashtag/{keyword}/"
              messagebox.showinfo("Clear", "We Are Finding Best Results", parent=hash)
              res = requests.get(url)
              soup = BeautifulSoup(res.text, 'html.parser')
              res = soup.find_all('p1')
              res = str(res)
              if "[<p1>" in res or "</p1>]" in res:
                  res = res.replace("[<p1>", "")
                  res = res.replace("</p1>]", "")
                  res = res.replace("#bhfyp", "#masterprograming.com")
              msge.insert(END, f"{res}\n")

              msge.insert(END, "Something Wrong, Plz Try Again\n")	

The removeValue function removes the default text when clicking on the entry widget. The findhashtag function fetches hashtags based on user input, handles errors, and displays the results in the scrolled text widget.

  def findhashtagThread():
      # Run findhashtag in a separate thread
      t1 = Thread(target=findhashtag)

  def copy():
      # Copy the content of ScrolledText to clipboard
      if len(msge.get("1.0", "end-1c")) == 0:
          messagebox.showerror("Error", "Text Box Is Blank", parent=hash)
          pc.copy(msge.get("1.0", END))
          messagebox.showinfo("Copy", "Data Successfully Copied", parent=hash)

The findhashtagThread function runs the hashtag search in a separate thread to maintain GUI responsiveness. The copy function allows users to copy the generated hashtags to the clipboard.

  # Create Entry widget for user input
  ac = Entry(hash, bd=2, width=30, font='sans-serif 12 bold', textvariable=user_name)
  ac.insert(0, "Your Keyword")
  ac.bind("<Button-1>", removeValue)
  ac.place(x=150, y=95)

This code segment creates the entry widget for user input, sets its appearance, and binds the removeValue function to handle default text.

  # Create buttons for actions
  enter = Button(hash, text="Generate Now", font='Verdana 10 bold', bg="#ecad12", command=findhashtagThread)
  enter.place(x=200, y=140)

  clearbtn = Button(hash, text="Clear", font='Verdana 10 bold', bg="#ecad12", command=clear)
  clearbtn.place(x=330, y=140)

These lines create buttons for generating hashtags and clearing input fields.

  # Create ScrolledText widget for displaying results
  msge = scrolledtext.ScrolledText(hash, undo=True, font='sans-serif 12', bd=3, width="30", wrap='word')
  msge.place(x=10, y=210, height=250)

The code establishes the scrolled text widget for displaying hashtag results.

  # Create button to copy hashtags to clipboard
  copy_btn = Button(hash, text="Copy Hashtag", font='Verdana 10 bold', bg="#ecad12", fg="black", command=copy)
  copy_btn.place(x=13, y=465)

  # Run the main loop

# Run the hashtags function

Finally, the code creates a button to copy hashtags to the clipboard and starts the Tkinter main loop.

Step 3: Execution Save the code in a file (e.g., hashtags_finder.py) and run it using the following command:

python hashtags_finder.py

This will launch the Hashtags Finder GUI.

This is the Full Code of the hashtag_finder.py

MasterPrograming Download

Conclusion: The Python-based Hashtags Finder provides an interactive and efficient way to discover relevant hashtags for social media content. By understanding and customizing the code, users can enhance their online presence and engagement. Remember to adhere to web scraping policies and terms of service to ensure ethical and legal usage.

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