CodeLine Counter

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import os
from flask import Flask, request, jsonify, redirect, url_for
from werkzeug.utils import secure_filename
import tempfile
import zipfile
import io
import logging

app = Flask(__name__)

logging.basicConfig(level=logging.DEBUG)

SUPPORTED_EXTENSIONS = {'py', 'html', 'js', 'jsx', 'ts', 'css', 'txt', 'json'}

# Global variable to store the results
results_data = {
    'files_processed': {},
    'files_skipped': [],
    'total_lines': 0
}

def allowed_file(filename):
    return '.' in filename and \
           filename.rsplit('.', 1)[1].lower() in SUPPORTED_EXTENSIONS
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Frequently Asked Questions

What business problem does the CodeLine Counter solve?

The CodeLine Counter addresses the need for quick and efficient code analysis in software development projects. It helps project managers and developers understand the size and complexity of their codebase by providing a breakdown of lines of code per file. This information can be valuable for estimating project scope, identifying areas that may need refactoring, and tracking project growth over time.

How can the CodeLine Counter be integrated into a development workflow?

The CodeLine Counter can be easily integrated into various stages of a development workflow: - During code reviews, to assess the size of changes - In continuous integration pipelines, to track codebase growth - As part of project handovers, to provide an overview of the codebase - During maintenance phases, to identify files that may need refactoring due to their size By incorporating the CodeLine Counter into these processes, teams can gain valuable insights into their codebase structure and evolution.

What are the limitations of the CodeLine Counter, and how might they impact its use in a business setting?

The CodeLine Counter has a few limitations to consider: - It only supports specific file types (py, html, js, jsx, ts, css, txt, json) - It doesn't distinguish between code, comments, and blank lines - It processes zip files only, not individual files or directories These limitations may impact its use in projects with diverse file types or where more detailed code analysis is required. Businesses should consider these factors when deciding whether the CodeLine Counter meets their specific needs or if a more comprehensive tool is necessary.

How can I modify the CodeLine Counter to support additional file types?

To add support for additional file types in the CodeLine Counter, you need to modify the SUPPORTED_EXTENSIONS set in the code. For example, to add support for Ruby (.rb) and PHP (.php) files, you would update the set as follows:

python SUPPORTED_EXTENSIONS = {'py', 'html', 'js', 'jsx', 'ts', 'css', 'txt', 'json', 'rb', 'php'}

After making this change, the CodeLine Counter will process Ruby and PHP files along with the previously supported file types.

How can I enhance the CodeLine Counter to provide more detailed information about the processed files?

To provide more detailed information, you can modify the count_lines_of_code function to collect additional data. For example, to include the file size along with the line count, you could update the function like this:

python def count_lines_of_code(directory): files_processed = {} files_skipped = [] total_lines = 0 for root, dirs, files in os.walk(directory): for file in files: if allowed_file(file): try: file_path = os.path.join(root, file) with open(file_path, 'r') as f: line_count = sum(1 for line in f) file_size = os.path.getsize(file_path) files_processed[file] = {'lines': line_count, 'size': file_size} total_lines += line_count except Exception as e: logging.error(f"Error processing file {file}: {e}") files_skipped.append(file) else: logging.warning(f"Skipped file {file} as it's not supported.") files_skipped.append(file) return files_processed, files_skipped, total_lines

You would then need to update the display_results function to show this additional information in the HTML table. This enhancement would make the CodeLine Counter more informative by providing both line count and file size for each processed file.

Created: | Last Updated:

This application processes zip files and displays code file details in a visually appealing table format.

Introduction to the CodeLine Counter Template

Welcome to the CodeLine Counter template! This template is designed to help you quickly set up an application that processes zip files containing code files and displays the details of each file, including the number of lines of code, in a visually appealing table format. This is an excellent tool for builders who need to analyze the volume of code in a project or for educational purposes.

Getting Started

To begin using this template, simply click on "Start with this Template" on the Lazy platform. This will pre-populate the code in the Lazy Builder interface, so you won't need to copy, paste, or delete any code manually.

Test: Deploying the App

Once you have started with the template, the next step is to deploy the app. To do this, press the "Test" button on the Lazy platform. This will initiate the deployment process and launch the Lazy CLI. The Lazy platform handles all deployment aspects, so you don't need to worry about installing libraries or setting up your environment.

Using the App

After deployment, Lazy will provide you with a dedicated server link to access the app's interface. Here's how to use the interface:

  • Visit the provided server link to access the welcome page of the CodeLine Counter app.
  • On the welcome page, you will see a form to upload a zip file. Click on the "Choose File" button to select the zip file containing your code files.
  • After selecting the file, click on the "Upload" button to submit the file for processing.
  • The app will then unzip the file, count the lines of code in each supported file, and display the results on a new page.
  • You can review the number of lines of code for each file and the total lines of code processed.

Integrating the App

If you wish to integrate the CodeLine Counter app into an external service or frontend, you may need to use the server link provided by Lazy. For example, you could:

  • Add the server link to an external dashboard to display code analysis results.
  • Use the API endpoints provided by the app to fetch results programmatically from another application.

Remember, the CodeLine Counter app is designed to be used within the Lazy platform, and all necessary configurations are handled for you.

If you have any questions or need further assistance, feel free to reach out to the Lazy customer support team. Happy building!



Here are 5 key business benefits for this CodeLine Counter template:

Template Benefits

  1. Code Complexity Assessment: Quickly analyze the size and complexity of software projects by counting lines of code across multiple files and file types. This helps project managers and developers estimate effort and resources needed.

  2. Codebase Auditing: Easily audit codebases for compliance or due diligence purposes when acquiring or merging software companies. The tool provides a clear overview of the codebase structure and size.

  3. Developer Productivity Tracking: Monitor developer output and productivity by tracking changes in lines of code over time. This can be useful for performance reviews and project planning.

  4. Legacy System Evaluation: Assess the scope and complexity of legacy systems to plan modernization or migration efforts. Understanding the codebase size helps in estimating the work required for updates or replacements.

  5. Educational Tool: Serve as a learning aid in coding bootcamps or computer science courses to help students understand project structures and code organization across different file types and languages.

Technologies

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