Django developers often encounter common bugs that can hinder the development process. One prevalent issue is the 'no such table' error, which usually indicates a mismatch between your models and the database. This can happen if you've added new models and forgotten to apply migrations. To fix this, ensure you run python manage.py makemigrations and python manage.py migrate commands to sync your models with the database. Another frequent problem is the 'TemplateDoesNotExist' error, which signifies that Django can't locate the specified template file. To resolve this, ensure that the template names are correct and that your TEMPLATES settings have the correct directories configured.

Another common Django bug that developers face is the 'GET /favicon.ico Failed' error, often seen in the console logs. This happens when the browser tries to load a favicon that hasn't been set up. To solve this, simply create a favicon file and place it in the static directory or use a blank .ico file as a placeholder. Lastly, the 'ImproperlyConfigured' exception is a bug that can arise from an incorrectly defined database configuration or other settings. To fix this, double-check your settings.py file for any typos or misconfigurations. By being aware of these common issues and their solutions, developers can save time and streamline their Django development workflow.

Debugging in Django can be a nuanced process, especially for developers who are new to the framework. One of the first techniques to consider is print debugging, where you strategically place print statements in your views and models to check the flow of data and pinpoint issues. Another effective method is utilizing the built-in debug toolbar, which provides insights into SQL queries, request/response cycles, and template rendering times, all of which can help you identify bottlenecks and errors.

Additionally, developers should familiarize themselves with Python's built-in debugger, pdb. By inserting import pdb; pdb.set_trace() in your code, you can step through your program execution line by line, inspecting variables and identifying where things might be going wrong. Don't forget to leverage Django's error messages; they are often verbose and can guide you directly to the source of the problem. By employing these techniques systematically, you can streamline the debugging process in your Django applications.

Django comes equipped with robust built-in error reporting features that can significantly enhance your debugging process. By leveraging these features, developers can quickly identify and resolve issues that arise during application development. The most basic tool available is the DEBUG setting in your Django project’s settings file. When set to True, this setting enables detailed error reports complete with stack traces, allowing you to see exactly where your code is failing. This not only helps in identifying the source of the error but also provides additional context about variables and state at the time of the error.

In addition to the DEBUG setting, Django also incorporates a helpful error logging system that can be customized to suit the needs of your application. You can configure logging in the settings file to record errors in a structured format, ensuring that all error messages are captured for future analysis. By setting up loggers and handlers, you can direct these error logs to different destinations, such as a file or an external monitoring service. This not only provides a historical record of issues but also enables proactive debugging by sending alerts when certain error thresholds are reached.