Dimas Maulana

In this article, we will explore how to embed a Bash script within a Go program and execute it while passing command-line arguments to the embedded script. This approach allows us to package the script directly within the Go binary, eliminating the need for an external script file. We will leverage the os/exec package and the Go embed feature to achieve this.

Prerequisites

• Basic understanding of Go programming language
• Familiarity with executing shell scripts

Step 1: Embedding the Bash Script

To embed the Bash script in the Go program, we can use the Go embed feature. Place the Bash script file, named bash.sh in this example, alongside the Go source file. Annotate the script content using the //go:embed directive to indicate that it should be embedded in the binary:

In software development, comments serve as a valuable tool for code documentation, explanations, and annotations. However, there are situations where it may be necessary or desirable to remove all comments, including legal ones, from your Vite builds. In this article, we will explore how to achieve this by utilizing the legalComments option in Vite’s esbuild configuration.

Understanding the legalComments Option

Vite, a fast and efficient web development build tool, incorporates the esbuild plugin to optimize JavaScript and TypeScript code. One of the available options for esbuild is legalComments, which allows developers to control the inclusion of legal comments in the final build output.

Obfuscation is a technique used to obscure code and make it harder for others to understand or reverse-engineer. If you’re using Vite as your build tool for a JavaScript project and want to enable obfuscation, this article will guide you through the process. Additionally, we’ll explore how to enhance the security of your obfuscated code by configuring HTTP headers appropriately.

Step 1: Install Required Packages

Step 1: Install Required Packages Start by navigating to your project directory and opening the terminal. Then, run the following command to install the required dev dependencies:

Efficient project management is crucial for successful software development, and accurately estimating the size and duration of GitHub issues is a key component. By categorizing issues based on their size and estimating their duration using the Pomodoro Technique, development teams can effectively plan, prioritize, and allocate resources. This article explores a framework for categorizing GitHub issues into different sizes and provides guidelines for estimating their durations using Pomodoros.

Categorizing Issue Sizes

To establish a common understanding within the development team, let’s use the following framework for categorizing GitHub issue sizes:

In our busy lives, it’s crucial to prioritize tasks effectively to ensure productivity and efficiency. One popular method for task management is the Eisenhower Priority Matrix, which helps you categorize tasks based on their urgency and importance. If you use Apple Reminders as your task management tool, you can easily implement the Eisenhower Priority Matrix within the app. In this article, we’ll guide you through the process of setting up the matrix using Apple Reminders’ default priority levels.

The Eisenhower Priority Matrix is a popular tool for organizing tasks based on their importance and urgency. By categorizing tasks into four quadrants, it provides a visual representation of priorities. However, when it comes to managing tasks in a GitHub repository, it is useful to have a clear mapping of these priorities into default labels. In this article, we will explore how to translate the Eisenhower Priority Matrix into GitHub priority labels to effectively manage and prioritize tasks.