This program was developed to solve a common limitation faced by users of PCPartPicker, a well-known website used for planning and managing custom PC builds. PCPartPicker helps users create part lists by allowing them to select compatible components such as CPUs, GPUs, RAM, storage, power supplies, and more. One of its most useful features is that it automatically compares prices across multiple suppliers based on the user's country, helping people build PCs that match both their performance needs and their budget. Because of this, PCPartPicker is widely used by hobbyists, students, IT professionals, and even businesses that need to build machines for specific tasks. Despite its usefulness, PCPartPicker has one major drawback: it does not offer a native option for exporting the part list as a spreadsheet. This becomes a problem for users who want to take their part lists offline, include them in reports or documentation, or simply manage them in a tool like Microsoft Excel or Google Sheets. For example, students may want to include their PC build in a portfolio, or IT staff may need to track parts across multiple builds using spreadsheets. Without the ability to export, users are forced to manually copy and paste each item, which is time-consuming and prone to formatting errors. My program directly addresses this issue by providing a simple way to convert a PCPartPicker list into a downloadable spreadsheet file. Users only need to paste the link to their parts list into the interface, and the program will automatically extract the relevant information including component names, prices, and links and generate a clean, formatted spreadsheet file that can be saved and reused. This significantly improves workflow, saves time, and reduces frustration, especially for users working with large or multiple builds. Additionally, the program includes a user-friendly graphical interface with features such as dark mode, drag-and-drop functionality, input validation, and the ability to customise file names. These enhancements make the tool accessible even to users with limited technical experience, while still being flexible enough for more advanced users. By turning a previously manual and error-prone task into a quick and reliable process, this program adds real value to the PC building workflow and helps users get more out of an already powerful platform.
