(Solved): Please use java to solve this question Tasks Create an inventory management system for a provision ...

Please use java to solve this question

Tasks Create an inventory management system for a provision store that allows the store owner to add goods, view vendors, view goods, view bills, issued goods and view issued goods, as shown in Figure 1. You are at liberty to include any other functionality in your application for extra points. Figure 1: Sample interface for the store inventory management system Item Category Here are some of the categories that are useful in the store. 1. Beverages - coffee/tea, juice, soda 2. Bread/Bakery - sandwich loaves, dinner rolls, tortillas, bagels 3. Canned/Jarred Goods - vegetables, spaghetti sauce, ketchup 4. Dairy - cheeses, eggs, milk, yoghurt, butter 5. Dry/Baking Goods - cereals, flour, sugar, pasta, mixes 6. Frozen Foods - waffles, vegetables, individual meals, ice cream 7. Meat - lunch meat, poultry, beef, pork 8. Produce - fruits, vegetables 9. Cleaners - all-purpose, laundry detergent, dishwashing liquid/detergent 10. Paper Goods - paper towels, toilet paper, aluminium foil, sandwich bag 11. Personal Care - shampoo, soap, hand soap, shaving cream You should add more items in each category. The above is just a sample. Data structure implementation 1. Implement stacks when adding and removing items in categories 1 to \( 4 . \) 2. Implement queues when adding and removing items in categories 5 to 7 . 3. Implement lists when adding and removing items in categories 8 to \( 11 . \) 4. You can use iterators, recursion, stack and queue implementations of the list and other techniques to best for the issued goods and viewing goods and bills. 5. Use maps to keep track of product sales (note, each time a product is sold, its product code should be entered into a sales file) 6. Use HashMaps to store information about the vendors Other Requirements 1. Maintain the balance between too high and too low stock 2. Generate reports to show how the data structure implementation were performed 3. Generate or allow users to view reports as shown in Figure \( 1 . \) 4. Creativity will attract extra marks 5. Implement searching and sorting algorithms on items in categories 6 to 11 6. Analyze and report on the performance of your algorithm using Big O Notation and Omega Notation 7. Document all sections of your codes 8. You may design any suitable efficient algorithm to support your implementation