Tasks:

$1.$ Data Management Using Fundamental Structures:

$-$ Load and store given product data $($product$\_$data.txt$)$ into arrays or linked lists, ensuring

efficient access and management. Products attributes are: ID$,$ Name, Price, and Category.

$2.$ Data Manipulation Operations:

$-$ Insert: Efficiently add new products.

$-$ Update: Modify existing product details.

$-$ Delete: Remove products while preserving data structure integrity.

$-$ Search: Efficiently find products using key attributes $($e$.$g$.,$ ID$,$ Name$).$

$3.$ Sorting Algorithm Implementation:

$-$ Apply Bubble or Insertion or Quick Sort to order product data by price. $($No Library

Function is allowed$)$

$4.$ Complexity Analysis:

$-$ Record and compare the time taken to sort data that is already sorted, as well as data in

reverse order.

$-$ Assess the best, average, and worst$-$case time complexities for sorting operations.

so far i have this much done but i dont know how to continue. please help.

# Initialize the product data directly

raw$\_$product$\_$data $=[$

$"57353,$ Camera SBBHC$,546\mathrm{.}88,$ Electronics",

$"40374,$ Smartphone ILGCU, $947\mathrm{.}54,$ Electronics",

$"34863,$ Biography XPESK, $287\mathrm{.}31,$ Books",

$"18086,$ Shirt ZQLTI, $439\mathrm{.}07,$ Clothing",

$"16041,$ Jacket OTBKQ, $986\mathrm{.}73,$ Clothing",

$"43566,$ Mystery COKPK, $836\mathrm{.}57,$ Books",

$"69260,$ Toaster FODKJ, $867\mathrm{.}6,$ Home & Kitchen",

$"30895,$ Knife Set KGFUF, $385\mathrm{.}77,$ Home & Kitchen",

$"19897,$ Blender DPKLR$,488\mathrm{.}62,$ Home & Kitchen",

$"87296,$ Skirt IRTZX, $261\mathrm{.}08,$ Clothing",

$"68215,$ Laptop QLBQC$,404\mathrm{.}21,$ Electronics",

$"68097,$ Camera SGSRZ$,36\mathrm{.}39,$ Electronics",

$"26556,$ Novel METLI, $376\mathrm{.}45,$ Books",

$"30483,$ Knife Set WRSZZ$,55\mathrm{.}97,$ Home & Kitchen",

$"62422,$ Camera VFQWS$,382\mathrm{.}69,$ Electronics",

$"22806,$ Smartwatch VVFNT$,203\mathrm{.}55,$ Electronics",

$"24976,$ Pants YZMAK, $449\mathrm{.}56,$ Clothing",

$"30631,$ Headphones JFGYQ$,115\mathrm{.}08,$ Electronics",

$"27939,$ Textbook TWQKZ$,108\mathrm{.}5,$ Books",

$"41355,$ Headphones JOUXM, $211\mathrm{.}57,$ Electronics",

$"94162,$ Laptop WRJOZ, $956\mathrm{.}53,$ Electronics",

$"28710,$ Dress FRSMO, $879\mathrm{.}09,$ Clothing",

$"90291,$ Pants TIPUD, $853\mathrm{.}38,$ Clothing",

$"20368,$ Shirt FQFPK$,83\mathrm{.}19,$ Clothing",

$"68960,$ Blender OMDPS, $720\mathrm{.}06,$ Home & Kitchen",

$"40852,$ Novel IRROY, $603\mathrm{.}68,$ Books",

$"97895,$ Blender KSJHL$,123\mathrm{.}25,$ Home & Kitchen",

$"96314,$ Cutting Board LUICX, $628\mathrm{.}29,$ Home & Kitchen",

$"85719,$ Laptop GZORF, $641\mathrm{.}33,$ Electronics",

$"98625,$ Mystery BOPTP, $160\mathrm{.}68,$ Books",

$"66208,$ Blender GCZSK$,161\mathrm{.}83,$ Home & Kitchen",

$"86128,$ Biography ASTVE, $90\mathrm{.}44,$ Books",

$"10889,$ Shirt DNRZU, $316\mathrm{.}48,$ Clothing",

$"82777,$ Shirt OZWXU, $790\mathrm{.}46,$ Clothing",

$"43451,$ Mixer CKVJQ$,379\mathrm{.}5,$ Home & Kitchen",

$"12848,$ Toaster VZXUE, $867\mathrm{.}97,$ Home & Kitchen",

$"17646,$ Biography BPWXR$,424\mathrm{.}83,$ Books",

$"85197,$ Cutting Board IJVPP, $986\mathrm{.}89,$ Home & Kitchen

$]$

# Initialize an empty list to store empty data

products $=[]$

# Process the raw product data

for line in raw$\_$product$\_$data:

# Split the line into components

product$\_$id$,$ name, price, category $=$ line.split$(\text{'},\text{'})$

# Convert price to float and product$\_$id to integer

price $=$ float$($price$)$

product$\_$id $=$ int$($product$\_$id$)$

# Create a dictionary for the product

product $=\{$

$\text{'}$ID$\text{'}$: product$\_$id$,$

'Name': name,

'Price': price,

'Category': category

$\}$

# Add the dictionary to the list

products.append$($product$)$

# Print the products list to verify

for product in products:

print$($product$)$