Resin Molds

Judy runs a shop that sells molds used in arts and crafts, specifically for use with resin. The molds are made of silicone and come in various shapes and sizes. Each mold weighs a different amount which affects the shipping cost. Judy needs a program to help her process orders for her molds. You will create a program that allows Judy to enter an order for a mold and create an invoice in the form of an output file.

Start by creating an enum that represents the different possible sizes of molds. Then you will create a struct that represents the molds. To keep track of the order, you will also need to create a customer struct and an order struct. The specifications for the enum and structs are listed below.

Size Enumeration

Name

sizeType

Enumerators $($Printed Name$)$

S $("$Small$")$

M $("$Medium$")$

L $("$Large$")$

Mold Struct

Name

moldType

Members

shape : string

size : sizeType

price : double

weight : double

Customer Struct

Name

customerType

Members

fname : string

lname : string

address : string

Order Struct

Name

orderType

Members

customer : customerType

products : moldType $[]$

numProdOrdered : int

subTotal : double

totalWeight : double

shippingCost : double

The catalog of products currently available will be kept in catalog.txt$.$ Judy keeps $20$ products in stock at a time. These are the products that will be ordered by customers. You will need to create the following functions to set up Judy's program.

Function $1$

Name

readCatalog

Parameters

productCatalog : moldType$[]$

numProducts : int

Return Type

void

Description

This function reads catalog.txt$.$ Each line of the file contains information about a mold that is currently for sale. Because she is frequently rotating stock around, this file will change and have different information in it $($you cannot hardcode the data into the program$).$

Function $2$

Name

enterOrder

Parameters

order : orderType& $($by reference$)$

catalog: moldType$[]$

numItemsInCatalog : int

Return Type

void

Description

This function prompts the user for the information pertaining to an order. It will provide options that allow for up to $10$ products to be selected. It will store the order information in the reference parameter. The shipping cost is calculated based on weight using the formula $.$

Function $3$

Name

printProduct

Parameters

ostream& $($output stream by reference, either a file or the console$)$

mold : moldType

Return Type

void

Description

This function takes the information about a mold and prints it using the output stream provided. This allows us to print to either a file or the console with the same function.

Function $4$

Name

printOrder

Parameters

ostream& $($output stream by reference, either the console or a file$)$

orderType& $($the order we are going to print$)$

Return Type

void

Description

This function takes the information about an order and prints it to the stream that is given as a parameter. This allows the function to output to multiple sources, like an output file or the console.

For the main, you will first need to read the current product catalog into an array of moldType. Next, you will get the order information from Judy. You will output the order to the console and to a file named using the customer's last name. Lastly, you will ask if Judy wants to enter any more orders. If she answers $"$n$,"$ exit the program; if she answers $"$y$,"$ repeat the process of getting order information and creating a new output file. here is catalog.txt "Pendant M $17\mathrm{.}1048$

Dragon L $108\mathrm{.}76200$

Heart S $26\mathrm{.}6822$

Ornament M $33\mathrm{.}52101$

Seahorse L $33\mathrm{.}52111$

Domino L $54\mathrm{.}04145$

Tree L $67\mathrm{.}72132$

Flower S $26\mathrm{.}6856$

Coaster M $13\mathrm{.}0043$

Keychain S $25\mathrm{.}4548$

Sun L $74\mathrm{.}56125$

Geode M $40\mathrm{.}3687$

Angel M $35\mathrm{.}4174$

Butterfly S $14\mathrm{.}6536$

Rose S $18\mathrm{.}6544$

Spider M $32\mathrm{.}5489$

Bubble S $24\mathrm{.}5742$

Tray L $60\mathrm{.}88143$

Lizard M $34\mathrm{.}26112$

Turtle M $42\mathrm{.}12125"$ and here is parker.txt "Customer: Peter Parker

$112$ Main St$.$

Queens, NY $11415$

Products Ordered:

Pendant $-$ Medium $$17\mathrm{.}1048\mathrm{.}00$g

Ornament $-$ Medium $$33\mathrm{.}52101\mathrm{.}00$g

Spider $-$ Medium $$32\mathrm{.}5489\mathrm{.}00$g

Lizard $-$ Medium $$34\mathrm{.}26112\mathrm{.}00$g

Turtle $-$ Medium $$42\mathrm{.}12125\mathrm{.}00$g

Tree $-$ Large $$67\mathrm{.}72132\mathrm{.}00$g

Tray $-$ Large $$60\mathrm{.}88143\mathrm{.}00$g

Coaster $-$ Medium $$13\mathrm{.}0043\mathrm{.}00$g

Seahorse $-$ Large $$33\mathrm{.}52111\mathrm{.}00$g

Rose $-$ Small $$18\mathrm{.}6544\mathrm{.}00$g

Subtotal: $$353\mathrm{.}31$

Total Weight: $948\mathrm{.}00$g

Shipping Cost: $$19\mathrm{.}39$

Total Cost: $$372\mathrm{.}70"$ here is stark.txt "Customer: Tony Stark

$200$ Park Ave

New York, NY $10166$

Products Ordered:

Turtle $-$ Medium $$42\mathrm{.}12125\mathrm{.}00$g

Sun $-$ Large $$74\mathrm{.}56125\mathrm{.}00$g

Keychain $-$ Small $$25\mathrm{.}4548\mathrm{.}00$g

Subtotal: $$142\mathrm{.}13$

Total Weight: $298\mathrm{.}00$g

Shipping Cost: $$6\mathrm{.}10$

Total Cost: $$148\mathrm{.}23"$ be sure to use all three files when writing the code.