Upload a screenshot for your Replit page after you complete the previous document. This screenshot should show ALL of the following: $$ the name of your Replit project as well as your name under it $($shown in the upper left corner of your Replit page$)$ the "Files and Configuration" pane with the source code file and the generated binary file listed in this pane $$ the "Code Editor" pane that shows the source code $$ the "Output Sandbox" pane that shows the commands that you used as well as the output of executing the binarywhere you can write$/$edit the source code of your $C$ command to invoke the $C$ compiler$)$ and see the output that

your program produces once it executes.

Since our "Hello World" program is a source code $($in "main.c$"$

file$),$ we need to compile it to a binary in order to be able to execute

it$.$ To compile a $C$ source code, Type the following command in the

Output Sandbox pane:

gcc main.c $-$o main$\_$bin

After you type the command in the Output Sandbox pane, press the

"Enter $ $"$ button on your keyboard. This will invoke the GCC

compiler system to compile your source code file into a binary file

that can be executed.

In the previous command:

gcc: is the command to invoke $($i$.$e$.,$ call$)$ the compiler that

we will be using to compile our $C$ source code files.

main. c: is the name of our input source code $($input to gcc

that we need to compile$)$

$-0$ : is an option provided to gcc to indicate the name of our

generated binary $($i$.$e$.,$ the name of the output binary file that

will be generated after compiling the source code$)$

main$\_$bin: is the name we choose for our generated Create a C Replit Project:

Once you are logged in to your Replit account, click on the $"+$

Create" button from the left tab.

Home

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A new pop$-$up window will appear. In the "Template" field type: C$,$

as shown in the image below in number $1.$ Then, from the options

that appear in the "Favorite" field, select $"C$ replit", as shown in

number $2$ below.

Create a Repl

Template binary. Here, the name we want for our generated binary

$($can be any valid name$)$ must come after the $-0$ option.

After we compile the source code $($and generate the binary$),$ we can

see the generated binary $("$main$\_$bin"$)$ in the Files and

Configuration pane, as shown below.

Files

Find a file

mainc

main$\_$bin

In order to execute the generated binary $($and see its output$),$ type

the following command in the Output Sandbox pane:

$./$main$\_$bin

After you type the command in the Output Sandbox pane, press the

"Enter d$"$ button on your keyboard. This will execute the binary

and show the output of executing this binary in the same Output

Sandbox pane, as shown below.As we discussed earlier, our program in this project is a simple

"Hello World" program. We can see the output message "Hello

World" printed on the Output Sandbox pane as a result of executing

the "main$\_$bin" binary file.

Important Note:

Do not use the green $"\frac{?}{{?}_{\frac{?}{?}}}$ Run" button on the top of Replit IDE.

This button may invoke commands that compile and execute your

source code for this example but may result in errors in future

assignments.

programs. In the Code Editor of our created project, you

can see a simple C program that prints a "Hello World"

message to a console, as shown below.

$>f$ main

The left pane $("$Files and Configuration"$)$ shows all files

that make up your project. Since we chose a $C$ project

earlier, Replit has created one source code file $("$main$.$c$")$

for our project, as shown below.

Files

Find a file

The right pane $("$Output Sandbox"$)$ is similar to a Terminal

that you can use to type simple commands $($e$.$g$.,$ a

mommand to inuake the $C$ onmniler$)$ and see the nutnut that