## addlinkednumbers
## **WARNING! VERY IMPORTANT!**
For this exercise a function will be tested **with the exam own main** . However the student **still needs** to submit a structured program:
This means that:
- The package needs to be named `package main` .
- The submitted code needs one declared function main(```func main()```) even if empty.
- The function main declared needs to **also pass** the `Restrictions Checker` (illegal functions tester). It is advised for the student to just empty the function main after its own testing are done.
- Every other rules are obviously the same than for a `program` .
### Instructions
You have two numbers represented by a linked list, where each NodeAddL contains a single digit.
The digits are stored in reverse order, such that the 1’s digit is at the head of the list.
Write a function that adds the two numbers and returns the sum as a linked list
### Expected function and structure
```go
package main
type NodeAddL struct {
Next *NodeAddL
Num int
}
func AddLinkedNumbers(num1, num1 *NodeAddL) *NodeAddL {
}
```
### Usage
Here is a possible program to test your function:
```go
package main
import (
"fmt"
)
func pushFront(node *NodeAddL, num int) *NodeAddL {
}
func main() {
// 3 -> 1 -> 5
num1 := & NodeAddL{Num:5}
num1 = pushFront(num1, 1)
num1 = pushFront(num1, 3)
// 5 -> 9 -> 2
num2 := & NodeAddL{Num:2}
num2 = pushFront(num2, 9)
num2 = pushFront(num2, 5)
// 9 -> 0 -> 7
result := AddLinkedNumbers(num1, num2)
for tmp := result; tmp != nil; tmp = tmp.Next {
fmt.Print(tmp.Num)
if tmp.Next != nil {
fmt.Print(" -> ")
}
}
fmt.Println()
}
```
An its output:
```console
student@ubuntu:~/[[ROOT]]/test$ go build
student@ubuntu:~/[[ROOT]]/test$ ./main
9 -> 0 -> 7
student@ubuntu:~/[[ROOT]]/test$
```
