Chroma Style Gallery

abap

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

algol

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

algol_nu

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

arduino

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

autumn

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

average

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

base16-snazzy

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

borland

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

bw

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

catppuccin-frappe

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

catppuccin-latte

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

catppuccin-macchiato

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

catppuccin-mocha

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

colorful

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

doom-one

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

doom-one2

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

dracula

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

emacs

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

evergarden

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

friendly

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

fruity

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

github-dark

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

github

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

gruvbox-light

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

gruvbox

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

hr_high_contrast

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

hrdark

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

igor

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

lovelace

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

manni

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

modus-operandi

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

modus-vivendi

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

monokai

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

monokailight

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

murphy

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

native

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

nord

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

nordic

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

onedark

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

onesenterprise

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

paraiso-dark

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

paraiso-light

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

pastie

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

perldoc

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

pygments

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

rainbow_dash

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

rose-pine-dawn

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

rose-pine-moon

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

rose-pine

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

rrt

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

solarized-dark

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

solarized-dark256

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

solarized-light

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

swapoff

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

tango

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

tokyonight-day

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

tokyonight-moon

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

tokyonight-night

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

tokyonight-storm

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

trac

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

vim

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

vs

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

vulcan

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

witchhazel

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

xcode-dark

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

xcode

package main

import "fmt"

// calculateSquares calculates the sum of the squares of the digits of the given number
// and sends the result to the squareop channel.
func calculateSquares(number int, squareop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit
		number /= 10
	}
	squareop <- sum
}

// calculateCubes calculates the sum of the cubes of the digits of the given number
// and sends the result to the cubeop channel.
func calculateCubes(number int, cubeop chan int) {
	sum := 0
	for number != 0 {
		digit := number % 10
		sum += digit * digit * digit
		number /= 10
	}
	cubeop <- sum
}

func main() {
	number := 589
	sqrch := make(chan int)
	cubech := make(chan int)

	// Start two goroutines to calculate the sum of squares and cubes of the digits.
	go calculateSquares(number, sqrch)
	go calculateCubes(number, cubech)

	// Receive the results from the channels and add them.
	squares, cubes := <-sqrch, <-cubech
	fmt.Println("Final result", squares+cubes)
}

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