Here, we will add a number with the uintptr variable in a synchronized manner. Here, we will use atomic.AddUintptr() function. The atomic.AddUintptr() function is used in synchronized manner for multithreaded/multi-process environment.
The source code to add value to a 'uintprt' variable in an uninterruptible manner is given below. The given program is compiled and executed on the ubuntu 18.04 operating system successfully.
// Golang program to add value to a 'uintprt' variable
// in an uninterruptible manner
package main
import "fmt"
import "sync/atomic"
// Entry point of the program
func main() {
var num1 uintptr = 235
var num2 uintptr = 250
res1 := atomic.AddUintptr(&num1, 50)
res2 := atomic.AddUintptr(&num2, 70)
fmt.Println("Result1: ", res1)
fmt.Println("Result2: ", res2)
}
Output:
Result1: 285
Result2: 320
Explanation:
In the above program, we declare the package main. The main package is used to tell the Go language compiler that the package must be compiled and produced the executable file. Here, we imported the required packages to predefined functions.
In the main() function, we created a uintptr variable. Then we added the values to the variables using atomic.AddUintptr() function one by one. After that, we printed the result on the console screen.
Program/Source Code:
The source code to add value to a 'uintprt' variable in an uninterruptible manner is given below. The given program is compiled and executed on the ubuntu 18.04 operating system successfully.
Output:
Explanation:
In the above program, we declare the package main. The main package is used to tell the Go language compiler that the package must be compiled and produced the executable file. Here, we imported the required packages to predefined functions.
In the main() function, we created a uintptr variable. Then we added the values to the variables using atomic.AddUintptr() function one by one. After that, we printed the result on the console screen.
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