title: Find Perimeter Cylinder
signature: fun findPerimeterCylinder(diameter: Int, height: Int): Int {
test_code: package main
  
  import kotlin.text.*
  import kotlin.math.*
  
  
  // SOLUTION CODE
  // ===================================
  PLACEHOLDER_CODE_BODY
  
  // TESTING CODE
  // ===================================
  fun validateSolution(actual:Int, expected:Int):Boolean{
    return actual.equals(expected)
  }
  fun driver(diameter: Int, height: Int, expected:Int):String {
      try{
        if (validateSolution(PLACEHOLDER_FN_NAME(diameter, height), expected)) {
                return "PASSED"
        }
        return "FAILED"
      } catch (e: Exception){
        return e::class.simpleName as String
      }
  
  }
  
  fun main() {
      var result: String = ""
      result = driver(70, 78, 296)
      println("TEST-0...${result}")
      
      result = driver(97, 46, 286)
      println("TEST-1...${result}")
      
      result = driver(49, 26, 150)
      println("TEST-2...${result}")
      
      result = driver(56, 61, 234)
      println("TEST-3...${result}")
      
      result = driver(87, 79, 332)
      println("TEST-4...${result}")
      
      result = driver(64, 21, 170)
      println("TEST-5...${result}")
      
      result = driver(75, 93, 336)
      println("TEST-6...${result}")
      
      result = driver(90, 16, 212)
      println("TEST-7...${result}")
      
      result = driver(55, 16, 142)
      println("TEST-8...${result}")
      
      result = driver(73, 29, 204)
      println("TEST-9...${result}")
      
          
  }
  
  main()
source_py: def find_perimeter_cylinder(diameter, height):
      return (2 * (diameter + height))
source_cpp: int find_perimeter_cylinder(int diameter, int height) {
    return 2 * ( diameter + height );
  }