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GeorgeCodervs.GeorgeCoder

Check if time is within work hours

Code
Diff
  • package kumite
import "time"
func CheckWorkHours(dateTime time.Time) bool { 
return dateTime.Weekday() != time.Thursday && dateTime.Weekday() != time.Sunday && dateTime.Hour() >= 8 && dateTime.Hour() < 18 }
    • package kumite
    • import ( "time"; "math" )
    • func CheckWorkHours(dateTime time.Time) bool {
    • if math.Abs(float64(dateTime.Weekday()) - 3) == 3 { return false }
    • return 8 <= dateTime.Hour() && dateTime.Hour() < 18
    • }
    • import "time"
    • func CheckWorkHours(dateTime time.Time) bool {
    • return dateTime.Weekday() != time.Thursday && dateTime.Weekday() != time.Sunday && dateTime.Hour() >= 8 && dateTime.Hour() < 18 }
GeorgeCodervs.mawh

C# Are there three (without converting to string)

Code
Diff
  • public class Kumite {
  public static bool IsThree(int n) {
    while(n%10!=3&&n>0)n/=10;
    return n>0;
  }
}
    • using System;
    • public class Kumite {
    • public static bool IsThree(int n) {
    • while(n%10!=3&&n>0)n/=10;
    • return n>0;
    • }
    • }
GeorgeCodervs.EugenSleptsov

Check if time is within work hours

Code
Diff
  • package kumite
import ( "time"; "math" )
func CheckWorkHours(dateTime time.Time) bool {
  if math.Abs(float64(dateTime.Weekday()) - 3) == 3 { return false }
  return 8 <= dateTime.Hour() && dateTime.Hour() < 18
}
    • package kumite
    • import "time"
    • import "math"
    • import ( "time"; "math" )
    • func CheckWorkHours(dateTime time.Time) bool {
    • if math.Abs(float64(dateTime.Weekday()) - 3) == 3 {
    • return false
    • }
    • hour := dateTime.Hour()
    • return 8 <= hour && hour < 18
    • if math.Abs(float64(dateTime.Weekday()) - 3) == 3 { return false }
    • return 8 <= dateTime.Hour() && dateTime.Hour() < 18
    • }