The following codes only applied to unsigned integers:
public int Reverse(int inputNumber) {
string inputString = inputNumber.ToString();
string reversed = StringUtil.Reverse(inputString);
return int.Parse(reversed);
}
public class StringUtil {
// returns a reversed string from the given one
public static string Reserve(string originalString) {
StringBuilder sb = new StringBuilder();
char[] charArray = originalString.ToCharArray();
for (int i = charArray.Length - 1; i >= 0; i--) {
sb.Append(charArray[i]);
}
return sb.ToString();
}
}
Reverse the digits then check of the new number is the same as the original number.
C sharp, D sharp, E natural, F sharp, G sharp, A natural, B sharp & C sharp We call the note C "B sharp" to avoid using the same letter name twice. If we used the note name "C" we would have 2 C-notes and no B-notes in the scale!
To reverse a number, first convert the number to a string, then reverse the string. Given your number consists of alphanumeric characters, the number must already be a string so simply reverse the string: #include<string> using std::string; string reverse (const string& s) { string str {}; for (auto c : s) str.insert (str.begin(), c); return str; } int main () { std::cout << "Enter a number: "; string s {}; std::cin >> s; std::cout << "The number in reverse is: " << reverse (s); }
Reference:cprogramming-bd.com/c_page2.aspx# reverse number
Multi-threading in c sharp is a system with different tutorial. Like: interaction between threads, producer, using thread pool and using mutex objects.
Console.WriteLine("Please input a string:"); string str = Console.ReadLine(); Console.WriteLine("Number of characters: " + str.Length);
A sharp G G E sharp G E sharp A sharp A sharp C C A sharp C E sharp G A G E sharp A sharp A sharp A sharp G E sharp C this is not on the Flute btw idk what instrument its on
A sharp G G E sharp G E sharp A sharp A sharp C C A sharp C E sharp G A G E sharp A sharp A sharp A sharp G E sharp C this is not on the flute btw idk what instrument its on
here it is C,E,F SHARP,A,G,E,C,A,F SHARP,F SHARP,F SHARP,G,A SHARP,C,C,C,C
Take the C Maj scale and sharp everything. C# D# E# F# G# A# B# C# I ii iii IV V vi vii* I
C# Major
To check if a number is a palindrome, reverse the number and see if it is equal to the original number. If so, the number is a palindrome, otherwise it is not. To reverse a number, use the following function: int reverse(int num, int base=10) { int reverse=0; while( num ) { reverse*=base; reverse+=num%base; num/=base; } return(reverse); }