HexaDecimal to Binary Classes Constructor Destructor and Inheritance in OOP – C++
HexaDecimal to Binary Classes Constructor Destructor and Inheritance in OOP – C++
In this tutorial, we will code the program of conversion of HexaDecimal to BinaryProgram with Classes and Objects in OOP (C++)
HexaDecimal to Binary Program with Classes and Objects in OOP (C++)
Here, below there is a code of HexaDecimal to Binary Program with Classes and Objects in OOP (C++).
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#include<iostream> using namespace std; class Hexa2Binary { public: int HEXA2BINARYFUNCTION() { long int i=0; char binnum[100], hexdec[100]; cout<<"Enter any hexadecimal number : "; cin>>hexdec; cout<<"\nEquivalent Binary value is : "; while(hexdec[i]) { switch(hexdec[i]) { case '0' : cout<<"0000"<<endl<<endl<<endl; break; case '1' : cout<<"0001"<<endl<<endl<<endl; break; case '2' : cout<<"0010"<<endl<<endl<<endl; break; case '3' : cout<<"0011"<<endl<<endl<<endl; break; case '4' : cout<<"0100"<<endl<<endl<<endl; break; case '5' : cout<<"0101"<<endl<<endl<<endl; break; case '6' : cout<<"0110"<<endl<<endl<<endl; break; case '7' : cout<<"0111"<<endl<<endl<<endl; break; case '8' : cout<<"1000"<<endl<<endl<<endl; break; case '9' : cout<<"1001"<<endl<<endl<<endl; break; case 'A' : cout<<"1010"<<endl<<endl<<endl; break; case 'B' : cout<<"1011"<<endl<<endl<<endl; break; case 'C' : cout<<"1100"<<endl<<endl<<endl; break; case 'D' : cout<<"1101"<<endl<<endl<<endl; break; case 'E' : cout<<"1110"<<endl<<endl<<endl; break; case 'F' : cout<<"1111"<<endl<<endl<<endl; break; case 'a' : cout<<"1010"<<endl<<endl<<endl; break; case 'b' : cout<<"1011"<<endl<<endl<<endl; break; case 'c' : cout<<"1100"<<endl<<endl<<endl; break; case 'd' : cout<<"1101"<<endl<<endl<<endl; break; case 'e' : cout<<"1110"<<endl<<endl<<endl; break; case 'f' : cout<<"1111"<<endl<<endl<<endl; break; default : cout<<"\nInvalid hexadecimal digit ="<<hexdec[i]<<endl<<endl; } i++; } } }; int main() { Hexa2Binary HexaToBinary; HexaToBinary.HEXA2BINARYFUNCTION(); } |
Output
HexaDecimal to Binary Program By Using Constructor in OOP (C++)
Here, below there is a code of HexaDecimal to Binary Program by using the constructor in OOP (C++).
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#include<iostream> using namespace std; class H2BConversion { public: H2BConversion() { long int i=0; char BinaryNumber[100], HexaDecimal[100]; cout<<"Enter any hexadecimal number : "; cin>>HexaDecimal; cout<<"\nEquivalent Binary value is : "; while(HexaDecimal[i]) { switch(HexaDecimal[i]) { case '0' : cout<<"0000"<<endl<<endl<<endl; break; case '1' : cout<<"0001"<<endl<<endl<<endl; break; case '2' : cout<<"0010"<<endl<<endl<<endl; break; case '3' : cout<<"0011"<<endl<<endl<<endl; break; case '4' : cout<<"0100"<<endl<<endl<<endl; break; case '5' : cout<<"0101"<<endl<<endl<<endl; break; case '6' : cout<<"0110"<<endl<<endl<<endl; break; case '7' : cout<<"0111"<<endl<<endl<<endl; break; case '8' : cout<<"1000"<<endl<<endl<<endl; break; case '9' : cout<<"1001"<<endl<<endl<<endl; break; case 'A' : cout<<"1010"<<endl<<endl<<endl; break; case 'B' : cout<<"1011"<<endl<<endl<<endl; break; case 'C' : cout<<"1100"<<endl<<endl<<endl; break; case 'D' : cout<<"1101"<<endl<<endl<<endl; break; case 'E' : cout<<"1110"<<endl<<endl<<endl; break; case 'F' : cout<<"1111"<<endl<<endl<<endl; break; case 'a' : cout<<"1010"<<endl<<endl<<endl; break; case 'b' : cout<<"1011"<<endl<<endl<<endl; break; case 'c' : cout<<"1100"<<endl<<endl<<endl; break; case 'd' : cout<<"1101"<<endl<<endl<<endl; break; case 'e' : cout<<"1110"<<endl<<endl<<endl; break; case 'f' : cout<<"1111"<<endl<<endl<<endl; break; default : cout<<"\nInvalid hexadecimal digit ="<<HexaDecimal[i]<<endl<<endl; } i++; } } }; int main() { H2BConversion A; } |
Output
HexaDecimal to Binary Program By Using destructor in OOP (C++)
Here, below there is a code of HexaDecimal to Binary Program by using the destructor in OOP (C++).
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#include<iostream> using namespace std; class HD2BConversion { public: HD2BConversion() { long int i=0; char binnum[100], hexdec[100]; cout<<"Please Enter the desired any hexadecimal number : "; cin>>hexdec; cout<<"\nEquivalent Binary value is : "; while(hexdec[i]) { switch(hexdec[i]) { case '0' : cout<<"0000"<<endl<<endl<<endl; break; case '1' : cout<<"0001"<<endl<<endl<<endl; break; case '2' : cout<<"0010"<<endl<<endl<<endl; break; case '3' : cout<<"0011"<<endl<<endl<<endl; break; case '4' : cout<<"0100"<<endl<<endl<<endl; break; case '5' : cout<<"0101"<<endl<<endl<<endl; break; case '6' : cout<<"0110"<<endl<<endl<<endl; break; case '7' : cout<<"0111"<<endl<<endl<<endl; break; case '8' : cout<<"1000"<<endl<<endl<<endl; break; case '9' : cout<<"1001"<<endl<<endl<<endl; break; case
'A' : cout<<"1010"<<endl<<endl<<endl; break; case 'B' : cout<<"1011"<<endl<<endl<<endl; break; case 'C' : cout<<"1100"<<endl<<endl<<endl; break; case 'D' : cout<<"1101"<<endl<<endl<<endl; break; case 'E' : cout<<"1110"<<endl<<endl<<endl; break; case 'F' : cout<<"1111"<<endl<<endl<<endl; break; case 'a' : cout<<"1010"<<endl<<endl<<endl; break; case 'b' : cout<<"1011"<<endl<<endl<<endl; break; case 'c' : cout<<"1100"<<endl<<endl<<endl; break; case 'd' : cout<<"1101"<<endl<<endl<<endl; break; case 'e' : cout<<"1110"<<endl<<endl<<endl; break; case 'f' : cout<<"1111"<<endl<<endl<<endl; break; default : cout<<"\nInvalid hexadecimal digit ="<<hexdec[i]<<endl<<endl; } i++; } } ~HD2BConversion() { long int i=0; char binnum[100], hexdec[100]; cout<<"Please Enter the desired any hexadecimal number : "; cin>>hexdec; cout<<"\nEquivalent Binary value is : "; while(hexdec[i]) { switch(hexdec[i]) { case '0' : cout<<"0000"<<endl<<endl<<endl; break; case '1' : cout<<"0001"<<endl<<endl<<endl; break; case '2' : cout<<"0010"<<endl<<endl<<endl; break; case '3' : cout<<"0011"<<endl<<endl<<endl; break; case '4' : cout<<"0100"<<endl<<endl<<endl; break; case '5' : cout<<"0101"<<endl<<endl<<endl; break; case '6' : cout<<"0110"<<endl<<endl<<endl; break; case '7' : cout<<"0111"<<endl<<endl<<endl; break; case '8' : cout<<"1000"<<endl<<endl<<endl; break; case '9' : cout<<"1001"<<endl<<endl<<endl; break; case 'A' : cout<<"1010"<<endl<<endl<<endl; break; case 'B' : cout<<"1011"<<endl<<endl<<endl; break; case 'C' : cout<<"1100"<<endl<<endl<<endl; break; case 'D' : cout<<"1101"<<endl<<endl<<endl; break; case 'E' : cout<<"1110"<<endl<<endl<<endl; break; case 'F' : cout<<"1111"<<endl<<endl<<endl; break; case 'a' : cout<<"1010"<<endl<<endl<<endl; break; case 'b' : cout<<"1011"<<endl<<endl<<endl; break; case 'c' : cout<<"1100"<<endl<<endl<<endl; break; case 'd' : cout<<"1101"<<endl<<endl<<endl; break; case 'e' : cout<<"1110"<<endl<<endl<<endl; break; case 'f' : cout<<"1111"<<endl<<endl<<endl; break; default : cout<<"\nInvalid hexadecimal digit ="<<hexdec[i]<<endl<<endl; } i++; } } }; int main() { HD2BConversion A; } |
Output
HexaDecimal to Binary Program By Using classed inheritance in OOP (C++)
Here, below there is a code of HexaDecimal to Binary Program by using the classes inheritance in OOP (C++).
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#include<iostream> using namespace std; class Covnersion { protected: long int i=0; char BinaryNumebr[100], HexaDecimal[100]; }; class hexadecimal : public Covnersion { public: int HTB() { long int i=0; char BinaryNumebr[100], HexaDecimal[100]; cout<<"Please Enter any hexadecimal number : "; cin>>HexaDecimal; cout<<"\nEquivalent Binary value is : "; while(HexaDecimal[i]) { switch(HexaDecimal[i]) { case '0' : cout<<"0000"<<endl<<endl<<endl; break; case '1' : cout<<"0001"<<endl<<endl<<endl; break; case '2' : cout<<"0010"<<endl<<endl<<endl; break; case '3' : cout<<"0011"<<endl<<endl<<endl; break; case '4' : cout<<"0100"<<endl<<endl<<endl; break; case '5' : cout<<"0101"<<endl<<endl<<endl; break; case '6' : cout<<"0110"<<endl<<endl<<endl; break; case '7' : cout<<"0111"<<endl<<endl<<endl; break; case '8' : cout<<"1000"<<endl<<endl<<endl; break; case '9' : cout<<"1001"<<endl<<endl<<endl; break; case 'A' : cout<<"1010"<<endl<<endl<<endl; break; case 'B' : cout<<"1011"<<endl<<endl<<endl; break; case 'C' : cout<<"1100"<<endl<<endl<<endl; break; case 'D' : cout<<"1101"<<endl<<endl<<endl; break; case 'E' : cout<<"1110"<<endl<<endl<<endl; break; case 'F' : cout<<"1111"<<endl<<endl<<endl; break; case 'a' : cout<<"1010"<<endl<<endl<<endl; break; case 'b' : cout<<"1011"<<endl<<endl<<endl; break; case 'c' : cout<<"1100"<<endl<<endl<<endl; break; case 'd' : cout<<"1101"<<endl<<endl<<endl; break; case 'e' : cout<<"1110"<<endl<<endl<<endl; break; case 'f' : cout<<"1111"<<endl<<endl<<endl; break; default : cout<<"\nInvalid hexadecimal digit ="<<HexaDecimal[i]<<endl<<endl; } i++; } } }; int main() { hexadecimal HexaToBinary; HexaToBinary.HTB(); } |
Output