Java/ConstEx1.java at master · Akshen22/Java · GitHub

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packageConstructor;

publicclassConstEx1 {

// if we won't provide any constructor compiler adds default constructor
// int this case, ConstEx1(){} , but if we provide any other constructor
// compiler won't add.

intx, y;

// no-argument constructor
ConstEx1() {
getX(); // we can call both static and non-static method from
// constructor
x = 0;
y = 0;
	}

// Parameterized Constructor
ConstEx1(intl) {

x = y = l;
getX();
	}

ConstEx1(intl, intm) {
x = l;
y = m;
	}

staticvoidgetX() {
System.out.println(" You're inside method getX() ");
// return x;
	}

publicstaticvoidmain(String[] args) {
ConstEx1c1 = newConstEx1();
System.out.println("[C1]X= " + c1.x + " Y= " + c1.y);

ConstEx1c2 = newConstEx1(20);
ConstEx1c3 = newConstEx1(12, 13);

System.out.println("[C2]X= " + c2.x + " Y= " + c2.y);
System.out.println("[C3]X= " + c3.x + " Y= " + c3.y);
	}
}
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packageConstructor;

publicclassConstEx1 {

// if we won't provide any constructor compiler adds default constructor
// int this case, ConstEx1(){} , but if we provide any other constructor
// compiler won't add.

intx, y;

// no-argument constructor
ConstEx1() {
getX(); // we can call both static and non-static method from
// constructor
x = 0;
y = 0;
	}

// Parameterized Constructor
ConstEx1(intl) {

x = y = l;
getX();
	}

ConstEx1(intl, intm) {
x = l;
y = m;
	}

staticvoidgetX() {
System.out.println(" You're inside method getX() ");
// return x;
	}

publicstaticvoidmain(String[] args) {
ConstEx1c1 = newConstEx1();
System.out.println("[C1]X= " + c1.x + " Y= " + c1.y);

ConstEx1c2 = newConstEx1(20);
ConstEx1c3 = newConstEx1(12, 13);

System.out.println("[C2]X= " + c2.x + " Y= " + c2.y);
System.out.println("[C3]X= " + c3.x + " Y= " + c3.y);
	}
}
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packageConstructor;

publicclassConstEx1 {

// if we won't provide any constructor compiler adds default constructor
// int this case, ConstEx1(){} , but if we provide any other constructor
// compiler won't add.

intx, y;

// no-argument constructor
ConstEx1() {
getX(); // we can call both static and non-static method from
// constructor
x = 0;
y = 0;
	}

// Parameterized Constructor
ConstEx1(intl) {

x = y = l;
getX();
	}

ConstEx1(intl, intm) {
x = l;
y = m;
	}

staticvoidgetX() {
System.out.println(" You're inside method getX() ");
// return x;
	}

publicstaticvoidmain(String[] args) {
ConstEx1c1 = newConstEx1();
System.out.println("[C1]X= " + c1.x + " Y= " + c1.y);

ConstEx1c2 = newConstEx1(20);
ConstEx1c3 = newConstEx1(12, 13);

System.out.println("[C2]X= " + c2.x + " Y= " + c2.y);
System.out.println("[C3]X= " + c3.x + " Y= " + c3.y);
	}
}
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packageConstructor;

publicclassConstEx1 {

// if we won't provide any constructor compiler adds default constructor
// int this case, ConstEx1(){} , but if we provide any other constructor
// compiler won't add.

intx, y;

// no-argument constructor
ConstEx1() {
getX(); // we can call both static and non-static method from
// constructor
x = 0;
y = 0;
	}

// Parameterized Constructor
ConstEx1(intl) {

x = y = l;
getX();
	}

ConstEx1(intl, intm) {
x = l;
y = m;
	}

staticvoidgetX() {
System.out.println(" You're inside method getX() ");
// return x;
	}

publicstaticvoidmain(String[] args) {
ConstEx1c1 = newConstEx1();
System.out.println("[C1]X= " + c1.x + " Y= " + c1.y);

ConstEx1c2 = newConstEx1(20);
ConstEx1c3 = newConstEx1(12, 13);

System.out.println("[C2]X= " + c2.x + " Y= " + c2.y);
System.out.println("[C3]X= " + c3.x + " Y= " + c3.y);
	}
}
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packageConstructor;

publicclassConstEx1 {

// if we won't provide any constructor compiler adds default constructor
// int this case, ConstEx1(){} , but if we provide any other constructor
// compiler won't add.

intx, y;

// no-argument constructor
ConstEx1() {
getX(); // we can call both static and non-static method from
// constructor
x = 0;
y = 0;
	}

// Parameterized Constructor
ConstEx1(intl) {

x = y = l;
getX();
	}

ConstEx1(intl, intm) {
x = l;
y = m;
	}

staticvoidgetX() {
System.out.println(" You're inside method getX() ");
// return x;
	}

publicstaticvoidmain(String[] args) {
ConstEx1c1 = newConstEx1();
System.out.println("[C1]X= " + c1.x + " Y= " + c1.y);

ConstEx1c2 = newConstEx1(20);
ConstEx1c3 = newConstEx1(12, 13);

System.out.println("[C2]X= " + c2.x + " Y= " + c2.y);
System.out.println("[C3]X= " + c3.x + " Y= " + c3.y);
	}
}
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packageConstructor;

publicclassConstEx1 {

// if we won't provide any constructor compiler adds default constructor
// int this case, ConstEx1(){} , but if we provide any other constructor
// compiler won't add.

intx, y;

// no-argument constructor
ConstEx1() {
getX(); // we can call both static and non-static method from
// constructor
x = 0;
y = 0;
	}

// Parameterized Constructor
ConstEx1(intl) {

x = y = l;
getX();
	}

ConstEx1(intl, intm) {
x = l;
y = m;
	}

staticvoidgetX() {
System.out.println(" You're inside method getX() ");
// return x;
	}

publicstaticvoidmain(String[] args) {
ConstEx1c1 = newConstEx1();
System.out.println("[C1]X= " + c1.x + " Y= " + c1.y);

ConstEx1c2 = newConstEx1(20);
ConstEx1c3 = newConstEx1(12, 13);

System.out.println("[C2]X= " + c2.x + " Y= " + c2.y);
System.out.println("[C3]X= " + c3.x + " Y= " + c3.y);
	}
}
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packageConstructor;

publicclassConstEx1 {

// if we won't provide any constructor compiler adds default constructor
// int this case, ConstEx1(){} , but if we provide any other constructor
// compiler won't add.

intx, y;

// no-argument constructor
ConstEx1() {
getX(); // we can call both static and non-static method from
// constructor
x = 0;
y = 0;
	}

// Parameterized Constructor
ConstEx1(intl) {

x = y = l;
getX();
	}

ConstEx1(intl, intm) {
x = l;
y = m;
	}

staticvoidgetX() {
System.out.println(" You're inside method getX() ");
// return x;
	}

publicstaticvoidmain(String[] args) {
ConstEx1c1 = newConstEx1();
System.out.println("[C1]X= " + c1.x + " Y= " + c1.y);

ConstEx1c2 = newConstEx1(20);
ConstEx1c3 = newConstEx1(12, 13);

System.out.println("[C2]X= " + c2.x + " Y= " + c2.y);
System.out.println("[C3]X= " + c3.x + " Y= " + c3.y);
	}
}
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packageConstructor;

publicclassConstEx1 {

// if we won't provide any constructor compiler adds default constructor
// int this case, ConstEx1(){} , but if we provide any other constructor
// compiler won't add.

intx, y;

// no-argument constructor
ConstEx1() {
getX(); // we can call both static and non-static method from
// constructor
x = 0;
y = 0;
	}

// Parameterized Constructor
ConstEx1(intl) {

x = y = l;
getX();
	}

ConstEx1(intl, intm) {
x = l;
y = m;
	}

staticvoidgetX() {
System.out.println(" You're inside method getX() ");
// return x;
	}

publicstaticvoidmain(String[] args) {
ConstEx1c1 = newConstEx1();
System.out.println("[C1]X= " + c1.x + " Y= " + c1.y);

ConstEx1c2 = newConstEx1(20);
ConstEx1c3 = newConstEx1(12, 13);

System.out.println("[C2]X= " + c2.x + " Y= " + c2.y);
System.out.println("[C3]X= " + c3.x + " Y= " + c3.y);
	}
}