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// Overload test for two integer parameters void test(int a, int b) { Systemoutprintln("a and b: " + a + " " + b); } // overload test for a double parameter double test(double a) { Systemoutprintln("double a: " + a); return a*a; } } class Overload { public static void main(String args[]) { OverloadDemo ob = new OverloadDemo(); double result; // call all versions of test() obtest(); obtest(10); obtest(10, 20); result = obtest(12325); Systemoutprintln("Result of obtest(12325): " + result); } }

This program generates the following output: No parameters a: 10 a and b: 10 20 double a: 12325 Result of obtest(12325): 151905625 As you can see, test( ) is overloaded four times The first version takes no parameters, the second takes one integer parameter, the third takes two integer parameters, and the fourth takes one double parameter The fact that the fourth version of test( ) also returns a value is of no consequence relative to overloading, since return types do not play a role in overload resolution When an overloaded method is called, Java looks for a match between the arguments used to call the method and the method s parameters However, this match need not always be exact In some cases, Java s automatic type conversions can play a role in overload resolution For example, consider the following program:

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// Automatic type conversions apply to overloading class OverloadDemo { void test() { Systemoutprintln("No parameters"); }

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NOTE The one thing that the new-kernel-pkg command does not do is that it does not automatically make the most recent kernel installed the default kernel to boot So you may have to manually select the kernel that you want to boot from the boot loader menu while the system is booting up Of course, you can change this behavior by manually editing the /boot/grub/menu1st file using any text editor (see 6)

Keep in mind that the CONSTANT block can provide text as well as logic data values. You could easily program a CONSTANT block to hold your name (text) and provide that on the LCD screen for every program you run. When someone runs a program, it could display Program by YOUR NAME where YOUR NAME is provided by a CONSTANT block stored on the brick. Likewise, a CONSTANT block could hold a True logic value that you ll always use with a COMPARE block (refer back to 15). When performing an AND operation with this CONSTANT value, only a second True logic type will produce a True output from the COMPARE block. Variables and constants are important concepts to understand when it comes to programming your robots. If you wish to build and program more complex robots, you ll need to understand the VARIABLE and CONSTANT blocks and how best to use them to give your robots better decision-making abilities.

// Overload test for two integer parameters void test(int a, int b) { Systemoutprintln("a and b: " + a + " " + b); } // overload test for a double parameter void test(double a) { Systemoutprintln("Inside test(double) a: " + a); } } class Overload { public static void main(String args[]) { OverloadDemo ob = new OverloadDemo(); int i = 88; obtest(); obtest(10, 20); obtest(i); // this will invoke test(double) obtest(1232); // this will invoke test(double) } }

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