C Sharp

It depends on the context (stand alone, within or outside of a class). Because it is context sensitive, I prefer to declare it the accessibility explicitly to avoid the confusion.

Exception is a event which can interrupt a normal flow of your program. In other way, exception is a abnormal condition which can occur during the execution of a program. Yes , we can handle exceptions through try, catch, finally, throw and throws.

Objects are classes... It's the most abstract type of data.

1. Read the material and make sure that you really understand what it is saying. 2. Pretend that you are teaching someone else about this material, and explain it to them - this is called "using your own words" or paraphrasing. 3. It is usually best to check your version against the original - ask an adult or another student (one who is making good grades) to listen to you (or to read over your paraphrase) and tell you if you have left anything out or misunderstood it.

Read & Practise

There is no difference. A string is just an array of type char. The only real difference is that we do not need to keep track of the length of a string because strings are null-terminated in C. If a string does not have a null-terminator, then it is just an ordinary array of character values.

Just fart!

Process --1------------m-- Threads

1 process to many threads

Bring up your Task Manager (if you are using a windows), Performance tap, you can see the number of process and the number of threads, usually the number of threads is a lot higher than the number of processes.

Technique for Ordered Preference by Similarity to ideal solution

Cell Culture

From the face value of the question, they are called message chain, or train rack (if one of them is null!?)

different between late and early binding

visual poty unit

// returns the minimum value in ns - iterative

public static final int findMinIterative(final int[] ns) {

if (ns.length == 0) {

return 0; // return 0 if ns is an empty array

}

// search each element of ns

int min = ns[0];

for (int i = 0; i < ns.length; ++i) {

// if an element smaller than min is found, store that as the new min

if (ns[i] < min) {

min = ns[i];

}

}

return min;

}

// returns the minimum value in ns - recursive

// Note that this problem does not lend itself to recursion; the solution is very similar to the iterative approach

public static final int findMinRecursive(final int[] ns) {

if (ns.length == 0) {

return 0; // return 0 if ns is an empty array

}

// start recursion

return findMinRecursive(0, ns[0], ns);

}

// recursive part of algorithm

private static final int findMinRecursive(final int i, final int min, final int[] ns) {

// bounds check

if (i >= ns.length) {

return min;

}

// recurse on next value of ns

return findMinRecursive(i + 1, Math.min(min, ns[i]), ns);

}

The Exception class has 4 constructors. They are:

a. Exception()

b. Exception(String arg)

c. Exception(String arg, Throwable arg1)

d. Exception(Throwable arg)

A class is a type. An entity is a object created from this type. A class is like a definition and the entity behaves as per this definition.

Making main static is probably not a good idea; it may keep the linker from recognizing the program entry point. main is not a method, so it cannot be anything but public, for all intents and purposes. Declaring main to have a void return and/or with a void argument list is usually harmless, although it limits how your program can interact with the OS.

In C# only class instances can have a destructor, whereas both class and struct instances can have a destructor in C++. While syntactically similar, a C++ destructor executes exactly as written, whereas a C# destructor merely provides the body of the try clause of the class' finalize method.

In Java, if there is a run-time error then it allows the user to explicitly handle it by catching it in the catch block. If there is any error in the try block of code, automatically the flow control will be transferred to the catch block. Here Exception e indicates any exception. The same is true in both Visual Basic and C#. This is seen in the

try {}

catch (Exception e) {}

blocks. Which then function as the previous poster said.

== == == ==

The net in .net means either interNET or NETwork

Exceptions are generated by the Java Virtual Machine during program execution. When the JVM comes across a piece of code that it cannot execute properly or a piece of code that will create issues when the JVM executes it will generate an exception. Ex: divide by 0 or trying to access a null variable etc

The language also has syntax that can catch and handle these situations. It is called the try - catch - finally construct.

Two common methods are the Wohlwill process and the Miller process.