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This article introduces the relevant knowledge of "the classification and application of C # operator". Many people will encounter such a dilemma in the operation of actual cases, so let the editor lead you to learn how to deal with these situations. I hope you can read it carefully and be able to achieve something!

Before we talk about the classification and application of C # operators, we should first understand that expressions are made up of operands and operators. The operator of the expression indicates the operation on the Operand. For example, the operators +, -, /, and new; operands can be literals, fields, current variables, or expressions.

According to the number of operands the operator acts on, there are three types of operators in C #:

The ● C # operator classifies unary operators.

The unary operator is used for an Operand. Unary operators include prefix operators and suffix operators.

The ● C # operator classifies binary operators.

Binary operators act on two-digit operands, inserting operators in the middle of operands when used.

The ● C # operator classifies ternary operators.

There is only one ternary operator "?:" in C #, which acts on three operands and inserts the operator in the middle of the operands when used.

The following are examples of the classification and application of C # operators:

That's all for the ternary operator "Classification and Application of the C # operator", which is the prefix unary operator-- x; / prefix unary operator-- x; / prefix-unary operator-- x; / binary operator y = (x > 100.0 1); / / ternary operator "classification and application of C # operator". If you want to know more about the industry, you can follow the website, the editor will output more high-quality practical articles for you!

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