Overview
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- Module 1: Learn the operators and techniques required to evaluate and compare values in your decision statements.
- Use operators to create Boolean expressions that test for comparison and equality.
- Use built-in methods to the string class to perform better evaluations on strings.
- Use the negation operator to test for the opposite of a given condition.
- Use the conditional operator to perform an inline evaluation.
- Module 2: Use code blocks with more confidence, understanding how they impact the visibility and accessibility of both higher and lower-level constructs in your code.
- Understand the impact of declaring and initializing variables inside and outside of code blocks.
- Remove code blocks in if statements when there's only one line of code in the body of the code block to improve readability.
- Identify namespaces, classes, and methods in your code.
- Understand how moving methods into new classes, and classes into new namespaces impacts the visibility of the code.
- Understand the use of the using statement to instruct the compiler where to look for classes referenced in your code.
- Module 3: Learn how to add branching logic that matches one variable or expression against many possible values.
- Use the switch-case construct to match a variable or expression against several possible outcomes.
- Convert code that uses an if-elseif-else construct into a switch-case construct.
- Module 4: Use the `for` iteration statement to loop a pre-set number of times and control the iteration process.
- Use the for statement to loop through a block of code.
- Modify how the .NET Runtime executes the looping logic, changing the value of the iterator, the condition and the pattern.
- Module 5: Use the `do-while` and `while` statements to iterate as long as a Boolean expression evaluates to true.
- Write code that uses the do-while statement to iterate through a code block.
- Write code that uses the while statement to iterate through a code block.
- Use the continue statement to step directly to the Boolean evaluation.
In this module, you will:
In this module, you will:
In this module, you will:
In this module, you will:
In this module, you will:
