This simulation introduces advanced smart contract writing by demonstrating the implementation of structs, arrays, and mappings to organize and manage on-chain data. Learners will define structured data, store multiple records, and interact with deployed smart contracts.

Step 1: Select a Tutorial (Struct.sol)

• Click the Files button in the left sidebar.
• Under the Contracts section, select Struct.sol.
• The Advanced Smart Contract Development welcome screen is displayed, confirming the tutorial is loaded.

Step 2: Review Logic and Flowchart

• After selecting Struct.sol, the Struct – Logic page opens.
• Observe the interactive flowchart that visually represents the conditional execution flow:
  • You can drag the canvas to move the flowchart.
  • Scroll to zoom in or out for better visibility.
• Click Proceed to Exercise after understanding the execution flow.

Step 3: Define the Student Struct (Exercise – Question 1)

• The Struct – Exercise panel appears on the right side of the screen.
• Question 1 asks you to define a struct named Student.
• Enter the required struct keyword to complete the struct definition as shown.
• Click the Next button to proceed to the next exercise.

Step 4: Declare the Student Array (Exercise – Question 2)

• Question 2 asks you to declare an array of type Student.

• Add the following declaration to store multiple student records:

  Student[] public students;
            

• Click Next to proceed.

Step 5: Implement the addStudent Function (Exercise – Question 3)

• Question 3 requires implementing the addStudent function.
• Click Run & Compile.
• If the code is correct, the compilation will succeed.

Step 6: Deploy the Smart Contract

• After successful compilation, the Smart Contract Deployment panel becomes active.
• Select Struct.sol from the contract dropdown.
• Click Deploy Contract.
• A Deployed Contract section appears, confirming successful deployment.

Step 7: Interact with the Deployed Contract

• In the Student Struct Interface:
  • Enter a Name.
  • Enter an Age.
  • Click Add Student to store the data on-chain.
• Use Get Student to retrieve stored student details.
• Observe the returned values and event logs.

Continuing with the Remaining Smart Contract

After successfully completing the Struct tutorial, repeat the same procedure for the remaining tutorials:

• Select Array.sol to practice working with dynamic and fixed-size arrays, including looping constructs such as for and while loops.
• Select Mapping.sol to explore key-value storage, advanced mapping patterns, and their use in creating efficient data retrieval structures.