Follow one input from the interface to its checked state update.
LET’S PICTURE IT
Imagine handing a numbered instruction to the shared counter desk: “increment once.”
SEE IT FOR YOURSELF
A valid counter call, step by stepStep 1 / 4
This example begins with count zero and a request to call increment(). No real contract is deployed.
This example begins with count zero and a request to call increment(). No real contract is deployed.Execution follows the code’s input and permission rules. A website button is not the access-control mechanism.The function reads zero, calculates zero plus one, and writes one to persistent storage.The accepted state contains count one. Later reads can inspect it. Events are emitted only if the code implements them.
Animated local teaching model. No wallet, RPC or live blockchain data. Some labels and hashes are abbreviated for readability.
Describe the request
A user chooses increment() on a fictional counter. There are no arguments in this example. The ABI still defines a function signature, from which software can calculate a selector to identify the requested entry point.
Authorize the transaction context
A real wallet would prepare network, destination, nonce and fees and obtain authorization. Our example skips real signing and keeps everything local. Preparing calldata alone is not the same as authorizing or submitting a transaction.
Execute the rule
The fictional contract reads its count, adds one and stores the result if execution succeeds. Any applicable permission check must pass. A revert would roll back the call’s changes rather than secretly count as success.
Read the result appropriately
A later read can show the new count from the chosen state. A receipt reports the transaction’s outcome, while finality concerns its place in accepted history. The local counter button teaches the rule without pretending to provide these network guarantees.