@ -24,11 +24,12 @@ Using the `infos` command, Benchy should display information on each node, in th
### Scenario
To analyze our network, we need to simulate some transactions. Benchy should propose the following scenarios available with the command `benchy scenario X`. Each scenario must provide feedback on its execution, including updated balances after transfers. 0. Initialise the network by letting it run for a few minutes. Validating nodes must have Eth available as reward or part of the initial configuration.
To analyze our network, we need to simulate some transactions. Benchy should propose the following scenarios available with the command `benchy scenario X`. Each scenario must provide feedback on its execution, including updated balances after transfers.
1. Alice sends every 10 seconds 0.1 ETH to Bob
2. Cassandra deploys an ERC20 smart contract with 3000 tokens BY, and gives 1000 to Driss and 1000 to Elena.
3. Cassandra tries to send 1 ETH to Driss and immediately tries to cancel it by sending a transaction with a higher fee to send it to Elena.
- Initialize the network by letting it run for a few minutes. Validating nodes must have Eth available as reward or part of the initial configuration.
- Alice sends every 10 seconds 0.1 ETH to Bob
- Cassandra deploys an ERC20 smart contract with 3000 tokens BY, and gives 1000 to Driss and 1000 to Elena.
- Cassandra tries to send 1 ETH to Driss and immediately tries to cancel it by sending a transaction with a higher fee to send it to Elena.