Smart Mint
Last updated
Last updated
On Mint Bot Page, you can add multi burner wallets. We recommend you use burner wallet when you are using features like Auto Bidding / Auto Mint that require a wallet private key. DO NOT store an exorbitant amount of crypto in your burner wallet.
Click Add Mint, and then you can set up a mint bot in three easy steps.
Step 1. Add Basic Contract info
① Enter a name for your task, we recommend you use the name of the collection you want to mint, something like Goblin Mint.
② Enter the contract address of the collection you want to mint (please make sure it is the correct address).
③ Select the Mint Function and enter the parameters for the mint function. We take all the write functions from the contract and provide them as a drop-down menu. In NFT contracts, Mint functions are usually named mint / publicmint / preSale / preMint, etc. You can select the function and enter the parameters.
Step 2. Set Up Triggers
If you set a trigger strategy and turn on Bot monitoring (click Start Monitor), your mint functions will be triggered when our Mint Bot detects the function being called.Mint bot supports three kinds of trigger strategies, and Mint Function you selected will be triggered when
Step 3. Speed Settings
① Select wallets. Choose the wallets you want to mint out of. The Trigger Strategy you set will apply to all the wallets you choose.
② Choose the Gas Option. For better user experience, NFTEye has preset 3 types of gas according to the block condition, and these 3 types of gas are updated dynamically according to the block status. If you want to use your own settings, you can also enter your own preset Max fee and Priority Fee. This setting of yours will be used when submitting Mint.
③ You can use the Metamask default node. If you have your own node, you can enter the HTTP URL of the node. Optionally, you can use the private node provided by NFTEye.
Step 4. Start Monitor
Click Start Monitor to enable the task. If you set a trigger strategy and enable the task (clicked Start Monitor), your mint functions will be triggered when our Mint Bot detects the function being called.
Execute Now is to start submitting Mint immediately, regardless of whether it matches the trigger strategy or not.
Most contract minting uses Merkle Tree to check whether the user is on the whitelist, which proof argument is required while minting. Usually, the proof argument is unique to each user. There are two ways to get the proof:
Ask the project owner to get your own proof argument (discord, etc.);
Inspect API: the api request of the project mint page. The project owner usually provides the proof via API request while the mint button is pressed.
Here is an example of Merkletree proof of NFTEye Lifetime Pass NFT.
The browser is Google Chrome in this example.
Open the mint page: https://nfteye.io/lifetime_pass/D95VI0
Open Chrome Developer Console
Right-click the page and click Inspect
Click Network in Developer Console
Click Fetch/XHR label
Now you can monitor the HTTP/HTTPS API request of the page. Then click the MINT button on the project page and you may find the Merkletree proof request on the list below the Fetch/XHR label.
The above image shows the API request response of Merkletree proof info. In this example, the proof value is described as proof_path:
We need to transform the data structure to an array of strings like the following line, which should be a single line.
Here we fill the argument when adding contract basic info. Please note that in this example the data type of proof is byte32[], known as an array of strings. So fill in the blank with the proof data above in single-line format, or it will throw out the error with parsing string.
This is how to get proof of minting NFT in this example. Different NFT contracts may have different proof data type requirements. All information can be found in the contract source code on etherscan. Read the source code and choose the right form of it.
For NFTEye Lifetime Pass Holder only.
Yes, you can. Single pass holders can use it, multi pass holders will have faster node options.
Yes, only one task(in a tab) can be created at the moment. Allocations will be made based on the count of passes held by the holder.
Max 5 wallets per task, the number of wallet addresses will be limited according to the holder's Pass holdings, and holders of multiple Passes will receive more allowances.
The Mint bot scans the contract functions and provides all write functions in the contract as suggestions. In NFT contracts, Mint functions usually named mint / publicMint / preSale / preMint, etc. We will do matching optimization to show users the functions have the word 'mint' first. You can select a function and enter the parameters.
If you set a trigger strategy and enable Bot monitoring (click Start Monitor), your mint functions will be triggered when our Mint Bot detects the function being called.
1. Start Monitor is to turn on monitoring, and if it matches the trigger strategy you set, your mint transaction will be triggered automatically with the Gas presets and node you set.
2. Execute Now is to start submitting Mint immediately, regardless of whether it matches the trigger strategy or not.
Yes, the Mint bot uses your computer time.
For better user experience, NFTEYE has preset 3 types of gas according to the block condition, and these 3 types of gas are updated dynamically according to the block status. 1. Default. 2. Fast. 3. Flash. If you want to use your own settings, you can also enter your custom Max fee and Priority Fee. This setting of yours will be used when submitting Mint.
1. You can use the Metamask default node.
2. If you have your own node, you can enter the HTTP URL of the node.
3. Optionally, you can use the private node provided by NFTEye.
Timer Trigger. A timer trigger lets you run the mint function at a specific time(use your computer's time)
Contract Monitoring. Mint function will be triggered when the return value of a contract view function matches the condition you set
Transaction Trigger. Will trigger your mint function when a transaction is sent to the contract that matches the parameters you entered
