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Pages Projects pages.projects Methods Create Project -> Envelope<Project> POST /accounts/{account_id}/pages/projects Create a new project. Security API Email + API Key The previous authorization scheme for interacting with the Cloudflare API, used in conjunction with a Global API key. Example: X-Auth-Email: user@example.com The previous authorization scheme for interacting with the Cloudflare API. When possible, use API tokens instead of Global API keys. Example: X-Auth-Key: 144c9defac04969c7bfad8efaa8ea194 Accepted Permissions (at least one required) Pages Write Parameters account_id: string (maxLength: 32) Identifier Body parameters project: Project Response fields errors: Array<ResponseInfo> messages: Array<ResponseInfo> result: Project success: false | true Whether the API call was successful

Durable Objects Namespaces Objects durable_objects.namespaces.objects Methods List Objects -> CursorLimitPagination<DurableObject> GET /accounts/{account_id}/workers/durable_objects/namespaces/{id}/objects Returns the Durable Objects in a given namespace. Domain types DurableObject = { id, hasStoredData }

Namespace = { id: stringOPTIONAL class: stringOPTIONAL name: stringOPTIONAL script: stringOPTIONAL use_sqlite: booleanOPTIONAL }

durable_objects.namespaces

GET /accounts/{account_id}/workers/durable_objects/namespaces

updated VRF script and removed build 14efa26  ·  History 26 Commits contracts updated for vrf changes metadata updated for vrf changes migrations updated for vrf changes scripts updated VRF script and removed build test updated for vrf changes .env updated for .env file .env.example updated for .env file .gitignore updated VRF script and removed build LICENSE Initial commit README.md swapped to yarn package.json updated truffle wallet truffle-config.js updated for vrf changes Repository files navigation README MIT license Chainlink Random Character Creation This repo is a starting point for creating: NFTs built with verifiable RNG using the Chainlink VRF Create dynamic NFTs that change based on real world data. By using decentralized oracles to get data. Adding your randomized NFTs to the OpenSea Marketplace Skip down to deploy To Opensea - to see how to add a tokenURI We will easily create our own NFT on the Rinkeby Chain. We can edit the name of the character in the generate-character.js script. This will create a character with 6 attributes from 0 - 99: uint256 strength; uint256 dexterity; uint256 constitution; uint256 intelligence; uint256 wisdom; uint256 charisma; And then: uint256 experience; string name; Quickstart Right now this repo only works with rinkeby. Run the following. Setup Environment Variables You'll need a MNEMONIC and a rinkeby RINKEBY_RPC_URL environment variable. Your MNEMONIC is your seed phrase of your wallet. You can find an RINKEBY_RPC_URL from node provider services like Infura Then, you can create a .env file with the following. MNEMONIC='cat dog frog....' RINKEBY_RPC_URL='www.infura.io/asdfadsfafdadf' Or, set them in a bash_profile file or export them directly into your terminal. You can learn more about environment variables here. To run them directly in your terminal, run: export MNEMONIC='cat dog frog....' export RINKEBY_RPC_URL='www.infura.io/asdfadsfafdadf' Then you can get started with: Clone The Repo and migrate git clone https://github.com/PatrickAlphaC/dungeons-and-dragons-nft cd dungeons-and-dragons-nft yarn truffle migrate --reset --network rinkeby This will deploy your D&D NFT! Generate a character You can now try it out: truffle exec scripts/fund-contract.js --network rinkeby truffle exec scripts/generate-character.js --network rinkeby truffle exec scripts/get-character.js --network rinkeby This will create a new character with random stats! Depending how often you deploy, you can pick which character by changing the dnd.getCharacterOverView(1) command in get-character.js to swap the 0 out with whatever tokenId of the character you like. This will give you the overview of your NFT. You'll see BN since the call returns big numbers, you can cast them to ints to see what they are.... Or you could go one step farther See it on etherscan or oneclickdapp You can get an Etherscan API key for free and interact with the NFTs on chain. Then set ETHERSCAN_API_KEY as an environment variable. yarn add truffle-plugin-verify truffle run verify DungeonsAndDragonsCharacter --network rinkeby --license MIT This will verify and publish your contract, and you can go to the Read Contract section of etherscan that it gives you. Otherwise, you can use oneclickdapp and just add the contract address and ABI. You can find the ABI in the build/contracts folder. Just remember it's not the whole file that is the ABI, just the section that says ABI. Deploy to Opensea Once we have our NFTs created, we need to give them a tokenURI. TokenURIs are the standard for showing the data of NFTs to the world. This makes it easier to store things like images since we don't have to waste the gas of adding them on-chain. The TokenURI represents a URL or other unique identifier, and it is an .json file with a few parameters. { "name": "Name for it ", "description": "Anything you want", "image": "https://ipfs.io/ipfs/HASH_HERE?file.png", "attributes": [...] } We are going to be storing these images and meta data in IPFS. You'll need both: IPFS IPFS companion Pinata IPFS is a peer to peer network for storing files. It's free and open sourced, and we can use it to host our tokenURI. The IPFS companion let's us view IPFS data nativly in our browsers like Brave or Chrome. And Pinata allows us to keep our IPFS files up even when our node is down (don't worry about that for now) Once our IPFS node is up, we can start adding files to it. We first want to upload the image of our NFT. What does this D&D character look like? Add it to your IPFS node and then "Pin" it. Once pinned, you can get the CID of the pinned file, and make sure it stays pinned by pinning it on your Pinata account. Don't worry, it's free! This will just help keep the data up even when our IPFS node is down. Once we have the image pinned and up, we can get the link for that image. It'll look a little something like this: h

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Getting started with Calls Think of Calls as a “Switchboard” or a selective forwarding unit (SFU) you can program. An SFU is a system that connects users with each other in real-time apps by intelligently managing and routing video, audio and data between the participants. Each Calls application is a separate environment, and users can only communicate with other users in the same application.