It will likely happen there will be regulation and/or revolt there will be a return to write-once approaches. This is approaching a breaking point, I think. After all, we now carry "supercomputer" devices in our pockets which also make phone calls, and we expect features and integrations which previously were not even imagined.Įven cars are now becoming update dependent for features and bug fixes. To be a little fair to developers, the user expectations these days are 10x or more greater than they were pre-internet-update days. Instead we now push out alpha quality MVPs and depend on updates to resolve known and unknown unaddressed issues as well as promised by not delivered features. There was a time when software was released (and often embedded without any option for upgrade/modification).īut immutable (mostly correct and reliable) software is more expensive and takes longer to develop, so it is out of fashion. They once were, before the internet made software updates "easy". > I'm surprised immutable systems aren't more popular. What ideas and favourite solutions do other's have for using I see that as a separate prospect than "appliance platforms" likeĪndroid and a PhoneOS onto which you can only load "apps". Immutable systems at key stage points and keeping changes separateįrom the immutable core. I like Tin圜ore because it's looking to a middle ground of baking Rather than constantly adapting the tool to you. That leads to more productivity because you adapt to the tool Update the non-volatile image, you are forced to just use what you Unless you are prepared to cross a non-trivial barrier to remix and You have two choices, take it or leave it. Systems like Tin圜ore and Live CD distros take a different approach It also, maybe paradoxically, leads to systems that feel less The result is a mess ofĭissatisfaction and half-bakery. Products has endless possibilities to update. The user hasĪbsolute freedom to tinker, but also the vendor of always-connected You can add or change anything at any time. Systems today are designed around the principles of deferral and That you had to boot from a CD-ROM, because it led to one amazing On the negative side: There's only limited ways to connect to it.I'm surprised immutable systems aren't more popular.īack in the Knoppix days it was first a novelty, and then a blessing It's just there and it works out of the box On the positive side: it's super fast! No waiting for Transactions to be mined. Close it or reload it, you start from scratch. It also only exists as long as you keep the browser-tab open. The JavaScript VM is a simulated Blockchain Environment that only exists in your browser. Minting and OpenSea Secondary Sales RoyaltiesĮRC4337: Account Abstraction End-to-End Development Solidity Proxy Pattern and Upgradable Smart ContractsĬreate advanced NFTs with OpenZeppelin ERC721 Presets Understanding the ABI Array and Gas Costs on Ethereumĭeploy Smart Contracts using Truffle and Hardware Wallets □ Theory behind Inhertiance, Mo difiers and Importing □ Smart Contract Life-Cycle Behind the Scenesįallback Function / Constructor / View and Pure □ Variables in Solidity: Behind the Scenes □ Toggle Done Status Todo Item on Backend □ Testing Toggle Done Status Todo Endpoint □ Understand Network-Seggregation in Docker-Compose □ Understand Networking in Docker-Compose □ Directory Mounting with Docker-Compose □ Shipping A PHP Web-App With Docker and Apache Prerequisites for Truffle, Hardhat and FoundryĬontract Deployment with Truffle Migrations Project: ERC721 NFT with Remix Truffle Hardhat and Foundry The Fallback Functions: fallback and receiveĭestroying Smart Contracts with Selfdestructīlock Explorers and Source Code Verification Project: Smart Money - Deposit and Withdrawalsīehind the Scenes: An Etheruem Transaction Writing And Reading Functions - View vs Pure Starting, Stopping and Interacting with Smart Contracts
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