Short videos (<5min) showing how to use Spawn. Then basics of Cosmos SDK module developnent (maybe a quick OTC module using multiple local denoms). Similar to https://cosmology.zone/learn
Maybe not in this order, but:
New Chain, Config options, and github upload
Local-Interchain testnet
Interchaintest walkthrough
Gitbub Action CI
Basics of a CosmosSDK chain
[x] Creating a base Module
[x] Quick module logic impl
Deploying to the cloud
Add / import external modules by name -> app.go
Import an SDK module from the Cosmos-SDK (maybe have this be automatic? idk)
Software Upgrade + docs w/ how to perform (maybe a Spawn cmd for handler generation?)
CosmJS
Block Explorer
Connect Cosmos-SDK to a game engine (minecraft, unreal game server [give a token/nft based on some in game action]). Unity example and unity keplr example
staking, validators, delegators, bank send, etc from the cli (discord req)
reviving ibc light clients
Request re: SDK Concept Docs
"Honestly it would be great to have actual exercises after each of the reading materials. I do know that there is code to look at, but I’d personally benefit from each reading module having either some problems to solve or even some code that we can continue building on top of throughout all of the readings"
My thoughts
For concepts; give examples in multiple languages (Go, Python, TS/JS) to showcase it in standard digestible terms. Let's people play with things (i.e. Merkle Root, basics of a blockchain / messages / tx, etc)
Have bad modules / setup apps in git to help people walk through and debug concepts. (with solutions too)
1 program / concept should walk you through from concepts to our future interchain app.
Short videos (<5min) showing how to use Spawn. Then basics of Cosmos SDK module developnent (maybe a quick OTC module using multiple local denoms). Similar to https://cosmology.zone/learn
Maybe not in this order, but:
Request re: SDK Concept Docs
"Honestly it would be great to have actual exercises after each of the reading materials. I do know that there is code to look at, but I’d personally benefit from each reading module having either some problems to solve or even some code that we can continue building on top of throughout all of the readings"
My thoughts