avalanche-faucet VS hedera-platform

To get a "drip" of AVAX Fuji faucet, you can paste your address into the Fuji faucet website. The faucet will send some AVAX to the address and return a transaction ID (txID), which can be used Fuji Testnet Explorer to learn more about the transaction.

For example, many projects use merge commits instead-of squashing or rebasing, like this on the Avalanche faucet repo https://github.com/ava-labs/avalanche-faucet/commit/a194033f523d173c6aa465e76945387638bf7718.

I switched 2 years ago for any testing to Avalanche as their Faucet offers 2 AVAX per 24 hours and their Fuji testnet is much faster than any other EVM testnet: https://faucet.avax.network/

You can also integrate a new Subnet on the live faucet with just a few lines of configuration parameters. All you have to do is make a PR on the Avalanche Faucet git repository with the Subnet's information. The following parameters are required.

Hey, you can use the faucet here: faucet.avax.network

To deploy to a live blockchain (Fuji or Mainnet) we need to have a wallet with some AVAX on it, you can get some testnet AVAX tokens on this faucet. Also, we need to define our brownie-config.yaml file to let Brownie know where to find our private key, and some important configurations as well.

Faucet https://faucet.avax.network/

🖥 Testnet LayerZero 👉 Claim All Faucet : https://faucetlink.to/goerli , https://usdcfaucet.com , https://faucet.avax.network . 👉 Connect Georli Network : https://usdcdemo.layerzero.network/bridge - Bridge USDC Georli to AVAX - Done

Request funds from the faucet using your C-Chain address.

The C-Chain address (0x86BB07a534ADF43786ECA5Dd34A97e3F96927e4F ) is the one which can be used to fund your key from the faucet. The command also prints P-Chain addresses for both the default local network and Fuji . The latter (P-fuji1a3azftqvygc4tlqsdvd82wks2u7nx85rhk6zqh ) is the one needed for this tutorial.

For example, the latest commit into swirlds-platform (https://github.com/hashgraph/hedera-platform/commit/2439817e556f1befc92cf33c2ad4d05325430306) includes ~13,000 additions and ~4,000 deletions on ~300 files.), and would be counted on any developer activity metrics as a single commit from a single "developer" (which is a bot, in this case.).

The open source Hashgraph/platform repo is https://github.com/hashgraph/hedera-platform.

Hedera services is not really the same as the "core system". The actually hashgraph algorithm is 100% Java which can be found here https://github.com/hashgraph/hedera-platform