2 static IPs are needed, we can use `sudo ufw allow from IP2` on a first node and `sudo ufw allow from IP1` on a second node to make sure nodes can ping each other. To verify use `ping IP2` and `ping IP1`
`-ac_blocktime=260` + `-ac_halving=420000` + `-ac_reward=2400000000` makes TESTCOIN with block time of 260 seconds and halving every 420000 blocks with initial reward of 24 TESTCOINs.
All of the pre-mined coins are mined in the first block. Therefore, whichever machine executes the mining command will receive the entirely of the blockchain's pre-mined coin supply, as set in the `ac_supply` parameter. Upon mining the first block, these coins are available in the default `wallet.dat` file.
- At first, HSC's can just be CPU mined. If we can get the `stratum` branch merged, that makes it easier for people to use multiple CPUs/GPUs or ASICs to mine HSC's. This assumes the deault PoW algorithm of Equihash (200,9).
- All HSC's have code inside them already that implements DPoW, such as recognizing notarization transactions and `dpowconfs` that Duke originally wrote for KMD. So in that sense, all HSC's come equipped with DPoW knowledge. But injecting the data into a new HSC is a service that can be paid for or a project can decide to do it themselves. Projects using HSC's should contact the Hush project to talk about pricing.
-`ac_?` for the total supply does not exist. You must get all the other parameters to work exactly right to get the number you want. It's extremely hard, and there will likely be rounding errors because you can't divide 3 satoshis perfectly in half, etc... You can also use `-ac_end` to say "stop block rewards at this height". KMD internals were not able to represent the HUSH emission schedule, so Duke had to end up manually specifying every single halving until the HUSH BR goes to 0.
