Today, more enterprises seek to set up private networks based on the XDC Network codebase. Whilst the process may seem daunting, knowing the steps to follow simplifies the process.
As such, we’ve decided to give you a helping hand. Through this step-by-step guide, you’ll learn how to set up a private network on the XDC Network codebase.
Note: This article walks you through the step-by-step setup of a XinFin private network with three masternodes (or network nodes). However, you can set up a private network with up to 5000 Nodes.
1. Install Golang
Download and install Golang via these steps:
ii) Install Go on your computer system by following the specified steps, and you’re set up.
For more information, refer to the GO installation page.
2. Set Environment Variables
i) set GOROOT=$HOME/usr/local/go
ii) set GOPATH=$HOME/go
3. Prepare XinFin Network Client Software
Download the source code and build here.
Run the commands:
i) git clone https://github.com/XinFinOrg/XDPoSChain ii) git checkout v1.4.4 iii) make all
Run Puppeth command and answer questions about your private chain as follows:
xix) Export the genesis file by:
- Selecting 2 to manage existing genesis.
- Selecting 2 to export genesis configuration
- Enter genesis filename — -XDPOS.json
xx) Press Control(CtrL) + C to exit.
5. Setup Bootnode
i) Initialize bootnode key by entering the command:
./bootnode -genkey bootnode.key
ii) Then start bootnode with the command:
./bootnode -nodekey ./bootnode.key
iii) Copy bootnode information shown:
6. Start the Masternode
Follow the following steps to start the masternode:
i). Clone the Local DPoS Setup repository from:
ii). Replace the genesis file with yours.
iii). Enter the bootnode key.
iv). Edit the run.sh file by changing the network id and replacing the enode which was generated earlier.
v). Enter the private key of the 3 masternode in the .env file, the masternode, and signers private key which was mentioned in the genesis file.
vi). Start your masternode with the command :
To help you understand flags in the run.sh file, here are several explanations.
i). Verbosity — — The log level ranges from 1 to 5. And, in this case, we’re using 4 for debug messages
ii). Datadir — -That’s the path to your data directory created above.
iii). Keystore — -That’s the path to your account’s Keystore created above.
iv). Identity — -That’s your full node’s name.
v). Password — -That’s your account’s password.
vi). Networkid — -This is XinFin’s testnet network ID.
vii) Port — -Your enterprise’s full node’s listening port (default to 30303)
viii). rpc, — rpccorsdomain, — rpcaddr, — rpcport, — rpcvhosts — -Your full-node will accept RPC requests at 8545 TCP.
ix). ws, — wsaddr, — wsport, — wsorigins — -Your full-node will accept Websocket requests at 8546 TCP.
x). Mine — — It implies that your full-node wants to register to be a candidate for masternode selection.
xi). Gasprice — -That’s the minimal gas price to accept for mining a transaction.
xii). Targetgaslimit — — Target gas limit sets the artificial target gas floor for the blocks to mine (default: 4712388)
xiii). Bootnode — — Bootnode information helps in the discovery of other nodes in the network
xv). Gcmode — — That’s blockchain’s garbage collection mode (“full”, “archive”)
And, to see all flags usages, use the command: XDC — — help
7. Check Your Private Chain
To check whether your chain passes the first checkpoint, follow the following steps.
i). Connect rpc
ii) Verify Checkpoints.
iii) Wait for 30 minutes to see if your chain passes the first checkpoint.
Useful Tools to adopt:
Some tools you can use to run different functions of the private blockchain network include:
ii) XDC Remix
With the web browser-based integrated development environment, you can write, compile, deploy, and run Solidity-based smart contracts on the XDC network.
Originally published on Hackernoon…