test
JDK: v17
Maven: v3.9.1
Eclipse Temurin™ 17 Latest Releases(https://adoptium.net/temurin/releases/)
Apache Maven 3.9.x Latest Releases(https://maven.apache.org/download.cgi)
The XDAGJ Testnet Tutorial can help you quickly access XDAGJ testnet by using wallets and mining functions. The Private Chain Building Tutorial helps you to build a private-chain for testing XDAGJ and finding bugs.
XDAGJ has basic pool functions. Follow-up work will improve system stability and add new functions. The goal is to prepare XDAG for entry into the metaverse. It is important to adopt excellent blockchain technology.
Four stages:
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Deploy XDAGJ test network environment, open beta
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Implement the RandomX algorithm
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Implement the libp2p network protocol
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Testnet blockchain browser
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Test coin acquisition
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Add test cases: write test cases for existing functions
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Add log functions: provide a relatively complete log service to facilitate troubleshooting
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Optimize synchronization protocol: ameliorate the existing synchronization protocol and improve synchronization efficiency
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Implement the snapshot function: reduce the cost of running a mining pool and boost the loading process
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Implement the RPC function: access Web3j, realize the standardization of the interface
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Introduce the Stratum protocol for miners
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Lightweight wallet application: connect to MetaMask, join the browser wallet
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Standardize the format of public and private keys, follow the BIPXX specification, and add mnemonic words to generate public and private key pairs
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Improve the address block structure
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Increase the handling fee
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Optimize wallets to improve the user experience
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Support smart contracts, implement EVM that supports Solidity, and be compatible with Ethereum smart contracts
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Decrease the threshold of mining pool users
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Open the whitelist to achieve complete decentralization
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Implement cross-chain protocols, compatible with access to multiple blockchain systems, to achieve intercommunication between XDAG and other chain worlds
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Implement the oracle function
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Join a distributed exchange
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Git
We use the gitflow branch model
master
is the main branch, which is also used to deploy the production environment. Cannot modify the code directly at any time.develop
is the development branch, always keep the latest code after completion and bug fixes.feature
is a new feature branch. When developing new features, use thedevelop
branch as the basis, and create the correspondingfeature/xxx
branch according to the development characteristics.release
is the pre-launch branch. During the release test phase, the release branch code will be used as the benchmark test. When a set of features is developed, it will be merged into the develop branch first, and a release branch will be created when entering the test. If there is a bug that needs to be fixed during the testing process, it will be directly fixed and submitted by the developer in the release branch. When the test is completed, merge the release branch to the master and develop branches. At this time, the master is the latest code and is used to go online.hotfix
is the branch for repairing urgent problems on the line. Using themaster
branch as the baseline, create ahotfix/xxx
branch. After the repair is completed, it needs to be merged into themaster
branch and thedevelop
branch.
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Commit Message
The submission message must begin with a short subject line, followed by an optional, more detailed explanatory text, which should be separated from the abstract by a blank line.
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Pull Request
The pull request must be as clear and detailed as possible, including all related issues. If the pull request is to close an issue, please use the Github keyword convention
close
,fix
, orresolve
. If the pull request only completes part of the problem, use theconnected
keyword. This helps our tool to correctly link the issue to the pull request. -
Code Style
Use the
formatter_eclipse.xml
orformatter_intellij.xml
of thexdagj
code style in themisc/code-style
folder. -
Code Review
We value the quality and accuracy of the code. Therefore, we will review all of the code that needs to be changed.
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Time Synchronization Method with NTP XDAGJ_Time_Synchronization
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XDAGJ RPC Document XDAGJ_RPC
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Security Question
XDAGJ is still in the process of large-scale development, which means that there may be problems with existing codes or protocols, or errors that may exist in practice. If you find a security problem, we hope you can report it back as soon as possible.
If you find a problem that may affect the security of the deployed system, we hope that you can send the problem privately to [email protected]. Please do not discuss it publicly!
If the problem is a weakness of the agreement or does not affect the online system, it can be discussed publicly and posted to issues.
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Features
We are very happy to add more useful and interesting new features to XDAGJ. You can suggest any interesting new features that you think would be beneficial.
If you are interested in the development of XDAGJ, we also welcome you to join the developer team and contribute your strength to XDAGJ. You can get in touch with us at [email protected].
Since the launch of the Apollo Project, XDAGJ has made a significant breakthrough from 0 to 1. The development of XDAGJ has been on the right track. Your support can drive the successful implementation of XDAGJ technology. XDAG:BkcVG4i1BfxUJLdNPdctaCReBoyn4j32d