Ripple Free Blockchain Platform
Build Financial Infrastructure Using Decentralized Ledger
Ripple is an open source decentralized financial technology for cross border payments. It is cryptographically secure and built on top of Interledger Protocol.
Ripple is an open source digital currency and payment solution. It provides ways for the fast and secured transaction of payment within its network. There are three roles that a Ripple node can take. Firstly, it can act as a normal user who transfers or receives payments. Secondly, the market maker can be a trade enabler in the system. Thirdly, the validating server usually validates transactions and runs a consensus protocol.
It is an open source distributed payment system is based on the XRP ledger that is a decentralized cryptographic ledger and it is powered by servers that are connected peer to peer. Consensus protocol which runs over the validating servers is an asynchronous round-based protocol. However, it has three phases the collection phase, consensus phase, and ledger closing phase.
Moreover, the security of Ripple depends upon ECDSA signatures. In addition, this digital financial technology is fast as there is a quick transaction validation mechanism in Ripple’s network. It is an open network so all the transactions are publicly available.
This open source decentralized platform is written in C++, Objective C, and a little input of some other languages. Further, anyone can deploy the instance of this distributed payment system. It has 0% failure as mentioned in their documentation.
Ripple offers the following key features:
- Open Source
- Fewer Transaction Fees
- Secured With Cryptography
- XRP Ledger Based
- Highly Centralized
- Public Network
- Fast transactions
Once all the prerequisites are installed, extract the Boost into a folder, note the location, and run the following command to ensure that your
BOOST_ROOT environment points to the directory created by the Boost installation:
cd /LOCATION/OF/YOUR/BOOST/DIRECTORY./bootstrap.sh./b2 cxxflags="-std=c++14"
Then, edit below code with your Boost directory location and run to add Boost environment variable to your
.bash_profile file so it’s automatically set when you log in.
echo "export BOOST_ROOT=/Users/my_user/boost_1_71_0" >> ~/.bash_profile
If you updated your
.bash_profile file in the previous step, be sure to source it in a new Terminal window. For example:
After that, run the following command to clone the app
git clone firstname.lastname@example.org:ripple/rippled.git
For the latest stable release, use the
cd rippledgit checkout master
Now, in the root directory, run the following commands:
mkdir my_buildcd my_build
Now, generate the build by running the following comands:
cmake -G "Unix Makefiles" -DCMAKE_BUILD_TYPE=Debug ..
Then, run the build using CMake. This could take about 10 minutes
cmake --build . -- -j 4
rippled requires the
rippled.cfg config file to run. You can find an example config file,
rippled/cfg. Make a copy and save it as
rippled.cfg in a location that enables you to run
rippled as a non-root user. Access the
rippled directory and run:
mkdir -p $HOME/.config/ripple
cp cfg/rippled-example.cfg $HOME/.config/ripple/rippled.cfg
rippled.cfg to set necessary file paths. The user you plan to run
rippled as must have write permissions to all of the paths you specify here.
[database_path] and [debug_logfile]
Rippled requires the
validators.txt file to run. You can find an example validators file,
rippled/cfg/. Make a copy and save it as
validators.txt in the same folder as your
rippled.cfg file. Access the
rippled directory and run:
cp cfg/validators-example.txt $HOME/.config/ripple/validators.txt
Finally, access your build directory and start the rippled with the following command: