Awesome
ripple-libpp
Rippled-compatible serialization and transaction signing sample/demo
Introduction
Demo application that uses the
(rippled).
C++ library to create, sign, and serialize
Ripple transactions before
submission to the Ripple Consensus Ledger
(rippled).
This demonstrates much of the functionality of the
sign
RPC function without the overhead of a JSON library,
network delays, needing to trust a 3rd party's rippled,
nor needing to run your own rippled.
Table of contents
Dependencies
Rippled submodule
ripple-libpp includes a git submodule to include the rippled source code, which is not cloned by default. To get the rippled source, either clone this repository using
$ git clone --recursive <location>
or after cloning, run the following commands
$ git submodule init
$ git submodule update
Note: even though the entire rippled source tree is included in the submodule, only a subset of it is used by the library.
Other dependencies
Demo
Code examples are provided in src/test/ripple-libpp_demo.cpp
to demonstrate how to create, sign, and verify the signature of a
transaction. Building and running this demo is an optional step to
verify that dependencies are installed and available as expected.
Note that the demo is not a comprehensive suite of tests of the relevant rippled functionality; that is covered by rippled's unit tests.
Additional dependencies
In addition to the Usage dependencies, building the demo requires
Build and run
For linux and other unix-like OSes, run the following commands:
$ cd ${YOUR_RIPPLE_LIBPP_DIRECTORY}
$ mkdir -p build/debug
$ cd build/debug
$ cmake ../.. -DCMAKE_BUILD_TYPE=Debug
$ cmake --build .
$ ./ripplelibppdemo
For 64-bit Windows, open a MSBuild Command Prompt for Visual Studio and run the following commands:
> cd %YOUR_RIPPLE_LIBPP_DIRECTORY%
> mkdir build
> cd build
> cmake -G"Visual Studio 15 2017 Win64" ..
> cmake --build .
> .\Debug\ripplelibppdemo.exe
32-bit Windows builds are not supported.