Whitepaper - Ethereum Classic With Cover

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Ethereum Classic Documentation, Release 0.1 • OS X El Capitan (10.11) The cpp-ethereum code base does not build on older OS X versions and this is not something which we will ever support. If you are using an older OS X version, we recommend that you update to the latest release, not just so that you can build cpp-ethereum, but for your own security. Clone the repository To clone the source code, execute the following command: git clone --recursive https://github.com/bobsummerwill/cpp-ethereum.git cd cpp-ethereum git checkout merge_repos git submodule update --init Pre-requisites and external dependencies Ensure that you have the latest version of xcode installed. This contains the Clang C++ compiler, the xcode IDE and other Apple development tools which are required for building C++ applications on OS X. If you are installing xcode for the first time, or have just installed a new version then you will need to agree to the license before you can do command-line builds: sudo xcodebuild -license accept Our OS X builds require you to install the Homebrew package manager for installing external dependencies. Here’s how to uninstall Homebrew, if you ever want to start again from scratch. We now have a “one button” script which installs all required external dependencies on macOS and on numerous Linux distros. This used to a multi-step manual process: ./install_dep.sh Command-line build mkdir build cd build cmake .. make -j4 From the project root: (or different value, depending on your number of CPU cores) Install your own build You can also use the same Makefile to install your own build globally on your machine: make install This will install binaries into /usr/local/ and /usr/bin/. Generate xcode project From the project root: mkdir build_xc cd build_xc cmake -G Xcode .. This will generate an Xcode project file called cpp-ethereum.xcodeproj, which you can then open with xcode and build/debug/run. Building for FreeBSD NOTE - Once the packages are in the FreeBSD main ports this guide should be changed to something much more simple 1.2. Ethereum Clients 35
Ethereum Classic Documentation, Release 0.1 Install the ports manually For some of this steps you must require a root access to modify the ports directory. The webthree-umbrella depends on [libjson-rpc-cpp.shar](https://raw.githubusercontent.com/enriquefynn/webthreeumbrella-port/master/libjson-rpc-cpp.shar) that is also not in the ports system. First you need to download the shar file and place it on your ports directory under the “devel” session, usually /usr/ports/devel curl https://raw.githubusercontent.com/enriquefynn/webthree-umbrella-port/master/libjson-rpc-cpp.s Now we execute the script with: cd /usr/ports/devel sh libjson-rpc-cpp.shar This will create the libjson-rpc-cpp port. Now you should do the same for the webthree-umbrella port, we should get the [webthree-umbrella](https://raw.githubusercontent.com/enriquefynn/webthree-umbrellaport/master/webthree-umbrella.shar) file and create the port under “net-p2p” directory. curl https://raw.githubusercontent.com/enriquefynn/webthree-umbrella-port/master/webthree-umbrella cd /usr/ports/net-p2p sh webthree-umbrella.shar Build and Install Now you can navigate to the webthree-umbrella directory and install the port: cd /usr/ports/net-p2p/webthree-umbrella make install clean Building for Android We don’t currently have a working Android build, though that is on the roadmap for doublethinkco. Android uses the Linux kernel, but has a different API than the ARM Linux cross-builds, meaning that specific binaries will be required. ARM Linux distros use the GLIBC runtime library, where Android uses bionic. Building for iOS We don’t currently have a working iOS build, though that is on the roadmap for doublethinkco. iOS is a UNIX-like operating system based on Darwin (BSD) using ARM chips. This is a different API than the ARM Linux cross-builds, meaning that specific binaries will be required. Building for Raspberry Pi Model A, B+, Zero, 2 and 3 EthEmbedded maintain build scripts for all Raspberry Mi models. They are on Github in the Raspi-Eth-Install repository. It is also possible to cross-build for these platforms. Building for Odroid XU3/XU4 EthEmbedded maintain build scripts for both of these Odroid models. Support for a broader range of Odroid devices is likely in the future. They are on Github in the OdroidXU3-Eth-Install repository. It is also possible to cross-build for these platforms. Building for BeagleBone Black EthEmbedded maintain build scripts for BBB on Github in the BBB-Eth-Install repository. It is also possible to cross-build for this platform. Building for WandBoard EthEmbedded maintain build scripts for the WandBoard on Github in the WandBoard-Eth-Install repository. It is also possible to cross-build for this platform. 36 Chapter 1. Contents
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CHAPTER 2 Improve the Documentation
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Index A abiDefinition, 82 C code, 8
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