IOEX BravoMesh Network Module SDK

Summary

IOEX leveraged Elastos functions to create its owned features and also business cases.

IOEX BravoMesh Network is a decentralized peer to peer communication framework.

Build from source

Ubuntu

1. Install Pre-Requirements

Execute following command to install all pre-requirements.

$ sudo apt-get update
$ sudo apt-get install build-essential autoconf automake autopoint libtool flex bison libncurses5-dev
$ curl -L -o /tmp/flatcc-0.5.0.tar.gz https://github.com/dvidelabs/flatcc/archive/v0.5.0.tar.gz
$ cd /tmp && tar xzvf flatcc-0.5.0.tar.gz
$ mkdir -p /tmp/flatcc-0.5.0/build/install
$ cd /tmp/flatcc-0.5.0/build/install && cmake ../.. -DFLATCC_INSTALL=on
$ cd /tmp/flatcc-0.5.0/build/install && sudo make install

2. Build

Change to $(SRC_ROOT)/build directory, and run:

$ ./linux_build.sh

For more build options, run build script with "help" option.

$ ./linux_build.sh help

MacOS

1. Install Pre-Requirements

You need to install the following packages on your Mac to build from the source:

autoconf automake libtool shtool pkg-config gettext flatcc

You can use brew or build the packages from the source code.

Beware, homebrew has an issue with linking gettext. So if you having an issue with executing autopoint, run:

$ brew link --force gettext

The required flatcc version is 0.5.0, you can install it from source code:

$ cd $FLATCC_SRC_ROOT
$ mkdir -p build/install
$ cd build/install
$ cmake ../.. -DBUILD_SHARED_LIBS=off -DFLATCC_RTONLY=off -DFLATCC_TEST=off \
        -DCMAKE_BUILD_TYPE=Release -DFLATCC_INSTALL=on
$ make
$ sudo make install

And run resulting command.

2. Build

Change to $(SRC_ROOT)/build directory, and run:

$ ./darwin_build.sh

For more build options, run build script with "help" option.

$ ./darwin_build.sh help

Using pre-configured Docker image

1. Prepare the Docker image

Change to $(SRC_ROOT)/docker directory, and run:

$ docker build -t IOEX-dev .

2. Start Docker image

Then you can start the Docker image:

$ docker run -tiv $(SRC_ROOT):/home/IOEX/Projects --tmpfs=/tmp IOEX-dev /bin/bash

3. Build in docker

$ cd ~/Projects/build
$ ./linux_build.sh

Cross-compilation

Android

You need to get android NDK packages to build carrier NDKs for several targets, and of which will be built into Android Java carrier SDK.

Build on Linux

1. Prepare enviroment

Download android NDK package for Linux (r13b or higher, suggested for r16b), and unzip it to $YOUR-PATH/TO.

Add the following command to ${HOME}/.bashrc to setup $ANDROID_NDK_HOME environment.

$ export ANDROID_NDK_HOME=YOUR-PATH/TO/android-ndk-r16b

Then run the command to make effect.

$ source ${HOME}/.bashrc

2. Cross-compilation build

Run the build script with wanted target name under ${SRC_ROOT}/build. For example, the following command is to build Carrier NDK for Android ARMv7 target.

$ ./android_build.sh arm

And the following command is to build Carrier NDK for Android ARMv8a target.

$ ./android_build.sh arm64

Currently, you can 'cross-'build Carrier NDKs for arm, arm64, x86 and x86_64 targets.

For more build options, run build script with "help" option.

$ ./android_build.sh help

Build on MacOS

You also can build android Carrier NDKs on MacOS with the same steps on Linux except for using android NDKs packages for Darwin.

iOS

You shold build iOS Carrier NDKs on MacOS with xCode supported.

Run the following command to build Carrier NDK for arm64:

$ ./ios_build.sh arm64

or, use following command:

$ ./ios_build.sh x86_64

to build Carrier NDK for x86_64 target.

For more build options, run build script with "help" option.

$ ./ios_build.sh help

RaspberryPi

1. Prepare environment

The cross-compilation for RaspberryPi should be done on Linux platform. You need to download raspberry toolchains from https://github.com/raspberrypi/tools to $YOUR-PATH/TO. then, add the following command to ${HOME}/.bashrc to setup RASPBERRY_TOOLCHAIN_HOME environment.

$ export RASPBERRY_TOOLCHAIN_HOME=YOUR-PATH/TO/arm-bcm2708

Then run the command to make effect.

$ source ${HOME}/.bashrc

2. Cross-compilation build

Run the build script with 'armv7l' option to build Carrier NDK for raspberry target.

$ ./linux_build.sh armv7l

For more build options, run build script with "help" option.

$ ./linux_build.sh armv7l help

Test

After success finished build from the source code, change directory to $(SRC_ROOT)/apps/shell. This demo application is an interactive shell for IOEX BravoMesh Carrier. Run following command to start the shell.

$ ./IOEXshell.sh

Build API documentation

The documentation can only build on the Linux host. The python on the MacOS has a critical bug will cause the build process failed.

Ubuntu

1. Install Pre-Requirements

$ sudo apt-get update
$ sudo apt-get install doxygen python-sphinx graphviz
$ curl -L -o /tmp/get-pip.py https://bootstrap.pypa.io/get-pip.py
$ sudo python /tmp/get-pip.py
$ sudo pip install breathe

2. Build

Change to $(SRC_ROOT)/docs directory, run:

$ make html