Biicode-logo
  • Explore
  • Plans
  • Learn
    • Get Started
    • Downloads
    • Docs
    • Blog
    • Forum
  • Log in
C/C++ Arduino Raspberry Pi (cross compiling) Node.js
  • Biicode
    • Installation
      • Install Biicode
      • Install C/C++ tools
      • Debian based distributions
      • Arch based distributions
      • Run biicode from source
      • Install C/C++ tools manually
        • Verify your installation
      • Connect through a proxy server
    • Getting started
      • Basics
      • Create your first project
        • [optional] Keeping #includes short
      • Using an IDE
      • Build and run
      • Publishing
    • Dependencies
      • Dependencies
      • Modifying the version you depend on
        • Depending on a block track
    • Publishing
      • Tag a version
      • Private blocks
    • Custom build configuration
      • CMake basics
      • Where is biicode´s “magic”?
      • Define and prepare targets
        • Which source code files are part of the block’s library
        • Choose STATIC or SHARED library
        • Modify which executable targets are made
        • Which source code files are part of each executable
        • Modify which test targets are made
      • Configure targets
        • Configure library target
        • Configure executable target
      • Select build type: Debug or Release
      • Complete variable reference
    • Adapt your library
      • Concepts to understand
        • Key facts
      • Without a previous CMakeLists.txt
        • 1. Look for unresolved dependencies with bii deps
        • 2. Execute bii build
        • 3. Test the libary’s reusability
      • With a previous CMakeLists.txt
        • Option 1: Let biicode do its job in an isolated file
        • Option 2: Build your own target library and link them to BII_LIB_TARGET
        • Option 3: Adapt your CMakeLists.txt filtering files
    • Advanced Usage
      • Custom Layouts
        • Simple Layout
        • TMP Layout
        • Classic Layout
        • CLion Layout
      • Tests
      • Open multiple blocks
        • Working with your own blocks
        • Opening your block
        • Publishing updated code
        • Closing edited block
        • Working with any published block
        • Open a block
        • Publish the changes
        • Close the block
        • Depend on the block you’ve just published
      • Toolchains
      • Override a dependency
        • Override a dependency with block tracks
      • Advanced build configuration
        • Publish, share and reuse CMake scripts
        • Overriding dependencies build options and configuration
      • Publish a block track
        • Publish a new block Track
      • Private blocks
    • Examples
      • Basic Compression Library
        • Simple Huffman Compression - Uncompression
        • Open and build
      • Boost Libraries
        • Boost.Lambda
        • Boost.Coroutine
        • Alternative setup call
        • Extra configuration variables
        • Contribute to the setup scripts
      • Box2D
        • Bounces of a circle falling
        • Open and build
      • C++ challenge
        • Create a new project
        • Copy the code
        • Find and retrieve dependencies
        • Build and run
      • CImg
        • Tron game
        • Open and build
      • Crypto++
        • Encrypt a message
        • Open and build
      • CSparse
        • Read a matrix and solve a linear system
        • Create a new project
        • Open and build
      • cURL
        • HTML page gatherer
        • Open and build
      • Eigen
        • Middle rows from a matrix
        • Open and build
      • Expression Parser
        • Simple form of mathematical expression parsing
        • Open and build
      • fit
        • Tests
      • Flatbuffers
        • Charge a *.fbs file and generate a C++ header
      • Freeglut
        • 1. Create a new project
        • 2. Creating reusable code
        • 3. Find dependencies
        • 4. Build and run
      • GLFW
        • Running the examples
      • GLUI User Interface Library
        • GLUI Window Template
      • Google Mock (GMock)
        • GMock Examples
        • Mocking a simple function
      • Google Test (GTest)
        • Testing a factorial function: Simple test
        • Testing a factorial function: Test suites
        • Open and build
      • HTTP Server
        • How does it work?
        • How can I use it?
        • The code
        • Supported Operating Systems
        • More information
        • List of dependencies
      • json11
        • Simple convert data to json and vice versa
      • json++
        • Simple parser and converter from JSON to XML
      • Miniutf
      • Multivariate Splines
      • libuv
        • Http client/server application
        • Change libuv’s version
      • Little CMS
        • ICC Profile Examples
        • Open and build
      • Log4z
        • Fast stream log strings test
      • lwan Web Server
        • Hello World Example
      • MiLi
      • MuParser
      • OpenCV
        • Showing an image and detecting faces
        • Open and build
      • OpenSSL
        • Encrypting with MD5 and SHA1
        • Develop your project
        • Open and build
      • POCO
        • PDF example
        • Using NetSSL_OpenSSL or NetSSL_Win library
      • PTypes
      • SDL
        • Graphical window interface
        • Open and build
      • SQLite
        • Shopping list database
        • SQLite++ Wrapper
        • Open and build
      • TinyThread++
        • Open and build the examples
        • Simple Hello World with a thread
        • Draw a fractal
      • Zlib
        • Usage example (difficulty: medium)
      • ZMQ
        • Simple client-server with C++ binding
      • ZMQ with Google Protocol Buffers Serialization
    • Integrations
      • Generators and IDEs
        • Eclipse CDT
        • Visual Studio
        • CLion
      • IDEs and VCS
      • Git (GitHub, Bitbucket, etc.)
        • With a new repository
        • Create a block from a git repository
        • Publish from git commit
      • Continuous Integration
        • AppVeyor
        • Travis CI
      • Koding
      • Doxygen
        • Create a Doxyfile template
        • Edit your Doxyfile
        • Generate the Documentation
    • Reference
      • biicode.conf: configure your biicode projects
        • [requirements]
        • [parent]
        • [paths]
        • [dependencies]
        • [mains]
        • [tests]
        • [hooks]
        • [includes]
        • [data]
      • Commands
        • bii build: build your project
        • bii buzz: init, find and build
        • bii clean: delete meta-information
        • bii close: finish editing published blocks
        • bii configure: configure your project
        • bii deps: show block dependencies
        • bii diff: compare block versions
        • bii find: find your external dependencies
        • bii init: creates a new project
        • bii new: creates new blocks
        • bii open: edit published blocks
        • bii publish: publish your blocks
        • bii setup: install necessary tools
        • bii test: test your code
        • bii update: update a block
        • bii user: specify your username
      • Configuration Files
        • layout.bii: define your project layout
        • policies.bii: defining the policies for the code you want to reuse
        • ignore.bii: filtering your files
        • settings.bii: defining your tools and preferences
        • types.bii: configuring non-standard file extensions
    • Release notes
    • FAQs
      • Is biicode free?
      • Is biicode an editor in the cloud?
      • Is biicode a VCS?
      • Can I use biicode with my favourite VCS?
      • Which languages are supported?
      • How does biicode relate to Maven, NPM, PyPI...?
    • Troubleshooting
      • Eclipse projects: “Launch failed. Binary not found” (OS X)
      • g++ doesn’t compile simple code, using thread header
      • Default Build Configuration with bii build not working
  • Arduino
    • Installation
      • Install Biicode
      • Install Arduino tools
      • Install Arduino tools manually
        • Install Arduino SDK manually
    • Getting started
      • Installing biicode and Arduino tools
      • Create your project
      • Define your board
      • Build and upload your program
      • Depending on Fenix Blink
      • Build and upload
    • Arduino commands
      • bii configure -t arduino: configure your project
      • bii build: build your project
      • bii arduino:upload: send your code into the Arduino
      • bii arduino:settings: configure your Arduino settings
      • bii arduino:monitor: start a serial monitor
      • bii configure –toolchain=arduino: enable, disable or change the Arduino cross compilation
    • How to
      • Eclipse IDE configuration
        • How to import your project
        • How to fix “Unresolved inclusion: Arduino.h”
      • Configure your SDK, port and board
        • I changed my Arduino’s port, what happens now?
        • How can I change my Arduino project properties?
        • bii arduino:settings options
      • How to adapt your code
        • 1. Projects with one single .ino file
        • 2. Projects with multiple .ino files
      • How to use the Arduino Yun
        • Download Arduino 1.5
        • Configure your settings
    • Examples
      • Arduino Serial Monitor
        • C++ code
        • Turn ON/OFF one LED
      • Servo and LCD 2x16
        • What do we need?
        • Scheme
        • The code: Display the servo angle into a LCD
        • Build and upload the code
      • Arduino Serial Interface
        • How does it work?
        • How do I use it?
        • C++ code
        • Arduino code
        • Build and run!
    • Troubleshooting
      • Launching Arduino IDE, I get an error ./arduino: 22: ./arduino: java: not found in Ubuntu
  • Raspberry Pi Cross Compilation
    • Installation
      • Install Biicode
      • Install RPI tools
      • Install RPI cross-compiling tools manually
        • C++ tools installation
        • Raspberry Pi tools installation
    • Getting started
      • 1. Installing biicode and C/C++ cross-building tools
      • 2. Create your project
      • 3. Build and run your program (cross-compiling)
      • 4. Send your executable to your Raspberry Pi
      • 5. Depending on WiringPi
    • RPi commands
      • bii rpi:send: send a bin folder
      • bii rpi:settings: configure your Raspberry Pi settings
      • bii rpi:ssh: connect by ssh with the Raspberry Pi
      • bii configure –toolchain=rpi: enable, disable or change the Raspberry Pi cross compilation.
    • How to
      • Installing the biicode package from downloads page is too slow
      • Output selection and volume control
      • Raspberry Pi GPIO Pin Layout
    • Examples
      • WiringPi: C GPIO library
        • How to make a LED blink with Raspberry Pi
        • How to use the RPi PWM output to control a motor
        • How to use softServo to control a Servo
      • HTTP Server: how to control a led by web
        • How can i use it?
      • A funny moving doll with Raspberry PI and biicode
        • You just need paper, scissors, a servo, a Raspberry Pi and biicode!
        • Choose the paper doll you like most
        • Putting it all together!
        • Stick the head to the servo and put the servo in the body
        • Connect the servo to the 5v, GPIO17 and 0v pins
    • Troubleshooting
      • Is it possible to change the version of gcc used for cross-compiling to the Raspberry Pi?
  • Node.js
    • Getting started
      • 1. Installing biicode and node.js
      • 2. Create your project
      • 3. Run your program
      • 4. Depending on redis
    • How to
      • Run your node programs
Read the Docs v: latest
Versions
latest
stable
Downloads
pdf
htmlzip
epub
On Read the Docs
Project Home
Builds
Free document hosting provided by Read the Docs.
  • biicode docs
  • Arduino
  • How to
  • Edit on GitHub
Arduino commands
Eclipse IDE configuration

How to¶

Here are some useful Arduino use cases:

  • Eclipse IDE configuration
    • How to import your project
    • How to fix “Unresolved inclusion: Arduino.h”
  • Configure your SDK, port and board
    • I changed my Arduino’s port, what happens now?
    • How can I change my Arduino project properties?
    • bii arduino:settings options
  • How to adapt your code
    • 1. Projects with one single .ino file
    • 2. Projects with multiple .ino files
  • How to use the Arduino Yun
    • Download Arduino 1.5
    • Configure your settings
Arduino commands
Eclipse IDE configuration
© Copyright 2014, biicode.