/make/arduino-mk : revision 95

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#_______________________________________________________________________________

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# version 0.6dev

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#

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#

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# Permission is hereby granted, free of charge, to any person obtaining a copy

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# of this software and associated documentation files (the "Software"), to deal

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#

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# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR

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# IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,

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# FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE

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# FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE

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# AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER

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# LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,

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# OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE

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#

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#

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# This is a general purpose makefile for use with Arduino hardware and

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# software. It works with the arduino-1.0 and later software releases. It

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# should work GNU/Linux and OS X. To download the latest version of this

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# makefile visit the following website where you can also find documentation on

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# it's use. (The following text can only really be considered a reference.)

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# software. It is intended to be a drop-in replacement for the Arduino IDE's

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# build system. It works with the Arduino 1.0 and 1.5 software releases, on

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# GNU/Linux and OS X. To download the latest version of this makefile visit

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# the following website where you can also find documentation on it's use.

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# (The following text can only really be considered a reference.)

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#

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# http://ed.am/dev/make/arduino-mk

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#

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# This makefile can be used as a drop-in replacement for the Arduino IDE's

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# build system. To use it, just copy arduino.mk in to your project directory.

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# Or, you could save it somewhere (I keep mine at ~/src/arduino.mk) and create

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# a symlink to it in your project directory, named "Makefile". For example:

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# To use this makefile, copy arduino.mk in to your project directory. Or, you

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# could save it somewhere (I keep mine at ~/src/arduino.mk) and create a

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# symlink to it in your project directory, named "Makefile". For example:

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#

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# $ ln -s ~/src/arduino.mk Makefile

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#

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# The Arduino software (version 1.0 or later) is required. On GNU/Linux you

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# can probably install the software from your package manager. If you are

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# using Debian (or a derivative), try `apt-get install arduino`. Otherwise,

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# you can download the Arduino software manually from http://arduino.cc/. It

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# is suggested that you install it at ~/opt/arduino (or /Applications on OS X)

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# if you are unsure.

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# The Arduino software (version 1.0 or later, including the new 1.5 BETA) is

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# required. On GNU/Linux you can probably install the software from your

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# package manager. If you are using Debian (or a derivative), try `apt-get

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# install arduino`. Otherwise, you can download the Arduino software manually

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# from http://arduino.cc/. It is suggested that you install it at

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# ~/opt/arduino (or /Applications on OS X) if you are unsure.

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#

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# If you downloaded the Arduino software manually and unpacked it somewhere

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# other than ~/opt/arduino (or /Applications), you will need to set up the

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# ARDUINODIR environment variable to be the path where you unpacked it. (If

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# unset, ARDUINODIR defaults to some sensible places). You could set this in

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# your ~/.profile by adding something like this:

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# *other* than ~/opt/arduino (or /Applications), you will need to set up the

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# ARDUINODIR environment variable to be the directory where you unpacked it.

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# (If unset, ARDUINODIR defaults to some sensible places). You could set this

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# in your ~/.profile by adding something like this:

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#

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# export ARDUINODIR=~/somewhere/arduino-1.0

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# export ARDUINODIR=~/somewhere/arduino-1.0.5

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#

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# For each project, you will also need to set BOARD to the type of Arduino

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# you're building for. Type `make boards` for a list of acceptable values.

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# For example:

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#

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# $ export BOARD=uno

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# $ make

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#

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# You may also need to set SERIALDEV if it is not detected correctly.

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#

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# Note that if you're using the newer 1.5 Arduino software and the board you

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# want to use is availble with different processors, you will also need to

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# specify one. For example:

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#

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# $ export BOARD=mini.atmega328

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#

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# You may also need to set SERIALDEV if your Arduino is not detected correctly.

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#

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# The presence of a .ino (or .pde) file causes the arduino.mk to automatically

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# determine values for SOURCES, TARGET and LIBRARIES. Any .c, .cc and .cpp

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# files in the project directory (or any "util" or "utility" subdirectories)

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# are automatically included in the build and are scanned for Arduino libraries

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# that have been #included. Note, there can only be one .ino (or .pde) file in

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# a project directory and if you want to be compatible with the Arduino IDE, it

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# should be called the same as the directory name.

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# determine values for SOURCES, TARGET and which libraries to pull-in to the

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# build (although you can still override thius by setting LIBRARIES). Any .c,

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# .cc and .cpp files in the project directory (or any "util" or "utility"

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# subdirectories) are automatically included in the build and are scanned for

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# Arduino libraries that have been #included. Note, there can only be one .ino

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# (or .pde) file in a project directory and if you want to be compatible with

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# the Arduino IDE, it should be called the same as the directory name.

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#

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# Alternatively, if you want to manually specify build variables, create a

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# Makefile that defines SOURCES and LIBRARIES and then includes arduino.mk.

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# (There is no need to define TARGET). You can also specify the BOARD here, if

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# (You don't need to define TARGET). You can also specify the BOARD here, if

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# the project has a specific one. Here is an example Makefile:

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#

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# SOURCES := main.cc other.cc

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# BOARD := pro5v

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# include ~/src/arduino.mk

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#

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# Here is a complete list of configuration parameters:

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# Here is a complete list of environment variables that affect the build:

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#

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# ARDUINODIR The path where the Arduino software is installed on your system.

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# ARDUINODIR The directory where the Arduino software resides on your system.

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#

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# ARDUINOCONST The Arduino software version, as an integer, used to define the

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# ARDUINO version constant. This defaults to 100 if undefined.

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# followed by subdirectories in ARDUINODIR.

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#

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# BOARD Specify a target board type. Run `make boards` to see available

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# board types.

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# board types. For Arduino 1.5, you will also need to specify a

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# processor if the board supports multiple processors (see above).

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#

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# CPPFLAGS Specify any additional flags for the compiler. The usual flags,

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# required to build the project, will be appended to this.

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#_______________________________________________________________________________

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#

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# default arduino software directory, check software exists

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# default arduino software directory

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ifndef ARDUINODIR

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ARDUINODIR := $(firstword $(wildcard ~/opt/arduino /usr/share/arduino \

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/Applications/Arduino.app/Contents/Resources/Java \

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$(HOME)/Applications/Arduino.app/Contents/Resources/Java))

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endif

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ifeq "$(wildcard $(ARDUINODIR)/hardware/arduino/boards.txt)" ""

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# check ARDUINODIR (and determine which backends are available)

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ifneq "" "$(wildcard $(ARDUINODIR)/hardware/arduino/boards.txt)"

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ARDUINOBACKENDS := /

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else ifneq "" "$(wildcard $(ARDUINODIR)/hardware/arduino/avr/boards.txt)"

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ARDUINOBACKENDS := /avr /sam

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else

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$(error ARDUINODIR is not set correctly; arduino software not found)

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endif

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# default arduino version

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ARDUINOCONST ?= 100

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# default path for avr tools

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AVRTOOLSPATH ?= $(subst :, , $(PATH)) $(ARDUINODIR)/hardware/tools \

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$(ARDUINODIR)/hardware/tools/avr/bin

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# default path to find libraries

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LIBRARYPATH ?= libraries libs $(SKETCHBOOKDIR)/libraries $(ARDUINODIR)/libraries

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# default serial device to a poor guess (something that might be an arduino)

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SERIALDEVGUESS := 0

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ifndef SERIALDEV

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SERIALDEV := $(firstword $(wildcard \

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/dev/ttyACM? /dev/ttyUSB? /dev/tty.usbserial* /dev/tty.usbmodem*))

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SERIALDEVGUESS := 1

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endif

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# no board?

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ifndef BOARD

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ifneq "$(MAKECMDGOALS)" "boards"

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endif

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endif

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# obtain board parameters from the arduino boards.txt file

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BOARDSFILE := $(ARDUINODIR)/hardware/arduino/boards.txt

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readboardsparam = $(shell sed -ne "s/^$(BOARD).$(1)=$.*$/\1/p" $(BOARDSFILE))

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# obtain board parameters from the arduino boards.txt file(s)

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BOARDSFILES := $(foreach dir, $(ARDUINOBACKENDS), \

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$(ARDUINODIR)/hardware/arduino$(dir)/boards.txt)

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readboardsparam = $(firstword \

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$(shell sed -ne "s/^menu\\.cpu\\.$(BOARD)\\.$(1)=$.*$/\1/Ip" \

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$(BOARDSFILES)) \

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$(shell sed -ne "s/^$(basename $(BOARD))\\.$(1)=$.*$/\1/Ip" \

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$(BOARDSFILES)))

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BOARD_BUILD_MCU := $(call readboardsparam,build.mcu)

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BOARD_BUILD_FCPU := $(call readboardsparam,build.f_cpu)

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BOARD_BUILD_VARIANT := $(call readboardsparam,build.variant)

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BOARD_BOOTLOADER_PATH := $(call readboardsparam,bootloader.path)

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BOARD_BOOTLOADER_FILE := $(call readboardsparam,bootloader.file)

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# invalid board?

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ifeq "$(BOARD_BUILD_MCU)" ""

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ifneq "$(MAKECMDGOALS)" "boards"

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ifneq "$(MAKECMDGOALS)" "clean"

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$(error BOARD is invalid. Type 'make boards' to see possible values)

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endif

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endif

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endif

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# obtain preferences from the IDE's preferences.txt

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PREFERENCESFILE := $(firstword $(wildcard \

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$(HOME)/.arduino/preferences.txt $(HOME)/Library/Arduino/preferences.txt))

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SKETCHBOOKDIR := $(call readpreferencesparam,sketchbook.path)

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endif

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# invalid board?

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ifeq "$(BOARD_BUILD_MCU)" ""

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ifneq "$(MAKECMDGOALS)" "boards"

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ifneq "$(MAKECMDGOALS)" "clean"

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$(error BOARD is invalid. Type 'make boards' to see possible values)

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endif

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endif

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endif

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# arduino directories

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ARDUINOBACKENDDIR := $(strip $(foreach dir, $(ARDUINOBACKENDS), \

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$(if $(shell grep ^$(basename $(BOARD))\\.name \

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$(ARDUINODIR)/hardware/arduino$(dir)/boards.txt), \

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$(ARDUINODIR)/hardware/arduino$(dir))))

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ARDUINOCOREDIR := $(ARDUINOBACKENDDIR)/cores/$(BOARD_BUILD_CORE)

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# default library path (places to look for libraries)

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LIBRARYPATH ?= libraries libs $(SKETCHBOOKDIR)/libraries \

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$(ARDUINODIR)/libraries $(ARDUINOBACKENDDIR)/libraries

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# auto mode?

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INOFILE := $(wildcard *.ino *.pde)

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# (this is a really stupid way of doing it, but it's how the IDE works -- if

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# it's causing problems, you can override it by setting LIBRARIES manually)

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INCLUDEDHEADERS := \

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$(shell sed -nre "s/^\s*\#\s*include\s*[<\"](\S+\.h)[>\"].*/\1/p" \

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$(shell sed -ne "s/^\s*\#\s*include\s*[<\"]$\S\+\.h$[>\"].*/\1/p" \

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$(SOURCES))

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reverse = $(if $(1),$(call reverse,$(wordlist 2,$(words $(1)),$(1)))) \

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$(firstword $(1))

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endif

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# if LIBRARIES is specified, use it

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# expand LIBRARYDIRS (initialised from LIBRARIES, if specified)

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ifneq "$(LIBRARIES)" ""

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LIBRARYDIRS := $(foreach lib, $(LIBRARIES), \

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$(firstword $(wildcard $(addsuffix /$(lib), $(LIBRARYPATH)))))

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endif

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# software

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findsoftware = $(firstword $(wildcard $(addsuffix /$(1), $(AVRTOOLSPATH))))

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CC := $(call findsoftware,avr-gcc)

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CXX := $(call findsoftware,avr-g++)

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LD := $(call findsoftware,avr-ld)

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AR := $(call findsoftware,avr-ar)

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AS := $(call findsoftware,avr-as)

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OBJCOPY := $(call findsoftware,avr-objcopy)

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AVRDUDE := $(call findsoftware,avrdude)

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AVRSIZE := $(call findsoftware,avr-size)

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# directories

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ARDUINOCOREDIR := $(ARDUINODIR)/hardware/arduino/cores/$(BOARD_BUILD_CORE)

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LIBRARYDIRS += $(addsuffix /utility, $(LIBRARYDIRS))

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LIBRARYDIRS := $(LIBRARYDIRS) $(addsuffix /utility, $(LIBRARYDIRS))

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# files

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TARGET := $(if $(TARGET),$(TARGET),a.out)

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$(patsubst %, .lib/%.o, $(wildcard $(addprefix $(dir)/, \

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*.c *.cc *.cpp *.C *.s *.S))))

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BOOTLOADERHEX := $(addprefix \

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$(ARDUINODIR)/hardware/arduino/bootloaders/$(BOARD_BOOTLOADER_PATH)/, \

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$(ARDUINOBACKENDDIR)/bootloaders/$(BOARD_BOOTLOADER_PATH)/, \

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$(BOARD_BOOTLOADER_FILE))

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# software

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BUILDTOOLSPATH ?= $(subst :, , $(PATH)) $(ARDUINODIR)/hardware/tools \

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$(ARDUINODIR)/hardware/tools/avr/bin

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findsoftware = $(firstword $(wildcard $(addsuffix /$(1), $(BUILDTOOLSPATH))))

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CC := $(call findsoftware,avr-gcc)

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CXX := $(call findsoftware,avr-g++)

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LD := $(call findsoftware,avr-ld)

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AR := $(call findsoftware,avr-ar)

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AS := $(call findsoftware,avr-as)

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OBJCOPY := $(call findsoftware,avr-objcopy)

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AVRDUDE := $(call findsoftware,avrdude)

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AVRSIZE := $(call findsoftware,avr-size)

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# default arduino version

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ARDUINOCONST ?= $(if $(filter /, $(ARDUINOBACKENDS)),100,150)

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# default serial device to a poor guess (something that might be an arduino)

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SERIALDEVGUESS := 0

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ifndef SERIALDEV

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SERIALDEV := $(firstword $(wildcard \

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/dev/ttyACM? /dev/ttyUSB? /dev/tty.usbserial* /dev/tty.usbmodem*))

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SERIALDEVGUESS := 1

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endif

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# avrdude confifuration

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ifeq "$(AVRDUDECONF)" ""

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ifeq "$(AVRDUDE)" "$(ARDUINODIR)/hardware/tools/avr/bin/avrdude"

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CPPFLAGS += -DF_CPU=$(BOARD_BUILD_FCPU) -DARDUINO=$(ARDUINOCONST)

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CPPFLAGS += -DUSB_VID=$(BOARD_USB_VID) -DUSB_PID=$(BOARD_USB_PID)

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CPPFLAGS += -I. -Iutil -Iutility -I $(ARDUINOCOREDIR)

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CPPFLAGS += -I $(ARDUINODIR)/hardware/arduino/variants/$(BOARD_BUILD_VARIANT)/

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CPPFLAGS += -I $(ARDUINOBACKENDDIR)/variants/$(BOARD_BUILD_VARIANT)/

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CPPFLAGS += $(addprefix -I , $(LIBRARYDIRS))

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CPPDEPFLAGS = -MMD -MP -MF .dep/$<.dep

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CPPINOFLAGS := -x c++ -include $(ARDUINOCOREDIR)/Arduino.h

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ifeq "$(BOARD_BOOTLOADER_PATH)" "caterina"

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stty $(STTYFARG) $(SERIALDEV) speed 1200

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sleep 1

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else

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else ifeq "" "$(filter net:% usb:%,$(SERIALDEV))"

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stty $(STTYFARG) $(SERIALDEV) hupcl

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endif

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$(AVRDUDE) $(AVRDUDEFLAGS) -U flash:w:$(TARGET).hex:i

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rm -rf .lib .dep

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boards:

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@echo "Available values for BOARD:"

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@sed -nEe '/^#/d; /^[^.]+\.name=/p' $(BOARDSFILE) | \

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sed -Ee 's/([^.]+)\.name=(.*)/\1 \2/' \

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-e 's/(.{12}) *(.*)/\1 \2/'

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@echo "Available BOARD values:"

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@sed -ne '/^\w\+\.name=/p; /^menu\.cpu\.\w\+\.\w\+=/p;' $(BOARDSFILES) | \

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sed -e 's/$\w\+$\.name=$.*$/\1 \2/' \

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-e 's/menu.cpu.\w\+$\.\w\+$=$.*$/ \1 --\2/' \

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-e 's/$.\{19\}$ *$.*$/ \1 \2/; s/--/ ...with /;'

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ifneq "$(ARDUINOBACKENDS)" "/"

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@echo

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@echo "NOTE: where a board supports multiple CPUs, you must specify" \

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"one. For example,"

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@echo "'uno' is OK, and so is 'pro.16mhzatmega328'. But 'pro', on" \

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"its own, is not."

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endif

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monitor:

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@test -n "$(SERIALDEV)" || { \

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screen $(SERIALDEV)

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size: $(TARGET).elf

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echo && $(AVRSIZE) --format=avr --mcu=$(BOARD_BUILD_MCU) $(TARGET).elf

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echo "\n" && $(AVRSIZE) --format=avr --mcu=$(BOARD_BUILD_MCU) $(TARGET).elf

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bootloader:

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@echo "Burning bootloader to board..."