Installing aubio — aubio 0.4.9 documentation (original) (raw)

aubio runs on Linux, Windows, macOS, iOS, Android, and probably a few others operating systems.

Aubio is available as a C library and as a python module.

Cheat sheet

official repo

git clone https://git.aubio.org/aubio/aubio

mirror

git clone https://github.com/aubio/aubio

latest release

wget https://aubio.org/pub/aubio-.tar.gz

1. simple

cd aubio
make

2. step by step

./scripts/get_waf.sh
./waf configure
./waf build
sudo ./waf install

from git

pip install git+https://git.aubio.org/aubio/aubio/

mirror

pip install git+https://github.com/aubio/aubio/

from latest release

pip install https://aubio.org/pub/aubio-latest.tar.bz2

from pypi

pip install aubio

from source directory

cd aubio
pip install -v .

conda [osx, linux, win]

conda install -c conda-forge aubio

.deb (debian, ubuntu) [linux]

sudo apt-get install python3-aubio python-aubio aubio-tools

brew [osx]

brew install aubio --with-python

.deb (linux) WARNING: old version

sudo apt-get install aubio-tools

python module

./setup.py install

using pip

pip install .

debian / ubuntu

dpkg -l libavcodec-dev libavutil-dev libavformat-dev \
libswresample-dev libavresample-dev \
libsamplerate-dev libsndfile-dev \
txt2man doxygen

Downloading aubio

A number of distributions already include aubio. Check your favorite package management system, or have a look at the aubio download page for more options.

To use aubio in an android project, see Android build.

To compile aubio from source, read Building aubio.

Building aubio

Note

To download a prebuilt version of aubio, see Downloading aubio.

aubio uses waf to configure, compile, and test the source. A copy of waf is included in aubio tarball, so all you need is a terminal, a compiler, and a recent version of python installed.

Note

Make sure you have all the Build options you want before building.

Latest release

The latest stable release can be downloaded from https://aubio.org/download:

$ curl -O http://aubio.org/pub/aubio-.tar.bz2 $ tar xf aubio-.tar.bz2 $ cd aubio-/

Git repository

The latest git branch can be obtained with:

$ git clone git://git.aubio.org/git/aubio $ cd aubio/

The following command will fetch the correct waf version (not included in aubio’s git):

Note

Windows users without Git Bash installed will want to use the following commands instead:

$ curl -fsS -o waf https://waf.io/waf-1.8.22 $ curl -fsS -o waf.bat https://raw.githubusercontent.com/waf-project/waf/master/utils/waf.bat

Compiling

To compile the C library, examples programs, and tests, run:

Check out the available options using ./waf configure --help. Once you are done with configuration, you can start building:

To install the freshly built C library and tools, simply run the following command:

Note

Windows users should simply run waf, without the leading ./. For instance:

Running as a user

To use aubio without actually installing, for instance if you don’t have root access to install libaubio on your system,

On Linux or macOS, sourcing the script scripts/setenv_local.sh should help:

$ source ./scripts/setenv_local.sh

This script sets LD_LIBRARY_PATH, for libaubio, and PYTHONPATH for the python module.

On Linux, you should be able to set LD_LIBRARY_PATH with:

$ export LD_LIBRARY_PATH=$LD_LIBRARY_PATH:$PWD/build/src

On Mac OS X, a copy or a symlink can be made in ~/lib:

$ mkdir -p ~/lib $ ln -sf $PWD/build/src/libaubio*.dylib ~/lib/

Note on Mac OS X systems older than El Capitan (10.11), the DYLD_LIBRARY_PATHvariable can be set as follows:

$ export DYLD_LIBRARY_PATH=$DYLD_LIBRARY_PATH:$PWD/build/src

Cleaning

If you wish to uninstall the files installed by the install command, useuninstall:

To clean the source directory, use the clean command:

To also forget the options previously passed to the last ./waf configureinvocation, use the distclean command:

Frameworks for Xcode

Binary frameworks are available and ready to use in your XCode project, foriOS and macOS.

  1. Download and extract the corresponding framework.zip file from the Download page
  2. Select Build Phases in your project setting and unfold Link Binary with Libraries
  3. Add AudioToolbox and Accelerate system frameworks (or make sure they are listed)
  4. Add aubio.framework from the unzipped framework.zip
  5. Include the aubio header in your code:

Using aubio from swift

Once you have downloaded and installed aubio.framework, you sould be able to use aubio from C, Obj-C, and Swift source files.

Here is a short example showing how to read a sound file in swift:

import aubio

let path = Bundle.main.path(forResource: "example", ofType: "mp4") if (path != nil) { let hop_size : uint_t = 512 let a = new_fvec(hop_size) let b = new_aubio_source(path, 0, hop_size) var read: uint_t = 0 var total_frames : uint_t = 0 while (true) { aubio_source_do(b, a, &read) total_frames += read if (read < hop_size) { break } } print("read", total_frames, "frames at", aubio_source_get_samplerate(b), "Hz") del_aubio_source(b) del_fvec(a) } else { print("could not find file") }

Android build

To compile aubio for android, you will need to get the Android Native Development Toolkit (NDK), prepare a standalone toolchain, and tell waf to use the NDK toolchain. An example script to complete these tasks is available in scripts/build_android.

Build options

If built without any external dependencies aubio can be somewhat useful, for instance to read, process, and write simple wav files.

To support more media input formats and add more features to aubio, you can use one or all of the following external libraries.

You may also want to know more about the other options and the platform notes

The configure script will automatically for these extra libraries. To make sure the library or feature is used, pass the –enable-flag to waf. To disable this feature, use –disable-feature.

To find out more about the build commands, use the –verbose option.

External libraries

External libraries are checked for using pkg-config. Set thePKG_CONFIG_PATH environment variable if you have them installed in an unusual location.

Note

If pkg-config is not found in PATH, the configure step will succeed, but none of the external libraries will be used.

Optimisation libraries

libfftw3

FFTW, a C subroutine for computing the discrete Fourier transform

With libfftw3 built in, aubio_fft will use FFTW to compute Fast Fourier Transform (FFT), allowing aubio to compute FFT on length that are not a power of 2.

To enable this option, configure with --enable-fftw3. The build will then fail if the required library is not found. To disable this option, configure with --disable-fftw3

blas

On macOs/iOS, blas are made available through the Accelerate framework.

On Linux, they can be enabled with --enable-blas. On Debian (etch),atlas, openblas, and libblas have been successfully tested.

When enabled, waf will check for the current blas configuration by runningpkg-config --libs blas. Depending of the library path returned bypkg-config, different headers will be searched for.

atlas

ATLAS BLAS APIs will be used the path returned by pkg-config --libs blas contains atlas.

Example:

$ pkg-config --libs blas -L/usr/lib/atlas-base/atlas -lblas $ ./waf configure --enable-atlas [...] Checking for 'blas' : yes Checking for header atlas/cblas.h : yes

openblas

OpenBlas libraries will be used when the output of pkg-config --libs blas contains ‘openblas’,

Example:

$ pkg-config --libs blas -L/usr/lib/openblas-base -lblas $ ./waf configure --enable-atlas [...] Checking for 'blas' : yes Checking for header openblas/cblas.h : yes

libblas

Netlib’s libblas (LAPACK) will be used if no specific library path is specified by pkg-config

Example:

$ pkg-config --libs blas -lblas $ ./waf configure --enable-atlas [...] Checking for 'blas' : yes Checking for header cblas.h : yes

Platform notes

On all platforms, you will need to have installed:

macOS

The following system frameworks will be used on Mac OS X systems:

Note

To build a fat binary for both i386 and x86_64, use ./waf configure --enable-fat.

The following External libraries will also be checked: libav,libsamplerate, libsndfile, libfftw3.

To build a fat binary on a darwin like system (macOS, tvOS, appleOS, …) platforms, configure with --enable-fat.

Windows

To use a specific version of the compiler, --msvc_version. To build for a specific architecture, use --msvc_target. For instance, to build aubio for x86 using msvc 12.0, use:

waf configure --msvc_version='msvc 12.0' --msvc_target='x86'

The following External libraries will be used if found: libav,libsamplerate, libsndfile, libfftw3.

iOS

The following system frameworks will be used on iOS and iOS Simulator.

To build aubio for iOS, configure with --with-target-platform=ios. For the iOS Simulator, use --with-target-platform=iosimulator instead.

By default, aubio is built with the following flags on iOS:

CFLAGS="-fembed-bitcode -arch arm64 -arch armv7 -arch armv7s -miphoneos-version-min=6.1"

and on iOS Simulator:

CFLAGS="-arch i386 -arch x86_64 -mios-simulator-version-min=6.1"

Set CFLAGS and LINKFLAGS to change these default values, or editwscript directly.

Other options

Some additional options can be passed to the configure step. For the complete list of options, run:

Here is an example of a custom command:

$ ./waf --verbose configure build install
--enable-avcodec --enable-wavread --disable-wavwrite
--enable-sndfile --enable-samplerate --enable-docs
--destdir $PWD/build/destdir --testcmd="echo %s"
--prefix=/opt --libdir=/opt/lib/multiarch
--manpagesdir=/opt/share/man
uninstall clean distclean dist distcheck

Double precision

The datatype used to store real numbers in aubio is named smpl_t. By default,smpl_t is defined as float, a single-precision format(32-bit). Some algorithms require a floating point representation with a higher precision, for instance to prevent arithmetic underflow in recursive filters. In aubio, these special samples are named lsmp_t and defined asdouble by default (64-bit).

Sometimes it may be useful to compile aubio in double-precision, for instance to reproduce numerical results obtained with 64-bit routines. In this case,smpl_t will be defined as double.

The following table shows how smpl_t and lsmp_t are defined in single- and double-precision modes:

Single and double-precision modes

| | single | double | | | --------- | ------ | ----------- | | smpl_t | float | double | | lsmp_t | double | long double |

To compile aubio in double precision mode, configure with --enable-double.

To compile in single-precision mode (default), use --disable-double (or simply none of these two options).

Disabling the tests

In some case, for instance when cross-compiling, unit tests should not be run. Option --notests can be used for this purpose. The tests will not be executed, but the binaries will be compiled, ensuring that linking against libaubio works as expected.

Note

The --notests option should be passed to both build and installtargets, otherwise waf will try to run them.

Edit wscript

Many of the options are gathered in the file wscript. a good starting point when looking for additional options.

Building the docs

If the following command line tools are found, the documentation will be built built:

These tools are searched for in the current PATH environment variable. By default, the documentation is built only if the tools are found.

To disable the documentation, configure with --disable-docs. To build with the documentation, configure with --enable-docs.