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Installation of Alex and the dependencies

This document describes how to install all dependencies needed to use Alex. The Alex project is developed in Python and tested with version 2.7. It may be necessary to have exactly this version of Python for the project to work correctly.

Ubuntu 12.04

Ask the root on the computer to run:

sudo apt-get install gfortran libatlas-base-dev portaudio19-dev swig \
    flac speex sox mplayer libsqlite3-dev python-wxgtk2.8 libmad0-dev

To get latest versions of the following python packages, I recommend to run these commands:

sudo pip install --upgrade -r alex-requirements.txt
sudo easy_install pysox

See alex-dsg/alex-requirements.txt.

Source code compiled packages

pyAudio

Get a special version of pyAudio from https://github.com/bastibe/PyAudio (bastibe-PyAudio-2a08fa7). This version supports non-blocking audio.

git clone https://github.com/bastibe/PyAudio.git
cd PyAudio
python ./setup.py install

flite

Get the latest flite from http://www.festvox.org/flite/download.html and build it by following the these commands:

wget http://www.festvox.org/flite/packed/flite-1.4/flite-1.4-release.tar.bz2
tar -xvjf flite-1.4-release.tar.bz2
cd flite-1.4-release
./configure
make

Copy the flite-1.4-release/bin/flite file into you search path. E.g. link the flite program to your bin directory.

HTK

Get the latest HTK (3.4.1 tested) from http://htk.eng.cam.ac.uk/download.shtml . Build and install the HTK following the HTK's instructions.

KALDI

In order to use Kaldi decoder, build pykaldi fork of Kaldi from https://github.com/UFAL-DSG/pykaldi, install patched OpenFST from pykaldi, then pyfst from https://github.com/UFAL-DSG/pyfst, and finally install pykaldi Python extension.

First, build Kaldi fork pykaldi as follows:

git clone https://github.com/UFAL-DSG/pykaldi
cd pykaldi/tools
make atlas   # Just downloads headers
make openfst_tgt  # Install patched OpenFST LOCALLY!
cd ../src
./configure  # Should find ATLAS libraries which you have installed via apptitude (easier way).
make && make test
cd onl-rec && make && make test  # Directory needed for pykaldi Python wrapper

Install patched OpenFST system wide. The following commands install the already built OpenFST library from previous step:

cd pykaldi/tools/openfst
./configure  --prefix=/usr  # Sets the path to system wide installation directory
sudo make install  # Copies the already built and pathced libraries from 'make openfst_tgt' step.

Install pyfst by

sudo pip install --upgrade pystache pyyaml cython

git clone https://github.com/UFAL-DSG/pyfst.git pyfst
cd pyfst
sudo python setup.py install

Finally, install the pykaldi Python extension (a wrapper around Kaldi decoders):

cd pykaldi/src/pykaldi
sudo make install

SRILM

Get the latest SRILM (1.6 tested) from http://www.speech.sri.com/projects/srilm/ . Build and install the SRILM following their instructions.

pjsip

Get the supported pjsip 2.1 from our fork at GitHub. To install pjsip, follow these instructions:

git clone [email protected]:UFAL-DSG/pjsip.git
cd pjsip
./configure CXXFLAGS=-fPIC CFLAGS=-fPIC LDFLAGS=-fPIC CPPFLAGS=-fPIC
make dep
make
make install

then

cd pjsip-apps/src/python/
python setup-pjsuaxt.py install

This will install the pjsuaxt library.

Morfodita

Get the supported morfodita from GitHub. To install morfodita, follow these instructions:

git clone [email protected]:ufal/morphodita.git
cd morphodita/src
make
cd ../bindings/python
make PYTHON_INCLUDE=/usr/include/python2.7/

cp -R ./ufal /usr/local/lib/python2.7/dist-packages
cp ./morphodita_python.so /usr/local/lib/python2.7/dist-packages

OpenJulius

Get the supported Open Julius ASR decoder (4.2.3 tested) from our fork at GitHub. To install openjulius, follow the following instructions:

git clone [email protected]:UFAL-DSG/openjulius.git
cd openjulius
./configure
make
make install

Optimised ATLAS and LAPACK libraries

If you need optimised ATLAS and LAPACK libraries then you have to compile them on your own. Then modify config for numpy. Optimised ATLAS and LAPACK can compute matrix multiplication on all CPU cores available.

To build your own optimised ATLAS and LAPACK libraries:

  • get latest LAPACK
  • get latest ATLAS
  • compile lapack
  • tell atlas where is your compiled LAPACK
  • compile ATLAS

Local installation of Python 2.7 and its dependencies

If you do not have the root access to the machine then you then you can use https://github.com/akheron/multipy to install the 2.7 version of Python and consequently to install all Python dependencies locally.

You can use the following script

multipy install 2.7

to download, compile, and install python 2.7 into ~/multipy directory.

To enable this local version, you have to call from your shell command line

source ~/multipy/pythons/2.7/bin/activate

You can also add the previous line into .bashrc to activate your local version of Python every time you start a bash console.

When you activate your local Python, you can install all python packages using pip or easy_install locally.