run_tests.sh

#!/bin/bash -x
#
# Sets up a Python testing environment from scratch. Mainly written for Jenkins.
#
# Requirements:
#   A working build environment inside the container with OpenSSL, bzip2,
#   libxml2 and libxsld development files. Only tested on Linux variants.
#
#   Last time we looked, for ubuntu, that meant:
#     $ sudo apt-get install build-essential libssl-dev lilbbz2-dev \
#                                                       libxml2-dev libxslt-dev
#
# Usage:
#   Example:
#
#     $ PYFLAV=cpy-3.3 ./run_tests.sh
#
#   Variables:
#     - PYFLAV: Defaults to 'cpy-2.7'. See other values below.
#     - WORKSPACE: Defaults to $PWD. It's normally set by Jenkins.
#     - MAKEOPTS: Defaults to '-j2'.
#     - MONOVER: Defaults to '2.11.4'. Only relevant for ipy-* flavors.
#
# Jenkins guide:
#   1. Create a 'Multi configuration project'.
#   2. Set up stuff like git repo the usual way.
#   3. In the 'Configuration Matrix' section, create a user-defined axis named
#      'PYVER'. and set it to the Python versions you'd like to test, separated
#      by whitespace. For example: '2.7 3.3'
#   4. Add a new "Execute Shell" build step and type in './run_tests.sh'.
#   5. Add a new "Publish JUnit test report" post-build action and type in
#      'test_result.*.xml'
#   6. Add a new "Publish Cobertura Coverage Report" post-build action and type
#      in 'coverage.xml'. Install the "Cobertura Coverage Report" plug-in if you
#      don't see this option.
#   7. Have fun!
#


# Sanitization
[ -z "$PYFLAV" ] && PYFLAV=cpy-2.7;
[ -z "$MONOVER" ] && MONOVER=2.11.4;
[ -z "$WORKSPACE" ] && WORKSPACE="$PWD";
[ -z "$MAKEOPTS" ] && MAKEOPTS="-j2";

PYIMPL=(${PYFLAV//-/ });
PYVER=${PYIMPL[1]};
PYFLAV="${PYFLAV/-/}";
PYFLAV="${PYFLAV/./}";
if [ -z "$PYVER" ]; then
    PYVER=${PYIMPL[0]};
    PYIMPL=cpy;
    PYFLAV=cpy${PYVER/./};
else
    PYIMPL=${PYIMPL[0]};
fi

PYNAME=python$PYVER;

if [ -z "$FN" ]; then
    declare -A URLS;
    URLS["cpy26"]="2.6.9/Python-2.6.9.tgz";
    URLS["cpy27"]="2.7.7/Python-2.7.7.tar.xz";
    URLS["cpy33"]="3.3.5/Python-3.3.5.tar.xz";
    URLS["cpy34"]="3.4.1/Python-3.4.1.tar.xz";
    URLS["jyt25"]="2.5.3/jython-installer-2.5.3.jar";
    URLS["jyt27"]="2.7-b2/jython-installer-2.7-b2.jar";
    URLS["ipy27"]="ipy-2.7.4.zip";

    FN="${URLS["$PYFLAV"]}";

    if [ -z "$FN" ]; then
        echo "Unknown Python version $PYFLAV";
        exit 2;
    fi;
fi;

# Initialization
IRONPYTHON_URL_BASE=https://github.com/IronLanguages/main/archive;
CPYTHON_URL_BASE=http://www.python.org/ftp/python;
JYTHON_URL_BASE=http://search.maven.org/remotecontent?filepath=org/python/jython-installer;
MAKE="make $MAKEOPTS";


# Set specific variables
if [ $PYIMPL == "cpy" ]; then
    PREFIX="$(basename $(basename $FN .tgz) .tar.xz)";

elif [ $PYIMPL == "ipy" ]; then
    PREFIX="$(basename $FN .zip)";
    MONOPREFIX="$WORKSPACE/mono-$MONOVER"
    XBUILD="$MONOPREFIX/bin/xbuild"

elif [ $PYIMPL == "jyt" ]; then
    PYNAME=jython;
    PREFIX="$(basename $FN .jar)";
fi;

# Set common variables
PYTHON="$WORKSPACE/$PREFIX/bin/$PYNAME";
EASY="$WORKSPACE/$PREFIX/bin/easy_install-$PYVER";
COVERAGE="$WORKSPACE/$PREFIX/bin/coverage-$PYVER";
COVERAGE2="$HOME/.local/bin/coverage-$PYVER"


# Set up requested python environment.
if [ $PYIMPL == 'cpy' ]; then
    if [ ! -x "$PYTHON" ]; then
      (
        mkdir -p .data; cd .data;

        wget -ct0 $CPYTHON_URL_BASE/$FN;
        tar xf $(basename $FN);
        cd "$PREFIX";
        ./configure --prefix="$WORKSPACE/$PREFIX" --with-pydebug;
        $MAKE && make install;
      );
    fi;

elif [ $PYIMPL == 'jyt' ]; then
    if [ ! -x "$PYTHON" ]; then
      (
        mkdir -p .data; cd .data;

        FILE=$(basename $FN);
        wget -O $FILE -ct0 "$JYTHON_URL_BASE/$FN";
        java -jar $FILE -s -d "$WORKSPACE/$PREFIX"

      );
    fi

elif [ $PYIMPL == 'ipy' ]; then
    # Set up Mono first
    # See: http://www.mono-project.com/Compiling_Mono_From_Tarball
    if [ ! -x "$XBUILD" ]; then
      (
        mkdir -p .data; cd .data;

        wget -ct0 http://download.mono-project.com/sources/mono/mono-$MONOVER.tar.bz2
        tar xf mono-$MONOVER.tar.bz2;
        cd mono-$MONOVER;
        ./configure --prefix=$WORKSPACE/mono-$MONOVER;
        $MAKE && make install;
      );
    fi

    # Set up IronPython
    # See: https://github.com/IronLanguages/main/wiki/Building#the-mono-runtime
    if [ ! -x "$PYTHON" ]; then
      (
        mkdir -p .data; cd .data;
        export PATH="$(dirname "$XBUILD"):$PATH"

        wget -ct0 "$IRONPYTHON_URL_BASE/$FN";
        unzip -q "$FN";
        cd "main-$PREFIX";

        $XBUILD /p:Configuration=Release Solutions/IronPython.sln || exit 1

        mkdir -p "$(dirname "$PYTHON")";
        echo 'mono "$PWD/bin/Release/ir.exe" "${@}"' > $PYTHON;
        chmod +x $PYTHON;
      ) || exit 1;
    fi;

fi;

# Set up distribute
if [ ! -x "$EASY" ]; then
  (
    mkdir -p .data; cd .data;
    $PYTHON "$WORKSPACE"/bin/distribute_setup.py;
  )
fi;


# hack to work around dependency graph resolution bugs... ??? I guess??
$PYTHON setup.py install_test_deps;
$PYTHON setup.py install_test_deps;
$PYTHON setup.py install_test_deps;


if [ $PYIMPL == 'cpy' ]; then
    # Set up coverage
    if [ ! -x "$COVERAGE" ]; then
      $EASY coverage
    fi;

    # Sometimes, easy_install works in mysterious ways...
    if [ ! -x "$COVERAGE" ]; then
      COVERAGE="$COVERAGE2"
    fi;

    # Run tests
    bash -c "$COVERAGE run --source=spyne setup.py test; exit 0"

    # Generate coverage report
    $COVERAGE xml -i --omit=spyne/test/*;

else
    # Run tests. No coverage in jython.
    $PYTHON setup.py test;

fi;