Files
heroku-buildpack-python/test/run
T
Ed Morley df7f8f3507 Skip vendoring libffi/libmemcached on Heroku-16 (#465)
* Add a test for the cryptography (cffi) compile step

Since it's currently untested.

* Skip vendoring libffi/libmemcached on Heroku-16

Unlike for Cedar-14, Heroku-16 comes with these packages pre-installed:
https://github.com/heroku/stack-images/blob/5a341970cfc1f201014262ad64c3b3e47514f663/heroku-16/installed-packages.txt#L111
https://github.com/heroku/stack-images/blob/5a341970cfc1f201014262ad64c3b3e47514f663/heroku-16/installed-packages.txt#L172

As such the build scripts had already been made a no-op on Heroku-16:
https://github.com/heroku/heroku-buildpack-python/blob/fedae5ceda5a42f594012f911c3808dd5dc6fd9e/builds/libraries/vendor/libffi#L6-L9
https://github.com/heroku/heroku-buildpack-python/blob/fedae5ceda5a42f594012f911c3808dd5dc6fd9e/builds/libraries/vendor/libmemcache#L6-L9

...meaning the Heroku-16 archives for them on S3 contain zero files.

However until now, the buildpack was still unnecessarily downloading
and extracting these empty archives - and not just on the first compile
(like on cedar-14), but every compile since the directory check will
never succeed.
2017-09-08 11:27:46 -04:00

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#!/usr/bin/env bash
testPipenv() {
compile "pipenv"
assertCapturedSuccess
}
testPipenvVersion() {
compile "pipenv-version"
assertCaptured "3.6.2"
assertCapturedSuccess
}
testNoRequirements() {
compile "no-requirements"
assertCapturedError
}
testGEOS() {
BUILD_WITH_GEO_LIBRARIES=1 compile "geos"
assertCaptured "geos"
assertCapturedSuccess
}
testNLTK() {
compile "nltk"
assertCaptured "Downloading NLTK packages: city_database stopwords"
assertCapturedSuccess
}
testSetupPy() {
compile "setup-py"
assertCaptured "maya"
assertCapturedSuccess
}
testStandardRequirements() {
compile "requirements-standard"
assertCaptured "requests"
assertCapturedSuccess
}
testPsycopg2() {
compile "psycopg2"
assertCaptured "psycopg2"
assertCapturedSuccess
}
testCffi() {
compile "cffi"
assertCaptured "cffi"
assertCapturedSuccess
}
testPylibmc() {
compile "pylibmc"
assertCaptured "pylibmc"
assertCapturedSuccess
}
testPython2() {
compile "python2"
assertCaptured "python-2.7.13"
assertCapturedSuccess
}
testPython3() {
compile "python3"
assertCaptured "python-3.6.2"
assertCapturedSuccess
}
testSmartRequirements() {
local cache_dir="$(mktmpdir)"
compile "requirements-standard" "$cache_dir"
assertFile "requests" ".heroku/python/requirements-declared.txt"
assertCapturedSuccess
compile "psycopg2" "$cache_dir"
assertCaptured "Uninstalling requests"
assertFile "psycopg2" ".heroku/python/requirements-declared.txt"
assertCapturedSuccess
}
testStackChange() {
local cache_dir="$(mktmpdir)"
mkdir -p "${cache_dir}/.heroku"
echo "different-stack" > "${cache_dir}/.heroku/python-stack"
compile "requirements-standard" "$cache_dir"
assertCaptured "clearing cache"
assertFile "$STACK" ".heroku/python-stack"
assertCapturedSuccess
}
pushd $(dirname 0) >/dev/null
popd >/dev/null
source $(pwd)/test/utils
mktmpdir() {
dir=$(mktemp -t testXXXXX)
rm -rf $dir
mkdir $dir
echo $dir
}
detect() {
capture $(pwd)/bin/detect $(pwd)/test/fixtures/$1
}
compile_dir=""
default_process_types_cleanup() {
file="/tmp/default_process_types"
if [ -f "$file" ]; then
rm "$file"
fi
}
compile() {
default_process_types_cleanup
bp_dir=$(mktmpdir)
compile_dir=$(mktmpdir)
cp -a $(pwd)/* ${bp_dir}
cp -a ${bp_dir}/test/fixtures/$1/. ${compile_dir}
capture ${bp_dir}/bin/compile ${compile_dir} ${2:-$(mktmpdir)} $3
}
compileDir() {
default_process_types_cleanup
local bp_dir=$(mktmpdir)
local compile_dir=${1:-$(mktmpdir)}
local cache_dir=${2:-$(mktmpdir)}
local env_dir=$3
cp -a $(pwd)/* ${bp_dir}
capture ${bp_dir}/bin/compile ${compile_dir} ${cache_dir} ${env_dir}
}
release() {
bp_dir=$(mktmpdir)
cp -a $(pwd)/* ${bp_dir}
capture ${bp_dir}/bin/release ${bp_dir}/test/fixtures/$1
}
assertFile() {
assertEquals "$1" "$(cat ${compile_dir}/$2)"
}
source $(pwd)/test/shunit2