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diff --git a/src/unit/engine/NoseTestEngine.php b/src/unit/engine/NoseTestEngine.php
index 352cd346..49f03994 100644
--- a/src/unit/engine/NoseTestEngine.php
+++ b/src/unit/engine/NoseTestEngine.php
@@ -1,240 +1,244 @@
<?php
/**
* Very basic 'nose' unit test engine wrapper.
*
* Requires nose 1.1.3 for code coverage.
*
* @group unitrun
*/
final class NoseTestEngine extends ArcanistBaseUnitTestEngine {
public function run() {
$paths = $this->getPaths();
$affected_tests = array();
foreach ($paths as $path) {
$absolute_path = Filesystem::resolvePath($path);
if (is_dir($absolute_path)) {
$absolute_test_path = Filesystem::resolvePath("tests/".$path);
if (is_readable($absolute_test_path)) {
$affected_tests[] = $absolute_test_path;
}
}
if (is_readable($absolute_path)) {
$filename = basename($path);
$directory = dirname($path);
// assumes directory layout: tests/<package>/test_<module>.py
$relative_test_path = "tests/".$directory."/test_".$filename;
$absolute_test_path = Filesystem::resolvePath($relative_test_path);
if (is_readable($absolute_test_path)) {
$affected_tests[] = $absolute_test_path;
}
}
}
- if (empty($affected_tests)) {
+ return $this->runTests($affected_tests, './');
+ }
+
+ public function runTests($test_paths, $source_path) {
+ if (empty($test_paths)) {
return array();
}
$futures = array();
$tmpfiles = array();
- foreach ($affected_tests as $test_path) {
+ foreach ($test_paths as $test_path) {
$xunit_tmp = new TempFile();
$cover_tmp = new TempFile();
$future = $this->buildTestFuture($test_path,
$xunit_tmp,
$cover_tmp);
$futures[$test_path] = $future;
$tmpfiles[$test_path] = array(
'xunit' => $xunit_tmp,
'cover' => $cover_tmp,
);
}
$results = array();
foreach (Futures($futures)->limit(4) as $test_path => $future) {
try {
list($stdout, $stderr) = $future->resolvex();
} catch(CommandException $exc) {
if ($exc->getError() > 1) {
// 'nose' returns 1 when tests are failing/broken.
throw $exc;
}
}
$xunit_tmp = $tmpfiles[$test_path]['xunit'];
$cover_tmp = $tmpfiles[$test_path]['cover'];
- $results[] = $this->parseTestResults($test_path,
+ $results[] = $this->parseTestResults($source_path,
$xunit_tmp,
$cover_tmp);
}
return array_mergev($results);
}
public function buildTestFuture($path, $xunit_tmp, $cover_tmp) {
$cmd_line = csprintf("nosetests --with-xunit --xunit-file=%s",
$xunit_tmp);
if ($this->getEnableCoverage() !== false) {
$cmd_line .= csprintf(" --with-coverage --cover-xml " .
"--cover-xml-file=%s",
$cover_tmp);
}
return new ExecFuture("%C %s", $cmd_line, $path);
}
- public function parseTestResults($path, $xunit_tmp, $cover_tmp) {
+ public function parseTestResults($source_path, $xunit_tmp, $cover_tmp) {
// xunit xsd: https://gist.github.com/959290
$xunit_dom = new DOMDocument();
$xunit_dom->loadXML(Filesystem::readFile($xunit_tmp));
// coverage is for all testcases in the executed $path
$coverage = array();
if ($this->getEnableCoverage() !== false) {
- $coverage = $this->readCoverage($cover_tmp);
+ $coverage = $this->readCoverage($cover_tmp, $source_path);
}
$results = array();
$testcases = $xunit_dom->getElementsByTagName("testcase");
foreach ($testcases as $testcase) {
$classname = $testcase->getAttribute("classname");
$name = $testcase->getAttribute("name");
$time = $testcase->getAttribute("time");
$status = ArcanistUnitTestResult::RESULT_PASS;
$user_data = "";
// A skipped test is a test which was ignored using framework
// mechanizms (e.g. @skip decorator)
$skipped = $testcase->getElementsByTagName("skipped");
if ($skipped->length > 0) {
$status = ArcanistUnitTestResult::RESULT_SKIP;
$messages = array();
for ($ii = 0; $ii < $skipped->length; $ii++) {
$messages[] = trim($skipped->item($ii)->nodeValue, " \n");
}
$user_data .= implode("\n", $messages);
}
// Failure is a test which the code has explicitly failed by using
// the mechanizms for that purpose. e.g., via an assertEquals
$failures = $testcase->getElementsByTagName("failure");
if ($failures->length > 0) {
$status = ArcanistUnitTestResult::RESULT_FAIL;
$messages = array();
for ($ii = 0; $ii < $failures->length; $ii++) {
$messages[] = trim($failures->item($ii)->nodeValue, " \n");
}
$user_data .= implode("\n", $messages)."\n";
}
// An errored test is one that had an unanticipated problem. e.g., an
// unchecked throwable, or a problem with an implementation of the
// test.
$errors = $testcase->getElementsByTagName("error");
if ($errors->length > 0) {
$status = ArcanistUnitTestResult::RESULT_BROKEN;
$messages = array();
for ($ii = 0; $ii < $errors->length; $ii++) {
$messages[] = trim($errors->item($ii)->nodeValue, " \n");
}
$user_data .= implode("\n", $messages)."\n";
}
$result = new ArcanistUnitTestResult();
$result->setName($classname.".".$name);
$result->setResult($status);
$result->setDuration($time);
$result->setCoverage($coverage);
$result->setUserData($user_data);
$results[] = $result;
}
return $results;
}
- public function readCoverage($path) {
+ public function readCoverage($cover_file, $source_path) {
$coverage_dom = new DOMDocument();
- $coverage_dom->loadXML(Filesystem::readFile($path));
+ $coverage_dom->loadXML(Filesystem::readFile($cover_file));
$reports = array();
$classes = $coverage_dom->getElementsByTagName("class");
foreach ($classes as $class) {
// filename is actually python module path with ".py" at the end,
// e.g.: tornado.web.py
$relative_path = explode(".", $class->getAttribute("filename"));
array_pop($relative_path);
- $relative_path = implode("/", $relative_path);
+ $relative_path = $source_path .'/'. implode("/", $relative_path);
// first we check if the path is a directory (a Python package), if it is
// set relative and absolute paths to have __init__.py at the end.
$absolute_path = Filesystem::resolvePath($relative_path);
if (is_dir($absolute_path)) {
$relative_path .= "/__init__.py";
$absolute_path .= "/__init__.py";
}
// then we check if the path with ".py" at the end is file (a Python
// submodule), if it is - set relative and absolute paths to have
// ".py" at the end.
if (is_file($absolute_path.".py")) {
$relative_path .= ".py";
$absolute_path .= ".py";
}
if (!file_exists($absolute_path)) {
continue;
}
// get total line count in file
$line_count = count(file($absolute_path));
$coverage = "";
$start_line = 1;
$lines = $class->getElementsByTagName("line");
for ($ii = 0; $ii < $lines->length; $ii++) {
$line = $lines->item($ii);
$next_line = intval($line->getAttribute("number"));
for ($start_line; $start_line < $next_line; $start_line++) {
$coverage .= "N";
}
if (intval($line->getAttribute("hits")) == 0) {
$coverage .= "U";
} else if (intval($line->getAttribute("hits")) > 0) {
$coverage .= "C";
}
$start_line++;
}
if ($start_line < $line_count) {
foreach (range($start_line, $line_count) as $line_num) {
$coverage .= "N";
}
}
$reports[$relative_path] = $coverage;
}
return $reports;
}
}

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