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Add "Dominion" rules for Owners Packages
Summary: Ref T10939. This supports two settings for packages (although they can't be configured yet): - **Strong Dominion**: If the package owns `a/`, it always owns every subpath, even if another package also owns the subpath. For example, if I own `src/differential/`, I always own it even if someone else claims `src/differential/js/` as part of the "Javascript" package. This is the current behavior, and the default. - **Weak Dominion**: If the package owns `a/`, but another package owns `a/b/`, the package gives up control of those paths and no longer owns paths in `a/b/`. This is a new behavior which can make defining some types of packages easier. In the next change, I'll allow users to switch these modes and document what they mean. Test Plan: - Ran existing unit tests. - Added new unit tests. Reviewers: chad Reviewed By: chad Subscribers: joel Maniphest Tasks: T10939 Differential Revision: https://secure.phabricator.com/D15935
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commit
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2 changed files with 165 additions and 26 deletions
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@ -34,6 +34,9 @@ final class PhabricatorOwnersPackage
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const AUTOREVIEW_REVIEW = 'review';
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const AUTOREVIEW_REVIEW = 'review';
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const AUTOREVIEW_BLOCK = 'block';
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const AUTOREVIEW_BLOCK = 'block';
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const DOMINION_STRONG = 'strong';
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const DOMINION_WEAK = 'weak';
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public static function initializeNewPackage(PhabricatorUser $actor) {
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public static function initializeNewPackage(PhabricatorUser $actor) {
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$app = id(new PhabricatorApplicationQuery())
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$app = id(new PhabricatorApplicationQuery())
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->setViewer($actor)
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->setViewer($actor)
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@ -190,7 +193,7 @@ final class PhabricatorOwnersPackage
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foreach (array_chunk(array_keys($fragments), 128) as $chunk) {
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foreach (array_chunk(array_keys($fragments), 128) as $chunk) {
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$rows[] = queryfx_all(
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$rows[] = queryfx_all(
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$conn,
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$conn,
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'SELECT pkg.id, p.excluded, p.path
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'SELECT pkg.id, "strong" dominion, p.excluded, p.path
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FROM %T pkg JOIN %T p ON p.packageID = pkg.id
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FROM %T pkg JOIN %T p ON p.packageID = pkg.id
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WHERE p.path IN (%Ls) %Q',
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WHERE p.path IN (%Ls) %Q',
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$package->getTableName(),
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$package->getTableName(),
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@ -232,35 +235,100 @@ final class PhabricatorOwnersPackage
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}
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}
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public static function findLongestPathsPerPackage(array $rows, array $paths) {
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public static function findLongestPathsPerPackage(array $rows, array $paths) {
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$ids = array();
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foreach (igroup($rows, 'id') as $id => $package_paths) {
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// Build a map from each path to all the package paths which match it.
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$relevant_paths = array_select_keys(
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$path_hits = array();
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$paths,
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$weak = array();
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ipull($package_paths, 'path'));
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foreach ($rows as $row) {
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$id = $row['id'];
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$path = $row['path'];
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$length = strlen($path);
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$excluded = $row['excluded'];
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// For every package, remove all excluded paths.
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if ($row['dominion'] === self::DOMINION_WEAK) {
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$remove = array();
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$weak[$id] = true;
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foreach ($package_paths as $package_path) {
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if ($package_path['excluded']) {
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$remove += idx($relevant_paths, $package_path['path'], array());
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unset($relevant_paths[$package_path['path']]);
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}
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}
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}
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if ($remove) {
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$matches = $paths[$path];
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foreach ($relevant_paths as $fragment => $fragment_paths) {
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foreach ($matches as $match => $ignored) {
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$relevant_paths[$fragment] = array_diff_key($fragment_paths, $remove);
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$path_hits[$match][] = array(
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}
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'id' => $id,
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}
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'excluded' => $excluded,
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'length' => $length,
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$relevant_paths = array_filter($relevant_paths);
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);
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if ($relevant_paths) {
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$ids[$id] = max(array_map('strlen', array_keys($relevant_paths)));
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}
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}
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}
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}
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return $ids;
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// For each path, process the matching package paths to figure out which
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// packages actually own it.
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$path_packages = array();
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foreach ($path_hits as $match => $hits) {
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$hits = isort($hits, 'length');
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$packages = array();
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foreach ($hits as $hit) {
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$package_id = $hit['id'];
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if ($hit['excluded']) {
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unset($packages[$package_id]);
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} else {
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$packages[$package_id] = $hit;
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}
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}
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$path_packages[$match] = $packages;
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}
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// Remove packages with weak dominion rules that should cede control to
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// a more specific package.
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if ($weak) {
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foreach ($path_packages as $match => $packages) {
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$packages = isort($packages, 'length');
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$packages = array_reverse($packages, true);
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$first = null;
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foreach ($packages as $package_id => $package) {
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// If this is the first package we've encountered, note it and
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// continue. We're iterating over the packages from longest to
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// shortest match, so this package always has the strongest claim
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// on the path.
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if ($first === null) {
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$first = $package_id;
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continue;
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}
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// If this is the first package we saw, its claim stands even if it
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// is a weak package.
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if ($first === $package_id) {
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continue;
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}
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// If this is a weak package and not the first package we saw,
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// cede its claim to the stronger package.
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if (isset($weak[$package_id])) {
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unset($packages[$package_id]);
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}
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}
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$path_packages[$match] = $packages;
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}
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}
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// For each package that owns at least one path, identify the longest
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// path it owns.
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$package_lengths = array();
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foreach ($path_packages as $match => $hits) {
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foreach ($hits as $hit) {
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$length = $hit['length'];
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$id = $hit['id'];
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if (empty($package_lengths[$id])) {
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$package_lengths[$id] = $length;
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} else {
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$package_lengths[$id] = max($package_lengths[$id], $length);
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}
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}
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}
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return $package_lengths;
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}
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}
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public static function splitPath($path) {
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public static function splitPath($path) {
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@ -4,9 +4,24 @@ final class PhabricatorOwnersPackageTestCase extends PhabricatorTestCase {
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public function testFindLongestPathsPerPackage() {
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public function testFindLongestPathsPerPackage() {
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$rows = array(
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$rows = array(
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array('id' => 1, 'excluded' => 0, 'path' => 'src/'),
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array(
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array('id' => 1, 'excluded' => 1, 'path' => 'src/releeph/'),
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'id' => 1,
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array('id' => 2, 'excluded' => 0, 'path' => 'src/releeph/'),
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'excluded' => 0,
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'dominion' => PhabricatorOwnersPackage::DOMINION_STRONG,
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'path' => 'src/',
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),
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array(
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'id' => 1,
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'excluded' => 1,
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'dominion' => PhabricatorOwnersPackage::DOMINION_STRONG,
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'path' => 'src/releeph/',
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),
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array(
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'id' => 2,
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'excluded' => 0,
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'dominion' => PhabricatorOwnersPackage::DOMINION_STRONG,
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'path' => 'src/releeph/',
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),
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);
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);
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$paths = array(
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$paths = array(
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@ -29,6 +44,62 @@ final class PhabricatorOwnersPackageTestCase extends PhabricatorTestCase {
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2 => strlen('src/releeph/'),
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2 => strlen('src/releeph/'),
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),
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),
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PhabricatorOwnersPackage::findLongestPathsPerPackage($rows, $paths));
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PhabricatorOwnersPackage::findLongestPathsPerPackage($rows, $paths));
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// Test packages with weak dominion. Here, only package #2 should own the
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// path. Package #1's claim is ceded to Package #2 because it uses weak
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// rules. Package #2 gets the claim even though it also has weak rules
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// because there is no more-specific package.
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$rows = array(
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array(
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'id' => 1,
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'excluded' => 0,
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'dominion' => PhabricatorOwnersPackage::DOMINION_WEAK,
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'path' => 'src/',
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),
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array(
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'id' => 2,
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'excluded' => 0,
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'dominion' => PhabricatorOwnersPackage::DOMINION_WEAK,
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'path' => 'src/applications/',
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),
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);
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$pvalue = array('src/applications/main/main.c' => true);
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$paths = array(
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'src/' => $pvalue,
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'src/applications/' => $pvalue,
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);
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$this->assertEqual(
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array(
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2 => strlen('src/applications/'),
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),
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PhabricatorOwnersPackage::findLongestPathsPerPackage($rows, $paths));
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// Now, add a more specific path to Package #1. This tests nested ownership
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// in packages with weak dominion rules. This time, Package #1 should end
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// up back on top, with Package #2 cedeing control to its more specific
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// path.
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$rows[] = array(
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'id' => 1,
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'excluded' => 0,
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'dominion' => PhabricatorOwnersPackage::DOMINION_WEAK,
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'path' => 'src/applications/main/',
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);
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$paths['src/applications/main/'] = $pvalue;
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$this->assertEqual(
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array(
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1 => strlen('src/applications/main/'),
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),
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PhabricatorOwnersPackage::findLongestPathsPerPackage($rows, $paths));
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}
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}
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}
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}
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