misc_pterodactyl-panel/tests/Integration/Services/Deployment/FindViableNodesServiceTest.php

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<?php
namespace Pterodactyl\Tests\Integration\Services\Deployment;
use Pterodactyl\Models\Node;
use InvalidArgumentException;
use Pterodactyl\Models\Server;
use Pterodactyl\Models\Location;
use Pterodactyl\Models\Database;
use Illuminate\Support\Collection;
use Pterodactyl\Tests\Integration\IntegrationTestCase;
use Pterodactyl\Services\Deployment\FindViableNodesService;
use Pterodactyl\Exceptions\Service\Deployment\NoViableNodeException;
class FindViableNodesServiceTest extends IntegrationTestCase
{
public function setUp(): void
{
parent::setUp();
Database::query()->delete();
Server::query()->delete();
Node::query()->delete();
}
public function testExceptionIsThrownIfNoDiskSpaceHasBeenSet()
{
$this->expectException(InvalidArgumentException::class);
$this->expectExceptionMessage('Disk space must be an int, got NULL');
$this->getService()->handle();
}
public function testExceptionIsThrownIfNoMemoryHasBeenSet()
{
$this->expectException(InvalidArgumentException::class);
$this->expectExceptionMessage('Memory usage must be an int, got NULL');
$this->getService()->setDisk(10)->handle();
}
public function testExpectedNodeIsReturnedForLocation()
{
/** @var \Pterodactyl\Models\Location[] $locations */
$locations = factory(Location::class)->times(2)->create();
/** @var \Pterodactyl\Models\Node[] $nodes */
$nodes = [
// This node should never be returned once we've completed the initial test which
// runs without a location filter.
factory(Node::class)->create([
'location_id' => $locations[0]->id,
'memory' => 2048,
'disk' => 1024 * 100,
]),
factory(Node::class)->create([
'location_id' => $locations[1]->id,
'memory' => 1024,
'disk' => 10240,
'disk_overallocate' => 10,
]),
factory(Node::class)->create([
'location_id' => $locations[1]->id,
'memory' => 1024 * 4,
'memory_overallocate' => 50,
'disk' => 102400,
]),
];
// Expect that all of the nodes are returned as we're under all of their limits
// and there is no location filter being provided.
$response = $this->getService()->setDisk(512)->setMemory(512)->handle();
$this->assertInstanceOf(Collection::class, $response);
$this->assertCount(3, $response);
$this->assertInstanceOf(Node::class, $response[0]);
// Expect that only the last node is returned because it is the only one with enough
// memory available to this instance.
$response = $this->getService()->setDisk(512)->setMemory(2049)->handle();
$this->assertInstanceOf(Collection::class, $response);
$this->assertCount(1, $response);
$this->assertSame($nodes[2]->id, $response[0]->id);
// Helper, I am lazy.
$base = function () use ($locations) {
return $this->getService()->setLocations([ $locations[1]->id ])->setDisk(512);
};
// Expect that we can create this server on either node since the disk and memory
// limits are below the allowed amount.
$response = $base()->setMemory(512)->handle();
$this->assertCount(2, $response);
$this->assertSame(2, $response->where('location_id', $locations[1]->id)->count());
// Expect that we can only create this server on the second node since the memory
// allocated is over the amount of memory available to the first node.
$response = $base()->setMemory(2048)->handle();
$this->assertCount(1, $response);
$this->assertSame($nodes[2]->id, $response[0]->id);
// Expect that we can only create this server on the second node since the disk
// allocated is over the limit assigned to the first node (even with the overallocate).
$response = $base()->setDisk(20480)->setMemory(256)->handle();
$this->assertCount(1, $response);
$this->assertSame($nodes[2]->id, $response[0]->id);
// Expect that we could create the server on either node since the disk allocated is
// right at the limit for Node 1 when the overallocate value is included in the calc.
$response = $base()->setDisk(11264)->setMemory(256)->handle();
$this->assertCount(2, $response);
// Create two servers on the first node so that the disk space used is equal to the
// base amount available to the node (without overallocation included).
$servers = Collection::make([
$this->createServerModel(['node_id' => $nodes[1]->id, 'disk' => 5120]),
$this->createServerModel(['node_id' => $nodes[1]->id, 'disk' => 5120]),
]);
// Expect that we cannot create a server with a 1GB disk on the first node since there
// is not enough space (even with the overallocate) available to the node.
$response = $base()->setDisk(1024)->setMemory(256)->handle();
$this->assertCount(1, $response);
$this->assertSame($nodes[2]->id, $response[0]->id);
// Cleanup servers since we need to test some other stuff with memory here.
$servers->each->delete();
// Expect that no viable node can be found when the memory limit for the given instance
// is greater than either node can support, even with the overallocation limits taken
// into account.
$this->expectException(NoViableNodeException::class);
$base()->setMemory(10000)->handle();
// Create four servers so that the memory used for the second node is equal to the total
// limit for that node (pre-overallocate calculation).
Collection::make([
$this->createServerModel(['node_id' => $nodes[2]->id, 'memory' => 1024]),
$this->createServerModel(['node_id' => $nodes[2]->id, 'memory' => 1024]),
$this->createServerModel(['node_id' => $nodes[2]->id, 'memory' => 1024]),
$this->createServerModel(['node_id' => $nodes[2]->id, 'memory' => 1024]),
]);
// Expect that either node can support this server when we account for the overallocate
// value of the second node.
$response = $base()->setMemory(500)->handle();
$this->assertCount(2, $response);
$this->assertSame(2, $response->where('location_id', $locations[1]->id)->count());
// Expect that only the first node can support this server when we go over the remaining
// memory for the second nodes overallocate calculation.
$response = $base()->setMemory(640)->handle();
$this->assertCount(1, $response);
$this->assertSame($nodes[1]->id, $response[0]->id);
}
/**
* @return \Pterodactyl\Services\Deployment\FindViableNodesService
*/
private function getService()
{
return $this->app->make(FindViableNodesService::class);
}
}