root / htools / Ganeti / HTools / QC.hs @ 89298c04
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{-# LANGUAGE TemplateHaskell #-} |
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{-| Unittests for ganeti-htools. |
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|
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-} |
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|
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{- |
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|
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Copyright (C) 2009, 2010, 2011, 2012 Google Inc. |
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|
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This program is free software; you can redistribute it and/or modify |
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it under the terms of the GNU General Public License as published by |
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the Free Software Foundation; either version 2 of the License, or |
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(at your option) any later version. |
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|
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This program is distributed in the hope that it will be useful, but |
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WITHOUT ANY WARRANTY; without even the implied warranty of |
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MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU |
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General Public License for more details. |
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|
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You should have received a copy of the GNU General Public License |
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along with this program; if not, write to the Free Software |
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Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA |
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02110-1301, USA. |
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|
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-} |
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|
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module Ganeti.HTools.QC |
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( testUtils |
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, testPeerMap |
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, testContainer |
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, testInstance |
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, testNode |
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, testText |
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, testSimu |
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, testOpCodes |
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, testJobs |
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, testCluster |
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, testLoader |
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, testTypes |
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, testCLI |
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) where |
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|
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import Test.QuickCheck |
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import Text.Printf (printf) |
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import Data.List (findIndex, intercalate, nub, isPrefixOf) |
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import qualified Data.Set as Set |
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import Data.Maybe |
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import Control.Monad |
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import qualified System.Console.GetOpt as GetOpt |
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import qualified Text.JSON as J |
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import qualified Data.Map |
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import qualified Data.IntMap as IntMap |
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|
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import qualified Ganeti.OpCodes as OpCodes |
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import qualified Ganeti.Jobs as Jobs |
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import qualified Ganeti.Luxi |
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import qualified Ganeti.HTools.CLI as CLI |
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import qualified Ganeti.HTools.Cluster as Cluster |
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import qualified Ganeti.HTools.Container as Container |
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import qualified Ganeti.HTools.ExtLoader |
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import qualified Ganeti.HTools.IAlloc as IAlloc |
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import qualified Ganeti.HTools.Instance as Instance |
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import qualified Ganeti.HTools.JSON as JSON |
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import qualified Ganeti.HTools.Loader as Loader |
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import qualified Ganeti.HTools.Luxi |
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import qualified Ganeti.HTools.Node as Node |
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import qualified Ganeti.HTools.Group as Group |
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import qualified Ganeti.HTools.PeerMap as PeerMap |
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import qualified Ganeti.HTools.Rapi |
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import qualified Ganeti.HTools.Simu as Simu |
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import qualified Ganeti.HTools.Text as Text |
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import qualified Ganeti.HTools.Types as Types |
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import qualified Ganeti.HTools.Utils as Utils |
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import qualified Ganeti.HTools.Version |
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import qualified Ganeti.Constants as C |
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|
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import qualified Ganeti.HTools.Program.Hail |
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import qualified Ganeti.HTools.Program.Hbal |
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import qualified Ganeti.HTools.Program.Hscan |
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import qualified Ganeti.HTools.Program.Hspace |
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|
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import Ganeti.HTools.QCHelper (testSuite) |
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|
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-- * Constants |
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|
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-- | Maximum memory (1TiB, somewhat random value). |
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maxMem :: Int |
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maxMem = 1024 * 1024 |
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|
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-- | Maximum disk (8TiB, somewhat random value). |
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maxDsk :: Int |
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maxDsk = 1024 * 1024 * 8 |
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|
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-- | Max CPUs (1024, somewhat random value). |
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maxCpu :: Int |
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maxCpu = 1024 |
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|
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-- | All disk templates (used later) |
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allDiskTemplates :: [Types.DiskTemplate] |
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allDiskTemplates = [minBound..maxBound] |
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|
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-- | Null iPolicy, and by null we mean very liberal. |
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nullIPolicy = Types.IPolicy |
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{ Types.iPolicyMinSpec = Types.ISpec { Types.iSpecMemorySize = 0 |
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, Types.iSpecCpuCount = 0 |
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, Types.iSpecDiskSize = 0 |
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, Types.iSpecDiskCount = 0 |
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, Types.iSpecNicCount = 0 |
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} |
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, Types.iPolicyMaxSpec = Types.ISpec { Types.iSpecMemorySize = maxBound |
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, Types.iSpecCpuCount = maxBound |
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, Types.iSpecDiskSize = maxBound |
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, Types.iSpecDiskCount = C.maxDisks |
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, Types.iSpecNicCount = C.maxNics |
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} |
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, Types.iPolicyStdSpec = Types.ISpec { Types.iSpecMemorySize = Types.unitMem |
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, Types.iSpecCpuCount = Types.unitCpu |
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, Types.iSpecDiskSize = Types.unitDsk |
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, Types.iSpecDiskCount = 1 |
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, Types.iSpecNicCount = 1 |
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} |
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, Types.iPolicyDiskTemplates = [Types.DTDrbd8, Types.DTPlain] |
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} |
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|
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|
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defGroup :: Group.Group |
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defGroup = flip Group.setIdx 0 $ |
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Group.create "default" Types.defaultGroupID Types.AllocPreferred |
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nullIPolicy |
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|
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defGroupList :: Group.List |
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defGroupList = Container.fromList [(Group.idx defGroup, defGroup)] |
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|
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defGroupAssoc :: Data.Map.Map String Types.Gdx |
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defGroupAssoc = Data.Map.singleton (Group.uuid defGroup) (Group.idx defGroup) |
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|
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-- * Helper functions |
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|
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-- | Simple checker for whether OpResult is fail or pass. |
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isFailure :: Types.OpResult a -> Bool |
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isFailure (Types.OpFail _) = True |
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isFailure _ = False |
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|
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-- | Checks for equality with proper annotation. |
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(==?) :: (Show a, Eq a) => a -> a -> Property |
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(==?) x y = printTestCase |
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("Expected equality, but '" ++ |
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show x ++ "' /= '" ++ show y ++ "'") (x == y) |
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infix 3 ==? |
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|
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-- | Show a message and fail the test. |
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failTest :: String -> Property |
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failTest msg = printTestCase msg False |
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|
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-- | Update an instance to be smaller than a node. |
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setInstanceSmallerThanNode node inst = |
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inst { Instance.mem = Node.availMem node `div` 2 |
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, Instance.dsk = Node.availDisk node `div` 2 |
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, Instance.vcpus = Node.availCpu node `div` 2 |
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} |
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|
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-- | Create an instance given its spec. |
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createInstance mem dsk vcpus = |
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Instance.create "inst-unnamed" mem dsk vcpus Types.Running [] True (-1) (-1) |
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Types.DTDrbd8 |
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|
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-- | Create a small cluster by repeating a node spec. |
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makeSmallCluster :: Node.Node -> Int -> Node.List |
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makeSmallCluster node count = |
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let origname = Node.name node |
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origalias = Node.alias node |
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nodes = map (\idx -> node { Node.name = origname ++ "-" ++ show idx |
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, Node.alias = origalias ++ "-" ++ show idx }) |
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[1..count] |
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fn = flip Node.buildPeers Container.empty |
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namelst = map (\n -> (Node.name n, fn n)) nodes |
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(_, nlst) = Loader.assignIndices namelst |
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in nlst |
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|
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-- | Make a small cluster, both nodes and instances. |
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makeSmallEmptyCluster :: Node.Node -> Int -> Instance.Instance |
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-> (Node.List, Instance.List, Instance.Instance) |
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makeSmallEmptyCluster node count inst = |
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(makeSmallCluster node count, Container.empty, |
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setInstanceSmallerThanNode node inst) |
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|
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-- | Checks if a node is "big" enough. |
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isNodeBig :: Int -> Node.Node -> Bool |
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isNodeBig size node = Node.availDisk node > size * Types.unitDsk |
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&& Node.availMem node > size * Types.unitMem |
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&& Node.availCpu node > size * Types.unitCpu |
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|
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canBalance :: Cluster.Table -> Bool -> Bool -> Bool -> Bool |
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canBalance tbl dm im evac = isJust $ Cluster.tryBalance tbl dm im evac 0 0 |
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|
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-- | Assigns a new fresh instance to a cluster; this is not |
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-- allocation, so no resource checks are done. |
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assignInstance :: Node.List -> Instance.List -> Instance.Instance -> |
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Types.Idx -> Types.Idx -> |
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(Node.List, Instance.List) |
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assignInstance nl il inst pdx sdx = |
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let pnode = Container.find pdx nl |
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snode = Container.find sdx nl |
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maxiidx = if Container.null il |
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then 0 |
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else fst (Container.findMax il) + 1 |
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inst' = inst { Instance.idx = maxiidx, |
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Instance.pNode = pdx, Instance.sNode = sdx } |
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pnode' = Node.setPri pnode inst' |
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snode' = Node.setSec snode inst' |
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nl' = Container.addTwo pdx pnode' sdx snode' nl |
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il' = Container.add maxiidx inst' il |
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in (nl', il') |
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|
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-- | Generates a list of a given size with non-duplicate elements. |
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genUniquesList :: (Eq a, Arbitrary a) => Int -> Gen [a] |
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genUniquesList cnt = |
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foldM (\lst _ -> do |
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newelem <- arbitrary `suchThat` (`notElem` lst) |
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return (newelem:lst)) [] [1..cnt] |
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|
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-- * Arbitrary instances |
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|
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-- | Defines a DNS name. |
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newtype DNSChar = DNSChar { dnsGetChar::Char } |
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|
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instance Arbitrary DNSChar where |
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arbitrary = do |
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x <- elements (['a'..'z'] ++ ['0'..'9'] ++ "_-") |
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return (DNSChar x) |
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|
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-- | Generates a single name component. |
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getName :: Gen String |
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getName = do |
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n <- choose (1, 64) |
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dn <- vector n::Gen [DNSChar] |
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return (map dnsGetChar dn) |
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|
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-- | Generates an entire FQDN. |
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getFQDN :: Gen String |
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getFQDN = do |
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ncomps <- choose (1, 4) |
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names <- mapM (const getName) [1..ncomps::Int] |
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return $ intercalate "." names |
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|
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-- | Defines a tag type. |
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newtype TagChar = TagChar { tagGetChar :: Char } |
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|
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-- | All valid tag chars. This doesn't need to match _exactly_ |
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-- Ganeti's own tag regex, just enough for it to be close. |
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tagChar :: [Char] |
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tagChar = ['a'..'z'] ++ ['A'..'Z'] ++ ['0'..'9'] ++ ".+*/:@-" |
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|
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instance Arbitrary TagChar where |
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arbitrary = do |
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c <- elements tagChar |
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return (TagChar c) |
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|
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-- | Generates a tag |
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genTag :: Gen [TagChar] |
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genTag = do |
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-- the correct value would be C.maxTagLen, but that's way too |
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-- verbose in unittests, and at the moment I don't see any possible |
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-- bugs with longer tags and the way we use tags in htools |
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n <- choose (1, 10) |
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vector n |
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|
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-- | Generates a list of tags (correctly upper bounded). |
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genTags :: Gen [String] |
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genTags = do |
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-- the correct value would be C.maxTagsPerObj, but per the comment |
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-- in genTag, we don't use tags enough in htools to warrant testing |
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-- such big values |
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n <- choose (0, 10::Int) |
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tags <- mapM (const genTag) [1..n] |
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return $ map (map tagGetChar) tags |
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|
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instance Arbitrary Types.InstanceStatus where |
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arbitrary = elements [minBound..maxBound] |
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|
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-- | Generates a random instance with maximum disk/mem/cpu values. |
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genInstanceSmallerThan :: Int -> Int -> Int -> Gen Instance.Instance |
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genInstanceSmallerThan lim_mem lim_dsk lim_cpu = do |
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name <- getFQDN |
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mem <- choose (0, lim_mem) |
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dsk <- choose (0, lim_dsk) |
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run_st <- arbitrary |
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pn <- arbitrary |
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sn <- arbitrary |
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vcpus <- choose (0, lim_cpu) |
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return $ Instance.create name mem dsk vcpus run_st [] True pn sn |
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Types.DTDrbd8 |
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|
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-- | Generates an instance smaller than a node. |
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genInstanceSmallerThanNode :: Node.Node -> Gen Instance.Instance |
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genInstanceSmallerThanNode node = |
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genInstanceSmallerThan (Node.availMem node `div` 2) |
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(Node.availDisk node `div` 2) |
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(Node.availCpu node `div` 2) |
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|
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-- let's generate a random instance |
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instance Arbitrary Instance.Instance where |
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arbitrary = genInstanceSmallerThan maxMem maxDsk maxCpu |
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|
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-- | Generas an arbitrary node based on sizing information. |
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genNode :: Maybe Int -- ^ Minimum node size in terms of units |
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-> Maybe Int -- ^ Maximum node size (when Nothing, bounded |
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-- just by the max... constants) |
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-> Gen Node.Node |
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genNode min_multiplier max_multiplier = do |
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let (base_mem, base_dsk, base_cpu) = |
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case min_multiplier of |
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Just mm -> (mm * Types.unitMem, |
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mm * Types.unitDsk, |
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mm * Types.unitCpu) |
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Nothing -> (0, 0, 0) |
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(top_mem, top_dsk, top_cpu) = |
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case max_multiplier of |
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Just mm -> (mm * Types.unitMem, |
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mm * Types.unitDsk, |
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mm * Types.unitCpu) |
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Nothing -> (maxMem, maxDsk, maxCpu) |
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name <- getFQDN |
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mem_t <- choose (base_mem, top_mem) |
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mem_f <- choose (base_mem, mem_t) |
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mem_n <- choose (0, mem_t - mem_f) |
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dsk_t <- choose (base_dsk, top_dsk) |
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dsk_f <- choose (base_dsk, dsk_t) |
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cpu_t <- choose (base_cpu, top_cpu) |
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offl <- arbitrary |
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let n = Node.create name (fromIntegral mem_t) mem_n mem_f |
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(fromIntegral dsk_t) dsk_f (fromIntegral cpu_t) offl 0 |
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n' = Node.setPolicy nullIPolicy n |
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return $ Node.buildPeers n' Container.empty |
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|
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-- | Helper function to generate a sane node. |
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genOnlineNode :: Gen Node.Node |
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genOnlineNode = do |
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arbitrary `suchThat` (\n -> not (Node.offline n) && |
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not (Node.failN1 n) && |
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Node.availDisk n > 0 && |
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Node.availMem n > 0 && |
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Node.availCpu n > 0) |
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|
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-- and a random node |
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instance Arbitrary Node.Node where |
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arbitrary = genNode Nothing Nothing |
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|
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-- replace disks |
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instance Arbitrary OpCodes.ReplaceDisksMode where |
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arbitrary = elements [minBound..maxBound] |
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|
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instance Arbitrary OpCodes.OpCode where |
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arbitrary = do |
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op_id <- elements [ "OP_TEST_DELAY" |
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, "OP_INSTANCE_REPLACE_DISKS" |
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, "OP_INSTANCE_FAILOVER" |
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, "OP_INSTANCE_MIGRATE" |
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] |
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case op_id of |
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"OP_TEST_DELAY" -> |
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liftM3 OpCodes.OpTestDelay arbitrary arbitrary arbitrary |
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"OP_INSTANCE_REPLACE_DISKS" -> |
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liftM5 OpCodes.OpInstanceReplaceDisks arbitrary arbitrary |
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arbitrary arbitrary arbitrary |
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"OP_INSTANCE_FAILOVER" -> |
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liftM3 OpCodes.OpInstanceFailover arbitrary arbitrary |
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arbitrary |
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"OP_INSTANCE_MIGRATE" -> |
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liftM5 OpCodes.OpInstanceMigrate arbitrary arbitrary |
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arbitrary arbitrary arbitrary |
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_ -> fail "Wrong opcode" |
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|
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instance Arbitrary Jobs.OpStatus where |
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arbitrary = elements [minBound..maxBound] |
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|
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instance Arbitrary Jobs.JobStatus where |
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arbitrary = elements [minBound..maxBound] |
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|
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newtype SmallRatio = SmallRatio Double deriving Show |
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instance Arbitrary SmallRatio where |
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arbitrary = do |
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v <- choose (0, 1) |
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return $ SmallRatio v |
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|
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instance Arbitrary Types.AllocPolicy where |
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arbitrary = elements [minBound..maxBound] |
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|
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instance Arbitrary Types.DiskTemplate where |
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arbitrary = elements [minBound..maxBound] |
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|
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instance Arbitrary Types.FailMode where |
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arbitrary = elements [minBound..maxBound] |
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|
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instance Arbitrary Types.EvacMode where |
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arbitrary = elements [minBound..maxBound] |
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|
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instance Arbitrary a => Arbitrary (Types.OpResult a) where |
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arbitrary = arbitrary >>= \c -> |
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if c |
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then liftM Types.OpGood arbitrary |
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else liftM Types.OpFail arbitrary |
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|
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instance Arbitrary Types.ISpec where |
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arbitrary = do |
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mem_s <- arbitrary::Gen (NonNegative Int) |
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dsk_c <- arbitrary::Gen (NonNegative Int) |
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dsk_s <- arbitrary::Gen (NonNegative Int) |
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cpu_c <- arbitrary::Gen (NonNegative Int) |
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nic_c <- arbitrary::Gen (NonNegative Int) |
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return Types.ISpec { Types.iSpecMemorySize = fromIntegral mem_s |
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, Types.iSpecCpuCount = fromIntegral cpu_c |
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, Types.iSpecDiskSize = fromIntegral dsk_s |
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, Types.iSpecDiskCount = fromIntegral dsk_c |
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, Types.iSpecNicCount = fromIntegral nic_c |
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} |
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|
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-- | Generates an ispec bigger than the given one. |
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genBiggerISpec :: Types.ISpec -> Gen Types.ISpec |
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genBiggerISpec imin = do |
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mem_s <- choose (Types.iSpecMemorySize imin, maxBound) |
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dsk_c <- choose (Types.iSpecDiskCount imin, maxBound) |
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dsk_s <- choose (Types.iSpecDiskSize imin, maxBound) |
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cpu_c <- choose (Types.iSpecCpuCount imin, maxBound) |
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nic_c <- choose (Types.iSpecNicCount imin, maxBound) |
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return Types.ISpec { Types.iSpecMemorySize = fromIntegral mem_s |
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, Types.iSpecCpuCount = fromIntegral cpu_c |
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, Types.iSpecDiskSize = fromIntegral dsk_s |
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, Types.iSpecDiskCount = fromIntegral dsk_c |
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, Types.iSpecNicCount = fromIntegral nic_c |
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} |
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|
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instance Arbitrary Types.IPolicy where |
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arbitrary = do |
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imin <- arbitrary |
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istd <- genBiggerISpec imin |
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imax <- genBiggerISpec istd |
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num_tmpl <- choose (0, length allDiskTemplates) |
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dts <- genUniquesList num_tmpl |
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return Types.IPolicy { Types.iPolicyMinSpec = imin |
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, Types.iPolicyStdSpec = istd |
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, Types.iPolicyMaxSpec = imax |
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, Types.iPolicyDiskTemplates = dts |
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} |
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|
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-- * Actual tests |
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|
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-- ** Utils tests |
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|
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-- | If the list is not just an empty element, and if the elements do |
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-- not contain commas, then join+split should be idempotent. |
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prop_Utils_commaJoinSplit = |
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forAll (arbitrary `suchThat` |
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(\l -> l /= [""] && all (notElem ',') l )) $ \lst -> |
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Utils.sepSplit ',' (Utils.commaJoin lst) ==? lst |
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|
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-- | Split and join should always be idempotent. |
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prop_Utils_commaSplitJoin s = |
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Utils.commaJoin (Utils.sepSplit ',' s) ==? s |
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|
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-- | fromObjWithDefault, we test using the Maybe monad and an integer |
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-- value. |
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prop_Utils_fromObjWithDefault def_value random_key = |
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-- a missing key will be returned with the default |
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JSON.fromObjWithDefault [] random_key def_value == Just def_value && |
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-- a found key will be returned as is, not with default |
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JSON.fromObjWithDefault [(random_key, J.showJSON def_value)] |
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random_key (def_value+1) == Just def_value |
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where _types = def_value :: Integer |
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|
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-- | Test that functional if' behaves like the syntactic sugar if. |
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prop_Utils_if'if :: Bool -> Int -> Int -> Gen Prop |
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prop_Utils_if'if cnd a b = |
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Utils.if' cnd a b ==? if cnd then a else b |
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|
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-- | Test basic select functionality |
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prop_Utils_select :: Int -- ^ Default result |
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-> [Int] -- ^ List of False values |
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-> [Int] -- ^ List of True values |
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-> Gen Prop -- ^ Test result |
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prop_Utils_select def lst1 lst2 = |
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Utils.select def (flist ++ tlist) ==? expectedresult |
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where expectedresult = Utils.if' (null lst2) def (head lst2) |
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flist = zip (repeat False) lst1 |
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tlist = zip (repeat True) lst2 |
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|
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-- | Test basic select functionality with undefined default |
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prop_Utils_select_undefd :: [Int] -- ^ List of False values |
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-> NonEmptyList Int -- ^ List of True values |
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-> Gen Prop -- ^ Test result |
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prop_Utils_select_undefd lst1 (NonEmpty lst2) = |
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Utils.select undefined (flist ++ tlist) ==? head lst2 |
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where flist = zip (repeat False) lst1 |
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tlist = zip (repeat True) lst2 |
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|
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-- | Test basic select functionality with undefined list values |
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prop_Utils_select_undefv :: [Int] -- ^ List of False values |
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-> NonEmptyList Int -- ^ List of True values |
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-> Gen Prop -- ^ Test result |
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prop_Utils_select_undefv lst1 (NonEmpty lst2) = |
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Utils.select undefined cndlist ==? head lst2 |
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where flist = zip (repeat False) lst1 |
504 |
tlist = zip (repeat True) lst2 |
505 |
cndlist = flist ++ tlist ++ [undefined] |
506 |
|
507 |
prop_Utils_parseUnit (NonNegative n) = |
508 |
Utils.parseUnit (show n) == Types.Ok n && |
509 |
Utils.parseUnit (show n ++ "m") == Types.Ok n && |
510 |
(case Utils.parseUnit (show n ++ "M") of |
511 |
Types.Ok m -> if n > 0 |
512 |
then m < n -- for positive values, X MB is < than X MiB |
513 |
else m == 0 -- but for 0, 0 MB == 0 MiB |
514 |
Types.Bad _ -> False) && |
515 |
Utils.parseUnit (show n ++ "g") == Types.Ok (n*1024) && |
516 |
Utils.parseUnit (show n ++ "t") == Types.Ok (n*1048576) && |
517 |
Types.isBad (Utils.parseUnit (show n ++ "x")::Types.Result Int) |
518 |
where _types = n::Int |
519 |
|
520 |
-- | Test list for the Utils module. |
521 |
testSuite "Utils" |
522 |
[ 'prop_Utils_commaJoinSplit |
523 |
, 'prop_Utils_commaSplitJoin |
524 |
, 'prop_Utils_fromObjWithDefault |
525 |
, 'prop_Utils_if'if |
526 |
, 'prop_Utils_select |
527 |
, 'prop_Utils_select_undefd |
528 |
, 'prop_Utils_select_undefv |
529 |
, 'prop_Utils_parseUnit |
530 |
] |
531 |
|
532 |
-- ** PeerMap tests |
533 |
|
534 |
-- | Make sure add is idempotent. |
535 |
prop_PeerMap_addIdempotent pmap key em = |
536 |
fn puniq ==? fn (fn puniq) |
537 |
where _types = (pmap::PeerMap.PeerMap, |
538 |
key::PeerMap.Key, em::PeerMap.Elem) |
539 |
fn = PeerMap.add key em |
540 |
puniq = PeerMap.accumArray const pmap |
541 |
|
542 |
-- | Make sure remove is idempotent. |
543 |
prop_PeerMap_removeIdempotent pmap key = |
544 |
fn puniq ==? fn (fn puniq) |
545 |
where _types = (pmap::PeerMap.PeerMap, key::PeerMap.Key) |
546 |
fn = PeerMap.remove key |
547 |
puniq = PeerMap.accumArray const pmap |
548 |
|
549 |
-- | Make sure a missing item returns 0. |
550 |
prop_PeerMap_findMissing pmap key = |
551 |
PeerMap.find key (PeerMap.remove key puniq) ==? 0 |
552 |
where _types = (pmap::PeerMap.PeerMap, key::PeerMap.Key) |
553 |
puniq = PeerMap.accumArray const pmap |
554 |
|
555 |
-- | Make sure an added item is found. |
556 |
prop_PeerMap_addFind pmap key em = |
557 |
PeerMap.find key (PeerMap.add key em puniq) ==? em |
558 |
where _types = (pmap::PeerMap.PeerMap, |
559 |
key::PeerMap.Key, em::PeerMap.Elem) |
560 |
puniq = PeerMap.accumArray const pmap |
561 |
|
562 |
-- | Manual check that maxElem returns the maximum indeed, or 0 for null. |
563 |
prop_PeerMap_maxElem pmap = |
564 |
PeerMap.maxElem puniq ==? if null puniq then 0 |
565 |
else (maximum . snd . unzip) puniq |
566 |
where _types = pmap::PeerMap.PeerMap |
567 |
puniq = PeerMap.accumArray const pmap |
568 |
|
569 |
-- | List of tests for the PeerMap module. |
570 |
testSuite "PeerMap" |
571 |
[ 'prop_PeerMap_addIdempotent |
572 |
, 'prop_PeerMap_removeIdempotent |
573 |
, 'prop_PeerMap_maxElem |
574 |
, 'prop_PeerMap_addFind |
575 |
, 'prop_PeerMap_findMissing |
576 |
] |
577 |
|
578 |
-- ** Container tests |
579 |
|
580 |
-- we silence the following due to hlint bug fixed in later versions |
581 |
{-# ANN prop_Container_addTwo "HLint: ignore Avoid lambda" #-} |
582 |
prop_Container_addTwo cdata i1 i2 = |
583 |
fn i1 i2 cont == fn i2 i1 cont && |
584 |
fn i1 i2 cont == fn i1 i2 (fn i1 i2 cont) |
585 |
where _types = (cdata::[Int], |
586 |
i1::Int, i2::Int) |
587 |
cont = foldl (\c x -> Container.add x x c) Container.empty cdata |
588 |
fn x1 x2 = Container.addTwo x1 x1 x2 x2 |
589 |
|
590 |
prop_Container_nameOf node = |
591 |
let nl = makeSmallCluster node 1 |
592 |
fnode = head (Container.elems nl) |
593 |
in Container.nameOf nl (Node.idx fnode) ==? Node.name fnode |
594 |
|
595 |
-- | We test that in a cluster, given a random node, we can find it by |
596 |
-- its name and alias, as long as all names and aliases are unique, |
597 |
-- and that we fail to find a non-existing name. |
598 |
prop_Container_findByName node = |
599 |
forAll (choose (1, 20)) $ \ cnt -> |
600 |
forAll (choose (0, cnt - 1)) $ \ fidx -> |
601 |
forAll (genUniquesList (cnt * 2)) $ \ allnames -> |
602 |
forAll (arbitrary `suchThat` (`notElem` allnames)) $ \ othername -> |
603 |
let names = zip (take cnt allnames) (drop cnt allnames) |
604 |
nl = makeSmallCluster node cnt |
605 |
nodes = Container.elems nl |
606 |
nodes' = map (\((name, alias), nn) -> (Node.idx nn, |
607 |
nn { Node.name = name, |
608 |
Node.alias = alias })) |
609 |
$ zip names nodes |
610 |
nl' = Container.fromList nodes' |
611 |
target = snd (nodes' !! fidx) |
612 |
in Container.findByName nl' (Node.name target) == Just target && |
613 |
Container.findByName nl' (Node.alias target) == Just target && |
614 |
isNothing (Container.findByName nl' othername) |
615 |
|
616 |
testSuite "Container" |
617 |
[ 'prop_Container_addTwo |
618 |
, 'prop_Container_nameOf |
619 |
, 'prop_Container_findByName |
620 |
] |
621 |
|
622 |
-- ** Instance tests |
623 |
|
624 |
-- Simple instance tests, we only have setter/getters |
625 |
|
626 |
prop_Instance_creat inst = |
627 |
Instance.name inst ==? Instance.alias inst |
628 |
|
629 |
prop_Instance_setIdx inst idx = |
630 |
Instance.idx (Instance.setIdx inst idx) ==? idx |
631 |
where _types = (inst::Instance.Instance, idx::Types.Idx) |
632 |
|
633 |
prop_Instance_setName inst name = |
634 |
Instance.name newinst == name && |
635 |
Instance.alias newinst == name |
636 |
where _types = (inst::Instance.Instance, name::String) |
637 |
newinst = Instance.setName inst name |
638 |
|
639 |
prop_Instance_setAlias inst name = |
640 |
Instance.name newinst == Instance.name inst && |
641 |
Instance.alias newinst == name |
642 |
where _types = (inst::Instance.Instance, name::String) |
643 |
newinst = Instance.setAlias inst name |
644 |
|
645 |
prop_Instance_setPri inst pdx = |
646 |
Instance.pNode (Instance.setPri inst pdx) ==? pdx |
647 |
where _types = (inst::Instance.Instance, pdx::Types.Ndx) |
648 |
|
649 |
prop_Instance_setSec inst sdx = |
650 |
Instance.sNode (Instance.setSec inst sdx) ==? sdx |
651 |
where _types = (inst::Instance.Instance, sdx::Types.Ndx) |
652 |
|
653 |
prop_Instance_setBoth inst pdx sdx = |
654 |
Instance.pNode si == pdx && Instance.sNode si == sdx |
655 |
where _types = (inst::Instance.Instance, pdx::Types.Ndx, sdx::Types.Ndx) |
656 |
si = Instance.setBoth inst pdx sdx |
657 |
|
658 |
prop_Instance_shrinkMG inst = |
659 |
Instance.mem inst >= 2 * Types.unitMem ==> |
660 |
case Instance.shrinkByType inst Types.FailMem of |
661 |
Types.Ok inst' -> Instance.mem inst' == Instance.mem inst - Types.unitMem |
662 |
_ -> False |
663 |
|
664 |
prop_Instance_shrinkMF inst = |
665 |
forAll (choose (0, 2 * Types.unitMem - 1)) $ \mem -> |
666 |
let inst' = inst { Instance.mem = mem} |
667 |
in Types.isBad $ Instance.shrinkByType inst' Types.FailMem |
668 |
|
669 |
prop_Instance_shrinkCG inst = |
670 |
Instance.vcpus inst >= 2 * Types.unitCpu ==> |
671 |
case Instance.shrinkByType inst Types.FailCPU of |
672 |
Types.Ok inst' -> |
673 |
Instance.vcpus inst' == Instance.vcpus inst - Types.unitCpu |
674 |
_ -> False |
675 |
|
676 |
prop_Instance_shrinkCF inst = |
677 |
forAll (choose (0, 2 * Types.unitCpu - 1)) $ \vcpus -> |
678 |
let inst' = inst { Instance.vcpus = vcpus } |
679 |
in Types.isBad $ Instance.shrinkByType inst' Types.FailCPU |
680 |
|
681 |
prop_Instance_shrinkDG inst = |
682 |
Instance.dsk inst >= 2 * Types.unitDsk ==> |
683 |
case Instance.shrinkByType inst Types.FailDisk of |
684 |
Types.Ok inst' -> |
685 |
Instance.dsk inst' == Instance.dsk inst - Types.unitDsk |
686 |
_ -> False |
687 |
|
688 |
prop_Instance_shrinkDF inst = |
689 |
forAll (choose (0, 2 * Types.unitDsk - 1)) $ \dsk -> |
690 |
let inst' = inst { Instance.dsk = dsk } |
691 |
in Types.isBad $ Instance.shrinkByType inst' Types.FailDisk |
692 |
|
693 |
prop_Instance_setMovable inst m = |
694 |
Instance.movable inst' ==? m |
695 |
where inst' = Instance.setMovable inst m |
696 |
|
697 |
testSuite "Instance" |
698 |
[ 'prop_Instance_creat |
699 |
, 'prop_Instance_setIdx |
700 |
, 'prop_Instance_setName |
701 |
, 'prop_Instance_setAlias |
702 |
, 'prop_Instance_setPri |
703 |
, 'prop_Instance_setSec |
704 |
, 'prop_Instance_setBoth |
705 |
, 'prop_Instance_shrinkMG |
706 |
, 'prop_Instance_shrinkMF |
707 |
, 'prop_Instance_shrinkCG |
708 |
, 'prop_Instance_shrinkCF |
709 |
, 'prop_Instance_shrinkDG |
710 |
, 'prop_Instance_shrinkDF |
711 |
, 'prop_Instance_setMovable |
712 |
] |
713 |
|
714 |
-- ** Backends |
715 |
|
716 |
-- *** Text backend tests |
717 |
|
718 |
-- Instance text loader tests |
719 |
|
720 |
prop_Text_Load_Instance name mem dsk vcpus status |
721 |
(NonEmpty pnode) snode |
722 |
(NonNegative pdx) (NonNegative sdx) autobal dt = |
723 |
pnode /= snode && pdx /= sdx ==> |
724 |
let vcpus_s = show vcpus |
725 |
dsk_s = show dsk |
726 |
mem_s = show mem |
727 |
status_s = Types.instanceStatusToRaw status |
728 |
ndx = if null snode |
729 |
then [(pnode, pdx)] |
730 |
else [(pnode, pdx), (snode, sdx)] |
731 |
nl = Data.Map.fromList ndx |
732 |
tags = "" |
733 |
sbal = if autobal then "Y" else "N" |
734 |
sdt = Types.diskTemplateToRaw dt |
735 |
inst = Text.loadInst nl |
736 |
[name, mem_s, dsk_s, vcpus_s, status_s, |
737 |
sbal, pnode, snode, sdt, tags] |
738 |
fail1 = Text.loadInst nl |
739 |
[name, mem_s, dsk_s, vcpus_s, status_s, |
740 |
sbal, pnode, pnode, tags] |
741 |
_types = ( name::String, mem::Int, dsk::Int |
742 |
, vcpus::Int, status::Types.InstanceStatus |
743 |
, snode::String |
744 |
, autobal::Bool) |
745 |
in case inst of |
746 |
Types.Bad msg -> failTest $ "Failed to load instance: " ++ msg |
747 |
Types.Ok (_, i) -> printTestCase "Mismatch in some field while\ |
748 |
\ loading the instance" $ |
749 |
Instance.name i == name && |
750 |
Instance.vcpus i == vcpus && |
751 |
Instance.mem i == mem && |
752 |
Instance.pNode i == pdx && |
753 |
Instance.sNode i == (if null snode |
754 |
then Node.noSecondary |
755 |
else sdx) && |
756 |
Instance.autoBalance i == autobal && |
757 |
Types.isBad fail1 |
758 |
|
759 |
prop_Text_Load_InstanceFail ktn fields = |
760 |
length fields /= 10 ==> |
761 |
case Text.loadInst nl fields of |
762 |
Types.Ok _ -> failTest "Managed to load instance from invalid data" |
763 |
Types.Bad msg -> printTestCase ("Unrecognised error message: " ++ msg) $ |
764 |
"Invalid/incomplete instance data: '" `isPrefixOf` msg |
765 |
where nl = Data.Map.fromList ktn |
766 |
|
767 |
prop_Text_Load_Node name tm nm fm td fd tc fo = |
768 |
let conv v = if v < 0 |
769 |
then "?" |
770 |
else show v |
771 |
tm_s = conv tm |
772 |
nm_s = conv nm |
773 |
fm_s = conv fm |
774 |
td_s = conv td |
775 |
fd_s = conv fd |
776 |
tc_s = conv tc |
777 |
fo_s = if fo |
778 |
then "Y" |
779 |
else "N" |
780 |
any_broken = any (< 0) [tm, nm, fm, td, fd, tc] |
781 |
gid = Group.uuid defGroup |
782 |
in case Text.loadNode defGroupAssoc |
783 |
[name, tm_s, nm_s, fm_s, td_s, fd_s, tc_s, fo_s, gid] of |
784 |
Nothing -> False |
785 |
Just (name', node) -> |
786 |
if fo || any_broken |
787 |
then Node.offline node |
788 |
else Node.name node == name' && name' == name && |
789 |
Node.alias node == name && |
790 |
Node.tMem node == fromIntegral tm && |
791 |
Node.nMem node == nm && |
792 |
Node.fMem node == fm && |
793 |
Node.tDsk node == fromIntegral td && |
794 |
Node.fDsk node == fd && |
795 |
Node.tCpu node == fromIntegral tc |
796 |
|
797 |
prop_Text_Load_NodeFail fields = |
798 |
length fields /= 8 ==> isNothing $ Text.loadNode Data.Map.empty fields |
799 |
|
800 |
prop_Text_NodeLSIdempotent node = |
801 |
(Text.loadNode defGroupAssoc. |
802 |
Utils.sepSplit '|' . Text.serializeNode defGroupList) n == |
803 |
Just (Node.name n, n) |
804 |
-- override failN1 to what loadNode returns by default |
805 |
where n = node { Node.failN1 = True, Node.offline = False |
806 |
, Node.iPolicy = Types.defIPolicy } |
807 |
|
808 |
prop_Text_ISpecIdempotent ispec = |
809 |
case Text.loadISpec "dummy" . Utils.sepSplit ',' . |
810 |
Text.serializeISpec $ ispec of |
811 |
Types.Bad msg -> failTest $ "Failed to load ispec: " ++ msg |
812 |
Types.Ok ispec' -> ispec ==? ispec' |
813 |
|
814 |
prop_Text_IPolicyIdempotent ipol = |
815 |
case Text.loadIPolicy . Utils.sepSplit '|' $ |
816 |
Text.serializeIPolicy owner ipol of |
817 |
Types.Bad msg -> failTest $ "Failed to load ispec: " ++ msg |
818 |
Types.Ok res -> (owner, ipol) ==? res |
819 |
where owner = "dummy" |
820 |
|
821 |
-- | This property, while being in the text tests, does more than just |
822 |
-- test end-to-end the serialisation and loading back workflow; it |
823 |
-- also tests the Loader.mergeData and the actuall |
824 |
-- Cluster.iterateAlloc (for well-behaving w.r.t. instance |
825 |
-- allocations, not for the business logic). As such, it's a quite |
826 |
-- complex and slow test, and that's the reason we restrict it to |
827 |
-- small cluster sizes. |
828 |
prop_Text_CreateSerialise = |
829 |
forAll genTags $ \ctags -> |
830 |
forAll (choose (1, 2)) $ \reqnodes -> |
831 |
forAll (choose (1, 20)) $ \maxiter -> |
832 |
forAll (choose (2, 10)) $ \count -> |
833 |
forAll genOnlineNode $ \node -> |
834 |
forAll (genInstanceSmallerThanNode node) $ \inst -> |
835 |
let inst' = Instance.setMovable inst (reqnodes == 2) |
836 |
nl = makeSmallCluster node count |
837 |
in case Cluster.genAllocNodes defGroupList nl reqnodes True >>= \allocn -> |
838 |
Cluster.iterateAlloc nl Container.empty (Just maxiter) inst' allocn [] [] |
839 |
of |
840 |
Types.Bad msg -> failTest $ "Failed to allocate: " ++ msg |
841 |
Types.Ok (_, _, _, [], _) -> printTestCase |
842 |
"Failed to allocate: no allocations" False |
843 |
Types.Ok (_, nl', il', _, _) -> |
844 |
let cdata = Loader.ClusterData defGroupList nl' il' ctags |
845 |
Types.defIPolicy |
846 |
saved = Text.serializeCluster cdata |
847 |
in case Text.parseData saved >>= Loader.mergeData [] [] [] [] of |
848 |
Types.Bad msg -> failTest $ "Failed to load/merge: " ++ msg |
849 |
Types.Ok (Loader.ClusterData gl2 nl2 il2 ctags2 cpol2) -> |
850 |
ctags ==? ctags2 .&&. |
851 |
Types.defIPolicy ==? cpol2 .&&. |
852 |
il' ==? il2 .&&. |
853 |
defGroupList ==? gl2 .&&. |
854 |
nl' ==? nl2 |
855 |
|
856 |
testSuite "Text" |
857 |
[ 'prop_Text_Load_Instance |
858 |
, 'prop_Text_Load_InstanceFail |
859 |
, 'prop_Text_Load_Node |
860 |
, 'prop_Text_Load_NodeFail |
861 |
, 'prop_Text_NodeLSIdempotent |
862 |
, 'prop_Text_ISpecIdempotent |
863 |
, 'prop_Text_IPolicyIdempotent |
864 |
, 'prop_Text_CreateSerialise |
865 |
] |
866 |
|
867 |
-- *** Simu backend |
868 |
|
869 |
-- | Generates a tuple of specs for simulation. |
870 |
genSimuSpec :: Gen (String, Int, Int, Int, Int) |
871 |
genSimuSpec = do |
872 |
pol <- elements [C.allocPolicyPreferred, |
873 |
C.allocPolicyLastResort, C.allocPolicyUnallocable, |
874 |
"p", "a", "u"] |
875 |
-- should be reasonable (nodes/group), bigger values only complicate |
876 |
-- the display of failed tests, and we don't care (in this particular |
877 |
-- test) about big node groups |
878 |
nodes <- choose (0, 20) |
879 |
dsk <- choose (0, maxDsk) |
880 |
mem <- choose (0, maxMem) |
881 |
cpu <- choose (0, maxCpu) |
882 |
return (pol, nodes, dsk, mem, cpu) |
883 |
|
884 |
-- | Checks that given a set of corrects specs, we can load them |
885 |
-- successfully, and that at high-level the values look right. |
886 |
prop_SimuLoad = |
887 |
forAll (choose (0, 10)) $ \ngroups -> |
888 |
forAll (replicateM ngroups genSimuSpec) $ \specs -> |
889 |
let strspecs = map (\(p, n, d, m, c) -> printf "%s,%d,%d,%d,%d" |
890 |
p n d m c::String) specs |
891 |
totnodes = sum $ map (\(_, n, _, _, _) -> n) specs |
892 |
mdc_in = concatMap (\(_, n, d, m, c) -> |
893 |
replicate n (fromIntegral m, fromIntegral d, |
894 |
fromIntegral c, |
895 |
fromIntegral m, fromIntegral d)) specs |
896 |
in case Simu.parseData strspecs of |
897 |
Types.Bad msg -> failTest $ "Failed to load specs: " ++ msg |
898 |
Types.Ok (Loader.ClusterData gl nl il tags ipol) -> |
899 |
let nodes = map snd $ IntMap.toAscList nl |
900 |
nidx = map Node.idx nodes |
901 |
mdc_out = map (\n -> (Node.tMem n, Node.tDsk n, Node.tCpu n, |
902 |
Node.fMem n, Node.fDsk n)) nodes |
903 |
in |
904 |
Container.size gl ==? ngroups .&&. |
905 |
Container.size nl ==? totnodes .&&. |
906 |
Container.size il ==? 0 .&&. |
907 |
length tags ==? 0 .&&. |
908 |
ipol ==? Types.defIPolicy .&&. |
909 |
nidx ==? [1..totnodes] .&&. |
910 |
mdc_in ==? mdc_out .&&. |
911 |
map Group.iPolicy (Container.elems gl) ==? |
912 |
replicate ngroups Types.defIPolicy |
913 |
|
914 |
testSuite "Simu" |
915 |
[ 'prop_SimuLoad |
916 |
] |
917 |
|
918 |
-- ** Node tests |
919 |
|
920 |
prop_Node_setAlias node name = |
921 |
Node.name newnode == Node.name node && |
922 |
Node.alias newnode == name |
923 |
where _types = (node::Node.Node, name::String) |
924 |
newnode = Node.setAlias node name |
925 |
|
926 |
prop_Node_setOffline node status = |
927 |
Node.offline newnode ==? status |
928 |
where newnode = Node.setOffline node status |
929 |
|
930 |
prop_Node_setXmem node xm = |
931 |
Node.xMem newnode ==? xm |
932 |
where newnode = Node.setXmem node xm |
933 |
|
934 |
prop_Node_setMcpu node mc = |
935 |
Node.mCpu newnode ==? mc |
936 |
where newnode = Node.setMcpu node mc |
937 |
|
938 |
-- | Check that an instance add with too high memory or disk will be |
939 |
-- rejected. |
940 |
prop_Node_addPriFM node inst = |
941 |
Instance.mem inst >= Node.fMem node && not (Node.failN1 node) && |
942 |
not (Instance.instanceOffline inst) ==> |
943 |
case Node.addPri node inst'' of |
944 |
Types.OpFail Types.FailMem -> True |
945 |
_ -> False |
946 |
where _types = (node::Node.Node, inst::Instance.Instance) |
947 |
inst' = setInstanceSmallerThanNode node inst |
948 |
inst'' = inst' { Instance.mem = Instance.mem inst } |
949 |
|
950 |
prop_Node_addPriFD node inst = |
951 |
Instance.dsk inst >= Node.fDsk node && not (Node.failN1 node) ==> |
952 |
case Node.addPri node inst'' of |
953 |
Types.OpFail Types.FailDisk -> True |
954 |
_ -> False |
955 |
where _types = (node::Node.Node, inst::Instance.Instance) |
956 |
inst' = setInstanceSmallerThanNode node inst |
957 |
inst'' = inst' { Instance.dsk = Instance.dsk inst } |
958 |
|
959 |
prop_Node_addPriFC (Positive extra) = |
960 |
forAll genOnlineNode $ \node -> |
961 |
forAll (arbitrary `suchThat` Instance.instanceNotOffline) $ \inst -> |
962 |
let inst' = setInstanceSmallerThanNode node inst |
963 |
inst'' = inst' { Instance.vcpus = Node.availCpu node + extra } |
964 |
in case Node.addPri node inst'' of |
965 |
Types.OpFail Types.FailCPU -> property True |
966 |
v -> failTest $ "Expected OpFail FailCPU, but got " ++ show v |
967 |
|
968 |
-- | Check that an instance add with too high memory or disk will be |
969 |
-- rejected. |
970 |
prop_Node_addSec node inst pdx = |
971 |
((Instance.mem inst >= (Node.fMem node - Node.rMem node) && |
972 |
not (Instance.instanceOffline inst)) || |
973 |
Instance.dsk inst >= Node.fDsk node) && |
974 |
not (Node.failN1 node) ==> |
975 |
isFailure (Node.addSec node inst pdx) |
976 |
where _types = (node::Node.Node, inst::Instance.Instance, pdx::Int) |
977 |
|
978 |
-- | Check that an offline instance with reasonable disk size can always |
979 |
-- be added. |
980 |
prop_Node_addPriOffline = |
981 |
forAll (arbitrary `suchThat` ((> 0) . Node.fMem)) $ \node -> |
982 |
forAll (arbitrary `suchThat` |
983 |
(\ x -> (Instance.dsk x < Node.fDsk node) && |
984 |
Instance.instanceOffline x)) $ \inst -> |
985 |
case Node.addPri node inst of |
986 |
Types.OpGood _ -> True |
987 |
_ -> False |
988 |
|
989 |
prop_Node_addSecOffline pdx = |
990 |
forAll genOnlineNode $ \node -> |
991 |
forAll (arbitrary `suchThat` |
992 |
(\ inst -> Instance.dsk inst < Node.availDisk node)) $ \inst -> |
993 |
case Node.addSec node (inst { Instance.runSt = Types.AdminOffline }) pdx of |
994 |
Types.OpGood _ -> True |
995 |
_ -> False |
996 |
|
997 |
-- | Checks for memory reservation changes. |
998 |
prop_Node_rMem inst = |
999 |
not (Instance.instanceOffline inst) ==> |
1000 |
forAll (arbitrary `suchThat` ((> Types.unitMem) . Node.fMem)) $ \node -> |
1001 |
-- ab = auto_balance, nb = non-auto_balance |
1002 |
-- we use -1 as the primary node of the instance |
1003 |
let inst' = inst { Instance.pNode = -1, Instance.autoBalance = True } |
1004 |
inst_ab = setInstanceSmallerThanNode node inst' |
1005 |
inst_nb = inst_ab { Instance.autoBalance = False } |
1006 |
-- now we have the two instances, identical except the |
1007 |
-- autoBalance attribute |
1008 |
orig_rmem = Node.rMem node |
1009 |
inst_idx = Instance.idx inst_ab |
1010 |
node_add_ab = Node.addSec node inst_ab (-1) |
1011 |
node_add_nb = Node.addSec node inst_nb (-1) |
1012 |
node_del_ab = liftM (`Node.removeSec` inst_ab) node_add_ab |
1013 |
node_del_nb = liftM (`Node.removeSec` inst_nb) node_add_nb |
1014 |
in case (node_add_ab, node_add_nb, node_del_ab, node_del_nb) of |
1015 |
(Types.OpGood a_ab, Types.OpGood a_nb, |
1016 |
Types.OpGood d_ab, Types.OpGood d_nb) -> |
1017 |
printTestCase "Consistency checks failed" $ |
1018 |
Node.rMem a_ab > orig_rmem && |
1019 |
Node.rMem a_ab - orig_rmem == Instance.mem inst_ab && |
1020 |
Node.rMem a_nb == orig_rmem && |
1021 |
Node.rMem d_ab == orig_rmem && |
1022 |
Node.rMem d_nb == orig_rmem && |
1023 |
-- this is not related to rMem, but as good a place to |
1024 |
-- test as any |
1025 |
inst_idx `elem` Node.sList a_ab && |
1026 |
inst_idx `notElem` Node.sList d_ab |
1027 |
x -> failTest $ "Failed to add/remove instances: " ++ show x |
1028 |
|
1029 |
-- | Check mdsk setting. |
1030 |
prop_Node_setMdsk node mx = |
1031 |
Node.loDsk node' >= 0 && |
1032 |
fromIntegral (Node.loDsk node') <= Node.tDsk node && |
1033 |
Node.availDisk node' >= 0 && |
1034 |
Node.availDisk node' <= Node.fDsk node' && |
1035 |
fromIntegral (Node.availDisk node') <= Node.tDsk node' && |
1036 |
Node.mDsk node' == mx' |
1037 |
where _types = (node::Node.Node, mx::SmallRatio) |
1038 |
node' = Node.setMdsk node mx' |
1039 |
SmallRatio mx' = mx |
1040 |
|
1041 |
-- Check tag maps |
1042 |
prop_Node_tagMaps_idempotent tags = |
1043 |
Node.delTags (Node.addTags m tags) tags ==? m |
1044 |
where m = Data.Map.empty |
1045 |
|
1046 |
prop_Node_tagMaps_reject tags = |
1047 |
not (null tags) ==> |
1048 |
all (\t -> Node.rejectAddTags m [t]) tags |
1049 |
where m = Node.addTags Data.Map.empty tags |
1050 |
|
1051 |
prop_Node_showField node = |
1052 |
forAll (elements Node.defaultFields) $ \ field -> |
1053 |
fst (Node.showHeader field) /= Types.unknownField && |
1054 |
Node.showField node field /= Types.unknownField |
1055 |
|
1056 |
prop_Node_computeGroups nodes = |
1057 |
let ng = Node.computeGroups nodes |
1058 |
onlyuuid = map fst ng |
1059 |
in length nodes == sum (map (length . snd) ng) && |
1060 |
all (\(guuid, ns) -> all ((== guuid) . Node.group) ns) ng && |
1061 |
length (nub onlyuuid) == length onlyuuid && |
1062 |
(null nodes || not (null ng)) |
1063 |
|
1064 |
testSuite "Node" |
1065 |
[ 'prop_Node_setAlias |
1066 |
, 'prop_Node_setOffline |
1067 |
, 'prop_Node_setMcpu |
1068 |
, 'prop_Node_setXmem |
1069 |
, 'prop_Node_addPriFM |
1070 |
, 'prop_Node_addPriFD |
1071 |
, 'prop_Node_addPriFC |
1072 |
, 'prop_Node_addSec |
1073 |
, 'prop_Node_addPriOffline |
1074 |
, 'prop_Node_addSecOffline |
1075 |
, 'prop_Node_rMem |
1076 |
, 'prop_Node_setMdsk |
1077 |
, 'prop_Node_tagMaps_idempotent |
1078 |
, 'prop_Node_tagMaps_reject |
1079 |
, 'prop_Node_showField |
1080 |
, 'prop_Node_computeGroups |
1081 |
] |
1082 |
|
1083 |
-- ** Cluster tests |
1084 |
|
1085 |
-- | Check that the cluster score is close to zero for a homogeneous |
1086 |
-- cluster. |
1087 |
prop_Score_Zero node = |
1088 |
forAll (choose (1, 1024)) $ \count -> |
1089 |
(not (Node.offline node) && not (Node.failN1 node) && (count > 0) && |
1090 |
(Node.tDsk node > 0) && (Node.tMem node > 0)) ==> |
1091 |
let fn = Node.buildPeers node Container.empty |
1092 |
nlst = replicate count fn |
1093 |
score = Cluster.compCVNodes nlst |
1094 |
-- we can't say == 0 here as the floating point errors accumulate; |
1095 |
-- this should be much lower than the default score in CLI.hs |
1096 |
in score <= 1e-12 |
1097 |
|
1098 |
-- | Check that cluster stats are sane. |
1099 |
prop_CStats_sane = |
1100 |
forAll (choose (1, 1024)) $ \count -> |
1101 |
forAll genOnlineNode $ \node -> |
1102 |
let fn = Node.buildPeers node Container.empty |
1103 |
nlst = zip [1..] $ replicate count fn::[(Types.Ndx, Node.Node)] |
1104 |
nl = Container.fromList nlst |
1105 |
cstats = Cluster.totalResources nl |
1106 |
in Cluster.csAdsk cstats >= 0 && |
1107 |
Cluster.csAdsk cstats <= Cluster.csFdsk cstats |
1108 |
|
1109 |
-- | Check that one instance is allocated correctly, without |
1110 |
-- rebalances needed. |
1111 |
prop_ClusterAlloc_sane inst = |
1112 |
forAll (choose (5, 20)) $ \count -> |
1113 |
forAll genOnlineNode $ \node -> |
1114 |
let (nl, il, inst') = makeSmallEmptyCluster node count inst |
1115 |
in case Cluster.genAllocNodes defGroupList nl 2 True >>= |
1116 |
Cluster.tryAlloc nl il inst' of |
1117 |
Types.Bad _ -> False |
1118 |
Types.Ok as -> |
1119 |
case Cluster.asSolution as of |
1120 |
Nothing -> False |
1121 |
Just (xnl, xi, _, cv) -> |
1122 |
let il' = Container.add (Instance.idx xi) xi il |
1123 |
tbl = Cluster.Table xnl il' cv [] |
1124 |
in not (canBalance tbl True True False) |
1125 |
|
1126 |
-- | Checks that on a 2-5 node cluster, we can allocate a random |
1127 |
-- instance spec via tiered allocation (whatever the original instance |
1128 |
-- spec), on either one or two nodes. |
1129 |
prop_ClusterCanTieredAlloc inst = |
1130 |
forAll (choose (2, 5)) $ \count -> |
1131 |
forAll (choose (1, 2)) $ \rqnodes -> |
1132 |
forAll (genOnlineNode `suchThat` (isNodeBig 4)) $ \node -> |
1133 |
let nl = makeSmallCluster node count |
1134 |
il = Container.empty |
1135 |
allocnodes = Cluster.genAllocNodes defGroupList nl rqnodes True |
1136 |
in case allocnodes >>= \allocnodes' -> |
1137 |
Cluster.tieredAlloc nl il (Just 1) inst allocnodes' [] [] of |
1138 |
Types.Bad _ -> False |
1139 |
Types.Ok (_, _, il', ixes, cstats) -> not (null ixes) && |
1140 |
IntMap.size il' == length ixes && |
1141 |
length ixes == length cstats |
1142 |
|
1143 |
-- | Helper function to create a cluster with the given range of nodes |
1144 |
-- and allocate an instance on it. |
1145 |
genClusterAlloc count node inst = |
1146 |
let nl = makeSmallCluster node count |
1147 |
in case Cluster.genAllocNodes defGroupList nl 2 True >>= |
1148 |
Cluster.tryAlloc nl Container.empty inst of |
1149 |
Types.Bad _ -> Types.Bad "Can't allocate" |
1150 |
Types.Ok as -> |
1151 |
case Cluster.asSolution as of |
1152 |
Nothing -> Types.Bad "Empty solution?" |
1153 |
Just (xnl, xi, _, _) -> |
1154 |
let xil = Container.add (Instance.idx xi) xi Container.empty |
1155 |
in Types.Ok (xnl, xil, xi) |
1156 |
|
1157 |
-- | Checks that on a 4-8 node cluster, once we allocate an instance, |
1158 |
-- we can also relocate it. |
1159 |
prop_ClusterAllocRelocate = |
1160 |
forAll (choose (4, 8)) $ \count -> |
1161 |
forAll (genOnlineNode `suchThat` (isNodeBig 4)) $ \node -> |
1162 |
forAll (genInstanceSmallerThanNode node) $ \inst -> |
1163 |
case genClusterAlloc count node inst of |
1164 |
Types.Bad msg -> failTest msg |
1165 |
Types.Ok (nl, il, inst') -> |
1166 |
case IAlloc.processRelocate defGroupList nl il |
1167 |
(Instance.idx inst) 1 [Instance.sNode inst'] of |
1168 |
Types.Ok _ -> printTestCase "??" True -- huh, how to make |
1169 |
-- this nicer... |
1170 |
Types.Bad msg -> failTest $ "Failed to relocate: " ++ msg |
1171 |
|
1172 |
-- | Helper property checker for the result of a nodeEvac or |
1173 |
-- changeGroup operation. |
1174 |
check_EvacMode grp inst result = |
1175 |
case result of |
1176 |
Types.Bad msg -> failTest $ "Couldn't evacuate/change group:" ++ msg |
1177 |
Types.Ok (_, _, es) -> |
1178 |
let moved = Cluster.esMoved es |
1179 |
failed = Cluster.esFailed es |
1180 |
opcodes = not . null $ Cluster.esOpCodes es |
1181 |
in failmsg ("'failed' not empty: " ++ show failed) (null failed) .&&. |
1182 |
failmsg "'opcodes' is null" opcodes .&&. |
1183 |
case moved of |
1184 |
[(idx', gdx, _)] -> failmsg "invalid instance moved" (idx == idx') |
1185 |
.&&. |
1186 |
failmsg "wrong target group" |
1187 |
(gdx == Group.idx grp) |
1188 |
v -> failmsg ("invalid solution: " ++ show v) False |
1189 |
where failmsg = \msg -> printTestCase ("Failed to evacuate: " ++ msg) |
1190 |
idx = Instance.idx inst |
1191 |
|
1192 |
-- | Checks that on a 4-8 node cluster, once we allocate an instance, |
1193 |
-- we can also node-evacuate it. |
1194 |
prop_ClusterAllocEvacuate = |
1195 |
forAll (choose (4, 8)) $ \count -> |
1196 |
forAll (genOnlineNode `suchThat` (isNodeBig 4)) $ \node -> |
1197 |
forAll (genInstanceSmallerThanNode node) $ \inst -> |
1198 |
case genClusterAlloc count node inst of |
1199 |
Types.Bad msg -> failTest msg |
1200 |
Types.Ok (nl, il, inst') -> |
1201 |
conjoin $ map (\mode -> check_EvacMode defGroup inst' $ |
1202 |
Cluster.tryNodeEvac defGroupList nl il mode |
1203 |
[Instance.idx inst']) [minBound..maxBound] |
1204 |
|
1205 |
-- | Checks that on a 4-8 node cluster with two node groups, once we |
1206 |
-- allocate an instance on the first node group, we can also change |
1207 |
-- its group. |
1208 |
prop_ClusterAllocChangeGroup = |
1209 |
forAll (choose (4, 8)) $ \count -> |
1210 |
forAll (genOnlineNode `suchThat` (isNodeBig 4)) $ \node -> |
1211 |
forAll (genInstanceSmallerThanNode node) $ \inst -> |
1212 |
case genClusterAlloc count node inst of |
1213 |
Types.Bad msg -> failTest msg |
1214 |
Types.Ok (nl, il, inst') -> |
1215 |
-- we need to add a second node group and nodes to the cluster |
1216 |
let nl2 = Container.elems $ makeSmallCluster node count |
1217 |
grp2 = Group.setIdx defGroup (Group.idx defGroup + 1) |
1218 |
maxndx = maximum . map Node.idx $ nl2 |
1219 |
nl3 = map (\n -> n { Node.group = Group.idx grp2 |
1220 |
, Node.idx = Node.idx n + maxndx }) nl2 |
1221 |
nl4 = Container.fromList . map (\n -> (Node.idx n, n)) $ nl3 |
1222 |
gl' = Container.add (Group.idx grp2) grp2 defGroupList |
1223 |
nl' = IntMap.union nl nl4 |
1224 |
in check_EvacMode grp2 inst' $ |
1225 |
Cluster.tryChangeGroup gl' nl' il [] [Instance.idx inst'] |
1226 |
|
1227 |
-- | Check that allocating multiple instances on a cluster, then |
1228 |
-- adding an empty node, results in a valid rebalance. |
1229 |
prop_ClusterAllocBalance = |
1230 |
forAll (genNode (Just 5) (Just 128)) $ \node -> |
1231 |
forAll (choose (3, 5)) $ \count -> |
1232 |
not (Node.offline node) && not (Node.failN1 node) ==> |
1233 |
let nl = makeSmallCluster node count |
1234 |
(hnode, nl') = IntMap.deleteFindMax nl |
1235 |
il = Container.empty |
1236 |
allocnodes = Cluster.genAllocNodes defGroupList nl' 2 True |
1237 |
i_templ = createInstance Types.unitMem Types.unitDsk Types.unitCpu |
1238 |
in case allocnodes >>= \allocnodes' -> |
1239 |
Cluster.iterateAlloc nl' il (Just 5) i_templ allocnodes' [] [] of |
1240 |
Types.Bad msg -> failTest $ "Failed to allocate: " ++ msg |
1241 |
Types.Ok (_, _, _, [], _) -> failTest "Failed to allocate: no instances" |
1242 |
Types.Ok (_, xnl, il', _, _) -> |
1243 |
let ynl = Container.add (Node.idx hnode) hnode xnl |
1244 |
cv = Cluster.compCV ynl |
1245 |
tbl = Cluster.Table ynl il' cv [] |
1246 |
in printTestCase "Failed to rebalance" $ |
1247 |
canBalance tbl True True False |
1248 |
|
1249 |
-- | Checks consistency. |
1250 |
prop_ClusterCheckConsistency node inst = |
1251 |
let nl = makeSmallCluster node 3 |
1252 |
[node1, node2, node3] = Container.elems nl |
1253 |
node3' = node3 { Node.group = 1 } |
1254 |
nl' = Container.add (Node.idx node3') node3' nl |
1255 |
inst1 = Instance.setBoth inst (Node.idx node1) (Node.idx node2) |
1256 |
inst2 = Instance.setBoth inst (Node.idx node1) Node.noSecondary |
1257 |
inst3 = Instance.setBoth inst (Node.idx node1) (Node.idx node3) |
1258 |
ccheck = Cluster.findSplitInstances nl' . Container.fromList |
1259 |
in null (ccheck [(0, inst1)]) && |
1260 |
null (ccheck [(0, inst2)]) && |
1261 |
(not . null $ ccheck [(0, inst3)]) |
1262 |
|
1263 |
-- | For now, we only test that we don't lose instances during the split. |
1264 |
prop_ClusterSplitCluster node inst = |
1265 |
forAll (choose (0, 100)) $ \icnt -> |
1266 |
let nl = makeSmallCluster node 2 |
1267 |
(nl', il') = foldl (\(ns, is) _ -> assignInstance ns is inst 0 1) |
1268 |
(nl, Container.empty) [1..icnt] |
1269 |
gni = Cluster.splitCluster nl' il' |
1270 |
in sum (map (Container.size . snd . snd) gni) == icnt && |
1271 |
all (\(guuid, (nl'', _)) -> all ((== guuid) . Node.group) |
1272 |
(Container.elems nl'')) gni |
1273 |
|
1274 |
-- | Helper function to check if we can allocate an instance on a |
1275 |
-- given node list. |
1276 |
canAllocOn :: Node.List -> Int -> Instance.Instance -> Bool |
1277 |
canAllocOn nl reqnodes inst = |
1278 |
case Cluster.genAllocNodes defGroupList nl reqnodes True >>= |
1279 |
Cluster.tryAlloc nl (Container.empty) inst of |
1280 |
Types.Bad _ -> False |
1281 |
Types.Ok as -> |
1282 |
case Cluster.asSolution as of |
1283 |
Nothing -> False |
1284 |
Just _ -> True |
1285 |
|
1286 |
-- | Checks that allocation obeys minimum and maximum instance |
1287 |
-- policies. The unittest generates a random node, duplicates it count |
1288 |
-- times, and generates a random instance that can be allocated on |
1289 |
-- this mini-cluster; it then checks that after applying a policy that |
1290 |
-- the instance doesn't fits, the allocation fails. |
1291 |
prop_ClusterAllocPolicy node = |
1292 |
-- rqn is the required nodes (1 or 2) |
1293 |
forAll (choose (1, 2)) $ \rqn -> |
1294 |
forAll (choose (5, 20)) $ \count -> |
1295 |
forAll (arbitrary `suchThat` (canAllocOn (makeSmallCluster node count) rqn)) |
1296 |
$ \inst -> |
1297 |
forAll (arbitrary `suchThat` (isFailure . |
1298 |
Instance.instMatchesPolicy inst)) $ \ipol -> |
1299 |
let node' = Node.setPolicy ipol node |
1300 |
nl = makeSmallCluster node' count |
1301 |
in not $ canAllocOn nl rqn inst |
1302 |
|
1303 |
testSuite "Cluster" |
1304 |
[ 'prop_Score_Zero |
1305 |
, 'prop_CStats_sane |
1306 |
, 'prop_ClusterAlloc_sane |
1307 |
, 'prop_ClusterCanTieredAlloc |
1308 |
, 'prop_ClusterAllocRelocate |
1309 |
, 'prop_ClusterAllocEvacuate |
1310 |
, 'prop_ClusterAllocChangeGroup |
1311 |
, 'prop_ClusterAllocBalance |
1312 |
, 'prop_ClusterCheckConsistency |
1313 |
, 'prop_ClusterSplitCluster |
1314 |
, 'prop_ClusterAllocPolicy |
1315 |
] |
1316 |
|
1317 |
-- ** OpCodes tests |
1318 |
|
1319 |
-- | Check that opcode serialization is idempotent. |
1320 |
prop_OpCodes_serialization op = |
1321 |
case J.readJSON (J.showJSON op) of |
1322 |
J.Error e -> failTest $ "Cannot deserialise: " ++ e |
1323 |
J.Ok op' -> op ==? op' |
1324 |
where _types = op::OpCodes.OpCode |
1325 |
|
1326 |
testSuite "OpCodes" |
1327 |
[ 'prop_OpCodes_serialization ] |
1328 |
|
1329 |
-- ** Jobs tests |
1330 |
|
1331 |
-- | Check that (queued) job\/opcode status serialization is idempotent. |
1332 |
prop_OpStatus_serialization os = |
1333 |
case J.readJSON (J.showJSON os) of |
1334 |
J.Error e -> failTest $ "Cannot deserialise: " ++ e |
1335 |
J.Ok os' -> os ==? os' |
1336 |
where _types = os::Jobs.OpStatus |
1337 |
|
1338 |
prop_JobStatus_serialization js = |
1339 |
case J.readJSON (J.showJSON js) of |
1340 |
J.Error e -> failTest $ "Cannot deserialise: " ++ e |
1341 |
J.Ok js' -> js ==? js' |
1342 |
where _types = js::Jobs.JobStatus |
1343 |
|
1344 |
testSuite "Jobs" |
1345 |
[ 'prop_OpStatus_serialization |
1346 |
, 'prop_JobStatus_serialization |
1347 |
] |
1348 |
|
1349 |
-- ** Loader tests |
1350 |
|
1351 |
prop_Loader_lookupNode ktn inst node = |
1352 |
Loader.lookupNode nl inst node ==? Data.Map.lookup node nl |
1353 |
where nl = Data.Map.fromList ktn |
1354 |
|
1355 |
prop_Loader_lookupInstance kti inst = |
1356 |
Loader.lookupInstance il inst ==? Data.Map.lookup inst il |
1357 |
where il = Data.Map.fromList kti |
1358 |
|
1359 |
prop_Loader_assignIndices = |
1360 |
-- generate nodes with unique names |
1361 |
forAll (arbitrary `suchThat` |
1362 |
(\nodes -> |
1363 |
let names = map Node.name nodes |
1364 |
in length names == length (nub names))) $ \nodes -> |
1365 |
let (nassoc, kt) = |
1366 |
Loader.assignIndices (map (\n -> (Node.name n, n)) nodes) |
1367 |
in Data.Map.size nassoc == length nodes && |
1368 |
Container.size kt == length nodes && |
1369 |
if not (null nodes) |
1370 |
then maximum (IntMap.keys kt) == length nodes - 1 |
1371 |
else True |
1372 |
|
1373 |
-- | Checks that the number of primary instances recorded on the nodes |
1374 |
-- is zero. |
1375 |
prop_Loader_mergeData ns = |
1376 |
let na = Container.fromList $ map (\n -> (Node.idx n, n)) ns |
1377 |
in case Loader.mergeData [] [] [] [] |
1378 |
(Loader.emptyCluster {Loader.cdNodes = na}) of |
1379 |
Types.Bad _ -> False |
1380 |
Types.Ok (Loader.ClusterData _ nl il _ _) -> |
1381 |
let nodes = Container.elems nl |
1382 |
instances = Container.elems il |
1383 |
in (sum . map (length . Node.pList)) nodes == 0 && |
1384 |
null instances |
1385 |
|
1386 |
-- | Check that compareNameComponent on equal strings works. |
1387 |
prop_Loader_compareNameComponent_equal :: String -> Bool |
1388 |
prop_Loader_compareNameComponent_equal s = |
1389 |
Loader.compareNameComponent s s == |
1390 |
Loader.LookupResult Loader.ExactMatch s |
1391 |
|
1392 |
-- | Check that compareNameComponent on prefix strings works. |
1393 |
prop_Loader_compareNameComponent_prefix :: NonEmptyList Char -> String -> Bool |
1394 |
prop_Loader_compareNameComponent_prefix (NonEmpty s1) s2 = |
1395 |
Loader.compareNameComponent (s1 ++ "." ++ s2) s1 == |
1396 |
Loader.LookupResult Loader.PartialMatch s1 |
1397 |
|
1398 |
testSuite "Loader" |
1399 |
[ 'prop_Loader_lookupNode |
1400 |
, 'prop_Loader_lookupInstance |
1401 |
, 'prop_Loader_assignIndices |
1402 |
, 'prop_Loader_mergeData |
1403 |
, 'prop_Loader_compareNameComponent_equal |
1404 |
, 'prop_Loader_compareNameComponent_prefix |
1405 |
] |
1406 |
|
1407 |
-- ** Types tests |
1408 |
|
1409 |
prop_Types_AllocPolicy_serialisation apol = |
1410 |
case J.readJSON (J.showJSON apol) of |
1411 |
J.Ok p -> p ==? apol |
1412 |
J.Error s -> failTest $ "Failed to deserialise: " ++ s |
1413 |
where _types = apol::Types.AllocPolicy |
1414 |
|
1415 |
prop_Types_DiskTemplate_serialisation dt = |
1416 |
case J.readJSON (J.showJSON dt) of |
1417 |
J.Ok p -> p ==? dt |
1418 |
J.Error s -> failTest $ "Failed to deserialise: " ++ s |
1419 |
where _types = dt::Types.DiskTemplate |
1420 |
|
1421 |
prop_Types_ISpec_serialisation ispec = |
1422 |
case J.readJSON (J.showJSON ispec) of |
1423 |
J.Ok p -> p ==? ispec |
1424 |
J.Error s -> failTest $ "Failed to deserialise: " ++ s |
1425 |
where _types = ispec::Types.ISpec |
1426 |
|
1427 |
prop_Types_IPolicy_serialisation ipol = |
1428 |
case J.readJSON (J.showJSON ipol) of |
1429 |
J.Ok p -> p ==? ipol |
1430 |
J.Error s -> failTest $ "Failed to deserialise: " ++ s |
1431 |
where _types = ipol::Types.IPolicy |
1432 |
|
1433 |
prop_Types_EvacMode_serialisation em = |
1434 |
case J.readJSON (J.showJSON em) of |
1435 |
J.Ok p -> p ==? em |
1436 |
J.Error s -> failTest $ "Failed to deserialise: " ++ s |
1437 |
where _types = em::Types.EvacMode |
1438 |
|
1439 |
prop_Types_opToResult op = |
1440 |
case op of |
1441 |
Types.OpFail _ -> Types.isBad r |
1442 |
Types.OpGood v -> case r of |
1443 |
Types.Bad _ -> False |
1444 |
Types.Ok v' -> v == v' |
1445 |
where r = Types.opToResult op |
1446 |
_types = op::Types.OpResult Int |
1447 |
|
1448 |
prop_Types_eitherToResult ei = |
1449 |
case ei of |
1450 |
Left _ -> Types.isBad r |
1451 |
Right v -> case r of |
1452 |
Types.Bad _ -> False |
1453 |
Types.Ok v' -> v == v' |
1454 |
where r = Types.eitherToResult ei |
1455 |
_types = ei::Either String Int |
1456 |
|
1457 |
testSuite "Types" |
1458 |
[ 'prop_Types_AllocPolicy_serialisation |
1459 |
, 'prop_Types_DiskTemplate_serialisation |
1460 |
, 'prop_Types_ISpec_serialisation |
1461 |
, 'prop_Types_IPolicy_serialisation |
1462 |
, 'prop_Types_EvacMode_serialisation |
1463 |
, 'prop_Types_opToResult |
1464 |
, 'prop_Types_eitherToResult |
1465 |
] |
1466 |
|
1467 |
-- ** CLI tests |
1468 |
|
1469 |
-- | Test correct parsing. |
1470 |
prop_CLI_parseISpec descr dsk mem cpu = |
1471 |
let str = printf "%d,%d,%d" dsk mem cpu |
1472 |
in CLI.parseISpecString descr str ==? Types.Ok (Types.RSpec cpu mem dsk) |
1473 |
|
1474 |
-- | Test parsing failure due to wrong section count. |
1475 |
prop_CLI_parseISpecFail descr = |
1476 |
forAll (choose (0,100) `suchThat` ((/=) 3)) $ \nelems -> |
1477 |
forAll (replicateM nelems arbitrary) $ \values -> |
1478 |
let str = intercalate "," $ map show (values::[Int]) |
1479 |
in case CLI.parseISpecString descr str of |
1480 |
Types.Ok v -> failTest $ "Expected failure, got " ++ show v |
1481 |
_ -> property True |
1482 |
|
1483 |
-- | Test parseYesNo. |
1484 |
prop_CLI_parseYesNo def testval val = |
1485 |
forAll (elements [val, "yes", "no"]) $ \actual_val -> |
1486 |
if testval |
1487 |
then CLI.parseYesNo def Nothing ==? Types.Ok def |
1488 |
else let result = CLI.parseYesNo def (Just actual_val) |
1489 |
in if actual_val `elem` ["yes", "no"] |
1490 |
then result ==? Types.Ok (actual_val == "yes") |
1491 |
else property $ Types.isBad result |
1492 |
|
1493 |
-- | Helper to check for correct parsing of string arg. |
1494 |
checkStringArg val (opt, fn) = |
1495 |
let GetOpt.Option _ longs _ _ = opt |
1496 |
in case longs of |
1497 |
[] -> failTest "no long options?" |
1498 |
cmdarg:_ -> |
1499 |
case CLI.parseOptsInner ["--" ++ cmdarg ++ "=" ++ val] "prog" [opt] of |
1500 |
Left e -> failTest $ "Failed to parse option: " ++ show e |
1501 |
Right (options, _) -> fn options ==? Just val |
1502 |
|
1503 |
-- | Test a few string arguments. |
1504 |
prop_CLI_StringArg argument = |
1505 |
let args = [ (CLI.oDataFile, CLI.optDataFile) |
1506 |
, (CLI.oDynuFile, CLI.optDynuFile) |
1507 |
, (CLI.oSaveCluster, CLI.optSaveCluster) |
1508 |
, (CLI.oReplay, CLI.optReplay) |
1509 |
, (CLI.oPrintCommands, CLI.optShowCmds) |
1510 |
, (CLI.oLuxiSocket, CLI.optLuxi) |
1511 |
] |
1512 |
in conjoin $ map (checkStringArg argument) args |
1513 |
|
1514 |
testSuite "CLI" |
1515 |
[ 'prop_CLI_parseISpec |
1516 |
, 'prop_CLI_parseISpecFail |
1517 |
, 'prop_CLI_parseYesNo |
1518 |
, 'prop_CLI_StringArg |
1519 |
] |