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module Job.Types where
import Data.Kind
import Data.Text (Text)
import Data.Text qualified as T
import System.FilePath.Glob
import System.Process
import Repo
data Declared
data Evaluated
data Job' d = Job
{ jobId :: JobId' d
, jobName :: JobName
, jobCheckout :: [ JobCheckout d ]
, jobRecipe :: [ CreateProcess ]
, jobArtifacts :: [ ( ArtifactName, Pattern ) ]
, jobUses :: [ ( JobName, ArtifactName ) ]
}
type Job = Job' Evaluated
type DeclaredJob = Job' Declared
type family JobId' d :: Type where
JobId' Declared = JobName
JobId' Evaluated = JobId
data JobName = JobName Text
deriving (Eq, Ord, Show)
stringJobName :: JobName -> String
stringJobName (JobName name) = T.unpack name
textJobName :: JobName -> Text
textJobName (JobName name) = name
type family JobRepo d :: Type where
JobRepo Declared = Maybe ( RepoName, Maybe Text )
JobRepo Evaluated = Tree
data JobCheckout d = JobCheckout
{ jcRepo :: JobRepo d
, jcSubtree :: Maybe FilePath
, jcDestination :: Maybe FilePath
}
data ArtifactName = ArtifactName Text
deriving (Eq, Ord, Show)
data JobSet' d = JobSet
{ jobsetCommit :: Maybe Commit
, jobsetJobsEither :: Either String [ Job' d ]
}
type JobSet = JobSet' Evaluated
type DeclaredJobSet = JobSet' Declared
jobsetJobs :: JobSet -> [ Job ]
jobsetJobs = either (const []) id . jobsetJobsEither
newtype JobId = JobId [ JobIdPart ]
deriving (Eq, Ord)
data JobIdPart
= JobIdName JobName
| JobIdCommit (Maybe RepoName) CommitId
| JobIdTree (Maybe RepoName) FilePath TreeId
deriving (Eq, Ord)
newtype JobRef = JobRef [ Text ]
deriving (Eq, Ord)
textJobIdPart :: JobIdPart -> Text
textJobIdPart = \case
JobIdName name -> textJobName name
JobIdCommit _ cid -> textCommitId cid
JobIdTree _ _ tid -> textTreeId tid
textJobId :: JobId -> Text
textJobId (JobId ids) = T.intercalate "." $ map textJobIdPart ids
parseJobRef :: Text -> JobRef
parseJobRef = JobRef . go 0 ""
where
go :: Int -> Text -> Text -> [ Text ]
go plevel cur s = do
let bchars | plevel > 0 = [ '(', ')' ]
| otherwise = [ '.', '(', ')' ]
let ( part, rest ) = T.break (`elem` bchars) s
case T.uncons rest of
Just ( '.', rest' ) -> (cur <> part) : go plevel "" rest'
Just ( '(', rest' ) -> go (plevel + 1) (cur <> part) rest'
Just ( ')', rest' ) -> go (plevel - 1) (cur <> part) rest'
_ -> [ cur <> part ]
|