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fradrive-old/src/Handler/Utils/Table/Columns.hs
2019-08-27 12:15:18 +02:00

729 lines
35 KiB
Haskell

module Handler.Utils.Table.Columns where
import Import
-- import Data.CaseInsensitive (CI)
-- import qualified Data.CaseInsensitive as CI
-- import Data.Monoid (Any(..))
-- import Control.Monad.Writer.Class (MonadWriter(..))
-- import Control.Monad.Trans.Writer (WriterT)
-- import Text.Blaze (ToMarkup(..))
import qualified Database.Esqueleto as E
import qualified Database.Esqueleto.Utils as E
import Database.Esqueleto.Utils (mkExactFilter, mkExactFilterWith, mkContainsFilter, mkContainsFilterWith, anyFilter)
import Handler.Utils
import Handler.Utils.Table.Cells
import qualified Data.CaseInsensitive as CI
import qualified Colonnade
import Colonnade.Encode (Colonnade(..), OneColonnade(..))
import Text.Blaze (toMarkup)
--------------------------------
-- Generic Columns
-- reuse encourages consistency
--
-- The constant string for sort/filter keys
-- should never be mentioned outside of this module
-- to ensure consistency!
--
-- Each section should have the following parts:
-- * colXYZ : column definitions plus variants
-- * sortXYZ : sorting definitions for these columns
-- * fltrXYZ : filter definitions for these columns
-- * additional helper, such as default sorting
type OpticColonnade focus
= forall m x r' h.
( IsDBTable m x
, FromSortable h
)
=> (forall focus'. Getting focus' r' focus)
-> Colonnade h r' (DBCell m x)
type OpticSortColumn' focus
= forall t sortingMap.
( IsMap sortingMap
, ContainerKey sortingMap ~ SortingKey
, MapValue sortingMap ~ SortColumn t
)
=> (forall focus'. Getting focus' t focus)
-> sortingMap
type OpticSortColumn val = OpticSortColumn' (E.SqlExpr (E.Value val))
type OpticFilterColumn' t inp focus
= forall filterMap.
( IsMap filterMap
, ContainerKey filterMap ~ FilterKey
, MapValue filterMap ~ FilterColumn t
, IsFilterColumn t (t -> inp -> E.SqlExpr (E.Value Bool))
)
=> (forall focus'. Getting focus' t focus)
-> filterMap
type OpticFilterColumn t focus = OpticFilterColumn' t (Set focus) (E.SqlExpr (E.Value focus))
-----------------------
-- Numbers and Indices
-- | Simple index column, also indicating whether there is a row at all
-- For a version without indication, use `Handler.Utils.Pagination.dbRow` instead.
dbRowIndicator :: IsDBTable m Any => Colonnade Sortable (DBRow r) (DBCell m Any)
dbRowIndicator = sortable Nothing (i18nCell MsgNrColumn) $ \DBRow{ dbrIndex } -> tellCell (Any True) $ textCell $ tshow dbrIndex
-----------
-- Terms --
-----------
colTermShort :: OpticColonnade TermId
colTermShort resultTid = Colonnade.singleton (fromSortable header) body
where
header = Sortable (Just "term") (i18nCell MsgTerm)
body = i18nCell . ShortTermIdentifier . unTermKey . view resultTid
sortTerm :: OpticSortColumn TermId
sortTerm queryTid = singletonMap "term" . SortColumn $ view queryTid
fltrTerm :: OpticFilterColumn t TermId
fltrTerm queryTid = singletonMap "term" . FilterColumn $ mkExactFilter (view queryTid)
fltrTermUI :: DBFilterUI
fltrTermUI mPrev = prismAForm (singletonFilter "term" . maybePrism _PathPiece) mPrev $ aopt (hoistField lift termField) (fslI MsgTerm)
-------------
-- Schools --
-------------
colSchool :: OpticColonnade SchoolId
colSchool resultSsh = Colonnade.singleton (fromSortable header) body
where
header = Sortable (Just "school") (i18nCell MsgSchool)
body = i18nCell . unSchoolKey . view resultSsh
sortSchool :: OpticSortColumn SchoolId
sortSchool querySsh = singletonMap "school" . SortColumn $ view querySsh
colSchoolShort :: OpticColonnade SchoolId
colSchoolShort resultSsh = Colonnade.singleton (fromSortable header) body
where
header = Sortable (Just "school-short") (i18nCell MsgSchoolShort)
body = i18nCell . unSchoolKey . view resultSsh
sortSchoolShort :: OpticSortColumn SchoolId
sortSchoolShort querySsh = singletonMap "school-short" . SortColumn $ view querySsh
colSchoolName :: OpticColonnade SchoolName
colSchoolName resultSn = Colonnade.singleton (fromSortable header) body
where
header = Sortable (Just "school-name") (i18nCell MsgSchoolName)
body = i18nCell . view resultSn
sortSchoolName :: OpticSortColumn SchoolName
sortSchoolName querySn = singletonMap "school-name" . SortColumn $ view querySn
fltrSchool :: OpticFilterColumn t SchoolId
fltrSchool querySsh = singletonMap "school" . FilterColumn $ mkExactFilter (view querySsh)
fltrSchoolUI :: DBFilterUI
fltrSchoolUI mPrev = prismAForm (singletonFilter "school" . maybePrism _PathPiece) mPrev $ aopt (hoistField lift schoolField) (fslI MsgSchool)
-----------------
-- Allocations --
-----------------
colAllocationName :: OpticColonnade AllocationName
colAllocationName resultName = Colonnade.singleton (fromSortable header) body
where
header = Sortable (Just "allocation") (i18nCell MsgAllocationName)
body = i18nCell . view resultName
sortAllocationName :: OpticSortColumn AllocationName
sortAllocationName queryName = singletonMap "allocation" . SortColumn $ view queryName
fltrAllocation :: forall allocation t shorthand name.
( E.SqlProject Allocation AllocationShorthand allocation shorthand
, E.SqlProject Allocation AllocationName allocation name
, E.SqlString name, E.SqlString shorthand
)
=> OpticFilterColumn' t (Set (CI Text)) (E.SqlExpr allocation)
fltrAllocation query = singletonMap "allocation" . FilterColumn $ anyFilter
[ mkContainsFilterWith unSqlProject' $ views query (`E.sqlProject` AllocationShorthand) :: t -> Set (CI Text) -> E.SqlExpr (E.Value Bool)
, mkContainsFilterWith unSqlProject' $ views query (`E.sqlProject` AllocationName)
]
where
unSqlProject' :: E.SqlProject Allocation value allocation value' => value -> value'
unSqlProject' = E.unSqlProject (Proxy @Allocation) (Proxy @allocation)
fltrAllocationUI :: DBFilterUI
fltrAllocationUI mPrev = prismAForm (singletonFilter "allocation" . maybePrism _PathPiece) mPrev $ aopt (ciField :: Field _ AllocationName) (fslI MsgAllocation)
colAllocationShorthand :: OpticColonnade AllocationShorthand
colAllocationShorthand resultShort = Colonnade.singleton (fromSortable header) body
where
header = Sortable (Just "allocation-short") (i18nCell MsgAllocation)
body = i18nCell . view resultShort
sortAllocationShorthand :: forall shorthand. PersistField shorthand => OpticSortColumn shorthand
sortAllocationShorthand queryShorthand = singletonMap "allocation-short" . SortColumn $ view queryShorthand
fltrAllocationActive :: UTCTime -- ^ current time
-> OpticFilterColumn' t (Last Bool) (E.SqlExpr (E.Entity Allocation))
fltrAllocationActive cTime queryAllocation = singletonMap "active" . FilterColumn $ \(view queryAllocation -> allocation) (Last criterion)
-> maybe (const E.true) ((E.==.) . E.val) criterion $ E.or
[ staffRegisterActive allocation
, staffAllocationActive allocation
, registerActive allocation
]
where
staffRegisterActive allocation
= E.maybe E.false (\f -> f E.<=. E.val cTime) (allocation E.^. AllocationStaffRegisterFrom)
E.&&. E.maybe E.true (\t -> E.val cTime E.<=. t) (allocation E.^. AllocationStaffRegisterTo)
staffAllocationActive allocation
= E.maybe E.false (\f -> f E.<=. E.val cTime) (allocation E.^. AllocationStaffAllocationFrom)
E.&&. E.maybe E.true (\t -> E.val cTime E.<=. t) (allocation E.^. AllocationStaffAllocationTo)
registerActive allocation
= E.maybe E.false (\f -> f E.<=. E.val cTime) (allocation E.^. AllocationRegisterFrom)
E.&&. E.maybe E.true (\t -> E.val cTime E.<=. t) (allocation E.^. AllocationRegisterTo)
fltrAllocationActiveUI :: DBFilterUI
fltrAllocationActiveUI mPrev = prismAForm (singletonFilter "active" . maybePrism _PathPiece) mPrev $ aopt boolField (fslI MsgAllocationActive)
-------------------------
-- Course Applications --
-------------------------
colApplicationId :: OpticColonnade CourseApplicationId
colApplicationId resultId = Colonnade.singleton (fromSortable header) body
where
header = Sortable Nothing (i18nCell MsgCourseApplicationId)
body = views resultId $ cell . (toWidget . toMarkup =<<) . (encrypt :: CourseApplicationId -> WidgetT UniWorX IO CryptoFileNameCourseApplication)
colApplicationRatingPoints :: OpticColonnade (Maybe ExamGrade)
colApplicationRatingPoints resultPoints = Colonnade.singleton (fromSortable header) body
where
header = Sortable (Just "points") (i18nCell MsgCourseApplicationRatingPoints)
body = views resultPoints $ maybe mempty i18nCell
sortApplicationRatingPoints :: OpticSortColumn (Maybe ExamGrade)
sortApplicationRatingPoints queryPoints = singletonMap "points" . SortColumn $ view queryPoints
fltrApplicationRatingPoints :: OpticFilterColumn t (Maybe ExamGrade)
fltrApplicationRatingPoints queryPoints = singletonMap "points" . FilterColumn . mkExactFilter $ view queryPoints
fltrApplicationRatingPointsUI :: DBFilterUI
fltrApplicationRatingPointsUI mPrev = prismAForm (singletonFilter "points" . maybePrism _PathPiece) mPrev $ aopt examGradeField (fslI MsgCourseApplicationRatingPoints)
colApplicationVeto :: OpticColonnade Bool
colApplicationVeto resultVeto = Colonnade.singleton (fromSortable header) body
where
header = Sortable (Just "veto") (i18nCell MsgCourseApplicationVeto)
body = views resultVeto $ bool mempty (iconCell IconApplicationVeto)
sortApplicationVeto :: OpticSortColumn Bool
sortApplicationVeto queryVeto = singletonMap "veto" . SortColumn $ view queryVeto
fltrApplicationVeto :: OpticFilterColumn t Bool
fltrApplicationVeto queryVeto = singletonMap "veto" . FilterColumn . mkExactFilter $ view queryVeto
fltrApplicationVetoUI :: DBFilterUI
fltrApplicationVetoUI mPrev = prismAForm (singletonFilter "veto" . maybePrism _PathPiece) mPrev $ aopt boolField (fslI MsgCourseApplicationVeto)
colApplicationRatingComment :: OpticColonnade (Maybe Text)
colApplicationRatingComment resultComment = Colonnade.singleton (fromSortable header) body
where
header = Sortable (Just "comment") (i18nCell MsgApplicationRatingComment)
body = views resultComment . maybe mempty $ cell . modal (toWidget $ hasComment True) . Right . toWidget
sortApplicationRatingComment :: OpticSortColumn (Maybe Text)
sortApplicationRatingComment queryComment = singletonMap "comment" . SortColumn $ view queryComment
fltrApplicationRatingComment :: OpticFilterColumn' t (Set Text) (E.SqlExpr (E.Value (Maybe Text)))
fltrApplicationRatingComment queryComment = singletonMap "comment" . FilterColumn . mkContainsFilterWith Just $ view queryComment
fltrApplicationRatingCommentUI :: DBFilterUI
fltrApplicationRatingCommentUI mPrev = prismAForm (singletonFilter "comment") mPrev $ aopt textField (fslI MsgApplicationRatingComment)
colApplicationText :: OpticColonnade (Maybe Text)
colApplicationText resultText = Colonnade.singleton (fromSortable header) body
where
header = Sortable (Just "text") (i18nCell MsgCourseApplicationText)
body = views resultText . maybe mempty $ cell . modal (toWidget $ hasComment True) . Right . toWidget
sortApplicationText :: OpticSortColumn (Maybe Text)
sortApplicationText queryText = singletonMap "text" . SortColumn $ view queryText
fltrApplicationText :: OpticFilterColumn' t (Set Text) (E.SqlExpr (E.Value (Maybe Text)))
fltrApplicationText queryText = singletonMap "text" . FilterColumn . mkContainsFilterWith Just $ view queryText
fltrApplicationTextUI :: DBFilterUI
fltrApplicationTextUI mPrev = prismAForm (singletonFilter "text") mPrev $ aopt textField (fslI MsgCourseApplicationText)
colApplicationFiles :: OpticColonnade (TermId, SchoolId, CourseShorthand, CourseApplicationId, Bool) -- ^ `Bool` controls whether link is shown, use result of determination whether files exist
colApplicationFiles resultInfo = Colonnade.singleton (fromSortable header) body
where
header = Sortable (Just "has-files") (i18nCell MsgCourseApplicationFiles)
body = views resultInfo $ \(tid, ssh, csh, appId, showLink) -> if
| showLink
-> flip anchorCellM (asWidgetT $ toWidget iconApplicationFiles) $ do
cID <- encrypt appId
return $ CApplicationR tid ssh csh cID CAFilesR
| otherwise
-> mempty
sortApplicationFiles :: OpticSortColumn Bool
sortApplicationFiles queryFiles = singletonMap "has-files" . SortColumn $ view queryFiles
fltrApplicationFiles :: OpticFilterColumn t Bool
fltrApplicationFiles queryFiles = singletonMap "has-files" . FilterColumn . mkExactFilter $ view queryFiles
fltrApplicationFilesUI :: DBFilterUI
fltrApplicationFilesUI mPrev = prismAForm (singletonFilter "has-files" . maybePrism _PathPiece) mPrev $ aopt boolField (fslI MsgCourseApplicationFiles)
---------------
-- Files
-- | Generic column for links to FilePaths, where the link depends on the entire table row
colFilePath :: (IsDBTable m c) => (t -> E.Value FilePath) -> (t -> Route UniWorX) -> Colonnade Sortable t (DBCell m c)
colFilePath row2path row2link = sortable (Just "path") (i18nCell MsgFileTitle) makeCell
where
makeCell row =
let filePath = E.unValue $ row2path row
link = row2link row
in anchorCell link $ str2widget filePath
-- | Generic column for links to FilePaths, where the link only depends on the FilePath itself
colFilePathSimple :: (IsDBTable m c) => (t -> E.Value FilePath) -> (FilePath -> Route UniWorX) -> Colonnade Sortable t (DBCell m c)
colFilePathSimple row2path row2link = sortable (Just "path") (i18nCell MsgFileTitle) makeCell
where
makeCell row =
let filePath = E.unValue $ row2path row
link = row2link filePath
in anchorCell link $ str2widget filePath
-- | Generic column for File Modification
colFileModification :: (IsDBTable m c) => (t -> E.Value UTCTime) -> Colonnade Sortable t (DBCell m c)
colFileModification row2time = sortable (Just "time") (i18nCell MsgFileModified) (dateTimeCell . E.unValue . row2time)
colFileModificationWhen :: (IsDBTable m c) => (UTCTime -> Bool) -> (t -> E.Value UTCTime) -> Colonnade Sortable t (DBCell m c)
colFileModificationWhen condition row2time = sortable (Just "time") (i18nCell MsgFileModified) (conDTCell . E.unValue . row2time)
where conDTCell = ifCell condition dateTimeCell $ const mempty
sortFilePath :: IsString s => (r -> E.SqlExpr (Entity File)) -> (s, SortColumn r)
sortFilePath queryPath = ("path", SortColumn $ queryPath >>> (E.^. FileTitle))
sortFileModification :: IsString s => (r -> E.SqlExpr (Entity File)) -> (s, SortColumn r)
sortFileModification queryModification = ("time", SortColumn $ queryModification >>> (E.^. FileModified))
defaultSortingByFileTitle :: PSValidator m x -> PSValidator m x
defaultSortingByFileTitle = defaultSorting [SortAscBy "path"]
defaultSortingByFileModification :: PSValidator m x -> PSValidator m x
defaultSortingByFileModification = defaultSorting [SortAscBy "time"]
---------------
-- User names
colUserDisplayName :: OpticColonnade (UserDisplayName, UserSurname)
colUserDisplayName resultDisplayName = Colonnade.singleton (fromSortable header) body
where
header = Sortable (Just "user-name") (i18nCell MsgUserDisplayName)
body = views resultDisplayName $ cell . uncurry nameWidget
sortUserName' :: OpticSortColumn' (E.SqlExpr (E.Value UserDisplayName), E.SqlExpr (E.Value UserSurname))
sortUserName' queryDisplayName = singletonMap "user-name" . SortColumns $ \(view queryDisplayName -> (dn, sn))
-> [ SomeExprValue sn
, SomeExprValue dn
]
fltrUserName' :: OpticFilterColumn t UserDisplayName
fltrUserName' queryDisplayName = singletonMap "user-name" . FilterColumn . mkContainsFilter $ view queryDisplayName
fltrUserNameUI' :: DBFilterUI
fltrUserNameUI' mPrev = prismAForm (singletonFilter "user-name") mPrev $ aopt textField (fslI MsgUserDisplayName)
colUserName :: (IsDBTable m c, HasUser a) => Colonnade Sortable a (DBCell m c)
colUserName = sortable (Just "user-name") (i18nCell MsgCourseMembers) cellHasUser
colUserNameLink :: (IsDBTable m c, HasEntity a User) => (CryptoUUIDUser -> Route UniWorX) -> Colonnade Sortable a (DBCell m c)
colUserNameLink userLink = sortable (Just "user-name") (i18nCell MsgCourseMembers) (cellHasUserLink userLink)
-- | Intended to work with @nameWidget@, showing highlighter Surname within Displayname
sortUserName :: IsString a => (t -> E.SqlExpr (Entity User)) -> (a, SortColumn t)
sortUserName queryUser = ("user-name", SortColumns $ queryUser >>> \user ->
[ SomeExprValue $ user E.^. UserSurname
, SomeExprValue $ user E.^. UserDisplayName
]
)
-- | Alias for sortUserName for consistency, since column comes in two variants
sortUserNameLink :: IsString a => (t -> E.SqlExpr (Entity User)) -> (a, SortColumn t)
sortUserNameLink = sortUserName
sortUserSurname :: IsString a => (t -> E.SqlExpr (Entity User)) -> (a, SortColumn t)
sortUserSurname queryUser = ("user-surname", SortColumn $ queryUser >>> (E.^. UserSurname))
sortUserDisplayName :: IsString a => (t -> E.SqlExpr (Entity User)) -> (a, SortColumn t)
sortUserDisplayName queryUser = ("user-display-name", SortColumn $ queryUser >>> (E.^. UserDisplayName))
defaultSortingByName :: PSValidator m x -> PSValidator m x
defaultSortingByName =
-- defaultSorting [SortAscBy "user-surname", SortAscBy "user-display-name"] -- old way, requiring two exta sorters
defaultSorting [SortAscBy "user-name"] -- new way, working with single sorter
-- | Alias for sortUserName for consistency
fltrUserNameLink :: (IsFilterColumn t (a -> Set Text -> E.SqlExpr (E.Value Bool)), IsString d) => (a -> E.SqlExpr (Entity User)) -> (d, FilterColumn t)
fltrUserNameLink = fltrUserName
fltrUserName :: (IsFilterColumn t (a -> Set Text -> E.SqlExpr (E.Value Bool)), IsString d)
=> (a -> E.SqlExpr (Entity User))
-> (d, FilterColumn t)
fltrUserName queryUser = ( "user-name", FilterColumn $ mkContainsFilter queryName )
where
queryName = queryUser >>> (E.^. UserDisplayName)
fltrUserNameExact :: (IsFilterColumn t (a -> Set Text -> E.SqlExpr (E.Value Bool)), IsString d)
=> (a -> E.SqlExpr (Entity User))
-> (d, FilterColumn t)
fltrUserNameExact queryUser = ( "user-name", FilterColumn $ mkExactFilter queryName )
where
queryName = queryUser >>> (E.^. UserDisplayName)
fltrUserSurname :: (IsFilterColumn t (a -> Set Text -> E.SqlExpr (E.Value Bool)), IsString d)
=> (a -> E.SqlExpr (Entity User))
-> (d, FilterColumn t)
fltrUserSurname queryUser = ( "user-surname", FilterColumn $ mkContainsFilter $ queryUser >>> (E.^. UserSurname))
fltrUserDisplayName :: (IsFilterColumn t (a -> Set Text -> E.SqlExpr (E.Value Bool)), IsString d)
=> (a -> E.SqlExpr (Entity User))
-> (d, FilterColumn t)
fltrUserDisplayName queryUser = ( "user-display-name", FilterColumn $ mkContainsFilter $ queryUser >>> (E.^. UserDisplayName))
-- | Search all names, i.e. DisplayName, Surname, EMail
fltrUserNameEmail :: (IsFilterColumn t (a -> Set Text -> E.SqlExpr (E.Value Bool)), IsString d)
=> (a -> E.SqlExpr (Entity User))
-> (d, FilterColumn t)
fltrUserNameEmail queryUser = ( "user-name-email", FilterColumn $ anyFilter
[ mkContainsFilter $ queryUser >>> (E.^. UserDisplayName)
, mkContainsFilter $ queryUser >>> (E.^. UserSurname)
, mkContainsFilterWith CI.mk $ queryUser >>> (E.^. UserEmail)
]
)
fltrUserNameLinkUI :: Maybe (Map FilterKey [Text]) -> AForm (YesodDB UniWorX) (Map FilterKey [Text])
fltrUserNameLinkUI = fltrUserNameUI
fltrUserNameUI :: Maybe (Map FilterKey [Text]) -> AForm (YesodDB UniWorX) (Map FilterKey [Text])
fltrUserNameUI mPrev =
prismAForm (singletonFilter "user-name") mPrev $ aopt textField (fslI MsgCourseMembers)
fltrUserNameEmailUI :: Maybe (Map FilterKey [Text]) -> AForm (YesodDB UniWorX) (Map FilterKey [Text])
fltrUserNameEmailUI mPrev =
prismAForm (singletonFilter "user-name-email") mPrev $ aopt textField (fslI MsgCourseMembers)
-------------------
-- Matriculation --
-------------------
colUserMatriculation :: OpticColonnade (Maybe UserMatriculation)
colUserMatriculation resultMatriculation = Colonnade.singleton (fromSortable header) body
where
header = Sortable (Just "user-matriculation") (i18nCell MsgUserMatriculation)
body = views resultMatriculation . maybe mempty $ cell . toWidget
sortUserMatriculation :: OpticSortColumn (Maybe UserMatriculation)
sortUserMatriculation queryMatriculation = singletonMap "user-matriculation" . SortColumn $ view queryMatriculation
fltrUserMatriculation :: OpticFilterColumn' t (Set Text) (E.SqlExpr (E.Value (Maybe UserMatriculation)))
fltrUserMatriculation queryMatriculation = singletonMap "user-matriculation" . FilterColumn . mkContainsFilterWith Just $ view queryMatriculation
fltrUserMatriculationUI :: DBFilterUI
fltrUserMatriculationUI mPrev = prismAForm (singletonFilter "user-matriculation") mPrev $ aopt textField (fslI MsgUserMatriculation)
colUserMatriclenr :: (IsDBTable m c, HasUser a) => Colonnade Sortable a (DBCell m c)
colUserMatriclenr = sortable (Just "user-matriclenumber") (i18nCell MsgMatrikelNr) cellHasMatrikelnummer
sortUserMatriclenr :: IsString d => (t -> E.SqlExpr (Entity User)) -> (d, SortColumn t)
sortUserMatriclenr queryUser = ("user-matriclenumber", SortColumn $ queryUser >>> (E.^. UserMatrikelnummer))
fltrUserMatriclenr :: ( IsFilterColumn t (a -> Set Text -> E.SqlExpr (E.Value Bool))
, IsString d
)
=> (a -> E.SqlExpr (Entity User))
-> (d, FilterColumn t)
fltrUserMatriclenr queryUser = ("user-matriclenumber", FilterColumn . mkContainsFilterWith Just $ queryUser >>> (E.^. UserMatrikelnummer))
fltrUserMatriclenrUI :: Maybe (Map FilterKey [Text]) -> AForm (YesodDB UniWorX) (Map FilterKey [Text])
fltrUserMatriclenrUI mPrev =
prismAForm (singletonFilter "user-matriclenumber") mPrev $ aopt textField (fslI MsgMatrikelNr)
----------------
-- User E-Mail
colUserEmail :: (IsDBTable m c, HasUser a) => Colonnade Sortable a (DBCell m c)
colUserEmail = sortable (Just "user-email") (i18nCell MsgEMail) cellHasEMail
sortUserEmail :: IsString d => (t -> E.SqlExpr (Entity User)) -> (d, SortColumn t)
sortUserEmail queryUser = ( "user-email", SortColumn $ queryUser >>> (E.^. UserEmail))
fltrUserEmail :: ( IsFilterColumn t (a -> Set (CI Text) -> E.SqlExpr (E.Value Bool))
, IsString d
)
=> (a -> E.SqlExpr (Entity User))
-> (d, FilterColumn t)
fltrUserEmail queryUser = ("user-email", FilterColumn . mkContainsFilter $ queryUser >>> (E.^. UserEmail))
fltrUserEmailUI :: Maybe (Map FilterKey [Text]) -> AForm (YesodDB UniWorX) (Map FilterKey [Text])
fltrUserEmailUI mPrev =
prismAForm (singletonFilter "user-email") mPrev $ aopt textField (fslI MsgEMail)
--------------------
-- Study features --
--------------------
colStudyDegree :: OpticColonnade StudyDegree
colStudyDegree resultDegree = Colonnade.singleton (fromSortable header) body
where
header = Sortable (Just "features-degree") (i18nCell MsgStudyFeatureDegree)
body = views resultDegree $ \StudyDegree{..}
-> cell . maybe (toWidget $ toMarkup studyDegreeKey) toWidget $ studyDegreeShorthand <|> studyDegreeName
sortStudyDegree :: forall studyDegree name shorthand key.
( E.SqlProject StudyDegree (Maybe StudyDegreeName) studyDegree name
, E.SqlProject StudyDegree (Maybe StudyDegreeShorthand) studyDegree shorthand
, E.SqlProject StudyDegree StudyDegreeKey studyDegree key
, PersistField key, PersistField name, PersistField shorthand
)
=> OpticSortColumn' (E.SqlExpr studyDegree)
sortStudyDegree queryDegree = singletonMap "features-degree" . SortColumns $ \(view queryDegree -> degree)
-> [ SomeExprValue $ degree `E.sqlProject` StudyDegreeName
, SomeExprValue $ degree `E.sqlProject` StudyDegreeShorthand
, SomeExprValue $ degree `E.sqlProject` StudyDegreeKey
]
fltrStudyDegree :: forall studyDegree t name shorthand key.
( E.SqlProject StudyDegree (Maybe StudyDegreeName) studyDegree name
, E.SqlProject StudyDegree (Maybe StudyDegreeShorthand) studyDegree shorthand
, E.SqlProject StudyDegree StudyDegreeKey studyDegree key
, E.SqlString name, E.SqlString shorthand, PersistField key
)
=> OpticFilterColumn' t (Set Text) (E.SqlExpr studyDegree)
fltrStudyDegree queryDegree = singletonMap "features-degree" . FilterColumn $ anyFilter
[ mkContainsFilterWith (unSqlProject' . Just) $ view queryDegree >>> (`E.sqlProject` StudyDegreeName)
, mkContainsFilterWith (unSqlProject' . Just) $ view queryDegree >>> (`E.sqlProject` StudyDegreeShorthand)
, mkExactFilterWith (fmap unSqlProject' . (readMay :: Text -> Maybe StudyDegreeKey)) $ view queryDegree >>> (`E.sqlProject` StudyDegreeKey) >>> E.just
]
where
unSqlProject' :: E.SqlProject StudyDegree value studyDegree value' => value -> value'
unSqlProject' = E.unSqlProject (Proxy @StudyDegree) (Proxy @studyDegree)
fltrStudyDegreeUI :: DBFilterUI
fltrStudyDegreeUI mPrev = prismAForm (singletonFilter "features-degree") mPrev $ aopt textField (fslI MsgStudyFeatureDegree)
colStudyTerms :: OpticColonnade StudyTerms
colStudyTerms resultTerms = Colonnade.singleton (fromSortable header) body
where
header = Sortable (Just "features-terms") (i18nCell MsgStudyTerm)
body = views resultTerms $ \StudyTerms{..}
-> cell . maybe (toWidget $ toMarkup studyTermsKey) toWidget $ studyTermsShorthand <|> studyTermsName
sortStudyTerms :: forall studyTerms name shorthand key.
( E.SqlProject StudyTerms (Maybe StudyTermsName) studyTerms name
, E.SqlProject StudyTerms (Maybe StudyTermsShorthand) studyTerms shorthand
, E.SqlProject StudyTerms StudyTermsKey studyTerms key
, PersistField key, PersistField name, PersistField shorthand
)
=> OpticSortColumn' (E.SqlExpr studyTerms)
sortStudyTerms queryTerms = singletonMap "features-terms" . SortColumns $ \(view queryTerms -> terms)
-> [ SomeExprValue $ terms `E.sqlProject` StudyTermsName
, SomeExprValue $ terms `E.sqlProject` StudyTermsShorthand
, SomeExprValue $ terms `E.sqlProject` StudyTermsKey
]
fltrStudyTerms :: forall studyTerms t name shorthand key.
( E.SqlProject StudyTerms (Maybe StudyTermsName) studyTerms name
, E.SqlProject StudyTerms (Maybe StudyTermsShorthand) studyTerms shorthand
, E.SqlProject StudyTerms StudyTermsKey studyTerms key
, E.SqlString name, E.SqlString shorthand, PersistField key
)
=> OpticFilterColumn' t (Set Text) (E.SqlExpr studyTerms)
fltrStudyTerms queryTerms = singletonMap "features-terms" . FilterColumn $ anyFilter
[ mkContainsFilterWith (unSqlProject' . Just) $ view queryTerms >>> (`E.sqlProject` StudyTermsName)
, mkContainsFilterWith (unSqlProject' . Just) $ view queryTerms >>> (`E.sqlProject` StudyTermsShorthand)
, mkExactFilterWith (fmap unSqlProject' . (readMay :: Text -> Maybe StudyTermsKey)) $ view queryTerms >>> (`E.sqlProject` StudyTermsKey) >>> E.just
]
where
unSqlProject' :: E.SqlProject StudyTerms value studyTerms value' => value -> value'
unSqlProject' = E.unSqlProject (Proxy @StudyTerms) (Proxy @studyTerms)
fltrStudyTermsUI :: DBFilterUI
fltrStudyTermsUI mPrev = prismAForm (singletonFilter "features-terms") mPrev $ aopt textField (fslI MsgStudyTerm)
colStudyFeaturesSemester :: OpticColonnade Int
colStudyFeaturesSemester resultSemester = Colonnade.singleton (fromSortable header) body
where
header = Sortable (Just "features-semester") (i18nCell MsgStudyFeatureAge)
body = views resultSemester $ cell . toWidget . toMarkup
sortStudyFeaturesSemester :: forall semester. PersistField semester => OpticSortColumn semester
sortStudyFeaturesSemester querySemester = singletonMap "features-semester" . SortColumn $ view querySemester
fltrStudyFeaturesSemester :: forall studyFeatures t semester.
( E.SqlProject StudyFeatures Int studyFeatures semester
, PersistField semester
)
=> OpticFilterColumn' t (Set Int) (E.SqlExpr (E.Value semester))
fltrStudyFeaturesSemester querySemester = singletonMap "features-semester" . FilterColumn . mkExactFilterWith unSqlProject' $ view querySemester
where
unSqlProject' :: Int -> semester
unSqlProject' = E.unSqlProject (Proxy @StudyFeatures) (Proxy @studyFeatures)
fltrStudyFeaturesSemesterUI :: DBFilterUI
fltrStudyFeaturesSemesterUI mPrev = prismAForm (singletonFilter "features-semester" . maybePrism _PathPiece) mPrev $ aopt (intField :: Field _ Int) (fslI MsgStudyFeatureAge)
colFeaturesSemester :: (IsDBTable m c, HasStudyFeatures x) => Getting (Leftmost x) a x -> Colonnade Sortable a (DBCell m c)
colFeaturesSemester feature = sortable (Just "features-semester") (i18nCell MsgStudyFeatureAge) $ maybe mempty cellHasSemester . firstOf feature
sortFeaturesSemester :: IsString d => (t -> E.SqlExpr (Maybe (Entity StudyFeatures))) -> (d, SortColumn t)
sortFeaturesSemester queryFeatures = ("features-semester", SortColumn $ queryFeatures >>> (E.?. StudyFeaturesSemester))
fltrFeaturesSemester :: ( IsFilterColumn t (a -> Set Int -> E.SqlExpr (E.Value Bool))
, IsString d
)
=> (a -> E.SqlExpr (Maybe (Entity StudyFeatures)))
-> (d, FilterColumn t)
fltrFeaturesSemester queryFeatures = ("features-semester", FilterColumn . mkExactFilterWith Just $ queryFeatures >>> (E.?. StudyFeaturesSemester))
fltrFeaturesSemesterUI :: Maybe (Map FilterKey [Text]) -> AForm (YesodDB UniWorX) (Map FilterKey [Text])
fltrFeaturesSemesterUI mPrev =
prismAForm (singletonFilter "features-semester" . maybePrism _PathPiece) mPrev $ aopt (intField :: Field (YesodDB UniWorX) Int) (fslI MsgStudyFeatureAge)
colField :: (IsDBTable m c, HasStudyTerms x) => Getting (Leftmost x) a x -> Colonnade Sortable a (DBCell m c)
colField terms = sortable (Just "terms") (i18nCell MsgStudyTerm) $ maybe mempty cellHasField . firstOf terms
sortField :: IsString d => (t -> E.SqlExpr (Maybe (Entity StudyTerms))) -> (d, SortColumn t)
sortField queryTerms = ("terms", SortColumn $ queryTerms >>> (E.?. StudyTermsName))
fltrField :: ( IsFilterColumn t (a -> Set Text -> E.SqlExpr (E.Value Bool))
, IsString d
)
=> (a -> E.SqlExpr (Maybe (Entity StudyTerms)))
-> (d, FilterColumn t)
fltrField queryFeatures = ( "terms"
, FilterColumn $ anyFilter
[ mkContainsFilterWith Just $ queryFeatures >>> E.joinV . (E.?. StudyTermsName)
, mkContainsFilterWith Just $ queryFeatures >>> E.joinV . (E.?. StudyTermsShorthand)
, mkExactFilterWith readMay $ queryFeatures >>> (E.?. StudyTermsKey)
]
)
fltrFieldUI :: Maybe (Map FilterKey [Text]) -> AForm (YesodDB UniWorX) (Map FilterKey [Text])
fltrFieldUI mPrev =
prismAForm (singletonFilter "terms") mPrev $ aopt textField (fslI MsgStudyTerm)
colDegreeShort :: (IsDBTable m c, HasStudyDegree x) => Getting (Leftmost x) a x -> Colonnade Sortable a (DBCell m c)
colDegreeShort terms = sortable (Just "degree-short") (i18nCell MsgDegreeShort) $ maybe mempty cellHasDegreeShort . firstOf terms
sortDegreeShort :: IsString d => (t -> E.SqlExpr (Maybe (Entity StudyDegree))) -> (d, SortColumn t)
sortDegreeShort queryTerms = ("degree-short", SortColumn $ queryTerms >>> (E.?. StudyDegreeShorthand))
fltrDegree :: ( IsFilterColumn t (a -> Set Text -> E.SqlExpr (E.Value Bool))
, IsString d
)
=> (a -> E.SqlExpr (Maybe (Entity StudyDegree)))
-> (d, FilterColumn t)
fltrDegree queryFeatures = ( "degree"
, FilterColumn $ anyFilter
[ mkContainsFilterWith Just $ queryFeatures >>> E.joinV . (E.?. StudyDegreeName)
, mkContainsFilterWith Just $ queryFeatures >>> E.joinV . (E.?. StudyDegreeShorthand)
, mkExactFilterWith readMay $ queryFeatures >>> (E.?. StudyDegreeKey)
]
)
fltrDegreeUI :: Maybe (Map FilterKey [Text]) -> AForm (YesodDB UniWorX) (Map FilterKey [Text])
fltrDegreeUI mPrev =
prismAForm (singletonFilter "degree") mPrev $ aopt textField (fslI MsgDegreeName)
----------------------------
-- Colonnade manipulation --
----------------------------
imapColonnade :: (a -> c -> c)
-> Colonnade h a c
-> Colonnade h a c
-- ^ Not quite `imap`
imapColonnade f (Colonnade ones) = Colonnade $ dimapColonnade' <$> ones
where
dimapColonnade' OneColonnade{..} = OneColonnade
{ oneColonnadeEncode = \x -> f x $ oneColonnadeEncode x
, oneColonnadeHead
}
anchorColonnade :: forall h r' m a url.
( HasRoute UniWorX url
, IsDBTable m a
, HandlerSite m ~ UniWorX
)
=> (r' -> url)
-> Colonnade h r' (DBCell m a)
-> Colonnade h r' (DBCell m a)
anchorColonnade = anchorColonnadeM . (return .)
anchorColonnadeM :: forall h r' m a url.
( HasRoute UniWorX url
, IsDBTable m a
, HandlerSite m ~ UniWorX
)
=> (r' -> WidgetT UniWorX IO url)
-> Colonnade h r' (DBCell m a)
-> Colonnade h r' (DBCell m a)
anchorColonnadeM mkUrl = imapColonnade anchorColonnade'
where
anchorColonnade' :: r' -> DBCell m a -> DBCell m a
anchorColonnade' inp (view dbCell -> (attrs, act)) = review dbCell . (attrs,) $
view (dbCell . _2) . anchorCellM (mkUrl inp) =<< act
emptyOpticColonnade :: forall h r' focus c.
( Monoid c
)
=> Fold r' focus -- ^ View on @focus@ within @r'@ that may produce any number of results
-> ((forall focus'. Getting focus' r' focus) -> Colonnade h r' c) -- ^ `OpticColonnade focus`
-> Colonnade h r' c
-- ^ Generalize an `OpticColonnade` from `Getter` to `Fold` by defaulting results of zero or more than one values to `mempty`
emptyOpticColonnade l c = Colonnade $ oldColonnade <&> \column -> column { oneColonnadeEncode = \s -> defaultColumn s $ oneColonnadeEncode column }
where
Colonnade oldColonnade = c $ singular l
-- This is safe (as long as we don't evaluate the `oneColonnadeEncode`s)
-- because `Getter s a` is of kind @k -> *@ and can thus only be inspected
-- by @c@ through application which is precluded by the type of `Getter s a`
-- and the definition of `OneColonnade`
defaultColumn :: r' -> (r' -> c) -> c
defaultColumn x f = case x ^.. l of
[_] -> f x
_ -> mempty