'       !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~None      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopNone>%(Internal) Class that implements the JOIN a magic  (see #). +(Internal) Class that implements the tuple a magic (see  #). Phantom type for a SET% operation on an entity of the given  type (see [ and '(=.)'). Phantom type used by *, + and ,. ((Internal) Phantom type used to process a (see #). Exception thrown whenever ( is used to create an ON  clause but no matching JOIN is found. <(Internal) Functions that operate on types (that should be)  of kind  .  (Internal)  smartJoin a b is a JOIN of the correct kind. (Internal) Reify a JoinKind from a JOIN. This  function is non-strict. (Internal) A kind of JOIN. FULL OUTER JOIN RIGHT OUTER JOIN LEFT OUTER JOIN  CROSS JOIN  INNER JOINData type that represents a FULL OUTER JOIN (see  for an example). Data type that represents a RIGHT OUTER JOIN (see  for an example). Data type that represents a LEFT OUTER JOIN. For example,    select $  from $ \(person `` pet) ->  ... is translated into    SELECT ... ! FROM Person LEFT OUTER JOIN Pet  ...  See also: a. Data type that represents a  CROSS JOIN (see  for an example). Data type that represents an  INNER JOIN (see  for an example). IA class of things that can be converted into a list of SomeValue. It has J instances for tuples and is the reason why groupBy can take tuples, like  6groupBy (foo ^. FooId, foo ^. FooName, foo ^. FooType). A wrapper type for for any expr (Value a) for all a. A list of single values. There's a limited set of funcitons + able to work with this data type (such as T,  V, W and Y). <A single value (as opposed to a whole entity). You may use  (2) or (3) to get a   from an . ""Finally tagless representation of  esqueleto's EDSL. #(Internal) Start a a query with an entity. a  does two kinds of magic using #, % and  &: 8 The simple but tedious magic of allowing tuples to be  used. & The more advanced magic of creating JOINs. The  JOIN1 is processed from right to left. The rightmost  entity of the JOIN is created with #. Each  JOIN( step is then translated into a call to %.  In the end, & is called to materialize the  JOIN. $(Internal) Same as #, but entity may be missing. %(Internal) Do a JOIN. &(Internal) Finish a JOIN. 'WHERE clause: restrict the query' s result. (ON clause: restrict the a JOIN's result. The ON  clause will be applied to the last JOIN that does not  have an ON clause yet. If there are no JOIN s without  ON! clauses (either because you didn' t do any JOIN, or  because all JOINs already have their own ON clauses), a  runtime exception  is  thrown. ON! clauses are optional when doing JOINs. %On the simple case of doing just one JOIN, for example    select $  from $ \(foo `` bar) -> do ) on (foo ^. FooId ==. bar ^. BarFooId)  ... there'2s no ambiguity and the rules above just mean that  you're allowed to call ( only once (as in SQL). If you  have many joins, then the (s are applied on the reverse  order that the JOINs appear. For example:    select $  from $ \(foo `` bar `` baz) -> do ) on (baz ^. BazId ==. bar ^. BarBazId) ) on (foo ^. FooId ==. bar ^. BarFooId)  ...  The order is reversed$ in order to improve composability.  For example, consider query1 and query2 below:    let query1 =  from $ \(foo `` bar) -> do / on (foo ^. FooId ==. bar ^. BarFooId)  query2 =  from $ \(mbaz `` quux) -> do ( return (mbaz ?. BazName, quux)  test1 = (,) <$> query1 <*> query2  test2 = flip (,) <$> query2 <*> query1 If the order was not reversed, then test2 would be  broken: query1's ( would refer to query2's  . )GROUP BY* clause. You can enclose multiple columns  in a tuple.    select $ from \(foo `` bar) -> do ) on (foo ^. FooBarId ==. bar ^. BarId) * groupBy (bar ^. BarId, bar ^. BarName) 4 return (bar ^. BarId, bar ^. BarName, countRows) >With groupBy you can sort by aggregate functions, like so (we  used let to restrict the more general 9 to  SqlExpr (Value Int) to avoid ambiguity):   r <- select $ from \(foo `` bar) -> do ) on (foo ^. FooBarId ==. bar ^. BarId)  groupBy $ bar ^. BarName  let countRows' = countRows  orderBy [asc countRows'] $ return (bar ^. BarName, countRows')  forM_ r $ \$((Value name), (Value count)) -> do  print name  print (count :: Int) *ORDER BY clause. See also + and ,. +-Ascending order of this field or expression. ,.Descending order of this field or expression. -LIMIT&. Limit the number of returned rows. .OFFSET. Usually used with -. /HAVING.  Since: 1.2.2 0Execute a subquery SELECT in an expression. Returns a . simple value so should be used only when the SELECT query ' is guaranteed to return just one row. 1Same as 0 but using SELECT DISTINCT. 2Project a field of an entity. 3/Project a field of an entity that may be null. 46Lift a constant value from Haskell-land to the query. 5IS NULL comparison. 6 Analogous to q, promotes a value of type typ into  one of type  Maybe typ. It should hold that  val . Just  === just . val. 7NULL value. 8 Join nested rs in a   into one. This is useful when 1 calling aggregate functions on nullable fields. 9COUNT(*) value. :COUNT. PLIKE operator. Q The string Q. May be useful while using P and  concatenation (R or S, depending on your ; database). Note that you always to type the parenthesis,  for example:   name ``'like'`` (%) ++. val John ++. (%) RThe CONCAT$ function with a variable number of 1 parameters. Supported by MySQL and PostgreSQL. SThe ||, string concatenation operator (named after  Haskell's s% in order to avoid naming clash with C). % Supported by SQLite and PostgreSQL. TExecute a subquery SELECT in an expression. Returns a  list of values. USame as sublist_select but using SELECT DISTINCT. V>Lift a list of constant value from Haskell-land to the query. WIN operator. XNOT IN operator. YEXISTS operator. For example:   select $  from $ \ person -> do  where_ $ exists $  from $ \ post -> do C where_ (post ^. BlogPostAuthorId ==. person ^. PersonId)  return person Z NOT EXISTS operator. [SET clause used on UPDATEs. Note that while it's not ( a type error to use this function on a SELECT , it will + most certainly result in a runtime error. aFROM$ clause: bring entities into scope. ;This function internally uses two type classes in order to > provide some flexibility of how you may call it. Internally = we refer to these type classes as the two different magics. &The innermost magic allows you to use from with the  following types:  expr (Entity val)$, which brings a single entity into  scope.  expr (Maybe (Entity val)), which brings a single entity  that may be NULL into scope. Used for  OUTER JOINs.  A JOIN1 of any other two types allowed by the innermost  magic, where a JOIN may be an , a , a  , a , or a .  The JOINs( have right fixity, the same as in SQL. &The outermost magic allows you to use from on any tuples of @ types supported by innermost magic (and also tuples of tuples,  and so on), up to 8-tuples. Note that using from) for the same entity twice does work and % corresponds to a self-join. You don't even need to use two  different calls to from, you may use a JOIN or a tuple. ,The following are valid examples of uses of from (the types = of the arguments of the lambda are inside square brackets):    from $ \person -> ...  from $ \(person, blogPost) -> ...  from $ \(p `` mb) -> ...  from $ \(p1 `` f `` p2) -> ...  from $ \((p1 `` f) `` p2) -> ... 5The types of the arguments to the lambdas above are,  respectively:    person % :: ( Esqueleto query expr backend  , PersistEntity Person . , PersistEntityBackend Person ~ backend  ) => expr (Entity Person)  (person, blogPost) > :: (...) => (expr (Entity Person), expr (Entity BlogPost))  (p `` mb) Q :: (...) => InnerJoin (expr (Entity Person)) (expr (Maybe (Entity BlogPost)))  (p1 `` f `` p2)  :: (...) => InnerJoin ( (expr (Entity Person)) 3 (InnerJoin (expr (Entity Follow)) 4 (expr (Entity Person)))  ((p1 `` f) `` p2) ::  :: (...) => InnerJoin 3 (InnerJoin (expr (Entity Person)) 4 (expr (Entity Follow))) ( (expr (Entity Person)) 5Note that some backends may not support all kinds of JOINs. > For example, when using the SQL backend with SQLite, it will ? not accept the last example above (which is associated to the : left, instead of being to the right) and will not accept  s or s. tu  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`avwxyz{|}~b  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`ab"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`a !   1tu   !">#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`avwxyz{|}~None0b1(Internal) Class for mapping results coming from k  into actual results. This looks very similar to RawSql, and it is! However, 7 there are some crucial differences and ultimately they're  different classes. !Creates the variable part of the SELECT query and  returns the list of Gs that will be given to  . )Number of columns that will be consumed. 2Transform a row of the result into the data type. c,(Internal) Mode of query being converted by {. i"An expression on the SQL backend. ;List of identifiers already in use and supply of temporary  identifiers. !Identifier used for table names. A LIMIT clause. A ORDER BY clause. A HAVING cause. A GROUP BY clause.  A complete WHERE clause.  A part of a SET clause.  A part of a FROM clause. Side data written by k. jConstraint synonym for  persistent entities whose backend  is . kSQL backend for  esqueleto using . Collect s on s. Returns the first  unmatched )s data on error. Returns a list without   OnClauses on success. Create a fresh . If possible, use the given  . Use an identifier. l1(Internal) Create a custom binary operator. You should  not3 use this function directly since its type is very 9 general, you should always use it with an explicit type  signature. For example:   I (==.) :: SqlExpr (Value a) -> SqlExpr (Value a) -> SqlExpr (Value Bool)  (==.) = unsafeSqlBinOp  =  ?In the example above, we constraint the arguments to be of the < same type and constraint the result to be a boolean value. m3(Internal) A raw SQL value. The same warning from  l# applies to this function as well. n=(Internal) A raw SQL function. Once again, the same warning  from l# applies to this function as well. o(Internal) Coerce a value' s type from 'SqlExpr (Value a)' to  'SqlExpr (Value b)'. You should not use this function  unless you know what you' re doing! (Internal) Coerce a value' s type from 'SqlExpr (ValueList  a)' to 'SqlExpr (Value a)'#. Does not work with empty lists. p(Internal) Execute an  esqueleto SELECT k inside   persistent's  monad. q Execute an  esqueleto SELECT query inside  persistent's   monad and return a  of rows. r Execute an  esqueleto SELECT query inside  persistent's  " monad and return a list of rows. We' ve seen that a% has some magic about which kinds of ( things you may bring into scope. This r function also @ has some magic for which kinds of things you may bring back to  Haskell-land by using SqlQuery's return:  You may return a  SqlExpr ( v) for an entity v  (i.e., like the *$ in SQL), which is then returned to  Haskell-land as just Entity v.  You may return a SqlExpr (Maybe (Entity v)) for an entity  v that may be NULL, which is then returned to  Haskell-land as Maybe (Entity v) . Used for  OUTER JOINs.  You may return a  SqlExpr (  t) for a value t ! (i.e., a single column), where t is any instance of  ,, which is then returned to Haskell-land as  Value t. You may use Value to return projections of an  Entity (see (2) and (3)) or to return any other ' value calculated on the query (e.g., 9 or  0). The  SqlSelect a r( class has functional dependencies that * allow type information to flow both from a to r and ! vice-versa. This means that you'll almost never have to give  any type signatures for  esqueleto queries. For example, the  query select $ from $ \ p -> return p alone is ambiguous, but  in the context of    do ps < - select $  from $ \p ->  return p : liftIO $ mapM_ (putStrLn . personName . entityVal) ps &we are able to infer from that single personName . entityVal  function composition that the p inside the query is of type  SqlExpr (Entity Person). s Execute an  esqueleto SELECT DISTINCT query inside   persistent's  monad and return a  of  rows. t Execute an  esqueleto SELECT DISTINCT query inside   persistent's " monad and return a list of rows. u(Internal) Run a  of rows. v(Internal) Execute an  esqueleto statement inside   persistent's  monad. w Execute an  esqueleto DELETE query inside  persistent's  / monad. Note that currently there are no type 3 checks for statements that should not appear on a DELETE  query. Example of usage:    delete $  from $ \appointment -> ( where_ (appointment ^. AppointmentDate < . val now) Unlike r!, there is a useful way of using w that @ will lead to type ambiguities. If you want to delete all rows  (i.e., no ' clause), you'!ll have to use a type signature:   delete $  from $ \1(appointment :: SqlExpr (Entity Appointment)) ->  return () xSame as w+, but returns the number of rows affected. y Execute an  esqueleto UPDATE query inside  persistent's  / monad. Note that currently there are no type 3 checks for statements that should not appear on a UPDATE  query. Example of usage:   update $ p -> do = set p [ PersonAge =. just (val thisYear) -. p ^. PersonBorn ] " where_ $ isNull (p ^. PersonAge) zSame as y+, but returns the number of rows affected. {(Internal) Pretty prints a k into a SQL query.  Note: if you'2re curious about the SQL query being generated by   esqueleto4, instead of manually using this function (which is > possible but tedious), you may just turn on query logging of   persistent. |Apply a  constructor to  SqlExpr Value arguments } Apply extra  SqlExpr Value arguments to a  constructor ~ Insert a  for every selected value  Insert a ! for every unique selected value =You may return tuples (up to 16-tuples) and tuples of tuples  from a r query. <You may return any single value (i.e. a single column) from  a r query. You may return a possibly-NULL  from a r query. You may return an  from a r query. Not useful for r, but used for y and w. 2You may return an insertion of some PersistEntity bcdefghijklmnopqrstuvwxyz{  |}~    !"#$%&'bcdefghijklmnopqrstuvwxyz{|}~kijrqtswxyzlmnhpuv{cgfedbo~|}bcgfedhi jklmnopqrstuvwxyz{  |}~    !"#$%&'None%valkey i = val (Key (PersistInt64 i))  ( /https://github.com/meteficha/esqueleto/issues/9).  Synonym for  that does not  clash with  esqueleto's w. M      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnop !"'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`aijkqrstwxyz|}~^"'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`a !kijrtqswxyz~|}(       !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~      !"#$%&'())*+,-../01234566789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghgigjgkglgmgnopqoprostuvwxyz{|}~      !"#$%&'esqueleto-1.3.2$Database.Esqueleto.Internal.LanguageDatabase.Esqueleto.Internal.SqlDatabase.Esqueleto,Database.Esqueleto.Internal.PersistentImportDatabase.Persist.StoredeleteFromPreprocessFromUpdateOrderByPreprocessedFrom$OnClauseWithoutMatchingJoinException IsJoinKind smartJoin reifyJoinKindJoinKindFullOuterJoinKindRightOuterJoinKindLeftOuterJoinKind CrossJoinKind InnerJoinKind FullOuterJoinRightOuterJoin LeftOuterJoin CrossJoin InnerJoin ToSomeValues toSomeValues SomeValue ValueListValue Esqueleto fromStartfromStartMaybefromJoin fromFinishwhere_ongroupByorderByascdesclimitoffsethaving sub_selectsub_selectDistinct^.?.val isNothingjustnothingjoinV countRowscountnot_==.>=.>.<=.<.!=.&&.||.+.-./.*.random_round_ceiling_floor_sum_min_max_avg_like%concat_++.subList_selectsubList_selectDistinctvalListin_notInexists notExistsset=.+=.-=.*=./=.from SqlSelectModeUPDATEDELETESELECT_DISTINCTSELECTUnsafeSqlFunctionArgumentSqlExpr SqlEntitySqlQueryunsafeSqlBinOpunsafeSqlValueunsafeSqlFunctionveryUnsafeCoerceSqlExprValuerawSelectSource selectSourceselectselectDistinctSourceselectDistinct runSource rawEsqueleto deleteCountupdate updateCounttoRawSql<#<&> insertSelectinsertSelectDistinctvalkey deleteKeypersistent-1.2.2.0Database.Persist.Sql.TypesunStMSPStMSP unStReaderStReaderDatabase.Persist.SqltransactionUndotransactionSaveDatabase.Persist.Sql.MigrationmigraterunMigrationUnsaferunMigrationSilent runMigration getMigrationprintMigrationparseMigration'parseMigrationDatabase.Persist.Sql.Runclose' withSqlConn createSqlPool withSqlPoolrunSqlPersistMPoolrunSqlPersistM runSqlConn runSqlPoolDatabase.Persist.Sql.RawrawSql getStmtConnrawExecuteCount rawExecuterawQueryDatabase.Persist.Sql.Class askSqlConnMonadSqlPersistrawSqlProcessRowrawSqlColCountReason rawSqlColsRawSqlsqlTypePersistFieldSqlDatabase.Persist.Sql.Internal mkColumns ISRSingle ISRInsertGetInsertSqlResult connRDBMS connNoLimitconnEscapeName connRollback connCommit connBeginconnMigrateSql connClose connStmtMap connInsertSql connPrepare Connection stmtQuery stmtExecute stmtReset stmtFinalize Statement cReferencecMaxLencDefaultcSqlTypecNullcNameColumnStatementAlreadyFinalizedCouldn'tGetSQLConnectionPersistentSqlException SqlBackend unSqlPersistT SqlPersistT SqlPersist SqlPersistMSqlCautiousMigration MigrationConnectionPoolunSingleSingle$Database.Persist.Class.PersistUnique replaceUnique getByValueinsertBy insertUniquedeleteBygetBy PersistUnique$Database.Persist.Class.DeleteCascade deleteCascade DeleteCascade#Database.Persist.Class.PersistStore belongsToJust belongsTogetJustreplacerepsert insertKey insertManyinsert_insertgetPersistMonadBackend PersistStore$Database.Persist.Class.PersistEntity fieldLenspersistIdFieldpersistUniqueKeyspersistUniqueToValuespersistUniqueToFieldNamesfromPersistValuestoPersistFields entityDefpersistFieldDefUniquePersistEntityBackend EntityField PersistEntityKey entityVal entityKeyEntity#Database.Persist.Class.PersistFieldfromPersistValuetoPersistValue PersistFieldSomePersistFieldDatabase.Persist.Types.BasefromPersistValueTextActiveInactive CheckmarkNullable NotNullable IsNullable ByMaybeAttrByNullableAttr WhyNullable entitySum entityExtra entityDerives entityUniques entityFields entityAttrsentityIDentityDB entityHaskell EntityDef ExtraLine unHaskellName HaskellNameunDBNameDBNameAttr FTTypeConFTAppFTList FieldType fieldEmbedded fieldStrict fieldAttrs fieldSqlType fieldTypefieldDB fieldHaskellFieldDef uniqueAttrs uniqueFields uniqueDBName uniqueHaskell UniqueDef PersistErrorPersistMarshalErrorPersistInvalidFieldPersistForeignConstraintUnmetPersistMongoDBErrorPersistMongoDBUnsupportedPersistExceptionZT PersistTextPersistByteString PersistInt64 PersistDoublePersistRational PersistBool PersistDayPersistTimeOfDayPersistUTCTimePersistZonedTime PersistNull PersistList PersistMapPersistObjectId PersistValue SqlStringSqlInt32SqlInt64SqlReal SqlNumericSqlBoolSqlDaySqlTime SqlDayTimeSqlDayTimeZonedSqlBlobSqlOtherSqlTypeunKey KeyBackend KeyEntityEqNeGtLtGeLeInNotIn PersistFilter KeyNotFoundUpdateGetExceptionAssignAddSubtractMultiplyDivide PersistUpdate$Database.Persist.Class.PersistConfigrunPoolcreatePoolConfigapplyEnv loadConfigPersistConfigPoolPersistConfigBackend PersistConfigbase 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OrderByClause HavingClause GroupByClause WhereClause SetClause FromClauseSideDatacollectOnClausesOnClauseFromJoin newIdentForuseIdent veryUnsafeCoerceSqlExprValueListconduit-1.0.7.3Data.Conduit.InternalSource$fSqlSelect(,)(,)$fSqlSelectSqlExprValue$fSqlSelectSqlExprMaybe$fSqlSelectSqlExprEntity$fSqlSelect()()$fSqlSelectSqlExprProxy QueryType unQueryType toArgList OrderByTypeDESCASC NeedParensNeverParensEPreprocessedFromESetEOrderBy EEmptyListEListERawEMaybeEEntityEInsert InsertioninUseILimitGroupByNoWhereWhere FromStart sdFromClause sdSetClause sdWhereClausesdGroupByClausesdHavingClausesdOrderByClause sdLimitClauseQunQinitialIdentStateparensM fieldNamesetAuxsub fromDBName existsHelperifNotEmptyList builderToText pureQuery insertQuery makeInsertuncommas uncommas' makeSelectmakeFrommakeSet makeWhere makeGroupBy makeHaving makeOrderBy makeLimitparens getEntityValfrom3Pfrom3to3from4Pfrom4to4from5Pto5from6Pto6from7Pto7from8Pto8from9Pto9from10Pto10from11Pto11from12Pto12from13Pto13from14Pto14from15Pto15from16Pto16insertGeneralSelect-$fSqlSelect(,,,,,,,,,,,,,,,)(,,,,,,,,,,,,,,,)+$fSqlSelect(,,,,,,,,,,,,,,)(,,,,,,,,,,,,,,))$fSqlSelect(,,,,,,,,,,,,,)(,,,,,,,,,,,,,)'$fSqlSelect(,,,,,,,,,,,,)(,,,,,,,,,,,,)%$fSqlSelect(,,,,,,,,,,,)(,,,,,,,,,,,)#$fSqlSelect(,,,,,,,,,,)(,,,,,,,,,,)!$fSqlSelect(,,,,,,,,,)(,,,,,,,,,)$fSqlSelect(,,,,,,,,)(,,,,,,,,)$fSqlSelect(,,,,,,,)(,,,,,,,)$fSqlSelect(,,,,,,)(,,,,,,)$fSqlSelect(,,,,,)(,,,,,)$fSqlSelect(,,,,)(,,,,)$fSqlSelect(,,,)(,,,)$fSqlSelect(,,)(,,) $fUnsafeSqlFunctionArgument(,,,)$fUnsafeSqlFunctionArgument(,,)$fUnsafeSqlFunctionArgument(,)$fUnsafeSqlFunctionArgument[]"$fUnsafeSqlFunctionArgumentSqlExpr$fToSomeValuesSqlExprSqlExpr$$fEsqueletoSqlQuerySqlExprSqlBackend$fMonoidLimitClause$fMonoidGroupByClause$fMonoidWhereClause$fMonoidSideData$fApplicativeSqlQuery$fMonadSqlQuery$fFunctorSqlQuery