master..6d93ae2 · typeable/schematic

git.iko.soy/typeable/schematic

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.travis.yml+2−2

since splitsnapshots

unifiedsplit

@@ -1,4 +1,4 @@

1−sudo: required

1+sudo: false

3language: c

@@ -22,4 +22,4 @@ script:

23cache:

24 directories:

25− - $HOME/.stack

25+ - $HOME/.stack

ChangeLog.md−56

@@ -1,61 +1,5 @@

1# Revision history for schematic

3−## 0.6.0.0 -- 2021-01-15

4−

5−Added compatability with aeson-1.4.3.0. Since version 1.4.3 the module `Data.Aeson` started exporting `JSONPath`, which was conflicting with our own `JSONPath`. Furthermore, started using `JSONPathElement` from `aeson` instead of `DemotedPathSegment`.

6−

7−## 0.5.1.0 -- 2021-01-15

8−

9−Fix the generation of json schema for numbers.

10−Add array constraints.

11−Fix the generation of text and number constraints.

12−Remove jsonpath from the error message.

13−

14−## 0.5.0.0 -- 2019-02-20

15−

16−GHC 8.6, json generation by schema definition, validation bug fixes, better

17−parsing error messages.

18−

19−## 0.4.3.0 -- 2018-07-12

20−

21−GHC 8.4 support, dropping support for older GHC versions

22−

23−## 0.4.2.0

24−

25−Support ghc-8.4 and drop support for older versions

26−

27−## 0.4.1.0 -- 2017-11-05

28−

29−Convenience isomorphisms: txt, num, opt, bln etc

30−

31−## 0.4.1.0 -- 2017-11-01

32−

33−flens and fget now use type application syntax

34−

35−## 0.4.0.0 -- 2017-10-17

36−

37−Object building DSL, more convenience helpers, MCons simplified with Tagged

38−

39−## 0.3.2.0 -- 2017-10-02

40−

41−Fixed FIndex bug, added bunch of convenience isomorphism, re-exports.

42−

43−## 0.3.1.0 -- 2017-09-28

44−

45−Add UUID and ISO8601 helpers, json schema constraint export, fsubset lens

46−combinator.

47−

48−## 0.3.0.0 -- 2017-09-28

49−

50−Updated to GHC 8.2.1 and singletons 2.3.1

51−

52−## 0.2.1.0 -- 2017-09-26

53−

54−Add decodeAndValidateVersionedWithPureMList, fix tests

55−

56−## 0.2.0.0 -- 2017-09-26

57−

58−Migratable is deprecated, migrations are now possible in an arbitrary monad.

60## 0.1.5.0 -- 2017-08-22

4## 0.1.5.0 -- 2017-08-22

README.md+29−150

@@ -1,6 +1,6 @@

1# schematic

3−[![Build Status](https://travis-ci.org/typeable/schematic.svg?branch=master)](https://travis-ci.org/typeable/schematic)

3+[![Build Status](https://travis-ci.org/dredozubov/schematic.svg?branch=master)](https://travis-ci.org/dredozubov/schematic)

5## Goal

@@ -10,7 +10,13 @@ The goal of the library is to provide a type-safe transport layer for serializin

10* Serializers are generic, so they follow from the type-level schema and the're supposed to have a roundtrip property by an implementation.

11* Runtime value validators are generated from the schema. Validation errors are reported as a pairs of a json-path to the element and an error message.

12* There are migrations. It's possible to describe a series of migrations to the schema and have all the necessary machinery to deserialize a user specified version of the schema if there are multiple versions available.

13−* Schematic schemas can be exported to [json-schema](http://json-schema.org)

13+

14+## TODO

15+

16+* Schema pretty-printing

17+* More validators

18+* Overall user friendliness

19+* Versioned http endpoints

15Be aware that library is experimental and subject to change a lot. The current state can be viewed as a prototype.

21Be aware that library is experimental and subject to change a lot. The current state can be viewed as a prototype.

@@ -22,35 +28,9 @@ Be aware that library is experimental and subject to change a lot. The current s

22$ stack install schematic

28$ stack install schematic

23```

29```

25−## GHC Extensions

26−

27−To use this library without any hassle you should add a few GHC extension

28−either to a module or a cabal file:

29−

30−```

31−DataKinds

32−OverloadedLists

33−OverloadedStrings

34−TypeApplications

35−```

36−

37−`Overloaded`-extensions are being used only by `field` combinator,

38−so if you don't use it - feel free to disable it.

39−

40−## GHC Options

41−

42−I recommend using `{-# OPTIONS_GHC -fno-warn-unticked-promoted-constructors #-}`

43−pragma in modules which declare schemas and schema migrations, because `schematic`

44−heavily uses promoted types which should be prefixed with "`" signs and they can

45−be dropped with this option, making it less noisy visually.

46−It's entirely optional and totally opinionated, so feel free to ignore this.

47−Through the documentation, the code is written without any explicit ticks for

48−the same reason.

49−Notice that they're still needed for type-level lists and tuples in schematic code.

50−

51## Basic Examples

31## Basic Examples

53−```haskell

33+```

54type SchemaExample

34type SchemaExample

55 = SchemaObject

35 = SchemaObject

56 '[ '("foo", SchemaArray '[AEq 1] (SchemaNumber '[NGt 10]))

36 '[ '("foo", SchemaArray '[AEq 1] (SchemaNumber '[NGt 10]))

@@ -68,21 +48,21 @@ type SchemaExample

69This one is valid for example

49This one is valid for example

71−```haskell

51+```

72schemaJson :: ByteString

52schemaJson :: ByteString

73schemaJson = "{\"foo\": [13], \"bar\": null}"

53schemaJson = "{\"foo\": [13], \"bar\": null}"

74```

54```

76Also valid

56Also valid

78−```haskell

58+```

79schemaJson :: ByteString

59schemaJson :: ByteString

80schemaJson = "{\"foo\": [13], \"bar\": \"bar\"}"

60schemaJson = "{\"foo\": [13], \"bar\": \"bar\"}"

81```

61```

83it can be parsed and validated like this:

63it can be parsed and validated like this:

85−```haskell

65+```

86decodeAndValidateJson schemaJson :: ParseResult (JsonRepr SchemaExample)

66decodeAndValidateJson schemaJson :: ParseResult (JsonRepr SchemaExample)

87```

67```

@@ -92,64 +72,24 @@ decodeAndValidateJson schemaJson :: ParseResult (JsonRepr SchemaExample)

92* some of the runtime validations have failed, but it's structurally correct

72* some of the runtime validations have failed, but it's structurally correct

93 overall

73 overall

95−It implies a transport layer representation of that data that can be traversed

75+It implies a transport layer representation of that data that can be traversed and transformed to whatever internal types user has. It's called `JsonRepr`. Type parameter is the schema itself.

96−and transformed to whatever internal types user has.

97−It's called `JsonRepr`. Type parameter is the schema itself.

99−```haskell

100−jsonExample :: JsonRepr SchemaExample

101−jsonExample = withRepr @SchemaExample

102− $ field @"foo" [12]

103− :& field @"bar" (Just "bar")

104− :& RNil

105−```

106−

107−The most basic and sugar-free way of constructing the same object will look like this:

108

109```

78```

110−jsonExample' :: JsonRepr SchemaExample

79+jsonExample :: JsonRepr SchemaExample

111−jsonExample' = ReprObject $

80+jsonExample = ReprObject $

112 FieldRepr (ReprArray [ReprNumber 12])

81 FieldRepr (ReprArray [ReprNumber 12])

113 :& FieldRepr (ReprOptional (Just (ReprText "bar")))

82 :& FieldRepr (ReprOptional (Just (ReprText "bar")))

114 :& RNil

83 :& RNil

115```

84```

116

117−## Lens-compatibility

118−

119−It's possible to use `flens` to construct a field lens for a typed object in schematic. Let's suppose you have a schema like this:

120−

121−```haskell

122−type ArraySchema = SchemaArray '[AEq 1] (SchemaNumber '[NGt 10])

123−

124−type ArrayField = '("foo", ArraySchema)

125−

126−type FieldsSchema =

127− '[ ArrayField, '("bar", SchemaOptional (SchemaText '[TEnum '["foo", "bar"]]))]

128−

129−type SchemaExample = 'SchemaObject FieldsSchema

130−

131−```

132−

133−There are two ways of working with named fields in the objects:

134−

135−* Using the `fget` and `fset` functions: `fget @"foo" (fput newFooVal objectData) == newFooVal`

136−* Using the lens library: `set (flens @"foo") newFooVal objectData ^. flens @"foo" == newFooVal`

137−

138## Migrations

86## Migrations

139

140−Usually migrations are implicit and hard to deal with, `schematic` deals with it

141−by giving tools to deal with it to a programmer, being as explicit as possible,

142−notifying the developer of a missing transition with a compile-time error.

143−It allows to build versioned HTTP APIs or migrate data from the older versions

144−when reading from the JSON storages.

145−

146−It's possible to represent schema changes as a series of migrations,

147−which describes a series of json-path/change pairs. Migrations can be applied in

88+It's possible to represent schema changes as a series of migrations, which describes a series of json-path/change pairs. Migrations can be applied in succession.

148−succession.

149

150This piece of code will apply a migration to the schema, decode and validate the latest version.

90This piece of code will apply a migration to the schema, decode and validate the latest version.

151

152−```haskell

92+```

153type SchemaExample

93type SchemaExample

154 = SchemaObject

94 = SchemaObject

155 '[ '("foo", SchemaArray '[AEq 1] (SchemaNumber '[NGt 10]))

95 '[ '("foo", SchemaArray '[AEq 1] (SchemaNumber '[NGt 10]))

@@ -157,8 +97,8 @@ type SchemaExample

157

158type TestMigration =

98type TestMigration =

159 'Migration "test_revision"

99 'Migration "test_revision"

160− '[ Diff '[ PKey "bar" ] (Update (SchemaText '[]))

100+ '[ 'Diff '[ 'PKey "bar" ] ('Update ('SchemaText '[]))

161− , Diff '[ PKey "foo" ] (Update (SchemaNumber '[])) ]

101+ , 'Diff '[ 'PKey "foo" ] ('Update ('SchemaNumber '[])) ]

162

102

163type VS = 'Versioned SchemaExample '[ TestMigration ]

103type VS = 'Versioned SchemaExample '[ TestMigration ]

164

104

@@ -172,84 +112,23 @@ It's possible to decode the latest version like this:

172decodeAndValidateJson schemaJsonTopVersion :: ParseResult (JsonRepr (TopVersion (AllVersions VS)))

112decodeAndValidateJson schemaJsonTopVersion :: ParseResult (JsonRepr (TopVersion (AllVersions VS)))

173```

113```

174

114

175−It's important to differentiate between schema migrations and data migrations.

115+## Lens-compatibility

176−Schema migration is a change of a schema acceptable by a JSON consumer. It transforms one schema to another.

177−Data migrations on the other hand are functions on the data itself. They transform values

178−acceptable by one schema to values acceptable by another.

179−Let's look at the situation when we have to add a field to a JSON Object of a current schema:

180−

181−```haskell

182−type SchemaExample = 'SchemaObject

183− '[ '("foo", 'SchemaArray '[ 'AEq 1] ('SchemaNumber '[ 'NGt 10]))

184− , '("bar", 'SchemaOptional ('SchemaText '[ 'TEnum '["foo", "bar"]]))]

185−

186−jsonExample :: JsonRepr SchemaExample

187−jsonExample = withRepr @SchemaExample

188− $ field @"bar" (Just "bar")

189− :& field @"foo" [12]

190− :& RNil

191−

192−type AddQuuz =

193− 'Migration "add_field_quuz"

194− '[ 'Diff '[] ('AddKey "quuz" (SchemaNumber '[])) ]

195−

196−type DeleteQuuz =

197− 'Migration "remove_field_quuz"

198− '[ 'Diff '[] ( 'DeleteKey "quuz") ]

199−

200−type Migrations = '[ AddQuuz

201− , DeleteQuuz ]

202−

203−type VersionedJson = 'Versioned SchemaExample Migrations

204

116

205−migrationList :: MigrationList Identity VersionedJson

117+It's possible to use `flens` to construct a field lens for a typed object in schematic. Let's suppose you have a schema like this:

206−migrationList

207− = (migrateObject (\r -> Identity $ field @"quuz" 42 :& r))

208− :&& shrinkObject

209− :&& MNil

210

118

211```

119```

120+type ArraySchema = 'SchemaArray '[AEq 1] ('SchemaNumber '[NGt 10])

212

121

213−In this instance `Migrations` is a list of schema migrations and

122+type ArrayField = '("foo", ArraySchema)

214−`MigrationList Identity VersionedJson` is a list of data migrations corresponding

215−to the list of schema migrations: `migrateObject (\r -> Identity $ field @"quuz" 42 :& r))`

216−will be used at runtime to transform `JsonRepr SchemaExample` to

217−`JsonRepr (SchemaByRevision "add_quuz" VersionedJson). `Identity` in the type of

218−`MigrationList` is a monad we choose to run our migrations in. If there's need to

219−do database queries or something like that, it can be changed to something more

220−appropriate by a user.

221−`migrateObject` takes a function transforming old fields into new ones, `shrinkObject`

222−allows to shrink the JSON object in case migration only removed fields.

223−

224−## How do I construct a value of `JsonRepr schema`?

225

123

226−`JsonRepr schema` is a primary representation of a value serializable/deserializable

124+type FieldsSchema =

227−to JSON, but with a twist. It's guaranteed to correspond a type-level schema,

125+ '[ ArrayField, '("bar", 'SchemaOptional ('SchemaText '[TEnum '["foo", "bar"]]))]

228−it's a type parameter of a same name.

229−It makes constructing it a little bit more involved, but luckily `schematic`

230−provides a DSL for doing so in a more straightforward fashion. An example would

231−look like this:

232

126

233−```haskell

234−type SchemaExample = 'SchemaObject

127+type SchemaExample = 'SchemaObject FieldsSchema

235− '[ '("foo", SchemaArray '[ AEq 1] (SchemaNumber '[NGt 10]))

236− , '("bar", SchemaOptional (SchemaText '[TEnum '["foo", "bar"]]))]

237

128

238−jsonExample = withRepr @SchemaExample

239− $ field @"bar" (Just "bar")

240− :& field @"foo" [12]

241− :& RNil

242```

129```

243

130

244−`@foo` syntax is an explicit type application, which is a feature of GHC 8+, it

131+There are two ways of working with named fields in the objects:

245−makes type inference possible without relying on a bunch of `Proxy`s, which

246−makes it syntactically more terse.

247−

248−[GHC Type Applications](https://ghc.haskell.org/trac/ghc/wiki/TypeApplication)

249−

250−`schematic` provides instances for `OverloadedLists` and `OverloadedStrings`

251−GHC extensions to make use of string and list literals for values in a previous

252−example.

253−

254

132

255−## Export to json-schema (draft 4)

133+* Using the `fget` and `fset` functions: `fget fooProxy (fput newFooVal objectData) == newFooVal`

134+* Using the lens library: `set (flens (Proxy @"foo")) newFooVal objectData ^. flens (Proxy @"foo") == newFooVal`

releasedeleted−43

@@ -1,43 +0,0 @@

1−#!/bin/bash

2−

3−set -o xtrace

4−

5−dist=`stack path --dist-dir --stack-yaml ./stack.yaml 2> /dev/null`

6−

7−rootdir=`pwd`

8−

9−cabalfile=`ls *.cabal`

10−packagename="${cabalfile%%.*}"

11−version=`grep '^version:' schematic.cabal | rev | cut -d" " -f1 | rev`

12−

13−echo -e "\033[1;36mTesting library...\033[0m"

14−stack test 2> /dev/null

15−

16−echo -e "\033[1;36mRunning sdist...\033[0m"

17−cabal sdist

18−

19−echo -e "\033[1;36mGenerating documentation...\033[0m"

20−stack haddock 2> /dev/null

21−

22−if [ "$?" -eq "0" ]; then

23− echo -e "\033[1;32mUploading package to Hackage...\033[0m"

24− read -p "Hackage username: " username

25− read -p "Hackage password: " -s password

26− echo ""

27− cabal upload -u $username -p $password dist/$packagename-$version.tar.gz

28−

29− docdir=`find .stack-work -name "$packagename-$version-docs"`

30−

31− echo -e "Compressing documentation from \033[1;34m$docdir\033[0m for \033[1;35m$packagename\033[0m-\033[1;33m$version\033[1;30m"

32− tar -c -v -z --format=ustar -f $docdir.tar.gz $docdir

33− echo -e "\033[1;32mUploading documentation to Hackage...\033[0m"

34− cd $docdir

35− cd ..

36− curl -X PUT -H 'Content-Type: application/x-tar' -H 'Content-Encoding: gzip' --data-binary "$packagename-$version-docs.tar.gz" "https://$username:$password@hackage.haskell.org/package/$packagename-$version/candidate/docs"

37− open "https://hackage.haskell.org/package/$packagename-$version/candidate/"

38− cd $rootdir

39− echo "To publish the candidate, use 'cabal upload --publish'."

40− exit $?

41−else

42− echo -e "\033[1;31mNot in a stack-powered project\033[0m"

43−fi

release.nixdeleted−32

@@ -1,32 +0,0 @@

1−{ schematicSrc ? { outPath = ./.; revCount = 0; gitTag = "dirty"; }

2−, supportedSystems ? [ "x86_64-linux" ]

3−}:

4−

5−let

6− _nixpkgs = import <nixpkgs> {};

7− inherit (_nixpkgs) pkgs lib;

8−

9− stackageOverlayPath = pkgs.fetchFromGitHub {

10− owner = "typeable";

11− repo = "nixpkgs-stackage";

12− rev = "abe0a03ba2bde609b0707ce45301ec836cb3ed29";

13− sha256 = "0ksdk83zbsgvs30izwsfyjh4xxwz8dsn9a5igrs3pjap4whpzqfv";

14− };

15−

16− nixpkgsArgs = {

17− overlays = [ (import stackageOverlayPath) ];

18− };

19−

20− release = import <nixpkgs/pkgs/top-level/release-lib.nix> { inherit nixpkgsArgs supportedSystems; };

21−

22− mkStackage = system:

23− let

24− nixpkgs = release.pkgsFor system;

25− stackage = nixpkgs.haskell.packages.stackage.lib.callStackage2nix "schematic" schematicSrc { inherit nixpkgs; };

26− in

27− stackage;

28−

29−in

30− lib.genAttrs supportedSystems (system: {

31− inherit (mkStackage system) schematic;

32− })

schematic.cabal+47−37

@@ -1,43 +1,37 @@

1+-- Initial schematic.cabal generated by cabal init. For further

2+-- documentation, see http://haskell.org/cabal/users-guide/

1name: schematic

4name: schematic

2−version: 0.6.0.0

5+version: 0.1.6.0

3synopsis: JSON-biased spec and validation tool

6synopsis: JSON-biased spec and validation tool

4−description: JSON-biased spec and validation tool. Makes possible to have a schema as a haskell type and derive json instances, validation actions, JSON generation for property-test generically. Built-in lens support.

7+-- description:

5license: BSD3

8license: BSD3

6license-file: LICENSE

9license-file: LICENSE

7author: Denis Redozubov

10author: Denis Redozubov

8maintainer: denis.redozubov@gmail.com

11maintainer: denis.redozubov@gmail.com

9−homepage: http://github.com/typeable/schematic

12+-- copyright:

10−Bug-reports: http://github.com/typeable/schematic/issues/

11category: Data

13category: Data

12build-type: Simple

14build-type: Simple

13−extra-source-files: ChangeLog.md, README.md

15+extra-source-files: ChangeLog.md

14cabal-version: >=1.10

16cabal-version: >=1.10

16library

18library

17 exposed-modules: Data.Schematic

19 exposed-modules: Data.Schematic

18− , Data.Schematic.DSL

19− , Data.Schematic.Generator

20− , Data.Schematic.Generator.Regex

21 , Data.Schematic.Instances

20 , Data.Schematic.Instances

22 , Data.Schematic.JsonSchema

21 , Data.Schematic.JsonSchema

23− , Data.Schematic.Helpers

24 , Data.Schematic.Lens

22 , Data.Schematic.Lens

25 , Data.Schematic.Migration

23 , Data.Schematic.Migration

26 , Data.Schematic.Path

24 , Data.Schematic.Path

27 , Data.Schematic.Schema

25 , Data.Schematic.Schema

28 , Data.Schematic.Validation

26 , Data.Schematic.Validation

29− , Data.Schematic.Verifier

27+ , Data.Schematic.Utils

30− , Data.Schematic.Verifier.Array

31− , Data.Schematic.Verifier.Common

32− , Data.Schematic.Verifier.Number

33− , Data.Schematic.Verifier.Text

34 ghc-options: -Wall

28 ghc-options: -Wall

29+ -- other-modules:

35 default-extensions: ConstraintKinds

30 default-extensions: ConstraintKinds

36 , DataKinds

31 , DataKinds

37 , DefaultSignatures

32 , DefaultSignatures

38 , DeriveFunctor

33 , DeriveFunctor

39 , DeriveFoldable

34 , DeriveFoldable

40− , DeriveTraversable

41 , DeriveGeneric

35 , DeriveGeneric

42 , DeriveDataTypeable

36 , DeriveDataTypeable

43 , FlexibleContexts

37 , FlexibleContexts

@@ -65,24 +59,20 @@ library

65 , TypeOperators

59 , TypeOperators

66 , TypeSynonymInstances

60 , TypeSynonymInstances

67 , UndecidableInstances

61 , UndecidableInstances

68− build-depends: base >=4.11 && <5

62+ build-depends: base >=4.9 && <4.10

69 , bytestring

63 , bytestring

70− , aeson >= 1.4.3.0 && < 1.6

64+ , aeson >= 1

71 , containers

65 , containers

72 , hjsonschema

66 , hjsonschema

73− , mtl

74− , profunctors

75− , regex-tdfa

67+ , regex-compat

76− , regex-tdfa-text

77 , scientific

68 , scientific

78− , singletons >= 2.4

69+ , singletons >= 2.2

79 , smallcheck

70 , smallcheck

71+ , smallcheck-series

80 , tagged

72 , tagged

81− , template-haskell

82 , text

73 , text

83− , union

84 , unordered-containers

74 , unordered-containers

85− , validationt >= 0.2.1.0

75+ , validationt >= 0.1.0.1

86 , vector

76 , vector

87 , vinyl

77 , vinyl

88 hs-source-dirs: src

78 hs-source-dirs: src

@@ -93,9 +83,35 @@ test-suite spec

93 hs-source-dirs: test

83 hs-source-dirs: test

94 main-is: Spec.hs

84 main-is: Spec.hs

95 default-language: Haskell2010

85 default-language: Haskell2010

86+ default-extensions: ConstraintKinds

87+ , DataKinds

88+ , DeriveFunctor

89+ , DeriveFoldable

90+ , DeriveGeneric

91+ , DeriveDataTypeable

92+ , FlexibleContexts

93+ , FlexibleInstances

94+ , FunctionalDependencies

95+ , GADTs

96+ , KindSignatures

97+ , InstanceSigs

98+ , MultiParamTypeClasses

99+ , OverloadedLists

100+ , OverloadedStrings

101+ , PolyKinds

102+ , QuasiQuotes

103+ , PartialTypeSignatures

104+ , RecordWildCards

105+ , ScopedTypeVariables

106+ , TemplateHaskell

107+ , TypeApplications

108+ , TypeFamilies

109+ , TypeInType

110+ , TypeOperators

111+ , TypeSynonymInstances

96 build-depends: HUnit

112 build-depends: HUnit

97 , aeson >= 1

113 , aeson >= 1

98− , base >=4.11 && <4.13

114+ , base >=4.9 && <4.10

99 , bytestring

115 , bytestring

100 , containers

116 , containers

101 , hjsonschema

117 , hjsonschema

@@ -104,21 +120,15 @@ test-suite spec

104 , hspec-discover

120 , hspec-discover

105 , hspec-smallcheck

121 , hspec-smallcheck

106 , lens

122 , lens

107− , regex-tdfa

123+ , regex-compat

108− , regex-tdfa-text

109 , schematic

124 , schematic

110 , smallcheck

125 , smallcheck

126+ , smallcheck-series

111− , singletons

127+ , singletons >= 2.3.1

112 , tagged

128 , tagged

113 , text

129 , text

114 , unordered-containers

130 , unordered-containers

115− , validationt >= 0.2.1.0

131+ , validationt >= 0.1.0.1

116 , vinyl

132 , vinyl

117 other-modules: SchemaSpec

133 other-modules: SchemaSpec

118− , HelpersSpec

119− , LensSpec

134+ , LensSpec

120− , JsonSchemaSpec

121−

122−source-repository head

123− type: git

124− location: https://github.com/typeable/schematic

src/Data/Schematic.hs+82−38

@@ -2,43 +2,62 @@

2{-# LANGUAGE AllowAmbiguousTypes #-}

4module Data.Schematic

5− ( module Data.Schematic.JsonSchema

5+ ( module Data.Schematic.Schema

6− , module Data.Schematic.Helpers

7 , module Data.Schematic.Lens

6 , module Data.Schematic.Lens

8 , module Data.Schematic.Migration

7 , module Data.Schematic.Migration

9− , module Data.Schematic.Schema

8+ , module Data.Schematic.Utils

10 , decodeAndValidateJson

9 , decodeAndValidateJson

11 , parseAndValidateJson

10 , parseAndValidateJson

12 , parseAndValidateJsonBy

11 , parseAndValidateJsonBy

12+ , parseAndValidateVersionedJson

13 , parseAndValidateTopVersionJson

14+ , decodeAndValidateVersionedJson

14 , parseAndValidateWithMList

15 , parseAndValidateWithMList

15 , decodeAndValidateVersionedWithMList

16 , decodeAndValidateVersionedWithMList

16− , decodeAndValidateVersionedWithPureMList

17 , isValid

18 , isDecodingError

19 , isValidationError

20 , ParseResult(..)

21− , withRepr

21+ , Migratable

22− , field

23 ) where

22 ) where

25import Control.Monad.Validation

24import Control.Monad.Validation

26import Data.Aeson as J

25import Data.Aeson as J

27import Data.Aeson.Types as J

26import Data.Aeson.Types as J

28import Data.ByteString.Lazy as BL

27import Data.ByteString.Lazy as BL

29−import Data.Functor.Identity as F

28+import Data.Functor.Identity

30−import Data.Schematic.DSL

31−import Data.Schematic.Helpers

32−import Data.Schematic.JsonSchema

33import Data.Schematic.Lens

29import Data.Schematic.Lens

34import Data.Schematic.Migration

30import Data.Schematic.Migration

35import Data.Schematic.Schema

31import Data.Schematic.Schema

32+import Data.Schematic.Utils

36import Data.Schematic.Validation

33import Data.Schematic.Validation

37−import Data.Singletons.Prelude hiding ((:.))

34+import Data.Singletons.Prelude

38−import Data.Tagged

39import Data.Text as T

35import Data.Text as T

38+parseAndValidateJson

39+ :: forall schema

40+ . (J.FromJSON (JsonRepr schema), TopLevel schema, SingI schema)

41+ => J.Value

42+ -> ParseResult (JsonRepr schema)

43+parseAndValidateJson v =

44+ case parseEither parseJSON v of

45+ Left s -> DecodingError $ T.pack s

46+ Right jsonRepr ->

47+ let

48+ validate = validateJsonRepr (sing :: Sing schema) [] jsonRepr

49+ res = runIdentity . runValidationTEither $ validate

50+ in case res of

51+ Left em -> ValidationError em

52+ Right () -> Valid jsonRepr

53+

54+parseAndValidateJsonBy

55+ :: (J.FromJSON (JsonRepr schema), TopLevel schema, SingI schema)

56+ => proxy schema

57+ -> J.Value

58+ -> ParseResult (JsonRepr schema)

59+parseAndValidateJsonBy _ = parseAndValidateJson

60+

42parseAndValidateTopVersionJson

61parseAndValidateTopVersionJson

43 :: forall proxy (v :: Versioned)

62 :: forall proxy (v :: Versioned)

44 . (SingI (TopVersion (AllVersions v)))

63 . (SingI (TopVersion (AllVersions v)))

@@ -57,23 +76,44 @@ parseAndValidateTopVersionJson _ v =

57 Left em -> ValidationError em

76 Left em -> ValidationError em

58 Right () -> Valid jsonRepr

77 Right () -> Valid jsonRepr

79+class Migratable (revisions :: [(Revision, Schema)]) where

80+ mparse

81+ :: Sing revisions

82+ -> J.Value

83+ -> ParseResult (JsonRepr (Snd (Head revisions)))

84+

85+instance

86+ {-# OVERLAPPING #-}

87+ ( TopLevel (Snd rev), SingI (Snd rev) )

88+ => Migratable '[rev] where

89+ mparse _ = parseAndValidateJson

90+

91+instance {-# OVERLAPPABLE #-}

92+ ( Migratable (Tail revisions)

93+ , MigrateSchema (Snd (Head (Tail revisions))) (Snd (Head revisions))

94+ , SingI (Snd (Head revisions)))

95+ => Migratable revisions where

96+ mparse s v = case parseEither parseJSON v of

97+ Left _ ->

98+ migrate <$> (mparse (sTail s) v :: ParseResult (JsonRepr (Snd (Head (Tail revisions)))))

99+ Right x -> Valid x

100+

101+parseAndValidateVersionedJson

102+ :: forall proxy v. (SingI (AllVersions v), Migratable (AllVersions v))

103+ => proxy v

104+ -> J.Value

105+ -> ParseResult (JsonRepr (Snd (Head (AllVersions v))))

106+parseAndValidateVersionedJson _ v = mparse (sing :: Sing (AllVersions v)) v

107+

60parseAndValidateWithMList

108parseAndValidateWithMList

61− :: Monad m

62− => MList m revisions

109+ :: MList revisions

63 -> J.Value

110 -> J.Value

64− -> m (ParseResult (JsonRepr (Head revisions)))

111+ -> ParseResult (JsonRepr (Head revisions))

65−parseAndValidateWithMList MNil v = pure $ parseAndValidateJson v

112+parseAndValidateWithMList MNil v = parseAndValidateJson v

66−parseAndValidateWithMList (Tagged f :&& tl) v =

67− case parseAndValidateJsonBy Proxy v of

113+parseAndValidateWithMList ((:&&) p f tl) v = case parseAndValidateJsonBy p v of

68− Valid a -> pure $ Valid a

114+ Valid a -> Valid a

69− DecodingError _ -> do

115+ DecodingError _ -> f <$> parseAndValidateWithMList tl v

70− pr <- parseAndValidateWithMList tl v

71− let pr' = f <$> pr

72− sequence pr'

73− ValidationError _ -> do

116+ ValidationError _ -> f <$> parseAndValidateWithMList tl v

74− pr <- parseAndValidateWithMList tl v

75− let pr' = f <$> pr

76− sequence pr'

117

78decodeAndValidateJson

118decodeAndValidateJson

79 :: forall schema

119 :: forall schema

@@ -84,20 +124,24 @@ decodeAndValidateJson bs = case decode bs of

84 Nothing -> DecodingError "malformed json"

124 Nothing -> DecodingError "malformed json"

85 Just x -> parseAndValidateJson x

125 Just x -> parseAndValidateJson x

126

87−decodeAndValidateVersionedWithMList

127+decodeAndValidateVersionedJson

88− :: Monad m

128+ :: (Migratable (AllVersions versioned), SingI (AllVersions versioned))

89 => proxy versioned

129 => proxy versioned

90− -> MList m (MapSnd (AllVersions versioned))

91 -> BL.ByteString

130 -> BL.ByteString

92− -> m (ParseResult (JsonRepr (Head (MapSnd (AllVersions versioned)))))

131+ -> ParseResult (JsonRepr (Snd (Head (AllVersions versioned))))

93−decodeAndValidateVersionedWithMList _ mlist bs = case decode bs of

132+decodeAndValidateVersionedJson vp bs = case decode bs of

94− Nothing -> pure $ DecodingError "malformed json"

133+ Nothing -> DecodingError "malformed json"

95− Just x -> parseAndValidateWithMList mlist x

134+ Just x -> parseAndValidateVersionedJson vp x

135

97−decodeAndValidateVersionedWithPureMList

136+type family MapSnd (l :: [(a,k)]) = (r :: [k]) where

137+ MapSnd '[] = '[]

138+ MapSnd ( '(a, b) ': tl) = b ': MapSnd tl

139+

140+decodeAndValidateVersionedWithMList

98 :: proxy versioned

141 :: proxy versioned

99− -> MList F.Identity (MapSnd (AllVersions versioned))

142+ -> MList (MapSnd (AllVersions versioned))

100 -> BL.ByteString

143 -> BL.ByteString

101 -> ParseResult (JsonRepr (Head (MapSnd (AllVersions versioned))))

144 -> ParseResult (JsonRepr (Head (MapSnd (AllVersions versioned))))

102−decodeAndValidateVersionedWithPureMList a b c =

103− runIdentity $ decodeAndValidateVersionedWithMList a b c

145+decodeAndValidateVersionedWithMList _ mlist bs = case decode bs of

146+ Nothing -> DecodingError "malformed json"

147+ Just x -> parseAndValidateWithMList mlist x

src/Data/Schematic/DSL.hsdeleted−92

@@ -1,92 +0,0 @@

1−{-# LANGUAGE AllowAmbiguousTypes #-}

2−{-# LANGUAGE CPP #-}

3−

4−module Data.Schematic.DSL where

5−

6−import Data.Kind

7−import Data.Schematic.Lens

8−import Data.Schematic.Schema

9−import Data.Scientific

10−import Data.Singletons

11−import Data.Singletons.Prelude hiding ((:.))

12−import Data.Singletons.TypeLits

13−import Data.Tagged

14−import Data.Text as T

15−import Data.Union

16−import qualified Data.Vector as V

17−import Data.Vinyl

18−import Data.Vinyl.Functor

19−

20−

21−#if MIN_VERSION_base(4,12,0)

22−type Constructor a

23− = forall fields b

24− . (fields ~ FieldsOf a, FSubset fields b (FImage fields b), RMap fields)

25− => Rec (Tagged fields :. FieldRepr) b

26− -> JsonRepr ('SchemaObject fields)

27−#else

28−type Constructor a

29− = forall fields b

30− . (fields ~ FieldsOf a, FSubset fields b (FImage fields b))

31− => Rec (Tagged fields :. FieldRepr) b

32− -> JsonRepr ('SchemaObject fields)

33−#endif

34−withRepr :: Constructor a

35−withRepr = ReprObject . rmap (unTagged . getCompose) . fcast

36−

37−class Representable s where

38− constructField :: Sing fn -> Proxy s -> Repr s -> FieldRepr '(fn, s)

39−

40−instance SingI so => Representable ('SchemaObject so) where

41− constructField sfn _ o = withKnownSymbol sfn $ FieldRepr $ ReprObject o

42−

43−instance (SingI cs, SingI sa) => Representable ('SchemaArray cs sa) where

44− constructField sfn _ a = withKnownSymbol sfn $ FieldRepr $ ReprArray a

45−

46−instance SingI cs => Representable ('SchemaText cs) where

47− constructField sfn _ t = withKnownSymbol sfn $ FieldRepr $ ReprText t

48−

49−instance SingI cs => Representable ('SchemaNumber cs) where

50− constructField sfn _ n = withKnownSymbol sfn $ FieldRepr $ ReprNumber n

51−

52−instance Representable 'SchemaBoolean where

53− constructField sfn _ b = withKnownSymbol sfn $ FieldRepr $ ReprBoolean b

54−

55−instance SingI so => Representable ('SchemaOptional so) where

56− constructField sfn _ o = withKnownSymbol sfn $ FieldRepr $ ReprOptional o

57−

58−instance SingI (h ': tl) => Representable ('SchemaUnion (h ': tl)) where

59− constructField sfn _ u = withKnownSymbol sfn $ FieldRepr $ ReprUnion u

60−

61−construct :: Sing s -> Repr s -> JsonRepr s

62−construct s r = case s of

63− SSchemaObject _ -> ReprObject r

64− SSchemaArray _ _ -> ReprArray r

65− SSchemaText _ -> ReprText r

66− SSchemaNumber _ -> ReprNumber r

67− SSchemaBoolean -> ReprBoolean r

68− SSchemaOptional _ -> ReprOptional r

69− SSchemaNull -> ReprNull

70− SSchemaUnion ss -> case ss of

71− SNil -> error "unconstructable union"

72− SCons _ _ -> ReprUnion r

73−

74−type family FieldsOf (s :: Schema) :: [(Symbol, Schema)] where

75− FieldsOf ('SchemaObject fs) = fs

76−

77−type FieldConstructor fn =

78− forall byField fs. (byField ~ ByField fn fs (FIndex fn fs), Representable byField)

79− => Repr byField

80− -> (Tagged fs :. FieldRepr) '(fn, byField)

81−

82−field :: forall fn. KnownSymbol fn => FieldConstructor fn

83−field = Compose . Tagged . constructField (sing :: Sing fn) Proxy

84−

85−type family Repr (s :: Schema) = (ty :: Type) where

86− Repr ('SchemaObject so) = Rec FieldRepr so

87− Repr ('SchemaArray cs sa) = V.Vector (JsonRepr sa)

88− Repr ('SchemaText cs) = Text

89− Repr ('SchemaNumber cs) = Scientific

90− Repr 'SchemaBoolean = Bool

91− Repr ('SchemaOptional so) = Maybe (JsonRepr so)

92− Repr ('SchemaUnion (h ': tl)) = Union JsonRepr (h ': tl)

src/Data/Schematic/Generator.hsdeleted−91

@@ -1,91 +0,0 @@

1−module Data.Schematic.Generator where

2−

3−import Data.Maybe

4−import Data.Schematic.Generator.Regex

5−import {-# SOURCE #-} Data.Schematic.Schema

6−import Data.Schematic.Verifier

7−import Data.Scientific

8−import Data.Text (Text, pack)

9−import qualified Data.Vector as V

10−import Test.SmallCheck.Series

11−

12−maxHigh :: Int

13−maxHigh = 30

14−

15−minLow :: Int

16−minLow = 2

17−

18−textLengthSeries :: Monad m => [VerifiedTextConstraint] -> Series m Text

19−textLengthSeries =

20− \case

21− [VTEq eq] -> pure $ pack $ take (fromIntegral eq) $ cycle "sample"

22− [VTBounds ml mh] -> do

23− let

24− l = fromMaybe minLow (fromIntegral <$> ml) + 1

25− h = fromMaybe maxHigh (fromIntegral <$> mh) - 1

26− n <- generate $ \depth -> take depth [l .. h]

27− pure $ pack $ take (fromIntegral n) $ cycle "sample"

28− _ -> pure "error"

29−

30−textEnumSeries :: Monad m => [Text] -> Series m Text

31−textEnumSeries enum = generate $ \depth -> take depth enum

32−

33−textSeries :: Monad m => [DemotedTextConstraint] -> Series m Text

34−textSeries cs = do

35− let mvcs = verifyTextConstraints cs

36− case mvcs of

37− Just vcs -> do

38− n <- textSeries' vcs

39− pure n

40− Nothing -> pure "error"

41−

42−textSeries' :: Monad m => [VerifiedTextConstraint] -> Series m Text

43−textSeries' [] = pure "sample"

44−textSeries' vcs = do

45− let enums = listToMaybe [x | VTEnum x <- vcs]

46− case enums of

47− Just e -> textEnumSeries e

48− Nothing -> do

49− let regexps = listToMaybe [x | VTRegex x _ _ <- vcs]

50− case regexps of

51− Just e -> regexSeries e

52− Nothing -> textLengthSeries vcs

53−

54−numberSeries :: Monad m => [DemotedNumberConstraint] -> Series m Scientific

55−numberSeries cs = do

56− let mvcs = verifyNumberConstraints cs

57− case mvcs of

58− Just vcs -> do

59− n <- numberSeries' vcs

60− pure $ n

61− Nothing -> pure 0

62−

63−numberSeries' :: Monad m => VerifiedNumberConstraint -> Series m Scientific

64−numberSeries' =

65− \case

66− VNEq eq -> pure $ fromIntegral eq

67− VNBounds ml mh -> do

68− let l = fromMaybe minLow (fromIntegral <$> ml) + 1

69− h = fromMaybe maxHigh (fromIntegral <$> mh) - 1

70− n <- generate $ \depth -> take depth [l .. h]

71− pure $ fromIntegral n

72−

73−arraySeries

74− :: (Monad m, Serial m (JsonRepr s))

75− => [DemotedArrayConstraint]

76− -> Series m (V.Vector (JsonRepr s))

77−arraySeries cs = do

78− let mvcs = verifyArrayConstraint cs

79− case mvcs of

80− Just vcs -> arraySeries' vcs

81− Nothing -> pure V.empty

82−

83−arraySeries'

84− :: forall m s. (Monad m, Serial m (JsonRepr s))

85− => Maybe VerifiedArrayConstraint

86− -> Series m (V.Vector (JsonRepr s))

87−arraySeries' ml = do

88− objs <- V.replicateM (maybe minRepeat f ml) (series :: Series m (JsonRepr s))

89− pure $ objs

90− where

91− f (VAEq l) = fromIntegral l

src/Data/Schematic/Generator/Regex.hsdeleted−76

@@ -1,76 +0,0 @@

1−module Data.Schematic.Generator.Regex where

2−

3−import Control.Monad

4−import Data.List

5−import Data.Maybe

6−import qualified Data.Set as S

7−import Data.Text (Text, unpack)

8−import Data.Text.Lazy (toStrict)

9−import Data.Text.Lazy.Builder (Builder, singleton, toLazyText)

10−import Test.SmallCheck.Series

11−import Text.Regex.TDFA.Pattern

12−import Text.Regex.TDFA.ReadRegex (parseRegex)

13−

14−

15−minRepeat :: Int

16−minRepeat = 2

17−

18−maxRepeat :: Int

19−maxRepeat = 10

20−

21−regexSeries :: (Monad m) => Text -> Series m Text

22−regexSeries regexp =

23− case parseRegex . unpack $ regexp of

24− Right (p, _) -> toStrict . toLazyText <$> regexSeries' p

25− Left _ -> pure ""

26−

27−regexSeries' :: (Monad m) => Pattern -> Series m Builder

28−regexSeries' pt =

29− case pt of

30− PEmpty -> pure mempty

31− PChar {..} -> pure $ singleton getPatternChar

32− PAny {getPatternSet = PatternSet (Just cset) _ _ _} -> do

33− x <- generate $ \depth -> take depth $ S.toList cset

34− pure $ singleton x

35− PAnyNot {getPatternSet = PatternSet (Just cset) _ _ _} -> do

36− x <-

37− generate $ \depth ->

38− take depth $ notChars $ concatMap expandEscape $ S.toList cset

39− pure $ singleton x

40− PQuest p -> regexSeries' p \/ pure mempty

41− PPlus p -> regexSeries' $ PBound 1 Nothing p

42− PStar _ p -> regexSeries' $ PBound 0 Nothing p

43− PBound low mhigh p -> do

44− let high = fromMaybe (low + maxRepeat) mhigh

45− n <- generate $ \depth -> take depth [low .. high]

46− decDepth $ do

47− ps <- replicateM n $ regexSeries' p

48− pure $ mconcat ps

49− PConcat ps -> mconcat <$> mapM regexSeries' ps

50− POr xs -> regexSeries' =<< (generate $ \depth -> take depth xs)

51− PDot _ -> do

52− x <- generate $ \depth -> take depth $ notChars []

53− pure $ singleton x

54− PEscape {..} -> do

55− x <- generate $ \depth -> take depth $ expandEscape getPatternChar

56− pure $ singleton x

57− PCarat _ -> pure mempty

58− PDollar _ -> pure mempty

59− _ -> pure mempty

60− where

61− notChars = ([' ' .. '~'] \\)

62− expandEscape ch =

63− case ch of

64− 'n' -> "\n"

65− 't' -> "\t"

66− 'r' -> "\r"

67− 'f' -> "\f"

68− 'a' -> "\a"

69− 'e' -> "\ESC"

70− 'd' -> ['0' .. '9']

71− 'w' -> ['0' .. '9'] ++ '_' : ['a' .. 'z'] ++ ['A' .. 'Z']

72− 's' -> "\9\32"

73− 'D' -> notChars $ ['0' .. '9']

74− 'W' -> notChars $ ['0' .. '9'] ++ '_' : ['a' .. 'z'] ++ ['A' .. 'Z']

75− 'S' -> notChars "\9\32"

76− ch' -> [ch']

src/Data/Schematic/Helpers.hsdeleted−59

@@ -1,59 +0,0 @@

1−module Data.Schematic.Helpers where

2−

3−import Data.Schematic.Schema

4−import GHC.TypeLits

5−

6−

7−type UUIDRegex =

8− 'TRegex "[0-9a-f]{8}-[0-9a-f]{4}-[0-9a-f]{4}-[0-9a-f]{4}-[0-9a-f]{12}"

9−

10−type IsUUID = '[UUIDRegex]

11−

12−-- [ "1985-04-12T23:20:50.52Z"

13−-- , "1996-12-19T16:39:57-08:00"

14−-- , "1990-12-31T23:59:60Z"

15−-- , "1990-12-31T15:59:60-08:00"

16−-- , "1937-01-01T12:00:27.87+00:20"

17−-- ]

18−

19−-- components

20−type ISO8601Date = "[1-9][0-9]{3}-(0[1-9]|1[0-2])-([0-2][0-9]|3[0-1])"

21−

22−type ISO8601Time = "([0-1][0-9]|2[0-3]):[0-5][0-9]:[0-5][0-9]"

23−

24−type ISO8601DateTime =

25− AppendSymbol

26− ISO8601Date

27− (AppendSymbol "(T" (AppendSymbol ISO8601Time ")?"))

28−

29−type ISO8601UTC = "(Z|\\+00:00)"

30−

31−type ISO8601DateTimeUTC =

32− AppendSymbol ISO8601Date (AppendSymbol "T" (AppendSymbol ISO8601Time ISO8601UTC))

33−

34−type ISO8601TZ = "\\+[0-1][0-9]:[0-6][0-9]"

35−

36−type ISO8601DateTimeZoned =

37− AppendSymbol ISO8601Date (AppendSymbol "T" (AppendSymbol ISO8601Time ISO8601TZ))

38−

39−-- regexes

40−type ISO8601DateRegex = 'TRegex ISO8601Date

41−

42−type ISO8601TimeRegex = 'TRegex ISO8601Time

43−

44−type ISO8601DateTimeRegex = 'TRegex ISO8601DateTime

45−

46−type ISO8601DateTimeRegexUTC = 'TRegex ISO8601DateTimeUTC

47−

48−type ISO8601DateTimeRegexZoned = 'TRegex ISO8601DateTimeZoned

49−

50−-- constraints

51−type IsDate = '[ISO8601DateRegex]

52−

53−type IsTime = '[ISO8601TimeRegex]

54−

55−type IsDateTime = '[ISO8601DateTimeRegex]

56−

57−type IsZonedDateTime = '[ISO8601DateTimeRegexZoned]

58−

59−type IsUTCDateTime = '[ISO8601DateTimeRegexUTC]

src/Data/Schematic/Instances.hs−4

@@ -4,7 +4,6 @@

4module Data.Schematic.Instances where

6import Data.Scientific

7−import Data.Text (Text, pack)

8import Data.Vector as V

7import Data.Vector as V

9import Data.Vinyl

8import Data.Vinyl

10import Test.SmallCheck.Series

9import Test.SmallCheck.Series

@@ -22,6 +21,3 @@ instance Serial m a => Serial m (V.Vector a) where

23instance Monad m => Serial m Scientific where

22instance Monad m => Serial m Scientific where

24 series = scientific <$> series <*> series

23 series = scientific <$> series <*> series

25−

26−instance Monad m => Serial m Text where

27− series = pack <$> series

src/Data/Schematic/JsonSchema.hs+48−112

@@ -1,124 +1,60 @@

1{-# LANGUAGE AllowAmbiguousTypes #-}

2{-# LANGUAGE RecordWildCards #-}

3{-# LANGUAGE OverloadedLabels #-}

4−{-# LANGUAGE TemplateHaskell #-}

6−module Data.Schematic.JsonSchema

5+module Data.Schematic.JsonSchema where

7− ( toJsonSchema

8− , toJsonSchema'

9− ) where

11−import Control.Monad.State.Strict

12−import Data.Aeson as J

7+import Data.Aeson

13−import Data.Foldable as F

8+import qualified Data.Map as M

14−import Data.HashMap.Strict as H

15−import Data.List as L

16−import Data.List.NonEmpty as NE

17−import Data.Schematic.Schema as S

9+import Data.Schematic.Schema

18−import Data.Set as Set

19−import Data.Singletons

10+import Data.Singletons

20−import Data.Text

11+import Data.Text

21−import Data.Traversable

22−import JSONSchema.Draft4.Schema as D4

12+import qualified JSONSchema.Draft4.Schema as D4

23−import JSONSchema.Validator.Draft4 as D4

26draft4 :: Text

15draft4 :: Text

27draft4 = "http://json-schema.org/draft-04/schema#"

16draft4 = "http://json-schema.org/draft-04/schema#"

29−textConstraint :: DemotedTextConstraint -> State D4.Schema ()

18+-- toJsonSchema :: JsonRepr schema -> D4.Schema

30−textConstraint (DTEq n) = modify $ \s -> s

19+-- toJsonSchema (ReprText t) = D4.emptySchema

31− { _schemaMinLength = pure $ fromIntegral n

20+-- { D4._schemaVersion = pure draft4

32− , _schemaMaxLength = pure $ fromIntegral n }

21+-- }

33−textConstraint (DTLe n) = modify $ \s -> s

34− { _schemaMaxLength = pure . fromIntegral $ n }

35−textConstraint (DTLt n) =

36− let n' = if n == 0 then 0 else n - 1

37− in modify $ \s -> s { _schemaMaxLength = pure . fromIntegral $ n' }

38−textConstraint (DTGt n) = modify $ \s -> s

39− { _schemaMinLength = pure . fromIntegral $ n + 1 }

40−textConstraint (DTGe n) = modify $ \s -> s

41− { _schemaMinLength = pure . fromIntegral $ n }

42−textConstraint (DTRegex r) = modify $ \s -> s { _schemaPattern = pure r }

43−textConstraint (DTEnum ss) =

44− let ss' = if F.length ss == 0 then [] else NE.fromList $ J.String <$> ss

45− in modify $ \s -> s { _schemaEnum = pure ss' }

46−

47−numberConstraint :: DemotedNumberConstraint -> State D4.Schema ()

48−numberConstraint (DNLe n) = modify $ \s -> s

49− { _schemaMaximum = pure . fromIntegral $ n }

50−numberConstraint (DNLt n) = modify $ \s -> s

51− { _schemaMaximum = pure . fromIntegral $ n

52− , _schemaExclusiveMaximum = pure True }

53−numberConstraint (DNGt n) = modify $ \s -> s

54− { _schemaMinimum = pure . fromIntegral $ n

55− , _schemaExclusiveMinimum = pure True }

56−numberConstraint (DNGe n) = modify $ \s -> s

57− { _schemaMinimum = pure . fromIntegral $ n }

58−numberConstraint (DNEq n) = modify $ \s -> s

59− { _schemaMinimum = pure $ fromIntegral n

60− , _schemaMaximum = pure $ fromIntegral n }

61−

62−arrayConstraint :: DemotedArrayConstraint -> State D4.Schema ()

63−arrayConstraint (DALe n) = modify $ \s -> s

64− { _schemaMaxItems = pure . fromIntegral $ n }

65−arrayConstraint (DALt n) =

66− let n' = if n == 0 then 0 else n - 1

67− in modify $ \s -> s { _schemaMaxItems = pure . fromIntegral $ n' }

68−arrayConstraint (DAGt n) = modify $ \s -> s

69− { _schemaMinItems = pure . fromIntegral $ n + 1 }

70−arrayConstraint (DAGe n) = modify $ \s -> s

71− { _schemaMinItems = pure . fromIntegral $ n }

72−arrayConstraint (DAEq n) = modify $ \s -> s

73− { _schemaMinItems = pure $ fromIntegral n

74− , _schemaMaxItems = pure $ fromIntegral n }

76toJsonSchema

23toJsonSchema

77− :: forall proxy schema

78− . SingI schema

24+ :: forall schema. (SingI schema)

79− => proxy (schema :: S.Schema)

25+ => Sing (schema :: Schema)

80− -> Maybe D4.Schema

26+ -> D4.Schema

81−toJsonSchema _ = do

82− js <- toJsonSchema' $ fromSing (sing :: Sing schema)

27+toJsonSchema _ = case fromSing (sing :: Sing schema) of

83− pure $ js { _schemaVersion = pure draft4 }

28+ SchemaText tcs -> D4.emptySchema

84−

29+ SchemaNumber ncs -> D4.emptySchema

85−toJsonSchema'

30+ SchemaObject ocs -> D4.emptySchema

86− :: DemotedSchema

31+ SchemaArray acs sch -> D4.emptySchema

87− -> Maybe D4.Schema

32+ SchemaNull -> D4.emptySchema

88−toJsonSchema' = \case

33+ SchemaOptional sch -> D4.emptySchema

89− DSchemaText tcs ->

34+

90− pure $ execState (traverse_ textConstraint tcs) $ emptySchema

35+-- jsonObject :: M.Map Text JsonSchema -> JsonSchema

91− { _schemaType = pure $ TypeValidatorString D4.SchemaString }

36+-- jsonObject m = JsonObject

92− DSchemaNumber ncs ->

37+-- { type_ = JObject

93− pure $ execState (traverse_ numberConstraint ncs) $ emptySchema

38+-- , properties = m

94− { _schemaType = pure $ TypeValidatorString D4.SchemaNumber }

39+-- , additionalProperties = False

95− DSchemaBoolean -> pure $ emptySchema

40+-- , required = M.keys $ M.filter

96− { _schemaType = pure $ TypeValidatorString D4.SchemaBoolean }

41+-- (\case; JsonOptional _ -> False; _ -> True) m

97− DSchemaObject objs -> do

42+-- , schemaDraft = draft6 }

98− res <- for objs $ \(n,s) -> do

43+

99− s' <- toJsonSchema' s

44+-- Root schema:

100− pure (n, s')

45+--

101− let

46+-- {

102− nonOpt = \case

47+-- "title": "root",

103− (_, DSchemaOptional _) -> False

48+-- "items": {

104− _ -> True

49+-- "title": "array item"

105− pure $ emptySchema

50+-- }

106− { _schemaType = pure $ TypeValidatorString D4.SchemaObject

51+-- }

107− , _schemaRequired = pure $ Set.fromList $ fst <$> L.filter nonOpt objs

52+

108− , _schemaProperties = pure $ H.fromList res }

53+-- toSchema :: JsonRepr a -> JsonSchema

109− DSchemaArray acs sch -> do

54+-- toSchema = \case

110− res <- toJsonSchema' sch

55+-- ReprText t ->

111− pure $ execState (traverse_ arrayConstraint acs) $ emptySchema

56+-- ReprNumber n ->

112− { _schemaType = pure $ TypeValidatorString D4.SchemaArray

57+-- ReprNull ->

113− , _schemaItems = pure $ ItemsObject res }

58+-- ReprArray arr ->

114− DSchemaNull -> pure $ emptySchema

59+-- ReprObject obj ->

115− { _schemaType = pure $ TypeValidatorString D4.SchemaNull }

60+-- ReprOptional mv ->

116− DSchemaOptional sch -> do

117− snull <- toJsonSchema' DSchemaNull

118− sres <- toJsonSchema' sch

119− pure $ emptySchema { _schemaOneOf = pure (snull :| [sres]) }

120− DSchemaUnion sch -> do

121− schemaUnion <- traverse toJsonSchema' sch >>= \case

122− [] -> Nothing

123− x -> Just x

124− pure $ emptySchema { _schemaAnyOf = pure $ NE.fromList schemaUnion }

src/Data/Schematic/Lens.hs+27−168

@@ -3,205 +3,64 @@

3{-# LANGUAGE AllowAmbiguousTypes #-}

4{-# LANGUAGE InstanceSigs #-}

6−module Data.Schematic.Lens

6+module Data.Schematic.Lens where

7− ( FIndex

8− , FElem(..)

9− , FImage

10− , FSubset(..)

11− , obj

12− , arr

13− , uni

14− , txt

15− , num

16− , opt

17− , bln

18− , textRepr

19− , numberRepr

20− , boolRepr

21− , arrayRepr

22− , objectRepr

23− , optionalRepr

24− ) where

26−import Data.Profunctor

8+import Data.Proxy

27import Data.Schematic.Schema

9import Data.Schematic.Schema

28−import Data.Scientific

29−import Data.Singletons

30−import Data.Text

31−import Data.Union

32−import Data.Vector as V

33import Data.Vinyl

10import Data.Vinyl

34import Data.Vinyl.Functor

11import Data.Vinyl.Functor

35import Data.Vinyl.TypeLevel (Nat(..))

12import Data.Vinyl.TypeLevel (Nat(..))

36−import GHC.TypeLits (Symbol, KnownSymbol)

13+import GHC.TypeLits (Symbol)

39-- | A partial relation that gives the index of a value in a list.

16-- | A partial relation that gives the index of a value in a list.

40type family FIndex (r :: Symbol) (rs :: [(Symbol, Schema)]) :: Nat where

17type family FIndex (r :: Symbol) (rs :: [(Symbol, Schema)]) :: Nat where

41− FIndex r ( '(r, s) ': rs) = 'Z

18+ FIndex r ( '(fn, s) ': rs) = 'Z

42− FIndex r ( s ': rs) = 'S (FIndex r rs)

19+ FIndex r ( s ': rs) = 'S (FIndex r rs)

43−

44−type Flens fn f g rs i

45− = Functor g

46− => (f '(fn, (ByField fn rs i)) -> g (f '(fn, (ByField fn rs i))))

47− -> Rec f rs

48− -> g (Rec f rs)

49−

50−type FGetter fn f rs i = Rec f rs -> f '(fn, (ByField fn rs i))

52class i ~ FIndex fn rs => FElem (fn :: Symbol) (rs :: [(Symbol, Schema)]) (i :: Nat) where

21class i ~ FIndex fn rs => FElem (fn :: Symbol) (rs :: [(Symbol, Schema)]) (i :: Nat) where

53− type ByField fn rs i :: Schema

22+ type ByRevision fn rs i :: Schema

54− flens :: Flens fn f g rs i

23+ flens

24+ :: Functor g

25+ => proxy fn

26+ -> (FieldRepr '(fn, (ByRevision fn rs i)) -> g (FieldRepr '(fn, (ByRevision fn rs i))))

27+ -> Rec FieldRepr rs

28+ -> g (Rec FieldRepr rs)

56 -- | For Vinyl users who are not using the @lens@ package, we provide a getter.

30 -- | For Vinyl users who are not using the @lens@ package, we provide a getter.

57− fget :: FGetter fn f rs i

31+ fget

32+ :: proxy fn

33+ -> Rec FieldRepr rs

34+ -> FieldRepr '(fn, (ByRevision fn rs i))

59 -- | For Vinyl users who are not using the @lens@ package, we also provide a

36 -- | For Vinyl users who are not using the @lens@ package, we also provide a

60 -- setter. In general, it will be unambiguous what field is being written to,

37 -- setter. In general, it will be unambiguous what field is being written to,

61 -- and so we do not take a proxy argument here.

38 -- and so we do not take a proxy argument here.

62 fput

39 fput

63− :: f '(fn, ByField fn rs i)

40+ :: FieldRepr '(fn, ByRevision fn rs i)

64− -> Rec f rs

41+ -> Rec FieldRepr rs

65− -> Rec f rs

42+ -> Rec FieldRepr rs

67instance FElem fn ('(fn, r) ': rs) 'Z where

44instance FElem fn ('(fn, r) ': rs) 'Z where

68− type ByField fn ('(fn, r) ': rs) 'Z = r

45+ type ByRevision fn ('(fn, r) ': rs) 'Z = r

70− flens f (x :& xs) = fmap (:& xs) (f x)

47+ flens _ f (x :& xs) = fmap (:& xs) (f x)

71 {-# INLINE flens #-}

48 {-# INLINE flens #-}

73− fget = getConst . flens Const

50+ fget k = getConst . flens k Const

74 {-# INLINE fget #-}

51 {-# INLINE fget #-}

76− fput y = getIdentity . flens (\_ -> Identity y)

53+ fput y = getIdentity . flens Proxy (\_ -> Identity y)

77 {-# INLINE fput #-}

54 {-# INLINE fput #-}

79instance (FIndex r (s ': rs) ~ 'S i, FElem r rs i) => FElem r (s ': rs) ('S i) where

56instance (FIndex r (s ': rs) ~ 'S i, FElem r rs i) => FElem r (s ': rs) ('S i) where

80− type ByField r (s ': rs) ('S i) = ByField r rs i

57+ type ByRevision fn (s ': rs) ('S i) = ByRevision fn rs i

82− flens f (x :& xs) = fmap (x :&) (flens f xs)

59+ flens p f (x :& xs) = fmap (x :&) (flens p f xs)

83 {-# INLINE flens #-}

60 {-# INLINE flens #-}

85− fget = getConst . flens Const

62+ fget k = getConst . flens k Const

86 {-# INLINE fget #-}

63 {-# INLINE fget #-}

88− fput y = getIdentity . flens (\_ -> Identity y)

65+ fput y = getIdentity . flens Proxy (\_ -> Identity y)

89 {-# INLINE fput #-}

66 {-# INLINE fput #-}

90−

91−-- This is an internal convenience helpers stolen from the @lens@ library.

92−lens

93− :: Functor f

94− => (t -> s)

95− -> (t -> a -> b)

96− -> (s -> f a)

97− -> t

98− -> f b

99−lens sa sbt afb s = fmap (sbt s) $ afb (sa s)

100−{-# INLINE lens #-}

101−

102−type Iso s t a b = forall p f. (Profunctor p, Functor f) => p a (f b) -> p s (f t)

103−

104−type Iso' s a = Iso s s a a

105−

106−iso

107− :: (s -> a) -> (b -> t)

108− -> Iso s t a b

109−iso sa bt = dimap sa (fmap bt)

110−{-# INLINE iso #-}

111−

112−-- | A partial relation that gives the indices of a sublist in a larger list.

113−type family FImage (rs :: [(Symbol, Schema)]) (ss :: [(Symbol, Schema)]) :: [Nat] where

114− FImage '[] ss = '[]

115− FImage ('(fn,s) ': rs) ss = FIndex fn ss ': FImage rs ss

116−

117−class is ~ FImage rs ss

118− => FSubset (rs :: [(Symbol, Schema)]) (ss :: [(Symbol, Schema)]) is where

119− -- | This is a lens into a slice of the larger record. Morally, we have:

120− --

121− -- > fsubset :: Lens' (Rec FieldRepr ss) (Rec FieldRepr rs)

122− fsubset

123− :: Functor g

124− => (Rec f rs -> g (Rec f rs))

125− -> Rec f ss

126− -> g (Rec f ss)

127−

128− -- | The getter of the 'fsubset' lens is 'fcast', which takes a larger record

129− -- to a smaller one by forgetting fields.

130− fcast

131− :: Rec f ss

132− -> Rec f rs

133− fcast = getConst . fsubset Const

134− {-# INLINE fcast #-}

135−

136− -- | The setter of the 'fsubset' lens is 'freplace', which allows a slice of

137− -- a record to be replaced with different values.

138− freplace

139− :: Rec f rs

140− -> Rec f ss

141− -> Rec f ss

142− freplace rs = getIdentity . fsubset (\_ -> Identity rs)

143− {-# INLINE freplace #-}

144−

145−instance FSubset '[] ss '[] where

146− fsubset = lens (const RNil) const

147−

148−instance

149− ( ByField fn ss i ~ s

150− , FElem fn ss i

151− , FSubset rs ss is) => FSubset ( '(fn,s) ': rs) ss (i ': is) where

152− fsubset = lens (\ss -> fget @fn ss :& fcast ss) set

153− where

154− set :: Rec f ss -> Rec f ( '(fn,s) ': rs) -> Rec f ss

155− set ss (r :& rs) = fput r $ freplace rs ss

156−

157−-- A bunch of @Iso@morphisms

158−textRepr

159− :: (KnownSymbol fn, SingI cs)

160− => Iso' (FieldRepr '(fn, ('SchemaText cs))) Text

161−textRepr = iso (\(FieldRepr (ReprText t)) -> t) (FieldRepr . ReprText)

162−

163−numberRepr

164− :: (KnownSymbol fn, SingI cs)

165− => Iso' (FieldRepr '(fn, ('SchemaNumber cs))) Scientific

166−numberRepr = iso (\(FieldRepr (ReprNumber n)) -> n) (FieldRepr . ReprNumber)

167−

168−boolRepr

169− :: (KnownSymbol fn)

170− => Iso' (FieldRepr '(fn, 'SchemaBoolean)) Bool

171−boolRepr = iso (\(FieldRepr (ReprBoolean b)) -> b) (FieldRepr . ReprBoolean)

172−

173−arrayRepr

174− :: (KnownSymbol fn, SingI cs, SingI schema)

175− => Iso' (FieldRepr '(fn, ('SchemaArray cs schema))) (V.Vector (JsonRepr schema))

176−arrayRepr = iso (\(FieldRepr (ReprArray a)) -> a) (FieldRepr . ReprArray)

177−

178−objectRepr

179− :: (KnownSymbol fn, SingI fields)

180− => Iso' (FieldRepr '(fn, ('SchemaObject fields))) (Rec FieldRepr fields)

181−objectRepr = iso (\(FieldRepr (ReprObject o)) -> o) (FieldRepr . ReprObject)

182−

183−optionalRepr

184− :: (KnownSymbol fn, SingI schema)

185− => Iso' (FieldRepr '(fn, ('SchemaOptional schema))) (Maybe (JsonRepr schema))

186−optionalRepr = iso (\(FieldRepr (ReprOptional r)) -> r) (FieldRepr . ReprOptional)

187−

188−obj :: Iso' (JsonRepr ('SchemaObject fields)) (Rec FieldRepr fields)

189−obj = iso (\(ReprObject r) -> r) ReprObject

190−

191−arr :: Iso' (JsonRepr ('SchemaArray cs schema)) (V.Vector (JsonRepr schema))

192−arr = iso (\(ReprArray r) -> r) ReprArray

193−

194−uni :: Iso' (JsonRepr ('SchemaUnion (h ': tl))) (Union JsonRepr (h ': tl))

195−uni = iso (\(ReprUnion u) -> u) ReprUnion

196−

197−txt :: Iso' (JsonRepr ('SchemaText cs)) Text

198−txt = iso (\(ReprText t) -> t) ReprText

199−

200−num :: Iso' (JsonRepr ('SchemaNumber cs)) Scientific

201−num = iso (\(ReprNumber t) -> t) ReprNumber

202−

203−bln :: Iso' (JsonRepr 'SchemaBoolean) Bool

204−bln = iso (\(ReprBoolean b) -> b) ReprBoolean

205−

206−opt :: Iso' (JsonRepr ('SchemaOptional schema)) (Maybe (JsonRepr schema))

207−opt = iso (\(ReprOptional o) -> o) ReprOptional

src/Data/Schematic/Migration.hs+14−48

@@ -1,19 +1,13 @@

1{-# LANGUAGE AllowAmbiguousTypes #-}

2−{-# LANGUAGE CPP #-}

3−{-# LANGUAGE TemplateHaskell #-}

2+{-# LANGUAGE TemplateHaskell #-}

5module Data.Schematic.Migration where

4module Data.Schematic.Migration where

7import Data.Kind

6import Data.Kind

8−import Data.Schematic.DSL

9−import Data.Schematic.Lens

10import Data.Schematic.Path

7import Data.Schematic.Path

11import Data.Schematic.Schema

8import Data.Schematic.Schema

12−import Data.Singletons.Prelude hiding ((:.), All)

9+import Data.Singletons.Prelude hiding (All)

13import Data.Singletons.TypeLits

10import Data.Singletons.TypeLits

14−import Data.Tagged

15−import Data.Vinyl

16−import Data.Vinyl.Functor

19data Path

13data Path

@@ -43,8 +37,8 @@ type family SchemaByKey (fs :: [(Symbol, Schema)]) (s :: Symbol) :: Schema where

43 SchemaByKey ( '(a, s) ': tl) fn = SchemaByKey tl fn

37 SchemaByKey ( '(a, s) ': tl) fn = SchemaByKey tl fn

45type family DeleteKey (acc :: [(Symbol, Schema)]) (fn :: Symbol) (fs :: [(Symbol, Schema)]) :: [(Symbol, Schema)] where

39type family DeleteKey (acc :: [(Symbol, Schema)]) (fn :: Symbol) (fs :: [(Symbol, Schema)]) :: [(Symbol, Schema)] where

46− DeleteKey acc fn ('(fn, a) ': tl) = acc ++ tl

40+ DeleteKey acc fn ('(fn, a) ': tl) = acc :++ tl

47− DeleteKey acc fn (fna ': tl) = acc ++ (fna ': tl)

41+ DeleteKey acc fn (fna ': tl) = acc :++ (fna ': tl)

49type family UpdateKey

43type family UpdateKey

50 (fn :: Symbol)

44 (fn :: Symbol)

@@ -97,8 +91,7 @@ type family ElemOf (e :: k) (l :: [(a,k)]) :: Constraint where

97type family AllVersions (vd :: Versioned) :: [(Revision, Schema)] where

91type family AllVersions (vd :: Versioned) :: [(Revision, Schema)] where

98 AllVersions ('Versioned s ms) = Reverse (AllVersions' '[ '("initial", s) ] ms)

92 AllVersions ('Versioned s ms) = Reverse (AllVersions' '[ '("initial", s) ] ms)

100−type family AllVersions' (acc :: [(Revision, Schema)]) (ms :: [Migration])

94+type family AllVersions' (acc :: [(Revision, Schema)]) (ms :: [Migration]) = (r :: [(Revision, Schema)]) where

101− = (r :: [(Revision, Schema)]) where

102 AllVersions' acc '[] = acc

95 AllVersions' acc '[] = acc

103 AllVersions' ( '(rh, sh) ': tl ) (m ': ms) =

96 AllVersions' ( '(rh, sh) ': tl ) (m ': ms) =

104 AllVersions' ( '(rh, sh) ': ApplyMigration m sh ': tl ) ms

97 AllVersions' ( '(rh, sh) ': ApplyMigration m sh ': tl ) ms

@@ -106,6 +99,9 @@ type family AllVersions' (acc :: [(Revision, Schema)]) (ms :: [Migration])

106type family TopVersion (rs :: [(Revision, Schema)]) :: Schema where

99type family TopVersion (rs :: [(Revision, Schema)]) :: Schema where

107 TopVersion ( '(rh, sh) ': tl) = sh

100 TopVersion ( '(rh, sh) ': tl) = sh

108

101

102+class MigrateSchema (a :: Schema) (b :: Schema) where

103+ migrate :: JsonRepr a -> JsonRepr b

104+

109data Action = AddKey Symbol Schema | Update Schema | DeleteKey Symbol

105data Action = AddKey Symbol Schema | Update Schema | DeleteKey Symbol

110

106

111data instance Sing (a :: Action) where

107data instance Sing (a :: Action) where

@@ -145,43 +141,13 @@ data instance Sing (v :: Versioned) where

145 -> Sing (ms :: [Migration]) -- a bunch of migrations

141 -> Sing (ms :: [Migration]) -- a bunch of migrations

146 -> Sing ('Versioned s ms)

142 -> Sing ('Versioned s ms)

147

143

148−type DataMigration s m h = Tagged s (JsonRepr h -> m (JsonRepr s))

149−

150−data MList :: (Type -> Type) -> [Schema] -> Type where

144+data MList :: [Schema] -> Type where

151− MNil :: (Monad m, SingI s, TopLevel s) => MList m '[s]

145+ MNil :: (SingI s, TopLevel s) => MList '[s]

152 (:&&)

146 (:&&)

153 :: (TopLevel s, SingI s)

147 :: (TopLevel s, SingI s)

154− => DataMigration s m h

148+ => proxy s

149+ -> (JsonRepr h -> JsonRepr s)

155− -> MList m (h ': tl)

150+ -> MList (h ': tl)

156− -> MList m (s ': h ': tl)

151+ -> MList (s ': h ': tl)

157

152

158infixr 7 :&&

153infixr 7 :&&

159−

160−#if MIN_VERSION_base(4,12,0)

161−migrateObject

162− :: forall m fs fh. (FSubset fs fs (FImage fs fs), Monad m, RMap fh, RMap fs)

163− => (Rec (Tagged fs :. FieldRepr) fh -> m (Rec (Tagged fs :. FieldRepr) fs))

164− -> Tagged ('SchemaObject fs) (JsonRepr ('SchemaObject fh) -> m (JsonRepr ('SchemaObject fs)))

165−#else

166−migrateObject

167− :: forall m fs fh. (FSubset fs fs (FImage fs fs), Monad m)

168− => (Rec (Tagged fs :. FieldRepr) fh -> m (Rec (Tagged fs :. FieldRepr) fs))

169− -> Tagged ('SchemaObject fs) (JsonRepr ('SchemaObject fh) -> m (JsonRepr ('SchemaObject fs)))

170−#endif

171−migrateObject f = Tagged $ \(ReprObject r) -> do

172− res <- f $ rmap (Compose . Tagged) r

173− pure $ withRepr @('SchemaObject fs) res

174−

175−shrinkObject

176− :: forall rs ss m

177− . ( Monad m, FSubset rs ss (FImage rs ss) )

178− => Tagged

179− ('SchemaObject rs)

180− (JsonRepr ('SchemaObject ss) -> m (JsonRepr ('SchemaObject rs)))

181−shrinkObject = Tagged $ \(ReprObject r) -> pure $ ReprObject $ fcast r

182−

183−type family MapSnd (l :: [(a,k)]) = (r :: [k]) where

184− MapSnd '[] = '[]

185− MapSnd ( '(a, b) ': tl) = b ': MapSnd tl

186−

187−type MigrationList m vs = MList m (MapSnd (AllVersions vs))

src/Data/Schematic/Path.hs+32−18

@@ -1,36 +1,50 @@

1module Data.Schematic.Path where

3import Data.Foldable as F

4+import Data.Monoid

5+import Data.Schematic.Utils

6+import Data.Singletons

4import Data.Singletons.Prelude

7import Data.Singletons.Prelude

5import Data.Singletons.TypeLits

8import Data.Singletons.TypeLits

6import Data.Text as T

9import Data.Text as T

7−import Data.Aeson.Internal

10−newtype JSONPathText = JSONPathText Text

11− deriving (Show)

12−

13−data PathSegment = PathKey Symbol | PathIx Nat

12+data PathSegment = Key Symbol | Ix Nat

15data instance Sing (jp :: PathSegment) where

14data instance Sing (jp :: PathSegment) where

16− SKey :: (SingI k) => Sing (k :: Symbol) -> Sing ('PathKey k)

15+ SKey :: (KnownSymbol k, Known (Sing k)) => Sing (k :: Symbol) -> Sing ('Key k)

17− SIx :: (SingI n) => Sing (n :: Nat) -> Sing ('PathIx n)

16+ SIx :: (KnownNat n, Known (Sing n)) => Sing (n :: Nat) -> Sing ('Ix n)

17+

18+instance (KnownSymbol k, Known (Sing k))

19+ => Known (Sing ('Key k)) where

20+ known = SKey known

21+

22+instance (KnownNat n, Known (Sing n))

23+ => Known (Sing ('Ix n)) where

24+ known = SIx known

25+

26+data DemotedPathSegment = DKey Text | DIx Integer

27+ deriving (Show)

28+

29+-- | Textual representation of json path.

30+newtype JSONPath = JSONPath Text

31+ deriving (Show)

19−demotePath :: Sing (ps :: [PathSegment]) -> JSONPath

33+demotePath :: Sing (ps :: [PathSegment]) -> [DemotedPathSegment]

20demotePath = go []

34demotePath = go []

21 where

35 where

22− go :: JSONPath -> Sing (ps :: [PathSegment]) -> JSONPath

36+ go :: [DemotedPathSegment] -> Sing (ps :: [PathSegment]) -> [DemotedPathSegment]

23 go acc SNil = acc

37 go acc SNil = acc

24− go acc (SCons p ps) = go (acc ++ [demotePathSeg p]) ps

38+ go acc (SCons p ps) = go (acc ++ [demote p]) ps

25− demotePathSeg :: Sing (ps :: PathSegment) -> JSONPathElement

39+ demote :: Sing (ps :: PathSegment) -> DemotedPathSegment

26− demotePathSeg (SKey s) = Key $ T.pack $ withKnownSymbol s $ symbolVal s

40+ demote (SKey s) = DKey $ T.pack $ symbolVal s

27− demotePathSeg (SIx n) = Index $ withKnownNat n $ fromIntegral $ natVal n

41+ demote (SIx n) = DIx $ natVal n

29−demotedPathToText :: JSONPath -> JSONPathText

43+demotedPathToText :: [DemotedPathSegment] -> JSONPath

30−demotedPathToText = JSONPathText . F.foldl' renderPathSegment ""

44+demotedPathToText = JSONPath . F.foldl' renderPathSegment ""

31 where

45 where

32− renderPathSegment acc (Key t) = acc <> "." <> t

46+ renderPathSegment acc (DKey t) = acc <> "." <> t

33− renderPathSegment acc (Index n) = acc <> "[" <> T.pack (show n) <> "]"

47+ renderPathSegment acc (DIx n) = acc <> "[" <> T.pack (show n) <> "]"

35−pathToText :: Sing (ps :: [PathSegment]) -> JSONPathText

49+pathToText :: Sing (ps :: [PathSegment]) -> JSONPath

36pathToText = demotedPathToText . demotePath

50pathToText = demotedPathToText . demotePath

src/Data/Schematic/Schema.hs+89−286

@@ -1,37 +1,35 @@

1{-# LANGUAGE AllowAmbiguousTypes #-}

2−{-# LANGUAGE CPP #-}

3−{-# LANGUAGE OverloadedLists #-}

2+{-# LANGUAGE OverloadedLists #-}

4−{-# LANGUAGE OverloadedStrings #-}

3+{-# LANGUAGE OverloadedStrings #-}

5{-# OPTIONS_GHC -fprint-explicit-kinds #-}

4{-# OPTIONS_GHC -fprint-explicit-kinds #-}

7module Data.Schematic.Schema where

6module Data.Schematic.Schema where

9−import Control.Applicative ((<|>))

8+import Control.Applicative ()

10import Control.Monad

9import Control.Monad

11import Data.Aeson as J

10import Data.Aeson as J

12import Data.Aeson.Types as J

11import Data.Aeson.Types as J

13import Data.HashMap.Strict as H

12import Data.HashMap.Strict as H

14import Data.Kind

13import Data.Kind

15import Data.Maybe

14import Data.Maybe

16−import Data.Schematic.Generator

17import Data.Schematic.Instances ()

15import Data.Schematic.Instances ()

18import Data.Scientific

16import Data.Scientific

19−import Data.Singletons.Prelude.List hiding (All, Union)

17+import Data.Singletons.Prelude.List hiding (All)

20import Data.Singletons.TH

18import Data.Singletons.TH

21import Data.Singletons.TypeLits

19import Data.Singletons.TypeLits

22import Data.Text as T

20import Data.Text as T

23−import Data.Union

24import Data.Vector as V

21import Data.Vector as V

25import Data.Vinyl hiding (Dict)

22import Data.Vinyl hiding (Dict)

26import qualified Data.Vinyl.TypeLevel as V

23import qualified Data.Vinyl.TypeLevel as V

27−import GHC.Exts

28import GHC.Generics (Generic)

24import GHC.Generics (Generic)

29−import GHC.TypeLits

30− (SomeNat(..), SomeSymbol(..), someNatVal, someSymbolVal)

31import Prelude as P

25import Prelude as P

32import Test.SmallCheck.Series

26import Test.SmallCheck.Series

29+type family All (c :: k -> Constraint) (s :: [k]) :: Constraint where

30+ All c '[] = ()

31+ All c (a ': as) = (c a, All c as)

32+

35type family CRepr (s :: Schema) :: Type where

33type family CRepr (s :: Schema) :: Type where

36 CRepr ('SchemaText cs) = TextConstraint

34 CRepr ('SchemaText cs) = TextConstraint

37 CRepr ('SchemaNumber cs) = NumberConstraint

35 CRepr ('SchemaNumber cs) = NumberConstraint

@@ -48,40 +46,6 @@ data TextConstraint

48 | TEnum [Symbol]

46 | TEnum [Symbol]

49 deriving (Generic)

47 deriving (Generic)

51−instance SingKind TextConstraint where

52− type Demote TextConstraint = DemotedTextConstraint

53− fromSing = \case

54− STEq n -> withKnownNat n (DTEq . fromIntegral $ natVal n)

55− STLt n -> withKnownNat n (DTLt . fromIntegral $ natVal n)

56− STLe n -> withKnownNat n (DTLe . fromIntegral $ natVal n)

57− STGt n -> withKnownNat n (DTGt . fromIntegral $ natVal n)

58− STGe n -> withKnownNat n (DTGe . fromIntegral $ natVal n)

59− STRegex s -> withKnownSymbol s (DTRegex $ T.pack $ symbolVal s)

60− STEnum s -> let

61− d :: Sing (s :: [Symbol]) -> [Text]

62− d SNil = []

63− d (SCons ss@SSym fs) = T.pack (symbolVal ss) : d fs

64− in DTEnum $ d s

65− toSing = \case

66− DTEq n -> case someNatVal n of

67− Just (SomeNat (_ :: Proxy n)) -> SomeSing (STEq (SNat :: Sing n))

68− Nothing -> error "Negative singleton nat"

69− DTLt n -> case someNatVal n of

70− Just (SomeNat (_ :: Proxy n)) -> SomeSing (STLt (SNat :: Sing n))

71− Nothing -> error "Negative singleton nat"

72− DTLe n -> case someNatVal n of

73− Just (SomeNat (_ :: Proxy n)) -> SomeSing (STLe (SNat :: Sing n))

74− Nothing -> error "Negative singleton nat"

75− DTGt n -> case someNatVal n of

76− Just (SomeNat (_ :: Proxy n)) -> SomeSing (STGt (SNat :: Sing n))

77− Nothing -> error "Negative singleton nat"

78− DTGe n -> case someNatVal n of

79− Just (SomeNat (_ :: Proxy n)) -> SomeSing (STGe (SNat :: Sing n))

80− Nothing -> error "Negative singleton nat"

81− DTRegex s -> case someSymbolVal (T.unpack s) of

82− SomeSymbol (_ :: Proxy n) -> SomeSing (STRegex (SSym :: Sing n))

83− DTEnum ss -> case toSing ss of

84− SomeSing l -> SomeSing (STEnum l)

86data DemotedTextConstraint

50data DemotedTextConstraint

87 = DTEq Integer

51 = DTEq Integer

@@ -91,7 +55,7 @@ data DemotedTextConstraint

91 | DTGe Integer

55 | DTGe Integer

92 | DTRegex Text

56 | DTRegex Text

93 | DTEnum [Text]

57 | DTEnum [Text]

94− deriving (Generic, Eq, Show)

58+ deriving (Generic)

96data instance Sing (tc :: TextConstraint) where

60data instance Sing (tc :: TextConstraint) where

97 STEq :: Sing n -> Sing ('TEq n)

61 STEq :: Sing n -> Sing ('TEq n)

@@ -100,7 +64,7 @@ data instance Sing (tc :: TextConstraint) where

100 STGt :: Sing n -> Sing ('TGt n)

64 STGt :: Sing n -> Sing ('TGt n)

101 STGe :: Sing n -> Sing ('TGe n)

65 STGe :: Sing n -> Sing ('TGe n)

102 STRegex :: Sing s -> Sing ('TRegex s)

66 STRegex :: Sing s -> Sing ('TRegex s)

103− STEnum :: Sing ss -> Sing ('TEnum ss)

67+ STEnum :: All KnownSymbol ss => Sing ss -> Sing ('TEnum ss)

104

105instance (KnownNat n) => SingI ('TEq n) where sing = STEq sing

69instance (KnownNat n) => SingI ('TEq n) where sing = STEq sing

106instance (KnownNat n) => SingI ('TGt n) where sing = STGt sing

70instance (KnownNat n) => SingI ('TGt n) where sing = STGt sing

@@ -108,7 +72,7 @@ instance (KnownNat n) => SingI ('TGe n) where sing = STGe sing

108instance (KnownNat n) => SingI ('TLt n) where sing = STLt sing

72instance (KnownNat n) => SingI ('TLt n) where sing = STLt sing

109instance (KnownNat n) => SingI ('TLe n) where sing = STLe sing

73instance (KnownNat n) => SingI ('TLe n) where sing = STLe sing

110instance (KnownSymbol s, SingI s) => SingI ('TRegex s) where sing = STRegex sing

74instance (KnownSymbol s, SingI s) => SingI ('TRegex s) where sing = STRegex sing

111−instance (SingI ss) => SingI ('TEnum ss) where sing = STEnum sing

75+instance (All KnownSymbol ss, SingI ss) => SingI ('TEnum ss) where sing = STEnum sing

112

113instance Eq (Sing ('TEq n)) where _ == _ = True

77instance Eq (Sing ('TEq n)) where _ == _ = True

114instance Eq (Sing ('TLt n)) where _ == _ = True

78instance Eq (Sing ('TLt n)) where _ == _ = True

@@ -132,7 +96,7 @@ data DemotedNumberConstraint

132 | DNGt Integer

96 | DNGt Integer

133 | DNGe Integer

97 | DNGe Integer

134 | DNEq Integer

98 | DNEq Integer

135− deriving (Generic, Eq, Show)

99+ deriving (Generic)

136

100

137data instance Sing (nc :: NumberConstraint) where

101data instance Sing (nc :: NumberConstraint) where

138 SNEq :: Sing n -> Sing ('NEq n)

102 SNEq :: Sing n -> Sing ('NEq n)

@@ -153,122 +117,46 @@ instance Eq (Sing ('NLe n)) where _ == _ = True

153instance Eq (Sing ('NGt n)) where _ == _ = True

117instance Eq (Sing ('NGt n)) where _ == _ = True

154instance Eq (Sing ('NGe n)) where _ == _ = True

118instance Eq (Sing ('NGe n)) where _ == _ = True

155

119

156−instance SingKind NumberConstraint where

157− type Demote NumberConstraint = DemotedNumberConstraint

158− fromSing = \case

159− SNEq n -> withKnownNat n (DNEq . fromIntegral $ natVal n)

160− SNGt n -> withKnownNat n (DNGt . fromIntegral $ natVal n)

161− SNGe n -> withKnownNat n (DNGe . fromIntegral $ natVal n)

162− SNLt n -> withKnownNat n (DNLt . fromIntegral $ natVal n)

163− SNLe n -> withKnownNat n (DNLe . fromIntegral $ natVal n)

164− toSing = \case

165− DNEq n -> case someNatVal n of

166− Just (SomeNat (_ :: Proxy n)) -> SomeSing (SNEq (SNat :: Sing n))

167− Nothing -> error "Negative singleton nat"

168− DNGt n -> case someNatVal n of

169− Just (SomeNat (_ :: Proxy n)) -> SomeSing (SNGt (SNat :: Sing n))

170− Nothing -> error "Negative singleton nat"

171− DNGe n -> case someNatVal n of

172− Just (SomeNat (_ :: Proxy n)) -> SomeSing (SNGe (SNat :: Sing n))

173− Nothing -> error "Negative singleton nat"

174− DNLt n -> case someNatVal n of

175− Just (SomeNat (_ :: Proxy n)) -> SomeSing (SNLt (SNat :: Sing n))

176− Nothing -> error "Negative singleton nat"

177− DNLe n -> case someNatVal n of

178− Just (SomeNat (_ :: Proxy n)) -> SomeSing (SNLe (SNat :: Sing n))

179− Nothing -> error "Negative singleton nat"

180−

181data ArrayConstraint

120data ArrayConstraint

182 = AEq Nat

121 = AEq Nat

183− | AGt Nat

184− | AGe Nat

185− | ALt Nat

186− | ALe Nat

187 deriving (Generic)

122 deriving (Generic)

188

123

189data DemotedArrayConstraint

124data DemotedArrayConstraint

190 = DAEq Integer

125 = DAEq Integer

191− | DAGt Integer

192− | DAGe Integer

193− | DALt Integer

194− | DALe Integer

195− deriving (Generic, Eq, Show)

126+ deriving (Generic)

196

127

197data instance Sing (ac :: ArrayConstraint) where

128data instance Sing (ac :: ArrayConstraint) where

198 SAEq :: Sing n -> Sing ('AEq n)

129 SAEq :: Sing n -> Sing ('AEq n)

199− SAGt :: Sing n -> Sing ('AGt n)

200− SAGe :: Sing n -> Sing ('AGe n)

201− SALt :: Sing n -> Sing ('ALt n)

202− SALe :: Sing n -> Sing ('ALe n)

203

130

204instance KnownNat n => SingI ('AEq n) where sing = SAEq sing

131instance KnownNat n => SingI ('AEq n) where sing = SAEq sing

205−instance KnownNat n => SingI ('AGt n) where sing = SAGt sing

206−instance KnownNat n => SingI ('AGe n) where sing = SAGe sing

207−instance KnownNat n => SingI ('ALt n) where sing = SALt sing

208−instance KnownNat n => SingI ('ALe n) where sing = SALe sing

209

132

210instance Eq (Sing ('AEq n)) where _ == _ = True

133instance Eq (Sing ('AEq n)) where _ == _ = True

211−instance Eq (Sing ('AGt n)) where _ == _ = True

212−instance Eq (Sing ('AGe n)) where _ == _ = True

213−instance Eq (Sing ('ALt n)) where _ == _ = True

214−instance Eq (Sing ('ALe n)) where _ == _ = True

215−

216−instance SingKind ArrayConstraint where

217− type Demote ArrayConstraint = DemotedArrayConstraint

218− fromSing = \case

219− SAEq n -> withKnownNat n (DAEq . fromIntegral $ natVal n)

220− SAGt n -> withKnownNat n (DAGt . fromIntegral $ natVal n)

221− SAGe n -> withKnownNat n (DAGe . fromIntegral $ natVal n)

222− SALt n -> withKnownNat n (DALt . fromIntegral $ natVal n)

223− SALe n -> withKnownNat n (DALe . fromIntegral $ natVal n)

224− toSing = \case

225− DAEq n -> case someNatVal n of

226− Just (SomeNat (_ :: Proxy n)) -> SomeSing (SAEq (SNat :: Sing n))

227− Nothing -> error "Negative singleton nat"

228− DAGt n -> case someNatVal n of

229− Just (SomeNat (_ :: Proxy n)) -> SomeSing (SAGt (SNat :: Sing n))

230− Nothing -> error "Negative singleton nat"

231− DAGe n -> case someNatVal n of

232− Just (SomeNat (_ :: Proxy n)) -> SomeSing (SAGe (SNat :: Sing n))

233− Nothing -> error "Negative singleton nat"

234− DALt n -> case someNatVal n of

235− Just (SomeNat (_ :: Proxy n)) -> SomeSing (SALt (SNat :: Sing n))

236− Nothing -> error "Negative singleton nat"

237− DALe n -> case someNatVal n of

238− Just (SomeNat (_ :: Proxy n)) -> SomeSing (SALe (SNat :: Sing n))

239− Nothing -> error "Negative singleton nat"

240

134

241data Schema

135data Schema

242 = SchemaText [TextConstraint]

136 = SchemaText [TextConstraint]

243− | SchemaBoolean

244 | SchemaNumber [NumberConstraint]

137 | SchemaNumber [NumberConstraint]

245 | SchemaObject [(Symbol, Schema)]

138 | SchemaObject [(Symbol, Schema)]

246 | SchemaArray [ArrayConstraint] Schema

139 | SchemaArray [ArrayConstraint] Schema

247 | SchemaNull

140 | SchemaNull

248 | SchemaOptional Schema

141 | SchemaOptional Schema

249− | SchemaUnion [Schema]

250 deriving (Generic)

142 deriving (Generic)

251

143

252data DemotedSchema

144data DemotedSchema

253 = DSchemaText [DemotedTextConstraint]

145 = DSchemaText [DemotedTextConstraint]

254 | DSchemaNumber [DemotedNumberConstraint]

146 | DSchemaNumber [DemotedNumberConstraint]

255− | DSchemaBoolean

256 | DSchemaObject [(Text, DemotedSchema)]

147 | DSchemaObject [(Text, DemotedSchema)]

257 | DSchemaArray [DemotedArrayConstraint] DemotedSchema

148 | DSchemaArray [DemotedArrayConstraint] DemotedSchema

258 | DSchemaNull

149 | DSchemaNull

259 | DSchemaOptional DemotedSchema

150 | DSchemaOptional DemotedSchema

260− | DSchemaUnion [DemotedSchema]

261− deriving (Generic, Eq, Show)

151+ deriving (Generic)

262

152

263data instance Sing (schema :: Schema) where

153data instance Sing (schema :: Schema) where

264 SSchemaText :: Sing tcs -> Sing ('SchemaText tcs)

154 SSchemaText :: Sing tcs -> Sing ('SchemaText tcs)

265 SSchemaNumber :: Sing ncs -> Sing ('SchemaNumber ncs)

155 SSchemaNumber :: Sing ncs -> Sing ('SchemaNumber ncs)

266− SSchemaBoolean :: Sing 'SchemaBoolean

267 SSchemaArray :: Sing acs -> Sing schema -> Sing ('SchemaArray acs schema)

156 SSchemaArray :: Sing acs -> Sing schema -> Sing ('SchemaArray acs schema)

268 SSchemaObject :: Sing fields -> Sing ('SchemaObject fields)

157 SSchemaObject :: Sing fields -> Sing ('SchemaObject fields)

269 SSchemaOptional :: Sing s -> Sing ('SchemaOptional s)

158 SSchemaOptional :: Sing s -> Sing ('SchemaOptional s)

270 SSchemaNull :: Sing 'SchemaNull

159 SSchemaNull :: Sing 'SchemaNull

271− SSchemaUnion :: Sing ss -> Sing ('SchemaUnion ss)

272

160

273instance SingI sl => SingI ('SchemaText sl) where

161instance SingI sl => SingI ('SchemaText sl) where

274 sing = SSchemaText sing

162 sing = SSchemaText sing

@@ -276,52 +164,65 @@ instance SingI sl => SingI ('SchemaNumber sl) where

276 sing = SSchemaNumber sing

164 sing = SSchemaNumber sing

277instance SingI 'SchemaNull where

165instance SingI 'SchemaNull where

278 sing = SSchemaNull

166 sing = SSchemaNull

279−instance SingI 'SchemaBoolean where

280− sing = SSchemaBoolean

281instance (SingI ac, SingI s) => SingI ('SchemaArray ac s) where

167instance (SingI ac, SingI s) => SingI ('SchemaArray ac s) where

282 sing = SSchemaArray sing sing

168 sing = SSchemaArray sing sing

283instance SingI stl => SingI ('SchemaObject stl) where

169instance SingI stl => SingI ('SchemaObject stl) where

284 sing = SSchemaObject sing

170 sing = SSchemaObject sing

285instance SingI s => SingI ('SchemaOptional s) where

171instance SingI s => SingI ('SchemaOptional s) where

286 sing = SSchemaOptional sing

172 sing = SSchemaOptional sing

287−instance SingI s => SingI ('SchemaUnion s) where

288− sing = SSchemaUnion sing

289

173

290instance Eq (Sing ('SchemaText cs)) where _ == _ = True

174instance Eq (Sing ('SchemaText cs)) where _ == _ = True

291instance Eq (Sing ('SchemaNumber cs)) where _ == _ = True

175instance Eq (Sing ('SchemaNumber cs)) where _ == _ = True

292instance Eq (Sing 'SchemaNull) where _ == _ = True

176instance Eq (Sing 'SchemaNull) where _ == _ = True

293−instance Eq (Sing 'SchemaBoolean) where _ == _ = True

294instance Eq (Sing ('SchemaArray as s)) where _ == _ = True

177instance Eq (Sing ('SchemaArray as s)) where _ == _ = True

295instance Eq (Sing ('SchemaObject cs)) where _ == _ = True

178instance Eq (Sing ('SchemaObject cs)) where _ == _ = True

296instance Eq (Sing ('SchemaOptional s)) where _ == _ = True

179instance Eq (Sing ('SchemaOptional s)) where _ == _ = True

297−instance Eq (Sing ('SchemaUnion s)) where _ == _ = True

180+

298−

181+-- | One-way 'SingKind` variation

182+-- class SingKind' k where

183+-- type DemoteRep' k :: *

184+-- fromSing' :: Sing (a :: k) -> DemoteRep' k

185+

186+-- instance SingKind' TextConstraint where

187+-- type DemoteRep' TextConstraint = DemotedTextConstraint

188+-- fromSing' = \case

189+-- STEq n -> withKnownNat n (DTEq $ natVal n)

190+-- STLt n -> withKnownNat n (DTLt $ natVal n)

191+-- STLe n -> withKnownNat n (DTLe $ natVal n)

192+-- STGt n -> withKnownNat n (DTGt $ natVal n)

193+-- STGe n -> withKnownNat n (DTGe $ natVal n)

194+-- STRegex s -> withKnownSymbol s (DTRegex $ T.pack $ symbolVal s)

195+-- STEnum s -> let

196+-- d :: Sing (s :: [Symbol]) -> [Text]

197+-- d SNil = []

198+-- d (SCons ss@SSym fs) = T.pack (symbolVal ss) : d fs

199+-- in DTEnum $ d s

200+

201+-- instance SingKind' NumberConstraint where

202+-- type DemoteRep' NumberConstraint = DemotedNumberConstraint

203+-- fromSing' = \case

204+-- SNLe n -> withKnownNat n (DNLe $ natVal n)

205+-- SNLt n -> withKnownNat n (DNLt $ natVal n)

206+-- SNGe n -> withKnownNat n (DNGe $ natVal n)

207+-- SNGt n -> withKnownNat n (DNGt $ natVal n)

208+-- SNEq n -> withKnownNat n (DNEq $ natVal n)

209+

210+-- instance SingKind' ArrayConstraint where

211+-- type DemoteRep' ArrayConstraint = DemotedArrayConstraint

212+-- fromSing' = \case

213+-- SAEq n -> withKnownNat n (DAEq $ natVal n)

214+

299−instance SingKind Schema where

215+-- instance SingKind' Schema where

300− type Demote Schema = DemotedSchema

216+-- type DemoteRep' Schema = DemotedSchema

301− fromSing = \case

217+-- fromSing' = \case

302− SSchemaText cs -> DSchemaText $ fromSing cs

218+-- SSchemaText tcs -> DSchemaText $ fromSing' tcs

303− SSchemaNumber cs -> DSchemaNumber $ fromSing cs

219+ -- SchemaText [TextConstraint]

304− SSchemaBoolean -> DSchemaBoolean

220+ -- SchemaNumber [NumberConstraint]

305− SSchemaArray cs s -> DSchemaArray (fromSing cs) (fromSing s)

221+ -- SchemaObject [(Symbol, Schema)]

306− SSchemaOptional s -> DSchemaOptional $ fromSing s

222+ -- SchemaArray [ArrayConstraint] Schema

307− SSchemaNull -> DSchemaNull

223+ -- SchemaNull

308− SSchemaObject cs -> DSchemaObject $ fromSing cs

224+ -- SchemaOptional Schema

309− SSchemaUnion ss -> DSchemaUnion $ fromSing ss

225+

310− toSing = \case

311− DSchemaText cs -> case toSing cs of

312− SomeSing scs -> SomeSing $ SSchemaText scs

313− DSchemaNumber cs -> case toSing cs of

314− SomeSing scs -> SomeSing $ SSchemaNumber scs

315− DSchemaBoolean -> SomeSing $ SSchemaBoolean

316− DSchemaArray cs sch -> case (toSing cs, toSing sch) of

317− (SomeSing scs, SomeSing ssch) -> SomeSing $ SSchemaArray scs ssch

318− DSchemaOptional sch -> case toSing sch of

319− SomeSing ssch -> SomeSing $ SSchemaOptional ssch

320− DSchemaNull -> SomeSing SSchemaNull

321− DSchemaObject cs -> case toSing cs of

322− SomeSing scs -> SomeSing $ SSchemaObject scs

323− DSchemaUnion ss -> case toSing ss of

324− SomeSing sss -> SomeSing $ SSchemaUnion sss

325

226

326data FieldRepr :: (Symbol, Schema) -> Type where

227data FieldRepr :: (Symbol, Schema) -> Type where

327 FieldRepr

228 FieldRepr

@@ -359,77 +260,53 @@ instance

359 => Serial m (FieldRepr '(name, schema)) where

260 => Serial m (FieldRepr '(name, schema)) where

360 series = FieldRepr <$> series

261 series = FieldRepr <$> series

361

262

362−type family USubsets (u :: [k]) :: Constraint where

363− USubsets '[] = ()

364− USubsets (h ': tl) = (USubset tl (h ': tl) (V.RImage tl (h ': tl)), USubsets tl)

365−

366data JsonRepr :: Schema -> Type where

263data JsonRepr :: Schema -> Type where

367 ReprText :: Text -> JsonRepr ('SchemaText cs)

264 ReprText :: Text -> JsonRepr ('SchemaText cs)

368 ReprNumber :: Scientific -> JsonRepr ('SchemaNumber cs)

265 ReprNumber :: Scientific -> JsonRepr ('SchemaNumber cs)

369− ReprBoolean :: Bool -> JsonRepr 'SchemaBoolean

370 ReprNull :: JsonRepr 'SchemaNull

266 ReprNull :: JsonRepr 'SchemaNull

371 ReprArray :: V.Vector (JsonRepr s) -> JsonRepr ('SchemaArray cs s)

267 ReprArray :: V.Vector (JsonRepr s) -> JsonRepr ('SchemaArray cs s)

372 ReprObject :: Rec FieldRepr fs -> JsonRepr ('SchemaObject fs)

268 ReprObject :: Rec FieldRepr fs -> JsonRepr ('SchemaObject fs)

373 ReprOptional :: Maybe (JsonRepr s) -> JsonRepr ('SchemaOptional s)

269 ReprOptional :: Maybe (JsonRepr s) -> JsonRepr ('SchemaOptional s)

374− ReprUnion :: Union JsonRepr (h ': tl) -> JsonRepr ('SchemaUnion (h ': tl))

375−

376−instance (Monad m, Serial m Text, SingI cs)

377− => Serial m (JsonRepr ('SchemaText cs)) where

378− series = decDepth $ fmap ReprText $ textSeries $ fromSing (sing :: Sing cs)

379−

380−instance (Monad m, Serial m Scientific, SingI cs)

381− => Serial m (JsonRepr ('SchemaNumber cs)) where

382− series = decDepth $ fmap ReprNumber

383− $ numberSeries $ fromSing (sing :: Sing cs)

384−

385−instance Monad m => Serial m (JsonRepr 'SchemaNull) where

386− series = cons0 ReprNull

387

270

388−instance (Serial m (JsonRepr s), Serial m (V.Vector (JsonRepr s)), SingI cs)

389− => Serial m (JsonRepr ('SchemaArray cs s)) where

390− series = decDepth $ fmap ReprArray

391− $ arraySeries $ fromSing (sing :: Sing cs)

392−

393−instance (Serial m (JsonRepr s))

394− => Serial m (JsonRepr ('SchemaOptional s)) where

395− series = cons1 ReprOptional

396−

397−instance (Monad m, Serial m (Rec FieldRepr fs))

398− => Serial m (JsonRepr ('SchemaObject fs)) where

399− series = cons1 ReprObject

400−

401−-- | Move to the union package

402instance Show (JsonRepr ('SchemaText cs)) where

271instance Show (JsonRepr ('SchemaText cs)) where

403 show (ReprText t) = "ReprText " P.++ show t

272 show (ReprText t) = "ReprText " P.++ show t

404

273

405instance Show (JsonRepr ('SchemaNumber cs)) where

274instance Show (JsonRepr ('SchemaNumber cs)) where

406 show (ReprNumber n) = "ReprNumber " P.++ show n

275 show (ReprNumber n) = "ReprNumber " P.++ show n

407

276

408−instance Show (JsonRepr 'SchemaBoolean) where

409− show (ReprBoolean n) = "ReprBoolean " P.++ show n

410−

411instance Show (JsonRepr 'SchemaNull) where show _ = "ReprNull"

277instance Show (JsonRepr 'SchemaNull) where show _ = "ReprNull"

412

278

413instance Show (JsonRepr s) => Show (JsonRepr ('SchemaArray acs s)) where

279instance Show (JsonRepr s) => Show (JsonRepr ('SchemaArray acs s)) where

414 show (ReprArray v) = "ReprArray " P.++ show v

280 show (ReprArray v) = "ReprArray " P.++ show v

415

281

416−#if MIN_VERSION_base(4,12,0)

417−instance

418− ( V.RecAll FieldRepr fs Show, RMap fs, ReifyConstraint Show FieldRepr fs

419− , RecordToList fs )

420− => Show (JsonRepr ('SchemaObject fs)) where

421− show (ReprObject fs) = "ReprObject " P.++ show fs

422−#else

423instance V.RecAll FieldRepr fs Show => Show (JsonRepr ('SchemaObject fs)) where

282instance V.RecAll FieldRepr fs Show => Show (JsonRepr ('SchemaObject fs)) where

424 show (ReprObject fs) = "ReprObject " P.++ show fs

283 show (ReprObject fs) = "ReprObject " P.++ show fs

425−#endif

426

284

427instance Show (JsonRepr s) => Show (JsonRepr ('SchemaOptional s)) where

285instance Show (JsonRepr s) => Show (JsonRepr ('SchemaOptional s)) where

428 show (ReprOptional s) = "ReprOptional " P.++ show s

286 show (ReprOptional s) = "ReprOptional " P.++ show s

429

287

430−instance Show (Union JsonRepr (h ': tl))

288+instance (Monad m, Serial m Text)

431− => Show (JsonRepr ('SchemaUnion (h ': tl))) where

289+ => Serial m (JsonRepr ('SchemaText cs)) where

432− show (ReprUnion s) = "ReprUnion " P.++ show s

290+ series = cons1 ReprText

291+

292+instance (Monad m, Serial m Scientific)

293+ => Serial m (JsonRepr ('SchemaNumber cs)) where

294+ series = cons1 ReprNumber

295+

296+instance Monad m => Serial m (JsonRepr 'SchemaNull) where

297+ series = cons0 ReprNull

298+

299+instance (Serial m (V.Vector (JsonRepr s)))

300+ => Serial m (JsonRepr ('SchemaArray cs s)) where

301+ series = cons1 ReprArray

302+

303+instance (Serial m (JsonRepr s))

304+ => Serial m (JsonRepr ('SchemaOptional s)) where

305+ series = cons1 ReprOptional

306+

307+instance (Monad m, Serial m (Rec FieldRepr fs))

308+ => Serial m (JsonRepr ('SchemaObject fs)) where

309+ series = cons1 ReprObject

433

310

434instance Eq (Rec FieldRepr fs) => Eq (JsonRepr ('SchemaObject fs)) where

311instance Eq (Rec FieldRepr fs) => Eq (JsonRepr ('SchemaObject fs)) where

435 ReprObject a == ReprObject b = a == b

312 ReprObject a == ReprObject b = a == b

@@ -440,9 +317,6 @@ instance Eq (JsonRepr ('SchemaText cs)) where

440instance Eq (JsonRepr ('SchemaNumber cs)) where

317instance Eq (JsonRepr ('SchemaNumber cs)) where

441 ReprNumber a == ReprNumber b = a == b

318 ReprNumber a == ReprNumber b = a == b

442

319

443−instance Eq (JsonRepr 'SchemaBoolean) where

444− ReprBoolean a == ReprBoolean b = a == b

445−

446instance Eq (JsonRepr 'SchemaNull) where

320instance Eq (JsonRepr 'SchemaNull) where

447 ReprNull == ReprNull = True

321 ReprNull == ReprNull = True

448

322

@@ -452,51 +326,6 @@ instance Eq (JsonRepr s) => Eq (JsonRepr ('SchemaArray as s)) where

452instance Eq (JsonRepr s) => Eq (JsonRepr ('SchemaOptional s)) where

326instance Eq (JsonRepr s) => Eq (JsonRepr ('SchemaOptional s)) where

453 ReprOptional a == ReprOptional b = a == b

327 ReprOptional a == ReprOptional b = a == b

454

328

455−instance Eq (Union JsonRepr (h ': tl))

456− => Eq (JsonRepr ('SchemaUnion (h ': tl))) where

457− ReprUnion a == ReprUnion b = a == b

458−

459−instance Ord (Rec FieldRepr fs) => Ord (JsonRepr ('SchemaObject fs)) where

460− ReprObject a `compare` ReprObject b = a `compare` b

461−

462−instance Ord (JsonRepr ('SchemaText cs)) where

463− ReprText a `compare` ReprText b = a `compare` b

464−

465−instance Ord (JsonRepr ('SchemaNumber cs)) where

466− ReprNumber a `compare` ReprNumber b = a `compare` b

467−

468−instance Ord (JsonRepr 'SchemaBoolean) where

469− ReprBoolean a `compare` ReprBoolean b = a `compare` b

470−

471−instance Ord (JsonRepr 'SchemaNull) where

472− compare _ _ = EQ

473−

474−instance Ord (JsonRepr s) => Ord (JsonRepr ('SchemaArray as s)) where

475− ReprArray a `compare` ReprArray b = a `compare` b

476−

477−instance Ord (JsonRepr s) => Ord (JsonRepr ('SchemaOptional s)) where

478− ReprOptional a `compare` ReprOptional b = a `compare` b

479−

480−instance Ord (Union JsonRepr (h ': tl))

481− => Ord (JsonRepr ('SchemaUnion (h ': tl))) where

482− ReprUnion a `compare` ReprUnion b = a `compare` b

483−

484−instance IsList (JsonRepr ('SchemaArray cs s)) where

485− type Item (JsonRepr ('SchemaArray cs s)) = JsonRepr s

486− fromList = ReprArray . GHC.Exts.fromList

487− toList (ReprArray v) = GHC.Exts.toList v

488−

489−instance Num (JsonRepr ('SchemaNumber cs)) where

490− ReprNumber a + ReprNumber b = ReprNumber $ a + b

491− ReprNumber a - ReprNumber b = ReprNumber $ a - b

492− ReprNumber a * ReprNumber b = ReprNumber $ a * b

493− abs (ReprNumber a) = ReprNumber $ abs a

494− signum (ReprNumber a) = ReprNumber $ signum a

495− fromInteger = ReprNumber . fromIntegral

496−

497−instance IsString (JsonRepr ('SchemaText cs)) where

498− fromString = ReprText . fromString

499−

500fromOptional

329fromOptional

501 :: SingI s

330 :: SingI s

502 => Sing ('SchemaOptional s)

331 => Sing ('SchemaOptional s)

@@ -504,29 +333,10 @@ fromOptional

504 -> Parser (Maybe (JsonRepr s))

333 -> Parser (Maybe (JsonRepr s))

505fromOptional _ = parseJSON

334fromOptional _ = parseJSON

506

335

507−parseUnion

508− :: FromJSON (JsonRepr ('SchemaUnion ss))

509− => sing (ss :: [Schema])

510− -> Value

511− -> Parser (JsonRepr ('SchemaUnion ss))

512−parseUnion _ val = parseJSON val

513−

514−instance FromJSON (Union JsonRepr '[]) where

515− parseJSON = fail "empty union"

516−

517−instance (SingI a, FromJSON (Union JsonRepr as)) => FromJSON (Union JsonRepr (a ': as)) where

518− parseJSON val = (This <$> parseJSON val)

519− <|> (That <$> (parseJSON val :: Parser (Union JsonRepr as)))

520−

521−instance ToJSON (Union JsonRepr as) where

522− toJSON (This fa) = toJSON fa

523− toJSON (That u) = toJSON u

524−

525instance SingI schema => J.FromJSON (JsonRepr schema) where

336instance SingI schema => J.FromJSON (JsonRepr schema) where

526 parseJSON value = case sing :: Sing schema of

337 parseJSON value = case sing :: Sing schema of

527 SSchemaText _ -> withText "String" (pure . ReprText) value

338 SSchemaText _ -> withText "String" (pure . ReprText) value

528 SSchemaNumber _ -> withScientific "Number" (pure . ReprNumber) value

339 SSchemaNumber _ -> withScientific "Number" (pure . ReprNumber) value

529− SSchemaBoolean -> ReprBoolean <$> parseJSON value

530 SSchemaNull -> case value of

340 SSchemaNull -> case value of

531 J.Null -> pure ReprNull

341 J.Null -> pure ReprNull

532 _ -> typeMismatch "Null" value

342 _ -> typeMismatch "Null" value

@@ -542,37 +352,31 @@ instance SingI schema => J.FromJSON (JsonRepr schema) where

542 fieldRepr <- case s of

352 fieldRepr <- case s of

543 SSchemaText so -> case H.lookup fieldName h of

353 SSchemaText so -> case H.lookup fieldName h of

544 Just v -> withSingI so $ FieldRepr <$> parseJSON v

354 Just v -> withSingI so $ FieldRepr <$> parseJSON v

545− Nothing -> fail $ "No text field: " P.++ show fieldName

355+ Nothing -> fail "schematext"

546 SSchemaNumber so -> case H.lookup fieldName h of

356 SSchemaNumber so -> case H.lookup fieldName h of

547 Just v -> withSingI so $ FieldRepr <$> parseJSON v

357 Just v -> withSingI so $ FieldRepr <$> parseJSON v

548− Nothing -> fail $ "No number field: " P.++ show fieldName

358+ Nothing -> fail "schemanumber"

549− SSchemaBoolean -> case H.lookup fieldName h of

550− Just v -> FieldRepr <$> parseJSON v

551− Nothing -> fail $ "No boolean field: " P.++ show fieldName

552 SSchemaNull -> case H.lookup fieldName h of

359 SSchemaNull -> case H.lookup fieldName h of

553 Just v -> FieldRepr <$> parseJSON v

360 Just v -> FieldRepr <$> parseJSON v

554− Nothing -> fail $ "No null field: " P.++ show fieldName

361+ Nothing -> fail "schemanull"

555 SSchemaArray sa sb -> case H.lookup fieldName h of

362 SSchemaArray sa sb -> case H.lookup fieldName h of

556 Just v -> withSingI sa $ withSingI sb $ FieldRepr <$> parseJSON v

363 Just v -> withSingI sa $ withSingI sb $ FieldRepr <$> parseJSON v

557− Nothing -> fail $ "No array field: " P.++ show fieldName

364+ Nothing -> fail "schemaarray"

558 SSchemaObject so -> case H.lookup fieldName h of

365 SSchemaObject so -> case H.lookup fieldName h of

559 Just v -> withSingI so $ FieldRepr <$> parseJSON v

366 Just v -> withSingI so $ FieldRepr <$> parseJSON v

560− Nothing -> fail $ "No object field" P.++ show fieldName

367+ Nothing -> fail "schemaobject"

561 SSchemaOptional so -> case H.lookup fieldName h of

368 SSchemaOptional so -> case H.lookup fieldName h of

562 Just v -> withSingI so $ FieldRepr <$> parseJSON v

369 Just v -> withSingI so $ FieldRepr <$> parseJSON v

563− Nothing -> withSingI so $ pure $ FieldRepr $ ReprOptional Nothing

370+ Nothing -> fail "schemaoptional"

564− SSchemaUnion ss -> withSingI ss $ FieldRepr <$> parseUnion ss value

565 (fieldRepr :&) <$> demoteFields tl h

371 (fieldRepr :&) <$> demoteFields tl h

566 ReprObject <$> withObject "Object" (demoteFields fs) value

372 ReprObject <$> withObject "Object" (demoteFields fs) value

567− SSchemaUnion ss -> parseUnion ss value

568

373

569instance J.ToJSON (JsonRepr a) where

374instance J.ToJSON (JsonRepr a) where

570 toJSON ReprNull = J.Null

375 toJSON ReprNull = J.Null

571− toJSON (ReprBoolean b) = J.Bool b

572 toJSON (ReprText t) = J.String t

376 toJSON (ReprText t) = J.String t

573 toJSON (ReprNumber n) = J.Number n

377 toJSON (ReprNumber n) = J.Number n

574 toJSON (ReprOptional s) = case s of

378 toJSON (ReprOptional s) = case s of

575− Just v -> toJSON v

379+ Just v -> toJSON v

576 Nothing -> J.Null

380 Nothing -> J.Null

577 toJSON (ReprArray v) = J.Array $ toJSON <$> v

381 toJSON (ReprArray v) = J.Array $ toJSON <$> v

578 toJSON (ReprObject r) = J.Object . H.fromList . fold $ r

382 toJSON (ReprObject r) = J.Object . H.fromList . fold $ r

@@ -585,7 +389,6 @@ instance J.ToJSON (JsonRepr a) where

585 fold = \case

389 fold = \case

586 RNil -> []

390 RNil -> []

587 fr@(FieldRepr _) :& tl -> (extract fr) : fold tl

391 fr@(FieldRepr _) :& tl -> (extract fr) : fold tl

588− toJSON (ReprUnion u) = toJSON u

589

392

590class FalseConstraint a

393class FalseConstraint a

591

394

src/Data/Schematic/Schema.hs-bootdeleted−95

@@ -1,95 +0,0 @@

1−module Data.Schematic.Schema where

2−

3−import Data.Kind

4−import Data.Maybe

5−import Data.Schematic.Instances ()

6−import Data.Scientific

7−import Data.Singletons.TH

8−import Data.Singletons.TypeLits

9−import Data.Text as T

10−import Data.Union

11−import Data.Vector as V

12−import Data.Vinyl hiding (Dict)

13−import Prelude as P

14−

15−data TextConstraint

16− = TEq Nat

17− | TLt Nat

18− | TLe Nat

19− | TGt Nat

20− | TGe Nat

21− | TRegex Symbol

22− | TEnum [Symbol]

23−

24−data DemotedTextConstraint

25− = DTEq Integer

26− | DTLt Integer

27− | DTLe Integer

28− | DTGt Integer

29− | DTGe Integer

30− | DTRegex Text

31− | DTEnum [Text]

32−

33−data NumberConstraint

34− = NLe Nat

35− | NLt Nat

36− | NGt Nat

37− | NGe Nat

38− | NEq Nat

39−

40−data DemotedNumberConstraint

41− = DNLe Integer

42− | DNLt Integer

43− | DNGt Integer

44− | DNGe Integer

45− | DNEq Integer

46−

47−data ArrayConstraint

48− = AEq Nat

49− | AGt Nat

50− | AGe Nat

51− | ALt Nat

52− | ALe Nat

53−

54−data DemotedArrayConstraint

55− = DAEq Integer

56− | DAGt Integer

57− | DAGe Integer

58− | DALt Integer

59− | DALe Integer

60−

61−data Schema

62− = SchemaText [TextConstraint]

63− | SchemaBoolean

64− | SchemaNumber [NumberConstraint]

65− | SchemaObject [(Symbol, Schema)]

66− | SchemaArray [ArrayConstraint] Schema

67− | SchemaNull

68− | SchemaOptional Schema

69− | SchemaUnion [Schema]

70−

71−data DemotedSchema

72− = DSchemaText [DemotedTextConstraint]

73− | DSchemaNumber [DemotedNumberConstraint]

74− | DSchemaBoolean

75− | DSchemaObject [(Text, DemotedSchema)]

76− | DSchemaArray [DemotedArrayConstraint] DemotedSchema

77− | DSchemaNull

78− | DSchemaOptional DemotedSchema

79− | DSchemaUnion [DemotedSchema]

80−

81−data FieldRepr :: (Symbol, Schema) -> Type where

82− FieldRepr

83− :: (SingI schema, KnownSymbol name)

84− => JsonRepr schema

85− -> FieldRepr '(name, schema)

86−

87−data JsonRepr :: Schema -> Type where

88− ReprText :: Text -> JsonRepr ('SchemaText cs)

89− ReprNumber :: Scientific -> JsonRepr ('SchemaNumber cs)

90− ReprBoolean :: Bool -> JsonRepr 'SchemaBoolean

91− ReprNull :: JsonRepr 'SchemaNull

92− ReprArray :: V.Vector (JsonRepr s) -> JsonRepr ('SchemaArray cs s)

93− ReprObject :: Rec FieldRepr fs -> JsonRepr ('SchemaObject fs)

94− ReprOptional :: Maybe (JsonRepr s) -> JsonRepr ('SchemaOptional s)

95− ReprUnion :: Union JsonRepr (h ': tl) -> JsonRepr ('SchemaUnion (h ': tl))

src/Data/Schematic/Utils.hsnew file+42

@@ -0,0 +1,42 @@

1+{-# LANGUAGE AllowAmbiguousTypes #-}

3+module Data.Schematic.Utils where

5+import Data.Proxy

6+import Data.Singletons

7+import Data.Singletons.Prelude

8+import Data.Singletons.TypeLits

9+import Data.Vinyl hiding (Dict)

10+

11+

12+class Known a where

13+ known :: a

14+

15+instance Known (Proxy a) where

16+ known = Proxy

17+

18+instance KnownNat n => Known (Sing n) where

19+ known = SNat

20+

21+instance KnownSymbol s => Known (Sing s) where

22+ known = SSym

23+

24+instance (Known (Sing a), Known (Sing b)) => Known (Sing '(a,b)) where

25+ known = STuple2 known known

26+

27+instance Known (Sing '[]) where known = SNil

28+

29+instance (Known (Sing a), Known (Sing as)) => Known (Sing (a ': as)) where

30+ known = SCons known known

31+

32+instance Known (Rec Sing '[]) where

33+ known = RNil

34+

35+instance (Known (Sing a), Known (Rec Sing tl)) => Known (Rec Sing (a ': tl)) where

36+ known = known :& known

37+

38+data Dict c where

39+ Dict :: c => Dict c

40+

41+instance c => Known (Dict c) where

42+ known = Dict

src/Data/Schematic/Validation.hs+34−135

@@ -2,25 +2,20 @@ module Data.Schematic.Validation where

3import Control.Monad

4import Control.Monad.Validation

5−import Data.Aeson

6−import Data.Aeson.Internal

7−import Data.Aeson.Types

8import Data.Foldable

5import Data.Foldable

9import Data.Functor.Identity

6import Data.Functor.Identity

10import Data.Monoid

7import Data.Monoid

11import Data.Schematic.Path

8import Data.Schematic.Path

12import Data.Schematic.Schema

9import Data.Schematic.Schema

10+import Data.Schematic.Utils ()

13import Data.Scientific

11import Data.Scientific

14import Data.Singletons.Prelude

12import Data.Singletons.Prelude

15import Data.Singletons.TypeLits

13import Data.Singletons.TypeLits

16import Data.Text as T

14import Data.Text as T

17−import Data.Traversable

18−import Data.Union

19import Data.Vector as V

15import Data.Vector as V

20import Data.Vinyl

16import Data.Vinyl

21−import Data.Vinyl.TypeLevel

22import Prelude as P

17import Prelude as P

23−import Text.Regex.TDFA

18+import Text.Regex

26type Validation a = ValidationT ErrorMap Identity a

21type Validation a = ValidationT ErrorMap Identity a

@@ -31,11 +26,7 @@ data ParseResult a

31 = Valid a

26 = Valid a

32 | DecodingError Text -- static

27 | DecodingError Text -- static

33 | ValidationError ErrorMap -- runtime

28 | ValidationError ErrorMap -- runtime

34− deriving (Show, Eq, Functor, Foldable, Traversable)

29+ deriving (Show, Eq, Functor)

35−

36−instance (TopLevel a, SingI a, FromJSON (JsonRepr a))

37− => FromJSON (ParseResult (JsonRepr a)) where

38− parseJSON = pure . parseAndValidateJson @a

40isValid :: ParseResult a -> Bool

31isValid :: ParseResult a -> Bool

41isValid (Valid _) = True

32isValid (Valid _) = True

@@ -50,51 +41,51 @@ isValidationError (ValidationError _) = True

50isValidationError _ = False

41isValidationError _ = False

52validateTextConstraint

43validateTextConstraint

53− :: JSONPathText

44+ :: JSONPath

54 -> Text

45 -> Text

55 -> Sing (tcs :: TextConstraint)

46 -> Sing (tcs :: TextConstraint)

56 -> Validation ()

47 -> Validation ()

57−validateTextConstraint (JSONPathText path) t = \case

48+validateTextConstraint (JSONPath path) t = \case

58 STEq n -> do

49 STEq n -> do

59 let

50 let

60 nlen = withKnownNat n $ natVal n

51 nlen = withKnownNat n $ natVal n

61 predicate = nlen == (fromIntegral $ T.length t)

52 predicate = nlen == (fromIntegral $ T.length t)

62− errMsg = "length should be == " <> T.pack (show nlen)

53+ errMsg = "length of " <> path <> " should be == " <> T.pack (show nlen)

63 warn = vWarning $ mmSingleton path (pure errMsg)

54 warn = vWarning $ mmSingleton path (pure errMsg)

64 unless predicate warn

55 unless predicate warn

65 STLt n -> do

56 STLt n -> do

66 let

57 let

67 nlen = withKnownNat n $ natVal n

58 nlen = withKnownNat n $ natVal n

68− predicate = nlen > (fromIntegral $ T.length t)

59+ predicate = nlen < (fromIntegral $ T.length t)

69− errMsg = "length should be < " <> T.pack (show nlen)

60+ errMsg = "length of " <> path <> " should be < " <> T.pack (show nlen)

70 warn = vWarning $ mmSingleton path (pure errMsg)

61 warn = vWarning $ mmSingleton path (pure errMsg)

71 unless predicate warn

62 unless predicate warn

72 STLe n -> do

63 STLe n -> do

73 let

64 let

74 nlen = withKnownNat n $ natVal n

65 nlen = withKnownNat n $ natVal n

75− predicate = nlen >= (fromIntegral $ T.length t)

66+ predicate = nlen <= (fromIntegral $ T.length t)

76− errMsg = "length should be <= " <> T.pack (show nlen)

67+ errMsg = "length of " <> path <> " should be <= " <> T.pack (show nlen)

77 warn = vWarning $ mmSingleton path (pure errMsg)

68 warn = vWarning $ mmSingleton path (pure errMsg)

78 unless predicate warn

69 unless predicate warn

79 STGt n -> do

70 STGt n -> do

80 let

71 let

81 nlen = withKnownNat n $ natVal n

72 nlen = withKnownNat n $ natVal n

82− predicate = nlen < (fromIntegral $ T.length t)

73+ predicate = nlen > (fromIntegral $ T.length t)

83− errMsg = "length should be > " <> T.pack (show nlen)

74+ errMsg = "length of " <> path <> " should be > " <> T.pack (show nlen)

84 warn = vWarning $ mmSingleton path (pure errMsg)

75 warn = vWarning $ mmSingleton path (pure errMsg)

85 unless predicate warn

76 unless predicate warn

86 STGe n -> do

77 STGe n -> do

87 let

78 let

88 nlen = withKnownNat n $ natVal n

79 nlen = withKnownNat n $ natVal n

89− predicate = nlen <= (fromIntegral $ T.length t)

80+ predicate = nlen >= (fromIntegral $ T.length t)

90− errMsg = "length should be >= " <> T.pack (show nlen)

81+ errMsg = "length of " <> path <> " should be >= " <> T.pack (show nlen)

91 warn = vWarning $ mmSingleton path (pure errMsg)

82 warn = vWarning $ mmSingleton path (pure errMsg)

92 unless predicate warn

83 unless predicate warn

93 STRegex r -> do

84 STRegex r -> do

94 let

85 let

95− regex = withKnownSymbol r $ fromSing r

86+ regex = withKnownSymbol r $ symbolVal r

96− predicate = matchTest (makeRegex (T.unpack regex) :: Regex) (T.unpack t)

87+ predicate = maybe False (const True) $ matchRegex (mkRegex regex) (T.unpack t)

97− errMsg = "must match " <> regex

88+ errMsg = path <> " must match " <> T.pack (show regex)

98 warn = vWarning $ mmSingleton path (pure errMsg)

89 warn = vWarning $ mmSingleton path (pure errMsg)

99 unless predicate warn

90 unless predicate warn

100 STEnum ss -> do

91 STEnum ss -> do

@@ -102,97 +93,69 @@ validateTextConstraint (JSONPathText path) t = \case

102 matching :: Sing (s :: [Symbol]) -> Bool

93 matching :: Sing (s :: [Symbol]) -> Bool

103 matching SNil = False

94 matching SNil = False

104 matching (SCons s@SSym fs) = T.pack (symbolVal s) == t || matching fs

95 matching (SCons s@SSym fs) = T.pack (symbolVal s) == t || matching fs

105− errMsg = "must be one of " <> T.pack (show (fromSing ss))

96+ errMsg = path <> " must be one of " <> T.pack (show (fromSing ss))

106 warn = vWarning $ mmSingleton path (pure errMsg)

97 warn = vWarning $ mmSingleton path (pure errMsg)

107 unless (matching ss) warn

98 unless (matching ss) warn

108

109validateNumberConstraint

100validateNumberConstraint

110− :: JSONPathText

101+ :: JSONPath

111 -> Scientific

102 -> Scientific

112 -> Sing (tcs :: NumberConstraint)

103 -> Sing (tcs :: NumberConstraint)

113 -> Validation ()

104 -> Validation ()

114−validateNumberConstraint (JSONPathText path) num = \case

105+validateNumberConstraint (JSONPath path) num = \case

115 SNEq n -> do

106 SNEq n -> do

116 let

107 let

117 nlen = withKnownNat n $ natVal n

108 nlen = withKnownNat n $ natVal n

118 predicate = fromIntegral nlen == num

109 predicate = fromIntegral nlen == num

119− errMsg = "should be == " <> T.pack (show nlen)

110+ errMsg = path <> " should be == " <> T.pack (show nlen)

120 warn = vWarning $ mmSingleton path (pure errMsg)

111 warn = vWarning $ mmSingleton path (pure errMsg)

121 unless predicate warn

112 unless predicate warn

122 SNGt n -> do

113 SNGt n -> do

123 let

114 let

124 nlen = withKnownNat n $ natVal n

115 nlen = withKnownNat n $ natVal n

125 predicate = num > fromIntegral nlen

116 predicate = num > fromIntegral nlen

126− errMsg = "should be > " <> T.pack (show nlen)

117+ errMsg = path <> " should be > " <> T.pack (show nlen)

127 warn = vWarning $ mmSingleton path (pure errMsg)

118 warn = vWarning $ mmSingleton path (pure errMsg)

128 unless predicate warn

119 unless predicate warn

129 SNGe n -> do

120 SNGe n -> do

130 let

121 let

131 nlen = withKnownNat n $ natVal n

122 nlen = withKnownNat n $ natVal n

132 predicate = num >= fromIntegral nlen

123 predicate = num >= fromIntegral nlen

133− errMsg = "should be >= " <> T.pack (show nlen)

124+ errMsg = path <> " should be >= " <> T.pack (show nlen)

134 warn = vWarning $ mmSingleton path (pure errMsg)

125 warn = vWarning $ mmSingleton path (pure errMsg)

135 unless predicate warn

126 unless predicate warn

136 SNLt n -> do

127 SNLt n -> do

137 let

128 let

138 nlen = withKnownNat n $ natVal n

129 nlen = withKnownNat n $ natVal n

139− predicate = num < fromIntegral nlen

130+ predicate = fromIntegral nlen < num

140− errMsg = "should be < " <> T.pack (show nlen)

131+ errMsg = path <> " should be < " <> T.pack (show nlen)

141 warn = vWarning $ mmSingleton path (pure errMsg)

132 warn = vWarning $ mmSingleton path (pure errMsg)

142 unless predicate warn

133 unless predicate warn

143 SNLe n -> do

134 SNLe n -> do

144 let

135 let

145 nlen = withKnownNat n $ natVal n

136 nlen = withKnownNat n $ natVal n

146− predicate = num <= fromIntegral nlen

137+ predicate = fromIntegral nlen <= num

147− errMsg = "should be <= " <> T.pack (show nlen)

138+ errMsg = path <> " should be <= " <> T.pack (show nlen)

148 warn = vWarning $ mmSingleton path (pure errMsg)

139 warn = vWarning $ mmSingleton path (pure errMsg)

149 unless predicate warn

140 unless predicate warn

150

141

151validateArrayConstraint

142validateArrayConstraint

152− :: JSONPathText

143+ :: JSONPath

153 -> V.Vector a

144 -> V.Vector a

154 -> Sing (tcs :: ArrayConstraint)

145 -> Sing (tcs :: ArrayConstraint)

155 -> Validation ()

146 -> Validation ()

156−validateArrayConstraint (JSONPathText path) v = \case

147+validateArrayConstraint (JSONPath path) v = \case

157 SAEq n -> do

148 SAEq n -> do

158 let

149 let

159 nlen = withKnownNat n $ natVal n

150 nlen = withKnownNat n $ natVal n

160 predicate = nlen == fromIntegral (V.length v)

151 predicate = nlen == fromIntegral (V.length v)

161− errMsg = "length should be == " <> T.pack (show nlen)

152+ errMsg = "length of " <> path <> " should be == " <> T.pack (show nlen)

162− warn = vWarning $ mmSingleton path (pure errMsg)

163− unless predicate warn

164− SAGt n -> do

165− let

166− nlen = withKnownNat n $ natVal n

167− predicate = fromIntegral (V.length v) > nlen

168− errMsg = "length should be > " <> T.pack (show nlen)

169− warn = vWarning $ mmSingleton path (pure errMsg)

170− unless predicate warn

171− SAGe n -> do

172− let

173− nlen = withKnownNat n $ natVal n

174− predicate = fromIntegral (V.length v) >= nlen

175− errMsg = "length should be >= " <> T.pack (show nlen)

176− warn = vWarning $ mmSingleton path (pure errMsg)

177− unless predicate warn

178− SALt n -> do

179− let

180− nlen = withKnownNat n $ natVal n

181− predicate = fromIntegral (V.length v) < nlen

182− errMsg = "length should be < " <> T.pack (show nlen)

183− warn = vWarning $ mmSingleton path (pure errMsg)

184− unless predicate warn

185− SALe n -> do

186− let

187− nlen = withKnownNat n $ natVal n

188− predicate = fromIntegral (V.length v) <= nlen

189− errMsg = "length should be <= " <> T.pack (show nlen)

190 warn = vWarning $ mmSingleton path (pure errMsg)

153 warn = vWarning $ mmSingleton path (pure errMsg)

191 unless predicate warn

154 unless predicate warn

192

155

193validateJsonRepr

156validateJsonRepr

194 :: Sing schema

157 :: Sing schema

195− -> JSONPath

158+ -> [DemotedPathSegment]

196 -> JsonRepr schema

159 -> JsonRepr schema

197 -> Validation ()

160 -> Validation ()

198validateJsonRepr sschema dpath jr = case jr of

161validateJsonRepr sschema dpath jr = case jr of

@@ -215,7 +178,6 @@ validateJsonRepr sschema dpath jr = case jr of

215 process cs

178 process cs

216 process scs

179 process scs

217 ReprNull -> pure ()

180 ReprNull -> pure ()

218− ReprBoolean _ -> pure ()

219 ReprArray v -> case sschema of

181 ReprArray v -> case sschema of

220 SSchemaArray acs s -> do

182 SSchemaArray acs s -> do

221 let

183 let

@@ -226,7 +188,7 @@ validateJsonRepr sschema dpath jr = case jr of

226 process cs

188 process cs

227 process acs

189 process acs

228 for_ (V.indexed v) $ \(ix, jr') -> do

190 for_ (V.indexed v) $ \(ix, jr') -> do

229− let newPath = dpath <> pure (Index $ fromIntegral ix)

191+ let newPath = dpath <> pure (DIx $ fromIntegral ix)

230 validateJsonRepr s newPath jr'

192 validateJsonRepr s newPath jr'

231 ReprOptional d -> case sschema of

193 ReprOptional d -> case sschema of

232 SSchemaOptional ss -> case d of

194 SSchemaOptional ss -> case d of

@@ -235,72 +197,9 @@ validateJsonRepr sschema dpath jr = case jr of

235 ReprObject fs -> case sschema of

197 ReprObject fs -> case sschema of

236 SSchemaObject _ -> go fs

198 SSchemaObject _ -> go fs

237 where

199 where

238− go :: Rec FieldRepr (ts :: [(Symbol, Schema)] ) -> Validation ()

200+ go :: Rec FieldRepr (ts :: [ (Symbol, Schema) ] ) -> Validation ()

239 go RNil = pure ()

201 go RNil = pure ()

240 go (f@(FieldRepr d) :& ftl) = do

202 go (f@(FieldRepr d) :& ftl) = do

241− let newPath = dpath <> [Key (knownFieldName f)]

203+ let newPath = dpath <> [DKey (knownFieldName f)]

242 validateJsonRepr (knownFieldSchema f) newPath d

204 validateJsonRepr (knownFieldSchema f) newPath d

243 go ftl

205 go ftl

244− ReprUnion _ -> pure () -- FIXME

245− -- case sschema of

246− -- SSchemaUnion ss -> case ss of

247− -- SCons s stl -> case umatch' s u of

248− -- Nothing -> case urestrict u of

249− -- Nothing ->

250− -- fail "impossible to produce subUnion, please report this as a bug"

251− -- Just x -> do

252− -- let

253− -- JSONPathText path = demotedPathToText dpath

254− -- case stl of

255− -- SNil -> void $ vWarning $ mmSingleton path

256− -- $ pure "union handling error, please report this as bug"

257− -- SCons s' stl' ->

258− -- validateJsonRepr (SSchemaUnion (SCons s' stl')) dpath

259− -- $ toUnion (SCons s' stl') x

260− -- Just x -> validateJsonRepr s dpath x

261−

262−-- subUnion

263−-- :: Sing (s ': stl)

264−-- -> ( USubset stl (s ': stl) (RImage stl (s ': stl))

265−-- => Union f (s ': stl)

266−-- -> Maybe (Union f stl) )

267−-- subUnion (SCons s stl) = urestrict

268−

269−-- withUSubset

270−-- :: Sing (s ': stl)

271−-- -> (USubset stl (s ': stl) (RImage stl (s ': stl)) => Maybe (Union f stl))

272−-- -> Maybe (Union f stl)

273−-- withUSubset (SCons s stl) r = r

274−

275−toUnion

276− :: USubset s' (s ': ss) (RImage s' (s ': ss))

277− => Sing (s ': ss)

278− -> Union JsonRepr s'

279− -> JsonRepr ('SchemaUnion (s ': ss))

280−toUnion _ = ReprUnion . urelax

281−

282−umatch' :: UElem a as i => Sing a -> Union f as -> Maybe (f a)

283−umatch' _ u = umatch u

284−

285−parseAndValidateJson

286− :: forall schema

287− . (FromJSON (JsonRepr schema), TopLevel schema, SingI schema)

288− => Value

289− -> ParseResult (JsonRepr schema)

290−parseAndValidateJson v =

291− case parseEither parseJSON v of

292− Left s -> DecodingError $ T.pack s

293− Right jsonRepr ->

294− let

295− validate = validateJsonRepr (sing :: Sing schema) [] jsonRepr

296− res = runIdentity . runValidationTEither $ validate

297− in case res of

298− Left em -> ValidationError em

299− Right () -> Valid jsonRepr

300−

301−parseAndValidateJsonBy

302− :: (FromJSON (JsonRepr schema), TopLevel schema, SingI schema)

303− => proxy schema

304− -> Value

305− -> ParseResult (JsonRepr schema)

306−parseAndValidateJsonBy _ = parseAndValidateJson

src/Data/Schematic/Verifier.hsdeleted−5

@@ -1,5 +0,0 @@

1−module Data.Schematic.Verifier (module X) where

2−

3−import Data.Schematic.Verifier.Array as X

4−import Data.Schematic.Verifier.Number as X

5−import Data.Schematic.Verifier.Text as X

src/Data/Schematic/Verifier/Array.hsdeleted−14

@@ -1,14 +0,0 @@

1−module Data.Schematic.Verifier.Array where

2−

3−import {-# SOURCE #-} Data.Schematic.Schema

4−import Data.Schematic.Verifier.Common

5−

6−data VerifiedArrayConstraint =

7− VAEq Integer

8− deriving (Show)

9−

10−verifyArrayConstraint ::

11− [DemotedArrayConstraint] -> Maybe (Maybe VerifiedArrayConstraint)

12−verifyArrayConstraint cs = do

13− x <- verifyDNEq [x | DAEq x <- cs]

14− pure $ VAEq <$> x

src/Data/Schematic/Verifier/Common.hsdeleted−43

@@ -1,43 +0,0 @@

1−module Data.Schematic.Verifier.Common where

2−

3−import Data.List (nub)

4−

5−simplifyNumberConstraint :: ([Integer] -> Integer) -> [Integer] -> Maybe Integer

6−simplifyNumberConstraint f =

7− \case

8− [] -> Nothing

9− x -> Just $ f x

10−

11−simplifyDNLs :: [Integer] -> Maybe Integer

12−simplifyDNLs = simplifyNumberConstraint minimum

13−

14−simplifyDNGs :: [Integer] -> Maybe Integer

15−simplifyDNGs = simplifyNumberConstraint maximum

16−

17−verifyDNEq :: [Integer] -> Maybe (Maybe Integer)

18−verifyDNEq x =

19− case nub x of

20− [] -> Just Nothing

21− [y] -> Just $ Just y

22− (_:_:_) -> Nothing

23−

24−verify3 :: Maybe Integer -> Maybe Integer -> Maybe Integer -> Maybe ()

25−verify3 (Just x) (Just y) (Just z) =

26− if x < y && y < z

27− then Just ()

28− else Nothing

29−verify3 _ _ _ = Just ()

30−

31−verify2 :: Maybe Integer -> Maybe Integer -> Maybe ()

32−verify2 (Just x) (Just y) =

33− if x < y

34− then Just ()

35− else Nothing

36−verify2 _ _ = Just ()

37−

38−verifyEquations :: Maybe Integer -> Maybe Integer -> Maybe Integer -> Maybe ()

39−verifyEquations mgt meq mlt = do

40− verify3 mgt meq mlt

41− verify2 mgt meq

42− verify2 meq mlt

43− verify2 mgt mlt

src/Data/Schematic/Verifier/Number.hsdeleted−31

@@ -1,31 +0,0 @@

1−module Data.Schematic.Verifier.Number where

2−

3−import {-# SOURCE #-} Data.Schematic.Schema

4−import Data.Schematic.Verifier.Common

5−

6−toStrictNumber :: [DemotedNumberConstraint] -> [DemotedNumberConstraint]

7−toStrictNumber = map f

8− where

9− f (DNLe x) = DNLt (x + 1)

10− f (DNGe x) = DNGt (x - 1)

11− f x = x

12−

13−data VerifiedNumberConstraint

14− = VNEq Integer

15− | VNBounds (Maybe Integer) (Maybe Integer)

16− deriving (Show)

17−

18−verifyNumberConstraints

19− :: [DemotedNumberConstraint]

20− -> Maybe VerifiedNumberConstraint

21−verifyNumberConstraints cs' = do

22− let

23− cs = toStrictNumber cs'

24− mlt = simplifyDNLs [x | DNLt x <- cs]

25− mgt = simplifyDNGs [x | DNGt x <- cs]

26− meq <- verifyDNEq [x | DNEq x <- cs]

27− verifyEquations mgt meq mlt

28− Just $

29− case meq of

30− Just eq -> VNEq eq

31− Nothing -> VNBounds mgt mlt

src/Data/Schematic/Verifier/Text.hsdeleted−121

@@ -1,121 +0,0 @@

1−module Data.Schematic.Verifier.Text where

2−

3−import Control.Monad

4−import Data.Maybe

5−import {-# SOURCE #-} Data.Schematic.Schema

6−import Data.Schematic.Verifier.Common

7−import Data.Text (Text, unpack)

8−import Text.Regex.TDFA.Pattern

9−import Text.Regex.TDFA.ReadRegex (parseRegex)

10−

11−toStrictTextLength :: [DemotedTextConstraint] -> [DemotedTextConstraint]

12−toStrictTextLength = map f

13− where

14− f (DTLe x) = DTLt (x + 1)

15− f (DTGe x) = DTGt (x - 1)

16− f x = x

17−

18−data VerifiedTextConstraint

19− = VTEq Integer

20− | VTBounds (Maybe Integer) (Maybe Integer)

21− | VTRegex Text Integer (Maybe Integer)

22− | VTEnum [Text]

23− deriving (Show)

24−

25−verifyTextLengthConstraints

26− :: [DemotedTextConstraint]

27− -> Maybe (Maybe VerifiedTextConstraint)

28−verifyTextLengthConstraints cs' = do

29− let

30− cs = toStrictTextLength cs'

31− mlt = simplifyDNLs [x | DTLt x <- cs]

32− mgt = simplifyDNGs [x | DTGt x <- cs]

33− meq <- verifyDNEq [x | DTEq x <- cs]

34− verifyEquations mgt meq mlt

35− case all isNothing ([mgt, meq, mlt] :: [Maybe Integer]) of

36− True -> Just Nothing

37− _ ->

38− Just $

39− Just $

40− case meq of

41− Just eq -> VTEq eq

42− Nothing -> VTBounds mgt mlt

43−

44−regexLength :: Text -> Maybe (Int, Maybe Int)

45−regexLength regexp =

46− case parseRegex . unpack $ regexp of

47− Right (p, _) -> Just (minRegexLength p, maxRegexLength p)

48− Left _ -> Nothing

49−

50−minRegexLength :: Pattern -> Int

51−minRegexLength p =

52− case p of

53− PEmpty -> 0

54− PChar {..} -> 1

55− PAny {..} -> 1

56− PAnyNot {..} -> 1

57− PQuest _ -> 0

58− PPlus sch -> minRegexLength $ PBound 1 Nothing sch

59− PStar _ sch -> minRegexLength $ PBound 0 Nothing sch

60− PBound low _ sch -> low * minRegexLength sch

61− PConcat ps -> sum $ fmap minRegexLength ps

62− POr xs -> minimum $ fmap minRegexLength xs

63− PDot _ -> 1

64− PEscape {..} -> 1

65− PCarat _ -> 0

66− PDollar _ -> 0

67− _ -> 0

68−

69−maxRegexLength :: Pattern -> Maybe Int

70−maxRegexLength p =

71− case p of

72− PEmpty -> Just 0

73− PChar _ _ -> Just 1

74− PAny _ _ -> Just 1

75− PAnyNot _ _ -> Just 1

76− PQuest _ -> Just 0

77− PPlus _ -> Nothing

78− PStar _ _ -> Nothing

79− PBound _ mhigh sch -> (*) <$> mhigh <*> maxRegexLength sch

80− PConcat ps -> sum <$> mapM maxRegexLength ps

81− POr xs -> maximum <$> mapM maxRegexLength xs

82− PDot _ -> Just 1

83− PEscape _ _ -> Just 1

84− PCarat _ -> Just 0

85− PDollar _ -> Just 0

86− _ -> Just 0

87−

88−verifyTextRegexConstraint

89− :: [DemotedTextConstraint]

90− -> Maybe (Maybe VerifiedTextConstraint)

91−verifyTextRegexConstraint cs = do

92− let regexps = [x | DTRegex x <- cs]

93− case regexps of

94− [] -> Just Nothing

95− [x] -> do

96− (l, mh) <- regexLength x

97− Just $ Just $ VTRegex x (fromIntegral l) (fromIntegral <$> mh)

98− _ -> Nothing

99−

100−verifyTextEnumConstraint

101− :: [DemotedTextConstraint]

102− -> Maybe (Maybe VerifiedTextConstraint)

103−verifyTextEnumConstraint cs = do

104− let enums = concat [x | DTEnum x <- cs]

105− case enums of

106− [] -> Just Nothing

107− x -> Just $ Just $ VTEnum x

108−

109−verifyTextConstraints

110− :: [DemotedTextConstraint]

111− -> Maybe [VerifiedTextConstraint]

112−verifyTextConstraints cs = do

113− regexp <- verifyTextRegexConstraint cs

114− void $

115− case regexp of

116− Just (VTRegex _ l mh) ->

117− verifyTextLengthConstraints (DTGe l : cs ++ maybeToList (DTLe <$> mh))

118− _ -> pure Nothing

119− lengths <- verifyTextLengthConstraints cs

120− enums <- verifyTextEnumConstraint cs

121− return $ catMaybes [lengths, enums, regexp]

stack-13.21.yamldeleted−7

@@ -1,7 +0,0 @@

1−resolver: lts-13.21

2−extra-deps:

3− - hjsonpointer-1.4.0@rev:0

4− - hjsonschema-1.9.0@rev:0

5− - validationt-0.3.0

6−nix:

7− packages: [pcre, pkg-config, zlib]

stack.yaml+52−5

@@ -1,6 +1,53 @@

1−resolver: lts-14.22

1+resolver: lts-9.01

3+# User packages to be built.

4+# Various formats can be used as shown in the example below.

5+#

6+# packages:

7+# - some-directory

8+# - https://example.com/foo/bar/baz-0.0.2.tar.gz

9+# - location:

10+# git: https://github.com/commercialhaskell/stack.git

11+# commit: e7b331f14bcffb8367cd58fbfc8b40ec7642100a

12+# - location: https://github.com/commercialhaskell/stack/commit/e7b331f14bcffb8367cd58fbfc8b40ec7642100a

13+# extra-dep: true

14+# subdirs:

15+# - auto-update

16+# - wai

17+#

18+# A package marked 'extra-dep: true' will only be built if demanded by a

19+# non-dependency (i.e. a user package), and its test suites and benchmarks

20+# will not be run. This is useful for tweaking upstream packages.

21+packages:

22+#- location:

23+ #git: https://github.com/typeable/validationt.git

24+ #commit: 24578c9fd408179358c641ee1fff0eb182591f4b

25+- '.'

26+

2extra-deps:

27extra-deps:

3−- hjsonpointer-1.4.0@rev:0

4−- hjsonschema-1.9.0@rev:0

5−- git: https://github.com/typeable/validationt.git

28+- validationt-0.2.0.0

6− commit: 97fea97c4015ab5e99f3efb2c73e1fef4b8857d8

29+- smallcheck-series-0.6

30+

31+# Override default flag values for local packages and extra-deps

32+flags: {}

33+

34+# Extra package databases containing global packages

35+extra-package-dbs: []

36+

37+# Control whether we use the GHC we find on the path

38+# system-ghc: true

39+#

40+# Require a specific version of stack, using version ranges

41+# require-stack-version: -any # Default

42+# require-stack-version: ">=1.4"

43+#

44+# Override the architecture used by stack, especially useful on Windows

45+# arch: i386

46+# arch: x86_64

47+#

48+# Extra directories used by stack for building

49+# extra-include-dirs: [/path/to/dir]

50+# extra-lib-dirs: [/path/to/dir]

51+#

52+# Allow a newer minor version of GHC than the snapshot specifies

53+# compiler-check: newer-minor

test/HelpersSpec.hsdeleted−124

@@ -1,124 +0,0 @@

1−{-# OPTIONS_GHC -Wno-unticked-promoted-constructors #-}

2−

3−{-# LANGUAGE LambdaCase #-}

4−

5−{-# LANGUAGE DataKinds #-}

6−{-# LANGUAGE TypeApplications #-}

7−{-# LANGUAGE OverloadedStrings #-}

8−

9−module HelpersSpec (spec, main) where

10−

11−import Control.Lens

12−import Data.ByteString.Lazy.Lens

13−import Data.Foldable

14−import Data.Monoid

15−import Data.Schematic

16−import Data.Text as T

17−import Data.Text.Lens

18−import Test.Hspec

19−

20−

21−type UUIDSchema = 'SchemaObject '[ '("uuid", 'SchemaText IsUUID) ]

22−

23−-- | Taken from UUID RFC 4122

24−uuid :: Text

25−uuid = "f81d4fae-7dec-11d0-a765-00a0c91e6bf6"

26−

27−type ISO8601DateSchema = 'SchemaObject '[ '("date", 'SchemaText IsDate) ]

28−

29−iso8601dates :: [Text]

30−iso8601dates = [ "1985-04-12" ]

31−

32−invalidIso8601dates :: [Text]

33−invalidIso8601dates = [ "1999-13-12" ]

34−

35−type ISO8601TimeSchema = 'SchemaObject '[ '("time", 'SchemaText IsTime) ]

36−

37−iso8601times :: [Text]

38−iso8601times =

39− [ "19:23:00"

40− , "00:00:00"

41− , "23:47:12" ]

42−

43−invalidIso8601times :: [Text]

44−invalidIso8601times =

45− [ "00:60:00"

46− , "24:01:02" ]

47−

48−type ISO8601DateTimeSchema = 'SchemaObject '[ '("datetime", 'SchemaText IsDateTime) ]

49−

50−-- | Taken from ISO8601 RFC 3339

51−iso8601datetimes :: [Text]

52−iso8601datetimes =

53− iso8601dates <>

54− [ "1985-04-12T23:20:50.52Z"

55− , "1996-12-19T16:39:57-08:00"

56− , "1990-12-31T23:59:60Z"

57− , "1990-12-31T15:59:60-08:00"

58− , "1937-01-01T12:00:27.87+00:20"

59− ]

60−

61−invalidIso8601datetimes :: [Text]

62−invalidIso8601datetimes =

63− [ "1996-13-129T16:39:57-08:00"

64− , "1990-2-31T23:59:60Z"

65− , "1990-12-32T15:59:70"

66− , "1937-01-1T12::27.87+24:20"

67− ]

68−

69−spec :: Spec

70−spec = do

71− describe "UUID: " $ do

72− it "validates correct UUID" $ do

73− let

74− uuidJson = "{\"uuid\": \"" <> (uuid ^. unpacked . packedChars) <> "\" }"

75− (decodeAndValidateJson uuidJson :: ParseResult (JsonRepr UUIDSchema))

76− `shouldSatisfy` isValid

77−

78− it "fails to validate incorrect UUID" $ do

79− let

80− incorrectJson = "{\"uuid\": \"incorrect\" }"

81− (decodeAndValidateJson incorrectJson :: ParseResult (JsonRepr UUIDSchema))

82− `shouldSatisfy` isValidationError

83−

84− describe "ISO8601 date: " $ do

85− for_ iso8601dates $ \dt -> do

86− it ("validates correct date - " <> dt ^. unpacked) $ do

87− let json = "{\"date\": \"" <> (dt ^. unpacked . packedChars) <> "\" }"

88− (decodeAndValidateJson json :: ParseResult (JsonRepr ISO8601DateSchema))

89− `shouldSatisfy` isValid

90−

91− for_ invalidIso8601dates $ \dt -> do

92− it ("fails to validate incorrect date - " <> dt ^. unpacked) $ do

93− let json = "{\"date\": \"" <> (dt ^. unpacked . packedChars) <> "\" }"

94− (decodeAndValidateJson json :: ParseResult (JsonRepr ISO8601DateSchema))

95− `shouldSatisfy` isValidationError

96−

97− describe "ISO8601 time: " $ do

98− for_ iso8601times $ \dt -> do

99− it ("validates correct time - " <> dt ^. unpacked) $ do

100− let json = "{\"time\": \"" <> (dt ^. unpacked . packedChars) <> "\" }"

101− (decodeAndValidateJson json :: ParseResult (JsonRepr ISO8601TimeSchema))

102− `shouldSatisfy` isValid

103−

104− for_ invalidIso8601times $ \dt -> do

105− it ("fails to validate incorrect time - " <> dt ^. unpacked) $ do

106− let json = "{\"time\": \"" <> (dt ^. unpacked . packedChars) <> "\" }"

107− (decodeAndValidateJson json :: ParseResult (JsonRepr ISO8601TimeSchema))

108− `shouldSatisfy` isValidationError

109−

110− describe "ISO8601 datetime: " $ do

111− for_ iso8601datetimes $ \dt -> do

112− it ("validates correct datetime - " <> dt ^. unpacked) $ do

113− let json = "{\"datetime\": \"" <> (dt ^. unpacked . packedChars) <> "\" }"

114− (decodeAndValidateJson json :: ParseResult (JsonRepr ISO8601DateTimeSchema))

115− `shouldSatisfy` isValid

116−

117− for_ invalidIso8601datetimes $ \dt -> do

118− it ("fails to validate incorrect datetime - " <> dt ^. unpacked) $ do

119− let json = "{\"datetime\": \"" <> (dt ^. unpacked . packedChars) <> "\" }"

120− (decodeAndValidateJson json :: ParseResult (JsonRepr ISO8601DateTimeSchema))

121− `shouldSatisfy` isValidationError

122−

123−main :: IO ()

124−main = hspec spec

test/JsonSchemaSpec.hsdeleted−101

@@ -1,101 +0,0 @@

1−{-# LANGUAGE LambdaCase #-}

2−

3−{-# LANGUAGE DataKinds #-}

4−{-# LANGUAGE TypeApplications #-}

5−{-# LANGUAGE OverloadedLists #-}

6−{-# LANGUAGE OverloadedStrings #-}

7−

8−module JsonSchemaSpec (spec, main) where

9−

10−import Data.Aeson as J

11−import Data.Maybe

12−import Data.Proxy

13−import Data.ByteString.Lazy as B

14−import Data.Schematic

15−import Data.Vinyl

16−import JSONSchema.Draft4 as D4

17−import Test.Hspec

18−

19−

20−type ArraySchema = 'SchemaArray '[ 'AEq 1] ('SchemaNumber '[ 'NGt 10])

21−

22−type ArrayField = '("foo", ArraySchema)

23−

24−type FieldsSchema =

25− '[ ArrayField, '("bar", 'SchemaOptional ('SchemaText '[ 'TEnum '["foo", "bar"]]))]

26−

27−type SchemaExample = 'SchemaObject FieldsSchema

28−

29−exampleData :: JsonRepr SchemaExample

30−exampleData = withRepr @SchemaExample $

31− field @"foo" [ReprNumber 13]

32− :& field @"bar" (pure (ReprText "foo"))

33− :& RNil

34−

35−type SchemaArrayExample = 'SchemaObject

36− '[ '("a1", 'SchemaArray '[ 'AGt 1 ] ('SchemaNumber '[]))

37− , '("a2", 'SchemaArray '[ 'AGe 1 ] ('SchemaNumber '[]))

38− , '("a3", 'SchemaArray '[ 'ALt 1 ] ('SchemaNumber '[]))

39− , '("a4", 'SchemaArray '[ 'ALe 1 ] ('SchemaNumber '[]))

40− ]

41−

42−type SchemaNumberExample = 'SchemaObject

43− '[ '("n1", 'SchemaNumber '[ 'NGt 1 ])

44− , '("n2", 'SchemaNumber '[ 'NGe 1 ])

45− , '("n3", 'SchemaNumber '[ 'NLt 1 ])

46− , '("n4", 'SchemaNumber '[ 'NLe 1 ])

47− ]

48−

49−type SchemaTextExample = 'SchemaObject

50− '[ '("t1", 'SchemaText '[ 'TGt 1 ])

51− , '("t2", 'SchemaText '[ 'TGe 1 ])

52− , '("t3", 'SchemaText '[ 'TLt 1 ])

53− , '("t4", 'SchemaText '[ 'TLe 1 ])

54− ]

55−

56−spec :: Spec

57−spec = do

58− it "validates simple schema" $ do

59− let schema = D4.SchemaWithURI (fromJust $ toJsonSchema (Proxy @SchemaExample)) Nothing

60− fetchHTTPAndValidate schema (toJSON exampleData) >>= \case

61− Left _ -> fail "failed to validate test example"

62− Right _ -> pure ()

63− it "validates schema with arrays" $ do

64− let

65− schema = D4.SchemaWithURI (fromJust $ toJsonSchema (Proxy @SchemaArrayExample)) Nothing

66− obj = withRepr @SchemaArrayExample $

67− field @"a1" [ReprNumber 13, ReprNumber 13]

68− :& field @"a2" [ReprNumber 13]

69− :& field @"a3" []

70− :& field @"a4" [ReprNumber 13]

71− :& RNil

72− fetchHTTPAndValidate schema (toJSON obj) >>= \case

73− Left e -> fail "failed to validate test example"

74− Right _ -> pure ()

75− it "validates schema with numbers" $ do

76− let

77− schema = D4.SchemaWithURI (fromJust $ toJsonSchema (Proxy @SchemaNumberExample)) Nothing

78− obj = withRepr @SchemaNumberExample $

79− field @"n1" 1.1

80− :& field @"n2" 1

81− :& field @"n3" 0.9

82− :& field @"n4" 1.0

83− :& RNil

84− fetchHTTPAndValidate schema (toJSON obj) >>= \case

85− Left e -> fail "failed to validate test example"

86− Right _ -> pure ()

87− it "validates schema with strings" $ do

88− let

89− schema = D4.SchemaWithURI (fromJust $ toJsonSchema (Proxy @SchemaTextExample)) Nothing

90− obj = withRepr @SchemaTextExample $

91− field @"t1" "11"

92− :& field @"t2" "1"

93− :& field @"t3" ""

94− :& field @"t4" "1"

95− :& RNil

96− fetchHTTPAndValidate schema (toJSON obj) >>= \case

97− Left e -> fail "failed to validate test example"

98− Right _ -> pure ()

99−

100−main :: IO ()

101−main = hspec spec

test/LensSpec.hs+18−16

@@ -1,23 +1,21 @@

1−{-# LANGUAGE DataKinds #-}

2−{-# LANGUAGE TypeApplications #-}

3−{-# LANGUAGE OverloadedLists #-}

4−{-# LANGUAGE OverloadedStrings #-}

5−

6module LensSpec (spec, main) where

1module LensSpec (spec, main) where

8import Control.Lens

3import Control.Lens

4+import Data.Kind

9import Data.Proxy

5import Data.Proxy

10import Data.Schematic

6import Data.Schematic

11import Data.Vinyl

7import Data.Vinyl

12import Test.Hspec

8import Test.Hspec

15−type ArraySchema = 'SchemaArray '[ 'AEq 1] ('SchemaNumber '[ 'NGt 10])

11+type ArraySchema = 'SchemaArray '[AEq 1] ('SchemaNumber '[NGt 10])

17type ArrayField = '("foo", ArraySchema)

13type ArrayField = '("foo", ArraySchema)

19type FieldsSchema =

15type FieldsSchema =

20− '[ '("bar", 'SchemaOptional ('SchemaText '[ 'TEnum '["foo", "bar"]])), ArrayField]

16+ '[ ArrayField, '("bar", 'SchemaOptional ('SchemaText '[TEnum '["foo", "bar"]]))]

17+

18+type SchemaExample = 'SchemaObject FieldsSchema

22arrayData :: JsonRepr ArraySchema

20arrayData :: JsonRepr ArraySchema

23arrayData = ReprArray [ReprNumber 13]

21arrayData = ReprArray [ReprNumber 13]

@@ -26,10 +24,13 @@ arrayField :: FieldRepr ArrayField

26arrayField = FieldRepr arrayData

24arrayField = FieldRepr arrayData

28objectData :: Rec FieldRepr FieldsSchema

26objectData :: Rec FieldRepr FieldsSchema

27+objectData = FieldRepr arrayData

29−objectData = FieldRepr (ReprOptional (Just (ReprText "foo")))

28+ :& FieldRepr (ReprOptional (Just (ReprText "foo")))

30− :& FieldRepr arrayData

31 :& RNil

29 :& RNil

31+exampleData :: JsonRepr SchemaExample

32+exampleData = ReprObject objectData

33+

33type BigRecord = Rec FieldRepr

34type BigRecord = Rec FieldRepr

34 '[ '("f1", 'SchemaNumber '[])

35 '[ '("f1", 'SchemaNumber '[])

35 , '("f2", 'SchemaNumber '[])

36 , '("f2", 'SchemaNumber '[])

@@ -163,8 +164,8 @@ type BigRecord = Rec FieldRepr

163 , '("f130", 'SchemaNumber '[])

164 , '("f130", 'SchemaNumber '[])

164 ]

165 ]

165

166

166−_bigRecord :: BigRecord

167+bigRecord :: BigRecord

167−_bigRecord =

168+bigRecord =

168 FieldRepr (ReprNumber 1)

169 FieldRepr (ReprNumber 1)

169 :& FieldRepr (ReprNumber 2)

170 :& FieldRepr (ReprNumber 2)

170 :& FieldRepr (ReprNumber 3)

171 :& FieldRepr (ReprNumber 3)

@@ -297,22 +298,23 @@ _bigRecord =

297 :& FieldRepr (ReprNumber 130)

298 :& FieldRepr (ReprNumber 130)

298 :& RNil

299 :& RNil

299

300

301+

300spec :: Spec

302spec :: Spec

301spec = do

303spec = do

302 let

304 let

303 newFooVal = FieldRepr $ ReprArray [ReprNumber 15]

305 newFooVal = FieldRepr $ ReprArray [ReprNumber 15]

304 fooProxy = Proxy @"foo"

306 fooProxy = Proxy @"foo"

305 it "gets the field from an object" $ do

307 it "gets the field from an object" $ do

306− fget @"foo" objectData `shouldBe` arrayField

308+ fget fooProxy objectData == arrayField

307 it "sets the object field" $ do

309 it "sets the object field" $ do

308− fget @"foo" (fput newFooVal objectData) `shouldBe` newFooVal

310+ fget fooProxy (fput newFooVal objectData) == newFooVal

309

311

310 describe "(using lens library) " $ do

312 describe "(using lens library) " $ do

311 it "get the field from an object" $ do

313 it "get the field from an object" $ do

312− objectData ^. flens @"foo" `shouldBe` arrayField

314+ objectData ^. flens (Proxy @"foo") == arrayField

313 it "sets the object field" $ do

315 it "sets the object field" $ do

314− set (flens @"foo") newFooVal objectData ^. flens @"foo"

316+ set (flens (Proxy @"foo")) newFooVal objectData ^. flens (Proxy @"foo")

315− `shouldBe` newFooVal

317+ == newFooVal

316

318

317main :: IO ()

319main :: IO ()

318main = hspec spec

320main = hspec spec

test/SchemaSpec.hs+55−78

@@ -1,78 +1,47 @@

1{-# OPTIONS_GHC -fprint-potential-instances #-}

3−{-# LANGUAGE DataKinds #-}

4−{-# LANGUAGE FlexibleContexts #-}

5−{-# LANGUAGE GADTs #-}

6−{-# LANGUAGE OverloadedLists #-}

7−{-# LANGUAGE OverloadedStrings #-}

8−{-# LANGUAGE RankNTypes #-}

9−{-# LANGUAGE ScopedTypeVariables #-}

10−{-# LANGUAGE TypeApplications #-}

11−

12module SchemaSpec (spec, main) where

3module SchemaSpec (spec, main) where

14−import Control.Lens

5+import Control.Monad

15−import Data.Aeson

16import Data.ByteString.Lazy

6import Data.ByteString.Lazy

17−import Data.Functor.Identity

7+import Data.Aeson

18import Data.Proxy

8import Data.Proxy

19import Data.Schematic

9import Data.Schematic

20−import Data.Schematic.Generator

21import Data.Singletons

10import Data.Singletons

22−import Data.Tagged

11+import Data.Singletons.Prelude

23import Data.Vinyl

12import Data.Vinyl

24import Test.Hspec

13import Test.Hspec

25import Test.Hspec.SmallCheck

14import Test.Hspec.SmallCheck

26−import Test.SmallCheck as SC

15+import Test.SmallCheck

27−import Test.SmallCheck.Drivers as SC

28−import Test.SmallCheck.Series as SC

16+import Test.SmallCheck.Series.Instances

17+

18+

19+type SchemaExample

20+ = 'SchemaObject

21+ '[ '("foo", 'SchemaArray '[AEq 1] ('SchemaNumber '[NGt 10]))

22+ , '("bar", 'SchemaOptional ('SchemaText '[TEnum '["foo", "bar"]]))]

30−import Debug.Trace

24+type TestMigration =

25+ 'Migration "test_revision"

26+ '[ 'Diff '[ 'PKey "bar" ] ('Update ('SchemaText '[]))

27+ , 'Diff '[ 'PKey "foo" ] ('Update ('SchemaNumber '[])) ]

32−type SchemaExample = 'SchemaObject

29+type VS = 'Versioned SchemaExample '[ TestMigration ]

33− '[ '("foo", 'SchemaArray '[ 'AEq 1] ('SchemaNumber '[ 'NGt 10]))

34− , '("bar", 'SchemaOptional ('SchemaText '[ 'TEnum '["foo", "bar"]]))]

36−type SchemaExample2 = 'SchemaObject

31+exampleTest :: JsonRepr (SchemaOptional (SchemaText '[TEq 3]))

37− '[ '("foo", 'SchemaArray '[ 'AEq 2] ('SchemaText '[ 'TGt 10]))

32+exampleTest = ReprOptional (Just (ReprText "lil"))

38− , '("bar", 'SchemaOptional ('SchemaText '[ 'TRegex "[0-9]+"]))]

33+

34+exampleNumber :: JsonRepr (SchemaNumber '[NGt 10])

35+exampleNumber = ReprNumber 12

36+

37+exampleArray :: JsonRepr (SchemaArray '[AEq 1] (SchemaNumber '[NGt 10]))

38+exampleArray = ReprArray [exampleNumber]

40jsonExample :: JsonRepr SchemaExample

41−jsonExample = withRepr @SchemaExample

41+jsonExample = ReprObject $

42− $ field @"bar" (Just "bar")

42+ FieldRepr (ReprArray [ReprNumber 12])

43− :& field @"foo" [12]

43+ :& FieldRepr (ReprOptional (Just (ReprText "bar")))

44− :& RNil

45−

46−type AddQuuz =

47− 'Migration "add_field_quuz"

48− '[ 'Diff '[] ('AddKey "quuz" (SchemaNumber '[])) ]

49−

50−type DeleteQuuz =

51− 'Migration "remove_field_quuz"

52− '[ 'Diff '[] ( 'DeleteKey "quuz") ]

53−

54−type SwapFields =

55− 'Migration "swap_fields"

56− '[ 'Diff '[ 'PKey "bar" ] ('Update

57− ('SchemaArray '[ 'AEq 1] ('SchemaNumber '[ 'NGt 10])))

58− , 'Diff '[ 'PKey "foo" ] ('Update

59− ('SchemaOptional ('SchemaText '[ 'TEnum '["foo", "bar"]]))) ]

60−

61−type Migrations = '[ AddQuuz

62− , DeleteQuuz ]

63− -- , SwapFields ]

64−

65−type VersionedJson = 'Versioned SchemaExample Migrations

66−

67−migrationList :: MigrationList Identity VersionedJson

68−migrationList

69− = (migrateObject (\r -> Identity $ field @"quuz" 42 :& r))

70− :&& shrinkObject

71− -- :&& (migrateObject (\r -> Identity

72− -- $ field @"foo" (r ^. flens (Proxy @"bar") . _Just . optionalRepr)

73− -- :& field @"bar" (r ^. flens (Proxy @"foo") . arrayRepr)

74− -- :& RNil))

44+ :& RNil

75− :&& MNil

77schemaJson :: ByteString

46schemaJson :: ByteString

78schemaJson = "{\"foo\": [13], \"bar\": null}"

47schemaJson = "{\"foo\": [13], \"bar\": null}"

@@ -80,11 +49,26 @@ schemaJson = "{\"foo\": [13], \"bar\": null}"

80schemaJson2 :: ByteString

49schemaJson2 :: ByteString

81schemaJson2 = "{\"foo\": [3], \"bar\": null}"

50schemaJson2 = "{\"foo\": [3], \"bar\": null}"

52+schemaJsonTopVersion :: ByteString

53+schemaJsonTopVersion = "{ \"foo\": 42, \"bar\": \"bar\" }"

54+

55+topObject

56+ :: JsonRepr

57+ ('SchemaObject

58+ '[ '("foo", 'SchemaNumber '[])

59+ , '("bar", 'SchemaText '[])])

60+topObject = ReprObject $

61+ FieldRepr (ReprNumber 42)

62+ :& FieldRepr (ReprText "test")

63+ :& RNil

64+

65+instance

66+ MigrateSchema

83−schemaJsonSeries :: Monad m => SC.Series m (JsonRepr SchemaExample)

67+ SchemaExample

84−schemaJsonSeries = series

68+ ('SchemaObject

85−

69+ '[ '("foo", 'SchemaNumber '[]), '("bar", 'SchemaText '[])])

86−schemaJsonSeries2 :: Monad m => SC.Series m (JsonRepr SchemaExample2)

70+ where

87−schemaJsonSeries2 = series

71+ migrate = const topObject

89spec :: Spec

73spec :: Spec

90spec = do

74spec = do

@@ -101,22 +85,15 @@ spec = do

101 it "validates incorrect representation" $

85 it "validates incorrect representation" $

102 ((decodeAndValidateJson schemaJson2) :: ParseResult (JsonRepr SchemaExample))

86 ((decodeAndValidateJson schemaJson2) :: ParseResult (JsonRepr SchemaExample))

103 `shouldSatisfy` isValidationError

87 `shouldSatisfy` isValidationError

104− -- it "validates versioned json" $ do

88+ it "validates versioned json" $ do

105− -- decodeAndValidateVersionedJson (Proxy @VS) schemaJson

89+ decodeAndValidateVersionedJson (Proxy @VS) schemaJson

106− -- `shouldSatisfy` isValid

90+ `shouldSatisfy` isValid

107− it "validates versioned json with a migration list" $ do

91+ it "validates with Migration List" $ do

108− decodeAndValidateVersionedWithPureMList

92+ decodeAndValidateVersionedWithMList

109− (Proxy @VersionedJson)

93+ (Proxy @VS)

110− migrationList

94+ ((:&&) (Proxy @(SchemaByRevision "test_revision" VS)) (const topObject) MNil)

111 schemaJson

95 schemaJson

112 `shouldSatisfy` isValid

96 `shouldSatisfy` isValid

113− it "validates json series" $ property $

114− SC.over schemaJsonSeries $ \x ->

115− isValid (parseAndValidateJson @SchemaExample (toJSON x))

116− it "validates json series 2" $ property $

117− SC.over schemaJsonSeries2 $ \x ->

118− isValid (parseAndValidateJson @SchemaExample2 (toJSON x))

119−

120

121main :: IO ()

98main :: IO ()

122main = hspec spec

99main = hspec spec