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.github/workflows/push-build.ymlnew file+48

@@ -0,0 +1,48 @@

1+name: CI

3+on:

4+ push:

5+ branches: [master]

6+ pull_request:

7+ branches: [master]

9+jobs:

10+ build:

11+ runs-on: ubuntu-latest

12+

13+ steps:

14+ - uses: actions/checkout@v2

15+

16+ - name: Set up a PureScript toolchain

17+ uses: purescript-contrib/setup-purescript@main

18+ with:

19+ purescript: "unstable"

20+ purs-tidy: "latest"

21+

22+ - name: Cache PureScript dependencies

23+ uses: actions/cache@v2

24+ with:

25+ key: ${{ runner.os }}-spago-${{ hashFiles('**/*.dhall') }}

26+ path: |

27+ .spago

28+ output

29+ - name: Install dependencies

30+ run: spago install

31+

32+ - name: Build source

33+ run: spago build --no-install --purs-args '--censor-lib --strict'

34+

35+ - name: Install dev dependencies

36+ run: spago -x spago-dev.dhall install

37+

38+ - name: Run tests

39+ run: spago -x spago-dev.dhall test --no-install

40+

41+ - name: Check formatting

42+ run: purs-tidy check src test

43+

44+ - name: Verify Bower & Pulp

45+ run: |

46+ npm install bower pulp@16.0.0-0

47+ npx bower install

48+ npx pulp build -- --censor-lib --strict

.gitignore+9−10

@@ -1,10 +1,9 @@

1−/.*

2−!/.gitignore

3−!/.github

4−!/.jscsrc

5−!/.jshintrc

6−!/.travis.yml

7−/bower_components/

8−/generated-docs/

9−/node_modules/

10−/output/

1+bower_components

2+generated-docs

3+node_modules

4+output

5+.psc-package

6+.spago

7+.psc-ide-port

8+.purs-repl

9+package-lock.json

.travis.ymldeleted−15

@@ -1,15 +0,0 @@

1−language: node_js

2−dist: trusty

3−sudo: required

4−node_js: stable

5−install:

6− - npm install -g bower

7− - npm install

8− - bower install

9−script:

10− - npm run -s build

11−after_success:

12−- >-

13− test $TRAVIS_TAG &&

14− echo $GITHUB_TOKEN | pulp login &&

15− echo y | pulp publish --no-push

CHANGELOG.mdnew file+39

@@ -0,0 +1,39 @@

1+# Changelog

3+## v3.2.0

5+- Build for PureScript v0.15.4

6+- New combinator: `anyTill`

7+- New parser: `anyCodePointUTF8`

8+- Move to rowtype-yoga org

10+## v3.1.0

11+

12+Bugfix `takeN`.

13+

14+## v3.0.0

15+

16+### Breaking changes

17+

18+- Build for PureScript v0.15.0 with __parsing__ v9.0.0.

19+

20+## v2.1.0 2021-11-24

21+

22+Licensing cleanup.

23+

24+## v2.0.0 2021-07-21

25+

26+Build for PureScript v0.14.0.

27+

28+Added the `match` combinator.

29+

30+### Breaking changes

31+

32+Some typeclass constraints on the public API have changed due to changes

33+in the __arraybuffer__ package v11. For the most part we don’t expect

34+this will require any changes to code which depends on this package. If

35+you are using the `anyPrim` function you might have to change `AProxy` to

36+`Prelude.Proxy`. See for more details:

37+

38+* https://github.com/purescript-contrib/purescript-arraybuffer/blob/main/CHANGELOG.md#v1100

39+

LICENSE+18−79

@@ -1,83 +1,22 @@

33Redistribution and use in source and binary forms, with or without

44modification, are permitted provided that the following conditions are met:

6−* Redistributions of source code must retain the above copyright notice,

7− this list of conditions and the following disclaimer.

8−* Redistributions in binary form must reproduce the above copyright

9− notice, this list of conditions and the following disclaimer in the

10− documentation and/or other materials provided with the distribution.

11−

12−This software is provided by the copyright holders "as is" and any express or

13−implied warranties, including, but not limited to, the implied warranties of

14−merchantability and fitness for a particular purpose are disclaimed. In no

15−event shall the copyright holders be liable for any direct, indirect,

16−incidental, special, exemplary, or consequential damages (including, but not

17−limited to, procurement of substitute goods or services; loss of use, data,

18−or profits; or business interruption) however caused and on any theory of

19−liability, whether in contract, strict liability, or tort (including

20−negligence or otherwise) arising in any way out of the use of this software,

21−even if advised of the possibility of such damage.

22−

23−-------------------------------------------------------------------------------

24−

25−This library uses code adapted from the Haskell libraries parsec and indents.

26−Their licenses are reproduced below:

27−

28−'parsec' license:

29−

31−

32− Redistribution and use in source and binary forms, with or without

33− modification, are permitted provided that the following conditions are met:

34−

35− * Redistributions of source code must retain the above copyright notice,

36− this list of conditions and the following disclaimer.

37− * Redistributions in binary form must reproduce the above copyright

38− notice, this list of conditions and the following disclaimer in the

39− documentation and/or other materials provided with the distribution.

40−

41− This software is provided by the copyright holders "as is" and any express or

42− implied warranties, including, but not limited to, the implied warranties of

43− merchantability and fitness for a particular purpose are disclaimed. In no

44− event shall the copyright holders be liable for any direct, indirect,

45− incidental, special, exemplary, or consequential damages (including, but not

46− limited to, procurement of substitute goods or services; loss of use, data,

47− or profits; or business interruption) however caused and on any theory of

48− liability, whether in contract, strict liability, or tort (including

49− negligence or otherwise) arising in any way out of the use of this software,

50− even if advised of the possibility of such damage.

51−

52−'indents' license:

53−

55−

57−

58− Redistribution and use in source and binary forms, with or without

59− modification, are permitted provided that the following conditions are met:

60−

61− * Redistributions of source code must retain the above copyright

62− notice, this list of conditions and the following disclaimer.

63−

64− * Redistributions in binary form must reproduce the above

65− copyright notice, this list of conditions and the following

66− disclaimer in the documentation and/or other materials provided

67− with the distribution.

68−

69− * Neither the name of Sam Anklesaria nor the names of other

70− contributors may be used to endorse or promote products derived

71− from this software without specific prior written permission.

72−

73− THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS

74− "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT

75− LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR

76− A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT

77− OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,

78− SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT

79− LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,

80− DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY

81− THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT

82− (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE

83− OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.

6+1. Redistributions of source code must retain the above copyright notice, this

7+ list of conditions and the following disclaimer.

9+2. Redistributions in binary form must reproduce the above copyright notice,

10+ this list of conditions and the following disclaimer in the documentation

11+ and/or other materials provided with the distribution.

12+

13+THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"

14+AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE

15+IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE

16+DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE

17+FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL

18+DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR

19+SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER

20+CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,

21+OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE

22+OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.

LICENSE_THIRDPARTYnew file+87

@@ -0,0 +1,87 @@

1+This library is based on purescript-parsing, copyright follows.

3+--------------------------------------------------------------------------------

7+Redistribution and use in source and binary forms, with or without

8+modification, are permitted provided that the following conditions are met:

10+* Redistributions of source code must retain the above copyright notice,

11+ this list of conditions and the following disclaimer.

12+* Redistributions in binary form must reproduce the above copyright

13+ notice, this list of conditions and the following disclaimer in the

14+ documentation and/or other materials provided with the distribution.

15+

16+This software is provided by the copyright holders "as is" and any express or

17+implied warranties, including, but not limited to, the implied warranties of

18+merchantability and fitness for a particular purpose are disclaimed. In no

19+event shall the copyright holders be liable for any direct, indirect,

20+incidental, special, exemplary, or consequential damages (including, but not

21+limited to, procurement of substitute goods or services; loss of use, data,

22+or profits; or business interruption) however caused and on any theory of

23+liability, whether in contract, strict liability, or tort (including

24+negligence or otherwise) arising in any way out of the use of this software,

25+even if advised of the possibility of such damage.

26+

27+-------------------------------------------------------------------------------

28+

29+This library uses code adapted from the Haskell libraries parsec and indents.

30+Their licenses are reproduced below:

31+

32+'parsec' license:

33+

35+

36+ Redistribution and use in source and binary forms, with or without

37+ modification, are permitted provided that the following conditions are met:

38+

39+ * Redistributions of source code must retain the above copyright notice,

40+ this list of conditions and the following disclaimer.

41+ * Redistributions in binary form must reproduce the above copyright

42+ notice, this list of conditions and the following disclaimer in the

43+ documentation and/or other materials provided with the distribution.

44+

45+ This software is provided by the copyright holders "as is" and any express or

46+ implied warranties, including, but not limited to, the implied warranties of

47+ merchantability and fitness for a particular purpose are disclaimed. In no

48+ event shall the copyright holders be liable for any direct, indirect,

49+ incidental, special, exemplary, or consequential damages (including, but not

50+ limited to, procurement of substitute goods or services; loss of use, data,

51+ or profits; or business interruption) however caused and on any theory of

52+ liability, whether in contract, strict liability, or tort (including

53+ negligence or otherwise) arising in any way out of the use of this software,

54+ even if advised of the possibility of such damage.

55+

56+'indents' license:

57+

59+

61+

62+ Redistribution and use in source and binary forms, with or without

63+ modification, are permitted provided that the following conditions are met:

64+

65+ * Redistributions of source code must retain the above copyright

66+ notice, this list of conditions and the following disclaimer.

67+

68+ * Redistributions in binary form must reproduce the above

69+ copyright notice, this list of conditions and the following

70+ disclaimer in the documentation and/or other materials provided

71+ with the distribution.

72+

73+ * Neither the name of Sam Anklesaria nor the names of other

74+ contributors may be used to endorse or promote products derived

75+ from this software without specific prior written permission.

76+

77+ THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS

78+ "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT

79+ LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR

80+ A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT

81+ OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,

82+ SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT

83+ LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,

84+ DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY

85+ THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT

86+ (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE

87+ OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.

README.md+90−32

@@ -1,47 +1,105 @@

1−# purescript-parsing

1+# purescript-parsing-dataview

3−[![Latest release](http://img.shields.io/github/release/purescript-contrib/purescript-parsing.svg)](https://github.com/purescript-contrib/purescript-parsing/releases)

4−[![Build status](https://travis-ci.org/purescript-contrib/purescript-parsing.svg?branch=master)](https://travis-ci.org/purescript-contrib/purescript-parsing)

5−[![Pursuit](http://pursuit.purescript.org/packages/purescript-parsing/badge)](http://pursuit.purescript.org/packages/purescript-parsing/)

6−[![Maintainer: garyb](https://img.shields.io/badge/maintainer-garyb-lightgrey.svg)](http://github.com/garyb)

7−[![Maintainer: thomashoneyman](https://img.shields.io/badge/maintainer-thomashoneyman-lightgrey.svg)](http://github.com/thomashoneyman)

3+[![CI](https://github.com/rowtype-yoga/purescript-parsing-dataview/workflows/CI/badge.svg?branch=master)](https://github.com/rowtype-yoga/purescript-parsing-dataview/actions)

4+[![Pursuit](http://pursuit.purescript.org/packages/purescript-parsing-dataview/badge)](http://pursuit.purescript.org/packages/purescript-parsing-dataview/)

5+[![Maintainer: jamesdbrock](https://img.shields.io/badge/maintainer-jamesdbrock-teal.svg)](https://github.com/jamesdbrock)

9−-- | Primitive parsers for parsing Javascript ArrayBuffers with the

10−-- | `Text.Parsing.Parser` module in package __purescript-parsing__.

11−-- |

12−-- | This module brings __purescript-parsing__ into rough feature parity

13−-- | with __Megaparsec__:

14−-- |

16−-- | |----|-----|----|

7+Primitive parsers for

8+`DataView`s on JavaScript `ArrayBuffer`s with the package

9+[__parsing__](https://pursuit.purescript.org/packages/purescript-parsing/).

2010

21−A parser combinator library based on Haskell's Parsec.

11+With this package, the input stream support of __parsing__

12+is similar to the built-in stream support of [__Megaparsec__](https://hackage.haskell.org/package/megaparsec):

2213

23−## Parsers

14+| Stream type | parsing | Megaparsec |

15+|----|-----|----|

16+| UTF-16 strings | String | Text < v2.0|

17+| UTF-8 strings | __DataView__ | Text ≥ v2.0 |

18+| Listy strings | Token | String |

19+| Binary blobs | __DataView__ | ByteString |

2420

25−There are three sets of parsing primitives included in this library.

21+## Usage examples

2622

27−* `Text.Parsing.Parser.String` module for native `String` parsing.

28−* `Text.Parsing.Parser.Token` module for parsing `List`s of any type of token.

29−* `Text.Parsing.Parser.DataView` module for parsing native Javascript `ArrayBuffer`.

23+Parse values out of a `dataview :: Data.ArrayBuffer.Types.DataView`. All

24+`DataView` parsing must be done in an `Effect` context. The `result` will be

25+`Either` a parse error or the parsed value.

3026

31−All parsing primitives are “auto-backtracking”, meaning that if they fail,

32−then they consume no input.

27+### Parse two numbers

3328

34−## Installation

29+Parse two big-endian IEEE 754 double-precision `Number`s.

3530

31+```purescript

32+import Parsing (runParserT)

33+import Parsing.DataView (anyFloat64be)

34+

35+do

36+ result <- runParserT dataview do

37+ float1 <- anyFloat64be

38+ float2 <- anyFloat64be

39+ pure $ Tuple float1 float2

3640```

37−bower install purescript-parsing

41+

42+### Parse an array

43+

44+Parse an array of `n` 32-bit big-endian signed `Int`s.

45+

46+```purescript

47+import Parsing (runParserT)

48+import Parsing.DataView (anyUint32be)

49+import Data.Unfoldable (replicateA)

50+

51+do

52+ result <- runParserT dataview $ replicateA n anyInt32be

53+```

54+

55+### Parse UTF-8

56+

57+Parse a UTF-8 `String` with a length prefix.

58+

59+We give this as an example, rather than supporting it in the library, because

60+it depends on

61+[__web-encoding__](https://pursuit.purescript.org/packages/purescript-web-encoding) for UTF-8.

62+

63+```purescript

64+import Control.Monad.Except (ExceptT)

65+import Data.ArrayBuffer.Cast (toUint8Array)

66+import Effect.Exception (catchException, message)

67+import Parsing (runParserT, liftExceptT)

68+import Parsing.DataView (anyInt32be, takeN)

69+import Web.Encoding.TextDecoder as TextDecoder

70+import Web.Encoding.UtfLabel as UtfLabel

71+

72+do

73+ textDecoder <- TextDecoder.new UtfLabel.utf8

74+

75+ result <- runParserT dataview do

76+ -- First parse a 32-bit big-endian length prefix for the length

77+ -- of the UTF-8 string in bytes.

78+ length <- anyInt32be

79+ stringview <- takeN length

80+ stringarray <- lift $ liftEffect $ toUint8Array stringview

81+ liftExceptT $ ExceptT $ catchException (pure <<< Left <<< message) do

82+ Right <$> TextDecoder.decode stringarray textDecoder

3883```

3984

40−## Documentation

85+## Serialization

86+

87+This package is for reading (`DataView`s on) `ArrayBuffer`s, not writing

88+them. See the package

89+[__arraybuffer-builder__](https://pursuit.purescript.org/packages/purescript-arraybuffer-builder/)

90+for a way to

91+serialize and build `ArrayBuffer`s.

92+

4193

42−- [See the tests](test/Main.purs) for some example usages.

43−- Module documentation is [published on Pursuit](http://pursuit.purescript.org/packages/purescript-parsing).

94+## References

4495

45−## Contributing

96+* [MDN `ArrayBuffer`](https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/ArrayBuffer)

97+* [MDN `DataView`](https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/DataView)

4698

47−Read the [contribution guidelines](https://github.com/purescript-contrib/purescript-parsing/blob/master/.github/contributing.md) to get started and see helpful related resources.

99+## Development

100+

101+Run the tests with the development `spago` file:

102+

103+```

104+spago -x spago-dev.dhall test

105+```

bower.json+29−38

@@ -1,40 +1,31 @@

11{

2− "name": "purescript-parsing",

3− "homepage": "https://github.com/purescript-contrib/purescript-parsing",

4− "description": "Parser combinator library",

5− "keywords": [

6− "purescript"

7− ],

8− "license": "BSD-3-Clause",

9− "repository": {

10− "type": "git",

11− "url": "git://github.com/purescript-contrib/purescript-parsing.git"

12− },

13− "ignore": [

14− "**/.*",

15− "bower_components",

16− "node_modules",

17− "output",

18− "test",

19− "bower.json",

20− "package.json"

21− ],

22− "dependencies": {

23− "purescript-arrays": "^5.0.0",

24− "purescript-either": "^4.0.0",

25− "purescript-foldable-traversable": "^4.0.0",

26− "purescript-identity": "^4.0.0",

27− "purescript-integers": "^4.0.0",

28− "purescript-lists": "^5.0.0",

29− "purescript-maybe": "^4.0.0",

30− "purescript-strings": "^4.0.0",

31− "purescript-transformers": "^4.1.0",

32− "purescript-unicode": "^4.0.0",

33− "purescript-arraybuffer": "^10.0.0"

34− },

35− "devDependencies": {

36− "purescript-assert": "^4.0.0",

37− "purescript-console": "^4.1.0",

38− "purescript-psci-support": "^4.0.0"

39− }

2+ "name": "purescript-parsing-dataview",

3+ "license": [

4+ "BSD-2-Clause"

5+ ],

6+ "repository": {

7+ "type": "git",

8+ "url": "https://github.com/rowtype-yoga/purescript-parsing-dataview"

9+ },

10+ "ignore": [

11+ "**/.*",

12+ "node_modules",

13+ "bower_components",

14+ "output"

15+ ],

16+ "dependencies": {

17+ "purescript-arraybuffer": "^v13.1.1",

18+ "purescript-arraybuffer-types": "^v3.0.2",

19+ "purescript-effect": "^v4.0.0",

20+ "purescript-enums": "^v6.0.1",

21+ "purescript-float32": "^v2.0.0",

22+ "purescript-maybe": "^v6.0.0",

23+ "purescript-parsing": "^v10.2.0",

24+ "purescript-prelude": "^v6.0.1",

25+ "purescript-strings": "^v6.0.1",

26+ "purescript-tailrec": "^v6.1.0",

27+ "purescript-transformers": "^v6.0.0",

28+ "purescript-tuples": "^v7.0.0",

29+ "purescript-uint": "^v7.0.0"

30+ }

4031}

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2642− "dev": true,

2643− "requires": {

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2645− },

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2672− "requires": {

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2674− "core-util-is": "1.0.2",

2675− "extsprintf": "^1.2.0"

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2678− "vm-browserify": {

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2691− }

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2703− "dev": true,

2704− "requires": {

2705− "ansi-styles": "^3.2.0",

2706− "string-width": "^3.0.0",

2707− "strip-ansi": "^5.0.0"

2708− }

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2726− "dev": true

2727− },

2728− "yallist": {

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2730− "resolved": "https://registry.npmjs.org/yallist/-/yallist-3.0.3.tgz",

2731− "integrity": "sha512-S+Zk8DEWE6oKpV+vI3qWkaK+jSbIK86pCwe2IF/xwIpQ8jEuxpw9NyaGjmp9+BoJv5FV2piqCDcoCtStppiq2A==",

2732− "dev": true

2733− },

2734− "zen-observable": {

2735− "version": "0.8.14",

2736− "resolved": "https://registry.npmjs.org/zen-observable/-/zen-observable-0.8.14.tgz",

2737− "integrity": "sha512-kQz39uonEjEESwh+qCi83kcC3rZJGh4mrZW7xjkSQYXkq//JZHTtKo+6yuVloTgMtzsIWOJrjIrKvk/dqm0L5g==",

2738− "dev": true

2739− }

2740− }

2741−}

package.jsondeleted−13

@@ -1,13 +0,0 @@

1−{

2− "private": true,

3− "scripts": {

4− "clean": "rimraf output && rimraf .pulp-cache",

5− "build": "pulp build && pulp test"

6− },

7− "devDependencies": {

8− "pulp": "^13.0.0",

9− "purescript-psa": "^0.7.3",

10− "purescript": "^0.13.3",

11− "rimraf": "^3.0.0"

12− }

13−}

packages.dhallnew file+127

@@ -0,0 +1,127 @@

1+{-

2+Welcome to your new Dhall package-set!

4+Below are instructions for how to edit this file for most use

5+cases, so that you don't need to know Dhall to use it.

7+## Warning: Don't Move This Top-Level Comment!

9+Due to how `dhall format` currently works, this comment's

10+instructions cannot appear near corresponding sections below

11+because `dhall format` will delete the comment. However,

12+it will not delete a top-level comment like this one.

13+

14+## Use Cases

15+

16+Most will want to do one or both of these options:

17+1. Override/Patch a package's dependency

18+2. Add a package not already in the default package set

19+

20+This file will continue to work whether you use one or both options.

21+Instructions for each option are explained below.

22+

23+### Overriding/Patching a package

24+

25+Purpose:

26+- Change a package's dependency to a newer/older release than the

27+ default package set's release

28+- Use your own modified version of some dependency that may

29+ include new API, changed API, removed API by

30+ using your custom git repo of the library rather than

31+ the package set's repo

32+

33+Syntax:

34+Replace the overrides' "{=}" (an empty record) with the following idea

35+The "//" or "⫽" means "merge these two records and

36+ when they have the same value, use the one on the right:"

37+-------------------------------

38+let overrides =

39+ { packageName =

40+ upstream.packageName // { updateEntity1 = "new value", updateEntity2 = "new value" }

41+ , packageName =

42+ upstream.packageName // { version = "v4.0.0" }

43+ , packageName =

44+ upstream.packageName // { repo = "https://www.example.com/path/to/new/repo.git" }

45+ }

46+-------------------------------

47+

48+Example:

49+-------------------------------

50+let overrides =

51+ { halogen =

52+ upstream.halogen // { version = "master" }

53+ , halogen-vdom =

54+ upstream.halogen-vdom // { version = "v4.0.0" }

55+ }

56+-------------------------------

57+

58+### Additions

59+

60+Purpose:

61+- Add packages that aren't already included in the default package set

62+

63+Syntax:

64+Replace the additions' "{=}" (an empty record) with the following idea:

65+-------------------------------

66+let additions =

67+ { package-name =

68+ { dependencies =

69+ [ "dependency1"

70+ , "dependency2"

71+ ]

72+ , repo =

73+ "https://example.com/path/to/git/repo.git"

74+ , version =

75+ "tag ('v4.0.0') or branch ('master')"

76+ }

77+ , package-name =

78+ { dependencies =

79+ [ "dependency1"

80+ , "dependency2"

81+ ]

82+ , repo =

83+ "https://example.com/path/to/git/repo.git"

84+ , version =

85+ "tag ('v4.0.0') or branch ('master')"

86+ }

87+ , etc.

88+ }

89+-------------------------------

90+

91+Example:

92+-------------------------------

93+let additions =

94+ { benchotron =

95+ { dependencies =

96+ [ "arrays"

97+ , "exists"

98+ , "profunctor"

99+ , "strings"

100+ , "quickcheck"

101+ , "lcg"

102+ , "transformers"

103+ , "foldable-traversable"

104+ , "exceptions"

105+ , "node-fs"

106+ , "node-buffer"

107+ , "node-readline"

108+ , "datetime"

109+ , "now"

110+ ]

111+ , repo =

112+ "https://github.com/hdgarrood/purescript-benchotron.git"

113+ , version =

114+ "v7.0.0"

115+ }

116+ }

117+-------------------------------

118+-}

119+let upstream =

120+ https://github.com/purescript/package-sets/releases/download/psc-0.15.4-20221202/packages.dhall

121+ sha256:4e2f2e060ab73b119eeb55fe9bc75168b380fc5e0696d2cc2941ac674b32cb3c

122+

123+let overrides = {=}

124+

125+let additions = {=}

126+

127+in upstream // overrides // additions

psc-package.jsondeleted−19

@@ -1,19 +0,0 @@

1−{

2− "name": "purescript-parsing",

3− "set": "psc-0.12.0",

4− "source": "https://github.com/purescript/package-sets.git",

5− "depends": [

6− "arrays",

7− "either",

8− "foldable-traversable",

9− "identity",

10− "integers",

11− "lists",

12− "maybe",

13− "prelude",

14− "psci-support",

15− "strings",

16− "transformers",

17− "unicode"

18− ]

19−}

spago-dev.dhallnew file+25

@@ -0,0 +1,25 @@

1+-- Spago configuration for running the tests

2+--

3+-- See:

4+-- https://github.com/purescript/spago#devdependencies-testdependencies-or-in-general-a-situation-with-many-configurations

5+--

6+-- Usage:

7+--

8+-- spago -x test.dhall test

9+--

10+

11+let conf = ./spago.dhall

12+

13+in conf //

14+ { sources = conf.sources # [ "test/**/*.purs" ]

15+ , dependencies = conf.dependencies #

16+ [ "assert"

17+ , "parsing"

18+ , "console"

19+ , "foldable-traversable"

20+ , "lists"

21+ , "either"

22+ , "web-encoding"

23+ , "exceptions"

24+ ]

25+ }

spago.dhallnew file+23

@@ -0,0 +1,23 @@

1+{-

2+-}

3+{ name = "parsing-dataview"

4+, dependencies =

5+ [ "arraybuffer"

6+ , "arraybuffer-types"

7+ , "effect"

8+ , "enums"

9+ , "float32"

10+ , "maybe"

11+ , "parsing"

12+ , "prelude"

13+ , "strings"

14+ , "tailrec"

15+ , "transformers"

16+ , "tuples"

17+ , "uint"

18+ ]

19+, packages = ./packages.dhall

20+, sources = [ "src/**/*.purs" ]

21+, license = "BSD-2-Clause"

22+, repository = "https://github.com/rowtype-yoga/purescript-parsing-dataview"

23+}

src/Parsing/DataView.Basic.pursnew file+51

@@ -0,0 +1,51 @@

1+-- | Basic `DataView` parsers derived from primitive `DataView` parsers.

2+-- |

3+-- | All of these parsers will consume when they succeed.

4+-- |

5+-- | All of these parsers will not consume and will automatically

6+-- | backtrack when they fail.

7+module Parsing.DataView.Basic

8+ ( anyCodePointUTF8

9+ ) where

10+

11+import Prelude

12+

13+import Data.ArrayBuffer.Types (DataView)

14+import Data.Enum (toEnum)

15+import Data.String (CodePoint)

16+import Data.UInt (toInt)

17+import Effect.Class (class MonadEffect)

18+import Parsing (ParserT, fail, liftMaybe)

19+import Parsing.Combinators (tryRethrow)

20+import Parsing.DataView (anyUint8)

21+

22+-- | Decode one UTF-8 code point, *1—4* bytes.

23+anyCodePointUTF8

24+ :: forall m

25+ . MonadEffect m

26+ => ParserT DataView m CodePoint

27+anyCodePointUTF8 = tryRethrow do

28+ -- https://en.wikipedia.org/wiki/UTF-8#Encoding

29+ c0 <- toInt <$> anyUint8

30+ if c0 < 128 then do

31+ liftMaybe (\_ -> "Invalid CodePoint " <> show c0) (toEnum c0)

32+ else if c0 < 192 then fail "Invalid UTF-8 encoding"

33+ else if c0 < 224 then do

34+ c1 <- toInt <$> anyUint8

35+ if c1 < 128 || c1 > 191 then fail "Invalid UTF-8 encoding" else pure unit

36+ let codepoint = (64 * (c0 `mod` 32)) + (c1 `mod` 64)

37+ liftMaybe (\_ -> "Invalid CodePoint " <> show codepoint) (toEnum codepoint)

38+ else if c0 < 240 then do

39+ c1 <- toInt <$> anyUint8

40+ c2 <- toInt <$> anyUint8

41+ if c1 < 128 || c1 > 191 || c2 < 128 || c2 > 191 then fail "Invalid UTF-8 encoding" else pure unit

42+ let codepoint = (4096 * (c0 `mod` 16)) + (64 * (c1 `mod` 64)) + (c2 `mod` 64)

43+ liftMaybe (\_ -> "Invalid CodePoint " <> show codepoint) (toEnum codepoint)

44+ else if c0 < 248 then do

45+ c1 <- toInt <$> anyUint8

46+ c2 <- toInt <$> anyUint8

47+ c3 <- toInt <$> anyUint8

48+ if c1 < 128 || c1 > 191 || c2 < 128 || c2 > 191 || c3 < 128 || c3 > 191 then fail "Invalid UTF-8 encoding" else pure unit

49+ let codepoint = (262144 * (c0 `mod` 8)) + (4096 * (c1 `mod` 64)) + (64 * (c2 `mod` 64)) + (c3 `mod` 64)

50+ liftMaybe (\_ -> "Invalid CodePoint " <> show codepoint) (toEnum codepoint)

51+ else fail "Invalid UTF-8 encoding"

src/Parsing/DataView.pursnew file+353

@@ -0,0 +1,353 @@

1+-- | Primitive parsers for input type `DataView`.

2+-- |

3+-- | All of these primitive parsers will consume when they succeed.

4+-- |

5+-- | All of these primitive parsers will not consume and will automatically

6+-- | backtrack when they fail.

7+-- |

8+-- | See the package README for usage examples.

9+-- |

10+-- | ### Mutable ArrayBuffer

11+-- |

12+-- | All of the parsers in this module operate on an input stream of

13+-- | [__Data.ArrayBuffer.Types.DataView__](https://pursuit.purescript.org/packages/purescript-arraybuffer-types/docs/Data.ArrayBuffer.Types#t:DataView),

14+-- | which represents a range of a mutable

15+-- | [__Data.ArrayBuffer.Types.ArrayBuffer__](https://pursuit.purescript.org/packages/purescript-arraybuffer-types/docs/Data.ArrayBuffer.Types#t:ArrayBuffer).

16+-- |

17+-- | For operations for working with `DataView`, see

18+-- | module

19+-- | [__Data.ArrayBuffer.DataView__](https://pursuit.purescript.org/packages/purescript-arraybuffer/docs/Data.ArrayBuffer.DataView)

20+-- | in package __arraybuffer__.

21+-- |

22+-- | Reading from an `ArrayBuffer` is an `Effect`ful activity, so

23+-- | all parsers in this module must be run in a

24+-- | `MonadEffect m => ParserT DataView m` context with

25+-- | `Parsing.runParserT`.

26+-- |

27+-- | ### Position

28+-- |

29+-- | In a `DataView` parser, the `Position {index}` counts the number of

30+-- | bytes since the beginning of the input.

31+-- |

32+-- | The `Postion {line,column}` fields are unused and will remain constant *1*.

33+module Parsing.DataView

34+ ( takeN

35+ , takeRest

36+ , eof

37+ , match

38+ , anyTill

39+ , anyPrim

40+ , anyInt8

41+ , anyInt16be

42+ , anyInt16le

43+ , anyInt32be

44+ , anyInt32le

45+ , anyUint8

46+ , anyUint16be

47+ , anyUint16le

48+ , anyUint32be

49+ , anyUint32le

50+ , anyFloat32be

51+ , anyFloat32le

52+ , anyFloat64be

53+ , anyFloat64le

54+ , satisfy

55+ , satisfyInt8

56+ , satisfyInt16be

57+ , satisfyInt16le

58+ , satisfyInt32be

59+ , satisfyInt32le

60+ , satisfyUint8

61+ , satisfyUint16be

62+ , satisfyUint16le

63+ , satisfyUint32be

64+ , satisfyUint32le

65+ , satisfyFloat32be

66+ , satisfyFloat32le

67+ , satisfyFloat64be

68+ , satisfyFloat64le

69+ ) where

70+

71+import Prelude

72+

73+import Control.Monad.Rec.Class (Step(..), tailRecM)

74+import Control.Monad.Trans.Class (lift)

75+import Data.ArrayBuffer.DataView (Endian(LE, BE))

76+import Data.ArrayBuffer.DataView (buffer, byteLength, byteOffset, get, part) as DV

77+import Data.ArrayBuffer.Types (DataView, Int16, Int32, Int8, Uint16, Uint32, Uint8, Float32, Float64, ByteLength)

78+import Data.ArrayBuffer.ValueMapping (class BytesPerType, class BinaryValue, class ShowArrayViewType, byteWidth)

79+import Data.Float32 as Float32

80+import Data.Maybe (Maybe(..))

81+import Data.Symbol (class IsSymbol)

82+import Data.Tuple (Tuple(..))

83+import Data.UInt (UInt)

84+import Effect.Class (class MonadEffect, liftEffect)

85+import Parsing (ParseState(..), ParserT, Position(..), consume, fail, getParserT, stateParserT)

86+import Parsing.Combinators (alt, try, tryRethrow)

87+import Type.Proxy (Proxy(..))

88+

89+-- | Parse one fixed-bit-width `Data.ArrayBuffer.Types.ArrayViewType` primitive

90+-- | of a given endianness.

91+-- |

92+-- | #### Example

93+-- |

94+-- | Parse a little-endian 32-bit two’s-complement signed integer (4 bytes):

95+-- |

96+-- | anyPrim LE (Proxy :: Proxy Int32)

97+-- |

98+-- | or just use the convenience function `anyInt32le`, see below.

99+anyPrim

100+ :: forall a name m t

101+ . BinaryValue a t

102+ => BytesPerType a

103+ => ShowArrayViewType a name

104+ => IsSymbol name

105+ => MonadEffect m

106+ => Endian

107+ -> Proxy a

108+ -> ParserT DataView m t

109+anyPrim endian _ = do

110+ ParseState input (Position { index }) _ <- getParserT

111+ lift (liftEffect (DV.get endian (Proxy :: Proxy a) input index)) >>= case _ of

112+ Nothing -> fail "anyPrim unexpected end of DataView"

113+ Just i -> do

114+ stateParserT \_ -> Tuple i $ ParseState input (Position { line: 1, column: 1, index: index + byteWidth (Proxy :: Proxy a) }) true

115+

116+-- | Parse one 8-bit two’s-complement signed integer (byte).

117+anyInt8 :: forall m. MonadEffect m => ParserT DataView m Int

118+anyInt8 = anyPrim LE (Proxy :: Proxy Int8)

119+

120+-- | Parse one 16-bit big-endian two’s-complement signed integer.

121+anyInt16be :: forall m. MonadEffect m => ParserT DataView m Int

122+anyInt16be = anyPrim BE (Proxy :: Proxy Int16)

123+

124+-- | Parse one 16-bit little-endian two’s-complement signed integer.

125+anyInt16le :: forall m. MonadEffect m => ParserT DataView m Int

126+anyInt16le = anyPrim LE (Proxy :: Proxy Int16)

127+

128+-- | Parse one 32-bit big-endian two’s-complement signed integer.

129+anyInt32be :: forall m. MonadEffect m => ParserT DataView m Int

130+anyInt32be = anyPrim BE (Proxy :: Proxy Int32)

131+

132+-- | Parse one 32-bit little-endian two’s-complement signed integer.

133+anyInt32le :: forall m. MonadEffect m => ParserT DataView m Int

134+anyInt32le = anyPrim LE (Proxy :: Proxy Int32)

135+

136+-- | Parse one 8-bit unsigned integer (octet).

137+anyUint8 :: forall m. MonadEffect m => ParserT DataView m UInt

138+anyUint8 = anyPrim LE (Proxy :: Proxy Uint8)

139+

140+-- | Parse one 16-bit big-endian unsigned integer.

141+anyUint16be :: forall m. MonadEffect m => ParserT DataView m UInt

142+anyUint16be = anyPrim BE (Proxy :: Proxy Uint16)

143+

144+-- | Parse one 16-bit little-endian unsigned integer.

145+anyUint16le :: forall m. MonadEffect m => ParserT DataView m UInt

146+anyUint16le = anyPrim LE (Proxy :: Proxy Uint16)

147+

148+-- | Parse one 32-bit big-endian unsigned integer.

149+anyUint32be :: forall m. MonadEffect m => ParserT DataView m UInt

150+anyUint32be = anyPrim BE (Proxy :: Proxy Uint32)

151+

152+-- | Parse one 32-bit little-endian unsigned integer.

153+anyUint32le :: forall m. MonadEffect m => ParserT DataView m UInt

154+anyUint32le = anyPrim LE (Proxy :: Proxy Uint32)

155+

156+-- | Parse one 32-bit big-endian IEEE 754 floating-point number.

157+anyFloat32be :: forall m. MonadEffect m => ParserT DataView m Float32.Float32

158+anyFloat32be = anyPrim BE (Proxy :: Proxy Float32)

159+

160+-- | Parse one 32-bit little-endian IEEE 754 floating-point number.

161+anyFloat32le :: forall m. MonadEffect m => ParserT DataView m Float32.Float32

162+anyFloat32le = anyPrim LE (Proxy :: Proxy Float32)

163+

164+-- | Parse one 64-bit big-endian IEEE 754 floating-point number.

165+anyFloat64be :: forall m. MonadEffect m => ParserT DataView m Number

166+anyFloat64be = anyPrim BE (Proxy :: Proxy Float64)

167+

168+-- | Parse one 64-bit little-endian IEEE 754 floating-point number.

169+anyFloat64le :: forall m. MonadEffect m => ParserT DataView m Number

170+anyFloat64le = anyPrim LE (Proxy :: Proxy Float64)

171+

172+-- | Parse one fixed-bit-width primitive that satisfies the given predicate.

173+-- |

174+-- | #### Example

175+-- |

176+-- | Parse a little-endian 32-bit signed integer that is equal to *3*:

177+-- |

178+-- | satisfy LE (Proxy :: Proxy Int32) (_ == 3)

179+-- |

180+-- | or just use the convenience function `satisfyInt32le`, see below.

181+satisfy

182+ :: forall a name m t

183+ . BinaryValue a t

184+ => BytesPerType a

185+ => ShowArrayViewType a name

186+ => IsSymbol name

187+ => Show t

188+ => MonadEffect m

189+ => Endian

190+ -> Proxy a

191+ -> (t -> Boolean)

192+ -> ParserT DataView m t

193+satisfy endian proxy f = tryRethrow do

194+ i <- anyPrim endian proxy

195+ if f i then pure i

196+ else fail "satisfy predicate failed"

197+

198+-- | Parse one 8-bit signed integer that satisfies the given predicate.

199+satisfyInt8 :: forall m. MonadEffect m => (Int -> Boolean) -> ParserT DataView m Int

200+satisfyInt8 = satisfy LE (Proxy :: Proxy Int8)

201+

202+-- | Parse one 16-bit big-endian signed integer that satisfies the given predicate.

203+satisfyInt16be :: forall m. MonadEffect m => (Int -> Boolean) -> ParserT DataView m Int

204+satisfyInt16be = satisfy BE (Proxy :: Proxy Int16)

205+

206+-- | Parse one 16-bit little-endian signed integer that satisfies the given predicate.

207+satisfyInt16le :: forall m. MonadEffect m => (Int -> Boolean) -> ParserT DataView m Int

208+satisfyInt16le = satisfy LE (Proxy :: Proxy Int16)

209+

210+-- | Parse one 32-bit big-endian signed integer that satisfies the given predicate.

211+satisfyInt32be :: forall m. MonadEffect m => (Int -> Boolean) -> ParserT DataView m Int

212+satisfyInt32be = satisfy BE (Proxy :: Proxy Int32)

213+

214+-- | Parse one 32-bit little-endian signed integer that satisfies the given predicate.

215+satisfyInt32le :: forall m. MonadEffect m => (Int -> Boolean) -> ParserT DataView m Int

216+satisfyInt32le = satisfy LE (Proxy :: Proxy Int32)

217+

218+-- | Parse one 8-bit unsigned integer that satisfies the given predicate.

219+satisfyUint8 :: forall m. MonadEffect m => (UInt -> Boolean) -> ParserT DataView m UInt

220+satisfyUint8 = satisfy LE (Proxy :: Proxy Uint8)

221+

222+-- | Parse one 16-bit big-endian unsigned integer that satisfies the given predicate.

223+satisfyUint16be :: forall m. MonadEffect m => (UInt -> Boolean) -> ParserT DataView m UInt

224+satisfyUint16be = satisfy BE (Proxy :: Proxy Uint16)

225+

226+-- | Parse one 16-bit little-endian unsigned integer that satisfies the given predicate.

227+satisfyUint16le :: forall m. MonadEffect m => (UInt -> Boolean) -> ParserT DataView m UInt

228+satisfyUint16le = satisfy LE (Proxy :: Proxy Uint16)

229+

230+-- | Parse one 32-bit big-endian unsigned integer that satisfies the given predicate.

231+satisfyUint32be :: forall m. MonadEffect m => (UInt -> Boolean) -> ParserT DataView m UInt

232+satisfyUint32be = satisfy BE (Proxy :: Proxy Uint32)

233+

234+-- | Parse one 32-bit little-endian unsigned integer that satisfies the given predicate.

235+satisfyUint32le :: forall m. MonadEffect m => (UInt -> Boolean) -> ParserT DataView m UInt

236+satisfyUint32le = satisfy LE (Proxy :: Proxy Uint32)

237+

238+-- | Parse one 32-bit big-endian floating-point number that satisfies the given predicate.

239+satisfyFloat32be :: forall m. MonadEffect m => (Float32.Float32 -> Boolean) -> ParserT DataView m Float32.Float32

240+satisfyFloat32be = satisfy BE (Proxy :: Proxy Float32)

241+

242+-- | Parse one 32-bit little-endian floating-point number that satisfies the given predicate.

243+satisfyFloat32le :: forall m. MonadEffect m => (Float32.Float32 -> Boolean) -> ParserT DataView m Float32.Float32

244+satisfyFloat32le = satisfy LE (Proxy :: Proxy Float32)

245+

246+-- | Parse one 64-bit big-endian floating-point number that satisfies the given predicate.

247+satisfyFloat64be :: forall m. MonadEffect m => (Number -> Boolean) -> ParserT DataView m Number

248+satisfyFloat64be = satisfy BE (Proxy :: Proxy Float64)

249+

250+-- | Parse one 64-bit little-endian floating-point number that satisfies the given predicate.

251+satisfyFloat64le :: forall m. MonadEffect m => (Number -> Boolean) -> ParserT DataView m Number

252+satisfyFloat64le = satisfy LE (Proxy :: Proxy Float64)

253+

254+-- | Take *N* bytes starting from the current parser position. Will fail

255+-- | if not enough bytes remain in the input. Will fail if *N* is negative.

256+-- |

257+-- | #### Example

258+-- |

259+-- | Parse three bytes.

260+-- |

261+-- | takeN 3

262+-- |

263+takeN :: forall m. MonadEffect m => ByteLength -> ParserT DataView m DataView

264+takeN n = do

265+ ParseState input (Position { index }) _ <- getParserT

266+ if (n < 0) then

267+ fail "takeN cannot take negative number of bytes"

268+ else if (index + n > DV.byteLength input) then

269+ fail "takeN expected N bytes"

270+ else do

271+ p <- lift $ liftEffect $ DV.part (DV.buffer input) (DV.byteOffset input + index) n

272+ stateParserT \_ -> Tuple p $ ParseState input (Position { line: 1, column: 1, index: index + n }) true

273+

274+-- | Take the rest of the input, however many bytes remain. Always succeeds.

275+takeRest :: forall m. MonadEffect m => ParserT DataView m DataView

276+takeRest = do

277+ ParseState input (Position { index }) _ <- getParserT

278+ p <- lift $ liftEffect $ DV.part (DV.buffer input) (DV.byteOffset input + index)

279+ (DV.byteLength input - index)

280+ stateParserT \_ -> Tuple p $ ParseState input (Position { line: 1, column: 1, index: DV.byteLength input + 1 }) true

281+

282+-- | Parse succeeds at the end of the input DataView.

283+eof :: forall m. Monad m => ParserT DataView m Unit

284+eof = do

285+ ParseState input (Position { index }) _ <- getParserT

286+ if (index + 1 > DV.byteLength input) then do

287+ -- We must consume so this combines correctly with notFollowedBy

288+ consume

289+ else do

290+ fail "eof expected end of DataView"

291+

292+-- | The

293+-- | [famous `match`](http://www.serpentine.com/blog/2014/05/31/attoparsec/#from-strings-to-buffers-and-cursors)

294+-- | combinator.

295+-- |

296+-- | Return both the result of a parse and the portion of the input that

297+-- | was consumed while it was being parsed.

298+match :: forall a m. MonadEffect m => ParserT DataView m a -> ParserT DataView m (Tuple DataView a)

299+match p = do

300+ ParseState input (Position { index: index0 }) _ <- getParserT

301+ x <- p

302+ ParseState _ (Position { index: index1 }) _ <- getParserT

303+ part <- lift $ liftEffect $ DV.part (DV.buffer input) (DV.byteOffset input + index0) (index1 - index0)

304+ pure $ Tuple part x

305+

306+-- | Combinator which finds the first position in the input `DataView` where the

307+-- | phrase can parse. Returns both the

308+-- | parsed result and the unparsable input section searched before the parse.

309+-- | Will fail if no section of the input is parseable. To backtrack the input

310+-- | stream on failure, combine with `tryRethrow`.

311+-- |

312+-- | This combinator is equivalent to `manyTill_ anyInt8`, but it will be

313+-- | faster because it returns a slice of the input `DataView` for the

314+-- | section preceding the parse instead of a `List Int`.

315+-- |

316+-- | Be careful not to look too far

317+-- | ahead; if the phrase parser looks to the end of the input then `anyTill`

318+-- | could be *O(n²)*.

319+anyTill

320+ :: forall m a

321+ . MonadEffect m

322+ => ParserT DataView m a

323+ -> ParserT DataView m (Tuple DataView a)

324+anyTill p = do

325+ ParseState input1 (Position { index: index0 }) _ <- getParserT

326+ Tuple index1 t <- tailRecM go unit

327+ part <- lift $ liftEffect $ DV.part (DV.buffer input1) (DV.byteOffset input1 + index0) (index1 - index0)

328+ pure $ Tuple part t

329+ where

330+ go unit = alt

331+ ( do

332+ ParseState _ (Position { index: index1 }) _ <- getParserT

333+ t <- try p

334+ pure $ Done $ Tuple index1 t

335+ )

336+ ( do

337+ _ <- anyInt8

338+ pure $ Loop unit

339+ )

340+

341+-- ****************************** Notes ****************************************

342+--

343+-- We cannot have a primitive parser which parses a `DataView` and produces

344+-- an `ArrayView` (a Javascript Typed Array). Javascript DataViews are

345+-- endianess-aware, but Javascript Typed Arrays assume the native endianness

346+-- of the local machine. DataViews are intended to be used for I/O, ArrayViews

347+-- are intended to be used internally for graphics in a process, and they're

348+-- not intended to be both applied to the same ArrayBuffer.

349+-- The exception: `Uint8Array`

350+--

351+-- The failure messages are all constant strings form performance reasons.

352+-- If failure messages were constructed lazily then we could have more

353+-- descriptive messages.

src/Text/Parsing/Parser.pursdeleted−138

@@ -1,138 +0,0 @@

1−module Text.Parsing.Parser

2− ( ParseError(..)

3− , parseErrorMessage

4− , parseErrorPosition

5− , ParseState(..)

6− , ParserT(..)

7− , Parser

8− , runParser

9− , runParserT

10− , hoistParserT

11− , mapParserT

12− , consume

13− , position

14− , fail

15− , failWithPosition

16− ) where

17−

18−import Prelude

19−

20−import Control.Alt (class Alt)

21−import Control.Apply (lift2)

22−import Control.Lazy (defer, class Lazy)

23−import Control.Monad.Error.Class (class MonadThrow, throwError)

24−import Control.Monad.Except (class MonadError, ExceptT(..), runExceptT, mapExceptT)

25−import Control.Monad.Rec.Class (class MonadRec)

26−import Control.Monad.State (class MonadState, StateT(..), evalStateT, gets, mapStateT, modify_, runStateT)

27−import Control.Monad.Trans.Class (class MonadTrans, lift)

28−import Control.MonadPlus (class Alternative, class MonadZero, class MonadPlus, class Plus)

29−import Data.Either (Either(..))

30−import Data.Identity (Identity)

31−import Data.Newtype (class Newtype, unwrap, over)

32−import Data.Tuple (Tuple(..))

33−import Text.Parsing.Parser.Pos (Position, initialPos)

34−

35−-- | A parsing error, consisting of a message and position information.

36−data ParseError = ParseError String Position

37−

38−parseErrorMessage :: ParseError -> String

39−parseErrorMessage (ParseError msg _) = msg

40−

41−parseErrorPosition :: ParseError -> Position

42−parseErrorPosition (ParseError _ pos) = pos

43−

44−instance showParseError :: Show ParseError where

45− show (ParseError msg pos) =

46− "(ParseError " <> show msg <> " " <> show pos <> ")"

47−

48−derive instance eqParseError :: Eq ParseError

49−derive instance ordParseError :: Ord ParseError

50−

51−-- | Contains the remaining input and current position.

52−data ParseState s = ParseState s Position Boolean

53−

54−-- | The Parser monad transformer.

55−-- |

56−-- | The first type argument is the stream type. Typically, this is either `String`,

57−-- | or some sort of token stream.

58−newtype ParserT s m a = ParserT (ExceptT ParseError (StateT (ParseState s) m) a)

59−

60−derive instance newtypeParserT :: Newtype (ParserT s m a) _

61−

62−-- | Apply a parser, keeping only the parsed result.

63−runParserT :: forall m s a. Monad m => s -> ParserT s m a -> m (Either ParseError a)

64−runParserT s p = evalStateT (runExceptT (unwrap p)) initialState where

65− initialState = ParseState s initialPos false

66−

67−-- | The `Parser` monad is a synonym for the parser monad transformer applied to the `Identity` monad.

68−type Parser s = ParserT s Identity

69−

70−-- | Apply a parser, keeping only the parsed result.

71−runParser :: forall s a. s -> Parser s a -> Either ParseError a

72−runParser s = unwrap <<< runParserT s

73−

74−hoistParserT :: forall s m n a. (m ~> n) -> ParserT s m a -> ParserT s n a

75−hoistParserT = mapParserT

76−

77−-- | Change the underlying monad action and data type in a ParserT monad action.

78−mapParserT :: forall b n s a m.

79− ( m (Tuple (Either ParseError a) (ParseState s))

80− -> n (Tuple (Either ParseError b) (ParseState s))

81− ) -> ParserT s m a -> ParserT s n b

82−mapParserT = over ParserT <<< mapExceptT <<< mapStateT

83−

84−instance lazyParserT :: Lazy (ParserT s m a) where

85− defer f = ParserT (ExceptT (defer (runExceptT <<< unwrap <<< f)))

86−

87−instance semigroupParserT :: (Monad m, Semigroup a) => Semigroup (ParserT s m a) where

88− append = lift2 (<>)

89−

90−instance monoidParserT :: (Monad m, Monoid a) => Monoid (ParserT s m a) where

91− mempty = pure mempty

92−

93−derive newtype instance functorParserT :: Functor m => Functor (ParserT s m)

94−derive newtype instance applyParserT :: Monad m => Apply (ParserT s m)

95−derive newtype instance applicativeParserT :: Monad m => Applicative (ParserT s m)

96−derive newtype instance bindParserT :: Monad m => Bind (ParserT s m)

97−derive newtype instance monadParserT :: Monad m => Monad (ParserT s m)

98−derive newtype instance monadRecParserT :: MonadRec m => MonadRec (ParserT s m)

99−derive newtype instance monadStateParserT :: Monad m => MonadState (ParseState s) (ParserT s m)

100−derive newtype instance monadThrowParserT :: Monad m => MonadThrow ParseError (ParserT s m)

101−derive newtype instance monadErrorParserT :: Monad m => MonadError ParseError (ParserT s m)

102−

103−instance altParserT :: Monad m => Alt (ParserT s m) where

104− alt p1 p2 = (ParserT <<< ExceptT <<< StateT) \(s@(ParseState i p _)) -> do

105− Tuple e s'@(ParseState i' p' c') <- runStateT (runExceptT (unwrap p1)) (ParseState i p false)

106− case e of

107− Left err

108− | not c' -> runStateT (runExceptT (unwrap p2)) s

109− _ -> pure (Tuple e s')

110−

111−instance plusParserT :: Monad m => Plus (ParserT s m) where

112− empty = fail "No alternative"

113−

114−instance alternativeParserT :: Monad m => Alternative (ParserT s m)

115−

116−instance monadZeroParserT :: Monad m => MonadZero (ParserT s m)

117−

118−instance monadPlusParserT :: Monad m => MonadPlus (ParserT s m)

119−

120−instance monadTransParserT :: MonadTrans (ParserT s) where

121− lift = ParserT <<< lift <<< lift

122−

123−-- | Set the consumed flag.

124−consume :: forall s m. Monad m => ParserT s m Unit

125−consume = modify_ \(ParseState input pos _) ->

126− ParseState input pos true

127−

128−-- | Returns the current position in the stream.

129−position :: forall s m. Monad m => ParserT s m Position

130−position = gets \(ParseState _ pos _) -> pos

131−

132−-- | Fail with a message.

133−fail :: forall m s a. Monad m => String -> ParserT s m a

134−fail message = failWithPosition message =<< position

135−

136−-- | Fail with a message and a position.

137−failWithPosition :: forall m s a. Monad m => String -> Position -> ParserT s m a

138−failWithPosition message pos = throwError (ParseError message pos)

src/Text/Parsing/Parser/Combinators.pursdeleted−200

@@ -1,200 +0,0 @@

1−-- | Combinators for creating parsers.

2−-- |

3−-- | ### Notes

4−-- |

5−-- | A few of the known combinators from Parsec are missing in this module. That

6−-- | is because they have already been defined in other libraries.

7−-- |

8−-- | ```purescript

9−-- | Text.Parsec.many = Data.(Array|List).many

10−-- | Text.Parsec.many1 = Data.(Array|List).some

11−-- | Text.Parsec.(<|>) = Control.Alt.alt (<|>)

12−-- | ```

13−-- |

14−-- | Because Strings are not Char Arrays in PureScript `many` and `some` on Char Parsers need to

15−-- | be used in conjunction with `Data.String.CodeUnits.fromCharArray` to achieve "Parsec-like" results.

16−-- |

17−-- | ```purescript

18−-- | Text.Parsec.many (char 'x') <=> fromCharArray <$> Data.Array.many (char 'x')

19−-- | ```

20−-- |

21−-- | Note that `Data.(Array|List).(many|some)` are not stack safe. If you need to parse

22−-- | large numbers of items then consider using `Data.List.(manyRec|someRec)` instead.

23−

24−module Text.Parsing.Parser.Combinators where

25−

26−import Prelude

27−import Control.Monad.Except (runExceptT, ExceptT(..))

28−import Control.Monad.State (StateT(..), runStateT)

29−import Control.Plus (empty, (<|>))

30−import Data.Either (Either(..))

31−import Data.Foldable (class Foldable, foldl)

32−import Data.List (List(..), (:), many, some, singleton)

33−import Data.Maybe (Maybe(..))

34−import Data.Newtype (unwrap)

35−import Data.Tuple (Tuple(..))

36−import Text.Parsing.Parser (ParseState(..), ParserT(..), ParseError(..), fail)

37−

38−-- | Provide an error message in the case of failure.

39−withErrorMessage :: forall m s a. Monad m => ParserT s m a -> String -> ParserT s m a

40−withErrorMessage p msg = p <|> fail ("Expected " <> msg)

41−

42−infixl 3 withErrorMessage as <?>

43−

44−-- | Flipped `(<?>)`.

45−asErrorMessage :: forall m s a. Monad m => String -> ParserT s m a -> ParserT s m a

46−asErrorMessage = flip (<?>)

47−

48−infixl 3 asErrorMessage as <??>

49−

50−-- | Wrap a parser with opening and closing markers.

51−-- |

52−-- | For example:

53−-- |

54−-- | ```purescript

55−-- | parens = between (string "(") (string ")")

56−-- | ```

57−between :: forall m s a open close. Monad m => ParserT s m open -> ParserT s m close -> ParserT s m a -> ParserT s m a

58−between open close p = open *> p <* close

59−

60−-- | Provide a default result in the case where a parser fails without consuming input.

61−option :: forall m s a. Monad m => a -> ParserT s m a -> ParserT s m a

62−option a p = p <|> pure a

63−

64−-- | Optionally parse something, failing quietly.

65−optional :: forall m s a. Monad m => ParserT s m a -> ParserT s m Unit

66−optional p = void p <|> pure unit

67−

68−-- | pure `Nothing` in the case where a parser fails without consuming input.

69−optionMaybe :: forall m s a. Monad m => ParserT s m a -> ParserT s m (Maybe a)

70−optionMaybe p = option Nothing (Just <$> p)

71−

72−-- | In case of failure, reset the stream to the unconsumed state.

73−try :: forall m s a. Monad m => ParserT s m a -> ParserT s m a

74−try p = (ParserT <<< ExceptT <<< StateT) \(s@(ParseState _ _ consumed)) -> do

75− Tuple e s'@(ParseState input position _) <- runStateT (runExceptT (unwrap p)) s

76− case e of

77− Left _ -> pure (Tuple e (ParseState input position consumed))

78− _ -> pure (Tuple e s')

79−

80−-- | Like `try`, but will reannotate the error location to the `try` point.

81−tryRethrow :: forall m s a. Monad m => ParserT s m a -> ParserT s m a

82−tryRethrow p = (ParserT <<< ExceptT <<< StateT) \(s@(ParseState _ position consumed)) -> do

83− Tuple e s'@(ParseState input' position' _) <- runStateT (runExceptT (unwrap p)) s

84− case e of

85− Left (ParseError err _) -> pure (Tuple (Left (ParseError err position)) (ParseState input' position' consumed))

86− _ -> pure (Tuple e s')

87−

88−-- | Parse a phrase, without modifying the consumed state or stream position.

89−lookAhead :: forall s a m. Monad m => ParserT s m a -> ParserT s m a

90−lookAhead p = (ParserT <<< ExceptT <<< StateT) \s -> do

91− Tuple e _ <- runStateT (runExceptT (unwrap p)) s

92− pure (Tuple e s)

93−

94−-- | Parse phrases delimited by a separator.

95−-- |

96−-- | For example:

97−-- |

98−-- | ```purescript

99−-- | digit `sepBy` string ","

100−-- | ```

101−sepBy :: forall m s a sep. Monad m => ParserT s m a -> ParserT s m sep -> ParserT s m (List a)

102−sepBy p sep = sepBy1 p sep <|> pure Nil

103−

104−-- | Parse phrases delimited by a separator, requiring at least one match.

105−sepBy1 :: forall m s a sep. Monad m => ParserT s m a -> ParserT s m sep -> ParserT s m (List a)

106−sepBy1 p sep = do

107− a <- p

108− as <- many $ sep *> p

109− pure (a : as)

110−

111−-- | Parse phrases delimited and optionally terminated by a separator.

112−sepEndBy :: forall m s a sep. Monad m => ParserT s m a -> ParserT s m sep -> ParserT s m (List a)

113−sepEndBy p sep = sepEndBy1 p sep <|> pure Nil

114−

115−-- | Parse phrases delimited and optionally terminated by a separator, requiring at least one match.

116−sepEndBy1 :: forall m s a sep. Monad m => ParserT s m a -> ParserT s m sep -> ParserT s m (List a)

117−sepEndBy1 p sep = do

118− a <- p

119− (do _ <- sep

120− as <- sepEndBy p sep

121− pure (a : as)) <|> pure (singleton a)

122−

123−-- | Parse phrases delimited and terminated by a separator, requiring at least one match.

124−endBy1 :: forall m s a sep. Monad m => ParserT s m a -> ParserT s m sep -> ParserT s m (List a)

125−endBy1 p sep = some $ p <* sep

126−

127−-- | Parse phrases delimited and terminated by a separator.

128−endBy :: forall m s a sep. Monad m => ParserT s m a -> ParserT s m sep -> ParserT s m (List a)

129−endBy p sep = many $ p <* sep

130−

131−-- | Parse phrases delimited by a right-associative operator.

132−-- |

133−-- | For example:

134−-- |

135−-- | ```purescript

136−-- | chainr digit (string "+" *> add) 0

137−-- | ```

138−chainr :: forall m s a. Monad m => ParserT s m a -> ParserT s m (a -> a -> a) -> a -> ParserT s m a

139−chainr p f a = chainr1 p f <|> pure a

140−

141−-- | Parse phrases delimited by a left-associative operator.

142−chainl :: forall m s a. Monad m => ParserT s m a -> ParserT s m (a -> a -> a) -> a -> ParserT s m a

143−chainl p f a = chainl1 p f <|> pure a

144−

145−-- | Parse phrases delimited by a left-associative operator, requiring at least one match.

146−chainl1 :: forall m s a. Monad m => ParserT s m a -> ParserT s m (a -> a -> a) -> ParserT s m a

147−chainl1 p f = do

148− a <- p

149− chainl1' p f a

150−

151−chainl1' :: forall m s a. Monad m => ParserT s m a -> ParserT s m (a -> a -> a) -> a -> ParserT s m a

152−chainl1' p f a = (do f' <- f

153− a' <- p

154− chainl1' p f (f' a a')) <|> pure a

155−

156−-- | Parse phrases delimited by a right-associative operator, requiring at least one match.

157−chainr1 :: forall m s a. Monad m => ParserT s m a -> ParserT s m (a -> a -> a) -> ParserT s m a

158−chainr1 p f = do

159− a <- p

160− chainr1' p f a

161−

162−chainr1' :: forall m s a. Monad m => ParserT s m a -> ParserT s m (a -> a -> a) -> a -> ParserT s m a

163−chainr1' p f a = (do f' <- f

164− a' <- chainr1 p f

165− pure $ f' a a') <|> pure a

166−

167−-- | Parse one of a set of alternatives.

168−choice :: forall f m s a. Foldable f => Monad m => f (ParserT s m a) -> ParserT s m a

169−choice = foldl (<|>) empty

170−

171−-- | Skip many instances of a phrase.

172−skipMany :: forall s a m. Monad m => ParserT s m a -> ParserT s m Unit

173−skipMany p = skipMany1 p <|> pure unit

174−

175−-- | Skip at least one instance of a phrase.

176−skipMany1 :: forall s a m. Monad m => ParserT s m a -> ParserT s m Unit

177−skipMany1 p = do

178− x <- p

179− xs <- skipMany p

180− pure unit

181−

182−-- | Fail if the specified parser matches.

183−notFollowedBy :: forall s a m. Monad m => ParserT s m a -> ParserT s m Unit

184−notFollowedBy p = try $ (try p *> fail "Negated parser succeeded") <|> pure unit

185−

186−-- | Parse several phrases until the specified terminator matches.

187−manyTill :: forall s a m e. Monad m => ParserT s m a -> ParserT s m e -> ParserT s m (List a)

188−manyTill p end = scan

189− where

190− scan = (end $> Nil)

191− <|> do x <- p

192− xs <- scan

193− pure (x:xs)

194−

195−-- | Parse several phrases until the specified terminator matches, requiring at least one match.

196−many1Till :: forall s a m e. Monad m => ParserT s m a -> ParserT s m e -> ParserT s m (List a)

197−many1Till p end = do

198− x <- p

199− xs <- manyTill p end

200− pure (x:xs)

src/Text/Parsing/Parser/DataView.pursdeleted−314

@@ -1,314 +0,0 @@

1−-- | Primitive parsers for parsing Javascript ArrayBuffers with the

2−-- | `Text.Parsing.Parser` module in package __purescript-parsing__.

3−-- |

4−-- | All of the parsers in this module operate on an input stream of

5−-- | `Data.ArrayBuffer.Types.DataView`, which represents a range of an

6−-- | `Data.ArrayBuffer.Types.ArrayBuffer`.

7−-- |

8−-- | For operations for working with `ArrayBuffer` and `DataView`, see

9−-- | module `Data.ArrayBuffer.DataView` in package __purescript-arraybuffer__.

10−-- |

11−-- | Reading from an `ArrayBuffer` is an `Effect`ful activity, so

12−-- | all parsers in this module must be run in a

13−-- | `MonadEffect m => ParserT DataView m` context, with

14−-- | `Text.Parsing.Parser.runParserT`.

15−-- |

16−-- | ## References

17−-- |

18−-- | * [MDN `ArrayBuffer`](https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/ArrayBuffer)

19−-- | * [MDN `DataView`](https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/DataView)

20−module Text.Parsing.Parser.DataView

21− ( anyPrim

22− , anyInt8

23− , anyInt16be

24− , anyInt16le

25− , anyInt32be

26− , anyInt32le

27− , anyUint8

28− , anyUint16be

29− , anyUint16le

30− , anyUint32be

31− , anyUint32le

32− , anyFloat32be

33− , anyFloat32le

34− , anyFloat64be

35− , anyFloat64le

36− , satisfy

37− , satisfyInt8

38− , satisfyInt16be

39− , satisfyInt16le

40− , satisfyInt32be

41− , satisfyInt32le

42− , satisfyUint8

43− , satisfyUint16be

44− , satisfyUint16le

45− , satisfyUint32be

46− , satisfyUint32le

47− , satisfyFloat32be

48− , satisfyFloat32le

49− , satisfyFloat64be

50− , satisfyFloat64le

51− , takeN

52− , takeRest

53− , eof

54− , module Data.ArrayBuffer.Types

55− , module Data.ArrayBuffer.DataView

56− )

57− where

58−

59−import Prelude

60−

61−import Control.Monad.Trans.Class (lift)

62−import Control.Monad.State (get, put)

63−import Data.Maybe (Maybe(..))

64−import Data.Symbol (SProxy(..), class IsSymbol, reflectSymbol)

65−import Data.Typelevel.Num (class Nat, toInt')

66−import Data.UInt (UInt)

67−import Data.Float32 as Float32

68−import Effect.Class (class MonadEffect, liftEffect)

69−import Type.Proxy (Proxy(..))

70−

71−import Text.Parsing.Parser (ParserT, ParseState(..), fail)

72−import Text.Parsing.Parser.Pos (Position(..))

73−import Text.Parsing.Parser.Combinators (tryRethrow)

74−import Data.ArrayBuffer.Types

75− ( DataView

76− , ArrayView

77− , Int16

78− , Int32

79− , Int8

80− , Uint16

81− , Uint32

82− , Uint8

83− , Float32

84− , Float64

85− , ByteLength

86− )

87−import Data.ArrayBuffer.ValueMapping

88− ( class BytesPerValue

89− , class BinaryValue

90− , class ShowArrayViewType

91− )

92−import Data.ArrayBuffer.DataView

93− ( AProxy(..)

94− , Endian(LE,BE)

95− )

96−import Data.ArrayBuffer.DataView (byteLength, byteOffset, get, part, buffer) as DV

97−

98−-- | Parse one fixed-bit-width `Data.ArrayBuffer.Types.ArrayViewType` primitive

99−-- | of a given endianness.

100−-- |

101−-- | #### Example

102−-- |

103−-- | Parse a little-endian 32-bit signed integer (4 bytes):

104−-- |

105−-- | anyPrim LE (AProxy :: AProxy Int32)

106−-- |

107−-- | or just use the convenience function `anyInt32le`, see below.

108−anyPrim :: forall a name b m t

109− . BinaryValue a t

110− => BytesPerValue a b

111− => ShowArrayViewType a name

112− => IsSymbol name

113− => Nat b

114− => MonadEffect m

115− => Endian

116− -> AProxy a

117− -> ParserT DataView m t

118−anyPrim endian aproxy = do

119− ParseState input (Position{line,column}) _ <- get

120− lift (liftEffect (DV.get endian (AProxy :: AProxy a) input (column-1))) >>= case _ of

121− Nothing -> fail $ "Cannot parse " <> reflectSymbol (SProxy :: SProxy name) <>

122− ", unexpected end of DataView"

123− Just i -> do

124− put $ ParseState input (Position {line, column:column + toInt' (Proxy :: Proxy b) }) true

125− pure i

126−

127−-- | Parse one 8-bit signed integer (byte).

128−anyInt8 :: forall m. MonadEffect m => ParserT DataView m Int

129−anyInt8 = anyPrim LE (AProxy :: AProxy Int8)

130−

131−-- | Parse one 16-bit big-endian signed integer.

132−anyInt16be :: forall m. MonadEffect m => ParserT DataView m Int

133−anyInt16be = anyPrim BE (AProxy :: AProxy Int16)

134−

135−-- | Parse one 16-bit little-endian signed integer.

136−anyInt16le :: forall m. MonadEffect m => ParserT DataView m Int

137−anyInt16le = anyPrim LE (AProxy :: AProxy Int16)

138−

139−-- | Parse one 32-bit big-endian signed integer.

140−anyInt32be :: forall m. MonadEffect m => ParserT DataView m Int

141−anyInt32be = anyPrim BE (AProxy :: AProxy Int32)

142−

143−-- | Parse one 32-bit little-endian signed integer.

144−anyInt32le :: forall m. MonadEffect m => ParserT DataView m Int

145−anyInt32le = anyPrim LE (AProxy :: AProxy Int32)

146−

147−-- | Parse one 8-bit unsigned integer (octet).

148−anyUint8 :: forall m. MonadEffect m => ParserT DataView m UInt

149−anyUint8 = anyPrim LE (AProxy :: AProxy Uint8)

150−

151−-- | Parse one 16-bit big-endian unsigned integer.

152−anyUint16be :: forall m. MonadEffect m => ParserT DataView m UInt

153−anyUint16be = anyPrim BE (AProxy :: AProxy Uint16)

154−

155−-- | Parse one 16-bit little-endian unsigned integer.

156−anyUint16le :: forall m. MonadEffect m => ParserT DataView m UInt

157−anyUint16le = anyPrim LE (AProxy :: AProxy Uint16)

158−

159−-- | Parse one 32-bit big-endian unsigned integer.

160−anyUint32be :: forall m. MonadEffect m => ParserT DataView m UInt

161−anyUint32be = anyPrim BE (AProxy :: AProxy Uint32)

162−

163−-- | Parse one 32-bit little-endian unsigned integer.

164−anyUint32le :: forall m. MonadEffect m => ParserT DataView m UInt

165−anyUint32le = anyPrim LE (AProxy :: AProxy Uint32)

166−

167−-- | Parse one 32-bit big-endian floating point number.

168−anyFloat32be :: forall m. MonadEffect m => ParserT DataView m Float32.Float32

169−anyFloat32be = anyPrim BE (AProxy :: AProxy Float32)

170−

171−-- | Parse one 32-bit little-endian floating point number.

172−anyFloat32le :: forall m. MonadEffect m => ParserT DataView m Float32.Float32

173−anyFloat32le = anyPrim LE (AProxy :: AProxy Float32)

174−

175−-- | Parse one 64-bit big-endian floating point number.

176−anyFloat64be :: forall m. MonadEffect m => ParserT DataView m Number

177−anyFloat64be = anyPrim BE (AProxy :: AProxy Float64)

178−

179−-- | Parse one 64-bit little-endian floating point number.

180−anyFloat64le :: forall m. MonadEffect m => ParserT DataView m Number

181−anyFloat64le = anyPrim LE (AProxy :: AProxy Float64)

182−

183−-- | Parse one fixed-bit-width primitive that satisfies the given predicate.

184−-- |

185−-- | #### Example

186−-- |

187−-- | Parse a little-endian 32-bit signed integer that is equal to *3*:

188−-- |

189−-- | satisfy LE (AProxy :: AProxy Int32) (_ == 3)

190−-- |

191−-- | or just use the convenience function `satisfyInt32le`, see below.

192−satisfy :: forall a name b m t

193− . BinaryValue a t

194− => BytesPerValue a b

195− => ShowArrayViewType a name

196− => IsSymbol name

197− => Nat b

198− => Show t

199− => MonadEffect m

200− => Endian

201− -> AProxy a

202− -> (t -> Boolean)

203− -> ParserT DataView m t

204−satisfy endian aproxy f = tryRethrow do

205− i <- anyPrim endian aproxy

206− if f i then pure i

207− else fail $ reflectSymbol (SProxy :: SProxy name) <>

208− " " <> show i <> " did not satisfy predicate."

209−

210−-- | Parse one 8-bit signed integer that satisfies the given predicate.

211−satisfyInt8 :: forall m. MonadEffect m => (Int -> Boolean) -> ParserT DataView m Int

212−satisfyInt8 = satisfy LE (AProxy :: AProxy Int8)

213−

214−-- | Parse one 16-bit big-endian signed integer that satisfies the given predicate.

215−satisfyInt16be :: forall m. MonadEffect m => (Int -> Boolean) -> ParserT DataView m Int

216−satisfyInt16be = satisfy BE (AProxy :: AProxy Int16)

217−

218−-- | Parse one 16-bit little-endian signed integer that satisfies the given predicate.

219−satisfyInt16le :: forall m. MonadEffect m => (Int -> Boolean) -> ParserT DataView m Int

220−satisfyInt16le = satisfy LE (AProxy :: AProxy Int16)

221−

222−-- | Parse one 32-bit big-endian signed integer that satisfies the given predicate.

223−satisfyInt32be :: forall m. MonadEffect m => (Int -> Boolean) -> ParserT DataView m Int

224−satisfyInt32be = satisfy BE (AProxy :: AProxy Int32)

225−

226−-- | Parse one 32-bit little-endian signed integer that satisfies the given predicate.

227−satisfyInt32le :: forall m. MonadEffect m => (Int -> Boolean) -> ParserT DataView m Int

228−satisfyInt32le = satisfy LE (AProxy :: AProxy Int32)

229−

230−-- | Parse one 8-bit unsigned integer that satisfies the given predicate.

231−satisfyUint8 :: forall m. MonadEffect m => (UInt -> Boolean) -> ParserT DataView m UInt

232−satisfyUint8 = satisfy LE (AProxy :: AProxy Uint8)

233−

234−-- | Parse one 16-bit big-endian unsigned integer that satisfies the given predicate.

235−satisfyUint16be :: forall m. MonadEffect m => (UInt -> Boolean) -> ParserT DataView m UInt

236−satisfyUint16be = satisfy BE (AProxy :: AProxy Uint16)

237−

238−-- | Parse one 16-bit little-endian unsigned integer that satisfies the given predicate.

239−satisfyUint16le :: forall m. MonadEffect m => (UInt -> Boolean) -> ParserT DataView m UInt

240−satisfyUint16le = satisfy LE (AProxy :: AProxy Uint16)

241−

242−-- | Parse one 32-bit big-endian unsigned integer that satisfies the given predicate.

243−satisfyUint32be :: forall m. MonadEffect m => (UInt -> Boolean) -> ParserT DataView m UInt

244−satisfyUint32be = satisfy BE (AProxy :: AProxy Uint32)

245−

246−-- | Parse one 32-bit little-endian unsigned integer that satisfies the given predicate.

247−satisfyUint32le :: forall m. MonadEffect m => (UInt -> Boolean) -> ParserT DataView m UInt

248−satisfyUint32le = satisfy LE (AProxy :: AProxy Uint32)

249−

250−-- | Parse one 32-bit big-endian floating-point number that satisfies the given predicate.

251−satisfyFloat32be :: forall m. MonadEffect m => (Float32.Float32 -> Boolean) -> ParserT DataView m Float32.Float32

252−satisfyFloat32be = satisfy BE (AProxy :: AProxy Float32)

253−

254−-- | Parse one 32-bit little-endian floating-point number that satisfies the given predicate.

255−satisfyFloat32le :: forall m. MonadEffect m => (Float32.Float32 -> Boolean) -> ParserT DataView m Float32.Float32

256−satisfyFloat32le = satisfy LE (AProxy :: AProxy Float32)

257−

258−-- | Parse one 64-bit big-endian floating-point number that satisfies the given predicate.

259−satisfyFloat64be :: forall m. MonadEffect m => (Number -> Boolean) -> ParserT DataView m Number

260−satisfyFloat64be = satisfy BE (AProxy :: AProxy Float64)

261−

262−-- | Parse one 64-bit little-endian floating-point number that satisfies the given predicate.

263−satisfyFloat64le :: forall m. MonadEffect m => (Number -> Boolean) -> ParserT DataView m Number

264−satisfyFloat64le = satisfy LE (AProxy :: AProxy Float64)

265−

266−-- | Take *N* bytes starting from the current parser position. Will fail

267−-- | if not enough bytes remain in the input. Will fail if *N* is negative.

268−-- |

269−-- | #### Example

270−-- |

271−-- | Parse three bytes.

272−-- |

273−-- | takeViewN 3

274−-- |

275−takeN :: forall m. MonadEffect m => ByteLength -> ParserT DataView m DataView

276−takeN n = do

277− ParseState input (Position {line,column}) _ <- get

278− unless (n >= 0) $ fail $ "Cannot take negative number of bytes."

279− unless (column + n - 1 <= DV.byteLength input) $

280− fail $ "Cannot take " <> show n <> " bytes, only " <>

281− show (DV.byteLength input - column + 1) <> " bytes remain."

282− p <- lift $ liftEffect $ DV.part (DV.buffer input) (DV.byteOffset input + (column-1)) n

283− put $ ParseState input (Position {line,column:column+n}) true

284− pure p

285−

286−-- | Take the rest of the input, however many bytes remain. Always succeeds.

287−takeRest :: forall m. MonadEffect m => ParserT DataView m DataView

288−takeRest = do

289− ParseState input (Position {line,column}) _ <- get

290− p <- lift $ liftEffect $ DV.part (DV.buffer input) (DV.byteOffset input + (column-1))

291− (DV.byteLength input - (column-1))

292− put $ ParseState input (Position {line,column:DV.byteLength input + 1}) true

293− pure p

294−

295−-- | Parse succeeds at the end of the input DataView. Consumes no input.

296−eof :: forall m. Monad m => ParserT DataView m Unit

297−eof = do

298− ParseState input (Position {column}) _ <- get

299− unless (column > DV.byteLength input) $ fail "Expected end of DataView"

300−

301−-- ****************************** Notes ****************************************

302−--

303−-- The `initialPostion` in a `ParserT` is `Postion{line:1,column:1)`.

304−-- We keep `line` invariant and use `column-1` to denote the offset into the

305−-- `DataView`, that's why there are so many plus 1 and minus 1 operations

306−-- in this module.

307−-- https://www.cs.utexas.edu/users/EWD/transcriptions/EWD08xx/EWD831.html

308−--

309−-- We cannot have a primitive parser which parses a `DataView` and produces

310−-- an `ArrayView` (a Javascript Typed Array). Javascript DataViews are

311−-- endianess-aware, but Javascript Typed Arrays assume the native endianness

312−-- of the local machine. DataViews are intended to be used for I/O, ArrayViews

313−-- are intended to be used internally for graphics in a process, and they're

314−-- not intended to be both applied to the same ArrayBuffer.

src/Text/Parsing/Parser/Expr.pursdeleted−107

@@ -1,107 +0,0 @@

1−module Text.Parsing.Parser.Expr

2− ( Assoc(..)

3− , Operator(..)

4− , OperatorTable()

5− , buildExprParser

6− ) where

7−

8−import Prelude hiding (between)

9−

10−import Control.Alt ((<|>))

11−import Data.Foldable (foldr, foldl)

12−import Data.List (List(..), (:))

13−import Text.Parsing.Parser (ParserT)

14−import Text.Parsing.Parser.Combinators (choice, (<?>))

15−

16−data Assoc = AssocNone | AssocLeft | AssocRight

17−

18−data Operator m s a = Infix (ParserT s m (a -> a -> a)) Assoc

19− | Prefix (ParserT s m (a -> a))

20− | Postfix (ParserT s m (a -> a))

21−

22−type OperatorTable m s a = Array (Array (Operator m s a))

23−

24−type SplitAccum m s a = { rassoc :: List (ParserT s m (a -> a -> a))

25− , lassoc :: List (ParserT s m (a -> a -> a))

26− , nassoc :: List (ParserT s m (a -> a -> a))

27− , prefix :: List (ParserT s m (a -> a))

28− , postfix :: List (ParserT s m (a -> a)) }

29−

30−-- | Build a parser from an `OperatorTable`.

31−-- |

32−-- | For example:

33−-- |

34−-- | ```purescript

35−-- | buildExprParser [ [ Infix (string "/" $> div) AssocRight ]

36−-- | , [ Infix (string "*" $> mul) AssocRight ]

37−-- | , [ Infix (string "-" $> sub) AssocRight ]

38−-- | , [ Infix (string "+" $> add) AssocRight ]

39−-- | ] digit

40−-- | ```

41−buildExprParser :: forall m s a. Monad m => OperatorTable m s a -> ParserT s m a -> ParserT s m a

42−buildExprParser operators simpleExpr = foldl makeParser simpleExpr operators

43−

44−makeParser :: forall m s a. Monad m => ParserT s m a -> Array (Operator m s a) -> ParserT s m a

45−makeParser term ops = do

46− x <- termP prefixP term postfixP

47− rassocP x rassocOp prefixP term postfixP

48− <|> lassocP x lassocOp prefixP term postfixP

49− <|> nassocP x nassocOp prefixP term postfixP

50− <|> pure x

51− <?> "operator"

52− where

53− accum = foldr splitOp { rassoc: Nil

54− , lassoc: Nil

55− , nassoc: Nil

56− , prefix: Nil

57− , postfix: Nil

58− } ops

59−

60− rassocOp = choice accum.rassoc

61− lassocOp = choice accum.lassoc

62− nassocOp = choice accum.nassoc

63− prefixOp = choice accum.prefix <?> ""

64− postfixOp = choice accum.postfix <?> ""

65−

66− postfixP = postfixOp <|> pure identity

67− prefixP = prefixOp <|> pure identity

68−

69−splitOp :: forall m s a. Operator m s a -> SplitAccum m s a -> SplitAccum m s a

70−splitOp (Infix op AssocNone) accum = accum { nassoc = op : accum.nassoc }

71−splitOp (Infix op AssocLeft) accum = accum { lassoc = op : accum.lassoc }

72−splitOp (Infix op AssocRight) accum = accum { rassoc = op : accum.rassoc }

73−splitOp (Prefix op) accum = accum { prefix = op : accum.prefix }

74−splitOp (Postfix op) accum = accum { postfix = op : accum.postfix }

75−

76−rassocP :: forall m a b c s. Monad m => a -> ParserT s m (a -> a -> a) -> ParserT s m (b -> c) -> ParserT s m b -> ParserT s m (c -> a) -> ParserT s m a

77−rassocP x rassocOp prefixP term postfixP = do

78− f <- rassocOp

79− y <- do

80− z <- termP prefixP term postfixP

81− rassocP1 z rassocOp prefixP term postfixP

82− pure (f x y)

83−

84−rassocP1 :: forall m a b c s. Monad m => a -> ParserT s m (a -> a -> a) -> ParserT s m (b -> c) -> ParserT s m b -> ParserT s m (c -> a) -> ParserT s m a

85−rassocP1 x rassocOp prefixP term postfixP = rassocP x rassocOp prefixP term postfixP <|> pure x

86−

87−lassocP :: forall m a b c s. Monad m => a -> ParserT s m (a -> a -> a) -> ParserT s m (b -> c) -> ParserT s m b -> ParserT s m (c -> a) -> ParserT s m a

88−lassocP x lassocOp prefixP term postfixP = do

89− f <- lassocOp

90− y <- termP prefixP term postfixP

91− lassocP1 (f x y) lassocOp prefixP term postfixP

92−

93−lassocP1 :: forall m a b c s. Monad m => a -> ParserT s m (a -> a -> a) -> ParserT s m (b -> c) -> ParserT s m b -> ParserT s m (c -> a) -> ParserT s m a

94−lassocP1 x lassocOp prefixP term postfixP = lassocP x lassocOp prefixP term postfixP <|> pure x

95−

96−nassocP :: forall m a b c d e s. Monad m => a -> ParserT s m (a -> d -> e) -> ParserT s m (b -> c) -> ParserT s m b -> ParserT s m (c -> d) -> ParserT s m e

97−nassocP x nassocOp prefixP term postfixP = do

98− f <- nassocOp

99− y <- termP prefixP term postfixP

100− pure (f x y)

101−

102−termP :: forall m s a b c. Monad m => ParserT s m (a -> b) -> ParserT s m a -> ParserT s m (b -> c) -> ParserT s m c

103−termP prefixP term postfixP = do

104− pre <- prefixP

105− x <- term

106− post <- postfixP

107− pure (post (pre x))

src/Text/Parsing/Parser/Indent.pursdeleted−219

@@ -1,219 +0,0 @@

1−-- | This is purescript-port of Text.Parsing.Indent

2−-- | <https://hackage.haskell.org/package/indents-0.3.3/docs/Text-Parsec-Indent.html>, 05.07.2016.

3−-- | A module to construct indentation aware parsers. Many programming

4−-- | language have indentation based syntax rules e.g. python and Haskell.

5−-- | This module exports combinators to create such parsers.

6−-- |

7−-- | The input source can be thought of as a list of tokens. Abstractly

8−-- | each token occurs at a line and a column and has a width. The column

9−-- | number of a token measures is indentation. If t1 and t2 are two tokens

10−-- | then we say that indentation of t1 is more than t2 if the column

11−-- | number of occurrence of t1 is greater than that of t2.

12−-- |

13−-- | Currently this module supports two kind of indentation based syntactic

14−-- | structures which we now describe:

15−-- |

16−-- | - **Block**

17−-- |

18−-- | A block of indentation /c/ is a sequence of tokens with

19−-- | indentation at least /c/. Examples for a block is a where clause of

20−-- | Haskell with no explicit braces.

21−-- |

22−-- | - **Line fold**

23−-- |

24−-- | A line fold starting at line /l/ and indentation /c/ is a

25−-- | sequence of tokens that start at line /l/ and possibly continue to

26−-- | subsequent lines as long as the indentation is greater than /c/. Such

27−-- | a sequence of lines need to be /folded/ to a single line. An example

28−-- | is MIME headers. Line folding based binding separation is used in

29−-- | Haskell as well.

30−module Text.Parsing.Indent

31− ( IndentParser

32− , runIndent

33− , withBlock

34− , withBlock'

35− , block

36− , block1

37− , indented

38− , indented'

39− , sameLine

40− , sameOrIndented

41− , checkIndent

42− , withPos

43− , indentAp

44− , (<+/>)

45− , indentNoAp

46− , (<-/>)

47− , indentMany

48− , (<*/>)

49− , indentOp

50− , (<?/>)

51− , Optional(..)

52− ) where

53−

54−import Prelude

55−import Control.Alt ((<|>))

56−import Control.Apply (lift2)

57−import Control.Monad.State (gets, State, evalState)

58−import Control.Monad.State.Trans (get, put)

59−import Control.Monad.Trans.Class (lift)

60−import Data.List (List(..), many)

61−import Data.Maybe (Maybe(..))

62−import Text.Parsing.Parser (ParserT, ParseState(ParseState), fail)

63−import Text.Parsing.Parser.Combinators (option, optionMaybe)

64−import Text.Parsing.Parser.Pos (Position(..), initialPos)

65−import Text.Parsing.Parser.String (string, oneOf)

66−

67−-- | Indentation sensitive parser type. Usually @ m @ will

68−-- | be @ Identity @ as with any @ ParserT @

69−type IndentParser s a = ParserT s (State Position) a

70−

71−-- | @ getPosition @ returns current position

72−-- | should probably be added to Text.Parsing.Parser.Pos

73−getPosition :: forall m s. (Monad m) => ParserT s m Position

74−getPosition = gets \(ParseState _ pos _) -> pos

75−

76−-- | simple helper function to avoid typ-problems with MonadState instance

77−get' :: forall s. IndentParser s Position

78−get' = do

79− g <- lift get

80− pure g

81−

82−-- | simple helper function to avoid typ-problems with MonadState instance

83−put' :: forall s. Position -> IndentParser s Unit

84−put' p = lift (put p)

85−

86−sourceColumn :: Position -> Int

87−sourceColumn (Position {line: _, column: c}) = c

88−

89−sourceLine :: Position -> Int

90−sourceLine (Position {line: l, column: _}) = l

91−

92−setSourceLine :: Position -> Int -> Position

93−setSourceLine (Position {line: _, column: c}) l = Position {line: l, column: c}

94−

95−biAp :: forall a b c. (a -> b) -> (b -> b -> c) -> a -> a -> c

96−biAp f c v1 v2 = c (f v1) (f v2)

97−

98−-- | @ many1 @ should prabably be inside Text.Parsing.Parser.Combinators

99−many1 :: forall s m a. (Monad m) => ParserT s m a -> ParserT s m (List a)

100−many1 p = lift2 Cons p (many p)

101−

102−symbol :: forall m. (Monad m) => String -> ParserT String m String

103−symbol name = (many $ oneOf [' ','\t']) *> (string name)

104−

105−-- | `withBlock f a p` parses `a`

106−-- | followed by an indented block of `p`

107−-- | combining them with `f`.

108−withBlock :: forall a b c s. (a -> List b -> c) -> IndentParser s a -> IndentParser s b -> IndentParser s c

109−withBlock f a p = withPos $ do

110− r1 <- a

111− r <- optionMaybe $ indented *> block p

112− case r of

113− Nothing -> pure (f r1 Nil)

114− Just r2 -> pure (f r1 r2)

115−

116−-- | Like 'withBlock', but throws away initial parse result

117−withBlock' :: forall a b s. IndentParser s a -> IndentParser s b -> IndentParser s (List b)

118−withBlock' = withBlock (flip const)

119−

120−-- | Parses only when indented past the level of the reference

121−indented :: forall s. IndentParser s Unit

122−indented = do

123− pos <- getPosition

124− s <- get'

125− if biAp sourceColumn (<=) pos s then fail "not indented" else do

126− put' $ setSourceLine s (sourceLine pos)

127− pure unit

128−

129−-- | Same as `indented`, but does not change internal state

130−indented' :: forall s. IndentParser s Unit

131−indented' = do

132− pos <- getPosition

133− s <- get'

134− if biAp sourceColumn (<=) pos s then fail "not indented" else pure unit

135−

136−-- | Parses only when indented past the level of the reference or on the same line

137−sameOrIndented :: forall s. IndentParser s Unit

138−sameOrIndented = sameLine <|> indented

139−

140−-- | Parses only on the same line as the reference

141−sameLine :: forall s. IndentParser s Unit

142−sameLine = do

143− pos <- getPosition

144− s <- get'

145− if biAp sourceLine (==) pos s then pure unit else fail "over one line"

146−

147−-- | Parses a block of lines at the same indentation level

148−block1 :: forall s a. IndentParser s a -> IndentParser s (List a)

149−block1 p = withPos $ do

150− r <- many1 $ checkIndent *> p

151− pure r

152−

153−-- | Parses a block of lines at the same indentation level , empty Blocks allowed

154−block :: forall s a. IndentParser s a -> IndentParser s (List a)

155−block p = withPos $ do

156− r <- many $ checkIndent *> p

157− pure r

158−

159−-- | Parses using the current location for indentation reference

160−withPos :: forall s a. IndentParser s a -> IndentParser s a

161−withPos x = do

162− a <- get'

163− p <- getPosition

164− r <- put' p *> x

165− put' a *> pure r

166−

167−-- | Ensures the current indentation level matches that of the reference

168−checkIndent :: forall s. IndentParser s Unit

169−checkIndent = do

170− s <- get'

171− p <- getPosition

172− if biAp sourceColumn (==) p s then pure unit else fail "indentation doesn't match"

173−

174−-- | Run the result of an indentation sensitive parse

175−runIndent :: forall a. State Position a -> a

176−runIndent = flip evalState initialPos

177−

178−-- | `<+/>` is to indentation sensitive parsers what `ap` is to monads

179−indentAp :: forall s a b. IndentParser s (a -> b) -> IndentParser s a -> IndentParser s b

180−indentAp a b = ap a $ sameOrIndented *> b

181−

182−infixl 9 indentAp as <+/>

183−

184−-- | Like `<+/>` but doesn't apply the function to the parsed value

185−indentNoAp :: forall s a b. IndentParser s a -> IndentParser s b -> IndentParser s a

186−indentNoAp a b = lift2 const a $ sameOrIndented *> b

187−

188−infixl 10 indentNoAp as <-/>

189−

190−-- | Like `<+/>` but applies the second parser many times

191−indentMany :: forall s a b. IndentParser s (List a -> b) -> IndentParser s a -> IndentParser s b

192−indentMany a b = ap a (many (sameOrIndented *> b))

193−

194−infixl 11 indentMany as <*/>

195−

196−-- | Data type used to optional parsing

197−data Optional s a = Opt a (IndentParser s a)

198−

199−-- | Like `<+/>` but applies the second parser optionally using the `Optional` datatype

200−indentOp :: forall s a b. IndentParser s (a -> b) -> Optional s a -> IndentParser s b

201−indentOp a (Opt b c) = ap a (option b (sameOrIndented *> c))

202−

203−infixl 12 indentOp as <?/>

204−

205−-- | Parses with surrounding brackets

206−indentBrackets :: forall a. IndentParser String a -> IndentParser String a

207−indentBrackets p = withPos $ pure identity <-/> symbol "[" <+/> p <-/> symbol "]"

208−

209−-- | Parses with surrounding angle brackets

210−indentAngles :: forall a. IndentParser String a -> IndentParser String a

211−indentAngles p = withPos $ pure identity <-/> symbol "<" <+/> p <-/> symbol ">"

212−

213−-- | Parses with surrounding braces

214−indentBraces :: forall a. IndentParser String a -> IndentParser String a

215−indentBraces p = withPos $ pure identity <-/> symbol "{" <+/> p <-/> symbol "}"

216−

217−-- | Parses with surrounding parentheses

218−indentParens :: forall a. IndentParser String a -> IndentParser String a

219−indentParens p = withPos $ pure identity <-/> symbol "(" <+/> p <-/> symbol ")"

src/Text/Parsing/Parser/Language.pursdeleted−118

@@ -1,118 +0,0 @@

1−

2−module Text.Parsing.Parser.Language

3− ( haskellDef

4− , haskell

5− , emptyDef

6− , haskellStyle

7− , javaStyle

8− )

9− where

10−

11−import Prelude

12−

13−import Control.Alt ((<|>))

14−import Text.Parsing.Parser (ParserT)

15−import Text.Parsing.Parser.String (char, oneOf)

16−import Text.Parsing.Parser.Token (LanguageDef, TokenParser, GenLanguageDef(..), unGenLanguageDef, makeTokenParser, alphaNum, letter)

17−

18−-----------------------------------------------------------

19−-- Styles: haskellStyle, javaStyle

20−-----------------------------------------------------------

21−

22−-- | This is a minimal token definition for Haskell style languages. It

23−-- | defines the style of comments, valid identifiers and case

24−-- | sensitivity. It does not define any reserved words or operators.

25−haskellStyle :: LanguageDef

26−haskellStyle = LanguageDef (unGenLanguageDef emptyDef)

27− { commentStart = "{-"

28− , commentEnd = "-}"

29− , commentLine = "--"

30− , nestedComments = true

31− , identStart = letter

32− , identLetter = alphaNum <|> oneOf ['_', '\'']

33− , opStart = op'

34− , opLetter = op'

35− , reservedOpNames = []

36− , reservedNames = []

37− , caseSensitive = true

38− }

39− where

40− op' :: forall m . (Monad m) => ParserT String m Char

41− op' = oneOf [':', '!', '#', '$', '%', '&', '*', '+', '.', '/', '<', '=', '>', '?', '@', '\\', '^', '|', '-', '~']

42−

43−-- | This is a minimal token definition for Java style languages. It

44−-- | defines the style of comments, valid identifiers and case

45−-- | sensitivity. It does not define any reserved words or operators.

46−javaStyle :: LanguageDef

47−javaStyle = LanguageDef (unGenLanguageDef emptyDef)

48− { commentStart = "/*"

49− , commentEnd = "*/"

50− , commentLine = "//"

51− , nestedComments = true

52− , identStart = letter <|> oneOf ['_', '$']

53− , identLetter = alphaNum <|> oneOf ['_', '$']

54− , reservedNames = []

55− , reservedOpNames = []

56− , caseSensitive = false

57− }

58−

59−-----------------------------------------------------------

60−-- minimal language definition

61−--------------------------------------------------------

62−

63−-- | This is the most minimal token definition. It is recommended to use

64−-- | this definition as the basis for other definitions. `emptyDef` has

65−-- | no reserved names or operators, is case sensitive and doesn't accept

66−-- | comments, identifiers or operators.

67−emptyDef :: LanguageDef

68−emptyDef = LanguageDef

69− { commentStart: ""

70− , commentEnd: ""

71− , commentLine: ""

72− , nestedComments: true

73− , identStart: letter <|> char '_'

74− , identLetter: alphaNum <|> oneOf ['_', '\'']

75− , opStart: op'

76− , opLetter: op'

77− , reservedOpNames: []

78− , reservedNames: []

79− , caseSensitive: true

80− }

81− where

82− op' :: forall m . (Monad m) => ParserT String m Char

83− op' = oneOf [':', '!', '#', '$', '%', '&', '*', '+', '.', '/', '<', '=', '>', '?', '@', '\\', '^', '|', '-', '~']

84−

85−-- -----------------------------------------------------------

86−-- -- Haskell

87−-- -----------------------------------------------------------

88−

89−-- | A lexer for the haskell language.

90−haskell :: TokenParser

91−haskell = makeTokenParser haskellDef

92−

93−-- | The language definition for the Haskell language.

94−haskellDef :: LanguageDef

95−haskellDef =

96− case haskell98Def of

97− (LanguageDef def) -> LanguageDef def

98− { identLetter = def.identLetter <|> char '#'

99− , reservedNames = def.reservedNames <>

100− ["foreign","import","export","primitive"

101− ,"_ccall_","_casm_"

102− ,"forall"

103− ]

104− }

105−

106−-- | The language definition for the language Haskell98.

107−haskell98Def :: LanguageDef

108−haskell98Def = LanguageDef (unGenLanguageDef haskellStyle)

109− { reservedOpNames = ["::","..","=","\\","|","<-","->","@","~","=>"]

110− , reservedNames = [ "let","in","case","of","if","then","else"

111− , "data","type"

112− , "class","default","deriving","do","import"

113− , "infix","infixl","infixr","instance","module"

114− , "newtype","where"

115− , "primitive"

116− -- "as","qualified","hiding"

117− ]

118− }

src/Text/Parsing/Parser/Pos.pursdeleted−36

@@ -1,36 +0,0 @@

1−module Text.Parsing.Parser.Pos where

2−

3−import Prelude

4−import Data.Foldable (foldl)

5−import Data.Newtype (wrap)

6−import Data.String (split)

7−

8−-- | `Position` represents the position of the parser in the input.

9−-- |

10−-- | - `line` is the current line in the input

11−-- | - `column` is the column of the next character in the current line that will be parsed

12−newtype Position = Position

13− { line :: Int

14− , column :: Int

15− }

16−

17−instance showPosition :: Show Position where

18− show (Position { line: line, column: column }) =

19− "(Position { line: " <> show line <> ", column: " <> show column <> " })"

20−

21−derive instance eqPosition :: Eq Position

22−derive instance ordPosition :: Ord Position

23−

24−-- | The `Position` before any input has been parsed is line 1, column 1.

25−initialPos :: Position

26−initialPos = Position { line: 1, column: 1 }

27−

28−-- | Updates a `Position` by adding the columns and lines in `String`.

29−updatePosString :: Position -> String -> Position

30−updatePosString pos' str = foldl updatePosChar pos' (split (wrap "") str)

31− where

32− updatePosChar (Position pos) c = case c of

33− "\n" -> Position { line: pos.line + 1, column: 1 }

34− "\r" -> Position { line: pos.line + 1, column: 1 }

35− "\t" -> Position { line: pos.line, column: pos.column + 8 - ((pos.column - 1) `mod` 8) }

36− _ -> Position { line: pos.line, column: pos.column + 1 }

src/Text/Parsing/Parser/String.pursdeleted−92

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

1−-- | Primitive parsers for working with an input stream of type `String`.

2−

3−module Text.Parsing.Parser.String where

4−

5−import Prelude hiding (between)

6−

7−import Control.Monad.State (gets, modify_)

8−import Data.Array (many)

9−import Data.Foldable (elem, notElem)

10−import Data.Maybe (Maybe(..))

11−import Data.Newtype (wrap)

12−import Data.String (Pattern, length)

13−import Data.String as S

14−import Data.String.CodeUnits as SCU

15−import Text.Parsing.Parser (ParseState(..), ParserT, fail)

16−import Text.Parsing.Parser.Combinators (tryRethrow, (<?>))

17−import Text.Parsing.Parser.Pos (updatePosString)

18−

19−-- | This class exists to abstract over streams which support the string-like

20−-- | operations which this modules needs.

21−class StringLike s where

22− drop :: Int -> s -> s

23− indexOf :: Pattern -> s -> Maybe Int

24− null :: s -> Boolean

25− uncons :: s -> Maybe { head :: Char, tail :: s }

26−

27−instance stringLikeString :: StringLike String where

28− uncons = SCU.uncons

29− drop = S.drop

30− indexOf = S.indexOf

31− null = S.null

32−

33−-- | Match end-of-file.

34−eof :: forall s m. StringLike s => Monad m => ParserT s m Unit

35−eof = do

36− input <- gets \(ParseState input _ _) -> input

37− unless (null input) (fail "Expected EOF")

38−

39−-- | Match the specified string.

40−string :: forall s m. StringLike s => Monad m => String -> ParserT s m String

41−string str = do

42− input <- gets \(ParseState input _ _) -> input

43− case indexOf (wrap str) input of

44− Just 0 -> do

45− modify_ \(ParseState _ position _) ->

46− ParseState (drop (length str) input)

47− (updatePosString position str)

48− true

49− pure str

50− _ -> fail ("Expected " <> show str)

51−

52−-- | Match any character.

53−anyChar :: forall s m. StringLike s => Monad m => ParserT s m Char

54−anyChar = do

55− input <- gets \(ParseState input _ _) -> input

56− case uncons input of

57− Nothing -> fail "Unexpected EOF"

58− Just { head, tail } -> do

59− modify_ \(ParseState _ position _) ->

60− ParseState tail

61− (updatePosString position (SCU.singleton head))

62− true

63− pure head

64−

65−-- | Match a character satisfying the specified predicate.

66−satisfy :: forall s m. StringLike s => Monad m => (Char -> Boolean) -> ParserT s m Char

67−satisfy f = tryRethrow do

68− c <- anyChar

69− if f c then pure c

70− else fail $ "Character '" <> SCU.singleton c <> "' did not satisfy predicate"

71−

72−-- | Match the specified character

73−char :: forall s m. StringLike s => Monad m => Char -> ParserT s m Char

74−char c = satisfy (_ == c) <?> show c

75−

76−-- | Match zero or more whitespace characters.

77−whiteSpace :: forall s m. StringLike s => Monad m => ParserT s m String

78−whiteSpace = do

79− cs <- many $ satisfy \c -> c == '\n' || c == '\r' || c == ' ' || c == '\t'

80− pure $ SCU.fromCharArray cs

81−

82−-- | Skip whitespace characters.

83−skipSpaces :: forall s m. StringLike s => Monad m => ParserT s m Unit

84−skipSpaces = void whiteSpace

85−

86−-- | Match one of the characters in the array.

87−oneOf :: forall s m. StringLike s => Monad m => Array Char -> ParserT s m Char

88−oneOf ss = satisfy (flip elem ss) <?> ("one of " <> show ss)

89−

90−-- | Match any character not in the array.

91−noneOf :: forall s m. StringLike s => Monad m => Array Char -> ParserT s m Char

92−noneOf ss = satisfy (flip notElem ss) <?> ("none of " <> show ss)

src/Text/Parsing/Parser/Token.pursdeleted−809

@@ -1,809 +0,0 @@

1−-- | Functions for working with streams of tokens.

2−

3−module Text.Parsing.Parser.Token

4− ( token

5− , when

6− , match

7− , LanguageDef

8− , GenLanguageDef(LanguageDef)

9− , unGenLanguageDef

10− , TokenParser

11− , GenTokenParser

12− , makeTokenParser

13− -- should these be exported? Maybe they should go in a different module?

14− , digit

15− , hexDigit

16− , octDigit

17− , upper

18− , space

19− , letter

20− , alphaNum

21− )

22− where

23−

24−import Prelude hiding (when,between)

25−

26−import Control.Lazy (fix)

27−import Control.Monad.State (gets, modify_)

28−import Control.MonadPlus (guard, (<|>))

29−import Data.Array as Array

30−import Data.Char (fromCharCode, toCharCode)

31−import Data.Char.Unicode (digitToInt, isAlpha, isAlphaNum, isDigit, isHexDigit, isOctDigit, isSpace, isUpper)

32−import Data.Char.Unicode as Unicode

33−import Data.Either (Either(..))

34−import Data.Foldable (foldl, foldr)

35−import Data.Identity (Identity)

36−import Data.Int (toNumber)

37−import Data.List (List(..))

38−import Data.List as List

39−import Data.Maybe (Maybe(..), maybe)

40−import Data.String (null, toLower)

41−import Data.String.CodeUnits as SCU

42−import Data.Tuple (Tuple(..))

43−import Math (pow)

44−import Text.Parsing.Parser (ParseState(..), ParserT, fail)

45−import Text.Parsing.Parser.Combinators (skipMany1, try, tryRethrow, skipMany, notFollowedBy, option, choice, between, sepBy1, sepBy, (<?>), (<??>))

46−import Text.Parsing.Parser.Pos (Position)

47−import Text.Parsing.Parser.String (satisfy, oneOf, noneOf, string, char)

48−

49−-- | Create a parser which Returns the first token in the stream.

50−token :: forall m a. Monad m => (a -> Position) -> ParserT (List a) m a

51−token tokpos = do

52− input <- gets \(ParseState input _ _) -> input

53− case List.uncons input of

54− Nothing -> fail "Unexpected EOF"

55− Just { head, tail } -> do

56− modify_ \(ParseState _ position _) ->

57− ParseState tail (tokpos head) true

58− pure head

59−

60−-- | Create a parser which matches any token satisfying the predicate.

61−when :: forall m a. Monad m => (a -> Position) -> (a -> Boolean) -> ParserT (List a) m a

62−when tokpos f = tryRethrow do

63− a <- token tokpos

64− guard $ f a

65− pure a

66−

67−-- | Match the specified token at the head of the stream.

68−match :: forall a m. Monad m => Eq a => (a -> Position) -> a -> ParserT (List a) m a

69−match tokpos tok = when tokpos (_ == tok)

70−

71−type LanguageDef = GenLanguageDef String Identity

72−

73−-- | The `GenLanguageDef` type is a record that contains all parameterizable

74−-- | features of the "Text.Parsec.Token" module. The module `Text.Parsec.Language`

75−-- | contains some default definitions.

76−newtype GenLanguageDef s m

77− = LanguageDef {

78− -- | Describes the start of a block comment. Use the empty string if the

79− -- | language doesn't support block comments. For example `/*`.

80− commentStart :: String,

81− -- | Describes the end of a block comment. Use the empty string if the

82− -- | language doesn't support block comments. For example `*/`.

83− commentEnd :: String,

84− -- | Describes the start of a line comment. Use the empty string if the

85− -- | language doesn't support line comments. For example `//`.

86− commentLine :: String,

87− -- | Set to `true` if the language supports nested block comments.

88− nestedComments :: Boolean,

89− -- | This parser should accept any start characters of identifiers. For

90− -- | example `letter <|> char '_'`.

91− identStart :: ParserT s m Char,

92− -- | This parser should accept any legal tail characters of identifiers.

93− -- | For example `alphaNum <|> char '_'`.

94− identLetter :: ParserT s m Char,

95− -- | This parser should accept any start characters of operators. For

96− -- | example `oneOf [':', '+', '=']`.

97− opStart :: ParserT s m Char,

98− -- | This parser should accept any legal tail characters of operators.

99− -- | Note that this parser should even be defined if the language doesn't

100− -- | support user-defined operators, or otherwise the `reservedOp`

101− -- | parser won't work correctly.

102− opLetter :: ParserT s m Char,

103− -- | The list of reserved identifiers.

104− reservedNames :: Array String,

105− -- | The list of reserved operators.

106− reservedOpNames:: Array String,

107− -- | Set to `true` if the language is case sensitive.

108− caseSensitive :: Boolean

109− }

110−

111−unGenLanguageDef :: forall s m . GenLanguageDef s m -> { caseSensitive :: Boolean

112− , reservedOpNames :: Array String

113− , reservedNames :: Array String

114− , opLetter :: ParserT s m Char

115− , opStart :: ParserT s m Char

116− , identLetter :: ParserT s m Char

117− , identStart :: ParserT s m Char

118− , nestedComments :: Boolean

119− , commentLine :: String

120− , commentEnd :: String

121− , commentStart :: String

122− }

123−unGenLanguageDef (LanguageDef langDef) = langDef

124−

125−-----------------------------------------------------------

126−-- A first class module: TokenParser

127−-----------------------------------------------------------

128−

129−type TokenParser = GenTokenParser String Identity

130−

131−-- | The type of the record that holds lexical parsers that work on

132−-- | `s` streams over a monad `m`.

133−type GenTokenParser s m

134− = {

135− -- | This lexeme parser parses a legal identifier. Returns the identifier

136− -- | string. This parser will fail on identifiers that are reserved

137− -- | words. Legal identifier (start) characters and reserved words are

138− -- | defined in the `LanguageDef` that is passed to

139− -- | `makeTokenParser`. An `identifier` is treated as

140− -- | a single token using `try`.

141− identifier :: ParserT s m String,

142− -- | The lexeme parser `reserved name` parses `symbol

143− -- | name`, but it also checks that the `name` is not a prefix of a

144− -- | valid identifier. A `reserved` word is treated as a single token

145− -- | using `try`.

146− reserved :: String -> ParserT s m Unit,

147− -- | This lexeme parser parses a legal operator. Returns the name of the

148− -- | operator. This parser will fail on any operators that are reserved

149− -- | operators. Legal operator (start) characters and reserved operators

150− -- | are defined in the `LanguageDef` that is passed to

151− -- | `makeTokenParser`. An `operator` is treated as a

152− -- | single token using `try`.

153− operator :: ParserT s m String,

154− -- |The lexeme parser `reservedOp name` parses `symbol

155− -- | name`, but it also checks that the `name` is not a prefix of a

156− -- | valid operator. A `reservedOp` is treated as a single token using

157− -- | `try`.

158− reservedOp :: String -> ParserT s m Unit,

159− -- | This lexeme parser parses a single literal character. Returns the

160− -- | literal character value. This parsers deals correctly with escape

161− -- | sequences. The literal character is parsed according to the grammar

162− -- | rules defined in the Haskell report (which matches most programming

163− -- | languages quite closely).

164− charLiteral :: ParserT s m Char,

165− -- | This lexeme parser parses a literal string. Returns the literal

166− -- | string value. This parsers deals correctly with escape sequences and

167− -- | gaps. The literal string is parsed according to the grammar rules

168− -- | defined in the Haskell report (which matches most programming

169− -- | languages quite closely).

170− stringLiteral :: ParserT s m String,

171− -- | This lexeme parser parses a natural number (a positive whole

172− -- | number). Returns the value of the number. The number can be

173− -- | specified in `decimal`, `hexadecimal` or

174− -- | `octal`. The number is parsed according to the grammar

175− -- | rules in the Haskell report.

176− natural :: ParserT s m Int,

177− -- | This lexeme parser parses an integer (a whole number). This parser

178− -- | is like `natural` except that it can be prefixed with

179− -- | sign (i.e. `-` or `+`). Returns the value of the number. The

180− -- | number can be specified in `decimal`, `hexadecimal`

181− -- | or `octal`. The number is parsed according

182− -- | to the grammar rules in the Haskell report.

183− integer :: ParserT s m Int,

184− -- | This lexeme parser parses a floating point value. Returns the value

185− -- | of the number. The number is parsed according to the grammar rules

186− -- | defined in the Haskell report.

187− float :: ParserT s m Number,

188− -- | This lexeme parser parses either `natural` or a `float`.

189− -- | Returns the value of the number. This parsers deals with

190− -- | any overlap in the grammar rules for naturals and floats. The number

191− -- | is parsed according to the grammar rules defined in the Haskell report.

192− naturalOrFloat :: ParserT s m (Either Int Number),

193− -- | Parses a positive whole number in the decimal system. Returns the

194− -- | value of the number.

195− decimal :: ParserT s m Int,

196− -- | Parses a positive whole number in the hexadecimal system. The number

197− -- | should be prefixed with `0x` or `0X`. Returns the value of the

198− -- | number.

199− hexadecimal :: ParserT s m Int,

200− -- | Parses a positive whole number in the octal system. The number

201− -- | should be prefixed with `0o` or `0O`. Returns the value of the

202− -- | number.

203− octal :: ParserT s m Int,

204− -- | Lexeme parser `symbol s` parses `string` `s` and skips

205− -- | trailing white space.

206− symbol :: String -> ParserT s m String,

207− -- | `lexeme p` first applies parser `p` and than the `whiteSpace`

208− -- | parser, returning the value of `p`. Every lexical

209− -- | token (lexeme) is defined using `lexeme`, this way every parse

210− -- | starts at a point without white space. Parsers that use `lexeme` are

211− -- | called *lexeme* parsers in this document.

212− -- |

213− -- | The only point where the `whiteSpace` parser should be

214− -- | called explicitly is the start of the main parser in order to skip

215− -- | any leading white space.

216− -- |

217− -- | ```purescript

218− -- | mainParser = do

219− -- | whiteSpace

220− -- | ds <- many (lexeme digit)

221− -- | eof

222− -- | pure (sum ds)

223− -- | ```

224− lexeme :: forall a. ParserT s m a -> ParserT s m a,

225− -- | Parses any white space. White space consists of *zero* or more

226− -- | occurrences of a `space`, a line comment or a block (multi

227− -- | line) comment. Block comments may be nested. How comments are

228− -- | started and ended is defined in the `LanguageDef`

229− -- | that is passed to `makeTokenParser`.

230− whiteSpace :: ParserT s m Unit,

231− -- | Lexeme parser `parens p` parses `p` enclosed in parenthesis,

232− -- | returning the value of `p`.

233− parens :: forall a. ParserT s m a -> ParserT s m a,

234− -- | Lexeme parser `braces p` parses `p` enclosed in braces (`{` and

235− -- | `}`), returning the value of `p`.

236− braces :: forall a. ParserT s m a -> ParserT s m a,

237− -- | Lexeme parser `angles p` parses `p` enclosed in angle brackets (`<`

238− -- | and `>`), returning the value of `p`.

239− angles :: forall a. ParserT s m a -> ParserT s m a,

240− -- | Lexeme parser `brackets p` parses `p` enclosed in brackets (`[`

241− -- | and `]`), returning the value of `p`.

242− brackets :: forall a. ParserT s m a -> ParserT s m a,

243− -- | Lexeme parser `semi` parses the character `;` and skips any

244− -- | trailing white space. Returns the string `;`.

245− semi :: ParserT s m String,

246− -- | Lexeme parser `comma` parses the character `,` and skips any

247− -- | trailing white space. Returns the string `,`.

248− comma :: ParserT s m String,

249− -- | Lexeme parser `colon` parses the character `:` and skips any

250− -- | trailing white space. Returns the string `:`.

251− colon :: ParserT s m String,

252− -- | Lexeme parser `dot` parses the character `.` and skips any

253− -- | trailing white space. Returns the string `.`.

254− dot :: ParserT s m String,

255− -- | Lexeme parser `semiSep p` parses *zero* or more occurrences of `p`

256− -- | separated by `semi`. Returns a list of values pureed by

257− -- | `p`.

258− semiSep :: forall a . ParserT s m a -> ParserT s m (List a),

259− -- | Lexeme parser `semiSep1 p` parses *one* or more occurrences of `p`

260− -- | separated by `semi`. Returns a list of values pureed by `p`.

261− semiSep1 :: forall a . ParserT s m a -> ParserT s m (List a),

262− -- | Lexeme parser `commaSep p` parses *zero* or more occurrences of

263− -- | `p` separated by `comma`. Returns a list of values pureed

264− -- | by `p`.

265− commaSep :: forall a . ParserT s m a -> ParserT s m (List a),

266− -- | Lexeme parser `commaSep1 p` parses *one* or more occurrences of

267− -- | `p` separated by `comma`. Returns a list of values pureed

268− -- | by `p`.

269− commaSep1 :: forall a . ParserT s m a -> ParserT s m (List a)

270− }

271−

272−-----------------------------------------------------------

273−-- Given a LanguageDef, create a token parser.

274−-----------------------------------------------------------

275−

276−-- | The expression `makeTokenParser language` creates a `GenTokenParser`

277−-- | record that contains lexical parsers that are

278−-- | defined using the definitions in the `language` record.

279−-- |

280−-- | The use of this function is quite stylized - one imports the

281−-- | appropiate language definition and selects the lexical parsers that

282−-- | are needed from the resulting `GenTokenParser`.

283−-- |

284−-- | ```purescript

285−-- | module Main where

286−-- |

287−-- | import Text.Parsing.Parser.Language (haskellDef)

288−-- | import Text.Parsing.Parser.Token (makeTokenParser)

289−-- |

290−-- | -- The parser

291−-- | expr = parens expr

292−-- | <|> identifier

293−-- | <|> ...

294−-- |

295−-- |

296−-- | -- The lexer

297−-- | tokenParser = makeTokenParser haskellDef

298−-- | parens = tokenParser.parens

299−-- | braces = tokenParser.braces

300−-- | identifier = tokenParser.identifier

301−-- | reserved = tokenParser.reserved

302−-- | ...

303−-- | ```

304−makeTokenParser :: forall m . Monad m => GenLanguageDef String m -> GenTokenParser String m

305−makeTokenParser (LanguageDef languageDef)

306− = { identifier: identifier

307− , reserved: reserved

308− , operator: operator

309− , reservedOp: reservedOp

310−

311− , charLiteral: charLiteral

312− , stringLiteral: stringLiteral

313− , natural: natural

314− , integer: integer

315− , float: float

316− , naturalOrFloat: naturalOrFloat

317− , decimal: decimal

318− , hexadecimal: hexadecimal

319− , octal: octal

320−

321− , symbol: symbol

322− , lexeme: lexeme

323− , whiteSpace: whiteSpace' (LanguageDef languageDef)

324−

325− , parens: parens

326− , braces: braces

327− , angles: angles

328− , brackets: brackets

329− , semi: semi

330− , comma: comma

331− , colon: colon

332− , dot: dot

333− , semiSep: semiSep

334− , semiSep1: semiSep1

335− , commaSep: commaSep

336− , commaSep1: commaSep1

337− }

338− where

339− -----------------------------------------------------------

340− -- Bracketing

341− -----------------------------------------------------------

342− parens :: forall a . ParserT String m a -> ParserT String m a

343− parens p = between (symbol "(") (symbol ")") p

344−

345− braces :: forall a . ParserT String m a -> ParserT String m a

346− braces p = between (symbol "{") (symbol "}") p

347−

348− angles :: forall a . ParserT String m a -> ParserT String m a

349− angles p = between (symbol "<") (symbol ">") p

350−

351− brackets :: forall a . ParserT String m a -> ParserT String m a

352− brackets p = between (symbol "[") (symbol "]") p

353−

354− semi :: ParserT String m String

355− semi = symbol ";"

356−

357− comma :: ParserT String m String

358− comma = symbol ","

359−

360− dot :: ParserT String m String

361− dot = symbol "."

362−

363− colon :: ParserT String m String

364− colon = symbol ":"

365−

366− commaSep :: forall a . ParserT String m a -> ParserT String m (List a)

367− commaSep p = sepBy p comma

368−

369− semiSep :: forall a . ParserT String m a -> ParserT String m (List a)

370− semiSep p = sepBy p semi

371−

372− commaSep1 :: forall a . ParserT String m a -> ParserT String m (List a)

373− commaSep1 p = sepBy1 p comma

374−

375− semiSep1 :: forall a . ParserT String m a -> ParserT String m (List a)

376− semiSep1 p = sepBy1 p semi

377−

378− -----------------------------------------------------------

379− -- Chars & Strings

380− -----------------------------------------------------------

381− charLiteral :: ParserT String m Char

382− charLiteral = lexeme go <?> "character"

383− where

384− go :: ParserT String m Char

385− go = between (char '\'') (char '\'' <?> "end of character") characterChar

386−

387− characterChar :: ParserT String m Char

388− characterChar = charLetter <|> charEscape <?> "literal character"

389−

390− charEscape :: ParserT String m Char

391− charEscape = char '\\' *> escapeCode

392−

393− charLetter :: ParserT String m Char

394− charLetter = satisfy \c -> (c /= '\'') && (c /= '\\') && (c > '\x1A')

395−

396− stringLiteral :: ParserT String m String

397− stringLiteral = lexeme (go <?> "literal string")

398− where

399− go :: ParserT String m String

400− go = do

401− maybeChars <- between (char '"') (char '"' <?> "end of string") (List.many stringChar)

402− pure $ SCU.fromCharArray $ List.toUnfoldable $ foldr folder Nil maybeChars

403−

404− folder :: Maybe Char -> List Char -> List Char

405− folder Nothing chars = chars

406− folder (Just c) chars = Cons c chars

407−

408−

409− stringChar :: ParserT String m (Maybe Char)

410− stringChar = (Just <$> stringLetter)

411− <|> stringEscape

412− <?> "string character"

413−

414− stringLetter :: ParserT String m Char

415− stringLetter = satisfy (\c -> (c /= '"') && (c /= '\\') && (c > '\x1A'))

416−

417− stringEscape :: ParserT String m (Maybe Char)

418− stringEscape = do

419− _ <- char '\\'

420− (escapeGap $> Nothing) <|> (escapeEmpty $> Nothing) <|> (Just <$> escapeCode)

421−

422− escapeEmpty :: ParserT String m Char

423− escapeEmpty = char '&'

424−

425− escapeGap :: ParserT String m Char

426− escapeGap = Array.some space *> char '\\' <?> "end of string gap"

427−

428− -- -- escape codes

429− escapeCode :: ParserT String m Char

430− escapeCode = charEsc <|> charNum <|> charAscii <|> charControl

431− <?> "escape code"

432−

433− charControl :: ParserT String m Char

434− charControl = do

435− _ <- char '^'

436− code <- upper

437− case fromCharCode (toCharCode code - toCharCode 'A' + 1) of

438− Just c -> pure c

439− Nothing -> fail "invalid character code (should not happen)"

440−

441− charNum :: ParserT String m Char

442− charNum = do

443− code <- decimal

444− <|> ( char 'o' *> number 8 octDigit )

445− <|> ( char 'x' *> number 16 hexDigit )

446− if code > 0x10FFFF

447− then fail "invalid escape sequence"

448− else case fromCharCode code of

449− Just c -> pure c

450− Nothing -> fail "invalid character code (should not happen)"

451−

452− charEsc :: ParserT String m Char

453− charEsc = choice (map parseEsc escMap)

454− where

455− parseEsc :: Tuple Char Char -> ParserT String m Char

456− parseEsc (Tuple c code) = char c $> code

457−

458− charAscii :: ParserT String m Char

459− charAscii = choice (map parseAscii asciiMap)

460− where

461− parseAscii :: Tuple String Char -> ParserT String m Char

462− parseAscii (Tuple asc code) = try $ string asc $> code

463−

464− -- escape code tables

465− escMap :: Array (Tuple Char Char)

466− escMap = Array.zip [ 'a', 'b', 'f', 'n', 'r', 't', 'v', '\\', '\"', '\'' ]

467− [ '\x7', '\x8', '\xC', '\n', '\r', '\t', '\xB', '\\', '\"', '\'' ]

468−

469− asciiMap :: Array (Tuple String Char)

470− asciiMap = Array.zip (ascii3codes <> ascii2codes) (ascii3 <> ascii2)

471−

472− ascii2codes :: Array String

473− ascii2codes = [ "BS", "HT", "LF", "VT", "FF", "CR", "SO", "SI", "EM", "FS", "GS", "RS", "US", "SP" ]

474−

475− ascii3codes :: Array String

476− ascii3codes = [ "NUL", "SOH", "STX", "ETX", "EOT", "ENQ", "ACK", "BEL"

477− , "DLE", "DC1", "DC2", "DC3", "DC4", "NAK", "SYN", "ETB"

478− , "CAN", "SUB", "ESC", "DEL"

479− ]

480−

481− ascii2 :: Array Char

482− ascii2 = [ '\x8', '\x9', '\xA', '\xB', '\xC', '\xD', '\xE', '\xF'

483− , '\x19', '\x1C', '\x1D', '\x1E', '\x1F', '\x20'

484− ]

485−

486− ascii3 :: Array Char

487− ascii3 = [ '\x0', '\x1', '\x2', '\x3', '\x4', '\x5', '\x6'

488− , '\x7', '\x10', '\x11', '\x12', '\x13', '\x14', '\x15'

489− , '\x16', '\x17', '\x18', '\x1A', '\x1B', '\x7F'

490− ]

491−

492− -----------------------------------------------------------

493− -- Numbers

494− -----------------------------------------------------------

495−

496− naturalOrFloat :: ParserT String m (Either Int Number)

497− naturalOrFloat = lexeme (natFloat) <?> "number"

498−

499− float :: ParserT String m Number

500− float = lexeme floating <?> "float"

501−

502− integer :: ParserT String m Int

503− integer = lexeme int <?> "integer"

504−

505− natural :: ParserT String m Int

506− natural = lexeme nat <?> "natural"

507−

508− -- floats

509− floating :: ParserT String m Number

510− floating = decimal >>= fractExponent

511−

512− natFloat :: ParserT String m (Either Int Number)

513− natFloat = char '0' *> zeroNumFloat

514− <|> decimalFloat

515−

516− zeroNumFloat :: ParserT String m (Either Int Number)

517− zeroNumFloat = Left <$> (hexadecimal <|> octal)

518− <|> decimalFloat

519− <|> fractFloat 0

520− <|> pure (Left 0)

521−

522− decimalFloat :: ParserT String m (Either Int Number)

523− decimalFloat = do

524− n <- decimal

525− option (Left n) (fractFloat n)

526−

527− fractFloat :: forall a . Int -> ParserT String m (Either a Number)

528− fractFloat n = Right <$> fractExponent n

529−

530− fractExponent :: Int -> ParserT String m Number

531− fractExponent n = fractExponent' <|> justExponent

532− where

533− fractExponent' :: ParserT String m Number

534− fractExponent' = do

535− fract <- fraction

536− expo <- option 1.0 exponent'

537− pure $ (toNumber n + fract) * expo

538−

539− justExponent :: ParserT String m Number

540− justExponent = do

541− expo <- exponent'

542− pure $ (toNumber n * expo)

543−

544− fraction :: ParserT String m Number

545− fraction = "fraction" <??> do

546− _ <- char '.'

547− digits <- Array.some digit <?> "fraction"

548− maybe (fail "not digit") pure $ foldr op (Just 0.0) digits

549− where

550− op :: Char -> Maybe Number -> Maybe Number

551− op _ Nothing = Nothing

552− op d (Just f) = do

553− int' <- digitToInt d

554− pure $ ( f + toNumber int' ) / 10.0

555−

556− exponent' :: ParserT String m Number

557− exponent' = "exponent" <??> do

558− _ <- oneOf ['e', 'E']

559− f <- sign

560− e <- decimal <?> "exponent"

561− pure $ power (f e)

562− where

563− power :: Int -> Number

564− power e | e < 0 = 1.0 / power (-e)

565− | otherwise = 10.0 `pow` toNumber e

566−

567− -- integers and naturals

568− int :: ParserT String m Int

569− int = do

570− f <- lexeme sign

571− n <- nat

572− pure $ f n

573−

574− sign :: forall a . (Ring a) => ParserT String m (a -> a)

575− sign = (char '-' $> negate)

576− <|> (char '+' $> identity)

577− <|> pure identity

578−

579− nat :: ParserT String m Int

580− nat = zeroNumber <|> decimal

581−

582− zeroNumber :: ParserT String m Int

583− zeroNumber = char '0' *>

584− ( hexadecimal <|> octal <|> decimal <|> pure 0 ) <?> ""

585−

586− decimal :: ParserT String m Int

587− decimal = number 10 digit

588−

589− hexadecimal :: ParserT String m Int

590− hexadecimal = oneOf ['x', 'X'] *> number 16 hexDigit

591−

592− octal :: ParserT String m Int

593− octal = oneOf ['o', 'O'] *> number 8 octDigit

594−

595− number :: Int -> ParserT String m Char -> ParserT String m Int

596− number base baseDigit = do

597− digits <- Array.some baseDigit

598− maybe (fail "not digits") pure $ foldl folder (Just 0) digits

599− where

600− folder :: Maybe Int -> Char -> Maybe Int

601− folder Nothing _ = Nothing

602− folder (Just x) d = ((base * x) + _) <$> digitToInt d

603−

604− -----------------------------------------------------------

605− -- Operators & reserved ops

606− -----------------------------------------------------------

607−

608− reservedOp :: String -> ParserT String m Unit

609− reservedOp name = lexeme $ try go

610− where

611− go :: ParserT String m Unit

612− go = do

613− _ <- string name

614− notFollowedBy languageDef.opLetter <?> "end of " <> name

615−

616− operator :: ParserT String m String

617− operator = lexeme $ try go

618− where

619− go :: ParserT String m String

620− go = do

621− name <- oper

622− if (isReservedOp name)

623− then fail ("reserved operator " <> name)

624− else pure name

625−

626− oper :: ParserT String m String

627− oper = go <?> "operator"

628− where

629− go :: ParserT String m String

630− go = do

631− c <- languageDef.opStart

632− cs <- Array.many languageDef.opLetter

633− pure $ SCU.singleton c <> SCU.fromCharArray cs

634−

635− isReservedOp :: String -> Boolean

636− isReservedOp name = isReserved (Array.sort languageDef.reservedOpNames) name

637−

638−

639− -----------------------------------------------------------

640− -- Identifiers & Reserved words

641− -----------------------------------------------------------

642−

643− reserved :: String -> ParserT String m Unit

644− reserved name = lexeme $ try go

645− where

646− go :: ParserT String m Unit

647− go = caseString name *> (notFollowedBy languageDef.identLetter <?> "end of " <> name)

648−

649− caseString :: String -> ParserT String m String

650− caseString name | languageDef.caseSensitive = string name $> name

651− | otherwise = walk name $> name

652− where

653− walk :: String -> ParserT String m Unit

654− walk name' = case SCU.uncons name' of

655− Nothing -> pure unit

656− Just { head: c, tail: cs } -> (caseChar c <?> msg) *> walk cs

657−

658− caseChar :: Char -> ParserT String m Char

659− caseChar c | isAlpha c = char (Unicode.toLower c) <|> char (Unicode.toUpper c)

660− | otherwise = char c

661−

662− msg :: String

663− msg = show name

664−

665−

666− identifier :: ParserT String m String

667− identifier = lexeme $ try go

668− where

669− go :: ParserT String m String

670− go = do

671− name <- ident

672− if (isReservedName (LanguageDef languageDef) name)

673− then fail ("reserved word " <> show name)

674− else pure name

675−

676−

677− ident :: ParserT String m String

678− ident = go <?> "identifier"

679− where

680− go :: ParserT String m String

681− go = do

682− c <- languageDef.identStart

683− cs <- Array.many languageDef.identLetter

684− pure $ SCU.singleton c <> SCU.fromCharArray cs

685−

686−

687− -----------------------------------------------------------

688− -- White space & symbols

689− -----------------------------------------------------------

690− symbol :: String -> ParserT String m String

691− symbol name = lexeme (string name) $> name

692−

693− lexeme :: forall a . ParserT String m a -> ParserT String m a

694− lexeme p = p <* whiteSpace' (LanguageDef languageDef)

695−

696−

697−-- ================================================================================ --

698−-- The following functions should really be in the where-clause of makeTokenParser, --

699−-- but they can't go there because they are mutually recursive. --

700−-- ================================================================================ --

701−

702−-----------------------------------------------------------

703−-- Identifiers & Reserved words

704−-----------------------------------------------------------

705−

706−isReservedName :: forall m . Monad m => GenLanguageDef String m -> String -> Boolean

707−isReservedName langDef@(LanguageDef languageDef) name =

708− isReserved (theReservedNames langDef) caseName

709− where

710− caseName | languageDef.caseSensitive = name

711− | otherwise = toLower name

712−

713−isReserved :: Array String -> String -> Boolean

714−isReserved names name =

715− case Array.uncons names of

716− Nothing -> false

717− Just { head: r, tail: rs } -> case (compare r name) of

718− LT -> isReserved rs name

719− EQ -> true

720− GT -> false

721−

722−theReservedNames :: forall m . Monad m => GenLanguageDef String m -> Array String

723−theReservedNames (LanguageDef languageDef)

724− | languageDef.caseSensitive = Array.sort languageDef.reservedNames

725− | otherwise = Array.sort $ map toLower languageDef.reservedNames

726−

727−-----------------------------------------------------------

728−-- White space & symbols

729−-----------------------------------------------------------

730−

731−whiteSpace' :: forall m . Monad m => GenLanguageDef String m -> ParserT String m Unit

732−whiteSpace' langDef@(LanguageDef languageDef)

733− | null languageDef.commentLine && null languageDef.commentStart =

734− skipMany (simpleSpace <?> "")

735− | null languageDef.commentLine =

736− skipMany (simpleSpace <|> multiLineComment langDef <?> "")

737− | null languageDef.commentStart =

738− skipMany (simpleSpace <|> oneLineComment langDef <?> "")

739− | otherwise =

740− skipMany (simpleSpace <|> oneLineComment langDef <|> multiLineComment langDef <?> "")

741−

742−simpleSpace :: forall m . Monad m => ParserT String m Unit

743−simpleSpace = skipMany1 (satisfy isSpace)

744−

745−oneLineComment :: forall m . Monad m => GenLanguageDef String m -> ParserT String m Unit

746−oneLineComment (LanguageDef languageDef) =

747− try (string languageDef.commentLine) *> skipMany (satisfy (_ /= '\n'))

748−

749−multiLineComment :: forall m . Monad m => GenLanguageDef String m -> ParserT String m Unit

750−multiLineComment langDef@(LanguageDef languageDef) =

751− try (string languageDef.commentStart) *> inComment langDef

752−

753−inComment :: forall m . Monad m => GenLanguageDef String m -> ParserT String m Unit

754−inComment langDef@(LanguageDef languageDef) =

755− if languageDef.nestedComments then inCommentMulti langDef else inCommentSingle langDef

756−

757−inCommentMulti :: forall m . Monad m => GenLanguageDef String m -> ParserT String m Unit

758−inCommentMulti langDef@(LanguageDef languageDef) =

759− fix \p -> ( void $ try (string languageDef.commentEnd) )

760− <|> ( multiLineComment langDef *> p )

761− <|> ( skipMany1 (noneOf startEnd) *> p )

762− <|> ( oneOf startEnd *> p )

763− <?> "end of comment"

764− where

765− startEnd :: Array Char

766− startEnd = SCU.toCharArray languageDef.commentEnd <> SCU.toCharArray languageDef.commentStart

767−

768−inCommentSingle :: forall m . Monad m => GenLanguageDef String m -> ParserT String m Unit

769−inCommentSingle (LanguageDef languageDef) =

770− fix \p -> ( void $ try (string languageDef.commentEnd) )

771− <|> ( skipMany1 (noneOf startEnd) *> p )

772− <|> ( oneOf startEnd *> p )

773− <?> "end of comment"

774− where

775− startEnd :: Array Char

776− startEnd = SCU.toCharArray languageDef.commentEnd <> SCU.toCharArray languageDef.commentStart

777−

778−-------------------------------------------------------------------------

779−-- Helper functions that should maybe go in Text.Parsing.Parser.String --

780−-------------------------------------------------------------------------

781−

782−-- | Parse a digit. Matches any char that satisfies `Data.Char.Unicode.isDigit`.

783−digit :: forall m . Monad m => ParserT String m Char

784−digit = satisfy isDigit <?> "digit"

785−

786−-- | Parse a hex digit. Matches any char that satisfies `Data.Char.Unicode.isHexDigit`.

787−hexDigit :: forall m . Monad m => ParserT String m Char

788−hexDigit = satisfy isHexDigit <?> "hex digit"

789−

790−-- | Parse an octal digit. Matches any char that satisfies `Data.Char.Unicode.isOctDigit`.

791−octDigit :: forall m . Monad m => ParserT String m Char

792−octDigit = satisfy isOctDigit <?> "oct digit"

793−

794−-- | Parse an uppercase letter. Matches any char that satisfies `Data.Char.Unicode.isUpper`.

795−upper :: forall m . Monad m => ParserT String m Char

796−upper = satisfy isUpper <?> "uppercase letter"

797−

798−-- | Parse a space character. Matches any char that satisfies `Data.Char.Unicode.isSpace`.

799−space :: forall m . Monad m => ParserT String m Char

800−space = satisfy isSpace <?> "space"

801−

802−-- | Parse an alphabetical character. Matches any char that satisfies `Data.Char.Unicode.isAlpha`.

803−letter :: forall m . Monad m => ParserT String m Char

804−letter = satisfy isAlpha <?> "letter"

805−

806−-- | Parse an alphabetical or numerical character.

807−-- | Matches any char that satisfies `Data.Char.Unicode.isAlphaNum`.

808−alphaNum :: forall m . Monad m => ParserT String m Char

809−alphaNum = satisfy isAlphaNum <?> "letter or digit"

test/Main.purs+153−502

@@ -1,46 +1,35 @@

11module Test.Main where

3−import Prelude hiding (between,when)

3+import Prelude

5−import Control.Alt ((<|>))

6−import Control.Lazy (fix)

7−import Data.Array (some)

5+import Control.Monad.Except (ExceptT(..))

6+import Control.Monad.Trans.Class (lift)

7+import Data.ArrayBuffer.ArrayBuffer as AB

8+import Data.ArrayBuffer.Cast (fromUint8Array, toUint8Array)

9+import Data.ArrayBuffer.DataView as DataView

10+import Data.ArrayBuffer.Typed (fromArray)

11+import Data.ArrayBuffer.Types (Uint8Array)

812import Data.Either (Either(..))

9−import Data.List (List(..), fromFoldable, many)

13+import Data.Enum (fromEnum)

14+import Data.List (fromFoldable)

15+import Data.List as List

1016import Data.Maybe (Maybe(..))

11−import Data.String.CodeUnits (fromCharArray, singleton)

12−import Data.Traversable(for_)

17+import Data.Traversable (for_)

1318import Data.Tuple (Tuple(..))

1419import Data.UInt (fromInt)

1520import Effect (Effect)

21+import Effect.Class (liftEffect)

1622import Effect.Console (logShow)

17−import Control.Monad.Trans.Class (lift)

18−import Test.Assert (assert')

19−import Text.Parsing.Parser (Parser, ParserT, runParser, runParserT, parseErrorPosition, fail)

20−import Text.Parsing.Parser.Combinators (endBy1, sepBy1, optionMaybe, try, chainl, between, manyTill)

21−import Text.Parsing.Parser.Expr (Assoc(..), Operator(..), buildExprParser)

22−import Text.Parsing.Parser.Language (javaStyle, haskellStyle, haskellDef)

23−import Text.Parsing.Parser.Pos (Position(..), initialPos)

24−import Text.Parsing.Parser.String (eof, string, char, satisfy, anyChar)

25−import Text.Parsing.Parser.Token (TokenParser, match, when, token, makeTokenParser)

26−import Data.ArrayBuffer.ArrayBuffer (empty) as AB

27−import Data.ArrayBuffer.DataView (setInt8, whole) as AB

28−import Text.Parsing.Parser.DataView as DV

29−

30−parens :: forall m a. Monad m => ParserT String m a -> ParserT String m a

31−parens = between (string "(") (string ")")

32−

33−nested :: forall m. Monad m => ParserT String m Int

34−nested = fix \p -> (do

35− _ <- string "a"

36− pure 0) <|> ((+) 1) <$> parens p

37−

38−parseTest :: forall s a. Show a => Eq a => s -> a -> Parser s a -> Effect Unit

39−parseTest input expected p = case runParser input p of

40− Right actual -> do

41− assert' ("expected: " <> show expected <> ", actual: " <> show actual) (expected == actual)

42− logShow actual

43− Left err -> assert' ("error: " <> show err) false

23+import Effect.Exception (catchException, message)

24+import Parsing (ParseError(..), ParserT, Position(..), fail, liftExceptT, parseErrorPosition, runParserT)

25+import Parsing.Combinators (many, manyTill)

26+import Parsing.DataView (anyInt8, anyTill, eof, satisfyInt8)

27+import Parsing.DataView as DV

28+import Parsing.DataView.Basic (anyCodePointUTF8)

29+import Test.Assert (assert', assertEqual')

30+import Web.Encoding.TextDecoder as TextDecoder

31+import Web.Encoding.TextEncoder as TextEncoder

32+import Web.Encoding.UtfLabel as UtfLabel

4433

4534parseTestT :: forall s a. Show a => Eq a => s -> a -> ParserT s Effect a -> Effect Unit

4635parseTestT input expected p = do

@@ -51,520 +40,81 @@ parseTestT input expected p = do

5140 logShow actual

5241 Left err -> assert' (show err) false

5342

54−parseErrorTestPosition :: forall s a. Show a => Parser s a -> s -> Position -> Effect Unit

55−parseErrorTestPosition p input expected = case runParser input p of

56− Right _ -> assert' "error: ParseError expected!" false

57− Left err -> do

58− let pos = parseErrorPosition err

59− assert' ("expected: " <> show expected <> ", pos: " <> show pos) (expected == pos)

60− logShow expected

61−

62−parseFailTestPositionT :: forall s a. s -> Position -> ParserT s Effect a -> Effect Unit

63−parseFailTestPositionT input failPos p = do

43+parseFailT :: forall s a. s -> Position -> ParserT s Effect a -> Effect Unit

44+parseFailT input failPos p = do

6445 result <- runParserT input p

6546 case result of

66− Right _ -> assert' ("ParseError expected at " <> show failPos) false

47+ Right _ -> assert' ("ParseError expected at " <> show failPos) false

6748 Left err -> do

6849 let pos = parseErrorPosition err

6950 assert' ("ParseError expected at " <> show failPos <> " but parser failed at " <> show pos)

70− (pos == failPos)

51+ (pos == failPos)

7152 logShow $ show failPos

7253

73−opTest :: Parser String String

74−opTest = chainl (singleton <$> anyChar) (char '+' $> append) ""

75−

76−digit :: Parser String Int

77−digit = (string "0" >>= \_ -> pure 0)

78− <|> (string "1" >>= \_ -> pure 1)

79− <|> (string "2" >>= \_ -> pure 2)

80− <|> (string "3" >>= \_ -> pure 3)

81− <|> (string "4" >>= \_ -> pure 4)

82− <|> (string "5" >>= \_ -> pure 5)

83− <|> (string "6" >>= \_ -> pure 6)

84− <|> (string "7" >>= \_ -> pure 7)

85− <|> (string "8" >>= \_ -> pure 8)

86− <|> (string "9" >>= \_ -> pure 9)

87−

88−exprTest :: Parser String Int

89−exprTest = buildExprParser [ [ Infix (string "/" >>= \_ -> pure (/)) AssocRight ]

90− , [ Infix (string "*" >>= \_ -> pure (*)) AssocRight ]

91− , [ Infix (string "-" >>= \_ -> pure (-)) AssocRight ]

92− , [ Infix (string "+" >>= \_ -> pure (+)) AssocRight ]

93− ] digit

94−

95−

96−manySatisfyTest :: Parser String String

97−manySatisfyTest = do

98− r <- some $ satisfy (\s -> s /= '?')

99− _ <- char '?'

100− pure (fromCharArray r)

101−

102−data TestToken = A | B

103−

104−instance showTestTokens :: Show TestToken where

105− show A = "A"

106− show B = "B"

107−

108−instance testTokensEq :: Eq TestToken where

109− eq A A = true

110− eq B B = true

111− eq _ _ = false

112−

113−isA :: TestToken -> Boolean

114−isA A = true

115−isA _ = false

116−

117−testTokenParser :: TokenParser

118−testTokenParser = makeTokenParser haskellDef

119−

12054mkPos :: Int -> Position

121−mkPos n = mkPos' n 1

122−

123−mkPos' :: Int -> Int -> Position

124−mkPos' column line = Position { column: column, line: line }

125−

126−type TestM = Effect Unit

127−

128−tokenParserIdentifierTest :: TestM

129−tokenParserIdentifierTest = do

130− -- parse normal identifier

131− parseTest "hello" "hello" testTokenParser.identifier

132−

133− -- error on reserved words

134− parseErrorTestPosition testTokenParser.identifier "let" $ mkPos 4

135−

136− -- parse whitespace after identifier

137− parseTest "hello twice " "twice" (testTokenParser.identifier *> testTokenParser.identifier)

138−

139− -- can't start identifiers with numbers

140− parseErrorTestPosition testTokenParser.identifier "3hello" $ mkPos 1

141−

142− -- but numbers can be in the identifier

143− parseTest "h3ll0 " "h3ll0" testTokenParser.identifier

144−

145− -- comments count as whitespace

146− parseTest "h3ll0 -- this is a comment\nbye {- this is another comment -}" (Tuple "h3ll0" "bye")

147− (Tuple <$> testTokenParser.identifier <*> testTokenParser.identifier)

148−

149− -- multiline comments work well

150− parseTest "hello {- this \nis a comment -} bye" (Tuple "hello" "bye")

151− (Tuple <$> testTokenParser.identifier <*> testTokenParser.identifier)

152−

153− -- nested comments are okay

154− parseTest "hello {- this {- \nis a comment -} foo -} bye" (Tuple "hello" "bye")

155− (Tuple <$> testTokenParser.identifier <*> testTokenParser.identifier)

156−

157− -- fail on non-matching comments

158− parseErrorTestPosition testTokenParser.identifier "hello {-" $ mkPos 9

159−

160−

161−tokenParserReservedTest :: TestM

162−tokenParserReservedTest = do

163− -- parse reserved identifier

164− parseTest "forall" unit $ testTokenParser.reserved "forall"

165−

166− -- fail on nonmatching reserved identifier

167− parseErrorTestPosition (testTokenParser.reserved "forall") "forall3" $ mkPos 7

168−

169− -- fail on nonmatching reserved identifier

170− parseErrorTestPosition (testTokenParser.reserved "forall") "forall3" $ mkPos 7

171−

172−tokenParserOperatorTest :: TestM

173−tokenParserOperatorTest = do

174− -- parse operator

175− parseTest "<>" "<>" testTokenParser.operator

176−

177− -- fail on nonoperator

178− parseErrorTestPosition testTokenParser.operator "foo" $ mkPos 1

179−

180− -- fail on reserved operator

181− parseErrorTestPosition testTokenParser.operator "=" $ mkPos 2

182−

183−-- TODO

184−tokenParserReservedOpTest :: TestM

185−tokenParserReservedOpTest = pure unit

186−

187−tokenParserCharLiteralTest :: TestM

188−tokenParserCharLiteralTest = do

189− -- parse char literal

190− parseTest "'c'" 'c' testTokenParser.charLiteral

191−

192− -- fail on slash

193− parseErrorTestPosition testTokenParser.charLiteral "'\'" $ mkPos 2

194−

195− -- parse escape code

196− parseTest "'\\n'" '\n' testTokenParser.charLiteral

197−

198− -- parse oct number

199− parseTest "'\\o101'" 'A' testTokenParser.charLiteral

200−

201− -- parse hex number

202− parseTest "'\\x41'" 'A' testTokenParser.charLiteral

203−

204− -- fail on bad oct

205− parseErrorTestPosition testTokenParser.charLiteral "'\\o389'" $ mkPos 5

206−

207− -- parse ascii

208− parseTest "'\\^I'" '\t' testTokenParser.charLiteral

209−

210−tokenParserStringLiteralTest :: TestM

211−tokenParserStringLiteralTest = do

212− -- parse string char

213− parseTest "\"hello\"" "hello" testTokenParser.stringLiteral

214−

215− -- fail on non-operator

216− parseErrorTestPosition testTokenParser.stringLiteral "he\"llo" $ mkPos 1

217−

218− -- parse string gap

219− parseTest "\"he\\ \\llo\"" "hello" testTokenParser.stringLiteral

220−

221− -- parse string empty

222− parseTest "\"he\\&llo\"" "hello" testTokenParser.stringLiteral

223−

224− -- parse string escape

225− parseTest "\"he\\nllo\"" "he\nllo" testTokenParser.stringLiteral

226−

227−tokenParserNaturalTest :: TestM

228−tokenParserNaturalTest = do

229− -- parse natural

230− parseTest "1" 1 testTokenParser.natural

231−

232− -- parse hex natural

233− parseTest "0xFF" 255 testTokenParser.natural

234−

235− -- parse oct natural

236− parseTest "0o10 " 8 testTokenParser.natural

237−

238− -- fail on nonoct

239− parseErrorTestPosition testTokenParser.natural "0o8" $ mkPos 3

240−

241− -- fail on no digits

242− parseErrorTestPosition testTokenParser.natural "0o" $ mkPos 3

243−

244−tokenParserIntegerTest :: TestM

245−tokenParserIntegerTest = do

246− -- parse integer

247− parseTest "100" 100 testTokenParser.integer

248−

249− -- parse plus

250− parseTest "+200" 200 testTokenParser.integer

251−

252− -- parse minus

253− parseTest "- 100" (-100) testTokenParser.integer

254−

255−tokenParserFloatTest :: TestM

256−tokenParserFloatTest = do

257− -- parse float

258− parseTest "100.5" 100.5 testTokenParser.float

259−

260− -- parse float with exponent

261− parseTest "100e1" 1000.0 testTokenParser.float

262−

263− -- parse float with exponent

264− parseTest "100.5e1" 1005.0 testTokenParser.float

265−

266− -- fail on nonfloat

267− parseErrorTestPosition testTokenParser.float "100.e1" $ mkPos 5

268−

269−-- TODO

270−tokenParserNaturalOrFloatTest :: TestM

271−tokenParserNaturalOrFloatTest = do

272− pure unit

273−

274−tokenParserDecimalTest :: TestM

275−tokenParserDecimalTest = do

276− -- parse decimal

277− parseTest "0202" 202 testTokenParser.decimal

278−

279− -- fail on nondecimal

280− parseErrorTestPosition testTokenParser.decimal "foo" $ mkPos 1

281−

282−-- TODO

283−tokenParserHexadecimalTest :: TestM

284−tokenParserHexadecimalTest = do

285− pure unit

286−

287−-- TODO

288−tokenParserOctalTest :: TestM

289−tokenParserOctalTest = do

290− pure unit

291−

292−tokenParserSymbolTest :: TestM

293−tokenParserSymbolTest = do

294− -- parse symbol

295− parseTest "hello " "hello" $ testTokenParser.symbol "hello"

296−

297−-- TODO

298−tokenParserLexemeTest :: TestM

299−tokenParserLexemeTest = do

300− pure unit

301−

302−-- TODO

303−tokenParserWhiteSpaceTest :: TestM

304−tokenParserWhiteSpaceTest = do

305− pure unit

306−

307−tokenParserParensTest :: TestM

308−tokenParserParensTest = do

309− -- parse parens

310− parseTest "(hello)" "hello" $ testTokenParser.parens $ string "hello"

311−

312− -- fail on non-closed parens

313− parseErrorTestPosition (testTokenParser.parens $ string "hello") "(hello" $ mkPos 7

314−

315−tokenParserBracesTest :: TestM

316−tokenParserBracesTest = do

317− -- parse braces

318− parseTest "{hello}" "hello" $ testTokenParser.braces $ string "hello"

319−

320− -- fail on non-closed braces

321− parseErrorTestPosition (testTokenParser.braces $ string "hello") "{hello" $ mkPos 7

322−

323−tokenParserAnglesTest :: TestM

324−tokenParserAnglesTest = do

325− -- parse angles

326− parseTest "<hello>" "hello" $ testTokenParser.angles $ string "hello"

327−

328− -- fail on non-closed angles

329− parseErrorTestPosition (testTokenParser.angles $ string "hello") "<hello" $ mkPos 7

330−

331−tokenParserBracketsTest :: TestM

332−tokenParserBracketsTest = do

333− -- parse brackets

334− parseTest "[hello]" "hello" $ testTokenParser.brackets $ string "hello"

335−

336− -- fail on non-closed brackets

337− parseErrorTestPosition (testTokenParser.brackets $ string "hello") "[hello" $ mkPos 7

338−

339−tokenParserSemiTest :: TestM

340−tokenParserSemiTest = do

341− -- parse semicolon

342− parseTest ";" ";" testTokenParser.semi

343−

344− -- fail on non-semicolon

345− parseErrorTestPosition testTokenParser.semi "a" $ mkPos 1

346−

347−tokenParserCommaTest :: TestM

348−tokenParserCommaTest = do

349− -- parse comma

350− parseTest "," "," testTokenParser.comma

351−

352− -- fail on non-comma

353− parseErrorTestPosition testTokenParser.comma "a" $ mkPos 1

354−

355−tokenParserColonTest :: TestM

356−tokenParserColonTest = do

357− -- parse colon

358− parseTest ":" ":" testTokenParser.colon

359−

360− -- fail on non-colon

361− parseErrorTestPosition testTokenParser.colon "a" $ mkPos 1

362−

363−tokenParserDotTest :: TestM

364−tokenParserDotTest = do

365− -- parse dot

366− parseTest "." "." testTokenParser.dot

367−

368− -- fail on non-dot

369− parseErrorTestPosition testTokenParser.dot "a" $ mkPos 1

370−

371−tokenParserSemiSepTest :: TestM

372−tokenParserSemiSepTest = do

373− -- parse semi sep

374− parseTest "foo; foo" (fromFoldable ["foo", "foo"]) $ testTokenParser.semiSep $ string "foo"

375−

376− -- parse semi sep with newline

377− parseTest "foo; \nfoo" (fromFoldable ["foo", "foo"]) $ testTokenParser.semiSep $ string "foo"

378−

379− -- parse no semi sep

380− parseTest "" (fromFoldable []) $ testTokenParser.semiSep $ string "foo"

381− -- parseErrorTestPosition testTokenParser.operator "foo" $ mkPos 1

382−

383−tokenParserSemiSep1Test :: TestM

384−tokenParserSemiSep1Test = do

385− -- parse semi sep1

386− parseTest "foo; foo" (fromFoldable ["foo", "foo"]) $ testTokenParser.semiSep1 $ string "foo"

387−

388− -- parse semi sep1 with newline

389− parseTest "foo; \nfoo" (fromFoldable ["foo", "foo"]) $ testTokenParser.semiSep1 $ string "foo"

390−

391− -- no parse on empty string

392− parseErrorTestPosition (testTokenParser.semiSep1 $ string "foo") "" $ mkPos 1

393−

394−tokenParserCommaSepTest :: TestM

395−tokenParserCommaSepTest = do

396− -- parse comma sep

397− parseTest "foo, foo" (fromFoldable ["foo", "foo"]) $ testTokenParser.commaSep $ string "foo"

398−

399− -- parse comma sep with newline

400− parseTest "foo, \nfoo" (fromFoldable ["foo", "foo"]) $ testTokenParser.commaSep $ string "foo"

401−

402− -- parse no comma sep

403− parseTest "" (fromFoldable []) $ testTokenParser.commaSep $ string "foo"

404−

405−tokenParserCommaSep1Test :: TestM

406−tokenParserCommaSep1Test = do

407− -- parse comma sep1

408− parseTest "foo, foo" (fromFoldable ["foo", "foo"]) $ testTokenParser.commaSep1 $ string "foo"

409−

410− -- parse comma sep1 with newline

411− parseTest "foo, \nfoo" (fromFoldable ["foo", "foo"]) $ testTokenParser.commaSep1 $ string "foo"

412−

413− -- no parse on empty string

414− parseErrorTestPosition (testTokenParser.commaSep1 $ string "foo") "" $ mkPos 1

415−

416−haskellStyleTest :: TestM

417−haskellStyleTest = do

418− let haskellTokParser = makeTokenParser haskellStyle

419−

420− -- make sure haskell-style comments work

421− parseTest "hello {- comment\n -} fo_" "fo_" $ haskellTokParser.identifier *> haskellTokParser.identifier

422−

423− -- make sure java-style comments do not work

424− parseErrorTestPosition

425− (haskellTokParser.identifier *> haskellTokParser.identifier)

426− "hello /* comment\n */ foo"

427− (mkPos 7)

428−

429−javaStyleTest :: TestM

430−javaStyleTest = do

431− let javaTokParser = makeTokenParser javaStyle

432− -- make sure java-style comments work

433− parseTest "hello /* comment\n */ fo_" "fo_" $ javaTokParser.identifier *> javaTokParser.identifier

434−

435− -- make sure java-style identifier work

436− parseTest "$hello /* comment\n */ _f$o_" "_f$o_" $ javaTokParser.identifier *> javaTokParser.identifier

437−

438− -- make sure haskell-style comments do not work

439− parseErrorTestPosition

440− (javaTokParser.identifier *> javaTokParser.identifier)

441− "hello {- comment\n -} foo"

442− (mkPos 7)

55+mkPos n = Position { index: n, line: 1, column: 1 }

44356

44457main :: Effect Unit

44558main = do

44659

447− parseErrorTestPosition

448− (many $ char 'f' *> char '?')

449− "foo"

450− (Position { column: 2, line: 1 })

451−

452− parseErrorTestPosition

453− (satisfy (_ == '?'))

454− "foo"

455− (Position { column: 1, line: 1 })

456−

457− parseTest

458− "foo"

459− Nil

460− (many $ try $ char 'f' *> char '?')

461−

462− parseTest "(((a)))" 3 nested

463− parseTest "aaa" (Cons "a" (Cons "a" (Cons "a" Nil))) $ many (string "a")

464− parseTest "(ab)" (Just "b") $ parens do

465− _ <- string "a"

466− optionMaybe $ string "b"

467− parseTest "a,a,a" (Cons "a" (Cons "a" (Cons "a" Nil))) $ string "a" `sepBy1` string ","

468− parseTest "a,a,a," (Cons "a" (Cons "a" (Cons "a" Nil))) $ do

469− as <- string "a" `endBy1` string ","

470− eof

471− pure as

472− parseTest "a+b+c" "abc" opTest

473− parseTest "1*2+3/4-5" (-3) exprTest

474− parseTest "ab?" "ab" manySatisfyTest

475− parseTest "aaab" (fromFoldable ['a','a','a']) $ manyTill (char 'a') (char 'b')

476−

477− let tokpos = const initialPos

478− parseTest (fromFoldable [A, B]) A (token tokpos)

479− parseTest (fromFoldable [B, A]) B (token tokpos)

480−

481− parseTest (fromFoldable [A, B]) A (when tokpos isA)

482−

483− parseTest (fromFoldable [A]) A (match tokpos A)

484− parseTest (fromFoldable [B]) B (match tokpos B)

485− parseTest (fromFoldable [A, B]) A (match tokpos A)

486−

487− parseErrorTestPosition (string "abc") "bcd" (Position { column: 1, line: 1 })

488− parseErrorTestPosition (string "abc" *> eof) "abcdefg" (Position { column: 4, line: 1 })

489− parseErrorTestPosition (string "a\nb\nc\n" *> eof) "a\nb\nc\nd\n" (Position { column: 1, line: 4 })

490− parseErrorTestPosition (string "\ta" *> eof) "\tab" (Position { column: 10, line: 1 })

491−

492− tokenParserIdentifierTest

493− tokenParserReservedTest

494− tokenParserOperatorTest

495− tokenParserReservedOpTest

496−

497− tokenParserCharLiteralTest

498− tokenParserStringLiteralTest

499− tokenParserNaturalTest

500− tokenParserIntegerTest

501− tokenParserFloatTest

502− tokenParserNaturalOrFloatTest

503− tokenParserDecimalTest

504− tokenParserHexadecimalTest

505− tokenParserOctalTest

506−

507− tokenParserSymbolTest

508− tokenParserLexemeTest

509− tokenParserWhiteSpaceTest

510−

511− tokenParserParensTest

512− tokenParserBracesTest

513− tokenParserAnglesTest

514− tokenParserBracketsTest

515− tokenParserSemiTest

516− tokenParserCommaTest

517− tokenParserColonTest

518− tokenParserDotTest

519− tokenParserSemiSepTest

520− tokenParserSemiSep1Test

521− tokenParserCommaSepTest

522− tokenParserCommaSep1Test

523−

524− haskellStyleTest

525− javaStyleTest

526−

60+ -- Test input is DataView = [5,6,7,8,9]

52761 ab <- AB.empty 5

528− let dv = AB.whole ab

529− for_ [0,1,2,3,4] $ \i -> AB.setInt8 dv i (i+5)

62+ let dv = DataView.whole ab

63+ for_ [ 0, 1, 2, 3, 4 ] $ \i -> DataView.setInt8 dv i (i + 5)

64+ -- anyInt8

53065 parseTestT dv 5 DV.anyInt8

531− parseTestT dv (fromFoldable [5,6,7,8,9]) $ manyTill DV.anyInt8 DV.eof

532− parseTestT dv (fromFoldable [5,6,7,8]) $ manyTill DV.anyInt8 (DV.satisfyInt8 (_ == 9))

66+ -- manyTill eof

67+ parseTestT dv (fromFoldable [ 5, 6, 7, 8, 9 ]) $ manyTill DV.anyInt8 DV.eof

68+ -- manyTill satisfy

69+ parseTestT dv (fromFoldable [ 5, 6, 7, 8 ]) $ manyTill DV.anyInt8 (DV.satisfyInt8 (_ == 9))

70+ -- anyInt16be

53371 parseTestT dv 0x0506 DV.anyInt16be

72+ -- anyInt16le

53473 parseTestT dv 0x0605 DV.anyInt16le

74+ -- anyUint16be

53575 parseTestT dv (fromInt 0x0506) DV.anyUint16be

76+ -- anyUint16le

53677 parseTestT dv (fromInt 0x0605) DV.anyUint16le

537− parseFailTestPositionT dv (mkPos 5) $ DV.anyInt16le *> DV.anyInt16le *> DV.anyInt16le

78+ -- fail on anyInt16le past end of DataView

79+ parseFailT dv (mkPos 4) $ DV.anyInt16le *> DV.anyInt16le *> DV.anyInt16le

80+ -- anyInt32be and anyInt8

53881 parseTestT dv (Tuple 0x05060708 0x09) $ do

53982 l <- DV.anyInt32be

54083 r <- DV.anyInt8

54184 DV.eof

54285 pure $ Tuple l r

86+ -- anyInt32le and anyInt8

54387 parseTestT dv (Tuple 0x08070605 0x09) $ do

54488 l <- DV.anyInt32le

54589 r <- DV.anyInt8

54690 DV.eof

54791 pure $ Tuple l r

92+ -- anyUint32be and anyInt8

54893 parseTestT dv (Tuple (fromInt 0x05060708) 0x09) $ do

54994 l <- DV.anyUint32be

55095 r <- DV.anyInt8

55196 DV.eof

55297 pure $ Tuple l r

98+ -- anyUint32le and anyInt8

55399 parseTestT dv (Tuple (fromInt 0x08070605) 0x09) $ do

554100 l <- DV.anyUint32le

555101 r <- DV.anyInt8

556102 DV.eof

557103 pure $ Tuple l r

104+ -- takeN

558105 parseTestT dv 0x0908 do

559106 _ <- DV.takeN 3

560107 DV.anyInt16le <* DV.eof

108+ -- takeRest then a new parse then anyInt16le

561109 parseTestT dv 0x0908 do

562110 _ <- DV.takeN 3

563111 remain <- DV.takeRest

564112 lift (runParserT remain DV.anyInt16le) >>= case _ of

565113 Right actual -> pure actual

566114 Left err -> fail $ show err

567− parseFailTestPositionT dv (mkPos 1) $ DV.takeN 6

115+ -- fail on takeN past end of DataView

116+ parseFailT dv (mkPos 0) $ DV.takeN 6

117+ -- takeRest then new parse on takeRest then anyInt8

568118 parseTestT dv 0x07 do

569119 _ <- DV.takeN 1

570120 DV.takeRest >>= \dv2 ->

@@ -573,8 +123,109 @@ main = do

573123 Right dv3 -> lift (runParserT dv3 $ DV.anyInt8) >>= case _ of

574124 Left err -> fail $ show err

575125 Right x -> pure x

576− parseFailTestPositionT dv (mkPos 2) $ do

126+ -- takeN then a new parse then fail on anyInt16le past end of DataView

127+ parseFailT dv (mkPos 1) $ do

577128 dv2 <- DV.takeN 1

578129 lift (runParserT dv2 DV.anyInt16le) >>= case _ of

579130 Left err -> fail $ show err

580131 Right x -> pure x

132+ parseTestT dv unit $ DV.takeN 5 *> pure unit

133+

134+ -- test match combinator

135+ runParserT dv (DV.match (DV.anyInt8 *> DV.anyInt8)) >>= case _ of

136+ Right (Tuple matchresult _) -> do

137+ r0 <- DataView.getInt8 matchresult 0

138+ r1 <- DataView.getInt8 matchresult 1

139+ assert' ("match failed " <> show r0 <> " " <> show r1) $ r0 == Just 5 && r1 == Just 6

140+ logShow $ show r0 <> " " <> show r1

141+ Left err -> assert' ("match failed " <> show err) false

142+

143+ do

144+ ablarge <- AB.empty 200000

145+ let dvlarge = DataView.whole ablarge

146+ -- forE 0 (AB.byteLength ablarge - 1) \i -> void $ DataView.setInt8 dvlarge i i

147+ x <- map List.length <$> runParserT dvlarge (many anyInt8)

148+ assertEqual' "stack safety"

149+ { actual: x

150+ , expected: Right 200000

151+ }

152+

153+ do

154+ let

155+ teststring = "test string 👓"

156+

157+ textDecoder <- TextDecoder.new UtfLabel.utf8

158+

159+ textEncoder <- TextEncoder.new

160+

161+ let testarray = TextEncoder.encode teststring textEncoder

162+

163+ testview <- fromUint8Array testarray

164+

165+ result <- runParserT testview do

166+ let length = DataView.byteLength testview

167+ stringview <- DV.takeN length

168+ stringarray <- lift $ liftEffect $ toUint8Array stringview

169+ liftExceptT $ ExceptT $ catchException (pure <<< Left <<< message) do

170+ Right <$> TextDecoder.decode stringarray textDecoder

171+

172+ assertEqual' "UTF-8 decoding example"

173+ { expected: Right teststring

174+ , actual: result

175+ }

176+

177+ do

178+ result <- runParserT dv do

179+ Tuple pre _ <- anyTill do

180+ _ <- satisfyInt8 (_ == 7)

181+ _ <- satisfyInt8 (_ == 8)

182+ pure unit

183+ pure pre

184+

185+ assertEqual' "anyTill"

186+ { expected: Right 2

187+ , actual: DataView.byteLength <$> result

188+ }

189+

190+ do

191+ -- Test one code point from each byte group

192+ -- a 97

193+ -- λ 955

194+ -- 月 0x6708

195+ -- 👓 0x1F453

196+ let teststring = "aλ月👓a"

197+ textEncoder <- TextEncoder.new

198+ let testarray = TextEncoder.encode teststring textEncoder

199+ testview <- fromUint8Array testarray

200+

201+ result <- (map <<< map <<< map) fromEnum $ runParserT testview do

202+ c0 <- anyCodePointUTF8

203+ c1 <- anyCodePointUTF8

204+ c2 <- anyCodePointUTF8

205+ c3 <- anyCodePointUTF8

206+ c4 <- anyCodePointUTF8

207+ eof

208+ pure [ c0, c1, c2, c3, c4 ]

209+

210+ assertEqual' "anyCodePointUTF8 basic"

211+ { expected: Right [ 97, 955, 0x6708, 0x1F453, 97 ]

212+ , actual: result

213+ }

214+

215+ do

216+ test :: Uint8Array <- fromArray (map fromInt [ 0x00BF ])

217+ testv <- fromUint8Array test

218+ result <- runParserT testv anyCodePointUTF8

219+ assertEqual' "anyCodePointUTF8 invalid 1"

220+ { expected: Left (ParseError "Invalid UTF-8 encoding" (Position { index: 0, column: 1, line: 1 }))

221+ , actual: result

222+ }

223+

224+ do

225+ test :: Uint8Array <- fromArray (map fromInt [ 0x00C0, 0 ])

226+ testv <- fromUint8Array test

227+ result <- runParserT testv anyCodePointUTF8

228+ assertEqual' "anyCodePointUTF8 invalid 2"

229+ { expected: Left (ParseError "Invalid UTF-8 encoding" (Position { index: 0, column: 1, line: 1 }))

230+ , actual: result

231+ }