package styled-ppx

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in-package search v0.2.0

package styled-ppx

styled-ppx.css-parser
- Styled_ppx_css_parser
  - Ast
  - Css_lexer
  - Css_parser
  - Driver
  - Parser_location
  - Tokens
styled-ppx.css-spec-parser
- Css_spec_parser
styled-ppx.css_native
- Css_AtomicTypes
- Css_Colors
- Css_Core
  - CssImplementationIntf
- Css_Js_Core
  - Animation
  - Calc
  - Converter
  - Make
    
    CssImpl
  - MakeResult
  - Nth
  - SVG
  - Shadow
  - Transition
- Css_Legacy_Core
  - Animation
  - Calc
  - Converter
  - Make
    
    CssImpl
  - MakeResult
  - Nth
  - SVG
  - Shadow
  - Transition
- Kloth
  - Array
  - Float
  - Int
  - List
  - Option
  - String
styled-ppx.emotion_native
- Css
  - Autoprefixer
  - Stylesheet
    
    Hashes
- CssJs
  - Array
  - Autoprefixer
  - Stylesheet
    
    Hashes
styled-ppx.murmur2
- Murmur2
styled-ppx.reason-css-parser
- Reason_css_parser
  - Combinator
  - Modifier
  - Parser
    
    StringMap
    
    Types
  - Rule
    
    Data
    
    Let
    
    Match
    
    Pattern
  - Standard
styled-ppx.string-interpolation
- String_interpolation

Legend:
Library
Module
Module type
Parameter
Class
Class type

type rgb = int * int * int

type 'a calc_min_max = [

| `calc of [ `add of 'a * 'a | `sub of 'a * 'a | `mult of 'a * 'a ]
| `min of 'a array
| `max of 'a array

]

type rgba =
  int
  * int
  * int
  * [ `num of float | Percentage.t | Percentage.t calc_min_max ]

type hsl =
  [ Angle.t | Angle.t calc_min_max ]
  * [ Percentage.t | Percentage.t calc_min_max ]
  * [ Percentage.t | Percentage.t calc_min_max ]

type hsla =
  [ Angle.t | Angle.t calc_min_max ]
  * [ Percentage.t | Percentage.t calc_min_max ]
  * [ Percentage.t | Percentage.t calc_min_max ]
  * [ `num of float | `percent of float | Percentage.t calc_min_max ]

type 'a colorMix = ColorMixMethod.t * ('a * Percentage.t) * ('a * Percentage.t)

type t = [

| `rgb of rgb
| `colorMix of t colorMix
| `rgba of rgba
| `hsl of hsl
| `hsla of hsla
| `hex of string
| `transparent
| `currentColor

]

val rgb : 'a -> 'b -> 'c -> [> `rgb of 'a * 'b * 'c ]

val rgba : 'a -> 'b -> 'c -> 'd -> [> `rgba of 'a * 'b * 'c * 'd ]

val hsl : 'a -> 'b -> 'c -> [> `hsl of 'a * 'b * 'c ]

val hsla : 'a -> 'b -> 'c -> 'd -> [> `hsla of 'a * 'b * 'c * 'd ]

val hex : 'a -> [> `hex of 'a ]

val transparent : [> `transparent ]

val currentColor : [> `currentColor ]

val string_of_angle : 
  [< `calc of
       [< `add of
            [< `deg of Js.Float.t
            | `grad of Js.Float.t
            | `rad of Js.Float.t
            | `turn of Js.Float.t ] as 'a
            * 'a
       | `mult of 'a * 'a
       | `sub of 'a * 'a ]
  | `deg of Js.Float.t
  | `grad of Js.Float.t
  | `max of 'a Belt.Array.t
  | `min of 'a Belt.Array.t
  | `rad of Js.Float.t
  | `turn of Js.Float.t ] ->
  string

val string_of_alpha : 
  [< `calc of
       [< `add of [< `percent of Js.Float.t ] as 'a * 'a
       | `mult of 'a * 'a
       | `sub of 'a * 'a ]
  | `max of 'a Belt.Array.t
  | `min of 'a Belt.Array.t
  | `num of Js.Float.t
  | `percent of Js.Float.t ] ->
  string

val string_of_alpha' : 
  [< `calc of
       [< `add of [< `percent of Js.Float.t ] as 'a * 'a
       | `mult of 'a * 'a
       | `sub of 'a * 'a ]
  | `max of 'a Belt.Array.t
  | `min of 'a Belt.Array.t
  | `percent of Js.Float.t ] ->
  string

val rgb_to_string : Js.Int.t -> Js.Int.t -> Js.Int.t -> string

val toString : 
  [< `colorMix of
       [< `in1 of
            [< `a98Rgb
            | `displayP3
            | `hsl
            | `hwb
            | `lab
            | `lch
            | `oklab
            | `oklch
            | `prophotoRgb
            | `rec2020
            | `srgb
            | `srgbLinear
            | `xyz
            | `xyzD50
            | `xyzD65 ]
       | `in2 of
         [< `hsl | `hwb | `lch | `oklch ]
         * [< `decreasing | `increasing | `longer | `shorter ] ]
       * ('a * [< `percent of Js.Float.t ] as 'b)
       * ('a * 'b)
  | `currentColor
  | `hex of string
  | `hsl of
    [< `calc of
         [< `add of
              [< `deg of Js.Float.t
              | `grad of Js.Float.t
              | `rad of Js.Float.t
              | `turn of Js.Float.t ] as 'c
              * 'c
         | `mult of 'c * 'c
         | `sub of 'c * 'c ]
    | `deg of Js.Float.t
    | `grad of Js.Float.t
    | `max of 'c Belt.Array.t
    | `min of 'c Belt.Array.t
    | `rad of Js.Float.t
    | `turn of Js.Float.t ]
    * [< `calc of
           [< `add of [< `percent of Js.Float.t ] as 'd * 'd
           | `mult of 'd * 'd
           | `sub of 'd * 'd ]
      | `max of 'd Belt.Array.t
      | `min of 'd Belt.Array.t
      | `percent of Js.Float.t ]
    * [< `calc of
           [< `add of [< `percent of Js.Float.t ] as 'e * 'e
           | `mult of 'e * 'e
           | `sub of 'e * 'e ]
      | `max of 'e Belt.Array.t
      | `min of 'e Belt.Array.t
      | `percent of Js.Float.t ]
  | `hsla of
    [< `calc of
         [< `add of
              [< `deg of Js.Float.t
              | `grad of Js.Float.t
              | `rad of Js.Float.t
              | `turn of Js.Float.t ] as 'f
              * 'f
         | `mult of 'f * 'f
         | `sub of 'f * 'f ]
    | `deg of Js.Float.t
    | `grad of Js.Float.t
    | `max of 'f Belt.Array.t
    | `min of 'f Belt.Array.t
    | `rad of Js.Float.t
    | `turn of Js.Float.t ]
    * [< `calc of
           [< `add of [< `percent of Js.Float.t ] as 'g * 'g
           | `mult of 'g * 'g
           | `sub of 'g * 'g ]
      | `max of 'g Belt.Array.t
      | `min of 'g Belt.Array.t
      | `percent of Js.Float.t ]
    * [< `calc of
           [< `add of [< `percent of Js.Float.t ] as 'h * 'h
           | `mult of 'h * 'h
           | `sub of 'h * 'h ]
      | `max of 'h Belt.Array.t
      | `min of 'h Belt.Array.t
      | `percent of Js.Float.t ]
    * [< `calc of
           [< `add of [< `percent of Js.Float.t ] as 'i * 'i
           | `mult of 'i * 'i
           | `sub of 'i * 'i ]
      | `max of 'i Belt.Array.t
      | `min of 'i Belt.Array.t
      | `num of Js.Float.t
      | `percent of Js.Float.t ]
  | `rgb of Js.Int.t * Js.Int.t * Js.Int.t
  | `rgba of
    Js.Int.t
    * Js.Int.t
    * Js.Int.t
    * [< `calc of
           [< `add of [< `percent of Js.Float.t ] as 'j * 'j
           | `mult of 'j * 'j
           | `sub of 'j * 'j ]
      | `max of 'j Belt.Array.t
      | `min of 'j Belt.Array.t
      | `num of Js.Float.t
      | `percent of Js.Float.t ]
  | `transparent ] as 'a ->
  string

val string_of_color : 
  ([< `colorMix of
        [< `in1 of
             [< `a98Rgb
             | `displayP3
             | `hsl
             | `hwb
             | `lab
             | `lch
             | `oklab
             | `oklch
             | `prophotoRgb
             | `rec2020
             | `srgb
             | `srgbLinear
             | `xyz
             | `xyzD50
             | `xyzD65 ]
        | `in2 of
          [< `hsl | `hwb | `lch | `oklch ]
          * [< `decreasing | `increasing | `longer | `shorter ] ]
        * 'a
        * 'a
   | `currentColor
   | `hex of string
   | `hsl of
     [< `calc of
          [< `add of
               [< `deg of Js.Float.t
               | `grad of Js.Float.t
               | `rad of Js.Float.t
               | `turn of Js.Float.t ] as 'c
               * 'c
          | `mult of 'c * 'c
          | `sub of 'c * 'c ]
     | `deg of Js.Float.t
     | `grad of Js.Float.t
     | `max of 'c Belt.Array.t
     | `min of 'c Belt.Array.t
     | `rad of Js.Float.t
     | `turn of Js.Float.t ]
     * [< `calc of
            [< `add of [< `percent of Js.Float.t ] as 'd * 'd
            | `mult of 'd * 'd
            | `sub of 'd * 'd ]
       | `max of 'd Belt.Array.t
       | `min of 'd Belt.Array.t
       | `percent of Js.Float.t ]
     * [< `calc of
            [< `add of [< `percent of Js.Float.t ] as 'e * 'e
            | `mult of 'e * 'e
            | `sub of 'e * 'e ]
       | `max of 'e Belt.Array.t
       | `min of 'e Belt.Array.t
       | `percent of Js.Float.t ]
   | `hsla of
     [< `calc of
          [< `add of
               [< `deg of Js.Float.t
               | `grad of Js.Float.t
               | `rad of Js.Float.t
               | `turn of Js.Float.t ] as 'f
               * 'f
          | `mult of 'f * 'f
          | `sub of 'f * 'f ]
     | `deg of Js.Float.t
     | `grad of Js.Float.t
     | `max of 'f Belt.Array.t
     | `min of 'f Belt.Array.t
     | `rad of Js.Float.t
     | `turn of Js.Float.t ]
     * [< `calc of
            [< `add of [< `percent of Js.Float.t ] as 'g * 'g
            | `mult of 'g * 'g
            | `sub of 'g * 'g ]
       | `max of 'g Belt.Array.t
       | `min of 'g Belt.Array.t
       | `percent of Js.Float.t ]
     * [< `calc of
            [< `add of [< `percent of Js.Float.t ] as 'h * 'h
            | `mult of 'h * 'h
            | `sub of 'h * 'h ]
       | `max of 'h Belt.Array.t
       | `min of 'h Belt.Array.t
       | `percent of Js.Float.t ]
     * [< `calc of
            [< `add of [< `percent of Js.Float.t ] as 'i * 'i
            | `mult of 'i * 'i
            | `sub of 'i * 'i ]
       | `max of 'i Belt.Array.t
       | `min of 'i Belt.Array.t
       | `num of Js.Float.t
       | `percent of Js.Float.t ]
   | `rgb of Js.Int.t * Js.Int.t * Js.Int.t
   | `rgba of
     Js.Int.t
     * Js.Int.t
     * Js.Int.t
     * [< `calc of
            [< `add of [< `percent of Js.Float.t ] as 'j * 'j
            | `mult of 'j * 'j
            | `sub of 'j * 'j ]
       | `max of 'j Belt.Array.t
       | `min of 'j Belt.Array.t
       | `num of Js.Float.t
       | `percent of Js.Float.t ]
   | `transparent ] as 'b
   * [< `percent of Js.Float.t ] as 'k) as 'a ->
  'a ->
  string

val string_of_actual_color : 
  ([< `colorMix of
        [< `in1 of
             [< `a98Rgb
             | `displayP3
             | `hsl
             | `hwb
             | `lab
             | `lch
             | `oklab
             | `oklch
             | `prophotoRgb
             | `rec2020
             | `srgb
             | `srgbLinear
             | `xyz
             | `xyzD50
             | `xyzD65 ]
        | `in2 of
          [< `hsl | `hwb | `lch | `oklch ]
          * [< `decreasing | `increasing | `longer | `shorter ] ]
        * 'a
        * 'a
   | `currentColor
   | `hex of string
   | `hsl of
     [< `calc of
          [< `add of
               [< `deg of Js.Float.t
               | `grad of Js.Float.t
               | `rad of Js.Float.t
               | `turn of Js.Float.t ] as 'b
               * 'b
          | `mult of 'b * 'b
          | `sub of 'b * 'b ]
     | `deg of Js.Float.t
     | `grad of Js.Float.t
     | `max of 'b Belt.Array.t
     | `min of 'b Belt.Array.t
     | `rad of Js.Float.t
     | `turn of Js.Float.t ]
     * [< `calc of
            [< `add of [< `percent of Js.Float.t ] as 'c * 'c
            | `mult of 'c * 'c
            | `sub of 'c * 'c ]
       | `max of 'c Belt.Array.t
       | `min of 'c Belt.Array.t
       | `percent of Js.Float.t ]
     * [< `calc of
            [< `add of [< `percent of Js.Float.t ] as 'd * 'd
            | `mult of 'd * 'd
            | `sub of 'd * 'd ]
       | `max of 'd Belt.Array.t
       | `min of 'd Belt.Array.t
       | `percent of Js.Float.t ]
   | `hsla of
     [< `calc of
          [< `add of
               [< `deg of Js.Float.t
               | `grad of Js.Float.t
               | `rad of Js.Float.t
               | `turn of Js.Float.t ] as 'e
               * 'e
          | `mult of 'e * 'e
          | `sub of 'e * 'e ]
     | `deg of Js.Float.t
     | `grad of Js.Float.t
     | `max of 'e Belt.Array.t
     | `min of 'e Belt.Array.t
     | `rad of Js.Float.t
     | `turn of Js.Float.t ]
     * [< `calc of
            [< `add of [< `percent of Js.Float.t ] as 'f * 'f
            | `mult of 'f * 'f
            | `sub of 'f * 'f ]
       | `max of 'f Belt.Array.t
       | `min of 'f Belt.Array.t
       | `percent of Js.Float.t ]
     * [< `calc of
            [< `add of [< `percent of Js.Float.t ] as 'g * 'g
            | `mult of 'g * 'g
            | `sub of 'g * 'g ]
       | `max of 'g Belt.Array.t
       | `min of 'g Belt.Array.t
       | `percent of Js.Float.t ]
     * [< `calc of
            [< `add of [< `percent of Js.Float.t ] as 'h * 'h
            | `mult of 'h * 'h
            | `sub of 'h * 'h ]
       | `max of 'h Belt.Array.t
       | `min of 'h Belt.Array.t
       | `num of Js.Float.t
       | `percent of Js.Float.t ]
   | `rgb of Js.Int.t * Js.Int.t * Js.Int.t
   | `rgba of
     Js.Int.t
     * Js.Int.t
     * Js.Int.t
     * [< `calc of
            [< `add of [< `percent of Js.Float.t ] as 'i * 'i
            | `mult of 'i * 'i
            | `sub of 'i * 'i ]
       | `max of 'i Belt.Array.t
       | `min of 'i Belt.Array.t
       | `num of Js.Float.t
       | `percent of Js.Float.t ]
   | `transparent ]
   * [< `percent of Js.Float.t ]) as 'a ->
  string