Module `Css.S`Source

Statements.

val pp_list : 
  string ->
  (Format.formatter -> 'a -> unit) ->
  Format.formatter ->
  'a list ->
  unit

Sourcetype 'a qname = 'a * string

Sourcetype attr_value_operator =

| Exact
| Exact_list
| Hyphen
| Prefix
| Suffix
| Contain

Sourcetype attr_value = {

v : string;
op : attr_value_operator;
case_sensitive : bool;

}

Sourcetype 'ns attr_selector =

| Attr_present of 'ns qname
| Attr_value of 'ns qname * attr_value

Sourcetype 'ns pseudo_class = [

| `Active
| `Default
| `Disabled
| `Empty
| `Enabled
| `First_child
| `First_of_type
| `Focus
| `Fullscreen
| `Hover
| `In_range
| `Indeterminate
| `Invalid
| `Lang of string
| `Last_child
| `Last_of_type
| `Link
| `Not of 'ns selector
| `Nth_child of int
| `Nth_last_child of int
| `Nth_last_of_type
| `Nth_of_type of int
| `Only_of_type
| `Only_child
| `Optional
| `Out_of_range
| `Read_only
| `Read_write
| `Required
| `Root
| `Target
| `Valid
| `Visited
| `Other of string

]

Sourceand 'ns single_selector = {

sel_qname : 'ns qname T.with_loc option;
sel_attr : 'ns attr_selector T.with_loc list;
sel_id : string T.with_loc option;
sel_pseudo_class : 'ns pseudo_class T.with_loc list;
sel_pseudo_elt : (string * string option) T.with_loc option;

}

Sourceand 'ns selector =

| Single of 'ns single_selector
| Inside of 'ns selector * 'ns single_selector
| Child of 'ns selector * 'ns single_selector
| Adjacent of 'ns selector * 'ns single_selector
| Sibling of 'ns selector * 'ns single_selector

Sourceval pseudo_class_kws : 'a pseudo_class list

Sourceval selector_is_empty : 'a single_selector -> bool

Sourcetype nested_rule_rel = [

| `Add_to_parent
| `Inside
| `Child
| `Adjacent
| `Sibling

]

Sourceval string_of_nested_rule_rel : nested_rule_rel -> string

Sourcetype 'ns rule_ = {

sel : 'ns selector T.with_loc list;
decls : P.binding list;
nested : 'ns nested_rule list;

}

Sourceand 'ns rule = 'ns rule_ T.with_loc

Sourceand 'ns nested_rule_ = nested_rule_rel * 'ns rule

Sourceand 'ns nested_rule = 'ns nested_rule_ T.with_loc

Sourceval string_of_attr_value : attr_value -> string

Source

val string_of_attr_selector : 
  ('a qname -> string) ->
  'a attr_selector ->
  string

Source

val string_of_attr_selector_list : 
  ('a qname -> string) ->
  ('a attr_selector * 'b) list ->
  string

Source

val string_of_single_selector : 
  ('a qname -> string) ->
  'a single_selector ->
  string

Sourceval string_of_selector : ('a qname -> string) -> 'a selector -> string

Sourceval string_of_selector_ : ('a qname -> string) -> ('a selector * 'b) -> string

Sourceval string_of_pseudo_class : ('a qname -> string) -> 'a pseudo_class -> string

Sourceval pseudo_class_of_string : string -> string pseudo_class option

Sourceval pp_decl : Format.formatter -> P.binding -> unit

Sourceval pp_decls : Format.formatter -> P.binding list -> unit

Sourceval pp_rule_ : ('a qname -> string) -> Format.formatter -> 'a rule_ -> unit

Sourceval pp_rule : ('a qname -> string) -> Format.formatter -> 'a rule -> unit

Source

val pp_nested_rule : 
  ('a qname -> string) ->
  Format.formatter ->
  'a nested_rule ->
  unit

Sourcetype media_type = [

| `All
| `Aural
| `Braille
| `Embossed
| `Handheld
| `Print
| `Projection
| `Screen
| `Speech
| `Tty
| `Tv

]

Source

val media_types : 
  [> `All
  | `Aural
  | `Braille
  | `Embossed
  | `Handheld
  | `Print
  | `Projection
  | `Screen
  | `Speech
  | `Tty
  | `Tv ]
    list

Sourceval string_of_media_type : media_type -> string

Sourceval pp_media_type : Format.formatter -> media_type -> unit

Sourcetype media_feature_name = string T.with_loc

Sourcetype media_feature_value = [

| `Number of T.number
| `Dim of T.dimension
| `Ident of string T.with_loc
| `Ratio of T.ratio

]

Source

val string_of_media_feature_value : 
  [< `Dim of float * T.dim_unit
  | `Ident of string * 'a
  | `Number of float
  | `Ratio of float * float ] ->
  string

Sourcetype media_feature_range = [

| `Lt of media_feature_value
| `Lte of media_feature_value
| `Gt of media_feature_value
| `Gte of media_feature_value
| `Gt_lt of media_feature_value * media_feature_value
| `Gte_lt of media_feature_value * media_feature_value
| `Gt_lte of media_feature_value * media_feature_value
| `Gte_lte of media_feature_value * media_feature_value

]

Source

val string_of_media_feature_range : 
  string ->
  [< `Gt of
       [< `Dim of float * T.dim_unit
       | `Ident of string * 'a
       | `Number of float
       | `Ratio of float * float ]
  | `Gt_lt of
    [< `Dim of float * T.dim_unit
    | `Ident of string * 'b
    | `Number of float
    | `Ratio of float * float ]
    * [< `Dim of float * T.dim_unit
      | `Ident of string * 'c
      | `Number of float
      | `Ratio of float * float ]
  | `Gt_lte of
    [< `Dim of float * T.dim_unit
    | `Ident of string * 'd
    | `Number of float
    | `Ratio of float * float ]
    * [< `Dim of float * T.dim_unit
      | `Ident of string * 'e
      | `Number of float
      | `Ratio of float * float ]
  | `Gte of
    [< `Dim of float * T.dim_unit
    | `Ident of string * 'f
    | `Number of float
    | `Ratio of float * float ]
  | `Gte_lt of
    [< `Dim of float * T.dim_unit
    | `Ident of string * 'g
    | `Number of float
    | `Ratio of float * float ]
    * [< `Dim of float * T.dim_unit
      | `Ident of string * 'h
      | `Number of float
      | `Ratio of float * float ]
  | `Gte_lte of
    [< `Dim of float * T.dim_unit
    | `Ident of string * 'i
    | `Number of float
    | `Ratio of float * float ]
    * [< `Dim of float * T.dim_unit
      | `Ident of string * 'j
      | `Number of float
      | `Ratio of float * float ]
  | `Lt of
    [< `Dim of float * T.dim_unit
    | `Ident of string * 'k
    | `Number of float
    | `Ratio of float * float ]
  | `Lte of
    [< `Dim of float * T.dim_unit
    | `Ident of string * 'l
    | `Number of float
    | `Ratio of float * float ] ] ->
  string

Sourcetype media_feature_constraint = [

| `Present
| `Value of media_feature_value
| `Range of media_feature_range

]

Sourcetype media_feature = media_feature_name * media_feature_constraint

Sourceval string_of_media_feature : media_feature -> string

Sourceval pp_media_feature : Format.formatter -> media_feature -> unit

Sourceval get_min_max : string -> [> `Max of string | `Min of string ] option

Source

val media_feature_map_min_max : 
  ((string * 'a)
   * ([< `Present
      | `Range of [> `Gte of 'c | `Lte of 'c ]
      | `Value of 'c Range ] as 'b)) ->
  (string * 'a) * 'b

Sourcetype media_condition = [

| `Feature of media_feature
| `And of media_condition * media_condition
| `Or of media_condition * media_condition
| `Not of media_condition

]

Source

val string_of_media_condition : 
  ([< `And of 'a * 'a
   | `Feature of media_feature
   | `Not of 'a
   | `Or of 'a * 'a Feature ] as 'a) ->
  string

Sourcetype media_query = {

negated : bool;
media_type : media_type option;
media_condition : media_condition option;

}

Sourceval string_of_media_query : media_query -> string

Sourceval pp_media_query : Format.formatter -> media_query -> unit

Sourceval pp_media_query_list : Format.formatter -> media_query list -> unit

Sourcetype import_conditions = unit

Sourcetype layer_name = string list

Sourceval pp_layer_name : Format.formatter -> string list -> unit

Sourceval pp_layer_names : Format.formatter -> string list list -> unit

Sourcetype 'ns at_rule_ =

| Charset of string
| Import of T.url * layer_name option * import_conditions option
| Layer of layer_name list * 'ns statement list
| Media of media_query list * 'ns statement list
| Namespace of string option * T.url
| Other of string

Sourceand 'ns at_rule = 'ns at_rule_ * T.loc

Sourceand 'ns statement =

| Rule of 'ns rule
| At_rule of 'ns at_rule

Source

val pp_at_rule_ : 
  ('a qname -> string) ->
  Format.formatter ->
  'a at_rule_ ->
  unit

Sourceval pp_at_rule : ('a qname -> string) -> Format.formatter -> 'a at_rule -> unit

Source

val pp_statement : 
  ('a qname -> string) ->
  Format.formatter ->
  'a statement ->
  unit

Source

val pp_statement_list : 
  ('a qname -> string) ->
  Format.formatter ->
  'a statement list ->
  unit

Sourcemodule Smap = T.Smap

Sourceval empty_iri : Iri.t

Source

val expand_qname : 
  ?all:bool ->
  Iri.t Smap.t ->
  T.loc ->
  (Smap.key * 'a) ->
  Iri.t * 'a

Source

val expand_attr_selector : 
  Iri.t Smap.t ->
  T.loc ->
  Smap.key attr_selector ->
  Iri.t attr_selector

Source

val expand_pseudo_class : 
  Iri.t Smap.t ->
  Smap.key pseudo_class ->
  Iri.t pseudo_class

Source

val expand_single_selector : 
  Iri.t Smap.t ->
  Smap.key single_selector ->
  Iri.t single_selector

Sourceval expand_selector : Iri.t Smap.t -> Smap.key selector -> Iri.t selector

Sourceval expand_rule : Iri.t Smap.t -> Smap.key rule_ -> Iri.t rule_

Sourceval html_ns_iri : Iri.t

Sourceval math_ns : string * Iri.t

Sourceval svg_ns : string * Iri.t

Sourceval default_ns : Iri.t Smap.t

Default namespaces used when expanding namespaces in CSS. These consist in:

"" mapped to "http://www.w3.org/1999/xhtml",
"math" mapped to "http://www.w3.org/1998/Math/MathML",
"svg" mapped to "http://www.w3.org/2000/svg".

Source

val expand_at_rule : 
  Iri.t Smap.t ->
  Smap.key at_rule_ ->
  Iri.t Smap.t * Iri.t at_rule_

Source

val expand_statement : 
  Iri.t Smap.t ->
  Smap.key statement ->
  Iri.t Smap.t * Iri.t statement

Source

val expand_statement_list : 
  ?ns:Iri.t Smap.t ->
  Smap.key statement list ->
  Iri.t statement list

Sourceval expand_nested : 'a statement list -> 'a statement list

package css

Module Css.SSource

Module `Css.S`Source