package css

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Module Css.SpSource

Statement parsers.

Sourceval block_ : (T.ctx -> 'a Angstrom.t) -> (T.ctx -> 'b Angstrom.t) -> (T.ctx -> 'c Angstrom.t) -> T.ctx -> 'c Angstrom.t
Sourceval skip_to_next_prop : unit Angstrom.t
Sourceval skip_to_next_selector : unit Angstrom.t
Sourceval check_no_more_prop_value : T.ctx -> unit Angstrom.t
Sourceval check_no_more_selector_def : T.ctx -> unit Angstrom.t
Sourceval qname : T.ctx -> ((string * string) * T.loc) Angstrom.t
Sourceval ident_or_star : T.ctx -> string Angstrom.t
Sourceval revert_selector : [< `Adjacent of 'a S.single_selector * ([< `Adjacent of 'a S.single_selector * 'b | `Child of 'a S.single_selector * 'b | `Inside of 'a S.single_selector * 'b | `Sibling of 'a S.single_selector * 'b | `Single of 'a S.single_selector ] as 'b) | `Child of 'a S.single_selector * ([< `Adjacent of 'a S.single_selector * 'c | `Child of 'a S.single_selector * 'c | `Inside of 'a S.single_selector * 'c | `Sibling of 'a S.single_selector * 'c | `Single of 'a S.single_selector ] as 'c) | `Inside of 'a S.single_selector * ([< `Adjacent of 'a S.single_selector * 'd | `Child of 'a S.single_selector * 'd | `Inside of 'a S.single_selector * 'd | `Sibling of 'a S.single_selector * 'd | `Single of 'a S.single_selector ] as 'd) | `Sibling of 'a S.single_selector * ([< `Adjacent of 'a S.single_selector * 'e | `Child of 'a S.single_selector * 'e | `Inside of 'a S.single_selector * 'e | `Sibling of 'a S.single_selector * 'e | `Single of 'a S.single_selector ] as 'e) | `Single of 'a S.single_selector ] -> 'a S.selector
Sourceval sel_qname : T.ctx -> ((string * string) * T.loc) Angstrom.t
Sourceval sel_id : T.ctx -> (string * T.loc) Angstrom.t
Sourceval sel_pseudo_class : T.ctx -> [< `Adjacent of string S.single_selector * ([< `Adjacent of string S.single_selector * 'a | `Child of string S.single_selector * 'a | `Inside of string S.single_selector * 'a | `Sibling of string S.single_selector * 'a | `Single of string S.single_selector ] as 'a) | `Child of string S.single_selector * ([< `Adjacent of string S.single_selector * 'b | `Child of string S.single_selector * 'b | `Inside of string S.single_selector * 'b | `Sibling of string S.single_selector * 'b | `Single of string S.single_selector ] as 'b) | `Inside of string S.single_selector * ([< `Adjacent of string S.single_selector * 'c | `Child of string S.single_selector * 'c | `Inside of string S.single_selector * 'c | `Sibling of string S.single_selector * 'c | `Single of string S.single_selector ] as 'c) | `Sibling of string S.single_selector * ([< `Adjacent of string S.single_selector * 'd | `Child of string S.single_selector * 'd | `Inside of string S.single_selector * 'd | `Sibling of string S.single_selector * 'd | `Single of string S.single_selector ] as 'd) | `Single of string S.single_selector ] Angstrom.t -> (string S.pseudo_class * T.loc) Angstrom.t
Sourceval sel_pseudo_elt : T.ctx -> ((string * string option) * T.loc) Angstrom.t
Sourceval sel_attr_value : T.ctx -> 'a S.qname -> 'a S.attr_selector Angstrom.t
Sourceval sel_attr : T.ctx -> string S.attr_selector Angstrom.t
Sourceval sel_attribute : T.ctx -> (string S.attr_selector * T.loc) Angstrom.t
Sourceval sel_attributes : T.ctx -> (string S.attr_selector * T.loc) list Angstrom.t
Sourceval subclass_selector : T.ctx -> [< `Adjacent of string S.single_selector * ([< `Adjacent of string S.single_selector * 'a | `Child of string S.single_selector * 'a | `Inside of string S.single_selector * 'a | `Sibling of string S.single_selector * 'a | `Single of string S.single_selector ] as 'a) | `Child of string S.single_selector * ([< `Adjacent of string S.single_selector * 'b | `Child of string S.single_selector * 'b | `Inside of string S.single_selector * 'b | `Sibling of string S.single_selector * 'b | `Single of string S.single_selector ] as 'b) | `Inside of string S.single_selector * ([< `Adjacent of string S.single_selector * 'c | `Child of string S.single_selector * 'c | `Inside of string S.single_selector * 'c | `Sibling of string S.single_selector * 'c | `Single of string S.single_selector ] as 'c) | `Sibling of string S.single_selector * ([< `Adjacent of string S.single_selector * 'd | `Child of string S.single_selector * 'd | `Inside of string S.single_selector * 'd | `Sibling of string S.single_selector * 'd | `Single of string S.single_selector ] as 'd) | `Single of string S.single_selector ] Angstrom.t -> ((string * T.loc) option * (string S.attr_selector * T.loc) list * (string S.pseudo_class * T.loc) list) -> ((string * T.loc) option * (string S.attr_selector * T.loc) list * (string S.pseudo_class * T.loc) list) Angstrom.t
Sourceval single_selector : T.ctx -> [< `Adjacent of string S.single_selector * ([< `Adjacent of string S.single_selector * 'a | `Child of string S.single_selector * 'a | `Inside of string S.single_selector * 'a | `Sibling of string S.single_selector * 'a | `Single of string S.single_selector ] as 'a) | `Child of string S.single_selector * ([< `Adjacent of string S.single_selector * 'b | `Child of string S.single_selector * 'b | `Inside of string S.single_selector * 'b | `Sibling of string S.single_selector * 'b | `Single of string S.single_selector ] as 'b) | `Inside of string S.single_selector * ([< `Adjacent of string S.single_selector * 'c | `Child of string S.single_selector * 'c | `Inside of string S.single_selector * 'c | `Sibling of string S.single_selector * 'c | `Single of string S.single_selector ] as 'c) | `Sibling of string S.single_selector * ([< `Adjacent of string S.single_selector * 'd | `Child of string S.single_selector * 'd | `Inside of string S.single_selector * 'd | `Sibling of string S.single_selector * 'd | `Single of string S.single_selector ] as 'd) | `Single of string S.single_selector ] Angstrom.t -> string S.single_selector Angstrom.t
Sourceval selector_ : T.ctx -> ([ `Adjacent of string S.single_selector * 'a | `Child of string S.single_selector * 'a | `Inside of string S.single_selector * 'a | `Sibling of string S.single_selector * 'a | `Single of string S.single_selector ] as 'a) Angstrom.t
Sourceval selector : T.ctx -> (string S.selector * T.loc) Angstrom.t
Sourceval selectors : T.ctx -> (string S.selector * T.loc) list Angstrom.t
Sourceval prop_value : (module P.Prop_space) -> string -> ?start:Lexing.position -> Css__P.binding list -> T.ctx -> [> `Bindings of Css__P.binding list | `Parse_error | `Unknown_property ] Angstrom.t
Sourceval declaration : (module P.Prop_space) -> T.ctx -> P.binding list -> P.binding list Angstrom.t
Sourceval declarations : (module P.Prop_space) -> T.ctx -> P.binding list -> P.binding list Angstrom.t
Sourceval declaration_block : (module P.Prop_space) -> T.ctx -> (P.binding list * string S.nested_rule list) Angstrom.t
Sourceval rule : (module P.Prop_space) -> T.ctx -> string S.rule_ Angstrom.t
Sourceval nested_rule_rel : T.ctx -> S.nested_rule_rel Angstrom.t
Sourceval nested_rule : (module P.Prop_space) -> T.ctx -> string S.nested_rule_ Angstrom.t
Sourceval url_string : T.ctx -> [> `Iri of Iri.t ] Angstrom.t
Sourceval url_or_string : T.ctx -> [> `Data of T.url_data | `Iri of Iri.t | `Src of [> `Iri of Iri.t | `Var of string * string option ] ] Angstrom.t
Sourceval at_namespace : T.ctx -> 'a S.at_rule_ Angstrom.t
Sourceval at_charset : T.ctx -> 'a S.at_rule_ Angstrom.t
Sourceval layer_name : T.ctx -> string list Angstrom.t
Sourceval at_import_layer : T.ctx -> string list option Angstrom.t
Sourceval at_import : T.ctx -> 'a S.at_rule_ Angstrom.t
Sourceval media_type : T.ctx -> S.media_type Angstrom.t
Sourceval media_feature_name : ?of_fun:bool -> T.ctx -> (string * T.loc) Angstrom.t
Sourceval media_feature_value : T.ctx -> [> `Dim of float * T.dim_unit | `Ident of string * T.loc | `Number of float | `Ratio of T.ratio ] Angstrom.t
Sourceval media_feature_range : T.ctx -> ((string * T.loc) * [> `Gt of [> `Dim of float * T.dim_unit | `Ident of string * T.loc | `Number of float | `Ratio of T.ratio ] | `Gt_lt of ([> `Dim of float * T.dim_unit | `Ident of string * T.loc | `Number of float | `Ratio of T.ratio ] as 'a) * ([> `Dim of float * T.dim_unit | `Ident of string * T.loc | `Number of float | `Ratio of T.ratio ] as 'b) | `Gt_lte of 'a * 'b | `Gte of [> `Dim of float * T.dim_unit | `Ident of string * T.loc | `Number of float | `Ratio of T.ratio ] | `Gte_lt of ([> `Dim of float * T.dim_unit | `Ident of string * T.loc | `Number of float | `Ratio of T.ratio ] as 'c) * [> `Dim of float * T.dim_unit | `Ident of string * T.loc | `Number of float | `Ratio of T.ratio ] | `Gte_lte of 'c * [> `Dim of float * T.dim_unit | `Ident of string * T.loc | `Number of float | `Ratio of T.ratio ] | `Lt of [> `Dim of float * T.dim_unit | `Ident of string * T.loc | `Number of float | `Ratio of T.ratio ] | `Lte of [> `Dim of float * T.dim_unit | `Ident of string * T.loc | `Number of float | `Ratio of T.ratio ] ]) Angstrom.t
Sourceval media_feature : T.ctx -> S.media_feature Angstrom.t
Sourceval media_condition : T.ctx -> S.media_condition Angstrom.t
Sourceval media_condition_or : T.ctx -> S.media_condition Angstrom.t
Sourceval media_condition_and : T.ctx -> S.media_condition Angstrom.t
Sourceval media_condition_not : T.ctx -> S.media_condition Angstrom.t
Sourceval media_query : T.ctx -> S.media_query Angstrom.t
Sourceval media_query_list : T.ctx -> S.media_query list Angstrom.t
Sourceval at_layer : (module P.Prop_space) -> T.ctx -> string S.at_rule_ Angstrom.t
Sourceval at_media : (module P.Prop_space) -> T.ctx -> string S.at_rule_ Angstrom.t
Sourceval at_other : (module P.Prop_space) -> T.ctx -> string S.at_rule_ Angstrom.t
Sourceval at_rule : (module P.Prop_space) -> T.ctx -> string S.at_rule_ Angstrom.t
Sourceval statement : (module P.Prop_space) -> T.ctx -> string S.statement Angstrom.t
Sourceval statements : (module P.Prop_space) -> T.ctx -> string S.statement list Angstrom.t