OpamFormat.V
These base converters raise Unexpected
when not run on the right input (which is then converted to Bad_format
by the parser.
val bool : (OpamParserTypes.FullPos.value, bool) OpamPp.t
val int : (OpamParserTypes.FullPos.value, int) OpamPp.t
val pos_int : (OpamParserTypes.FullPos.value, int) OpamPp.t
positive or null integer
val ident : (OpamParserTypes.FullPos.value, string) OpamPp.t
val string : (OpamParserTypes.FullPos.value, string) OpamPp.t
val string_tr : (OpamParserTypes.FullPos.value, string) OpamPp.t
Trimmed string
val simple_arg : (OpamParserTypes.FullPos.value, OpamTypes.simple_arg) OpamPp.t
Command arguments, i.e. strings or idents
val variable_contents : (OpamParserTypes.FullPos.value, OpamTypes.variable_contents) OpamPp.t
Strings or bools
val list : (OpamParserTypes.FullPos.value, OpamParserTypes.FullPos.value list) OpamPp.t
"a b c
"; also allows just "a" to be parsed as a singleton list
val group : (OpamParserTypes.FullPos.value, OpamParserTypes.FullPos.value list) OpamPp.t
"(a b c)"
val option : (OpamParserTypes.FullPos.value, OpamParserTypes.FullPos.value * OpamParserTypes.FullPos.value list) OpamPp.t
Options in the value
type sense, i.e. a value with an optional list of parameters in braces: "value {op1 op2}"
val map_group : (OpamParserTypes.FullPos.value, 'a) OpamPp.t -> (OpamParserTypes.FullPos.value, 'a list) OpamPp.t
val map_list : ?depth:int -> (OpamParserTypes.FullPos.value, 'a) OpamPp.t -> (OpamParserTypes.FullPos.value, 'a list) OpamPp.t
An expected list depth may be specified to enable removal of extra brackets (never use ~depth
for an inner list)
val list_depth : int -> (OpamParserTypes.FullPos.value, OpamParserTypes.FullPos.value) OpamPp.t
Normalises to the given list depth when parsing, and removes brackets that can be made implicit when printing
val map_option : (OpamParserTypes.FullPos.value, 'a) OpamPp.t -> (OpamParserTypes.FullPos.value list, 'b) OpamPp.t -> (OpamParserTypes.FullPos.value, 'a * 'b) OpamPp.t
Maps on the two terms of an option constructor.
val map_options_2 : (OpamParserTypes.FullPos.value, 'a) OpamPp.t -> (OpamParserTypes.FullPos.value list, 'b) OpamPp.t -> (OpamParserTypes.FullPos.value list, 'c) OpamPp.t -> (OpamParserTypes.FullPos.value, 'a * 'b * 'c) OpamPp.t
Maps over two options (e.g. v {op1} {op2}
)
val map_options_3 : (OpamParserTypes.FullPos.value, 'a) OpamPp.t -> (OpamParserTypes.FullPos.value list, 'b) OpamPp.t -> (OpamParserTypes.FullPos.value list, 'c) OpamPp.t -> (OpamParserTypes.FullPos.value list, 'd) OpamPp.t -> (OpamParserTypes.FullPos.value, 'a * 'b * 'c * 'd) OpamPp.t
Maps over three options (e.g. v {op1} {op2} {op3}
)
val map_pair : (OpamParserTypes.FullPos.value, 'a) OpamPp.t -> (OpamParserTypes.FullPos.value, 'b) OpamPp.t -> (OpamParserTypes.FullPos.value, 'a * 'b) OpamPp.t
A pair is simply a list with two elements in the value
type
val map_triple : (OpamParserTypes.FullPos.value, 'a) OpamPp.t -> (OpamParserTypes.FullPos.value, 'b) OpamPp.t -> (OpamParserTypes.FullPos.value, 'c) OpamPp.t -> (OpamParserTypes.FullPos.value, 'a * 'b * 'c) OpamPp.t
A triple is simply a list with three elements in the value
type
val url : (OpamParserTypes.FullPos.value, OpamTypes.url) OpamPp.t
val url_with_backend : OpamUrl.backend -> (OpamParserTypes.FullPos.value, OpamTypes.url) OpamPp.t
Specialised url parser when the backend is already known
val compiler_version : (OpamParserTypes.FullPos.value, string) OpamPp.t
val filter_ident : (OpamParserTypes.FullPos.value, OpamTypes.name option list * OpamTypes.variable * (string * string) option) OpamPp.t
val filter : (OpamParserTypes.FullPos.value list, OpamTypes.filter) OpamPp.t
val arg : (OpamParserTypes.FullPos.value, OpamTypes.simple_arg * OpamTypes.filter option) OpamPp.t
Arguments in commands (term + optional filter)
val command : (OpamParserTypes.FullPos.value, (OpamTypes.simple_arg * OpamTypes.filter option) list * OpamTypes.filter option) OpamPp.t
val constraints : (OpamParserTypes.FullPos.value, 'a) OpamPp.t -> (OpamParserTypes.FullPos.value list, (OpamFormula.relop * 'a) OpamFormula.formula) OpamPp.t
Simple dependency constraints
val filtered_constraints : (OpamParserTypes.FullPos.value, 'version) OpamPp.t -> (OpamParserTypes.FullPos.value list, 'version OpamTypes.filter_or_constraint OpamFormula.formula) OpamPp.t
Dependency constraints mixed with filters
val version : (OpamParserTypes.FullPos.value, OpamTypes.version) OpamPp.t
Package versions
val ext_version : (OpamParserTypes.FullPos.value, OpamTypes.filter) OpamPp.t
Package versions as filters, as they may appear in dependency (may be an expanded string or an ident)
val pkgname : (OpamParserTypes.FullPos.value, OpamTypes.name) OpamPp.t
A package name, encoded as a string, but with restrictions
val package_atom : (OpamParserTypes.FullPos.value list, 'a) OpamPp.t -> (OpamParserTypes.FullPos.value, OpamTypes.name * 'a) OpamPp.t
Returns an atom parser ("package" {>= "version"})
from a constraint and a version parser
val package_formula : [< `Conj | `Disj ] -> (OpamParserTypes.FullPos.value list, 'a) OpamPp.t -> (OpamParserTypes.FullPos.value, (OpamTypes.name * 'a) OpamFormula.formula) OpamPp.t
Takes a parser for constraints. Lists without operator will be understood as conjunctions or disjunctions depending on the first argument.
val package_formula_items : [< `Conj | `Disj ] -> (OpamParserTypes.FullPos.value list, 'a) OpamPp.t -> (OpamParserTypes.FullPos.value list, (OpamTypes.name * 'a) OpamFormula.formula) OpamPp.t
Like package_formula
, but takes the list items directly
val env_binding : (OpamParserTypes.FullPos.value, OpamTypes.env_update) OpamPp.t
Environment variable updates syntax
val os_constraint : (OpamParserTypes.FullPos.value, (bool * string) OpamFormula.formula) OpamPp.t