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package guile
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Module Guile.FunctionsSource
register_fun1 fname ?no_opt ?rst f exposes the OCaml function f to the Guile scheme context, under the name fname.
no_opt encodes the number of trailing arguments that are optional, and rst encodes whether the last argument should capture all extraneous arguments.
register_fun2 fname ?no_opt ?rst f exposes the OCaml function f to the Guile scheme context, under the name fname.
no_opt encodes the number of trailing arguments that are optional, and rst encodes whether the last argument should capture all extraneous arguments.
register_fun3 fname ?no_opt ?rst f exposes the OCaml function f to the Guile scheme context, under the name fname.
no_opt encodes the number of trailing arguments that are optional, and rst encodes whether the last argument should capture all extraneous arguments.
Source
val register_fun4 :
string ->
?no_opt:int ->
?rst:bool ->
(scm -> scm -> scm -> scm -> scm) ->
scmregister_fun4 fname ?no_opt ?rst f exposes the OCaml function f to the Guile scheme context, under the name fname.
no_opt encodes the number of trailing arguments that are optional, and rst encodes whether the last argument should capture all extraneous arguments.
Source
val register_fun5 :
string ->
?no_opt:int ->
?rst:bool ->
(scm -> scm -> scm -> scm -> scm -> scm) ->
scmregister_fun5 fname ?no_opt ?rst f exposes the OCaml function f to the Guile scheme context, under the name fname.
no_opt encodes the number of trailing arguments that are optional, and rst encodes whether the last argument should capture all extraneous arguments.
Source
val register_fun6 :
string ->
?no_opt:int ->
?rst:bool ->
(scm -> scm -> scm -> scm -> scm -> scm -> scm) ->
scmregister_fun6 fname ?no_opt ?rst f exposes the OCaml function f to the Guile scheme context, under the name fname.
no_opt encodes the number of trailing arguments that are optional, and rst encodes whether the last argument should capture all extraneous arguments.
Source
val register_fun7 :
string ->
?no_opt:int ->
?rst:bool ->
(scm -> scm -> scm -> scm -> scm -> scm -> scm -> scm) ->
scmregister_fun7 fname ?no_opt ?rst f exposes the OCaml function f to the Guile scheme context, under the name fname.
no_opt encodes the number of trailing arguments that are optional, and rst encodes whether the last argument should capture all extraneous arguments.
Source
val register_fun8 :
string ->
?no_opt:int ->
?rst:bool ->
(scm -> scm -> scm -> scm -> scm -> scm -> scm -> scm -> scm) ->
scmregister_fun8 fname ?no_opt ?rst f exposes the OCaml function f to the Guile scheme context, under the name fname.
no_opt encodes the number of trailing arguments that are optional, and rst encodes whether the last argument should capture all extraneous arguments.
Source
val register_fun9 :
string ->
?no_opt:int ->
?rst:bool ->
(scm -> scm -> scm -> scm -> scm -> scm -> scm -> scm -> scm -> scm) ->
scmregister_fun9 fname ?no_opt ?rst f exposes the OCaml function f to the Guile scheme context, under the name fname.
no_opt encodes the number of trailing arguments that are optional, and rst encodes whether the last argument should capture all extraneous arguments.
Source
val register_fun10 :
string ->
?no_opt:int ->
?rst:bool ->
(scm -> scm -> scm -> scm -> scm -> scm -> scm -> scm -> scm -> scm -> scm) ->
scmregister_fun10 fname ?no_opt ?rst f exposes the OCaml function f to the Guile scheme context, under the name fname.
no_opt encodes the number of trailing arguments that are optional, and rst encodes whether the last argument should capture all extraneous arguments.