coq-core.checklib
Coq_checklib.Analyze
btauto_plugin
byte_config
cc_plugin
coq-core.boot
coq-core.clib
coq-core.config
coq-core.coqworkmgrapi
coq-core.debugger_support
coq-core.dev
coq-core.engine
coq-core.gramlib
coq-core.interp
coq-core.kernel
coq-core.lib
coq-core.library
coq-core.parsing
coq-core.perf
coq-core.plugins
coq-core.pretyping
coq-core.printing
coq-core.proofs
coq-core.stm
coq-core.sysinit
coq-core.tactics
coq-core.toplevel
coq-core.vernac
coq-core.vm
derive_plugin
extraction_plugin
firstorder_plugin
funind_plugin
ltac2_ltac1_plugin
ltac2_plugin
ltac_plugin
micromega_core_plugin
micromega_plugin
nsatz_plugin
number_string_notation_plugin
ring_plugin
rtauto_plugin
ssreflect_plugin
ssrmatching_plugin
tauto_plugin
tuto0_plugin
tuto1_plugin
tuto2_plugin
tuto3_plugin
zify_plugin
type data =
| Int of int
| Ptr of int
| Atm of int
| Fun of int
Representation of data allocated on the OCaml heap.
type obj =
| Struct of int * data array
| Int64 of Int64.t
| Float64 of float
| String of string
module LargeArray : sig ... end
A data structure similar to arrays but allowing to overcome the 2^22 length limitation on 32-bit architecture.
val parse_channel : in_channel -> data * obj LargeArray.t
val parse_string : string -> data * obj LargeArray.t
module type Input = sig ... end
Type of inputs
module type S = sig ... end
module Make (M : Input) : S with type input = M.t
Functorized version of the previous code.
val instantiate : (data * obj LargeArray.t) -> Obj.t
Create the OCaml object out of the reified representation.