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|
... This Source Code Form is subject to the terms of the Mozilla Public License, v. 2.0.
... If a copy of the MPL was not distributed with this file, You can obtain one at https://mozilla.org/MPL/2.0/.
... https://github.com/wlav/cppyy
(.require
[library
[lux (.except)
[program (.only program)]
["[0]" ffi (.only import)]
["[0]" debug]
[abstract
[monad (.only do)]]
[control
["[0]" maybe (.use "[1]#[0]" monad)]
["[0]" try (.only Try)]
["[0]" exception (.only Exception)]
["[0]" io (.only IO io)]
[concurrency
["[0]" async (.only Async)]]]
[data
["[0]" product]
["[0]" text (.only)
["%" \\format (.only format)]
[encoding
["[0]" utf8]]]
[collection
["[0]" array (.only Array)]]]
[math
[number
["n" nat]
["i" int]
["[0]" i64]]]
["[0]" world
["[0]" file]
["[0]" environment]]
[meta
[macro
["^" pattern]
["[0]" template]]
[compiler
[target
["_" c++ (.only)
[":" type]]]
[reference
[variable (.only Register)]]
[language
[lux
[program (.only Program)]
[translation (.only Host)]
[analysis
[macro (.only Expander)]]
["[0]" phase (.only Operation Phase)
["[0]" extension (.only Extender Handler)
["[0]" analysis
["[1]" js]]
["[0]" translation
["[1]" js]]]
[translation
["[0]" reference]
["[0]" c++ (.only)
["[0]" runtime]
["[0]" type]
["[0]" primitive]
["[0]" complex]]]]]]
[default
["[0]" platform (.only Platform)]]
[meta
["[0]" cli]
["[0]" context]
[archive (.only Archive)
["[0]" unit]]
["[0]" packager
["[1]" script]]]]]]]
[program
["[0]" compositor]])
(import cppyy
"[1]::[0]"
("static" cppdef [Text] "io" Bit)
("static" gbl (ffi.Object Any)))
... (def standard_out (_.global [_.standard "cout"] (list)))
... (def \n (_.global [_.standard "endl"] (list)))
... (def (print it)
... (-> _.Expression
... _.Statement)
... (|> standard_out
... (_.<< it)
... (_.<< \n)
... _.;))
... (with_expansions [<say_hello> "say_hello"]
... (def _
... (program []
... (do io.monad
... [? (cppyy::cppdef [(_.code (all _.then
... runtime.declaration
... (_.include "iostream")
... (_.function (_.local <say_hello>)
... (list)
... (list)
... :.void
... (all _.then
... (print (_.deref (runtime.host_value type.bit (runtime.simple type.bit (primitive.bit true)))))
... (print (_.deref (runtime.host_value type.i64 (runtime.simple type.i64 (primitive.i64 +123)))))
... (print (_.deref (runtime.host_value type.f64 (runtime.simple type.f64 (primitive.f64 -456.789)))))
... ... (print (_.deref (runtime.host_value type.text (runtime.simple type.text (primitive.text "YOLO")))))
... ))))])
... .let [_ (debug.log! (%.format "BEFORE " (%.bit ?)))]
... global (cppyy::gbl)
... .let [say_hello (as ffi.Function
... (.python_object_get# <say_hello> global))
... _ (debug.log! "AFTER")
... _ (.python_apply# say_hello [])]]
... (in (debug.log! "Hello, C++"))))))
(ffi.import (getattr [(ffi.Object Any) Text] Any))
(def host
(IO (Host runtime.Value runtime.Declaration))
(io (let [\n\t (%.format text.\n text.\t)
evaluate! (is (-> unit.ID [(Maybe unit.ID) runtime.Value] (Try Any))
(function (evaluate! context [_ input])
(let [global (reference.artifact context)
definition (_.constant (_.local global) type.value input)]
(if (io.run! (cppyy::cppdef (_.code definition)))
{try.#Success (getattr (io.run! (cppyy::gbl)) global)}
{try.#Failure "Cannot evaluate!"}))))
execute! (is (-> runtime.Declaration
(Try Any))
(function (execute! input)
(if (io.run! (cppyy::cppdef (_.code input)))
{try.#Success []}
{try.#Failure "Cannot execute!"})))]
(is (Host runtime.Value runtime.Declaration)
(implementation
(def evaluate evaluate!)
(def execute execute!)
(def (define context custom [@def input])
(let [global (maybe.else (reference.artifact context)
custom)
@global (_.local global)]
(do try.monad
[.let [definition (_.constant @global type.value input)]
_ (execute! definition)
value (evaluate! context [@def @global])]
(in [global value definition]))))
(def (ingest context content)
(|> content
(of utf8.codec decoded)
try.trusted
(as runtime.Declaration)))
(def (re_learn context custom content)
(execute! content))
(def (re_load context custom content)
(do try.monad
[_ (execute! content)]
(evaluate! context [{.#None} (_.local (reference.artifact context))]))))))))
(def (phase_wrapper _)
phase.Wrapper
(undefined))
(def .public platform
(IO [runtime.Host
(Platform runtime.Anchor runtime.Value runtime.Declaration)])
(do io.monad
[host ..host]
(in [host
[platform.#file_system (file.async file.default)
platform.#host host
platform.#phase c++.translation
platform.#runtime runtime.translation
platform.#phase_wrapper ..phase_wrapper
platform.#write (|>> _.code (of utf8.codec encoded))]])))
(def (extender _)
Extender
(undefined))
(def reference_system
(reference.System runtime.Value)
(implementation
(def constant' _.local)
(def variable' _.local)))
(def (expander macro inputs lux)
Expander
(undefined))
(def (c++_program name it)
(Program runtime.Value runtime.Declaration)
(undefined))
(def (declare_success! _)
(-> Any (Async Any))
(async.future (of environment.default exit +0)))
(def _
(program [service cli.service]
(let [context (context.jvm (cli.target service))]
(exec
(do async.monad
[[host platform] (async.future ..platform)
_ (compositor.compiler (|>> (as platform.Custom))
context
..expander
extension.empty
(io.io platform)
extension.empty
extension.empty
..c++_program
(reference.constant reference_system)
..extender
service
[(packager.package (is runtime.Declaration (_.manual ""))
_.code
_.also
(_.namespace "lux_program"))
"program.cpp"])]
(..declare_success! []))
(io.io [])))))
|
