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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/.
(.require
[library
[lux (.except Symbol Alias Global Declaration Pattern global function type_of undefined alias)
[abstract
["[0]" monad (.only do)]]
[control
["<>" parser (.use "[1]#[0]" monad)]
["[0]" io]
["[0]" maybe (.use "[1]#[0]" functor)]
["[0]" try (.only Try)]]
[data
["[0]" product]
["[0]" text (.use "[1]#[0]" equivalence)
["%" \\format]]
[collection
["[0]" list (.use "[1]#[0]" monoid monad mix)]]]
["[0]" meta (.only)
["[0]" location]
["[0]" code (.only)
["<[1]>" \\parser (.only Parser)]]
["[0]" macro (.only with_symbols)
[syntax (.only syntax)]
["[0]" template]]
[type (.only sharing)
["[0]" nominal (.except #name def)]]
[compiler
["@" target (.only)
["[0]" js]
["[0]" python]]
[arity (.only Arity)]
[reference (.only Reference)
[variable (.only Register)]]
[language
[lux
["[0]" analysis
["[1]/[0]" simple]
[complex (.only Complex)]
[pattern (.only Pattern)]]
["[0]" synthesis
["[1]/[0]" simple]
[access (.only Access)
[side (.only Side)]
["[1]/[0]" member]]]]]]]]])
(for @.js (these (type (Analysis_Branch of)
[Pattern of])
(type (Analysis_Match of)
[(Analysis_Branch of) (List (Analysis_Branch of))])
(type (Environment of)
(List of))
(type (Extension of)
[.Symbol (List of)])
(with_expansions [@ ($ (Analysis~' $))]
(type (Analysis~' $)
(Or analysis/simple.Simple
(Complex @)
Reference
[@ (Analysis_Match @)]
[(Environment @) @]
[@ @]
(Extension @))))
(type Analysis~
(Ann Location
(Analysis~' (Ann Location))))
(def extension_analysis
(template (_ <name> <parameter>)
[(is Analysis~
[location.dummy {5 #1 [<name> <parameter>]}])]))
(def text_analysis
(template (_ <it>)
[(is Analysis~
[location.dummy {0 #0 {5 #1 <it>}}])]))
(def analysis
(template (_ <name> <bindings> <parser> <inputs> <body>)
[(def .public <name>
(<| (as .Analysis)
(.function (_ phase archive inputs))
(.function (_ state))
(let [<bindings> [phase archive state]]
(when (<code>.result <parser> inputs)
{try.#Success <inputs>}
<body>
{try.#Failure error}
{try.#Failure (%.format "Invalid inputs for extension..."
text.\n error)}))))]))
(type (Synthesis_Road value next)
[value next])
(type (Synthesis_Fork value next)
[(Synthesis_Road value next)
(List (Synthesis_Road value next))])
(type (Synthesis_Path s)
(Or Any
Register
Access
[Bit (Synthesis_Path s) (Maybe (Synthesis_Path s))]
(Synthesis_Fork I64 (Synthesis_Path s))
(Synthesis_Fork Frac (Synthesis_Path s))
(Synthesis_Fork Text (Synthesis_Path s))
[(Synthesis_Path s) (Synthesis_Path s)]
[(Synthesis_Path s) (Synthesis_Path s)]
s))
(type (Synthesis_Abstraction s)
[(Environment s) Arity s])
(type (Synthesis_Apply s)
[s (List s)])
(type (Synthesis_Function s)
(Or (Synthesis_Abstraction s)
(Synthesis_Apply s)))
(type (Synthesis_Branch s)
(Or [s s]
[s Register s]
[s s s]
[(List synthesis/member.Member) s]
[s (Synthesis_Path s)]))
(type (Synthesis_Scope s)
[Register (List s) s])
(type (Synthesis_Loop s)
(Or (Synthesis_Scope s)
(List s)))
(type (Synthesis_Control s)
(Or (Synthesis_Branch s)
(Synthesis_Loop s)
(Synthesis_Function s)))
(with_expansions [@ ($ (Synthesis~' $))]
(type (Synthesis~' $)
(Or synthesis/simple.Simple
(Complex @)
Reference
(Synthesis_Control @)
(Extension @))))
(type Synthesis~
(Ann Location
(Synthesis~' (Ann Location))))
(def text_synthesis
(template (_ <@> <it>)
[[<@> {0 #0 {2 #1 <it>}}]]))
(def translation
(syntax (_ [<name> <code>.any
<bindings> <code>.any
<inputs> (<>.or <code>.local
<code>.any)
<body> <code>.any])
(with_symbols ['_ 'phase 'archive 'inputs 'state]
(in (list (` (def .public (, <name>)
(<| (as .Translation)
(.function ((, '_) (, 'phase) (, 'archive) (, 'inputs)))
(.function ((, '_) (, 'state)))
(let [(, <bindings>) [(, 'phase) (, 'archive) (, 'state)]]
(, (when <inputs>
{.#Left <inputs>}
(` (when (is (List Synthesis~) (, 'inputs))
(, (code.local <inputs>))
(, <body>)))
{.#Right <inputs>}
(` (when (is (List Synthesis~) (, 'inputs))
(, <inputs>)
(, <body>)
(, '_)
{try.#Failure "Invalid inputs for extension."})))))))))))))
(translation undefined?|translation
[phase archive state]
(list it)
(do try.monad
[.let [phase (sharing [archive it state]
(is [archive it state]
[archive it state])
(is (-> archive it state
(Try [state js.Expression]))
(as_expected phase)))]
[state it] (phase archive it state)]
(in [state (js.= js.undefined it)])))
(analysis undefined?|analysis
[phase archive state]
<code>.any
it
(do try.monad
[.let [phase (sharing [archive state]
(is [archive state]
[archive state])
(is (-> archive Code state
(Try [state Analysis~]))
(as_expected phase)))]
[state it] (phase archive (` (.is .Any (, it))) state)]
(in [state (extension_analysis (symbol ..undefined?|translation)
(list it))])))
(def .public undefined?
(template (undefined? <it>)
[(.as .Bit (.is .Any (undefined?|analysis <it>)))]))
(translation undefined|translation
[phase archive state]
(list)
{try.#Success [state js.undefined]})
(analysis undefined|analysis
[phase archive state]
<code>.end
_
{try.#Success [state (extension_analysis (symbol ..undefined|translation)
(list))]})
(def .public undefined
(template (_)
[(.is ..Undefined (undefined|analysis))]))
(def (pairs it)
(All (_ a) (-> (List a) (List [a a])))
(when it
(list.partial left right tail)
(list.partial [left right] (pairs tail))
(list)
(list)
_
(.undefined)))
(translation object|translation
[phase archive state]
it
(do [! try.monad]
[.let [phase (sharing [archive state]
(is [archive state]
[archive state])
(is (-> archive Synthesis~ state
(Try [state js.Expression]))
(as_expected phase)))]
[state output] (monad.mix !
(sharing [state]
(is state
state)
(is (-> [Synthesis~ Synthesis~] [state (List [Text js.Expression])]
(Try [state (List [Text js.Expression])]))
(.function (_ [key value] [state output])
(when key
(text_synthesis @ key)
(do try.monad
[[state value] (phase archive value state)]
(in [state (list.partial [key value] output)]))
_
(.undefined)))))
[state (list)]
(pairs it))]
(in [state (js.object (list.reversed output))])))
(analysis object|analysis
[phase archive state]
(<>.some (<>.and <code>.text <code>.any))
it
(do [! try.monad]
[.let [phase (sharing [archive state]
(is [archive state]
[archive state])
(is (-> archive Code state
(Try [state Analysis~]))
(as_expected phase)))]
[state output] (monad.mix ! (.function (_ [key value] [state output])
(do !
[[state value] (phase archive (` (.is .Any (, value))) state)]
(in [state (list.partial value (text_analysis key) output)])))
[state (list)]
it)]
(in [state (extension_analysis (symbol ..object|translation)
(list.reversed output))])))
(def .public object
(syntax (_ [it (<>.some <code>.any)])
(in (list (` (.as (..Object .Any)
(object|analysis (,* it))))))))
(translation set|translation
[phase archive state]
(list (text_synthesis @ field) value object)
(do try.monad
[.let [phase (sharing [archive state]
(is [archive state]
[archive state])
(is (-> archive Synthesis~ state
(Try [state js.Expression]))
(as_expected phase)))]
[state value] (phase archive value state)
[state object] (phase archive object state)]
(in [state (js.set (js.the field object) value)])))
(analysis set|analysis
[phase archive state]
(all <>.and <code>.text <code>.any <code>.any)
[field value object]
(do try.monad
[.let [phase (sharing [archive state]
(is [archive state]
[archive state])
(is (-> archive Code state
(Try [state Analysis~]))
(as_expected phase)))]
[state value] (phase archive (` (.is .Any (, value))) state)
[state object] (phase archive (` (.is (..Object .Any) (, object))) state)]
(in [state (extension_analysis (symbol ..set|translation)
(list (text_analysis field) value object))])))
(def .public set
(syntax (_ [field <code>.any
value <code>.any
object <code>.any])
(in (list (` (.as .Any (set|analysis (, field) (, value) (, object))))))))
)
... else
(these))
(with_expansions [<constant> (for @.js .js_constant#
@.python .python_constant#
@.lua .lua_constant#
@.ruby .ruby_constant#)
<apply> (for @.js .js_apply#
@.python .python_apply#
@.lua .lua_apply#
@.ruby .ruby_apply#)
<new> (for @.js .js_object_new#
@.python .python_apply#
(these))
<do> (for @.js .js_object_do#
@.python .python_object_do#
@.lua .lua_object_do#
@.ruby .ruby_object_do#)
<get> (for @.js .js_object_get#
@.python .python_object_get#
@.lua .lua_object_get#
@.ruby .ruby_object_get#
(these))
<set> (for @.lua .lua_object_set#
@.ruby .ruby_object_set#
(these))
<import> (for @.python .python_import#
@.lua .lua_import#
@.ruby .ruby_import#
(these))
<function> (for @.js .js_function#
@.python .python_function#
@.lua .lua_function#
(these))]
(nominal.def .public (Object of) Any)
(with_expansions [<un_common> (for @.js (these [Symbol]
[Null]
[Undefined])
@.python (these [None]
[Dict])
@.lua (these [Nil]
[Table])
@.ruby (these [Nil]))
<un_common> <un_common>]
(with_template [<name>]
[(with_expansions [<of> (template.symbol [<name> "'"])]
(nominal.def <of>
Any
(type .public <name>
(Object <of>))))]
[Function]
<un_common>
))
(with_expansions [<un_common> (for @.js (these [Number Frac])
@.python (these [Integer Int]
[Float Frac])
@.lua (these [Integer Int]
[Float Frac])
@.ruby (these [Integer Int]
[Float Frac]))
<un_common> <un_common>]
(with_template [<name> <type>]
[(type .public <name>
<type>)]
[Boolean Bit]
[String Text]
<un_common>
))
(type Alias
(Maybe Text))
(def alias
(Parser Alias)
(<>.maybe (<>.after (<code>.this (' "as")) <code>.local)))
(type Optional
(Record
[#optional? Bit
#mandatory Code]))
(def optional
(Parser Optional)
(let [token "?"]
(<| (<>.and (<>.parses? (<code>.this_text token)))
(<>.after (<>.not (<code>.this_text token)))
<code>.any)))
(type (Named a)
(Record
[#name Text
#alias Alias
#anonymous a]))
(with_template [<case> <name>]
[(def <case>
(All (_ a) (-> (Parser a) (Parser (Named a))))
(|>> (all <>.and
<name>
..alias
)))]
[named <code>.local]
[anonymous (<>#in "")]
)
(type Output
Optional)
(def output
(Parser Output)
..optional)
(type Global
(Named Output))
(def variables
(Parser (List Text))
(<>.else (list) (<code>.tuple (<>.some <code>.local))))
(def (generalized $ it)
(All (_ a)
(-> (-> (List Text) a a)
(-> (Parser a) (Parser a))))
(do <>.monad
[variables ..variables
it it]
(in ($ variables it))))
(type Input
(Record
[#variables (List Text)
#parameters (List Optional)
#io? Bit
#try? Bit]))
(def input
(Parser Input)
(all <>.and
(<>#in (list))
(<code>.tuple (<>.some ..optional))
(<>.parses? (<code>.this_text "io"))
(<>.parses? (<code>.this_text "try"))))
(type Constructor
(Named Input))
(def constructor
(Parser Constructor)
(<| <code>.form
(..generalized (has [#anonymous #variables]))
(<>.after (<code>.this (' new)))
(..anonymous ..input)))
(type (Member a)
(Record
[#static? Bit
#member a]))
(def static!
(Parser Any)
(<code>.this_text "static"))
(def (member it)
(All (_ a)
(-> (Parser a)
(Parser (Member a))))
(do [! <>.monad]
[static? (<>.parses? ..static!)]
(of ! each
(|>> [#static? static?
#member])
it)))
(type Field
(Member (Named Output)))
(def field
(Parser Field)
(<| <code>.form
..member
..named
..output))
(type Procedure
(Record
[#input Input
#output Optional]))
(def procedure
(Parser (Named Procedure))
(<| (..generalized (has [#anonymous #input #variables]))
..named
(all <>.and
..input
..optional
)))
(type Method
(Member (Named Procedure)))
(def method
(Parser Method)
(<| <code>.form
..member
..procedure))
(`` (`` (type Sub
(Variant
(,, (for @.lua (,, (these))
@.ruby (,, (these))
{#Constructor Constructor}))
{#Field Field}
{#Method Method}))))
(`` (`` (def sub
(Parser Sub)
(all <>.or
(,, (for @.lua (,, (these))
@.ruby (,, (these))
..constructor))
..field
..method
))))
(def parameters
(-> (List Optional) (List Optional))
(|>> list.enumeration
(list#each (.function (_ [idx [optional? type]])
[#optional? optional?
#mandatory (|> idx %.nat code.local)]))))
(def (output_type it)
(-> Optional Code)
(if (the #optional? it)
(` (.Maybe (, (the #mandatory it))))
(the #mandatory it)))
(`` (with_template [<lux_it> <host_it>
<lux_?> <host_?>]
[(def .public (<lux_it> _)
(-> Any Nothing)
(as_expected (<host_it>)))
(def .public <lux_?>
(-> Any Bit)
(|>> <host_?>))
(template.with_locals [g!it]
(these (def g!it' (' g!it))
(def (host_optional it)
(-> Optional Code)
(.if (.the #optional? it)
(` (.when (, (the #mandatory it))
{.#Some (, g!it')}
(, g!it')
{.#None}
(<host_it>)))
(the #mandatory it)))
(def (lux_optional it output)
(-> Optional Code Code)
(` (.let [(, g!it') (, output)]
(, (if (the #optional? it)
(` (.if (<host_?> (, g!it'))
{.#None}
{.#Some (, g!it')}))
(` (.if (.not (<host_?> (, g!it')))
(, g!it')
(.panic! "Invalid output."))))))))))]
(,, (for @.js [null .js_object_null#
null? .js_object_null?#]
@.python [none .python_object_none#
none? .python_object_none?#]
@.lua [nil .lua_object_nil#
nil? .lua_object_nil?#]
@.ruby [nil .ruby_object_nil#
nil? .ruby_object_nil?#]))
))
(type Declaration
[Text (List Text)])
(type Namespace
Text)
(type Class
(Record
[#declaration Declaration
#class_alias Alias
#namespace Namespace
#members (List Sub)]))
(def class
(Parser Class)
(all <>.and
(<>.either (<>.and <code>.local
(<>#in (list)))
(<code>.form (<>.and <code>.local
(<>.some <code>.local))))
..alias
<code>.text
(<>.some ..sub)))
(type Import
(Variant
{#Class Class}
{#Procedure (Named Procedure)}
{#Global Global}))
(def importP
(Parser Import)
(all <>.or
..class
(<code>.form ..procedure)
(<code>.form (..named ..output))))
(def (input_type input :it:)
(-> Input Code Code)
(let [:it: (if (the #try? input)
(` (Try (, :it:)))
:it:)]
(if (the #io? input)
(` (io.IO (, :it:)))
:it:)))
(def (input_term input term)
(-> Input Code Code)
(let [term (if (the #try? input)
(` (.try (, term)))
term)]
(if (the #io? input)
(` (io.io (, term)))
term)))
(def (procedure_definition import! source it)
(-> (List Code) Code (Named Procedure) Code)
(let [g!it (|> (the #alias it)
(maybe.else (the #name it))
code.local)
g!variables (list#each code.local (the [#anonymous #input #variables] it))
input (the [#anonymous #input] it)
:parameters: (the #parameters input)
g!parameters (..parameters :parameters:)
:output: (the [#anonymous #output] it)
:input:/* (when :parameters:
{.#End}
(list (` []))
parameters
(list#each ..output_type :parameters:))]
(` (.def ((, g!it) (,* (when g!parameters
{.#End} (list g!it)
_ (list#each (the #mandatory) g!parameters))))
(.All ((, g!it) (,* g!variables))
(-> (,* :input:/*)
(, (|> :output:
..output_type
(..input_type input)))))
(.exec
(,* import!)
(.as_expected
(, (<| (..input_term input)
(..lux_optional :output:)
(` (<apply> (.as_expected (, source))
[(,* (list#each ..host_optional g!parameters))]))))))))))
(def (namespaced namespace class alias member)
(-> Namespace Text Alias Text Text)
(|> namespace
(text.replaced "[1]" (maybe.else class alias))
(text.replaced "[0]" member)))
(def class_separator ".")
(def host_path
(text.replaced .module_separator ..class_separator))
(for @.js (these)
(def (imported class)
(-> Text Code)
(when (text.all_split_by .module_separator class)
{.#Item head tail}
(list#mix (.function (_ sub super)
(` (<get> (, (code.text sub))
(.as (..Object .Any)
(, super)))))
(` (<import> (, (code.text head))))
tail)
{.#End}
(` (<import> (, (code.text class)))))))
(def (global_definition import! it)
(-> (List Code) Global Code)
(let [g!name (|> (the #alias it)
(maybe.else (the #name it))
code.local)
:output: (the #anonymous it)]
(` (.def (, g!name)
(, (..output_type :output:))
(.exec
(,* import!)
(.as_expected
(, (<| (lux_optional :output:)
(` (<constant> (, (code.text (..host_path (the #name it))))))))))))))
(for @.lua (these)
@.ruby (these)
(def (constructor_definition [class_name class_parameters] alias namespace it)
(-> Declaration Alias Namespace Constructor Code)
(let [g!it (|> it
(the #alias)
(maybe.else "new")
(..namespaced namespace class_name alias)
code.local)
input (the #anonymous it)
g!input_variables (list#each code.local (the #variables input))
:parameters: (the #parameters input)
g!parameters (..parameters :parameters:)
g!class_variables (list#each code.local class_parameters)
g!class (` ((, (code.local (maybe.else class_name alias))) (,* g!class_variables)))
:output: [#optional? false #mandatory g!class]
unquantified_type (` (.-> (,* (when :parameters:
(list)
(list (` .Any))
_
(list#each ..output_type :parameters:)))
(, (|> :output:
..output_type
(..input_type input)))))
quantified_type (when (list#composite g!class_variables g!input_variables)
(list)
unquantified_type
_
(` (.All ((, g!it) (,* g!class_variables) (,* g!input_variables))
(, unquantified_type))))]
(` (.def ((, g!it) (,* (when g!parameters
{.#End} (list g!it)
_ (list#each (the #mandatory) g!parameters))))
(, quantified_type)
(.as_expected
(, (<| (..input_term input)
(..lux_optional :output:)
(` (<new> (, (for @.js (` (<constant> (, (code.text (..host_path class_name)))))
@.python (` (.as ..Function
(, (..imported class_name))))))
[(,* (list#each ..host_optional g!parameters))]))))))))))
(def (optional_value type value)
(-> Optional Code Optional)
[#optional? (the #optional? type)
#mandatory value])
(def (static_field_definition import! [class_name class_parameters] alias namespace it)
(-> (List Code) Declaration Alias Namespace (Named Output) Code)
(let [field (the #name it)
g!it (|> (the #alias it)
(maybe.else field)
(..namespaced namespace class_name alias)
code.local)
:field: (the #anonymous it)
get (` (.as (io.IO (, (..output_type :field:)))
(io.io (, (<| (lux_optional :field:)
(for @.js (` (<constant> (, (code.text (%.format (..host_path class_name) "." field)))))
@.ruby (` (<constant> (, (code.text (%.format (..host_path class_name) "::" field)))))
... else
(` (<get> (, (code.text field))
(, (..imported class_name))))))))))
set (` (.as (io.IO .Any)
(io.io (, (for @.js (` (..set (, (code.text field))
(, (host_optional (optional_value :field: (` ((,' ,) (, g!it))))))
(.as (..Object .Any)
(<constant> (, (code.text (..host_path class_name)))))))
@.ruby (` (<set> (, (code.text field))
(, (host_optional (optional_value :field: (` ((,' ,) (, g!it))))))
(<constant> (, (code.text (..host_path class_name))))))
@.python (` (<apply> (<constant> "setattr")
[(, (..imported class_name))
(, (code.text field))
(, (host_optional (optional_value :field: (` ((,' ,) (, g!it))))))]))
... else
(` (<set> (, (code.text field))
(, (host_optional (optional_value :field: (` ((,' ,) (, g!it))))))
(, (..imported class_name)))))))))]
(` (def (, g!it)
(syntax ((, g!it) [(, g!it) (<>.maybe <code>.any)])
(.of meta.monad (,' in)
(.list (`' (.exec
(,* import!)
((,' ,) (when (, g!it)
{.#None}
(`' (, get))
{.#Some (, g!it)}
(`' (, set)))))))))))))
(def (virtual_field_definition [class_name class_parameters] alias namespace it)
(-> Declaration Alias Namespace (Named Output) Code)
(let [name (the #name it)
g!it (|> (the #alias it)
(maybe.else name)
(..namespaced namespace class_name alias)
code.local)
path (%.format (..host_path class_name) "." name)
:field: (the #anonymous it)
g!variables (list#each code.local class_parameters)
g!class (` ((, (code.local (maybe.else class_name alias))) (,* g!variables)))]
(` (.def ((, g!it) (, g!it))
(.All ((, g!it) (,* g!variables))
(.-> (, g!class)
(, (..output_type :field:))))
(.as_expected
(, (<| (lux_optional :field:)
(` (<get> (, (code.text name)) (, g!it))))))))))
(def (field_definition import! class alias namespace it)
(-> (List Code) Declaration Alias Namespace Field Code)
(if (the #static? it)
(..static_field_definition import! class alias namespace (the #member it))
(..virtual_field_definition class alias namespace (the #member it))))
(def (static_method_definition import! [class_name class_parameters] alias namespace it)
(-> (List Code) Declaration Alias Namespace (Named Procedure) Code)
(let [method (the #name it)
name (|> (the #alias it)
(maybe.else (the #name it))
(..namespaced namespace class_name alias))]
(|> it
(has #alias {.#Some name})
(..procedure_definition import!
(for @.js (` (<constant> (, (code.text (%.format (..host_path class_name) "." method)))))
@.ruby (` (<constant> (, (code.text (%.format (..host_path class_name) "::" method)))))
(` (<get> (, (code.text method))
(.as (..Object .Any)
(, (..imported class_name))))))))))
(def (virtual_method_definition [class_name class_parameters] alias namespace it)
(-> Declaration Alias Namespace (Named Procedure) Code)
(let [method (the #name it)
g!it (|> (the #alias it)
(maybe.else method)
(..namespaced namespace class_name alias)
code.local)
procedure (the #anonymous it)
input (the #input procedure)
g!input_variables (list#each code.local (the #variables input))
:parameters: (the #parameters input)
g!parameters (..parameters :parameters:)
g!class_variables (list#each code.local class_parameters)
g!class (` ((, (code.local (maybe.else class_name alias))) (,* g!class_variables)))
:output: (the #output procedure)]
(` (.def ((, g!it) (,* (list#each (the #mandatory) g!parameters)) (, g!it))
(.All ((, g!it) (,* g!class_variables) (,* g!input_variables))
(.-> (,* (list#each ..output_type :parameters:))
(, g!class)
(, (|> :output:
..output_type
(..input_type input)))))
(.as_expected
(, (<| (..input_term input)
(..lux_optional :output:)
(` (<do> (, (code.text method))
(, g!it)
[(,* (list#each ..host_optional g!parameters))])))))))))
(def (method_definition import! class alias namespace it)
(-> (List Code) Declaration Alias Namespace Method Code)
(if (the #static? it)
(static_method_definition import! class alias namespace (the #member it))
(virtual_method_definition class alias namespace (the #member it))))
(def .public import
(syntax (_ [host_module (<>.maybe <code>.text)
it ..importP])
(let [host_module_import! (is (List Code)
(when host_module
{.#Some host_module}
(list (` (<import> (, (code.text host_module)))))
{.#None}
(list)))]
(when it
{#Global it}
(in (list (..global_definition host_module_import! it)))
{#Procedure it}
(in (list (..procedure_definition host_module_import!
(` (<constant> (, (code.text (..host_path (the #name it))))))
it)))
{#Class it}
(let [class (the #declaration it)
alias (the #class_alias it)
[class_name class_parameters] class
namespace (the #namespace it)
g!class_variables (list#each code.local class_parameters)
declaration (` ((, (code.local (maybe.else class_name alias)))
(,* g!class_variables)))]
(in (list.partial (` (.type (, declaration)
(..Object (.Nominal (, (code.text (..host_path class_name)))
[(,* g!class_variables)]))))
(list#each (.function (_ member)
(`` (`` (when member
(,, (for @.lua (,, (these))
@.ruby (,, (these))
(,, (these {#Constructor it}
(..constructor_definition class alias namespace it)))))
{#Field it}
(..field_definition host_module_import! class alias namespace it)
{#Method it}
(..method_definition host_module_import! class alias namespace it)))))
(the #members it)))))
))))
(for @.ruby (these)
(def .public function
(syntax (_ [[self inputs] (<code>.form
(all <>.and
<code>.local
(<code>.tuple (<>.some (<>.and <code>.any <code>.any)))))
type <code>.any
term <code>.any])
(in (list (` (.<| (.as ..Function)
(<function> (, (code.nat (list.size inputs))))
(.as (.-> [(,* (list.repeated (list.size inputs) (` .Any)))]
.Any))
(.is (.-> [(,* (list#each product.right inputs))]
(, type)))
(.function ((, (code.local self)) [(,* (list#each product.left inputs))])
(, term)))))))))
(for @.js (these (def .public type_of
(template (type_of object)
[(.js_type_of# object)]))
(def .public global
(syntax (_ [type <code>.any
[head tail] (<code>.tuple (<>.and <code>.local (<>.some <code>.local)))])
(with_symbols [g!_]
(let [global (` (.js_constant# (, (code.text head))))]
(when tail
{.#End}
(in (list (` (is (.Maybe (, type))
(when (..type_of (, global))
"undefined"
{.#None}
(, g!_)
{.#Some (as (, type) (, global))})))))
{.#Item [next tail]}
(let [separator "."]
(in (list (` (is (.Maybe (, type))
(when (..type_of (, global))
"undefined"
{.#None}
(, g!_)
(..global (, type) [(, (code.local (%.format head "." next)))
(,* (list#each code.local tail))]))))))))))))
(def !defined?
(template (_ <global>)
[(.when (..global Any <global>)
{.#None}
.false
{.#Some _}
.true)]))
(with_template [<name> <global>]
[(def .public <name>
Bit
(!defined? <global>))]
[on_browser? [window]]
[on_nashorn? [java lang Object]]
)
(def .public on_node_js?
Bit
(|> (..global (Object Any) [process])
(maybe#each (|>> []
(.js_apply# (.js_constant# "Object.prototype.toString.call"))
(as Text)
(text#= "[object process]")))
(maybe.else false))))
(these))
)
|
